ContainerEmpty - Sigma Knowledge base Browser

appearance as argument number 1

(documentation ContainerEmpty EnglishLanguage "ContainerEmpty is the Attribute of a Container that is empty.")	Mid-level-ontology.kif 2025-2026
(externalImage ContainerEmpty "http://upload.wikimedia.org/wikipedia/commons/ 1/ 10/ Glass_empty.jpg")	pictureList.kif 9973-9973
(externalImage ContainerEmpty "http://upload.wikimedia.org/wikipedia/commons/ 2/ 2a/ Containeur_ouvert_%281%29.jpg")	pictureList.kif 10738-10738
(externalImage ContainerEmpty "http://upload.wikimedia.org/wikipedia/commons/ 8/ 88/ Containerlader%C3%A4ume_Schiff-2.jpg")	pictureList.kif 10737-10737
(externalImage ContainerEmpty "http://upload.wikimedia.org/wikipedia/commons/ b/ ba/ Empty_refrigerator.jpg")	pictureList.kif 10740-10740
(externalImage ContainerEmpty "http://upload.wikimedia.org/wikipedia/commons/ c/ cc/ Interior_Reefercontainer.JPG")	pictureList.kif 10739-10739
(instance ContainerEmpty RelationalAttribute)	Mid-level-ontology.kif 2024-2024	Container empty is an instance of relational attribute

appearance as argument number 2

(contraryAttribute ContainerFull ContainerEmpty)	Mid-level-ontology.kif 2042-2042	Container full is the opposite of container empty
(termFormat ChineseLanguage ContainerEmpty "空容器")	domainEnglishFormat.kif 16831-16831
(termFormat ChineseTraditionalLanguage ContainerEmpty "空容器")	domainEnglishFormat.kif 16830-16830
(termFormat EnglishLanguage ContainerEmpty "container empty")	domainEnglishFormat.kif 16829-16829

antecedent

(=> (attribute ?C ContainerEmpty) (instance ?C Container))	Mid-level-ontology.kif 2028-2030	If container empty is an attribute of an object, then the object is an instance of container
(=> (attribute ?C ContainerEmpty) (not (exists (?H ?S) (and (instance ?H Hole) (hole ?H ?C) (partiallyFills ?S ?C)))))	Mid-level-ontology.kif 2032-2039	If container empty is an attribute of a self connected object, then there don't exist a hole and an object such that the hole is an instance of hole and the hole is a hole in the self connected object and the object partially fills the self connected object

consequent

(=>
    (rainfallIntensity ?AREA ?TIME ?RATE)
    (exists (?RAIN ?CLTN ?R ?BUCKET ?TOP ?BOTTOM ?RAINFALL)
        (and
            (instance ?RAIN Raining)
            (eventLocated ?RAIN ?AREA)
            (during
                (WhenFn ?RAIN) ?TIME)
            (instance ?CLTN Collection)
            (objectTransferred ?RAIN ?CLTN)
            (instance ?R Water)
            (member ?R ?CLTN)
            (instance ?BUCKET Container)
            (bottom ?BOTTOM ?BUCKET)
            (attribute ?BOTTOM Flat)
            (located ?BUCKET ?AREA)
            (holdsDuring
                (BeginFn ?TIME)
                (attribute ?BUCKET ContainerEmpty))
            (holdsDuring
                (EndFn ?TIME)
                (and
                    (located ?CLTN ?BUCKET)
                    (top ?TOP ?CLTN)
                    (depth ?TOP ?BOTTOM ?RAINFALL)
                    (equal ?RAINFALL
                        (MultiplicationFn ?TIME ?RATE)))))))

Weather.kif 1346-1371

If the rate of rain in a geographic area during a time interval is a function quantity,
then there exist a transfer, a collection,, , an object,, , a self connected object,, , an entity,, , another self connected object and the transferFALL such that the transfer is an instance of raining and the transfer is located at 2 and the time of existence of the transfer takes place during the time interval and the collection is an instance of collection and the object transferred in the transfer is the collection and the object is an instance of water and the object is a member of the collection and the self connected object is an instance of container and the bottom of the self connected object is the other self connected object and flat is an attribute of the other self connected object and the self connected object is located at the geographic area and container empty is an attribute of the self connected object holds during the beginning of the time interval and the collection is located at the self connected object and the top of the collection is the entity and the depth from the entity to the other self connected object is the transferFALL and the transferFALL is equal to the time interval and the function quantity holds during the end of the time interval

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