A cross car structure member including a beam comprising a hollow extended aluminum metal tube extending across the vehicle between the vehicle pillars, preferably, with the interior of the tube being used as a heating, ventilating and air conditioning duct.
대표청구항▼
A cross car structure member including a beam comprising a hollow extended aluminum metal tube extending across the vehicle between the vehicle pillars, preferably, with the interior of the tube being used as a heating, ventilating and air conditioning duct. ch other, further comprising a pedestal,
A cross car structure member including a beam comprising a hollow extended aluminum metal tube extending across the vehicle between the vehicle pillars, preferably, with the interior of the tube being used as a heating, ventilating and air conditioning duct. ch other, further comprising a pedestal, one group of ends being pivotally connected to said pedestal, said pedestal defining one of said upper and lower support surfaces, said extendable and collapsible members being pivotally connected between said pedestal and said members. 5. The shock absorption mechanism of claim 1 wherein said extendable and collapsible members each include a male member having a rod, a female member having a cavity in which said rod is positioned and may slideably move axially of said rod, opposite and spaced apart collars on both said male and female members, a spring positioned between said collars, and bushings secured to said collars whereby said extendable and collapsible members are pivotally connected between said members. 6. The shock absorption mechanism of claim 1 wherein said members define an upper pedestal and a lower pedestal, and further comprising a pin connecting said upper pedestal to said lower pedestal, said upper and lower pedestals being moveable with respect to said pin and to each other from an expanded position toward each other in all directions, said extendable and collapsible members being positioned between said upper and lower pedestals, said extendable and collapsible members urging said upper and lower pedestals into said expanded position, said extendable and collapsible members decelerating all movement between said pedestals and supporting any load placed upon said pedestals. 7. The shock absorption mechanism of claim 6 wherein said pin is positioned in a bore in said upper pedestal and a bore in said lower pedestal, said bores both being step diametered having a small diametered portion extending from said upper and lower support planar support surfaces and a larger diametered portion adjacent said upper support and lower support planar surfaces, said smaller diametered portions and said upper diametered portions being separated by an outwardly facing lip, said pin having spaced apart enlarged ends which rest on lips of said upper pedestal bore and said lower pedestal bore when said upper pedestal and lower pedestal are in their said expanded position. 8. The shock absorbing mechanism of claim 1 wherein said extended position is a position in which said springs are in a collapsed position, said springs being expanded upon the movement of said upper support surface and said lower support surface together. 9. The shock absorbing mechanism of claim 1 wherein said extended position is a position in which said springs are in an extended position, said springs being compressed when said upper and said lower surfaces are moved toward each other. 10. The shock absorbing mechanism of claim 1 wherein said pin is adjustable in length so as to adjust said mechanism for the weight of the person utilizing said mechanism and the activity said person is engaging in while utilizing the mechanism. 11. A shock absorbing mechanism for a shoe comprising a plurality of connected structural members defining an upper pedestal and a lower pedestal, said upper pedestal having an upper support surface, said lower pedestal having a lower support surface, means including said plurality of connected structural members for spacing said upper and lower support surfaces apart and for allowing said upper and lower support surfaces to be movable toward and away from each other, said upper and lower support surfaces defining the exterior length, width and height dimensions of said mechanism, said means including a plurality of expandable and collapsible members being connected to said structural members between said upper and lower support surfaces within said length, width and height dimensions of said mechanism, said extendable and collapsible members being movable between an extended position and a collapsed position without increasing said length and width dimensions of said mechanism as defined by said upper and lower support surfaces, means including each of said extendable and collapsible member
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