Claims
- 1. A portable shower stall comprising:
- a main frame, said main frame of a generally linearly elongated, rectangular, upstanding, L-shaped configuration, forming a vertical member and a horizontal member; said main frame further designed to slidably engage and fittingly secure inside of the square channel of a conventional receiver hitch typically found on a motor vehicle, such as a truck or camper, via a frictional fit;
- locking means, said locking means for securing said horizontal member to said receiving hitch;
- a water container;
- a water container holding hook, located on an end of said vertical member, opposite said horizontal member, said water container holding hook used to releasably secure said water container;
- a circular, shower curtain supporting member, of a circular, wire-type configuration, said circular, shower curtain supporting member designed to slidably engage linearly along said vertical member while said circular, shower curtain supporting member remains positioned in a horizontal plane;
- vertical adjustment means, said vertical adjustment means used to adjust and lock said circular, shower curtain supporting member at a variety of positions linearly along said vertical member; and
- a shower curtain, said shower curtain slidably secured to said circular, shower curtain supporting member such that lateral movement along said circular, shower curtain supporting member is provided.
- 2. The shower stall described in claim 1, wherein said vertical adjustment means further comprises:
- an adjustment protrusion, said adjustment protrusion extending outward radially from said circular, shower curtain supporting member, in the same plane as said circular, shower curtain supporting member; and
- a square hole, formed by said adjustment protrusion, said hole sharing the same vector of radial centerline as said circular, shower curtain supporting member.
- 3. The vertical adjustment means described in claim 2, wherein the weight of said circular, shower curtain supporting member provides the lateral frictional force required to secure said circular, shower curtain supporting member to said vertical member, via a friction fit.
- 4. The shower stall described in claim 1, wherein said horizontal member of said main frame is of sufficient length to permit the longer, vertical member to extend upward vertically without coming into mechanical interference with said motor vehicle.
- 5. The shower stall described in claim 1, wherein said main frame is constructed of metal.
- 6. The shower stall described in claim 1, wherein said main frame is designed to slidably engage and fittingly secure inside of said square channel of a conventional receiver hitch typically found on a motor vehicle, via a frictional fit.
- 7. The shower stall described in claim 1, wherein said vertical adjustment means, said vertical adjustment means used to adjust and lock said circular, shower curtain supporting member at a variety of positions linearly along said vertical member.
- 8. The shower stall described in claim 1, wherein when connected to said receiving hitch, said vertical member extends upward vertically a sufficient distance to facilitate the showering process.
- 9. The shower stall described in claim 1, wherein said vertical member is of a multi-piece construction, secured together via a frictional fit, so as to facilitate rapid assembly and disassembly and storage.
- 10. The shower stall described in claim 1, wherein said circular, shower curtain supporting member are of a multi-piece construction, secured together via a frictional fit, so as to facilitate rapid assembly and disassembly and storage.
- 11. The shower stall described in claim 1, wherein said circular, shower curtain supporting member designed to slidably engage linearly along said vertical member while said circular, shower curtain supporting member remains positioned in a horizontal plane.
RELATED APPLICATIONS AND DISCLOSURES
The present invention is a continuation of the Disclosure Document filed on Mar. 25, 1998. There are no previously filed, nor any copending applications anywhere in the world.
US Referenced Citations (14)