Abstract: A multiple slide-out system for a recreational vehicle or the like includes a first slide-out section having a first floor, a first carriage abutting and affixed to the first floor, a first driven track affixed to the underside of the first carriage, and a first drive motor anchored to the floor of the vehicle to drive the first slide-out section relative to the vehicle. A second slide-out section which slides within the first slide-out section includes a second floor, a second carriage abutting and affixed to the second floor, a second driven track affixed to the underside of the second carriage, and a second drive motor anchored to top side of the first carriage to drive the second slide-out section relative to the first slide-out section.

Abstract: A structural assembly such as for use in constructing a living space of a recreational vehicle includes a wall with vertical rails at the top and bottom. The rails fitting into complementary recess within floor and ceiling members. The bottom rail has a curved cross section and fits into a complementary shaped curved channel in a floor member such that to assemble the wall to the floor, the wall is rested on the floor member at an angle and is then tilted upright to lock it to the floor member. A first keeper is then placed into a gap between the wall and the floor member, and acts in compression to prevent rotation of the wall. A second keeper has portions that fit into recesses in the wall and the ceiling members, respectively. The second keeper acts in tension to prevent vertical separation of the wall and the ceiling.

Abstract: A vehicle suspension system includes a trailing arm, an air spring, and a shock absorber for providing a smooth ride in a vehicle. A bracket pivotally mounts one end of the trailing arm to the frame of the vehicle while the other end of the trailing arm is joined to the frame by a shock absorber and an air spring. The shock absorber and the air spring both extend from the trailing arm to the frame and mount to the trailing arm at a position rearward of the axle. The shock absorber is mounted to the trailing arm rearward of the air spring.

Abstract: A stepwell cover apparatus for use in a vehicle having a stepwell including a step that is located below the floor of the vehicle. The apparatus includes a horizontal cover that may be retracted to a position below the floor in order to expose the steps of the stepwell and may be extended to a position flush with the floor in order to conceal the steps of the stepwell. In addition, the stepwell cover apparatus includes a drive mechanism for driving the horizontal cover between the fully extended and the fully retracted positions, a guide mechanism for guiding the horizontal cover during movement and pivot members that cooperate with the drive and guide mechanisms to raise the horizontal cover to a level flush with the floor when the cover reaches the fully extended position.

Abstract: A latch mechanism for a door has first and second latches, a handle, a first cam connected to the first and second latches, a second cam and a third cam connected to the handle such that movement of the handle operates the first and second latches by transmitting movement from the third cam to the first cam through the second cam. One or more rods may be used to connect the latches and or handle. The first handle may simultaneously operate the first and second latches. A second handle may also be provided for simultaneously operating the latches. The first cam includes a finger and the second cam includes a projection that is selectively engageable with the finger. Movement of the third cam causes movement of the projection which in turn causes movement of the first cam when the projection is engaged with the finger of the first cam. The first and second latches may be locked by disengaging the projection and the finger.

Abstract: A stepwell cover mechanism is provided for selectively covering a stepwell cavity in a trailer. The cover mechanism broadly comprises: a cover plate (with an outboard and inboard end) for covering the stepwell cavity; an activator for selectively positioning the cover plate between a retracted position (below floor level and inboard of the stepwell cavity) and an extended position (substantially flush with floor level); and a guide assembly for accurately moving the outboard and inboard ends of the cover plate between the retracted and extended positions. The guide assembly further comprises a first guide assembly for positioning the outboard end of the cover plate between the retracted and extended positions and a second guide assembly for positioning the inboard end of the cover plate between the retracted and extended positions.

Abstract: A flexible plumbing assembly for use in a trailer with an extensible cabin having rigid plumbing that can be moved between a retracted position wherein the extensible cabin is substantially inside the trailer and an extended position wherein the extensible cabin is substantially outside the trailer. The flexible plumbing assembly comprising a flexible hose connecting the trailer rigid plumbing to the cabin rigid plumbing, a sliding guide for horizontally moving the connection of the flexible hose to the cabin rigid plumbing at a constant elevation relative to the cabin floor as the cabin rigid plumbing moves with the cabin between the extended and retracted positions, and hose guide for ensuring that material in the flexible hose moves in the proper direction as the cabin moves between the extended and retracted positions.

Abstract: An adjustable tray table for a motor vehicle is disclosed. A base is fixed to a dashboard in the vehicle, and a platform is attached to the base. The platform or tray table has two sides and a substantially flat surface, and is adapted for movement between an extended position and a retracted storage position. When in the retracted storage position the platform closely conforms to the contour of the vehicle dashboard, and projects outwardly therefrom when in the extended position. Slidably engaging rails are provided to controllably direct the platform between the active and retracted storage positions.

Abstract: A flexible plumbing assembly is provided for use in a trailer with an extensible cabin having rigid plumbing that can be moved between a retracted position wherein the extensible cabin is substantially inside the trailer and an extended position wherein the extensible cabin is substantially outside the trailer. The flexible plumbing assembly comprises a flexible hose connecting the trailer rigid plumbing to the cabin rigid plumbing, a sliding guide for horizontally moving the connection of the flexible hose to the cabin rigid plumbing at a constant elevation relative to the cabin floor as the cabin rigid plumbing moves with the cabin between the extended and retracted positions, and a hose guide for ensuring that material in the flexible hose moves in the proper direction as the cabin moves between the extended and retracted positions.

Abstract: A trailer having a slideout mechanism for moving an extensible cabin between a retracted position wherein the cabin is substantially inside the trailer and an extended position wherein the cabin is substantially outside the trailer. The slideout mechanism comprising an extension assembly for positioning the cabin between the retracted and extended positions and a leveling assembly for vertically positioning the cabin floor between a raised position wherein the cabin floor is substantially above the trailer floor and a lowered position wherein the cabin floor is substantially level with the trailer floor. In one embodiment, the leveling assembly comprises a frame member having a predetermined profile for controlling the vertical movement of the outboard end of the cabin floor as the cabin is positioned between the retracted and extended positions. In other embodiments, the leveling assembly comprises a cam assembly or a riser assembly for controlling the vertical position of the cabin floor.