Abstract A mounting assembly resiliently and releasably mounting a tiltable operator's cab on the frame of a tractor including first and second mating connectors respectively secured to the platform and frame and a T-shaped latch carried by the first connector for rotary movement between locked and unlocked positions. A cross member of the T-shaped latch overlies the mating end of the first connector and is movable into locking, but nonsupportive, engagement within a pair of complementary slots respectively located in a pair of upwardly projecting arms of the second connector. In the unlocked position, the cross member is disengaged from the slots and aligned within a latch cavity between the arms to allow separation of the connectors. An elongate stem of the latch member accessibly protrudes from one end of the first connector for rotation by a wrench and is resiliently mounted for axial movement to align the cross member with the complementary slots. A female guide surface defined by beveled ends of the second connector arms guides a male guide surface of the first connector into full mating load-bearing engagement therewith in the event of slight misalignment between the connectors. The second connector is resiliently secured to the frame to isolate the cab from vibrations generated within the frame by means spaced from the bearing surfaces and the latch.
An assembly for mounting an operator's cab to the frame of a vehicle, comprising:
Claim 2
Dependent Claim
14 words
An assembly for mounting an operator's cab to the frame of a vehicle, comprising:
Claim 3
Dependent Claim
270 words
a first connector having a rigid load bearing surface at a free end thereof; a second connector having a rigid load bearing surface for mating supportive load bearing engagement with the bearing surface of the first connector; means for releasably locking together the first and second connectors when in supportive load bearing engagement with one another; means for securing the first connector to one of the cab and the frame, and means spaced from the rigid load bearing surfaces and the locking means for resiliently mounting the second connector to the other of the cab and the frame, said resilient mounting means isolating the cab from frame vibrations; said second connector having an elogate body with the load bearing surface at one of a pair of opposite end portions thereof, and said resilient mounting means including a resilient bushing within a bore extending through the body adjacent the other end portion thereof, and a pin supported by the frame and extending through the bushing, said frame having a recess therein for receipt of the other end portion of the body and said pin extending across the recess between opposite sides thereof; said frame having a hole overlying and communicating with the recess defining a shoulder therebetween, said body having a section above the other end portion defining a shoulder therebetween and received within the hole when the other end portion is within the recess, and said resilient mounting means including a bushing within the hole surrounding said section and resiliently isolating it from frame vibrations in a plane parallel to the pin, said pin supporting the shoulders in spaced relation.
Claim 4
Dependent Claim
270 words
a first connector having a rigid load bearing surface at a free end thereof; a second connector having a rigid load bearing surface for mating supportive load bearing engagement with the bearing surface of the first connector; means for releasably locking together the first and second connectors when in supportive load bearing engagement with one another; means for securing the first connector to one of the cab and the frame, and means spaced from the rigid load bearing surfaces and the locking means for resiliently mounting the second connector to the other of the cab and the frame, said resilient mounting means isolating the cab from frame vibrations; said second connector having an elogate body with the load bearing surface at one of a pair of opposite end portions thereof, and said resilient mounting means including a resilient bushing within a bore extending through the body adjacent the other end portion thereof, and a pin supported by the frame and extending through the bushing, said frame having a recess therein for receipt of the other end portion of the body and said pin extending across the recess between opposite sides thereof; said frame having a hole overlying and communicating with the recess defining a shoulder therebetween, said body having a section above the other end portion defining a shoulder therebetween and received within the hole when the other end portion is within the recess, and said resilient mounting means including a bushing within the hole surrounding said section and resiliently isolating it from frame vibrations in a plane parallel to the pin, said pin supporting the shoulders in spaced relation.