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Sigma KEE - CVJoint
CVJoint(C.V. joint)

appearance as argument number 1
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(subclass CVJoint MechanicalJoint) Cars.kif 1951-1951 C.V. joint is a subclass of mechanical joint
(documentation CVJoint EnglishLanguage "A MechanicalJoint that allows two joined shafts to turn at the same speed throughout a range of angles with respect to each other. The most common type of CV joint is a BallJoint, although there are also other kinds.") Cars.kif 1953-1956 C.V. joint is a subclass of mechanical joint

appearance as argument number 2
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(termFormat EnglishLanguage CVJoint "C.V. joint") Cars.kif 1952-1952

antecedent
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(=>
    (and
        (instance ?SH1 Shaft)
        (instance ?SH2 Shaft)
        (not
            (equal ?SH1 ?SH2))
        (instance ?R1 Rotating)
        (patient ?R1 ?SH1)
        (instance ?R2 Rotating)
        (patient ?R2 ?SH2)
        (causes ?R1 ?R2)
        (equal
            (WhenFn ?R1)
            (WhenFn ?R2))
        (instance ?CV CVJoint)
        (connectedEngineeringComponents ?SH1 ?CV)
        (connectedEngineeringComponents ?SH2 ?CV)
        (holdsDuring
            (WhenFn ?R1)
            (equal
                (MeasureFn ?N RevolutionsPerMinute)
                (RotationFn ?R1))))
    (holdsDuring
        (WhenFn ?R2)
        (equal
            (MeasureFn ?N RevolutionsPerMinute)
            (RotationFn ?R2))))
Cars.kif 1958-1984 If All of the following hold: (1) X is an instance of shaft (2) Y is an instance of shaft (3) equal X and Y (4) Z is an instance of rotating (5) X is a patient of Z (6) W is an instance of rotating (7) Y is a patient of W (8) Z causes W (9) equal the time of existence of Z and the time of existence of W (10) V is an instance of C.V. joint (11) X is connected to V (12) Y is connected to V (13) equal U revolutions per minute(s) and the rotation of Z during holds during the time of existence of Z, then equal U revolutions per minute(s) and the rotation of W during holds during the time of existence of W


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