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A sealing arrangement is provided including a first housing and a second housing and a sealing member positioned therebetween. In various embodiments, one housing includes a channel shaped portion and the other housing includes a tongue shaped portion movable in an axial direction into the channel s

A sealing arrangement is provided including a first housing and a second housing and a sealing member positioned therebetween. In various embodiments, one housing includes a channel shaped portion and the other housing includes a tongue shaped portion movable in an axial direction into the channel shaped portion to compress the sealing member therebetween in a transverse direction relative to the axial direction. In further embodiments, both housings include a channel shaped portion and the sealing member extends into each channel shaped portion and is compressed within each channel shaped portion in a transverse direction.

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A sealing arrangement is provided including a first housing and a second housing and a sealing member positioned therebetween. In various embodiments, one housing includes a channel shaped portion and the other housing includes a tongue shaped portion movable in an axial direction into the channel s

A sealing arrangement is provided including a first housing and a second housing and a sealing member positioned therebetween. In various embodiments, one housing includes a channel shaped portion and the other housing includes a tongue shaped portion movable in an axial direction into the channel shaped portion to compress the sealing member therebetween in a transverse direction relative to the axial direction. In further embodiments, both housings include a channel shaped portion and the sealing member extends into each channel shaped portion and is compressed within each channel shaped portion in a transverse direction. (d) a limit switch, (e) an alert, (f) a driveshaft, (g) a spare tire and wheel winch assembly and (h) a fuse. 2. An automatic winch drive system as described in claim 1, wherein the gear motor is activated by the power cell, causing a crank-arm on the electric motor to rotate, the rotation powers the drive shaft, which, as adapted to the winch, activates the pulley action, reeling in and reeling out a cable or chain fitted to the winch. 3. An automatic winch drive system as described in claim 1, wherein the gear motor is adapted to mount a motorized conveyance in either a factory direct or after market fashion by a connecting gib that is fitted with removable threaded fasteners, the coupled grip and gear motor are adapted to mount an undercarriage of a conveyance proximate to the winch drive system. 4. An automatic winch drive system as described in claim 1, wherein the self-closing reverse switch is engaged to activate operational voltage from the power cell to actuate the winch drive system, engaging the switch causes rotation of the system's drive shaft in either a clockwise or counterclockwise fashion. 5. An automatic winch drive system as described in claim 1, wherein the electric gear motor has an operational redundancy allowing for two power settings: manual and automatic, the manual drive mode may be achieved by affixing a hand-operated crank onto a subordinate crank-arm located on the gear motor allowing the system to become fully operational in the event of a failure of the automatic mode. 6. An automatic winch drive system as described in claim 1, wherein the alert, comprising a pilot light broadcasting warning, is adapted to mount a control console of the motorized conveyance, the light is interconnected to and between a negative ground and the limit switch and indicates whether contact between the limit switch and the spare tire assembly has taken place and whether the tire assembly is properly secured to an undercarriage of a motorized conveyance. 7. An automatic winch drive system, as described in claim 1, wherein the electric circuitry of the motor, comprising a path of electric current, is weather, dust and water resistant, so that use of the system after contact with standing water, severe temperature or weather extremes, will resist failure brought on by an electrical short or similar malfunction. aid center points. 8. The removable adapter assembly according to claim 4, wherein: each of said second set of holes is threaded; and said fastener is a threaded bolt. 9. The removable adapter assembly according to claim 8, wherein: said securing holes have a diameter; and said threaded bolt has a head wider than said diameter. 10. The removable adapter assembly according to claim 8, wherein said head has wing extensions. 11. The removable adapter assembly according to claim 4, wherein: each of said securing holes is threaded; and said fastener is a threaded bolt. 12. The removable adapter assembly according to claim 11, wherein: said second set of holes have a diameter; and said threaded bolt has a head wider than said diameter. 13. The removable adapter assembly according to claim 11, wherein said head has wing extensions. 14. The removable adapter assembly according to claim 1, wherein said cushioned receiver has: a sliding and rotating connector with a top side; and a V-shaped head with a bottom of said head attached to said top side of said sliding and rotating connector. 15. In combination with a jack having a head, a removable adapter assembly comprising: an adapter frame having: threaded holes; and connectors for releasably attaching said frame to the head of the jack; and adapter arms inserted into a respective one of said threaded holes for raising and lowering each of said arms with respect to said frame, said arms each having: a threaded shaft with a diameter; and a head portion having a width greater than the diameter, said head portion fixedly attached to said threaded shaft. 16. The removable adapter assembly according to claim 15, further comprising padding. 17. The removable adapter assembly according to claim 15, wherein said adapter frame comprises a pair of axial bars and a pair of transverse bars. 18. The removable adapter assembly according to claim 15, wherein said adapter frame defines an interior open space. 19. A jack assembly adapted for supporting an object, comprising: a support frame having support frame holes; an adapter frame having threaded holes; connectors releasably coupling said adapter frame to said support frame, said connectors adapted for protruding downwardly into said support frame holes; and adapter arms inserted into a respective one of said threaded holes for raising and lowering each of said arms with respect to said adapter frame, said arms each having: a threaded shaft with a diameter; and a head portion having a width greater than the diameter of the threaded shaft, said head portion fixedly attached to said threaded shaft. 20. The assembly according to claim 19, wherein the adapter frame further comprises padding. 21. The assembly according to claim 19, wherein said adapter frame comprises a pair of axial bars and a pair of transverse bars. 22. The assembly according to claim 19, wherein said adapter frame defines an interior open space.