A convertible furniture system or futon includes a convertible frame assembly that is mountable in an interior space and is deployable between a bench configuration and a flat, bed configuration. The frame assembly includes a back frame and a bottom frame that are pivotably coupled together and coordinate to form either the bench configuration that provides a user an upright seat or the bed configuration that provides the user a flat, substantially horizontal bed to lie down on. A user can maneuver the system from the bench configuration into the bed configuration and vice versa. The system may be installed inside of various interior living quarters, including inside of mobile vehicles. The system includes various support elements mounted to the interior space, the support element may be selectively engaged to support the system in the bed or bench configurations and during deployment and stowage of the system.

A convertible furniture system or futon includes a convertible frame assembly that is mountable in an interior space and is deployable between a bench configuration and a flat, bed configuration. The frame assembly includes a back frame and a bottom frame that are pivotably coupled together and coordinate to form either the bench configuration that provides a user an upright seat or the bed configuration that provides the user a flat, substantially horizontal bed to lie down on. A user can maneuver the system from the bench configuration into the bed configuration and vice versa. The system may be installed inside of various interior living quarters, including inside of mobile vehicles. The system includes various support elements mounted to the interior space, the support element may be selectively engaged to support the system in the bed or bench configurations and during deployment and stowage of the system.

A folding bed system includes a bed frame having a head section, a center section, and a foot section. The center section is connected to first and second slide mechanisms, and the head section is connected to first and second guide mechanisms. The slide and guide mechanisms are connectable to opposed walls of a structure. In some embodiments, a hinge assembly for a folding structure includes a center post securable to the center section, and a connecting bracket movably coupled with the center post that is vertically displaceable on the center post between a down position and an up position. A forward bracket is secured at one end to the connecting bracket and is securable at an opposite end to the head section, and an aft bracket is secured at one end to the connecting bracket and is securable at an opposite end to the foot section.

This invention relates to a bed comprising: a support frame (2); a bed frame (9) having a proximal and distal end opposite to each other; a support and motion system configured to support and move the bed frame relative to the support frame, and comprising: a first support (30) that is moveable along the support frame, and is connected to the proximal end; a support beam (50); a second support (40) that is moveable along the support frame, and is connected to an end of the support beam, wherein an opposite end of the support beam is connected to the bed frame at a position in between the proximal and distal end; and an actuator system (31,41) to independently move the first and second support along the support frame allowing the bed frame to be positioned in orientations parallel and perpendicular to the support frame.

This invention relates to a bed comprising: a support frame (2); a bed frame (9) having a proximal and distal end opposite to each other; a support and motion system configured to support and move the bed frame relative to the support frame, and comprising: a first support (30) that is moveable along the support frame, and is connected to the proximal end; a support beam (50); a second support (40) that is moveable along the support frame, and is connected to an end of the support beam, wherein an opposite end of the support beam is connected to the bed frame at a position in between the proximal and distal end; and an actuator system (31,41) to independently move the first and second support along the support frame allowing the bed frame to be positioned in orientations parallel and perpendicular to the support frame.

A convertible furniture system or futon includes a convertible frame assembly that is mountable in an interior space and is deployable between a bench configuration and a flat, bed configuration. The frame assembly includes a back frame and a bottom frame that are pivotably coupled together and coordinate to form either the bench configuration that provides a user an upright seat or the bed configuration that provides the user a flat, substantially horizontal bed to lie down on. A user can maneuver the system from the bench configuration into the bed configuration and vice versa. The system may include an actuator, such as a spring mechanism or motorized linear actuator. The system includes various support elements mounted to upright walls and the support elements may be selectively engaged to support the system in the bed or bench configurations and during deployment and stowage of the system.

A convertible furniture system or futon includes a convertible frame assembly that is mountable in an interior space and is deployable between a bench configuration and a flat, bed configuration. The frame assembly includes a back frame and a bottom frame that are pivotably coupled together and coordinate to form either the bench configuration that provides a user an upright seat or the bed configuration that provides the user a flat, substantially horizontal bed to lie down on. A user can maneuver the system from the bench configuration into the bed configuration and vice versa. The system may include an actuator, such as a spring mechanism or motorized linear actuator. The system includes various support elements mounted to upright walls and the support elements may be selectively engaged to support the system in the bed or bench configurations and during deployment and stowage of the system.

An automated wall bed comprises a movable support defining opposite lateral sides and head and foot ends for supporting a mattress thereon, A movement imparting device provides for moving the movable support between a folded up position and a folded down position. A bracket assembly is mounted to each later side of the movable support and in communication with the movement imparting device and comprises a strength-adjustment device comprising springs for storing mechanical energy. When moving the movable support between the folded up and folded down positions, the strength-adjustment device provides mechanical energy to the movement imparting device, thereby providing for less mechanical energy to be used by the movement imparting device. A sensor provides for sensing a predetermined weight on the mattress. A controller is in communication with the movement imparting device and the sensor for receiving the weight amount detected by the sensor and for controlling the movement imparting device based on the detected weight, The controller provides for stopping the movement imparting device from moving the movable support from the folded down position to the folded up position when the predetermined weight is detected.

An automated wall bed comprises a movable support defining opposite lateral sides and head and foot ends for supporting a mattress thereon, A movement imparting device provides for moving the movable support between a folded up position and a folded down position. A bracket assembly is mounted to each later side of the movable support and in communication with the movement imparting device and comprises a strength-adjustment device comprising springs for storing mechanical energy. When moving the movable support between the folded up and folded down positions, the strength-adjustment device provides mechanical energy to the movement imparting device, thereby providing for less mechanical energy to be used by the movement imparting device. A sensor provides for sensing a predetermined weight on the mattress. A controller is in communication with the movement imparting device and the sensor for receiving the weight amount detected by the sensor and for controlling the movement imparting device based on the detected weight, The controller provides for stopping the movement imparting device from moving the movable support from the folded down position to the folded up position when the predetermined weight is detected.

A sliding mattress accessory is used with an existing mattress support system coupled to an RV slide-out. The accessory includes a secondary deck with a fixed head section, a long deck section and a hinge. The system also includes two long sliding rails longitudinally aligned and mounted to the secondary deck's bottom surface and the primary deck's top surface used with the existing mattress support system. The system includes at least one support mounted on the top surface of the primary deck that supports the fixed head section. The two sliding rails and the fixed support are the same height so the entire secondary deck is elevated approximately 3 inches above the primary deck. A lock mechanism prevents the secondary deck from moving longitudinally over the primary deck. When assembled, the secondary platform is aligned and registered over the primary deck, and a mattress is placed over the secondary deck.