Abstract: A seal assembly for sealing an interface between a structure having a side wall having an opening therein and a slide-out compartment that may be extended and retracted through the opening includes a first channel attached to the side wall and a complementary second channel attached to the compartment. The first channel includes a pair of wiper seals. The second channel is movable with respect to the first channel such that a flange of the second channel may be received within an interior of the first channel in engagement with the pair of wiper seals.

Abstract: An apparatus for moving a slide-out room disposed in an aperture of a side wall of a vehicle from a retracted position to an extended position in a drive direction. The apparatus includes a drive assembly supported by the side wall of the vehicle and a driven assembly driven by the drive assembly. The driven assembly is connected to a wall of the slide-out room such that the slide-out room moves with the driven assembly from the retracted position to the extended position in the drive direction and the driven assembly is movable in a transverse direction generally perpendicular to the drive direction relative to the wall of the slide-out room. The room is extended and retracted horizontally and moved between upper and lower positions vertically in a square Z or square h pattern.

Abstract: A seal assembly for sealing an interface between a structure having a side wall having an opening therein and a slide-out compartment that may be extended and retracted through the opening includes a first channel attached to the side wall and a complementary second channel attached to the compartment. The first channel includes a pair of wiper seals. The second channel is movable with respect to the first channel such that a flange of the second channel may be received within an interior of the first channel in engagement with the pair of wiper seals.

Abstract: An apparatus for moving a slide-out room disposed in an aperture of a side wall of a vehicle from a retracted position to an extended position in a drive direction. The apparatus includes a drive assembly supported by the side wall of the vehicle and a driven assembly driven by the drive assembly. The driven assembly is connected to a wall of the slide-out room such that the slide-out room moves with the driven assembly from the retracted position to the extended position in the drive direction and the driven assembly is movable in a transverse direction generally perpendicular to the drive direction relative to the wall of the slide-out room. The room is extended and retracted horizontally and moved between upper and lower positions vertically in a square Z or square h pattern.

Abstract: A seal is provided for a slide-out room of a recreational vehicle. The slide-out room is movable in a range of positions including a retracted position and an extended position. The seal is compressible between the slide-out room and a side wall of the vehicle and includes at least one sensor capable of detecting a force or a lack thereof on the seal, to indicate if adequate compression of the seal has been achieved in a stop position of the room or if there is an obstruction in between the stop positions.

Abstract: A control system for a slide-out room of a recreational vehicle includes a number of room slides which move the slide-out room between retracted and extended positions. If multiple room slides are used, a controller synchronizes the movement of the room slides to prevent damage to the components of the system. The retracted and extended positions of the slide-out room can be reset by the end user. The controller is also capable of detecting faults and communicating faults to the user via LEDs on a control panel. The controller automatically stops the motion of the slide-out room if a fault is detected. The control system includes a lock which is automatically disengaged before motion of the slide-out room. The lock is also automatically engaged when the slide-out room moves to the retracted position.

Abstract: A slide-out room system for a vehicle includes a slide-out room movably connected to the vehicle and at least four room slides supported by the vehicle and operable to move the slide-out room relative to the vehicle. A first of the four room slides is disposed in a first quadrant of the slide-out room, a second of the four room slides is disposed in a second quadrant of the slide-out room, a third of the four room slides is disposed in a third quadrant of the slide-out room, and a fourth of the four room slides is disposed in a fourth quadrant of the slide-out room. The system further includes a controller operatively connected to each of the four room slides for independently controlling the motion of the four room slides and synchronizing the motion of the four room slides to move the quadrants in concert with one another.

Abstract: The invention provides a seal for a slide-out room of a recreational vehicle. The slide-out room is movable in a range of positions including a retracted position and an extended position. The seal is compressible between the slide-out room and a side wall of the vehicle and includes at least one sensor capable of detecting a force or a lack thereof on the seal, to indicate if adequate compression of the seal has been achieved in a stop position of the room or if there is an obstruction in between the stop positions.

Abstract: A control system for a slide-out room of a recreational vehicle includes a number of room slides which move the slide-out room between retracted and extended positions. If multiple room slides are used, a controller synchronizes the movement of the room slides to prevent damage to the components of the system. The retracted and extended positions of the slide-out room can be reset by the end user. The controller is also capable of detecting faults and communicating faults to the user via LEDs on a control panel. The controller automatically stops the motion of the slide-out room if a fault is detected. The control system includes a lock which is automatically disengaged before motion of the slide-out room. The lock is also automatically engaged when the slide-out room moves to the retracted position.

Abstract: A slide-out mechanism for laterally moving a platform relative to a stationary floor fixed to a vehicle between a retracted position and an extended position which is easily assembled and adjusted. The mechanism includes a first member fixed relative to the platform, and a second member telescopically mounted to the first member for slidable movement between an extended position and retracted position. A rail shaft cage mounted to the first member has a pair of sides with a slot formed in each of the sides, and a rail shaft assembly having a rotatable shaft, wherein the shaft is supported by the slots. In one embodiment, the slide-out mechanism includes bearings having inner and outer races mounted on the shaft, and each bearing outer race is supported by the slot cradle. A portion of the slot and the outer race are polygonal shaped, and the bearing inner race is eccentrically mounted in the outer race, wherein rotating the outer race in the cradle changes the relation between the shaft and the first member.

Abstract: A slide-out mechanism for laterally moving a platform relative to a stationary floor fixed to a vehicle between a retracted position and an extended position which is easily assembled and adjusted. The mechanism includes a first member fixed relative to the platform, and a second member telescopically mounted to the first member for slidable movement between an extended position and retracted position. A rail shaft cage mounted to the first member has a pair of sides with a slot formed in each of the sides, and a rail shaft assembly having a rotatable shaft, wherein the shaft is supported by the slots. In one embodiment, the slide-out mechanism includes bearings having inner and outer races mounted on the shaft, and each bearing outer race is supported by the slot cradle. A portion of the slot and the outer race are polygonal shaped, and the bearing inner race is eccentrically mounted in the outer race, wherein rotating the outer race in the cradle changes the relation between the shaft and the first member.