@prefix dct:     <http://purl.org/dc/terms/> .
@prefix ptrn:    <http://data.posccaesar.org/ptrn/> .
@prefix owl:     <http://www.w3.org/2002/07/owl#> .
@prefix rdf:     <http://www.w3.org/1999/02/22-rdf-syntax-ns#> .
@prefix xsd:     <http://www.w3.org/2001/XMLSchema#> .
@prefix afn:     <http://jena.hpl.hp.com/ARQ/function#> .
@prefix dm:      <http://data.posccaesar.org/dm/> .
@prefix skos:    <http://www.w3.org/2004/02/skos/core#> .
@prefix rdfs:    <http://www.w3.org/2000/01/rdf-schema#> .
@prefix pn:      <http://www.w3.org/2005/xpath-functions#> .
@prefix dc:      <http://purl.org/dc/elements/1.1/> .

dm:ComputerFile
      a       dm:PhysicalRepresentationType , owl:Class ;
      rdfs:subClassOf dm:InformationObject , dm:FunctionalPhysicalObject ;
      dm:definitionByLiteral
              "<InformationObject> that is a file within a computer system" ;
      dm:descriptionOfExampleByLiteral
              "The following are members of <ComputerFile>: the PDF file with URI http://schmidt-stahl.de/material-certificate/M-101-1234.pdf, which contains a scan of the ink on paper material certificate for material product M-101-1234 produced by Schmidt Stahl; the XML file with URI http://schmidt-stahl.de/material-certificate/M-101-1234.xml, which contains the material certificate in accordance with the standard material certificate XML schema auto-gration_messages.xsd." ;
      dm:identificationByLiteral
              "computer file" ;
      dm:noteByLiteral "A <ComputerFile> is a <Individual> because it exists in space and time as a physical state of an electronic storage medium. A <ComputerFile> is a <FunctionalPhysicalObject> because the electronic storage medium that holds a computer file can change from time to time.PDF, file, XML file, and TURTLE file are subclasses of <ComputerFile>." ;
      skos:definition "<InformationObject> that is a file within a computer system" ;
      skos:example "The following are members of <ComputerFile>: the PDF file with URI http://schmidt-stahl.de/material-certificate/M-101-1234.pdf, which contains a scan of the ink on paper material certificate for material product M-101-1234 produced by Schmidt Stahl; the XML file with URI http://schmidt-stahl.de/material-certificate/M-101-1234.xml, which contains the material certificate in accordance with the standard material certificate XML schema auto-gration_messages.xsd." ;
      skos:prefLabel "computer file" ;
      skos:scopeNote "A <ComputerFile> is a <Individual> because it exists in space and time as a physical state of an electronic storage medium. A <ComputerFile> is a <FunctionalPhysicalObject> because the electronic storage medium that holds a computer file can change from time to time.PDF, file, XML file, and TURTLE file are subclasses of <ComputerFile>." .

dm:Feature
      a       owl:Class ;
      rdfs:subClassOf dm:ArrangedIndividual , dm:PhysicalObject ;
      dm:definitionByLiteral
              "<PhysicalObject> that is a contiguous, non-separable part of a <Individual> and that has an incompletely defined separating bound" ;
      dm:identificationByLiteral
              "feature" ;
      dm:noteByLiteral "Mountain, groove, rim, nozzle, nose, and raised face are subclasses of <Feature>." ;
      skos:definition "<PhysicalObject> that is a contiguous, non-separable part of a <Individual> and that has an incompletely defined separating bound" ;
      skos:prefLabel "feature" ;
      skos:scopeNote "Mountain, groove, rim, nozzle, nose, and raised face are subclasses of <Feature>." .

dm:noteByInformationContent
      a       owl:AnnotationProperty , dm:RepresentationSpace ;
      rdfs:subPropertyOf dm:representationByInformationContent , dm:noteBy ;
      dm:definitionByLiteral
              "<noteBy> and <representationByInformationContent>" ;
      dm:identificationByLiteral
              "note by information content" ;
      dm:noteByLiteral "This class is defined in the ontology solely to provide structure." ;
      skos:definition "<noteBy> and <representationByInformationContent>" ;
      skos:prefLabel "note by information content" ;
      skos:scopeNote "This class is defined in the ontology solely to provide structure." .

dm:classReferencedByValue
      a       owl:ObjectProperty ;
      dm:definitionByLiteral
              "each member of the subject has a <referencedBy> relationship with the object" ;
      dm:identificationByLiteral
              "class referenced by value" ;
      owl:inverseOf dm:valueReferencesOccurrence ;
      skos:definition "each member of the subject has a <referencedBy> relationship with the object" ;
      skos:prefLabel "class referenced by value" .

dm:ListOfQuantity
      a       owl:Class ;
      rdfs:subClassOf dm:List ;
      dm:definitionByLiteral
              "<List> that has <Quantity> as its range" ;
      dm:identificationByLiteral
              "list of quantity" ;
      dm:noteByLiteral "This class is defined in the ontology solely to provide structure." ;
      skos:definition "<List> that has <Quantity> as its range" ;
      skos:prefLabel "list of quantity" ;
      skos:scopeNote "This class is defined in the ontology solely to provide structure." .

dm:Organism
      a       owl:Class ;
      rdfs:subClassOf dm:ArrangedIndividual , dm:PhysicalObject ;
      dm:definitionByLiteral
              "<PhysicalObject> that is a single living organism" ;
      dm:identificationByLiteral
              "organism" ;
      skos:definition "<PhysicalObject> that is a single living organism" ;
      skos:prefLabel "organism" .

dm:ClassOfPhysicalObject
      a       owl:Class ;
      rdfs:subClassOf dm:ClassOfIndividual ;
      dm:definitionByLiteral
              "class that is the power class of <PhysicalObject>" ;
      dm:identificationByLiteral
              "class of physical object" ;
      dm:noteByLiteral "This class is defined in the ontology solely to provide structure." ;
      dm:powerClassOf dm:PhysicalObject ;
      skos:definition "class that is the power class of <PhysicalObject>" ;
      skos:prefLabel "class of physical object" ;
      skos:scopeNote "This class is defined in the ontology solely to provide structure." .

dm:noteByInformationObject
      a       owl:AnnotationProperty , dm:RepresentationSpace ;
      rdfs:subPropertyOf dm:representationByInformationObject , dm:noteBy ;
      dm:definitionByLiteral
              "<noteBy> and <representationByInformationObject>" ;
      dm:identificationByLiteral
              "note by information object" ;
      dm:noteByLiteral "This class is defined in the ontology solely to provide structure." ;
      skos:definition "<noteBy> and <representationByInformationObject>" ;
      skos:prefLabel "note by information object" ;
      skos:scopeNote "This class is defined in the ontology solely to provide structure." .

dm:identificationBy
      a       owl:AnnotationProperty , dm:IdentificationSpace ;
      rdfs:subPropertyOf dm:representationBy ;
      dm:definitionByLiteral
              "information (as an <InformationObject>, <InformationContent>, or as a text string literal) that identifies" ;
      dm:descriptionOfExampleByLiteral
              "The <PhysicalObject> delivered by Schmidt Stahl on 2014-09-15 has an <identificationBy> relationship with 'M-101-1234' ." ;
      dm:identificationByLiteral
              "identification by" ;
      skos:definition "information (as an <InformationObject>, <InformationContent>, or as a text string literal) that identifies" ;
      skos:example "The <PhysicalObject> delivered by Schmidt Stahl on 2014-09-15 has an <identificationBy> relationship with 'M-101-1234' ." ;
      skos:prefLabel "identification by" .

dm:valuePartOfOccurrence
      a       owl:ObjectProperty ;
      dm:definitionByLiteral
              "the subject has a <partOf> relationship with each member of the object" ;
      dm:identificationByLiteral
              "value part of occurrence" ;
      owl:inverseOf dm:classHasPartValue ;
      skos:definition "the subject has a <partOf> relationship with each member of the object" ;
      skos:prefLabel "value part of occurrence" .

dm:numberAsLiteral
      a       owl:AnnotationProperty ;
      rdfs:domain dm:Number ;
      dm:definitionByLiteral
              "text string literal that represents the <Number> in decimal" ;
      dm:identificationByLiteral
              "number as literal" ;
      dm:noteByLiteral "This class is defined in the ontology solely to provide structure." ;
      skos:definition "text string literal that represents the <Number> in decimal" ;
      skos:prefLabel "number as literal" ;
      skos:scopeNote "This class is defined in the ontology solely to provide structure." .

dm:Organization
      a       owl:Class ;
      rdfs:subClassOf dm:ArrangedIndividual ;
      dm:definitionByLiteral
              "<PhysicalObject> that consists of people and other assets and that is organized with a particular purpose" ;
      dm:descriptionOfExampleByLiteral
              "POSC Caesar Association, Fiatech, Bechtel and TopQuadrant are instances of <Organization>." ;
      dm:identificationByLiteral
              "organization" ;
      dm:noteByLiteral "Company, government, and project team are subclasses of <Organization>." ;
      skos:definition "<PhysicalObject> that consists of people and other assets and that is organized with a particular purpose" ;
      skos:example "POSC Caesar Association, Fiatech, Bechtel and TopQuadrant are instances of <Organization>." ;
      skos:prefLabel "organization" ;
      skos:scopeNote "Company, government, and project team are subclasses of <Organization>." .

dm:descriptionOfExampleBy
      a       dm:RepresentationSpace , owl:AnnotationProperty ;
      rdfs:subPropertyOf dm:representationBy ;
      dm:definitionByLiteral
              "information (as an <InformationObject>, <InformationContent>, or as a text string literal) that is a description of an example" ;
      dm:identificationByLiteral
              "description of example by" ;
      skos:definition "information (as an <InformationObject>, <InformationContent>, or as a text string literal) that is a description of an example" ;
      skos:prefLabel "description of example by" .

dm:ClassOfPerson
      a       owl:Class ;
      rdfs:subClassOf dm:ClassOfOrganism ;
      dm:definitionByLiteral
              "class that is the power class of <Person>" ;
      dm:identificationByLiteral
              "class of person" ;
      dm:noteByLiteral "This class is defined in the ontology solely to provide structure." ;
      dm:powerClassOf dm:Person ;
      skos:definition "class that is the power class of <Person>" ;
      skos:prefLabel "class of person" ;
      skos:scopeNote "This class is defined in the ontology solely to provide structure." .

dm:ClassOfPhysicalObjectByFunction
      a       owl:Class ;
      rdfs:subClassOf dm:ClassOfPhysicalObject ;
      dm:definitionByLiteral
              "<ClassOfPhysicalObject> that has as its criterion for membership a function or purpose" ;
      dm:descriptionOfExampleByLiteral
              "Pump, valve, and car are subclasses of <PhysicalObject> and instances of <ClassOfPhysicalObjectByFunction>." ;
      dm:identificationByLiteral
              "class of physical object by function" ;
      skos:definition "<ClassOfPhysicalObject> that has as its criterion for membership a function or purpose" ;
      skos:example "Pump, valve, and car are subclasses of <PhysicalObject> and instances of <ClassOfPhysicalObjectByFunction>." ;
      skos:prefLabel "class of physical object by function" .

dm:MaterializedPhysicalObject
      a       owl:Class ;
      rdfs:subClassOf dm:PhysicalObject ;
      dm:definitionByLiteral
              "<PhysicalObject> that has matter continuity, energy continuity of both as its basis of identity" ;
      dm:descriptionOfExampleByLiteral
              "The shell and tube heat exchanger with manufacture's serial number ES/1234 is a <MaterializedPhysicalObject>." ;
      dm:identificationByLiteral
              "materialized physical object" ;
      dm:noteByLiteral "A <MaterializedPhysicalObject> has some continuity of matter or energy between adjacent temporal parts. However, the eeplacement of some components from time to time does not create a new identity." ;
      skos:definition "<PhysicalObject> that has matter continuity, energy continuity of both as its basis of identity" ;
      skos:example "The shell and tube heat exchanger with manufacture's serial number ES/1234 is a <MaterializedPhysicalObject>." ;
      skos:prefLabel "materialized physical object" ;
      skos:scopeNote "A <MaterializedPhysicalObject> has some continuity of matter or energy between adjacent temporal parts. However, the eeplacement of some components from time to time does not create a new identity." .

dm:ClassOfScale
      a       owl:Class ;
      rdfs:subClassOf dm:ClassOfAbstractObject ;
      dm:definitionByLiteral
              "class that is the power class of <Scale>" ;
      dm:identificationByLiteral
              "class of scale" ;
      dm:powerClassOf dm:Scale ;
      skos:definition "class that is the power class of <Scale>" ;
      skos:prefLabel "class of scale" .

dm:classHasCauseOfBeginningValue
      a       owl:ObjectProperty ;
      rdfs:domain dm:ClassOfIndividual ;
      rdfs:range dm:Activity ;
      dm:definitionByLiteral
              "each member of the subject has a <hasCauseOfBeginning> relationship with the object" ;
      dm:identificationByLiteral
              "class has cause of beginning value" ;
      skos:definition "each member of the subject has a <hasCauseOfBeginning> relationship with the object" ;
      skos:prefLabel "class has cause of beginning value" .

dm:QuantityMeasure
      a       owl:Class ;
      rdfs:subClassOf dm:Function ;
      dm:definitionByLiteral
              "<Function> that has a subclass of <Individual> as its domain and a <QuantitySpace> as its range, and that is not classification" ;
      dm:descriptionOfExampleByLiteral
              "'cost of certification' is a <QuantityMeasure>. The 'cost of certification' relationship between the vessel with serial number V1234/89 and 10000 euro is not a classification of the vessel. Instead it is a classification of the certification activity that is required for the vessel." ;
      dm:identificationByLiteral
              "quantity measure" ;
      dm:noteByLiteral "A member of <QuantityMeasure> is implemented in this part of ISO 15926 as an owl:ObjectProperty with the range <Quantity>." ;
      skos:definition "<Function> that has a subclass of <Individual> as its domain and a <QuantitySpace> as its range, and that is not classification" ;
      skos:example "'cost of certification' is a <QuantityMeasure>. The 'cost of certification' relationship between the vessel with serial number V1234/89 and 10000 euro is not a classification of the vessel. Instead it is a classification of the certification activity that is required for the vessel." ;
      skos:prefLabel "quantity measure" ;
      skos:scopeNote "A member of <QuantityMeasure> is implemented in this part of ISO 15926 as an owl:ObjectProperty with the range <Quantity>." .

dm:ClassOfCompound
      a       owl:Class ;
      rdfs:subClassOf dm:ClassOfArrangedIndividual ;
      dm:definitionByLiteral
              "class that is the power class of <Compound>" ;
      dm:identificationByLiteral
              "class of compound" ;
      dm:powerClassOf dm:Compound ;
      owl:disjointWith dm:ClassOfParticulateMaterial , dm:ClassOfSubAtomicParticle , dm:ClassOfMolecule ;
      skos:definition "class that is the power class of <Compound>" ;
      skos:prefLabel "class of compound" .

dm:ClassOfOrderedPairOfQuantity
      a       owl:Class ;
      rdfs:subClassOf dm:ClassOfListOfQuantity , dm:ClassOfOrderedPair ;
      dm:definitionByLiteral
              "class that is the power class of <OrderedPairOfQuantity>" ;
      dm:identificationByLiteral
              "class of ordered pair of quantity" ;
      dm:noteByLiteral "This class is defined in the ontology solely to provide structure." ;
      skos:definition "class that is the power class of <OrderedPairOfQuantity>" ;
      skos:prefLabel "class of ordered pair of quantity" ;
      skos:scopeNote "This class is defined in the ontology solely to provide structure." .

dm:Class
      a       owl:Class ;
      rdfs:subClassOf dm:AbstractObject ;
      dm:definitionByLiteral
              "set of instances of <Thing/span>" ;
      dm:descriptionOfExampleByLiteral
              "A <Class> can be defined by enumerating its members or by criteria that separate instances of <Thing> into those which are members and those which are not.The members of a <Class> do not change with time. If the members are different, then it is a different <Class>." ;
      dm:identificationByLiteral
              "class" ;
      skos:definition "set of instances of <Thing/span>" ;
      skos:example "A <Class> can be defined by enumerating its members or by criteria that separate instances of <Thing> into those which are members and those which are not.The members of a <Class> do not change with time. If the members are different, then it is a different <Class>." ;
      skos:prefLabel "class" .

dm:classReferencesValue
      a       owl:ObjectProperty ;
      rdfs:domain dm:ClassOfActivity ;
      rdfs:range dm:Thing ;
      dm:definitionByLiteral
              "each member of the subject has a <references> relationship with the object" ;
      dm:identificationByLiteral
              "class references value" ;
      skos:definition "each member of the subject has a <references> relationship with the object" ;
      skos:prefLabel "class references value" .

dm:classPartOfValue
      a       owl:ObjectProperty ;
      dm:definitionByLiteral
              "each member of the subject has a <partOf> relationship with the object" ;
      dm:identificationByLiteral
              "class part of value" ;
      owl:inverseOf dm:valueHasPartOccurrence ;
      skos:definition "each member of the subject has a <partOf> relationship with the object" ;
      skos:prefLabel "class part of value" .

dm:locatedRelativeTo
      a       owl:SymmetricProperty , owl:TransitiveProperty , owl:ObjectProperty ;
      rdfs:domain dm:Individual ;
      rdfs:range dm:Individual ;
      dm:definitionByLiteral
              "<Individual> that has a relative location" ;
      dm:descriptionOfExampleByLiteral
              "The level gauge I-L-101-2 has a <locatedRelativeTo> relationship with tank T_101." ;
      dm:identificationByLiteral
              "located relative to" ;
      dm:noteByLiteral "A subproperty, such as 'above' or 'beside', can indicate the nature of the relative location" ;
      skos:definition "<Individual> that has a relative location" ;
      skos:example "The level gauge I-L-101-2 has a <locatedRelativeTo> relationship with tank T_101." ;
      skos:prefLabel "located relative to" ;
      skos:scopeNote "A subproperty, such as 'above' or 'beside', can indicate the nature of the relative location" .

dm:featureOf
      a       owl:TransitiveProperty , owl:ObjectProperty ;
      rdfs:subPropertyOf dm:arrangedPartOf ;
      dm:definitionByLiteral
              "<Individual> that has the <Feature> as a part" ;
      dm:descriptionOfExampleByLiteral
              "The face of flange F_101 has a <featureOf> relationship with flange F_101 as a whole.Nozzle N_101/1 has a <featureOf> relationship with vessel V_101." ;
      dm:identificationByLiteral
              "feature of" ;
      owl:inverseOf dm:hasFeature ;
      skos:definition "<Individual> that has the <Feature> as a part" ;
      skos:example "The face of flange F_101 has a <featureOf> relationship with flange F_101 as a whole.Nozzle N_101/1 has a <featureOf> relationship with vessel V_101." ;
      skos:prefLabel "feature of" .

dm:references
      a       owl:ObjectProperty ;
      rdfs:domain dm:Activity ;
      rdfs:range dm:Thing ;
      dm:definitionByLiteral
              "thing that is referenced" ;
      dm:descriptionOfExampleByLiteral
              "The <Activity> 'accept delivery of material product M-101-1234' <references> the <InformationContent> that is the material certificate with URI http://schmidt-stahl.de/material-certificate/M-101-1234. This URI identifies the content of the certificate, which can be physical represented as ink on paper, PDF or XML.The <Activity> 'issue work order for planned activity P-101-2' <references> the <ClassOfActivity> that is plan P-101-2." ;
      dm:identificationByLiteral
              "references" ;
      skos:definition "thing that is referenced" ;
      skos:example "The <Activity> 'accept delivery of material product M-101-1234' <references> the <InformationContent> that is the material certificate with URI http://schmidt-stahl.de/material-certificate/M-101-1234. This URI identifies the content of the certificate, which can be physical represented as ink on paper, PDF or XML.The <Activity> 'issue work order for planned activity P-101-2' <references> the <ClassOfActivity> that is plan P-101-2." ;
      skos:prefLabel "references" .

dm:classHasPartOccurrence
      a       owl:ObjectProperty ;
      rdfs:domain dm:ClassOfIndividual ;
      rdfs:range dm:ClassOfIndividual ;
      dm:definitionByLiteral
              "each member of the subject has a <hasPart> relationship with a member of the object, and each member of the object has a <partOf> relationship with a member of the subject" ;
      dm:identificationByLiteral
              "class has part occurrence" ;
      skos:definition "each member of the subject has a <hasPart> relationship with a member of the object, and each member of the object has a <partOf> relationship with a member of the subject" ;
      skos:prefLabel "class has part occurrence" .

dm:translationOf
      a       owl:SymmetricProperty , owl:TransitiveProperty , owl:ObjectProperty ;
      rdfs:domain dm:InformationContent ;
      rdfs:range dm:InformationContent ;
      dm:definitionByLiteral
              "<InformationContent> that has the same meaning in a different <Language>" ;
      dm:descriptionOfExampleByLiteral
              "The <InformationContent> that is the Universal declaration of human rights in English has a <translationOf> relationship with the <InformationContent> that is the Universal declaration of human rights in French." ;
      dm:identificationByLiteral
              "translation of" ;
      dm:noteByLiteral "The relationship <translationOf> is symmetric, and does not imply the source. The process of translation can be recorded by a translation <Activity>." ;
      skos:definition "<InformationContent> that has the same meaning in a different <Language>" ;
      skos:example "The <InformationContent> that is the Universal declaration of human rights in English has a <translationOf> relationship with the <InformationContent> that is the Universal declaration of human rights in French." ;
      skos:prefLabel "translation of" ;
      skos:scopeNote "The relationship <translationOf> is symmetric, and does not imply the source. The process of translation can be recorded by a translation <Activity>." .

dm:identificationByLiteral
      a       owl:AnnotationProperty , dm:IdentificationSpace ;
      rdfs:subPropertyOf dm:identificationBy , dm:representationByLiteral ;
      dm:definitionByLiteral
              "<identificationBy> and <representationByLiteral>" ;
      dm:identificationByLiteral
              "identification by literal" ;
      dm:noteByLiteral "This class is defined in the ontology solely to provide structure." ;
      skos:definition "<identificationBy> and <representationByLiteral>" ;
      skos:prefLabel "identification by literal" ;
      skos:scopeNote "This class is defined in the ontology solely to provide structure." .

dm:FunctionalPhysicalObject
      a       owl:Class ;
      rdfs:subClassOf dm:PhysicalObject ;
      dm:definitionByLiteral
              "<PhysicalObject> that has functional continuity as its basis of identity" ;
      dm:descriptionOfExampleByLiteral
              "The heat exchanger system known as tag E-4507 is a <FunctionalPhysicalObject>." ;
      dm:identificationByLiteral
              "functional physical object" ;
      dm:noteByLiteral "A <FunctionalPhysicalObject> has functional, rather than material, continuity as its basis for identity. Adjacent temporal parts of a <FunctionalPhysicalObject> need not have common matter or energy, provided the matter or energy of each temporal part fulfils the same function" ;
      skos:definition "<PhysicalObject> that has functional continuity as its basis of identity" ;
      skos:example "The heat exchanger system known as tag E-4507 is a <FunctionalPhysicalObject>." ;
      skos:prefLabel "functional physical object" ;
      skos:scopeNote "A <FunctionalPhysicalObject> has functional, rather than material, continuity as its basis for identity. Adjacent temporal parts of a <FunctionalPhysicalObject> need not have common matter or energy, provided the matter or energy of each temporal part fulfils the same function" .

dm:valueHasCauseOfEndOccurrence
      a       owl:ObjectProperty ;
      rdfs:domain dm:Individual ;
      rdfs:range dm:ClassOfActivity ;
      dm:definitionByLiteral
              "the subject has a <hasCauseOfEnd> relationship with each member of the object" ;
      dm:identificationByLiteral
              "value has cause of end occurrence" ;
      skos:definition "the subject has a <hasCauseOfEnd> relationship with each member of the object" ;
      skos:prefLabel "value has cause of end occurrence" .

dm:classHasTemporalPartOccurrence
      a       owl:ObjectProperty ;
      rdfs:subPropertyOf dm:classHasPartOccurrence ;
      dm:definitionByLiteral
              "each member of the subject has a <hasTemporalPart> relationship with a member of the object, and each member of the object has a <temporalPartOf> relationship with a member of the subject" ;
      dm:identificationByLiteral
              "class has temporal part occurrence" ;
      skos:definition "each member of the subject has a <hasTemporalPart> relationship with a member of the object, and each member of the object has a <temporalPartOf> relationship with a member of the subject" ;
      skos:prefLabel "class has temporal part occurrence" .

dm:Compound
      a       owl:Class ;
      rdfs:subClassOf dm:ArrangedIndividual ;
      dm:definitionByLiteral
              "<PhysicalObject> that is an arrangement of molecules of the same or different types bound together by intermolecular forces" ;
      dm:identificationByLiteral
              "compound" ;
      dm:noteByLiteral "Water, sulphuric acid, sand, limestone and steel are subclasses of <Compound>." ;
      owl:disjointWith dm:ParticulateMaterial , dm:SubAtomicParticle , dm:Molecule ;
      skos:definition "<PhysicalObject> that is an arrangement of molecules of the same or different types bound together by intermolecular forces" ;
      skos:prefLabel "compound" ;
      skos:scopeNote "Water, sulphuric acid, sand, limestone and steel are subclasses of <Compound>." .

dm:ClassOfOrganism
      a       owl:Class ;
      rdfs:subClassOf dm:ClassOfArrangedIndividual ;
      dm:definitionByLiteral
              "class that is the power class of <Organism>" ;
      dm:identificationByLiteral
              "class of organism" ;
      dm:powerClassOf dm:Organism ;
      skos:definition "class that is the power class of <Organism>" ;
      skos:prefLabel "class of organism" .

dm:classLocatedRelativeToOccurrence
      a       owl:SymmetricProperty , owl:ObjectProperty ;
      rdfs:domain dm:ClassOfIndividual ;
      rdfs:range dm:ClassOfIndividual ;
      dm:definitionByLiteral
              "each member of the subject has a <locatedRelativeTo> relationship with a member of the object, and each member of the object has a <locatedRelativeTo> relationship with a member of the subject" ;
      dm:identificationByLiteral
              "class connected to occurrence" ;
      skos:definition "each member of the subject has a <locatedRelativeTo> relationship with a member of the object, and each member of the object has a <locatedRelativeTo> relationship with a member of the subject" ;
      skos:prefLabel "class connected to occurrence" .

dm:hasTemporalBound
      a       owl:ObjectProperty ;
      rdfs:range dm:Event ;
      rdfs:subPropertyOf dm:hasTemporalPart ;
      dm:definitionByLiteral
              "<Event> that is the beginning or end" ;
      dm:identificationByLiteral
              "has temporal bound" ;
      skos:definition "<Event> that is the beginning or end" ;
      skos:prefLabel "has temporal bound" .

dm:unionOfAllMembersOf
      a       owl:InverseFunctionalProperty , owl:AnnotationProperty ;
      rdfs:domain dm:Class ;
      rdfs:range dm:ClassOfClass ;
      dm:definitionByLiteral
              "<Class> that is the union of all members" ;
      dm:identificationByLiteral
              "union of all members of" ;
      skos:definition "<Class> that is the union of all members" ;
      skos:prefLabel "union of all members of" .

dm:quantityRangeHasLowerBound
      a       owl:FunctionalProperty , owl:ObjectProperty ;
      rdfs:domain dm:PhysicalQuantityRange ;
      rdfs:range dm:Quantity ;
      dm:definitionByLiteral
              "<Quantity> that is the lower bound" ;
      dm:identificationByLiteral
              "quantity range has lower bound" ;
      skos:definition "<Quantity> that is the lower bound" ;
      skos:prefLabel "quantity range has lower bound" .

dm:containedBy
      a       owl:TransitiveProperty , owl:ObjectProperty ;
      rdfs:subPropertyOf dm:locatedRelativeTo ;
      dm:definitionByLiteral
              "<Individual> that contains, but does not have the contained as a part" ;
      dm:descriptionOfExampleByLiteral
              "The batch of oil B_101 during 2014-04-11 has a <containedBy> relationship with tank T_101 during 2014-04-11." ;
      dm:identificationByLiteral
              "contained by" ;
      owl:inverseOf dm:contains ;
      skos:definition "<Individual> that contains, but does not have the contained as a part" ;
      skos:example "The batch of oil B_101 during 2014-04-11 has a <containedBy> relationship with tank T_101 during 2014-04-11." ;
      skos:prefLabel "contained by" .

dm:ClassOfPointInTime
      a       owl:Class ;
      rdfs:subClassOf dm:ClassOfEvent ;
      dm:definitionByLiteral
              "class that is the power class of <PointInTime>" ;
      dm:identificationByLiteral
              "class of point in time" ;
      dm:noteByLiteral "This class is defined in the ontology solely to provide structure." ;
      dm:powerClassOf dm:PointInTime ;
      skos:definition "class that is the power class of <PointInTime>" ;
      skos:prefLabel "class of point in time" ;
      skos:scopeNote "This class is defined in the ontology solely to provide structure." .

dm:OrderedPairOfTimeDuration
      a       owl:Class ;
      rdfs:subClassOf dm:ListOfPhysicalQuantity , dm:OrderedPairOfQuantity ;
      dm:definitionByLiteral
              "<OrderedPairOfQuantity> that has <TimeDuration> as its range" ;
      dm:descriptionOfExampleByLiteral
              "('50 hours', '200 hours') is an <OrderedPairOfTimeDuration>." ;
      dm:identificationByLiteral
              "ordered pair of time duration" ;
      skos:definition "<OrderedPairOfQuantity> that has <TimeDuration> as its range" ;
      skos:example "('50 hours', '200 hours') is an <OrderedPairOfTimeDuration>." ;
      skos:prefLabel "ordered pair of time duration" .

dm:classCausesEndOfValue
      a       owl:ObjectProperty ;
      dm:definitionByLiteral
              "each member of the subject has a <causesEndOf> relationship with the object" ;
      dm:identificationByLiteral
              "class causes end of value" ;
      owl:inverseOf dm:valueHasCauseOfEndOccurrence ;
      skos:definition "each member of the subject has a <causesEndOf> relationship with the object" ;
      skos:prefLabel "class causes end of value" .

dm:ComputerFileFormat
      a       owl:Class ;
      rdfs:subClassOf dm:PhysicalRepresentationType , dm:ClassOfComputerFile ;
      dm:definitionByLiteral
              "<ClassOfComputerFile> that has the format of the file as its criterion for membership" ;
      dm:descriptionOfExampleByLiteral
              "XML file, PDF file and TURTLE file are members of <ComputerFileFormat>." ;
      dm:identificationByLiteral
              "computer file format" ;
      dm:noteByLiteral "XML, TURTLE and PDF are members of <RepresentationFormat>." ;
      skos:definition "<ClassOfComputerFile> that has the format of the file as its criterion for membership" ;
      skos:example "XML file, PDF file and TURTLE file are members of <ComputerFileFormat>." ;
      skos:prefLabel "computer file format" ;
      skos:scopeNote "XML, TURTLE and PDF are members of <RepresentationFormat>." .

dm:partOf
      a       owl:TransitiveProperty , owl:ObjectProperty ;
      dm:definitionByLiteral
              "<Individual> that is a whole for the part" ;
      dm:identificationByLiteral
              "part of" ;
      owl:inverseOf dm:hasPart ;
      skos:definition "<Individual> that is a whole for the part" ;
      skos:prefLabel "part of" .

dm:InformationObject
      a       owl:Class ;
      rdfs:subClassOf dm:Individual ;
      dm:definitionByLiteral
              "<Individual> that is intended to convey information" ;
      dm:descriptionOfExampleByLiteral
              "The following are members of <InformationObject>: the ink on paper material certificate for material product M-101-1234 produced by Schmidt Stahl, which bears the signature of the Schmidt Stahl inspector; the PDF file with URI http://schmidt-stahl.de/material-certificate/M-101-1234.pdf, which contains a scan of the ink on paper material certificate for M-101-1234; the XML file with URI http://schmidt-stahl.de/material-certificate/M-101-1234.xml, which contains the material certificate for M-101-1234 in accordance with the standard material certificate XML schema auto-gration_messages.xsd; the state of railway signal VS1234 between 10:02:30 and 10:02:45 on 2014-05-19" ;
      dm:identificationByLiteral
              "information object" ;
      skos:definition "<Individual> that is intended to convey information" ;
      skos:example "The following are members of <InformationObject>: the ink on paper material certificate for material product M-101-1234 produced by Schmidt Stahl, which bears the signature of the Schmidt Stahl inspector; the PDF file with URI http://schmidt-stahl.de/material-certificate/M-101-1234.pdf, which contains a scan of the ink on paper material certificate for M-101-1234; the XML file with URI http://schmidt-stahl.de/material-certificate/M-101-1234.xml, which contains the material certificate for M-101-1234 in accordance with the standard material certificate XML schema auto-gration_messages.xsd; the state of railway signal VS1234 between 10:02:30 and 10:02:45 on 2014-05-19" ;
      skos:prefLabel "information object" .

dm:Molecule
      a       owl:Class ;
      rdfs:subClassOf dm:ArrangedIndividual ;
      dm:definitionByLiteral
              "<PhysicalObject> that is a molecule" ;
      dm:identificationByLiteral
              "molecule" ;
      dm:noteByLiteral "A molecule is an electrically neutral group of two or more atoms held together by covalent chemical bonds. Molecules are distinguished from ions by their lack of electrical charge (wikipedia). <br/><br/>H2O, H2SO4, and DNA are subclasses of <Molecule>." ;
      owl:disjointWith dm:ParticulateMaterial , dm:SubAtomicParticle ;
      skos:definition "<PhysicalObject> that is a molecule" ;
      skos:prefLabel "molecule" ;
      skos:scopeNote "A molecule is an electrically neutral group of two or more atoms held together by covalent chemical bonds. Molecules are distinguished from ions by their lack of electrical charge (wikipedia). <br/><br/>H2O, H2SO4, and DNA are subclasses of <Molecule>." .

dm:Mapping
      a       owl:Class ;
      rdfs:subClassOf dm:AbstractObject ;
      dm:definitionByLiteral
              "<Mapping> that is a relationship between a domain <Class> and a range <Class>, and that defines a set of (domain member, range member) pairs" ;
      dm:identificationByLiteral
              "mapping" ;
      owl:disjointWith dm:Class ;
      skos:definition "<Mapping> that is a relationship between a domain <Class> and a range <Class>, and that defines a set of (domain member, range member) pairs" ;
      skos:prefLabel "mapping" .

dm:iso8601IdentificationOfDuration
      a       owl:InverseFunctionalProperty , owl:AnnotationProperty , owl:ObjectProperty ;
      rdfs:domain dm:TimeDuration ;
      rdfs:range xsd:duration ;
      rdfs:subPropertyOf dm:identificationByLiteral ;
      dm:definitionByLiteral
              "text that identifies a <TimeDuration> in accordance with ISO 8601" ;
      dm:descriptionOfExampleByLiteral
              "The <TimeDuration> that is 1 day and 12 hours has a <iso8601IdentificationOfDuration> relationship with the text 'P1DT12H'. This is 36 hours, unless daylight saving time begins or ends at the end of the day." ;
      dm:identificationByLiteral
              "ISO 8601 identification of duration" ;
      skos:definition "text that identifies a <TimeDuration> in accordance with ISO 8601" ;
      skos:example "The <TimeDuration> that is 1 day and 12 hours has a <iso8601IdentificationOfDuration> relationship with the text 'P1DT12H'. This is 36 hours, unless daylight saving time begins or ends at the end of the day." ;
      skos:prefLabel "ISO 8601 identification of duration" .

dm:valueCausesEndOfOccurrence
      a       owl:ObjectProperty ;
      dm:definitionByLiteral
              "the subject has a <causesEndOf> relationship with each member of the object" ;
      dm:identificationByLiteral
              "value causes end of occurrence" ;
      owl:inverseOf dm:classHasCauseOfEndValue ;
      skos:definition "the subject has a <causesEndOf> relationship with each member of the object" ;
      skos:prefLabel "value causes end of occurrence" .

dm:SubspaceOfCartesianProductOfQuantityKind
      a       owl:Class ;
      rdfs:subClassOf dm:ClassOfListOfQuantity ;
      dm:definitionByLiteral
              "<ClassOfListOfQuantity> that is a subspace of a <CartesianProductOfQuantityKind>" ;
      dm:identificationByLiteral
              "subspace of cartesian product of quantity kind" ;
      skos:definition "<ClassOfListOfQuantity> that is a subspace of a <CartesianProductOfQuantityKind>" ;
      skos:prefLabel "subspace of cartesian product of quantity kind" .

dm:classHasTemporalPartValue
      a       owl:ObjectProperty ;
      rdfs:subPropertyOf dm:classHasPartValue ;
      dm:definitionByLiteral
              "each member of the subject has a <hasTemporalPart> relationship with the object" ;
      dm:identificationByLiteral
              "class has temporal part value" ;
      skos:definition "each member of the subject has a <hasTemporalPart> relationship with the object" ;
      skos:prefLabel "class has temporal part value" .

dm:Scale
      a       owl:Class ;
      rdfs:subClassOf dm:Isomorphism ;
      dm:definitionByLiteral
              "<Isomorphism> between a <PhysicalQuantitySpace> and a <NumberSpace>" ;
      dm:descriptionOfExampleByLiteral
              "Celsius is a <Scale> that is an isomorphism between the <PhysicalQuantitySpace> thermodynamic temperature and the <NumberRange> that is reals greater than -273.15." ;
      dm:identificationByLiteral
              "scale" ;
      dm:noteByLiteral "A member of <Scale> is implemented in this part of ISO 15926 as an owl:AnnotationProperty with domain <PhysicalQuantity>." ;
      skos:definition "<Isomorphism> between a <PhysicalQuantitySpace> and a <NumberSpace>" ;
      skos:example "Celsius is a <Scale> that is an isomorphism between the <PhysicalQuantitySpace> thermodynamic temperature and the <NumberRange> that is reals greater than -273.15." ;
      skos:prefLabel "scale" ;
      skos:scopeNote "A member of <Scale> is implemented in this part of ISO 15926 as an owl:AnnotationProperty with domain <PhysicalQuantity>." .

dm:ClassOfParticulateMaterial
      a       owl:Class ;
      rdfs:subClassOf dm:ClassOfArrangedIndividual ;
      dm:definitionByLiteral
              "class that is the power class of <ParticulateMaterial>" ;
      dm:identificationByLiteral
              "class of particulate material" ;
      dm:powerClassOf dm:ParticulateMaterial ;
      owl:disjointWith dm:ClassOfSubAtomicParticle ;
      skos:definition "class that is the power class of <ParticulateMaterial>" ;
      skos:prefLabel "class of particulate material" .

dm:ClassOfCompositeMaterial
      a       owl:Class ;
      rdfs:subClassOf dm:ClassOfArrangedIndividual ;
      dm:definitionByLiteral
              "class that is the power class of <CompositeMaterial>" ;
      dm:identificationByLiteral
              "class of composite material" ;
      dm:powerClassOf dm:CompositeMaterial ;
      owl:disjointWith dm:ClassOfParticulateMaterial , dm:ClassOfSubAtomicParticle , dm:ClassOfCompound , dm:ClassOfMolecule ;
      skos:definition "class that is the power class of <CompositeMaterial>" ;
      skos:prefLabel "class of composite material" .

dm:classEndsValue
      a       owl:ObjectProperty ;
      rdfs:subPropertyOf dm:classTemporalPartOfValue ;
      dm:definitionByLiteral
              "each member of the subject has a <ends> relationship with the object" ;
      dm:identificationByLiteral
              "class ends value" ;
      owl:inverseOf dm:valueHasEndOccurrence ;
      skos:definition "each member of the subject has a <ends> relationship with the object" ;
      skos:prefLabel "class ends value" .

dm:ClassOfMolecule
      a       owl:Class ;
      rdfs:subClassOf dm:ClassOfArrangedIndividual ;
      dm:definitionByLiteral
              "class that is the power class of <Molecule>" ;
      dm:identificationByLiteral
              "class of molecule" ;
      dm:powerClassOf dm:Molecule ;
      owl:disjointWith dm:ClassOfSubAtomicParticle , dm:ClassOfParticulateMaterial ;
      skos:definition "class that is the power class of <Molecule>" ;
      skos:prefLabel "class of molecule" .

dm:PhysicalQuantitySpace
      a       owl:Class ;
      rdfs:subClassOf dm:QuantitySpace , dm:ClassOfPhysicalQuantity ;
      dm:definitionByLiteral
              "<ClassOfPhysicalQuantity> that is a subspace of, or all of, a <PhysicalQuantityKind>" ;
      dm:descriptionOfExampleByLiteral
              "mass is a <PhysicalQuantitySpace>." ;
      dm:identificationByLiteral
              "physical quantity space" ;
      skos:definition "<ClassOfPhysicalQuantity> that is a subspace of, or all of, a <PhysicalQuantityKind>" ;
      skos:example "mass is a <PhysicalQuantitySpace>." ;
      skos:prefLabel "physical quantity space" .

dm:representationByInformationContent
      a       owl:AnnotationProperty , dm:RepresentationSpace ;
      rdfs:range dm:InformationContent ;
      rdfs:subPropertyOf dm:representationBy ;
      dm:definitionByLiteral
              "<InformationContent> that is the representation" ;
      dm:identificationByLiteral
              "representation by information content" ;
      dm:noteByLiteral "This class is defined in the ontology solely to provide structure." ;
      skos:definition "<InformationContent> that is the representation" ;
      skos:prefLabel "representation by information content" ;
      skos:scopeNote "This class is defined in the ontology solely to provide structure." .

dm:ClassOfAtom
      a       owl:Class ;
      rdfs:subClassOf dm:ClassOfArrangedIndividual ;
      dm:definitionByLiteral
              "class that is the power class of <Atom>" ;
      dm:identificationByLiteral
              "class of atom" ;
      dm:powerClassOf dm:Atom ;
      owl:disjointWith dm:ClassOfSubAtomicParticle , dm:ClassOfCompositeMaterial , dm:ClassOfCompound , dm:ClassOfParticulateMaterial , dm:ClassOfMolecule , dm:ClassOfBiologicalMatter ;
      skos:definition "class that is the power class of <Atom>" ;
      skos:prefLabel "class of atom" .

dm:ends
      a       owl:ObjectProperty ;
      rdfs:subPropertyOf dm:temporalBoundOf ;
      dm:definitionByLiteral
              "<Individual> that ends" ;
      dm:descriptionOfExampleByLiteral
              "The <PointInTime> 1999-07-01T00:00 has a <ends> relationship with the <PeriodInTime> June 1999.The <Event> 'loading L_101 on 2014-04-11 complete' has a <ends> relationship with the <Individual> 'loading plant operating on 2014-04-11'." ;
      dm:identificationByLiteral
              "ends" ;
      owl:inverseOf dm:hasEnd ;
      skos:definition "<Individual> that ends" ;
      skos:example "The <PointInTime> 1999-07-01T00:00 has a <ends> relationship with the <PeriodInTime> June 1999.The <Event> 'loading L_101 on 2014-04-11 complete' has a <ends> relationship with the <Individual> 'loading plant operating on 2014-04-11'." ;
      skos:prefLabel "ends" .

dm:hasParticipant
      a       owl:ObjectProperty ;
      rdfs:domain dm:Activity ;
      rdfs:subPropertyOf dm:hasPart ;
      dm:definitionByLiteral
              "<Individual> that is a participant" ;
      dm:descriptionOfExampleByLiteral
              "The activity 'discharge of motor vessel Murex on 2002-12-02' has a <hasParticipant> relationship with pump P_101 during 2002-12-02." ;
      dm:identificationByLiteral
              "has participant" ;
      skos:definition "<Individual> that is a participant" ;
      skos:example "The activity 'discharge of motor vessel Murex on 2002-12-02' has a <hasParticipant> relationship with pump P_101 during 2002-12-02." ;
      skos:prefLabel "has participant" .

dm:Language
      a       owl:Class ;
      rdfs:subClassOf dm:ClassOfInformationContent ;
      dm:definitionByLiteral
              "<ClassOfInformationContent> that has the language used for the <InformationContent> as the criterion for membership" ;
      dm:descriptionOfExampleByLiteral
              "'US English' is a <Language>." ;
      dm:identificationByLiteral
              "language" ;
      dm:noteByLiteral "The codes assigned by the parts of ISO 639 'Codes for the representation of names of languages' identify members of <Language>." ;
      skos:definition "<ClassOfInformationContent> that has the language used for the <InformationContent> as the criterion for membership" ;
      skos:example "'US English' is a <Language>." ;
      skos:prefLabel "language" ;
      skos:scopeNote "The codes assigned by the parts of ISO 639 'Codes for the representation of names of languages' identify members of <Language>." .

dm:Number
      a       owl:Class ;
      rdfs:subClassOf dm:AbstractObject ;
      dm:definitionByLiteral
              "<AbstractObject> that is a member of a <NumberSpace>" ;
      dm:descriptionOfExampleByLiteral
              "27 is an <Number>.29.5 is a <Number>." ;
      dm:identificationByLiteral
              "number" ;
      skos:definition "<AbstractObject> that is a member of a <NumberSpace>" ;
      skos:example "27 is an <Number>.29.5 is a <Number>." ;
      skos:prefLabel "number" .

dm:ClassOfActivity
      a       owl:Class ;
      rdfs:subClassOf dm:ClassOfIndividual ;
      dm:definitionByLiteral
              "class that is the power class of <Activity>" ;
      dm:identificationByLiteral
              "class of activity" ;
      dm:noteByLiteral "This class is defined in the ontology solely to provide structure." ;
      dm:powerClassOf dm:Activity ;
      skos:definition "class that is the power class of <Activity>" ;
      skos:prefLabel "class of activity" ;
      skos:scopeNote "This class is defined in the ontology solely to provide structure." .

dm:RangeQuantity
      a       owl:Class ;
      rdfs:subClassOf dm:ClassOfIndividual ;
      dm:definitionByLiteral
              "<ClassOfIndividual> that is all members of all instances of <Quantity> within a <QuantityRange>" ;
      dm:descriptionOfExampleByLiteral
              "The instances of <Individual> with a mass greater than 10 kilograms and less than 15 kilograms is a <RangeQuantity>.The instances of <Individual> costing a monetary amount greater than 10 euro and less than 15 euro is a <RangeQuantity>." ;
      dm:identificationByLiteral
              "range quantity" ;
      skos:definition "<ClassOfIndividual> that is all members of all instances of <Quantity> within a <QuantityRange>" ;
      skos:example "The instances of <Individual> with a mass greater than 10 kilograms and less than 15 kilograms is a <RangeQuantity>.The instances of <Individual> costing a monetary amount greater than 10 euro and less than 15 euro is a <RangeQuantity>." ;
      skos:prefLabel "range quantity" .

dm:IdentificationSpace
      a       owl:Class ;
      rdfs:subClassOf dm:RepresentationSpace ;
      dm:definitionByLiteral
              "<RepresentationSpace> that has members that identify" ;
      dm:descriptionOfExampleByLiteral
              "Identification by UK vehicle registration number' is an <IdentificationSpace>." ;
      dm:identificationByLiteral
              "identification space" ;
      dm:noteByLiteral "A member of <IdentificationSpace> is implemented in this part of ISO 15926 as an owl:AnnotationProperty that is a subproperty of <identificationBy>." ;
      skos:definition "<RepresentationSpace> that has members that identify" ;
      skos:example "Identification by UK vehicle registration number' is an <IdentificationSpace>." ;
      skos:prefLabel "identification space" ;
      skos:scopeNote "A member of <IdentificationSpace> is implemented in this part of ISO 15926 as an owl:AnnotationProperty that is a subproperty of <identificationBy>." .

dm:Activity
      a       owl:Class ;
      rdfs:subClassOf dm:Individual ;
      dm:definitionByLiteral
              "<Individual> that is something happening or changing" ;
      dm:identificationByLiteral
              "activity" ;
      dm:noteByLiteral "An <Activity> is a space-time extension in which other instances of <Individual> and <Event> participate." ;
      skos:definition "<Individual> that is something happening or changing" ;
      skos:prefLabel "activity" ;
      skos:scopeNote "An <Activity> is a space-time extension in which other instances of <Individual> and <Event> participate." .

dm:classTemporalPartOfValue
      a       owl:ObjectProperty ;
      rdfs:subPropertyOf dm:classPartOfValue ;
      dm:definitionByLiteral
              "each member of the subject has a <temporalPartOf> relationship with the object" ;
      dm:identificationByLiteral
              "class temporal part of value" ;
      owl:inverseOf dm:valueHasTemporalPartOccurrence ;
      skos:definition "each member of the subject has a <temporalPartOf> relationship with the object" ;
      skos:prefLabel "class temporal part of value" .

dm:ClassOfOrganization
      a       owl:Class ;
      rdfs:subClassOf dm:ClassOfArrangedIndividual ;
      dm:definitionByLiteral
              "class that is the power class of <Organization>" ;
      dm:identificationByLiteral
              "class of organization" ;
      dm:powerClassOf dm:Organization ;
      skos:definition "class that is the power class of <Organization>" ;
      skos:prefLabel "class of organization" .

dm:Boolean
      a       owl:Class ;
      rdfs:subClassOf dm:Number ;
      dm:definitionByLiteral
              "<Number> that is one of {true, false}" ;
      dm:identificationByLiteral
              "boolean" ;
      skos:definition "<Number> that is one of {true, false}" ;
      skos:prefLabel "boolean" .

dm:ClassOfComputerFile
      a       owl:Class ;
      rdfs:subClassOf dm:ClassOfInformationObject , dm:ClassOfPhysicalObject ;
      dm:definitionByLiteral
              "class that is the power class of <ComputerFile>" ;
      dm:identificationByLiteral
              "class of computer file" ;
      dm:noteByLiteral "This class is defined in the ontology solely to provide structure." ;
      dm:powerClassOf dm:ComputerFile ;
      skos:definition "class that is the power class of <ComputerFile>" ;
      skos:prefLabel "class of computer file" ;
      skos:scopeNote "This class is defined in the ontology solely to provide structure." .

dm:hasCauseOfBeginning
      a       owl:ObjectProperty ;
      rdfs:domain dm:Individual ;
      rdfs:range dm:Activity ;
      dm:definitionByLiteral
              "<Activity> that causes the beginning" ;
      dm:descriptionOfExampleByLiteral
              "Pump casing PC_101 has a <hasCauseOfBeginning> relationship with forging activity F_101." ;
      dm:identificationByLiteral
              "has cause of beginning" ;
      skos:definition "<Activity> that causes the beginning" ;
      skos:example "Pump casing PC_101 has a <hasCauseOfBeginning> relationship with forging activity F_101." ;
      skos:prefLabel "has cause of beginning" .

dm:classHasPartValue
      a       owl:ObjectProperty ;
      rdfs:domain dm:ClassOfIndividual ;
      rdfs:range dm:Individual ;
      dm:definitionByLiteral
              "each member of the subject has a <hasPart> relationship with the object" ;
      dm:identificationByLiteral
              "class has part value" ;
      skos:definition "each member of the subject has a <hasPart> relationship with the object" ;
      skos:prefLabel "class has part value" .

dm:ClassOfClassOfInformationObject
      a       owl:Class ;
      rdfs:subClassOf dm:ClassOfClassOfIndividual ;
      dm:definitionByLiteral
              "<ClassOfClassOfIndividual> that is the power class of <ClassOfInformationObject>" ;
      dm:identificationByLiteral
              "class of class of information object" ;
      dm:noteByLiteral "This class is defined in the ontology solely to provide structure." ;
      dm:powerClassOf dm:ClassOfInformationObject ;
      skos:definition "<ClassOfClassOfIndividual> that is the power class of <ClassOfInformationObject>" ;
      skos:prefLabel "class of class of information object" ;
      skos:scopeNote "This class is defined in the ontology solely to provide structure." .

dm:classConnectedToValue
      a       owl:ObjectProperty ;
      rdfs:domain dm:ClassOfIndividual ;
      rdfs:range dm:Individual ;
      dm:definitionByLiteral
              "each member of the subject has a <connectedTo> relationship with the object" ;
      dm:identificationByLiteral
              "class connected to value" ;
      owl:inverseOf dm:valueConnectedToOccurrence ;
      skos:definition "each member of the subject has a <connectedTo> relationship with the object" ;
      skos:prefLabel "class connected to value" .

dm:valueHasCauseOfBeginningOccurrence
      a       owl:ObjectProperty ;
      rdfs:domain dm:Individual ;
      rdfs:range dm:ClassOfActivity ;
      dm:definitionByLiteral
              "the subject has a <hasCauseOfBeginning> relationship with each member of the object" ;
      dm:identificationByLiteral
              "value has cause of beginning occurrence" ;
      skos:definition "the subject has a <hasCauseOfBeginning> relationship with each member of the object" ;
      skos:prefLabel "value has cause of beginning occurrence" .

dm:classCausesBeginningOfValue
      a       owl:ObjectProperty ;
      dm:definitionByLiteral
              "each member of the subject has a <causesBeginningOf> relationship with the object" ;
      dm:identificationByLiteral
              "class causes beginning of value" ;
      owl:inverseOf dm:valueHasCauseOfBeginningOccurrence ;
      skos:definition "each member of the subject has a <causesBeginningOf> relationship with the object" ;
      skos:prefLabel "class causes beginning of value" .

dm:noteByLiteral
      a       dm:RepresentationSpace , owl:AnnotationProperty ;
      rdfs:subPropertyOf dm:noteBy , dm:representationByLiteral ;
      dm:definitionByLiteral
              "<noteBy> and <representationByLiteral>" ;
      dm:identificationByLiteral
              "note by literal" ;
      dm:noteByLiteral "This class is defined in the ontology solely to provide structure." ;
      skos:definition "<noteBy> and <representationByLiteral>" ;
      skos:prefLabel "note by literal" ;
      skos:scopeNote "This class is defined in the ontology solely to provide structure." .

dm:InanimatePhysicalObject
      a       owl:Class ;
      rdfs:subClassOf dm:PhysicalObject ;
      dm:definitionByLiteral
              "<PhysicalObject> that is not one or more instances of <Organism>" ;
      dm:identificationByLiteral
              "inanimate physical object" ;
      dm:noteByLiteral "Oil is a subclass of <InanimatePhysicalObject>." ;
      skos:definition "<PhysicalObject> that is not one or more instances of <Organism>" ;
      skos:prefLabel "inanimate physical object" ;
      skos:scopeNote "Oil is a subclass of <InanimatePhysicalObject>." .

dm:PhysicalQuantityKind
      a       owl:Class ;
      rdfs:subClassOf dm:PhysicalQuantitySpace , dm:QuantityKind ;
      dm:definitionByLiteral
              "<PhysicalQuantitySpace> and a <QuantityKind>" ;
      dm:descriptionOfExampleByLiteral
              "mass is a <PhysicalQuantityKind>." ;
      dm:identificationByLiteral
              "physical quantity kind" ;
      skos:definition "<PhysicalQuantitySpace> and a <QuantityKind>" ;
      skos:example "mass is a <PhysicalQuantityKind>." ;
      skos:prefLabel "physical quantity kind" .

dm:classAfterOccurrence
      a       owl:ObjectProperty ;
      rdfs:domain dm:ClassOfIndividual ;
      rdfs:range dm:ClassOfIndividual ;
      dm:definitionByLiteral
              "each member of the subject has a <after> relationship with a member of the object, and each member of the object has a <before> relationship with a member of the subject" ;
      dm:identificationByLiteral
              "class after occurrence" ;
      skos:definition "each member of the subject has a <after> relationship with a member of the object, and each member of the object has a <before> relationship with a member of the subject" ;
      skos:prefLabel "class after occurrence" .

dm:ClassOfStatus
      a       owl:Class ;
      rdfs:subClassOf dm:ClassOfClassOfIndividual ;
      dm:definitionByLiteral
              "class that is the power class of <Status>" ;
      dm:identificationByLiteral
              "class of status" ;
      dm:powerClassOf dm:Status ;
      skos:definition "class that is the power class of <Status>" ;
      skos:prefLabel "class of status" .

dm:assembledPartOf
      a       owl:TransitiveProperty , owl:ObjectProperty ;
      rdfs:subPropertyOf dm:arrangedPartOf ;
      dm:definitionByLiteral
              "<ArrangedIndividual> that is a whole for the assembled part" ;
      dm:descriptionOfExampleByLiteral
              "Impeller I_345 during 2013 has an <assembledPartOf> relationship with pump P_101 during 2013." ;
      dm:identificationByLiteral
              "assembled part of" ;
      owl:inverseOf dm:hasAssembledPart ;
      skos:definition "<ArrangedIndividual> that is a whole for the assembled part" ;
      skos:example "Impeller I_345 during 2013 has an <assembledPartOf> relationship with pump P_101 during 2013." ;
      skos:prefLabel "assembled part of" .

dm:fraction
      a       owl:AnnotationProperty , owl:FunctionalProperty ;
      rdfs:domain dm:Ratio ;
      rdfs:subPropertyOf dm:identificationByLiteral ;
      dm:definitionByLiteral
              "number that identifies a <Ratio> as a fraction" ;
      dm:descriptionOfExampleByLiteral
              "The <Ratio> that is 50:200 has a <fraction> relationship with the number 0.25." ;
      dm:identificationByLiteral
              "fraction" ;
      skos:definition "number that identifies a <Ratio> as a fraction" ;
      skos:example "The <Ratio> that is 50:200 has a <fraction> relationship with the number 0.25." ;
      skos:prefLabel "fraction" .

dm:valueTemporalPartOfOccurrence
      a       owl:ObjectProperty ;
      rdfs:subPropertyOf dm:valuePartOfOccurrence ;
      dm:definitionByLiteral
              "the subject has a <temporalPartOf> relationship with each member of the object" ;
      dm:identificationByLiteral
              "value temporal part of occurrence" ;
      owl:inverseOf dm:classHasTemporalPartValue ;
      skos:definition "the subject has a <temporalPartOf> relationship with each member of the object" ;
      skos:prefLabel "value temporal part of occurrence" .

dm:ClassOfInformationObject
      a       owl:Class ;
      rdfs:subClassOf dm:ClassOfIndividual ;
      dm:definitionByLiteral
              "<ClassOfIndividual> that is the power class of <InformationObject>" ;
      dm:identificationByLiteral
              "class of information object" ;
      dm:noteByLiteral "This class is defined in the ontology solely to provide structure." ;
      dm:powerClassOf dm:InformationObject ;
      skos:definition "<ClassOfIndividual> that is the power class of <InformationObject>" ;
      skos:prefLabel "class of information object" ;
      skos:scopeNote "This class is defined in the ontology solely to provide structure." .

dm:ClassOfList
      a       owl:Class ;
      rdfs:subClassOf dm:ClassOfMapping ;
      dm:definitionByLiteral
              "class that is the power class of <List>" ;
      dm:identificationByLiteral
              "class of list" ;
      dm:powerClassOf dm:List ;
      skos:definition "class that is the power class of <List>" ;
      skos:prefLabel "class of list" .

dm:valueLocatedRelativeToOccurrence
      a       owl:ObjectProperty ;
      rdfs:domain dm:Individual ;
      rdfs:range dm:ClassOfIndividual ;
      dm:definitionByLiteral
              "the subject has a <locatedRelativeTo> relationship with each member of the object" ;
      dm:identificationByLiteral
              "value connected to occurrence" ;
      owl:inverseOf dm:classLocatedRelativeToValue ;
      skos:definition "the subject has a <locatedRelativeTo> relationship with each member of the object" ;
      skos:prefLabel "value connected to occurrence" .

dm:representationByLiteral
      a       dm:RepresentationSpace , owl:AnnotationProperty ;
      rdfs:range xsd:string ;
      rdfs:subPropertyOf dm:representationBy ;
      dm:definitionByLiteral
              "text string literal that is the representation" ;
      dm:identificationByLiteral
              "representation by literal" ;
      dm:noteByLiteral "This class is defined in the ontology solely to provide structure." ;
      skos:definition "text string literal that is the representation" ;
      skos:prefLabel "representation by literal" ;
      skos:scopeNote "This class is defined in the ontology solely to provide structure." .

dm:ClassOfListOfPhysicalQuantity
      a       owl:Class ;
      rdfs:subClassOf dm:ClassOfListOfQuantity ;
      dm:definitionByLiteral
              "class that is the power class of <ListOfPhysicalQuantity>" ;
      dm:identificationByLiteral
              "class of list of physical quantity" ;
      dm:noteByLiteral "This class is defined in the ontology solely to provide structure." ;
      skos:definition "class that is the power class of <ListOfPhysicalQuantity>" ;
      skos:prefLabel "class of list of physical quantity" ;
      skos:scopeNote "This class is defined in the ontology solely to provide structure." .

dm:valueHasEndOccurrence
      a       owl:ObjectProperty ;
      rdfs:range dm:ClassOfEvent ;
      rdfs:subPropertyOf dm:valueHasTemporalPartOccurrence ;
      dm:definitionByLiteral
              "the subject has a <hasEnd> relationship with each member of the object" ;
      dm:identificationByLiteral
              "value has end occurrence" ;
      skos:definition "the subject has a <hasEnd> relationship with each member of the object" ;
      skos:prefLabel "value has end occurrence" .

dm:numberRangeHasUpperBound
      a       owl:FunctionalProperty , owl:ObjectProperty ;
      rdfs:domain dm:NumberRange ;
      rdfs:range dm:Number ;
      dm:definitionByLiteral
              "<Number> that is the upper bound" ;
      dm:identificationByLiteral
              "number range has upper bound" ;
      skos:definition "<Number> that is the upper bound" ;
      skos:prefLabel "number range has upper bound" .

dm:PhysicalRepresentationType
      a       owl:Class ;
      rdfs:subClassOf dm:ClassOfInformationObject ;
      dm:definitionByLiteral
              "<ClassOfInformationObject> that has the method used to create a physical representation of the information as the criterion for membership" ;
      dm:descriptionOfExampleByLiteral
              "The following are members of <PhysicalRepresentationType>:ink on paper document; ink on paper document with A4 paper; computer file; PDF file; coloured light railway signal." ;
      dm:identificationByLiteral
              "physical representation type" ;
      dm:noteByLiteral "Computer file format, with members such as XML file and PDF file, is a subclass of <PhysicalRepresentationType>.Paper document format, with members such as A4 and foolscap, is a subclass of <PhysicalRepresentationType>." ;
      skos:definition "<ClassOfInformationObject> that has the method used to create a physical representation of the information as the criterion for membership" ;
      skos:example "The following are members of <PhysicalRepresentationType>:ink on paper document; ink on paper document with A4 paper; computer file; PDF file; coloured light railway signal." ;
      skos:prefLabel "physical representation type" ;
      skos:scopeNote "Computer file format, with members such as XML file and PDF file, is a subclass of <PhysicalRepresentationType>.Paper document format, with members such as A4 and foolscap, is a subclass of <PhysicalRepresentationType>." .

dm:percent
      a       owl:AnnotationProperty , owl:FunctionalProperty ;
      rdfs:domain dm:Ratio ;
      rdfs:subPropertyOf dm:identificationByLiteral ;
      dm:definitionByLiteral
              "number that identifies a <Ratio> as a percentage" ;
      dm:descriptionOfExampleByLiteral
              "The <Ratio> that is 50:200 has a <percent> relationship with the number 25." ;
      dm:identificationByLiteral
              "percent" ;
      skos:definition "number that identifies a <Ratio> as a percentage" ;
      skos:example "The <Ratio> that is 50:200 has a <percent> relationship with the number 25." ;
      skos:prefLabel "percent" .

dm:classHasCauseOfEndOccurrence
      a       owl:ObjectProperty ;
      rdfs:domain dm:ClassOfIndividual ;
      rdfs:range dm:ClassOfActivity ;
      dm:definitionByLiteral
              "each member of the subject has a <hasCauseOfEnd> relationship with a member of the object, and each member of the object has a <causesEndOf> relationship with a member of the subject" ;
      dm:identificationByLiteral
              "class has cause of end occurrence" ;
      skos:definition "each member of the subject has a <hasCauseOfEnd> relationship with a member of the object, and each member of the object has a <causesEndOf> relationship with a member of the subject" ;
      skos:prefLabel "class has cause of end occurrence" .

dm:Logical
      a       owl:Class ;
      rdfs:subClassOf dm:Number ;
      dm:definitionByLiteral
              "<Number> that is one of {true, false, unknown}" ;
      dm:identificationByLiteral
              "logical" ;
      skos:definition "<Number> that is one of {true, false, unknown}" ;
      skos:prefLabel "logical" .

dm:descriptionOfExampleByInformationObject
      a       owl:AnnotationProperty , dm:RepresentationSpace ;
      rdfs:subPropertyOf dm:representationByInformationObject , dm:descriptionOfExampleBy ;
      dm:definitionByLiteral
              "<descriptionOfExampleBy> and <representationByInformationObject>" ;
      dm:identificationByLiteral
              "descriptionOfExample by information object" ;
      dm:noteByLiteral "This class is defined in the ontology solely to provide structure." ;
      skos:definition "<descriptionOfExampleBy> and <representationByInformationObject>" ;
      skos:prefLabel "descriptionOfExample by information object" ;
      skos:scopeNote "This class is defined in the ontology solely to provide structure." .

dm:QuantityRange
      a       owl:Class ;
      rdfs:subClassOf dm:QuantitySpace ;
      dm:definitionByLiteral
              "<ClassOfQuantity> that is all instances of <Quantity> that are greater than a lower bound, or less than an upper bound, or both" ;
      dm:descriptionOfExampleByLiteral
              "The instances of mass that are greater than 10 kilograms and less than 15 kilograms is a <QuantityRange>The instances of monetary amount that are greater than 10 euro and less than 15 euro is a <QuantityRange>" ;
      dm:identificationByLiteral
              "quantity range" ;
      skos:definition "<ClassOfQuantity> that is all instances of <Quantity> that are greater than a lower bound, or less than an upper bound, or both" ;
      skos:example "The instances of mass that are greater than 10 kilograms and less than 15 kilograms is a <QuantityRange>The instances of monetary amount that are greater than 10 euro and less than 15 euro is a <QuantityRange>" ;
      skos:prefLabel "quantity range" .

dm:ClassOfArrangedIndividual
      a       owl:Class ;
      rdfs:subClassOf dm:ClassOfIndividual ;
      dm:definitionByLiteral
              "<ClassOfIndividual> that is the power class of <ArrangedIndividual>" ;
      dm:identificationByLiteral
              "class of arranged individual" ;
      dm:noteByLiteral "This class is defined in the ontology solely to provide structure." ;
      dm:powerClassOf dm:ArrangedIndividual ;
      skos:definition "<ClassOfIndividual> that is the power class of <ArrangedIndividual>" ;
      skos:prefLabel "class of arranged individual" ;
      skos:scopeNote "This class is defined in the ontology solely to provide structure." .

dm:ClassOfClass
      a       owl:Class ;
      rdfs:subClassOf dm:ClassOfAbstractObject ;
      dm:definitionByLiteral
              "class that is the power class of <Class>" ;
      dm:identificationByLiteral
              "class of class" ;
      dm:powerClassOf dm:Class ;
      skos:definition "class that is the power class of <Class>" ;
      skos:prefLabel "class of class" .

dm:descriptionOfExampleByInformationContent
      a       dm:RepresentationSpace , owl:AnnotationProperty ;
      rdfs:subPropertyOf dm:representationByInformationContent , dm:descriptionOfExampleBy ;
      dm:definitionByLiteral
              "<descriptionOfExampleBy> and <representationByInformationContent>" ;
      dm:identificationByLiteral
              "descriptionOfExample by information content" ;
      dm:noteByLiteral "This class is defined in the ontology solely to provide structure." ;
      skos:definition "<descriptionOfExampleBy> and <representationByInformationContent>" ;
      skos:prefLabel "descriptionOfExample by information content" ;
      skos:scopeNote "This class is defined in the ontology solely to provide structure." .

dm:classHasCauseOccurrence
      a       owl:ObjectProperty ;
      rdfs:domain dm:ClassOfEvent ;
      rdfs:range dm:ClassOfActivity ;
      dm:definitionByLiteral
              "each member of the subject has a <hasCause> relationship with a member of the object, and each member of the object has a <causes> relationship with a member of the subject" ;
      dm:identificationByLiteral
              "class has cause occurrence" ;
      skos:definition "each member of the subject has a <hasCause> relationship with a member of the object, and each member of the object has a <causes> relationship with a member of the subject" ;
      skos:prefLabel "class has cause occurrence" .

dm:descriptionByInformationObject
      a       owl:AnnotationProperty , dm:DescriptionSpace ;
      rdfs:subPropertyOf dm:representationByInformationObject , dm:descriptionBy ;
      dm:definitionByLiteral
              "<descriptionBy> and <representationByInformationObject>" ;
      dm:identificationByLiteral
              "description by information object" ;
      dm:noteByLiteral "This class is defined in the ontology solely to provide structure." ;
      skos:definition "<descriptionBy> and <representationByInformationObject>" ;
      skos:prefLabel "description by information object" ;
      skos:scopeNote "This class is defined in the ontology solely to provide structure." .

dm:ClassOfInanimatePhysicalObject
      a       owl:Class ;
      rdfs:subClassOf dm:ClassOfPhysicalObject ;
      dm:definitionByLiteral
              "class that is the power class of <InanimatePhysicalObject>" ;
      dm:identificationByLiteral
              "class of inanimate physical object" ;
      dm:noteByLiteral "This class is defined in the ontology solely to provide structure." ;
      dm:powerClassOf dm:InanimatePhysicalObject ;
      skos:definition "class that is the power class of <InanimatePhysicalObject>" ;
      skos:prefLabel "class of inanimate physical object" ;
      skos:scopeNote "This class is defined in the ontology solely to provide structure." .

dm:ArrangedIndividual
      a       owl:Class ;
      rdfs:subClassOf dm:Individual ;
      dm:definitionByLiteral
              "<Individual> that has parts with a particular organization or arrangement" ;
      dm:identificationByLiteral
              "arranged individual" ;
      dm:noteByLiteral "The properties, characteristics and behaviours of an <ArrangedIndividual> are different from those of its individual parts." ;
      skos:definition "<Individual> that has parts with a particular organization or arrangement" ;
      skos:prefLabel "arranged individual" ;
      skos:scopeNote "The properties, characteristics and behaviours of an <ArrangedIndividual> are different from those of its individual parts." .

dm:classBeforeOccurrence
      a       owl:ObjectProperty ;
      dm:definitionByLiteral
              "each member of the subject has a <before> relationship with a member of the object, and each member of the object has a <after> relationship with a member of the subject" ;
      dm:identificationByLiteral
              "class before occurrence" ;
      owl:inverseOf dm:classAfterOccurrence ;
      skos:definition "each member of the subject has a <before> relationship with a member of the object, and each member of the object has a <after> relationship with a member of the subject" ;
      skos:prefLabel "class before occurrence" .

dm:QuantitySpace
      a       owl:Class ;
      rdfs:subClassOf dm:ClassOfQuantity ;
      dm:definitionByLiteral
              "<ClassOfQuantity> that is a subspace of, or all of, a <QuantityKind>" ;
      dm:descriptionOfExampleByLiteral
              "Monetary amount is a <QuantitySpace>.Mass is a <QuantitySpace>." ;
      dm:identificationByLiteral
              "quantity space" ;
      skos:definition "<ClassOfQuantity> that is a subspace of, or all of, a <QuantityKind>" ;
      skos:example "Monetary amount is a <QuantitySpace>.Mass is a <QuantitySpace>." ;
      skos:prefLabel "quantity space" .

dm:valueCausesOccurrence
      a       owl:ObjectProperty ;
      dm:definitionByLiteral
              "the subject has a <causes> relationship with each member of the object" ;
      dm:identificationByLiteral
              "value causes occurrence" ;
      owl:inverseOf dm:classHasCauseValue ;
      skos:definition "the subject has a <causes> relationship with each member of the object" ;
      skos:prefLabel "value causes occurrence" .

dm:valueCausesBeginningOfOccurrence
      a       owl:ObjectProperty ;
      dm:definitionByLiteral
              "the subject has a <causesBeginningOf> relationship with each member of the object" ;
      dm:identificationByLiteral
              "value causes beginning of occurrence" ;
      owl:inverseOf dm:classHasCauseOfBeginningValue ;
      skos:definition "the subject has a <causesBeginningOf> relationship with each member of the object" ;
      skos:prefLabel "value causes beginning of occurrence" .

dm:booleanAsLiteral
      a       owl:AnnotationProperty ;
      rdfs:domain dm:Boolean ;
      rdfs:range xsd:boolean ;
      rdfs:subPropertyOf dm:numberAsLiteral ;
      dm:definitionByLiteral
              "<numberAsLiteral> that represents the <Boolean> as 'T' or 'F'" ;
      dm:identificationByLiteral
              "boolean as literal" ;
      skos:definition "<numberAsLiteral> that represents the <Boolean> as 'T' or 'F'" ;
      skos:prefLabel "boolean as literal" .

dm:logicalAsLiteral
      a       owl:AnnotationProperty ;
      rdfs:domain dm:Logical ;
      rdfs:range xsd:string ;
      rdfs:subPropertyOf dm:numberAsLiteral ;
      dm:definitionByLiteral
              "<numberAsLiteral> that represents the <Boolean> as 'T', 'F' or 'U'" ;
      dm:identificationByLiteral
              "logical as literal" ;
      skos:definition "<numberAsLiteral> that represents the <Boolean> as 'T', 'F' or 'U'" ;
      skos:prefLabel "logical as literal" .

dm:arrangedPartOf
      a       owl:TransitiveProperty , owl:ObjectProperty ;
      rdfs:subPropertyOf dm:partOf ;
      dm:definitionByLiteral
              "<ArrangedIndividual> that is a whole for the arranged part with a distinct role" ;
      dm:descriptionOfExampleByLiteral
              "Aircraft A_101 from 2014-04-11T10:50 to 2014-04-11T12:15 has an <arrangedPartOf> relationship with formation F_101 from 2014-04-11T10:50 to 2014-04-11T12:15, within which it is flying.Bin B_101 has an <arrangedPartOf> relationship with Warehouse W_101, within which it is a part of the layout." ;
      dm:identificationByLiteral
              "arranged part of" ;
      dm:noteByLiteral "An <arrangedPartOf> relationship says a part has a particular role with respect to the whole. The nature of this role is not specified by this relationship, but must be specified by a classification of the part." ;
      owl:inverseOf dm:hasArrangedPart ;
      skos:definition "<ArrangedIndividual> that is a whole for the arranged part with a distinct role" ;
      skos:example "Aircraft A_101 from 2014-04-11T10:50 to 2014-04-11T12:15 has an <arrangedPartOf> relationship with formation F_101 from 2014-04-11T10:50 to 2014-04-11T12:15, within which it is flying.Bin B_101 has an <arrangedPartOf> relationship with Warehouse W_101, within which it is a part of the layout." ;
      skos:prefLabel "arranged part of" ;
      skos:scopeNote "An <arrangedPartOf> relationship says a part has a particular role with respect to the whole. The nature of this role is not specified by this relationship, but must be specified by a classification of the part." .

dm:representationByInformationObject
      a       dm:RepresentationSpace , owl:AnnotationProperty ;
      rdfs:range dm:InformationObject ;
      rdfs:subPropertyOf dm:representationBy ;
      dm:definitionByLiteral
              "<InformationObject> that is the representation" ;
      dm:identificationByLiteral
              "representation by information object" ;
      dm:noteByLiteral "This class is defined in the ontology solely to provide structure." ;
      skos:definition "<InformationObject> that is the representation" ;
      skos:prefLabel "representation by information object" ;
      skos:scopeNote "This class is defined in the ontology solely to provide structure." .

dm:definitionByInformationContent
      a       dm:DefinitionSpace , owl:AnnotationProperty ;
      rdfs:subPropertyOf dm:definitionBy , dm:representationByInformationContent ;
      dm:definitionByLiteral
              "<definitionBy> and <representationByInformationContent>" ;
      dm:identificationByLiteral
              "definition by information content" ;
      dm:noteByLiteral "This class is defined in the ontology solely to provide structure." ;
      skos:definition "<definitionBy> and <representationByInformationContent>" ;
      skos:prefLabel "definition by information content" ;
      skos:scopeNote "This class is defined in the ontology solely to provide structure." .

dm:subNumberSpaceOf
      a       owl:ObjectProperty ;
      rdfs:domain dm:NumberSpace ;
      rdfs:range dm:NumberSpace ;
      dm:definitionByLiteral
              "<NumberSpace> that is a subspace" ;
      dm:identificationByLiteral
              "sub number space of" ;
      skos:definition "<NumberSpace> that is a subspace" ;
      skos:prefLabel "sub number space of" .

dm:valueBeginsOccurrence
      a       owl:ObjectProperty ;
      rdfs:subPropertyOf dm:valueTemporalPartOfOccurrence ;
      dm:definitionByLiteral
              "each member of the subject has a <begins> relationship with each member of the object" ;
      dm:identificationByLiteral
              "value begins occurrence" ;
      owl:inverseOf dm:classHasBeginningValue ;
      skos:definition "each member of the subject has a <begins> relationship with each member of the object" ;
      skos:prefLabel "value begins occurrence" .

dm:classBeginsOccurrence
      a       owl:ObjectProperty ;
      rdfs:subPropertyOf dm:classTemporalPartOfOccurrence ;
      dm:definitionByLiteral
              "each member of the subject has a <begins> relationship with a member of the object, and each member of the object has a <hasBeginning> relationship with a member of the subject" ;
      dm:identificationByLiteral
              "class begins occurrence" ;
      owl:inverseOf dm:classHasBeginningOccurrence ;
      skos:definition "each member of the subject has a <begins> relationship with a member of the object, and each member of the object has a <hasBeginning> relationship with a member of the subject" ;
      skos:prefLabel "class begins occurrence" .

dm:ClassOfPhysicalQuantity
      a       owl:Class ;
      rdfs:subClassOf dm:ClassOfQuantity ;
      dm:definitionByLiteral
              "class that is the power class of <PhysicalQuantity>" ;
      dm:identificationByLiteral
              "class of physical quantity" ;
      dm:noteByLiteral "This class is defined in the ontology solely to provide structure." ;
      skos:definition "class that is the power class of <PhysicalQuantity>" ;
      skos:prefLabel "class of physical quantity" ;
      skos:scopeNote "This class is defined in the ontology solely to provide structure." .

dm:classBeforeValue
      a       owl:ObjectProperty ;
      dm:definitionByLiteral
              "each member of the subject has a <before> relationship with the object" ;
      dm:identificationByLiteral
              "class before value" ;
      owl:inverseOf dm:valueAfterOccurrence ;
      skos:definition "each member of the subject has a <before> relationship with the object" ;
      skos:prefLabel "class before value" .

dm:ClassOfClassOfPhysicalObject
      a       owl:Class ;
      rdfs:subClassOf dm:ClassOfClassOfIndividual ;
      dm:definitionByLiteral
              "class that is the power class of <ClassOfPhysicalObject>" ;
      dm:identificationByLiteral
              "class of class of physical object" ;
      dm:noteByLiteral "This class is defined in the ontology solely to provide structure." ;
      dm:powerClassOf dm:ClassOfPhysicalObject ;
      skos:definition "class that is the power class of <ClassOfPhysicalObject>" ;
      skos:prefLabel "class of class of physical object" ;
      skos:scopeNote "This class is defined in the ontology solely to provide structure." .

dm:valueReferencedByOccurrence
      a       owl:ObjectProperty ;
      dm:definitionByLiteral
              "the subject has a <referencedBy> relationship with each member of the object" ;
      dm:identificationByLiteral
              "value referenced by occurrence" ;
      owl:inverseOf dm:classReferencesValue ;
      skos:definition "the subject has a <referencedBy> relationship with each member of the object" ;
      skos:prefLabel "value referenced by occurrence" .

dm:classHasCauseOfEndValue
      a       owl:ObjectProperty ;
      rdfs:domain dm:ClassOfIndividual ;
      rdfs:range dm:Activity ;
      dm:definitionByLiteral
              "each member of the subject has a <hasCauseOfEnd> relationship with the object" ;
      dm:identificationByLiteral
              "class has cause of end value" ;
      skos:definition "each member of the subject has a <hasCauseOfEnd> relationship with the object" ;
      skos:prefLabel "class has cause of end value" .

dm:classAfterValue
      a       owl:ObjectProperty ;
      rdfs:domain dm:ClassOfIndividual ;
      rdfs:range dm:Individual ;
      dm:definitionByLiteral
              "each member of the subject has a <after> relationship with the object" ;
      dm:identificationByLiteral
              "class after value" ;
      skos:definition "each member of the subject has a <after> relationship with the object" ;
      skos:prefLabel "class after value" .

dm:ClassOfIdentificationSpace
      a       owl:Class ;
      rdfs:subClassOf dm:ClassOfRepresentationSpace ;
      dm:definitionByLiteral
              "class that is the power class of <IdentificationSpace>" ;
      dm:identificationByLiteral
              "class of identification space" ;
      dm:powerClassOf dm:IdentificationSpace ;
      skos:definition "class that is the power class of <IdentificationSpace>" ;
      skos:prefLabel "class of identification space" .

dm:Stream
      a       owl:Class ;
      rdfs:subClassOf dm:PhysicalObject ;
      dm:definitionByLiteral
              "<PhysicalObject> where continuity of flow path is the basis of identity" ;
      dm:identificationByLiteral
              "stream" ;
      skos:definition "<PhysicalObject> where continuity of flow path is the basis of identity" ;
      skos:prefLabel "stream" .

dm:NumberRange
      a       owl:Class ;
      rdfs:subClassOf dm:NumberSpace ;
      dm:definitionByLiteral
              "<NumberSpace> that is all numbers within the containing <NumberSpace> that are greater than a lower bound, less than an upper bound, or both." ;
      dm:identificationByLiteral
              "number range" ;
      skos:definition "<NumberSpace> that is all numbers within the containing <NumberSpace> that are greater than a lower bound, less than an upper bound, or both." ;
      skos:prefLabel "number range" .

dm:PointInSpace
      a       owl:Class ;
      rdfs:subClassOf dm:Individual ;
      dm:definitionByLiteral
              "<Individual> that is all that exists in time at a point in space" ;
      dm:identificationByLiteral
              "point in space" ;
      dm:noteByLiteral "A <PointInSpace> can be defined in any spatial frame. It can be defined with respect to a moving or moveable object, such as a ship or an equipment item." ;
      owl:disjointWith dm:RegionInSpace , dm:PointInTime ;
      skos:definition "<Individual> that is all that exists in time at a point in space" ;
      skos:prefLabel "point in space" ;
      skos:scopeNote "A <PointInSpace> can be defined in any spatial frame. It can be defined with respect to a moving or moveable object, such as a ship or an equipment item." .

dm:classCausesBeginningOfOccurrence
      a       owl:ObjectProperty ;
      dm:definitionByLiteral
              "each member of the subject has a <causesBeginningOf> relationship with a member of the object, and each member of the object has a <hasCauseOfBeginning> relationship with a member of the subject" ;
      dm:identificationByLiteral
              "class causes beginning of occurrence" ;
      owl:inverseOf dm:classHasCauseOfBeginningOccurrence ;
      skos:definition "each member of the subject has a <causesBeginningOf> relationship with a member of the object, and each member of the object has a <hasCauseOfBeginning> relationship with a member of the subject" ;
      skos:prefLabel "class causes beginning of occurrence" .

dm:definitionByInformationObject
      a       dm:DefinitionSpace , owl:AnnotationProperty ;
      rdfs:subPropertyOf dm:definitionBy , dm:representationByInformationObject ;
      dm:definitionByLiteral
              "<definitionBy> and <representationByInformationObject>" ;
      dm:identificationByLiteral
              "definition by information object" ;
      dm:noteByLiteral "This class is defined in the ontology solely to provide structure." ;
      skos:definition "<definitionBy> and <representationByInformationObject>" ;
      skos:prefLabel "definition by information object" ;
      skos:scopeNote "This class is defined in the ontology solely to provide structure." .

dm:ListOfPhysicalQuantity
      a       owl:Class ;
      rdfs:subClassOf dm:ListOfQuantity ;
      dm:definitionByLiteral
              "<List> that has <PhysicalQuantity> as its range" ;
      dm:identificationByLiteral
              "list of physical quantity" ;
      skos:definition "<List> that has <PhysicalQuantity> as its range" ;
      skos:prefLabel "list of physical quantity" .

dm:definitionBy
      a       dm:DefinitionSpace , owl:AnnotationProperty ;
      rdfs:domain dm:Class ;
      rdfs:subPropertyOf dm:representationBy ;
      dm:definitionByLiteral
              "information (as an <InformationObject>, <InformationContent>, or as a text string literal) that defines" ;
      dm:descriptionOfExampleByLiteral
              "The class Pump has a <definitionBy> relationship with 'A physical object that adds or removes mechanical energy to a fluid, either constantly or periodically. '. The class 'project plan P101 version 3' has a <definitionBy> relationship with the OWL graph with URI http://www.bloggs-engineering.com/plans/P-101-v3." ;
      dm:identificationByLiteral
              "definition by" ;
      dm:noteByLiteral "<definitionBy> has the same meaning as the SKOS property 'definition'." ;
      skos:definition "information (as an <InformationObject>, <InformationContent>, or as a text string literal) that defines" ;
      skos:example "The class Pump has a <definitionBy> relationship with 'A physical object that adds or removes mechanical energy to a fluid, either constantly or periodically. '. The class 'project plan P101 version 3' has a <definitionBy> relationship with the OWL graph with URI http://www.bloggs-engineering.com/plans/P-101-v3." ;
      skos:prefLabel "definition by" ;
      skos:scopeNote "<definitionBy> has the same meaning as the SKOS property 'definition'." .

dm:integerAsLiteral
      a       owl:AnnotationProperty ;
      rdfs:domain dm:Integer ;
      rdfs:range xsd:integer ;
      rdfs:subPropertyOf dm:numberAsLiteral ;
      dm:definitionByLiteral
              "<numberAsLiteral> that represents the <Integer> in decimal" ;
      dm:identificationByLiteral
              "integer as literal" ;
      skos:definition "<numberAsLiteral> that represents the <Integer> in decimal" ;
      skos:prefLabel "integer as literal" .

dm:OrderedPairOfQuantity
      a       owl:Class ;
      rdfs:subClassOf dm:OrderedPair , dm:ListOfQuantity ;
      dm:definitionByLiteral
              "<OrderedPair> that has <PhysicalQuantity> as its range" ;
      dm:descriptionOfExampleByLiteral
              "('50 hours', '200 hours') is an <OrderedPairOfQuantity>." ;
      dm:identificationByLiteral
              "ordered pair of quantity" ;
      skos:definition "<OrderedPair> that has <PhysicalQuantity> as its range" ;
      skos:example "('50 hours', '200 hours') is an <OrderedPairOfQuantity>." ;
      skos:prefLabel "ordered pair of quantity" .

dm:classConnectedToOccurrence
      a       owl:SymmetricProperty , owl:ObjectProperty ;
      rdfs:domain dm:ClassOfIndividual ;
      rdfs:range dm:ClassOfIndividual ;
      dm:definitionByLiteral
              "each member of the subject has a <connectedTo> relationship with a member of the object, and each member of the object has a <connectedTo> relationship with a member of the subject" ;
      dm:identificationByLiteral
              "class connected to occurrence" ;
      skos:definition "each member of the subject has a <connectedTo> relationship with a member of the object, and each member of the object has a <connectedTo> relationship with a member of the subject" ;
      skos:prefLabel "class connected to occurrence" .

dm:classHasBeginningOccurrence
      a       owl:ObjectProperty ;
      rdfs:range dm:ClassOfEvent ;
      rdfs:subPropertyOf dm:classHasTemporalPartOccurrence ;
      dm:definitionByLiteral
              "each member of the subject has a <hasBeginning> relationship with a member of the object, and each member of the object has a <begins> relationship with a member of the subject" ;
      dm:identificationByLiteral
              "class has beginning occurrence" ;
      skos:definition "each member of the subject has a <hasBeginning> relationship with a member of the object, and each member of the object has a <begins> relationship with a member of the subject" ;
      skos:prefLabel "class has beginning occurrence" .

dm:Individual
      a       owl:Class ;
      rdfs:subClassOf dm:Thing ;
      dm:definitionByLiteral
              "<Thing> that exists in space and time" ;
      dm:identificationByLiteral
              "individual" ;
      dm:noteByLiteral "The class <Individual> includes:things where any of the space-time dimensions are vanishingly small; things that are either all space for a period of time, or all time for a region of space; the entirety of all space-time; things that actually exist, or have existed; things that are fictional or conjectured and possibly exist in the past, present or future; temporal parts (states) of other individuals; things that have a specific position, but zero extent in one or more dimensions, such as points, lines, and surfaces." ;
      skos:definition "<Thing> that exists in space and time" ;
      skos:prefLabel "individual" ;
      skos:scopeNote "The class <Individual> includes:things where any of the space-time dimensions are vanishingly small; things that are either all space for a period of time, or all time for a region of space; the entirety of all space-time; things that actually exist, or have existed; things that are fictional or conjectured and possibly exist in the past, present or future; temporal parts (states) of other individuals; things that have a specific position, but zero extent in one or more dimensions, such as points, lines, and surfaces." .

dm:ClassOfOrderedPair
      a       owl:Class ;
      rdfs:subClassOf dm:ClassOfList ;
      dm:definitionByLiteral
              "class that is the power class of <OrderedPair>" ;
      dm:identificationByLiteral
              "class of ordered pair" ;
      dm:noteByLiteral "This class is defined in the ontology solely to provide structure." ;
      dm:powerClassOf dm:OrderedPair ;
      skos:definition "class that is the power class of <OrderedPair>" ;
      skos:prefLabel "class of ordered pair" ;
      skos:scopeNote "This class is defined in the ontology solely to provide structure." .

dm:classPartOfOccurrence
      a       owl:ObjectProperty ;
      dm:definitionByLiteral
              "each member of the subject has a <partOf> relationship with a member of the object, and each member of the object has a <hasPart> relationship with a member of the subject" ;
      dm:identificationByLiteral
              "class part of occurrence" ;
      owl:inverseOf dm:classHasPartOccurrence ;
      skos:definition "each member of the subject has a <partOf> relationship with a member of the object, and each member of the object has a <hasPart> relationship with a member of the subject" ;
      skos:prefLabel "class part of occurrence" .

dm:temporalBoundOf
      a       owl:ObjectProperty ;
      rdfs:subPropertyOf dm:temporalPartOf ;
      dm:definitionByLiteral
              "<Individual> that begins or ends" ;
      dm:identificationByLiteral
              "temporal bound of" ;
      owl:inverseOf dm:hasTemporalBound ;
      skos:definition "<Individual> that begins or ends" ;
      skos:prefLabel "temporal bound of" .

dm:TimeDuration
      a       owl:Class , dm:PhysicalQuantityKind ;
      rdfs:subClassOf dm:PhysicalQuantity ;
      dm:definitionByLiteral
              "<PhysicalQuantity> that is a time duration" ;
      dm:descriptionOfExampleByLiteral
              "10 seconds is a <TimeDuration>." ;
      dm:identificationByLiteral
              "time duration" ;
      skos:definition "<PhysicalQuantity> that is a time duration" ;
      skos:example "10 seconds is a <TimeDuration>." ;
      skos:prefLabel "time duration" .

dm:classTemporalPartOfOccurrence
      a       owl:ObjectProperty ;
      rdfs:subPropertyOf dm:classPartOfOccurrence ;
      dm:definitionByLiteral
              "each member of the subject has a <temporalPartOf> relationship with a member of the object, and each member of the object has a <hasTemporalPart> relationship with a member of the subject" ;
      dm:identificationByLiteral
              "class temporal part of occurrence" ;
      owl:inverseOf dm:classHasTemporalPartOccurrence ;
      skos:definition "each member of the subject has a <temporalPartOf> relationship with a member of the object, and each member of the object has a <hasTemporalPart> relationship with a member of the subject" ;
      skos:prefLabel "class temporal part of occurrence" .

dm:List
      a       owl:Class ;
      rdfs:subClassOf dm:Function ;
      dm:definitionByLiteral
              "<Function>that has the integer interval [0, n] for some <Integer> n as its domain" ;
      dm:identificationByLiteral
              "list" ;
      dm:noteByLiteral "The definition of List as a function makes it a 1D 'table function' as defined in ISO 15926-50." ;
      skos:definition "<Function>that has the integer interval [0, n] for some <Integer> n as its domain" ;
      skos:prefLabel "list" ;
      skos:scopeNote "The definition of List as a function makes it a 1D 'table function' as defined in ISO 15926-50." .

dm:SubAtomicParticle
      a       owl:Class ;
      rdfs:subClassOf dm:ArrangedIndividual ;
      dm:definitionByLiteral
              "<PhysicalObject> that is or can be a part of an atom" ;
      dm:identificationByLiteral
              "subatomic particle" ;
      dm:noteByLiteral "Proton, electron, meson, neutron, positron, muon, quark, and neutrino are subclasses of <SubAtomicParticle>." ;
      skos:definition "<PhysicalObject> that is or can be a part of an atom" ;
      skos:prefLabel "subatomic particle" ;
      skos:scopeNote "Proton, electron, meson, neutron, positron, muon, quark, and neutrino are subclasses of <SubAtomicParticle>." .

dm:QuantityKind
      a       owl:Class ;
      rdfs:subClassOf dm:QuantitySpace ;
      dm:definitionByLiteral
              "<ClassOfQuantity> that is all instances of <Quantity> of the same kind" ;
      dm:descriptionOfExampleByLiteral
              "monetary amount is a <QuantityKind>." ;
      dm:identificationByLiteral
              "quantity kind" ;
      skos:definition "<ClassOfQuantity> that is all instances of <Quantity> of the same kind" ;
      skos:example "monetary amount is a <QuantityKind>." ;
      skos:prefLabel "quantity kind" .

dm:causes
      a       owl:ObjectProperty ;
      dm:definitionByLiteral
              "<Event> that is caused" ;
      dm:descriptionOfExampleByLiteral
              "The <Event> 'tanker T_101 full on 2014-04-11' has a <causes> relationship with the <Activity> 'load tanker T_101 on 2014-04-11'." ;
      dm:identificationByLiteral
              "causes" ;
      owl:inverseOf dm:hasCause ;
      skos:definition "<Event> that is caused" ;
      skos:example "The <Event> 'tanker T_101 full on 2014-04-11' has a <causes> relationship with the <Activity> 'load tanker T_101 on 2014-04-11'." ;
      skos:prefLabel "causes" .

dm:NumberSpace
      a       owl:Class ;
      rdfs:subClassOf dm:AbstractObject ;
      dm:definitionByLiteral
              "<AbstractObject> that is a system of numbers" ;
      dm:descriptionOfExampleByLiteral
              "The system of real numbers is an <NumberSpace>.The system of integer numbers is a <NumberSpace>." ;
      dm:identificationByLiteral
              "number space" ;
      skos:definition "<AbstractObject> that is a system of numbers" ;
      skos:example "The system of real numbers is an <NumberSpace>.The system of integer numbers is a <NumberSpace>." ;
      skos:prefLabel "number space" .

dm:valueBeforeOccurrence
      a       owl:ObjectProperty ;
      dm:definitionByLiteral
              "the subject has a <before> relationship with each member of the object" ;
      dm:identificationByLiteral
              "value before occurrence" ;
      owl:inverseOf dm:classAfterValue ;
      skos:definition "the subject has a <before> relationship with each member of the object" ;
      skos:prefLabel "value before occurrence" .

dm:ClassOfDescriptionSpace
      a       owl:Class ;
      rdfs:subClassOf dm:ClassOfRepresentationSpace ;
      dm:definitionByLiteral
              "class that is the power class of <DescriptionSpace>" ;
      dm:identificationByLiteral
              "class of description space" ;
      dm:powerClassOf dm:DescriptionSpace ;
      skos:definition "class that is the power class of <DescriptionSpace>" ;
      skos:prefLabel "class of description space" .

dm:ClassOfSubAtomicParticle
      a       owl:Class ;
      rdfs:subClassOf dm:ClassOfArrangedIndividual ;
      dm:definitionByLiteral
              "class that is the power class of <SubAtomicParticle>" ;
      dm:identificationByLiteral
              "class of sub atomic particle" ;
      dm:powerClassOf dm:SubAtomicParticle ;
      skos:definition "class that is the power class of <SubAtomicParticle>" ;
      skos:prefLabel "class of sub atomic particle" .

dm:valueConnectedToOccurrence
      a       owl:ObjectProperty ;
      rdfs:domain dm:Individual ;
      rdfs:range dm:ClassOfIndividual ;
      dm:definitionByLiteral
              "the subject has a <connectedTo> relationship with each member of the object" ;
      dm:identificationByLiteral
              "value connected to occurrence" ;
      owl:inverseOf dm:classConnectedToValue ;
      skos:definition "the subject has a <connectedTo> relationship with each member of the object" ;
      skos:prefLabel "value connected to occurrence" .

dm:hasPart
      a       owl:TransitiveProperty , owl:ObjectProperty ;
      rdfs:domain dm:Individual ;
      rdfs:range dm:Individual ;
      dm:definitionByLiteral
              "<Individual> that is a part of the whole" ;
      dm:identificationByLiteral
              "has part" ;
      skos:definition "<Individual> that is a part of the whole" ;
      skos:prefLabel "has part" .

dm:OrderedPair
      a       owl:Class ;
      rdfs:subClassOf dm:List , dm:AbstractObject ;
      dm:definitionByLiteral
              "<List> that has the range [1, 2]" ;
      dm:descriptionOfExampleByLiteral
              "('50 hours', '200 hours') is an <OrderedPair>." ;
      dm:identificationByLiteral
              "ordered pair" ;
      skos:definition "<List> that has the range [1, 2]" ;
      skos:example "('50 hours', '200 hours') is an <OrderedPair>." ;
      skos:prefLabel "ordered pair" .

dm:DocumentType
      a       owl:Class ;
      rdfs:subClassOf dm:ClassOfInformationContent ;
      dm:definitionByLiteral
              "<ClassOfInformationContent> that has the purpose of the <InformationContent> as the criterion for membership" ;
      dm:descriptionOfExampleByLiteral
              "'Material Certificate' is a <DocumentType>.'Material certificate to EN 10204' is a <DocumentType>." ;
      dm:identificationByLiteral
              "document type" ;
      skos:definition "<ClassOfInformationContent> that has the purpose of the <InformationContent> as the criterion for membership" ;
      skos:example "'Material Certificate' is a <DocumentType>.'Material certificate to EN 10204' is a <DocumentType>." ;
      skos:prefLabel "document type" .

dm:classReferencedByOccurrence
      a       owl:ObjectProperty ;
      dm:definitionByLiteral
              "each member of the subject has a <referencedBy> relationship with a member of the object, and each member of the object has a <references> relationship with a member of the subject" ;
      dm:identificationByLiteral
              "class referenced by occurrence" ;
      owl:inverseOf dm:classReferencesOccurrence ;
      skos:definition "each member of the subject has a <referencedBy> relationship with a member of the object, and each member of the object has a <references> relationship with a member of the subject" ;
      skos:prefLabel "class referenced by occurrence" .

dm:ClassOfListOfQuantity
      a       owl:Class ;
      rdfs:subClassOf dm:ClassOfList ;
      dm:definitionByLiteral
              "class that is the power class of <ListOfQuantity>" ;
      dm:identificationByLiteral
              "class of list of quantity" ;
      dm:noteByLiteral "This class is defined in the ontology solely to provide structure." ;
      dm:powerClassOf dm:ListOfQuantity ;
      skos:definition "class that is the power class of <ListOfQuantity>" ;
      skos:prefLabel "class of list of quantity" ;
      skos:scopeNote "This class is defined in the ontology solely to provide structure." .

dm:ClassOfStream
      a       owl:Class ;
      rdfs:subClassOf dm:ClassOfPhysicalObject ;
      dm:definitionByLiteral
              "class that is the power class of <Stream>" ;
      dm:identificationByLiteral
              "class of stream" ;
      dm:noteByLiteral "This class is defined in the ontology solely to provide structure." ;
      dm:powerClassOf dm:Stream ;
      skos:definition "class that is the power class of <Stream>" ;
      skos:prefLabel "class of stream" ;
      skos:scopeNote "This class is defined in the ontology solely to provide structure." .

dm:classCausesOccurrence
      a       owl:ObjectProperty ;
      dm:definitionByLiteral
              "each member of the subject has a <causes> relationship with a member of the object, and each member of the object has a <hasCause> relationship with a member of the subject" ;
      dm:identificationByLiteral
              "classCausesOccurrence" ;
      owl:inverseOf dm:classHasCauseOccurrence ;
      skos:definition "each member of the subject has a <causes> relationship with a member of the object, and each member of the object has a <hasCause> relationship with a member of the subject" ;
      skos:prefLabel "classCausesOccurrence" .

dm:ClassOfClassOfIndividual
      a       owl:Class ;
      rdfs:subClassOf dm:ClassOfClass ;
      dm:definitionByLiteral
              "class that is the power class of <ClassOfIndividual>" ;
      dm:identificationByLiteral
              "class of class of individual" ;
      dm:noteByLiteral "This class is defined in the ontology solely to provide structure." ;
      dm:powerClassOf dm:ClassOfIndividual ;
      skos:definition "class that is the power class of <ClassOfIndividual>" ;
      skos:prefLabel "class of class of individual" ;
      skos:scopeNote "This class is defined in the ontology solely to provide structure." .

dm:DefinitionSpace
      a       owl:Class ;
      rdfs:subClassOf dm:RepresentationSpace ;
      dm:definitionByLiteral
              "<RepresentationSpace> that has members that define" ;
      dm:identificationByLiteral
              "definition space" ;
      dm:noteByLiteral "A member of <IdentificationSpace> is implemented in this part of ISO 15926 as an owl:AnnotationProperty that is a subproperty of <definitionBy>." ;
      skos:definition "<RepresentationSpace> that has members that define" ;
      skos:prefLabel "definition space" ;
      skos:scopeNote "A member of <IdentificationSpace> is implemented in this part of ISO 15926 as an owl:AnnotationProperty that is a subproperty of <definitionBy>." .

dm:classHasBeginningValue
      a       owl:ObjectProperty ;
      rdfs:range dm:Event ;
      rdfs:subPropertyOf dm:classHasTemporalPartValue ;
      dm:definitionByLiteral
              "each member of the subject has a <hasBeginning> relationship with the object" ;
      dm:identificationByLiteral
              "class has beginning value" ;
      skos:definition "each member of the subject has a <hasBeginning> relationship with the object" ;
      skos:prefLabel "class has beginning value" .

dm:Ratio
      a       owl:Class ;
      rdfs:subClassOf dm:ClassOfOrderedPair ;
      dm:definitionByLiteral
              "<ClassOfOrderedPair> that is a ratio" ;
      dm:descriptionOfExampleByLiteral
              "50:200' is a <Ratio>. This ration can also be identified by '5:20' and '1:4'." ;
      dm:identificationByLiteral
              "ratio" ;
      skos:definition "<ClassOfOrderedPair> that is a ratio" ;
      skos:example "50:200' is a <Ratio>. This ration can also be identified by '5:20' and '1:4'." ;
      skos:prefLabel "ratio" .

dm:classHasCauseValue
      a       owl:ObjectProperty ;
      rdfs:domain dm:ClassOfEvent ;
      rdfs:range dm:Activity ;
      dm:definitionByLiteral
              "each member of the subject has a <hasCause> relationship with the object" ;
      dm:identificationByLiteral
              "class has cause value" ;
      skos:definition "each member of the subject has a <hasCause> relationship with the object" ;
      skos:prefLabel "class has cause value" .

dm:DescriptionSpace
      a       owl:Class ;
      rdfs:subClassOf dm:RepresentationSpace ;
      dm:definitionByLiteral
              "<RepresentationSpace> that has members that describe" ;
      dm:identificationByLiteral
              "description space" ;
      dm:noteByLiteral "A member of <IdentificationSpace> is implemented in this part of ISO 15926 as an owl:AnnotationProperty that is a subproperty of <descriptionBy>." ;
      skos:definition "<RepresentationSpace> that has members that describe" ;
      skos:prefLabel "description space" ;
      skos:scopeNote "A member of <IdentificationSpace> is implemented in this part of ISO 15926 as an owl:AnnotationProperty that is a subproperty of <descriptionBy>." .

dm:ClassOfFeature
      a       owl:Class ;
      rdfs:subClassOf dm:ClassOfArrangedIndividual , dm:ClassOfPhysicalObject ;
      dm:definitionByLiteral
              "class that is the power class of <Feature>" ;
      dm:identificationByLiteral
              "class of feature" ;
      dm:powerClassOf dm:Feature ;
      skos:definition "class that is the power class of <Feature>" ;
      skos:prefLabel "class of feature" .

dm:PhysicalObject
      a       owl:Class ;
      rdfs:subClassOf dm:Individual ;
      dm:definitionByLiteral
              "<Individual> that is a distribution of energy, matter or both" ;
      dm:descriptionOfExampleByLiteral
              "Pump P_101 is a <PhysicalObject>." ;
      dm:identificationByLiteral
              "physical object" ;
      skos:definition "<Individual> that is a distribution of energy, matter or both" ;
      skos:example "Pump P_101 is a <PhysicalObject>." ;
      skos:prefLabel "physical object" .

dm:PhysicalQuantity
      a       owl:Class ;
      rdfs:subClassOf dm:Quantity ;
      dm:definitionByLiteral
              "<Quantity> that is measurable or observable" ;
      dm:descriptionOfExampleByLiteral
              "The mass 10 kilograms is a <Quantity>." ;
      dm:identificationByLiteral
              "physical quantity" ;
      skos:definition "<Quantity> that is measurable or observable" ;
      skos:example "The mass 10 kilograms is a <Quantity>." ;
      skos:prefLabel "physical quantity" .

dm:CartesianProductOfQuantityKind
      a       owl:Class ;
      rdfs:subClassOf dm:ClassOfListOfQuantity ;
      dm:definitionByLiteral
              "<ClassOfListOfQuantity> that is the Cartesian product of instances of <QuantityKind>" ;
      dm:identificationByLiteral
              "cartesian product of quantity kind" ;
      skos:definition "<ClassOfListOfQuantity> that is the Cartesian product of instances of <QuantityKind>" ;
      skos:prefLabel "cartesian product of quantity kind" .

dm:WholeLifeIndividual
      a       owl:Class ;
      rdfs:subClassOf dm:Individual ;
      dm:definitionByLiteral
              "<Individual> that is a that is an entire lifetime as defined by its basis for identity" ;
      dm:descriptionOfExampleByLiteral
              "The plastic cup on the desk of Fred Bloggs (bounded by its creation and destruction events) is a <WholeLifeIndividual>. The cup whilst it stands on that desk is a temporal part of the <WholeLifeIndividual>." ;
      dm:identificationByLiteral
              "whole life individual" ;
      skos:definition "<Individual> that is a that is an entire lifetime as defined by its basis for identity" ;
      skos:example "The plastic cup on the desk of Fred Bloggs (bounded by its creation and destruction events) is a <WholeLifeIndividual>. The cup whilst it stands on that desk is a temporal part of the <WholeLifeIndividual>." ;
      skos:prefLabel "whole life individual" .

dm:ClassOfPeriodInTime
      a       owl:Class ;
      rdfs:subClassOf dm:ClassOfIndividual ;
      dm:definitionByLiteral
              "class that is the power class of <PeriodInTime>" ;
      dm:identificationByLiteral
              "class of period in time" ;
      dm:noteByLiteral "This class is defined in the ontology solely to provide structure." ;
      dm:powerClassOf dm:PeriodInTime ;
      skos:definition "class that is the power class of <PeriodInTime>" ;
      skos:prefLabel "class of period in time" ;
      skos:scopeNote "This class is defined in the ontology solely to provide structure." .

dm:after
      a       owl:TransitiveProperty , owl:ObjectProperty ;
      rdfs:domain dm:Individual ;
      rdfs:range dm:Individual ;
      dm:definitionByLiteral
              "<Individual> that is after and does not overlap" ;
      dm:descriptionOfExampleByLiteral
              "The <Individual> 'F_101 under commissioning' has an <after> relationship with the <Individual> 'F_101 under construction'." ;
      dm:identificationByLiteral
              "after" ;
      skos:definition "<Individual> that is after and does not overlap" ;
      skos:example "The <Individual> 'F_101 under commissioning' has an <after> relationship with the <Individual> 'F_101 under construction'." ;
      skos:prefLabel "after" .

dm:Isomorphism
      a       owl:Class ;
      rdfs:subClassOf dm:Function ;
      dm:definitionByLiteral
              "<Function> that is an isomorphism" ;
      dm:identificationByLiteral
              "isomorphism" ;
      skos:definition "<Function> that is an isomorphism" ;
      skos:prefLabel "isomorphism" .

dm:hasSecondInPair
      a       owl:FunctionalProperty , owl:ObjectProperty ;
      rdfs:domain dm:OrderedPair ;
      rdfs:range owl:Thing ;
      dm:definitionByLiteral
              "thing that is the second item in the <OrderedPair>" ;
      dm:descriptionOfExampleByLiteral
              "The <OrderedPair> ('50 hours', '200 hours') has a <hasSecondInPair> relationship with the <TimeDuration> '200 hours'." ;
      dm:identificationByLiteral
              "has second in pair" ;
      skos:definition "thing that is the second item in the <OrderedPair>" ;
      skos:example "The <OrderedPair> ('50 hours', '200 hours') has a <hasSecondInPair> relationship with the <TimeDuration> '200 hours'." ;
      skos:prefLabel "has second in pair" .

dm:ClassOfRepresentationSpace
      a       owl:Class ;
      rdfs:subClassOf dm:ClassOfAbstractObject ;
      dm:definitionByLiteral
              "class that is the power class of <RepresentationSpace>" ;
      dm:identificationByLiteral
              "class of representation space" ;
      dm:powerClassOf dm:RepresentationSpace ;
      skos:definition "class that is the power class of <RepresentationSpace>" ;
      skos:prefLabel "class of representation space" .

dm:hasFeature
      a       owl:TransitiveProperty , owl:ObjectProperty ;
      rdfs:range dm:Feature ;
      rdfs:subPropertyOf dm:hasArrangedPart ;
      dm:definitionByLiteral
              "<Feature> that is a part" ;
      dm:descriptionOfExampleByLiteral
              "Flange F_101 has a <hasFeature> relationship with its face.Vessel V_101 has a <hasFeature> relationship with nozzle N_101/1." ;
      dm:identificationByLiteral
              "has feature" ;
      skos:definition "<Feature> that is a part" ;
      skos:example "Flange F_101 has a <hasFeature> relationship with its face.Vessel V_101 has a <hasFeature> relationship with nozzle N_101/1." ;
      skos:prefLabel "has feature" .

dm:classHasEndOccurrence
      a       owl:ObjectProperty ;
      rdfs:range dm:ClassOfEvent ;
      rdfs:subPropertyOf dm:classHasTemporalPartOccurrence ;
      dm:definitionByLiteral
              "each member of the subject has a <hasEnd> relationship with a member of the object, and each member of the object has a <ends> relationship with a member of the subject" ;
      dm:identificationByLiteral
              "class has end occurrence" ;
      skos:definition "each member of the subject has a <hasEnd> relationship with a member of the object, and each member of the object has a <ends> relationship with a member of the subject" ;
      skos:prefLabel "class has end occurrence" .

dm:classEndsOccurrence
      a       owl:ObjectProperty ;
      rdfs:subPropertyOf dm:classTemporalPartOfOccurrence ;
      dm:definitionByLiteral
              "each member of the subject has a <ends> relationship with a member of the object, and each member of the object has a <hasEnd> relationship with a member of the subject" ;
      dm:identificationByLiteral
              "class ends occurrence" ;
      owl:inverseOf dm:classHasEndOccurrence ;
      skos:definition "each member of the subject has a <ends> relationship with a member of the object, and each member of the object has a <hasEnd> relationship with a member of the subject" ;
      skos:prefLabel "class ends occurrence" .

dm:ClassOfMapping
      a       owl:Class ;
      rdfs:subClassOf dm:ClassOfAbstractObject ;
      dm:definitionByLiteral
              "class that is the power class of <Mapping>" ;
      dm:identificationByLiteral
              "class of mapping" ;
      dm:powerClassOf dm:Mapping ;
      owl:disjointWith dm:ClassOfClass ;
      skos:definition "class that is the power class of <Mapping>" ;
      skos:prefLabel "class of mapping" .

dm:classHasEndValue
      a       owl:ObjectProperty ;
      rdfs:range dm:Event ;
      rdfs:subPropertyOf dm:classHasTemporalPartValue ;
      dm:definitionByLiteral
              "each member of the subject has a <hasEnd> relationship with the object" ;
      dm:identificationByLiteral
              "class has end value" ;
      skos:definition "each member of the subject has a <hasEnd> relationship with the object" ;
      skos:prefLabel "class has end value" .

dm:descriptionBy
      a       owl:AnnotationProperty , dm:DescriptionSpace ;
      rdfs:subPropertyOf dm:representationBy ;
      dm:definitionByLiteral
              "information (as an <InformationObject>, <InformationContent>, or as a text string literal) that describes" ;
      dm:descriptionOfExampleByLiteral
              "The <Activity> 'drilling of wellbore WB-1234 on 2014-07-10' has a <descriptionBy> relationship with the XML content with URI http://www.bloggs-drilling.com/WB-1234/daily-drilling-report/2014-07-10 .In this example the URI identifies the <ComputerFileContent>, rather than a particular <ComputerFile>." ;
      dm:identificationByLiteral
              "description by" ;
      dm:noteByLiteral "<descriptionBy> has the same meaning as the Dublin Core property 'description'." ;
      skos:definition "information (as an <InformationObject>, <InformationContent>, or as a text string literal) that describes" ;
      skos:example "The <Activity> 'drilling of wellbore WB-1234 on 2014-07-10' has a <descriptionBy> relationship with the XML content with URI http://www.bloggs-drilling.com/WB-1234/daily-drilling-report/2014-07-10 .In this example the URI identifies the <ComputerFileContent>, rather than a particular <ComputerFile>." ;
      skos:prefLabel "description by" ;
      skos:scopeNote "<descriptionBy> has the same meaning as the Dublin Core property 'description'." .

dm:AbstractObject
      a       owl:Class ;
      rdfs:subClassOf dm:Thing ;
      dm:definitionByLiteral
              "<Thing> that is not an <Individual>" ;
      dm:identificationByLiteral
              "abstract object" ;
      dm:noteByLiteral "An <AbstractObject> does not exist in space and time, and does not have properties or relationships that change.Most instances of <AbstractObject> are classes, but there are a few mostly to do with mathematics that are not." ;
      owl:disjointWith dm:Individual ;
      skos:definition "<Thing> that is not an <Individual>" ;
      skos:prefLabel "abstract object" ;
      skos:scopeNote "An <AbstractObject> does not exist in space and time, and does not have properties or relationships that change.Most instances of <AbstractObject> are classes, but there are a few mostly to do with mathematics that are not." .

dm:Event
      a       owl:Class ;
      rdfs:subClassOf dm:Individual ;
      dm:definitionByLiteral
              "<Individual> that has zero extent in time" ;
      dm:descriptionOfExampleByLiteral
              "The connection of power to pump P_101 is an <Event>. This event that marks the beginning of a temporal part of pump P_101." ;
      dm:identificationByLiteral
              "event" ;
      dm:noteByLiteral "An <Event> is the temporal boundary of one or more instances of <Individual> although there may be no knowledge of them." ;
      skos:definition "<Individual> that has zero extent in time" ;
      skos:example "The connection of power to pump P_101 is an <Event>. This event that marks the beginning of a temporal part of pump P_101." ;
      skos:prefLabel "event" ;
      skos:scopeNote "An <Event> is the temporal boundary of one or more instances of <Individual> although there may be no knowledge of them." .

dm:RepresentationSpace
      a       owl:Class ;
      rdfs:subClassOf dm:Mapping ;
      dm:definitionByLiteral
              "<AbstractObject> that is a relationship between members of <Thing> and either literals, members of <InformationObject>, or members of <InformationContent>" ;
      dm:identificationByLiteral
              "representation space" ;
      dm:noteByLiteral "A member of <IdentificationSpace> is implemented in this part of ISO 15926 as an owl:AnnotationProperty." ;
      skos:definition "<AbstractObject> that is a relationship between members of <Thing> and either literals, members of <InformationObject>, or members of <InformationContent>" ;
      skos:prefLabel "representation space" ;
      skos:scopeNote "A member of <IdentificationSpace> is implemented in this part of ISO 15926 as an owl:AnnotationProperty." .

dm:InformationContent
      a       owl:Class ;
      rdfs:subClassOf dm:ClassOfInformationObject ;
      dm:definitionByLiteral
              "<ClassOfInformationObject> that has the information that is intended to be conveyed as the criterion for membership" ;
      dm:descriptionOfExampleByLiteral
              "The content of the material certificate issued by the Schmidt Stahl inspector for material product M-101-1234 produced by Schmidt Stahl is <InformationContent>. The information is represented on the ink on paper material certificate for M-101-1234, which bears the signature of the Schmidt Stahl inspector; the PDF file with URI http://schmidt-stahl.de/material-certificate/M-101-1234.pdf, which contains a scan of the ink on paper material certificate; the XML file with URI http://schmidt-stahl.de/material-certificate/M-101-1234.xml, which is in accordance with the standard XML material certificate schema auto-gration_messages.xsd.Permission to proceed past railway signal VS1234 between 10:02:30 and 10:02:45 on 2014-05-19 is an item of <InformationContent>. The information is represented by the state of railway signal VS1234 between 10:02:30 and 10:02:45 on 2014-05-19." ;
      dm:identificationByLiteral
              "information content" ;
      dm:noteByLiteral "Different instances of <InformationContent> can form a class hierarchy. Hence there can be 'material certificate for M-101-1234' with subclasses 'material certificate for M-101-1234 with inspector signature' and 'material certificate for M-101-1234 without inspector signature'. A signed ink and paper document and its scanned image as a PDF file are members of the former. An XML file representation of the material certificate is a member of the latter.Different encodings for <InformationContent>, such as PDF, XML, RDF graph, and <TextString>, are subclasses of <InformationContent>." ;
      skos:definition "<ClassOfInformationObject> that has the information that is intended to be conveyed as the criterion for membership" ;
      skos:example "The content of the material certificate issued by the Schmidt Stahl inspector for material product M-101-1234 produced by Schmidt Stahl is <InformationContent>. The information is represented on the ink on paper material certificate for M-101-1234, which bears the signature of the Schmidt Stahl inspector; the PDF file with URI http://schmidt-stahl.de/material-certificate/M-101-1234.pdf, which contains a scan of the ink on paper material certificate; the XML file with URI http://schmidt-stahl.de/material-certificate/M-101-1234.xml, which is in accordance with the standard XML material certificate schema auto-gration_messages.xsd.Permission to proceed past railway signal VS1234 between 10:02:30 and 10:02:45 on 2014-05-19 is an item of <InformationContent>. The information is represented by the state of railway signal VS1234 between 10:02:30 and 10:02:45 on 2014-05-19." ;
      skos:prefLabel "information content" ;
      skos:scopeNote "Different instances of <InformationContent> can form a class hierarchy. Hence there can be 'material certificate for M-101-1234' with subclasses 'material certificate for M-101-1234 with inspector signature' and 'material certificate for M-101-1234 without inspector signature'. A signed ink and paper document and its scanned image as a PDF file are members of the former. An XML file representation of the material certificate is a member of the latter.Different encodings for <InformationContent>, such as PDF, XML, RDF graph, and <TextString>, are subclasses of <InformationContent>." .

dm:indirectlyConnectedTo
      a       owl:SymmetricProperty , owl:TransitiveProperty , owl:ObjectProperty ;
      rdfs:subPropertyOf dm:connectedTo ;
      dm:definitionByLiteral
              "<Individual> that is indirectly connected" ;
      dm:descriptionOfExampleByLiteral
              "Vessel V_101 has an <indirectlyConnectedTo> relationship with pump P_101. There is a length of pipe between the two." ;
      dm:identificationByLiteral
              "indirectly connected to" ;
      skos:definition "<Individual> that is indirectly connected" ;
      skos:example "Vessel V_101 has an <indirectlyConnectedTo> relationship with pump P_101. There is a length of pipe between the two." ;
      skos:prefLabel "indirectly connected to" .

dm:valueHasCauseOccurrence
      a       owl:ObjectProperty ;
      rdfs:domain dm:Event ;
      rdfs:range dm:ClassOfActivity ;
      dm:definitionByLiteral
              "the subject has a <hasCause> relationship with each member of the object" ;
      dm:identificationByLiteral
              "value has cause occurrence" ;
      skos:definition "the subject has a <hasCause> relationship with each member of the object" ;
      skos:prefLabel "value has cause occurrence" .

dm:CrystallineStructure
      a       owl:Class ;
      rdfs:subClassOf dm:ClassOfArrangedIndividual ;
      dm:definitionByLiteral
              "<ClassOfArrangedIndividual> that has its criterion for membership the nature of the regular aggregation of simple elements and their compounds by the operation of natural affinity" ;
      dm:descriptionOfExampleByLiteral
              "Ferritic, martensitic, and austenitic are instances of <CrystallineStructure>." ;
      dm:identificationByLiteral
              "crystalline structure" ;
      owl:disjointWith dm:Phase ;
      skos:definition "<ClassOfArrangedIndividual> that has its criterion for membership the nature of the regular aggregation of simple elements and their compounds by the operation of natural affinity" ;
      skos:example "Ferritic, martensitic, and austenitic are instances of <CrystallineStructure>." ;
      skos:prefLabel "crystalline structure" .

dm:temporalPartOf
      a       owl:TransitiveProperty , owl:ObjectProperty ;
      rdfs:subPropertyOf dm:partOf ;
      dm:definitionByLiteral
              "<Individual> that is consists of the part and nothing else during a period of time or at an instant in time" ;
      dm:identificationByLiteral
              "temporal part of" ;
      dm:noteByLiteral "Since <temporalPartOf> is transitive a hierarchy of temporal parts is possible, with a <WholeLifeIndividual> at the top." ;
      owl:inverseOf dm:hasTemporalPart ;
      skos:definition "<Individual> that is consists of the part and nothing else during a period of time or at an instant in time" ;
      skos:prefLabel "temporal part of" ;
      skos:scopeNote "Since <temporalPartOf> is transitive a hierarchy of temporal parts is possible, with a <WholeLifeIndividual> at the top." .

dm:valueHasPartOccurrence
      a       owl:ObjectProperty ;
      rdfs:domain dm:Individual ;
      rdfs:range dm:ClassOfIndividual ;
      dm:definitionByLiteral
              "the subject has a <hasPart> relationship with each member of the object" ;
      dm:identificationByLiteral
              "value has part occurrence" ;
      skos:definition "the subject has a <hasPart> relationship with each member of the object" ;
      skos:prefLabel "value has part occurrence" .

dm:Person
      a       owl:Class ;
      rdfs:subClassOf dm:Organism ;
      dm:definitionByLiteral
              "<Organism> that is a person" ;
      dm:descriptionOfExampleByLiteral
              "Nils Sandsmark, Tim Berners-Lee and Ian Horrocks instances of <Person>." ;
      dm:identificationByLiteral
              "person" ;
      dm:noteByLiteral "Engineer, plant manager, student, male, female, senior citizen, adult, girl, and boy are subclasses of <Person>." ;
      skos:definition "<Organism> that is a person" ;
      skos:example "Nils Sandsmark, Tim Berners-Lee and Ian Horrocks instances of <Person>." ;
      skos:prefLabel "person" ;
      skos:scopeNote "Engineer, plant manager, student, male, female, senior citizen, adult, girl, and boy are subclasses of <Person>." .

dm:contains
      a       owl:TransitiveProperty , owl:ObjectProperty ;
      rdfs:subPropertyOf dm:locatedRelativeTo ;
      dm:definitionByLiteral
              "<Individual> that is contained, but that is not part of the container" ;
      dm:descriptionOfExampleByLiteral
              "Tank T_101 during 2014-04-11 has a <contains> relationship with the batch of oil B_101 during 2014-04-11 ." ;
      dm:identificationByLiteral
              "contains" ;
      skos:definition "<Individual> that is contained, but that is not part of the container" ;
      skos:example "Tank T_101 during 2014-04-11 has a <contains> relationship with the batch of oil B_101 during 2014-04-11 ." ;
      skos:prefLabel "contains" .

dm:ClassOfRegionInSpace
      a       owl:Class ;
      rdfs:subClassOf dm:ClassOfIndividual ;
      dm:definitionByLiteral
              "class that is the power class of <RegionInSpace>" ;
      dm:identificationByLiteral
              "class of region in space" ;
      dm:noteByLiteral "This class is defined in the ontology solely to provide structure." ;
      dm:powerClassOf dm:RegionInSpace ;
      skos:definition "class that is the power class of <RegionInSpace>" ;
      skos:prefLabel "class of region in space" ;
      skos:scopeNote "This class is defined in the ontology solely to provide structure." .

dm:referencedBy
      a       owl:ObjectProperty ;
      dm:definitionByLiteral
              "<Activity> that makes reference" ;
      dm:descriptionOfExampleByLiteral
              "The <InformationContent> that is the material certificate with URI http://schmidt-stahl.de/material-certificate/M-101-1234 has a <referencedBy> relationship with the <Activity> 'accept delivery of material product M-101-1234'. The URI identifies the content of the certificate, which can be physical represented as ink on paper, PDF or XML.The <ClassOfActivity> that is plan P-101-2 has a <referencedBy> relationship with the <Activity> 'issue work order for planned activity P-101-2'." ;
      dm:identificationByLiteral
              "referenced by" ;
      owl:inverseOf dm:references ;
      skos:definition "<Activity> that makes reference" ;
      skos:example "The <InformationContent> that is the material certificate with URI http://schmidt-stahl.de/material-certificate/M-101-1234 has a <referencedBy> relationship with the <Activity> 'accept delivery of material product M-101-1234'. The URI identifies the content of the certificate, which can be physical represented as ink on paper, PDF or XML.The <ClassOfActivity> that is plan P-101-2 has a <referencedBy> relationship with the <Activity> 'issue work order for planned activity P-101-2'." ;
      skos:prefLabel "referenced by" .

dm:identificationByInformationContent
      a       owl:AnnotationProperty , dm:IdentificationSpace ;
      rdfs:subPropertyOf dm:identificationBy , dm:representationByInformationObject ;
      dm:definitionByLiteral
              "<identificationBy> and <representationByInformationContent>" ;
      dm:identificationByLiteral
              "identification by information content" ;
      dm:noteByLiteral "This class is defined in the ontology solely to provide structure." ;
      skos:definition "<identificationBy> and <representationByInformationContent>" ;
      skos:prefLabel "identification by information content" ;
      skos:scopeNote "This class is defined in the ontology solely to provide structure." .

dm:hasEnd
      a       owl:ObjectProperty ;
      rdfs:subPropertyOf dm:hasTemporalBound ;
      dm:definitionByLiteral
              "<Event> that is the end" ;
      dm:descriptionOfExampleByLiteral
              "The <PeriodInTime> June 1999 has a <hasEnd> relationship with the <PointInTime> 1999-07-01T00:00.The <Individual> 'loading plant operating on 2014-04-11' has a <hasEnd> relationship with the <Event> 'loading L_101 on 2014-04-11 complete'." ;
      dm:identificationByLiteral
              "has end" ;
      skos:definition "<Event> that is the end" ;
      skos:example "The <PeriodInTime> June 1999 has a <hasEnd> relationship with the <PointInTime> 1999-07-01T00:00.The <Individual> 'loading plant operating on 2014-04-11' has a <hasEnd> relationship with the <Event> 'loading L_101 on 2014-04-11 complete'." ;
      skos:prefLabel "has end" .

dm:causesBeginningOf
      a       owl:ObjectProperty ;
      dm:definitionByLiteral
              "<Individual> that has its beginning caused" ;
      dm:descriptionOfExampleByLiteral
              "Forging activity F_101 has a <causesBeginningOf> relationship with pump casing PC_101." ;
      dm:identificationByLiteral
              "causes beginning of" ;
      owl:inverseOf dm:hasCauseOfBeginning ;
      skos:definition "<Individual> that has its beginning caused" ;
      skos:example "Forging activity F_101 has a <causesBeginningOf> relationship with pump casing PC_101." ;
      skos:prefLabel "causes beginning of" .

dm:valueHasTemporalPartOccurrence
      a       owl:ObjectProperty ;
      rdfs:subPropertyOf dm:valueHasPartOccurrence ;
      dm:definitionByLiteral
              "the subject has a <hasTemporalPart> relationship with each member of the object" ;
      dm:identificationByLiteral
              "value has temporal part occurrence" ;
      skos:definition "the subject has a <hasTemporalPart> relationship with each member of the object" ;
      skos:prefLabel "value has temporal part occurrence" .

dm:realAsLiteral
      a       owl:AnnotationProperty ;
      rdfs:domain dm:Real ;
      rdfs:range xsd:float ;
      rdfs:subPropertyOf dm:numberAsLiteral ;
      dm:definitionByLiteral
              "<numberAsLiteral> that represents the <Real> in decimal" ;
      dm:identificationByLiteral
              "real as literal" ;
      skos:definition "<numberAsLiteral> that represents the <Real> in decimal" ;
      skos:prefLabel "real as literal" .

dm:Thing
      a       owl:Class ;
      rdfs:subClassOf owl:Thing ;
      dm:definitionByLiteral
              "anything that is or may be thought about or perceived, including material and non-material objects, ideas, and actions" ;
      dm:identificationByLiteral
              "thing" ;
      dm:noteByLiteral "Each <Thing> is either an <Individual>, or an <AbstractObject>." ;
      skos:definition "anything that is or may be thought about or perceived, including material and non-material objects, ideas, and actions" ;
      skos:prefLabel "thing" ;
      skos:scopeNote "Each <Thing> is either an <Individual>, or an <AbstractObject>." .

dm:BiologicalMatter
      a       owl:Class ;
      rdfs:subClassOf dm:ArrangedIndividual ;
      dm:definitionByLiteral
              "<PhysicalObject> that that consists of all or part of one or more biological cells alive or dead" ;
      dm:identificationByLiteral
              "biological matter" ;
      dm:noteByLiteral "Blood, enzyme and plazma are subclasses of <BiologicalMatter>." ;
      owl:disjointWith dm:ParticulateMaterial , dm:SubAtomicParticle , dm:Molecule , dm:CompositeMaterial , dm:Compound ;
      skos:definition "<PhysicalObject> that that consists of all or part of one or more biological cells alive or dead" ;
      skos:prefLabel "biological matter" ;
      skos:scopeNote "Blood, enzyme and plazma are subclasses of <BiologicalMatter>." .

dm:ClassOfBiologicalMatter
      a       owl:Class ;
      rdfs:subClassOf dm:ClassOfArrangedIndividual ;
      dm:definitionByLiteral
              "class that is the power class of <BiologicalMatter>" ;
      dm:identificationByLiteral
              "class of biological matter" ;
      dm:powerClassOf dm:BiologicalMatter ;
      owl:disjointWith dm:ClassOfSubAtomicParticle , dm:ClassOfParticulateMaterial , dm:ClassOfCompound , dm:ClassOfCompositeMaterial , dm:ClassOfMolecule ;
      skos:definition "class that is the power class of <BiologicalMatter>" ;
      skos:prefLabel "class of biological matter" .

dm:textStringAsLiteral
      a       owl:AnnotationProperty ;
      rdfs:domain dm:TextString ;
      rdfs:range xsd:string ;
      dm:definitionByLiteral
              "text string literal that represents the <TextString>" ;
      dm:descriptionOfExampleByLiteral
              "The <TextString> that defines the testing requirement for pump P-101 has a <textStringAsLiteral> relationship with the literal 'To be tested before 08:00, and a test report filed'." ;
      dm:identificationByLiteral
              "text string as literal" ;
      skos:definition "text string literal that represents the <TextString>" ;
      skos:example "The <TextString> that defines the testing requirement for pump P-101 has a <textStringAsLiteral> relationship with the literal 'To be tested before 08:00, and a test report filed'." ;
      skos:prefLabel "text string as literal" .

dm:iso8601IdentificationOfPeriodInTime
      a       owl:InverseFunctionalProperty , owl:AnnotationProperty , owl:ObjectProperty ;
      rdfs:domain dm:PeriodInTime ;
      rdfs:subPropertyOf dm:identificationByLiteral ;
      dm:definitionByLiteral
              "text that identifies a <PeriodInTime> in accordance with ISO 8601" ;
      dm:descriptionOfExampleByLiteral
              "The <PeriodInTime> that is the 1st July 1999 has a <iso8601IdentificationOfPeriodInTime> relationship with the text '1999-07-01'The <PeriodInTime> that is from ten o'clock until quarter past ten on the 1st July 1999 as defined by UTC has a <iso8601IdentificationOfPeriodInTime> relationship with the text '1999-07-01T10:00:00Z/1999-07-01T10:15:00Z'" ;
      dm:identificationByLiteral
              "ISO 8601 identification of period in time" ;
      skos:definition "text that identifies a <PeriodInTime> in accordance with ISO 8601" ;
      skos:example "The <PeriodInTime> that is the 1st July 1999 has a <iso8601IdentificationOfPeriodInTime> relationship with the text '1999-07-01'The <PeriodInTime> that is from ten o'clock until quarter past ten on the 1st July 1999 as defined by UTC has a <iso8601IdentificationOfPeriodInTime> relationship with the text '1999-07-01T10:00:00Z/1999-07-01T10:15:00Z'" ;
      skos:prefLabel "ISO 8601 identification of period in time" .

dm:powerClassOf
      a       owl:InverseFunctionalProperty , owl:AnnotationProperty , owl:FunctionalProperty ;
      rdfs:domain dm:ClassOfClass ;
      rdfs:range dm:Class ;
      dm:definitionByLiteral
              "<Class> that the power class is obtained from" ;
      dm:identificationByLiteral
              "power class of" ;
      dm:noteByLiteral "This class is defined in the ontology solely to provide structure." ;
      skos:definition "<Class> that the power class is obtained from" ;
      skos:prefLabel "power class of" ;
      skos:scopeNote "This class is defined in the ontology solely to provide structure." .

dm:PhysicalQuantityRange
      a       owl:Class ;
      rdfs:subClassOf dm:PhysicalQuantitySpace , dm:QuantityRange ;
      dm:definitionByLiteral
              "<PhysicalQuantitySpace> and <QuantityRange>" ;
      dm:descriptionOfExampleByLiteral
              "The instances of mass that are greater than 10 kilograms and less than 15 kilograms is a <PhysicalQuantityRange>" ;
      dm:identificationByLiteral
              "physical quantity range" ;
      skos:definition "<PhysicalQuantitySpace> and <QuantityRange>" ;
      skos:example "The instances of mass that are greater than 10 kilograms and less than 15 kilograms is a <PhysicalQuantityRange>" ;
      skos:prefLabel "physical quantity range" .

dm:PointInTime
      a       owl:Class ;
      rdfs:subClassOf dm:Event ;
      dm:definitionByLiteral
              "<Individual> that is all that exists in space at an instant in time" ;
      dm:descriptionOfExampleByLiteral
              "1999-05-13T16:31:23.56Z' is an identification of a <PointInTime>, which is defined by ISO 8601." ;
      dm:identificationByLiteral
              "point in time" ;
      dm:noteByLiteral "A <PointInTime> can be regarded as an unbounded 3D 'plane' within 4D space-time that has a zero temporal extent." ;
      owl:disjointWith dm:RegionInSpace ;
      skos:definition "<Individual> that is all that exists in space at an instant in time" ;
      skos:example "1999-05-13T16:31:23.56Z' is an identification of a <PointInTime>, which is defined by ISO 8601." ;
      skos:prefLabel "point in time" ;
      skos:scopeNote "A <PointInTime> can be regarded as an unbounded 3D 'plane' within 4D space-time that has a zero temporal extent." .

dm:hasCause
      a       owl:ObjectProperty ;
      rdfs:domain dm:Event ;
      rdfs:range dm:Activity ;
      dm:definitionByLiteral
              "<Activity> that is a cause" ;
      dm:descriptionOfExampleByLiteral
              "The <Activity> 'load tanker T_101 on 2014-04-11' has a <hasCause> relationship with the <Event> 'tanker T_101 full on 2014-04-11'." ;
      dm:identificationByLiteral
              "has cause" ;
      skos:definition "<Activity> that is a cause" ;
      skos:example "The <Activity> 'load tanker T_101 on 2014-04-11' has a <hasCause> relationship with the <Event> 'tanker T_101 full on 2014-04-11'." ;
      skos:prefLabel "has cause" .

dm:descriptionOfExampleByLiteral
      a       owl:AnnotationProperty , dm:RepresentationSpace ;
      rdfs:subPropertyOf dm:representationByLiteral , dm:descriptionOfExampleBy ;
      dm:definitionByLiteral
              "<descriptionOfExampleBy> and <representationByLiteral>" ;
      dm:identificationByLiteral
              "descriptionOfExample by literal" ;
      dm:noteByLiteral "This class is defined in the ontology solely to provide structure." ;
      skos:definition "<descriptionOfExampleBy> and <representationByLiteral>" ;
      skos:prefLabel "descriptionOfExample by literal" ;
      skos:scopeNote "This class is defined in the ontology solely to provide structure." .

dm:connectedTo
      a       owl:SymmetricProperty , owl:TransitiveProperty , owl:ObjectProperty ;
      rdfs:domain dm:Individual ;
      rdfs:range dm:Individual ;
      dm:definitionByLiteral
              "<Individual> that is connected directly or indirectly, such that matter, energy or load or a combination of these can be transferred" ;
      dm:identificationByLiteral
              "connected to" ;
      skos:definition "<Individual> that is connected directly or indirectly, such that matter, energy or load or a combination of these can be transferred" ;
      skos:prefLabel "connected to" .

dm:valueHasBeginningOccurrence
      a       owl:ObjectProperty ;
      rdfs:range dm:ClassOfEvent ;
      rdfs:subPropertyOf dm:valueHasTemporalPartOccurrence ;
      dm:definitionByLiteral
              "the subject has a <hasBeginning> relationship with each member of the object" ;
      dm:identificationByLiteral
              "value has beginning occurrence" ;
      skos:definition "the subject has a <hasBeginning> relationship with each member of the object" ;
      skos:prefLabel "value has beginning occurrence" .

dm:Integer
      a       owl:Class ;
      rdfs:subClassOf dm:Number ;
      dm:definitionByLiteral
              "<Number> that is a member of the system of integer numbers" ;
      dm:descriptionOfExampleByLiteral
              "27 is an <Integer>." ;
      dm:identificationByLiteral
              "integer" ;
      skos:definition "<Number> that is a member of the system of integer numbers" ;
      skos:example "27 is an <Integer>." ;
      skos:prefLabel "integer" .

dm:Function
      a       owl:Class ;
      rdfs:subClassOf dm:Mapping ;
      dm:definitionByLiteral
              "<Mapping> that has one member of the range for each member of the domain" ;
      dm:identificationByLiteral
              "function" ;
      skos:definition "<Mapping> that has one member of the range for each member of the domain" ;
      skos:prefLabel "function" .

dm:classCausesValue
      a       owl:ObjectProperty ;
      dm:definitionByLiteral
              "each member of the subject has a <causes> relationship with the object" ;
      dm:identificationByLiteral
              "class causes value" ;
      owl:inverseOf dm:valueHasCauseOccurrence ;
      skos:definition "each member of the subject has a <causes> relationship with the object" ;
      skos:prefLabel "class causes value" .

dm:before
      a       owl:ObjectProperty ;
      dm:definitionByLiteral
              "<Individual> that is before and does not overlap" ;
      dm:descriptionOfExampleByLiteral
              "The <Individual> 'F_101 under construction' has a <before> relationship with the <Individual> 'F_101 under commissioning'." ;
      dm:identificationByLiteral
              "before" ;
      owl:inverseOf dm:after ;
      skos:definition "<Individual> that is before and does not overlap" ;
      skos:example "The <Individual> 'F_101 under construction' has a <before> relationship with the <Individual> 'F_101 under commissioning'." ;
      skos:prefLabel "before" .

dm:Phase
      a       owl:Class ;
      rdfs:subClassOf dm:ClassOfArrangedIndividual ;
      dm:definitionByLiteral
              "<ClassOfArrangedIndividual> that has its criterion for membership the nature of the boundary behaviour of a material resulting from its atomic or molecular bonding" ;
      dm:descriptionOfExampleByLiteral
              "Liquid and solid are instances of <Phase>." ;
      dm:identificationByLiteral
              "phase" ;
      owl:disjointWith dm:CrystallineStructure ;
      skos:definition "<ClassOfArrangedIndividual> that has its criterion for membership the nature of the boundary behaviour of a material resulting from its atomic or molecular bonding" ;
      skos:example "Liquid and solid are instances of <Phase>." ;
      skos:prefLabel "phase" .

dm:ActualIndividual
      a       owl:Class ;
      rdfs:subClassOf dm:Individual ;
      dm:definitionByLiteral
              "<Individual> that actually exists in the real world" ;
      dm:descriptionOfExampleByLiteral
              "The 25 gallon per minute pump that was required for the Omega production system from 21 March 1998 is a <Individual>.The pump manufactured in July of 1998 that has a capacity of 28 gallon per minute is an <ActualIndividual>." ;
      dm:identificationByLiteral
              "actual individual" ;
      skos:definition "<Individual> that actually exists in the real world" ;
      skos:example "The 25 gallon per minute pump that was required for the Omega production system from 21 March 1998 is a <Individual>.The pump manufactured in July of 1998 that has a capacity of 28 gallon per minute is an <ActualIndividual>." ;
      skos:prefLabel "actual individual" .

dm:classHasCauseOfBeginningOccurrence
      a       owl:ObjectProperty ;
      rdfs:domain dm:ClassOfIndividual ;
      rdfs:range dm:ClassOfActivity ;
      dm:definitionByLiteral
              "each member of the subject has a <hasCauseOfBeginning> relationship with a member of the object, and each member of the object has a <causesBeginningOf> relationship with a member of the subject" ;
      dm:identificationByLiteral
              "class has cause of beginning occurrence" ;
      skos:definition "each member of the subject has a <hasCauseOfBeginning> relationship with a member of the object, and each member of the object has a <causesBeginningOf> relationship with a member of the subject" ;
      skos:prefLabel "class has cause of beginning occurrence" .

dm:iso8601IdentificationOfPointInTime
      a       owl:InverseFunctionalProperty , owl:AnnotationProperty , owl:ObjectProperty ;
      rdfs:domain dm:PointInTime ;
      rdfs:subPropertyOf dm:identificationByLiteral ;
      dm:definitionByLiteral
              "text that identifies a <PointInTime> in accordance with ISO 8601" ;
      dm:descriptionOfExampleByLiteral
              "The <PointInTime> that is the beginning of the 1st July 1999 as defined by UTC has a <iso8601IdentificationOfPointInTime> relationship with the text '1999-07-01T00:00:00Z'" ;
      dm:identificationByLiteral
              "ISO 8601 identification of point in time" ;
      skos:definition "text that identifies a <PointInTime> in accordance with ISO 8601" ;
      skos:example "The <PointInTime> that is the beginning of the 1st July 1999 as defined by UTC has a <iso8601IdentificationOfPointInTime> relationship with the text '1999-07-01T00:00:00Z'" ;
      skos:prefLabel "ISO 8601 identification of point in time" .

dm:classLocatedRelativeToValue
      a       owl:ObjectProperty ;
      rdfs:domain dm:ClassOfIndividual ;
      rdfs:range dm:Individual ;
      dm:definitionByLiteral
              "each member of the subject has a <locatedRelativeTo> relationship with the object" ;
      dm:identificationByLiteral
              "class connected to value" ;
      owl:inverseOf dm:valueLocatedRelativeToOccurrence ;
      skos:definition "each member of the subject has a <locatedRelativeTo> relationship with the object" ;
      skos:prefLabel "class connected to value" .

dm:begins
      a       owl:ObjectProperty ;
      rdfs:subPropertyOf dm:temporalBoundOf ;
      dm:definitionByLiteral
              "<Individual> that begins" ;
      dm:descriptionOfExampleByLiteral
              "The <PointInTime> 1999-07-01T00:00 has a <begins> relationship with the <PeriodInTime> July 1999.The <Event> 'loading L_101 on 2014-04-11 complete' has a <begins> relationship with the <Individual> 'loading plant idle on 2014-04-11'." ;
      dm:identificationByLiteral
              "begins" ;
      owl:inverseOf dm:hasBeginning ;
      owl:propertyDisjointWith
              dm:ends ;
      skos:definition "<Individual> that begins" ;
      skos:example "The <PointInTime> 1999-07-01T00:00 has a <begins> relationship with the <PeriodInTime> July 1999.The <Event> 'loading L_101 on 2014-04-11 complete' has a <begins> relationship with the <Individual> 'loading plant idle on 2014-04-11'." ;
      skos:prefLabel "begins" .

dm:ClassOfClassOfActivity
      a       owl:Class ;
      rdfs:subClassOf dm:ClassOfClassOfIndividual ;
      dm:definitionByLiteral
              "class that is the power class of <ClassOfActivity>" ;
      dm:identificationByLiteral
              "class of class of activity" ;
      dm:noteByLiteral "This class is defined in the ontology solely to provide structure." ;
      dm:powerClassOf dm:ClassOfActivity ;
      skos:definition "class that is the power class of <ClassOfActivity>" ;
      skos:prefLabel "class of class of activity" ;
      skos:scopeNote "This class is defined in the ontology solely to provide structure." .

dm:ParticulateMaterial
      a       owl:Class ;
      rdfs:subClassOf dm:ArrangedIndividual ;
      dm:definitionByLiteral
              "<PhysicalObject> that is an amount of super-molecular sized objects" ;
      dm:descriptionOfExampleByLiteral
              "The load of sand delivered on 2014-03-31 is a <ParticulateMaterial>." ;
      dm:identificationByLiteral
              "particulate material" ;
      dm:noteByLiteral "The super-molecular sized objects can be of the same or different types." ;
      owl:disjointWith dm:SubAtomicParticle ;
      skos:definition "<PhysicalObject> that is an amount of super-molecular sized objects" ;
      skos:example "The load of sand delivered on 2014-03-31 is a <ParticulateMaterial>." ;
      skos:prefLabel "particulate material" ;
      skos:scopeNote "The super-molecular sized objects can be of the same or different types." .

dm:representationBy
      a       owl:AnnotationProperty , dm:RepresentationSpace ;
      rdfs:domain dm:Thing ;
      dm:definitionByLiteral
              "information (as an <InformationObject>, <InformationContent>, or as a text string literal) that represents" ;
      dm:identificationByLiteral
              "representation by" ;
      skos:definition "information (as an <InformationObject>, <InformationContent>, or as a text string literal) that represents" ;
      skos:prefLabel "representation by" .

dm:CompositeMaterial
      a       owl:Class ;
      rdfs:subClassOf dm:ArrangedIndividual ;
      dm:definitionByLiteral
              "<PhysicalObject> that is an arrangement of separable compounds" ;
      dm:identificationByLiteral
              "composite material" ;
      dm:noteByLiteral "Plywood and glass reinforced plastic are subclasses of <CompositeMaterial>." ;
      owl:disjointWith dm:ParticulateMaterial , dm:SubAtomicParticle , dm:Molecule , dm:Compound ;
      skos:definition "<PhysicalObject> that is an arrangement of separable compounds" ;
      skos:prefLabel "composite material" ;
      skos:scopeNote "Plywood and glass reinforced plastic are subclasses of <CompositeMaterial>." .

dm:Real
      a       owl:Class ;
      rdfs:subClassOf dm:Number ;
      dm:definitionByLiteral
              "<Number> that is a member of the system of real numbers" ;
      dm:descriptionOfExampleByLiteral
              "9.5 is an <Real>." ;
      dm:identificationByLiteral
              "real" ;
      skos:definition "<Number> that is a member of the system of real numbers" ;
      skos:example "9.5 is an <Real>." ;
      skos:prefLabel "real" .

dm:hasFirstInPair
      a       owl:FunctionalProperty , owl:ObjectProperty ;
      rdfs:domain dm:OrderedPair ;
      rdfs:range owl:Thing ;
      dm:definitionByLiteral
              "thing that is the first item in the <OrderedPair>" ;
      dm:descriptionOfExampleByLiteral
              "The <OrderedPair> ('50 hours', '200 hours') has a <hasFirstInPair> relationship with the <TimeDuration> '50 hours'." ;
      dm:identificationByLiteral
              "has first in pair" ;
      skos:definition "thing that is the first item in the <OrderedPair>" ;
      skos:example "The <OrderedPair> ('50 hours', '200 hours') has a <hasFirstInPair> relationship with the <TimeDuration> '50 hours'." ;
      skos:prefLabel "has first in pair" .

dm:participantIn
      a       owl:ObjectProperty ;
      rdfs:subPropertyOf dm:partOf ;
      dm:definitionByLiteral
              "<Activity> that is participated in" ;
      dm:descriptionOfExampleByLiteral
              "Pump P_101 during 2002-12-02 has a <participantIn> relationship with the activity 'discharge of motor vessel Murex on 2002-12-02'." ;
      dm:identificationByLiteral
              "participant in" ;
      owl:inverseOf dm:hasParticipant ;
      skos:definition "<Activity> that is participated in" ;
      skos:example "Pump P_101 during 2002-12-02 has a <participantIn> relationship with the activity 'discharge of motor vessel Murex on 2002-12-02'." ;
      skos:prefLabel "participant in" .

dm:ClassOfEvent
      a       owl:Class ;
      rdfs:subClassOf dm:ClassOfIndividual ;
      dm:definitionByLiteral
              "class that is the power class of <Event>" ;
      dm:identificationByLiteral
              "class of event" ;
      dm:noteByLiteral "This class is defined in the ontology solely to provide structure." ;
      dm:powerClassOf dm:Event ;
      skos:definition "class that is the power class of <Event>" ;
      skos:prefLabel "class of event" ;
      skos:scopeNote "This class is defined in the ontology solely to provide structure." .

dm:ClassOfPointInSpace
      a       owl:Class ;
      rdfs:subClassOf dm:ClassOfIndividual ;
      dm:definitionByLiteral
              "class that is the power class of <PointInSpace>" ;
      dm:identificationByLiteral
              "class of point in space" ;
      dm:noteByLiteral "This class is defined in the ontology solely to provide structure." ;
      dm:powerClassOf dm:PointInSpace ;
      skos:definition "class that is the power class of <PointInSpace>" ;
      skos:prefLabel "class of point in space" ;
      skos:scopeNote "This class is defined in the ontology solely to provide structure." .

dm:RangePhysicalQuantity
      a       owl:Class ;
      rdfs:subClassOf dm:RangeQuantity ;
      dm:definitionByLiteral
              "<RangeQuantity> that is all members of all instances of <PhysicalQuantity> within a <PhysicalQuantityRange>" ;
      dm:descriptionOfExampleByLiteral
              "The instances of <Individual> with a mass greater than 10 kilograms and less than 15 kilograms is a <RangePhysicalQuantity>." ;
      dm:identificationByLiteral
              "range physical quantity" ;
      skos:definition "<RangeQuantity> that is all members of all instances of <PhysicalQuantity> within a <PhysicalQuantityRange>" ;
      skos:example "The instances of <Individual> with a mass greater than 10 kilograms and less than 15 kilograms is a <RangePhysicalQuantity>." ;
      skos:prefLabel "range physical quantity" .

dm:subPhysicalQuantitySpaceOf
      a       owl:ObjectProperty ;
      rdfs:domain dm:PhysicalQuantitySpace ;
      rdfs:range dm:PhysicalQuantitySpace ;
      dm:definitionByLiteral
              "<PhysicalQuantitySpace> that is a subspace" ;
      dm:identificationByLiteral
              "sub physical quantity space of" ;
      skos:definition "<PhysicalQuantitySpace> that is a subspace" ;
      skos:prefLabel "sub physical quantity space of" .

dm:ClassOfIndividual
      a       owl:Class ;
      rdfs:subClassOf dm:Class ;
      dm:definitionByLiteral
              "class that is the power class of <Individual>" ;
      dm:identificationByLiteral
              "class of individual" ;
      dm:noteByLiteral "This class is defined in the ontology solely to provide structure." ;
      dm:powerClassOf dm:Individual ;
      skos:definition "class that is the power class of <Individual>" ;
      skos:prefLabel "class of individual" ;
      skos:scopeNote "This class is defined in the ontology solely to provide structure." .

dm:representationSpaceAssignedBy
      a       owl:AnnotationProperty ;
      rdfs:domain dm:RepresentationSpace ;
      rdfs:range dm:Individual ;
      dm:definitionByLiteral
              "<Individual> that is responsible for the representations" ;
      dm:identificationByLiteral
              "representation space has responsible" ;
      skos:definition "<Individual> that is responsible for the representations" ;
      skos:prefLabel "representation space has responsible" .

dm:PeriodInTime
      a       owl:Class ;
      rdfs:subClassOf dm:Individual ;
      dm:definitionByLiteral
              "<Individual> that is all that exists in space for a period in time" ;
      dm:descriptionOfExampleByLiteral
              "From 2000-11-21T06:00Z to 2000-11-21T11:53Z is a <PeriodInTime>." ;
      dm:identificationByLiteral
              "period in time" ;
      dm:noteByLiteral "A <PeriodInTime> is bounded by a start <PointInTime> and an end <PointInTime>." ;
      owl:disjointWith dm:RegionInSpace , dm:PointInTime , dm:PointInSpace ;
      skos:definition "<Individual> that is all that exists in space for a period in time" ;
      skos:example "From 2000-11-21T06:00Z to 2000-11-21T11:53Z is a <PeriodInTime>." ;
      skos:prefLabel "period in time" ;
      skos:scopeNote "A <PeriodInTime> is bounded by a start <PointInTime> and an end <PointInTime>." .

dm:identificationByInformationObject
      a       owl:AnnotationProperty , dm:IdentificationSpace ;
      rdfs:subPropertyOf dm:identificationBy , dm:representationByInformationObject ;
      dm:definitionByLiteral
              "<identificationBy> and <representationByInformationObject>" ;
      dm:identificationByLiteral
              "identification by information object" ;
      dm:noteByLiteral "This class is defined in the ontology solely to provide structure." ;
      skos:definition "<identificationBy> and <representationByInformationObject>" ;
      skos:prefLabel "identification by information object" ;
      skos:scopeNote "This class is defined in the ontology solely to provide structure." .

dm:hasArrangedPart
      a       owl:TransitiveProperty , owl:ObjectProperty ;
      rdfs:domain dm:ArrangedIndividual ;
      rdfs:subPropertyOf dm:hasPart ;
      dm:definitionByLiteral
              "<Individual> that is an arranged part of the whole with a distinct role" ;
      dm:descriptionOfExampleByLiteral
              "Formation F_101 from 2014-04-11T10:50 to 2014-04-11T12:15 has an <hasArrangedPart> relationship with Aircraft A_101 from 2014-04-11T10:50 to 2014-04-11T12:15, which it is flying within it.Warehouse W_101 has an <hasArrangedPart> relationship with Bin B_101, which it is a part of the layout." ;
      dm:identificationByLiteral
              "has arranged part" ;
      dm:noteByLiteral "An <hasArrangedPart> relationship says a part has a particular role with respect to the whole. The nature of this role is not specified by this relationship, but must be specified by a classification of the part." ;
      skos:definition "<Individual> that is an arranged part of the whole with a distinct role" ;
      skos:example "Formation F_101 from 2014-04-11T10:50 to 2014-04-11T12:15 has an <hasArrangedPart> relationship with Aircraft A_101 from 2014-04-11T10:50 to 2014-04-11T12:15, which it is flying within it.Warehouse W_101 has an <hasArrangedPart> relationship with Bin B_101, which it is a part of the layout." ;
      skos:prefLabel "has arranged part" ;
      skos:scopeNote "An <hasArrangedPart> relationship says a part has a particular role with respect to the whole. The nature of this role is not specified by this relationship, but must be specified by a classification of the part." .

dm:PhysicalProperty
      a       owl:Class ;
      rdfs:subClassOf dm:QuantityMeasure ;
      dm:definitionByLiteral
              "<QuantityMeasure> that has a <PhysicalQuantitySpace> as its range" ;
      dm:descriptionOfExampleByLiteral
              "'Maximum allowable working temperature' is a <PhysicalProperty>. The relationship between stream S-101 and its maximum allowable working temperature of 300 degrees Celsius is not a classification of the stream. Instead it is a classification of a hypothetical limit state. 'Internal pressure' is a <PhysicalProperty>. The relationship between vessel V-101 at 2016-03-09T12:30Z and its internal pressure of 1.5 bar is not a classification of the vessel at 2016-03-09T12:30Z. Instead it is a classification of the fluid within vessel V-101 at 2016-03-09T12:30Z." ;
      dm:identificationByLiteral
              "physical property" ;
      dm:noteByLiteral "A member of <PhysicalProperty> is implemented in this part of ISO 15926 as an owl:ObjectProperty with the range <PhysicalQuantity>." ;
      skos:definition "<QuantityMeasure> that has a <PhysicalQuantitySpace> as its range" ;
      skos:example "'Maximum allowable working temperature' is a <PhysicalProperty>. The relationship between stream S-101 and its maximum allowable working temperature of 300 degrees Celsius is not a classification of the stream. Instead it is a classification of a hypothetical limit state. 'Internal pressure' is a <PhysicalProperty>. The relationship between vessel V-101 at 2016-03-09T12:30Z and its internal pressure of 1.5 bar is not a classification of the vessel at 2016-03-09T12:30Z. Instead it is a classification of the fluid within vessel V-101 at 2016-03-09T12:30Z." ;
      skos:prefLabel "physical property" ;
      skos:scopeNote "A member of <PhysicalProperty> is implemented in this part of ISO 15926 as an owl:ObjectProperty with the range <PhysicalQuantity>." .

dm:quantityRangeHasUpperBound
      a       owl:FunctionalProperty , owl:ObjectProperty ;
      rdfs:domain dm:PhysicalQuantityRange ;
      rdfs:range dm:Quantity ;
      dm:definitionByLiteral
              "<Quantity> that is the upper bound" ;
      dm:identificationByLiteral
              "quantity range has upper bound" ;
      skos:definition "<Quantity> that is the upper bound" ;
      skos:prefLabel "quantity range has upper bound" .

dm:TextString
      a       owl:Class , dm:RepresentationFormat ;
      rdfs:subClassOf dm:InformationContent ;
      dm:definitionByLiteral
              "<ClassOfInformationContent> that is a sequence of person interpretable characters, symbols or spaces" ;
      dm:descriptionOfExampleByLiteral
              "'To be tested before 08:00, and a test report filed' is a <TextString>." ;
      dm:identificationByLiteral
              "text string" ;
      dm:noteByLiteral "The class <TextString> is included to allow meta-data, such as a source, to be specified for a text string. This is not possible if the text string is represented as an RDF literal. The content of a <TextString> can be specified by the property <textStringAsLiteral>." ;
      skos:definition "<ClassOfInformationContent> that is a sequence of person interpretable characters, symbols or spaces" ;
      skos:example "'To be tested before 08:00, and a test report filed' is a <TextString>." ;
      skos:prefLabel "text string" ;
      skos:scopeNote "The class <TextString> is included to allow meta-data, such as a source, to be specified for a text string. This is not possible if the text string is represented as an RDF literal. The content of a <TextString> can be specified by the property <textStringAsLiteral>." .

dm:descriptionByInformationContent
      a       owl:AnnotationProperty , dm:DescriptionSpace ;
      rdfs:subPropertyOf dm:representationByInformationContent , dm:descriptionBy ;
      dm:definitionByLiteral
              "<descriptionBy> and <representationByInformationContent>" ;
      dm:identificationByLiteral
              "description by information content" ;
      dm:noteByLiteral "This class is defined in the ontology solely to provide structure." ;
      skos:definition "<descriptionBy> and <representationByInformationContent>" ;
      skos:prefLabel "description by information content" ;
      skos:scopeNote "This class is defined in the ontology solely to provide structure." .

dm:noteBy
      a       dm:RepresentationSpace , owl:AnnotationProperty ;
      rdfs:subPropertyOf dm:representationBy ;
      dm:definitionByLiteral
              "information (as an <InformationObject>, <InformationContent>, or as a text string literal) that is a note" ;
      dm:identificationByLiteral
              "note by" ;
      skos:definition "information (as an <InformationObject>, <InformationContent>, or as a text string literal) that is a note" ;
      skos:prefLabel "note by" .

dm:descriptionByLiteral
      a       owl:AnnotationProperty , dm:DescriptionSpace ;
      rdfs:subPropertyOf dm:representationByLiteral , dm:descriptionBy ;
      dm:definitionByLiteral
              "<descriptionBy> and <representationByLiteral>" ;
      dm:identificationByLiteral
              "description by literal" ;
      dm:noteByLiteral "This class is defined in the ontology solely to provide structure." ;
      skos:definition "<descriptionBy> and <representationByLiteral>" ;
      skos:prefLabel "description by literal" ;
      skos:scopeNote "This class is defined in the ontology solely to provide structure." .

dm:valueEndsOccurrence
      a       owl:ObjectProperty ;
      rdfs:subPropertyOf dm:valueTemporalPartOfOccurrence ;
      dm:definitionByLiteral
              "the subject has a <ends> relationship with each member of the object" ;
      dm:identificationByLiteral
              "value ends occurrence" ;
      owl:inverseOf dm:classHasEndValue ;
      skos:definition "the subject has a <ends> relationship with each member of the object" ;
      skos:prefLabel "value ends occurrence" .

dm:hasBeginning
      a       owl:ObjectProperty ;
      rdfs:subPropertyOf dm:hasTemporalBound ;
      dm:definitionByLiteral
              "<Event> that is the beginning" ;
      dm:descriptionOfExampleByLiteral
              "The <PeriodInTime> July 1999 has a <hasBeginning> relationship with the <PointInTime> 1999-07-01T00:00.The <Individual> 'loading plant idle on 2014-04-11' has a <hasBeginning> relationship with the <Event> 'loading L_101 on 2014-04-11 complete'." ;
      dm:identificationByLiteral
              "has beginning" ;
      owl:propertyDisjointWith
              dm:hasEnd ;
      skos:definition "<Event> that is the beginning" ;
      skos:example "The <PeriodInTime> July 1999 has a <hasBeginning> relationship with the <PointInTime> 1999-07-01T00:00.The <Individual> 'loading plant idle on 2014-04-11' has a <hasBeginning> relationship with the <Event> 'loading L_101 on 2014-04-11 complete'." ;
      skos:prefLabel "has beginning" .

dm:ComputerFileContent
      a       owl:Class ;
      rdfs:subClassOf dm:ClassOfComputerFile ;
      dm:definitionByLiteral
              "<ClassOfComputerFile> that has the sequence of bytes as its criterion for membership" ;
      dm:descriptionOfExampleByLiteral
              "The sequence of bytes that is a particular scan of the ink on paper material certificate for material product M-101-1234 as a PDF file is a <ComputerFileContent>. The file with URI http://schmidt-stahl.de/material-certificate/M-101-1234.pdf is a member of this class. The copy of the file on the laptop belonging to Henry Dubois is also a member of this class." ;
      dm:identificationByLiteral
              "computer file content" ;
      dm:noteByLiteral "XML, TURTLE and PDF are subclasses of <ComputerFileContent>." ;
      skos:definition "<ClassOfComputerFile> that has the sequence of bytes as its criterion for membership" ;
      skos:example "The sequence of bytes that is a particular scan of the ink on paper material certificate for material product M-101-1234 as a PDF file is a <ComputerFileContent>. The file with URI http://schmidt-stahl.de/material-certificate/M-101-1234.pdf is a member of this class. The copy of the file on the laptop belonging to Henry Dubois is also a member of this class." ;
      skos:prefLabel "computer file content" ;
      skos:scopeNote "XML, TURTLE and PDF are subclasses of <ComputerFileContent>." .

dm:causesEndOf
      a       owl:ObjectProperty ;
      dm:definitionByLiteral
              "<Individual> that has its end caused" ;
      dm:descriptionOfExampleByLiteral
              "Refurbishment activity R_101 has a <causesEndOf> relationship with Pump tag P_101, which is replaced by two pumps P_101A and P_101B." ;
      dm:identificationByLiteral
              "causes end of" ;
      owl:inverseOf dm:hasCauseOfEnd ;
      skos:definition "<Individual> that has its end caused" ;
      skos:example "Refurbishment activity R_101 has a <causesEndOf> relationship with Pump tag P_101, which is replaced by two pumps P_101A and P_101B." ;
      skos:prefLabel "causes end of" .

dm:hasAssembledPart
      a       owl:TransitiveProperty , owl:ObjectProperty ;
      rdfs:subPropertyOf dm:hasArrangedPart ;
      dm:definitionByLiteral
              "<Individual> that is an assembled part of the whole" ;
      dm:descriptionOfExampleByLiteral
              "Pump P_101 during 2013 has an <hasAssembledPart> relationship with Impeller I_345 during 2013." ;
      dm:identificationByLiteral
              "has assembled part" ;
      skos:definition "<Individual> that is an assembled part of the whole" ;
      skos:example "Pump P_101 during 2013 has an <hasAssembledPart> relationship with Impeller I_345 during 2013." ;
      skos:prefLabel "has assembled part" .

dm:classReferencesOccurrence
      a       owl:ObjectProperty ;
      rdfs:domain dm:ClassOfActivity ;
      rdfs:range dm:Class ;
      dm:definitionByLiteral
              "each member of the subject has a <references> relationship with a member of the object, and each member of the object has a <referencedBy> relationship with a member of the subject" ;
      dm:identificationByLiteral
              "class references occurrence" ;
      skos:definition "each member of the subject has a <references> relationship with a member of the object, and each member of the object has a <referencedBy> relationship with a member of the subject" ;
      skos:prefLabel "class references occurrence" .

dm:classBeginsValue
      a       owl:ObjectProperty ;
      rdfs:subPropertyOf dm:classTemporalPartOfValue ;
      dm:definitionByLiteral
              "each member of the subject has a <begins> relationship with the object" ;
      dm:identificationByLiteral
              "class begins value" ;
      owl:inverseOf dm:valueHasBeginningOccurrence ;
      skos:definition "each member of the subject has a <begins> relationship with the object" ;
      skos:prefLabel "class begins value" .

dm:Quantity
      a       owl:Class ;
      rdfs:subClassOf dm:ClassOfIndividual ;
      dm:definitionByLiteral
              "<ClassOfIndividual> that has the degree or magnitude of a quality or characteristic as the criterion for membership" ;
      dm:descriptionOfExampleByLiteral
              "The mass 10 kilograms is a <Quantity>.The monetary amount 10 euro is a <Quantity>." ;
      dm:identificationByLiteral
              "quantity" ;
      skos:definition "<ClassOfIndividual> that has the degree or magnitude of a quality or characteristic as the criterion for membership" ;
      skos:example "The mass 10 kilograms is a <Quantity>.The monetary amount 10 euro is a <Quantity>." ;
      skos:prefLabel "quantity" .

dm:numberRangeHasLowerBound
      a       owl:FunctionalProperty , owl:ObjectProperty ;
      rdfs:domain dm:NumberRange ;
      rdfs:range dm:Number ;
      dm:definitionByLiteral
              "<Number> that is the lower bound" ;
      dm:identificationByLiteral
              "number range has lower bound" ;
      skos:definition "<Number> that is the lower bound" ;
      skos:prefLabel "number range has lower bound" .

dm:ClassOfDefinitionSpace
      a       owl:Class ;
      rdfs:subClassOf dm:ClassOfRepresentationSpace ;
      dm:definitionByLiteral
              "class that is the power class of <DefinitionSpace>" ;
      dm:identificationByLiteral
              "class of definition space" ;
      dm:powerClassOf dm:DefinitionSpace ;
      skos:definition "class that is the power class of <DefinitionSpace>" ;
      skos:prefLabel "class of definition space" .

dm:ClassOfPhysicalProperty
      a       owl:Class ;
      rdfs:subClassOf dm:Class ;
      dm:definitionByLiteral
              "class that is the power class of <PhysicalProperty>" ;
      dm:identificationByLiteral
              "class of physical property" ;
      dm:noteByLiteral "This class is defined in the ontology solely to provide structure." ;
      dm:powerClassOf dm:PhysicalProperty ;
      skos:definition "class that is the power class of <PhysicalProperty>" ;
      skos:prefLabel "class of physical property" ;
      skos:scopeNote "This class is defined in the ontology solely to provide structure." .

dm:ClassOfInformationContent
      a       owl:Class ;
      rdfs:subClassOf dm:ClassOfClassOfInformationObject ;
      dm:definitionByLiteral
              "class that is the power class of <InformationContent>" ;
      dm:identificationByLiteral
              "class of information content" ;
      dm:powerClassOf dm:InformationContent ;
      skos:definition "class that is the power class of <InformationContent>" ;
      skos:prefLabel "class of information content" .

dm:valueAfterOccurrence
      a       owl:ObjectProperty ;
      rdfs:domain dm:Individual ;
      rdfs:range dm:ClassOfIndividual ;
      dm:definitionByLiteral
              "the subject has a <after> relationship with each member of the object" ;
      dm:identificationByLiteral
              "value after occurrence" ;
      skos:definition "the subject has a <after> relationship with each member of the object" ;
      skos:prefLabel "value after occurrence" .

dm:valueReferencesOccurrence
      a       owl:ObjectProperty ;
      rdfs:domain dm:Activity ;
      rdfs:range dm:Class ;
      dm:definitionByLiteral
              "the subject has a <references> relationship with each member of the object" ;
      dm:identificationByLiteral
              "value references occurrence" ;
      skos:definition "the subject has a <references> relationship with each member of the object" ;
      skos:prefLabel "value references occurrence" .

dm:representationSpaceUsedBy
      a       owl:AnnotationProperty ;
      rdfs:domain dm:RepresentationSpace ;
      rdfs:range dm:Individual ;
      dm:definitionByLiteral
              "<Individual> that uses the representations" ;
      dm:identificationByLiteral
              "representation space used by" ;
      skos:definition "<Individual> that uses the representations" ;
      skos:prefLabel "representation space used by" .

dm:Atom
      a       owl:Class ;
      rdfs:subClassOf dm:ArrangedIndividual ;
      dm:definitionByLiteral
              "<PhysicalObject> that is an atom" ;
      dm:identificationByLiteral
              "atom" ;
      dm:noteByLiteral "An atom is the basic unit of matter that consists of a dense central nucleus surrounded by a cloud of negatively charged electrons (wikipedia).All entries in the periodic table of elements are subclasses of <Atom>." ;
      owl:disjointWith dm:ParticulateMaterial , dm:SubAtomicParticle , dm:Molecule , dm:CompositeMaterial , dm:BiologicalMatter , dm:Compound ;
      skos:definition "<PhysicalObject> that is an atom" ;
      skos:prefLabel "atom" ;
      skos:scopeNote "An atom is the basic unit of matter that consists of a dense central nucleus surrounded by a cloud of negatively charged electrons (wikipedia).All entries in the periodic table of elements are subclasses of <Atom>." .

dm:RegionInSpace
      a       owl:Class ;
      rdfs:subClassOf dm:Individual ;
      dm:definitionByLiteral
              "<Individual> that is all that exists in time for a region in space" ;
      dm:identificationByLiteral
              "region in space" ;
      dm:noteByLiteral "A <RegionInSpace> can be defined in any spatial frame. It can be defined with respect to a moving or moveable object, such as a ship or an equipment item.License block, construction area, country, air corridor, maritime traffic zone, and hazard control zone are subclasses of <RegionInSpace>." ;
      skos:definition "<Individual> that is all that exists in time for a region in space" ;
      skos:prefLabel "region in space" ;
      skos:scopeNote "A <RegionInSpace> can be defined in any spatial frame. It can be defined with respect to a moving or moveable object, such as a ship or an equipment item.License block, construction area, country, air corridor, maritime traffic zone, and hazard control zone are subclasses of <RegionInSpace>." .

dm:classCausesEndOfOccurrence
      a       owl:ObjectProperty ;
      dm:definitionByLiteral
              "each member of the subject has a <causesEndOf> relationship with a member of the object, and each member of the object has a <hasCauseOfEnd> relationship with a member of the subject" ;
      dm:identificationByLiteral
              "class causes end of occurrence" ;
      owl:inverseOf dm:classHasCauseOfEndOccurrence ;
      skos:definition "each member of the subject has a <causesEndOf> relationship with a member of the object, and each member of the object has a <hasCauseOfEnd> relationship with a member of the subject" ;
      skos:prefLabel "class causes end of occurrence" .

dm:definitionByLiteral
      a       dm:DefinitionSpace , owl:AnnotationProperty ;
      rdfs:subPropertyOf dm:definitionBy , dm:representationByLiteral ;
      dm:definitionByLiteral
              "<definitionBy> and <representationByLiteral>" ;
      dm:identificationByLiteral
              "definition by literal" ;
      dm:noteByLiteral "This class is defined in the ontology solely to provide structure." ;
      skos:definition "<definitionBy> and <representationByLiteral>" ;
      skos:prefLabel "definition by literal" ;
      skos:scopeNote "This class is defined in the ontology solely to provide structure." .

dm:Status
      a       owl:Class ;
      rdfs:subClassOf dm:ClassOfIndividual ;
      dm:definitionByLiteral
              "<ClassOfIndividual> that is a member of a set of discrete, unordered values with related criteria for membership" ;
      dm:descriptionOfExampleByLiteral
              "'Open' and 'closed' are instances of <Status>.'Running', 'on standby' and 'unavailable' are instances of <Status>." ;
      dm:identificationByLiteral
              "status" ;
      dm:noteByLiteral "It is usually necessary to create a subclass of <Status> that contains the classes with related criteria for membership. Hence the subclass of <Status> 'Open or closed' has the classes 'open' and 'closed' as members.The class Mass has the classes 1.1 kg and 1.2 kg as members. These two classes have related criteria for membership, but they are not members of <Status> because mass is not regarded as discrete at engineering scales. Instead masses are members of <PhysicalQuantity>." ;
      skos:definition "<ClassOfIndividual> that is a member of a set of discrete, unordered values with related criteria for membership" ;
      skos:example "'Open' and 'closed' are instances of <Status>.'Running', 'on standby' and 'unavailable' are instances of <Status>." ;
      skos:prefLabel "status" ;
      skos:scopeNote "It is usually necessary to create a subclass of <Status> that contains the classes with related criteria for membership. Hence the subclass of <Status> 'Open or closed' has the classes 'open' and 'closed' as members.The class Mass has the classes 1.1 kg and 1.2 kg as members. These two classes have related criteria for membership, but they are not members of <Status> because mass is not regarded as discrete at engineering scales. Instead masses are members of <PhysicalQuantity>." .

dm:RepresentationFormat
      a       owl:Class ;
      rdfs:subClassOf dm:ClassOfInformationContent ;
      dm:definitionByLiteral
              "<ClassOfInformationContent> that has the format used for encoding the <InformationContent> as the criterion for membership" ;
      dm:descriptionOfExampleByLiteral
              "XML, TURTLE, PDF and <TextString> are members of a <RepresentationFormat>.The standard material certificate XML schema auto-gration_messages.xsd is a <RepresentationFormat>." ;
      dm:identificationByLiteral
              "representation format" ;
      dm:noteByLiteral "The instances of <InformationObject> than hold an item of <InformationContent> are members." ;
      skos:definition "<ClassOfInformationContent> that has the format used for encoding the <InformationContent> as the criterion for membership" ;
      skos:example "XML, TURTLE, PDF and <TextString> are members of a <RepresentationFormat>.The standard material certificate XML schema auto-gration_messages.xsd is a <RepresentationFormat>." ;
      skos:prefLabel "representation format" ;
      skos:scopeNote "The instances of <InformationObject> than hold an item of <InformationContent> are members." .

dm:hasTemporalPart
      a       owl:TransitiveProperty , owl:ObjectProperty ;
      rdfs:subPropertyOf dm:hasPart ;
      dm:definitionByLiteral
              "<Individual> that is all of the whole during a period of time or at an instant in time" ;
      dm:identificationByLiteral
              "has temporal part" ;
      dm:noteByLiteral "Since <hasTemporalPart> is transitive a hierarchy of temporal parts is possible, with a <WholeLifeIndividual> at the top." ;
      skos:definition "<Individual> that is all of the whole during a period of time or at an instant in time" ;
      skos:prefLabel "has temporal part" ;
      skos:scopeNote "Since <hasTemporalPart> is transitive a hierarchy of temporal parts is possible, with a <WholeLifeIndividual> at the top." .

dm:directlyConnectedTo
      a       owl:SymmetricProperty , owl:ObjectProperty ;
      rdfs:subPropertyOf dm:connectedTo ;
      dm:definitionByLiteral
              "<Individual> that is directly connected" ;
      dm:descriptionOfExampleByLiteral
              "End 1 of cable C_101 during 2014 has a <directlyConnectedTo> relationship with terminal T_101 of distribution box DB_101 during 2014." ;
      dm:identificationByLiteral
              "directly connected to" ;
      skos:definition "<Individual> that is directly connected" ;
      skos:example "End 1 of cable C_101 during 2014 has a <directlyConnectedTo> relationship with terminal T_101 of distribution box DB_101 during 2014." ;
      skos:prefLabel "directly connected to" .

dm:ClassOfAbstractObject
      a       owl:Class ;
      rdfs:subClassOf dm:Class ;
      dm:definitionByLiteral
              "class that is the power class of <AbstractObject>" ;
      dm:identificationByLiteral
              "class of abstract object" ;
      dm:powerClassOf dm:AbstractObject ;
      owl:disjointWith dm:ClassOfIndividual ;
      skos:definition "class that is the power class of <AbstractObject>" ;
      skos:prefLabel "class of abstract object" .

dm:ClassOfQuantity
      a       owl:Class ;
      rdfs:subClassOf dm:ClassOfClassOfIndividual ;
      dm:definitionByLiteral
              "class that is the power class of <PhysicalQuantity>" ;
      dm:identificationByLiteral
              "class of quantity" ;
      dm:noteByLiteral "This class is defined in the ontology solely to provide structure." ;
      dm:powerClassOf dm:Quantity ;
      skos:definition "class that is the power class of <PhysicalQuantity>" ;
      skos:prefLabel "class of quantity" ;
      skos:scopeNote "This class is defined in the ontology solely to provide structure." .

dm:hasCauseOfEnd
      a       owl:ObjectProperty ;
      rdfs:domain dm:Individual ;
      rdfs:range dm:Activity ;
      dm:definitionByLiteral
              "<Activity> that causes the end" ;
      dm:descriptionOfExampleByLiteral
              "Pump tag P_101 has a <hasCauseOfEnd> relationship with refurbishment activity R_101, which replaces it with two pumps P_101A and P_101B." ;
      dm:identificationByLiteral
              "has cause of end" ;
      skos:definition "<Activity> that causes the end" ;
      skos:example "Pump tag P_101 has a <hasCauseOfEnd> relationship with refurbishment activity R_101, which replaces it with two pumps P_101A and P_101B." ;
      skos:prefLabel "has cause of end" .