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Lexico Syntactic ODP corresponding to Datatype Property ODP/1 + | Property/characteristic/attribute/features of NP<class> be [PARA] [(NP<property>,)* and] NP<property> |

Lexico Syntactic ODP corresponding to Datatype Property ODP/2 + | NP<class> be [(AP<property>,)*] and AP<property> |

Lexico Syntactic ODP corresponding to Datatype Property ODP/Case1 + | Formalization |

Lexico Syntactic ODP corresponding to Disjoint Classes ODP/1 + | NP<class> differ/be different/be differentiate from NP<class> |

Lexico Syntactic ODP corresponding to Equivalence relation between Classes ODP/1 + | NP<class> be (the same as/synonym of)/know as/call/(refer to as) NP<class> |

Lexico Syntactic ODP corresponding to Object Property ODP/1 + | NP<class> VB NEG(be / have / CATV / PART) NP<class> |

Lexico Syntactic ODP corresponding to SubclassOf relation ODP/1 + | [(NP<subclass>,)* and] NP<subclass> be [CN-CATV] NP<superclass> |

Lexico Syntactic ODP corresponding to SubclassOf relation ODP/2 + | [(NP<subclass>,)* and] NP<subclass> classify as NP<superclass> |

Lexico Syntactic ODP corresponding to SubclassOf relation ODP/3 + | [(NP<subclass>,)* and] NP<subclass> (belong to)\(fall into) CN-CATV NP<superclass> |

Lexico Syntactic ODP corresponding to SubclassOf relation ODP/4 + | There are QUAN CN-CATV NP<superclass> PARA [(NP<subclass>,)* and] NP<subclass> |

Lexico Syntactic ODP corresponding to SubclassOf relation ODP/5 + | [A(n)/QUAN] example of/CN-CATV NP<superclass> be/include [PARA] [(NP<subclass>,)* and] NP<subclass> |

Lexico Syntactic ODP corresponding to SubclassOf relation ODP/name + | [(NP<subclass>,)* and] NP<subclass> be [CN-CATV] NP<superclass> |

Lexico Syntactic ODPs corresponding to Co-participation ODP/1 + | (NP<object>,)* and NP<object> participate/(take part)/(be involved) in [(NP<event>,)* and] NP<event> |

Lexico Syntactic ODPs corresponding to Co-participation ODP/2 + | NP<object> participate/(take part)/(be involved) with in [(NP<event>,)* and] NP<event> |

Lexico Syntactic ODPs corresponding to Defined Classes and SubclassOf relation ODPs/1 + | [A/any] NP<subclass> be [a/any] NP<superclass> REPRO VB [(NP<class>,)* and] NP<class> |

Lexico Syntactic ODPs corresponding to Defined Classes and SubclassOf relation ODPs/3 + | [A/any] NP<subclass> REPRO VB [(NP<class>,)* and/or NP<class> be [a] NP<superclass> |

Lexico Syntactic ODPs corresponding to Defined Classes and SubclassOf relation ODPs/4 + | [A/any] NP<subclass> PREP [(NP<class>,)* and] NP<class> be VB [a] NP<superclass> |

Lexico Syntactic ODPs corresponding to LocationODP/1 + | NP<place> be/has (locate/find/set/situate/place/(a site)) in [(NP<location >,)* and] NP<location> |

Lexico Syntactic ODPs corresponding to Multiple Inheritance ODP/1 + | NP<subclass> [can]be NP<superclass> and NP<superclass> |

Lexico Syntactic ODPs corresponding to Object Property and Universal Restriction ODPs/1 + | NP<class> VB NEG(be/have/CATV/PART) just/only/exclusively NP<class> |

Lexico Syntactic ODPs corresponding to Object Property or Datatype Property or Simple Part-Whole relation ODPs/1 + | NP<class> have NP<class> |

Lexico Syntactic ODPs corresponding to Object-Role ODP/1 + | NP<object> (be used)/work/act/serve as [(NP<role >,)* and] NP<role> |

Lexico Syntactic ODPs corresponding to Simple Part-Whole relation "or" Constituency "or" Componency "or" Collection-Entity ODPs/1 + | [(NP<part>,)* and] NP<part> PART NP<whole> |

Lexico Syntactic ODPs corresponding to Simple Part-Whole relation "or" Constituency "or" Componency "or" Collection-Entity ODPs/2 + | NP<whole> PART [(NP<part>,)* and] NP<part> |

Lexico Syntactic ODPs corresponding to Simple Part-Whole relation "or" Constituency "or" Componency "or" Collection-Entity ODPs/3 + | NP<whole> be PART [CD] CN-PART [PARA] [(NP<part>,)* and] NP<part> |