Traction/impact device
A buffer device and tension technology, applied in the direction of buffer, traction device, transportation and packaging, etc., can solve the problems of complexity, long structure of tension/impact buffer device, loud noise, etc., and achieve the effect of compact structure
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[0051] The arrangement and design of the force transmission element 3 already mentioned above in relation to the damper housing 4 for the transmission of tensile or compressive forces occurring during operation to the damper mechanism 2 or to the damper housing 4, if required, is such that the force The transmission element 3 can be moved relative to the damper housing 4 in both the tension direction A and the compression direction B. This movement of the force-transmitting element 3 relative to the damper housing 4 can also be achieved in particular by figure 1 and figure 2 and image 3 Comparing with each other, it can be seen that in figure 2 and image 3 An exemplary embodiment of a tension / impact cushioning device according to the invention under load is shown in .
[0052] The structure of the damping mechanism 2 , which in this exemplary embodiment of the tension / impact damping device according to the invention is at least partially accommodated and formed in the ...
Example
[0068] with in figure 1 The same as the first embodiment shown in, for example in Image 6 The exemplary second embodiment of the tensile force / impact damping device 1 according to the invention shown in also essentially has the following components:
[0069] - bumper housing 4, which is connected or connectable to the cabin of the vehicle;
[0070] - a force-transmitting element 3 for transmitting a tensile or compressive force to the damper housing 4 when required, said force-transmitting element 3 being movable relative to the damper housing 4 both in the direction of tension A and in the direction of impact B; as well as
[0071] - a damping mechanism 2 which is at least partially accommodated and formed in the damper housing 4 and which dampens the movement of the force transmission element relative to the damper housing 4 during the transmission of tensile / impact forces.
[0072] The damping mechanism 2 of the tensile force / impact damping device 1 according to the inv...
Example
[0075] The remainder of the exemplary second embodiment of the tensile force / impact damping device 1 according to the invention substantially corresponds to the reference in terms of structure and function Figure 1 to Figure 4 Illustrated first embodiment.
[0076] The invention is not limited only to the exemplary embodiment of the tensile force / impact damping device 1 according to the invention shown in the figures, but results from the generality of the features disclosed therein.
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