Abstract: A spring back hinge interconnects a backrest frame to a chair seat frame or is mountable to just the chair base frame, the spring back hinge being optionally fittable with a lever actuated locking assembly and the spring back hinge being fittable on a single side or both sides, alternative back rest frames being fittable to the spring back hinge.

Abstract: A convertible seating unit has noncoplanar sleeper-base sections. A mid-seat deck is highest, a back deck slightly lower and a seat deck considerably lower. The relative heights of the decks and corresponding thicknesses of their respective cushions provide a sleeping support surface for comfortably supporting a person's mass. With the unit in the sleeping configuration, the mid-seat deck is highest and its cushion thinnest (relative to those of the seat deck and back decks), and the seat deck is lowest and its cushion thickest.

Abstract: An auto-adjustable armrest mechanism for reclining seats is disclosed. The armrest mechanism causes the armrests to follow a more natural movement of an occupant's arms when adjusting the seatback to different angles. The armrest mechanism utilizes a cam that rotates in response to movement of the seatback relative to the seat base. A rod connected to the rotatable armrest is in communication with and, in turn, responsive to the rotation of the cam for defining an auto-adjustable angle between the seatback and the armrest.

Abstract: A spring back hinge interconnects a backrest frame to a chair seat frame or is mountable to just the chair base frame, the spring back hinge being optionally fittable with a lever actuated locking assembly and the spring back hinge being fittable on a single side or both sides, alternative back rest frames being fittable to the spring back hinge.

Abstract: A spring back hinge interconnects a backrest frame to a chair seat frame or is mountable to just the chair base frame, the spring back hinge being optionally fittable with a lever actuated locking assembly and the spring back hinge being fittable on a single side or both sides, alternative back rest frames being fittable to the spring back hinge.

Abstract: A convertible seating unit is adaptable for use in different applications (e.g., motor home, travel trailer, hospital room, commercial, and residential). A frame and linking mechanism reduces the number of steps required to position the unit between seat and bed configurations. The mechanism includes seat and mid seat sections that are attached via a set of articulating linkage which provide that when the seat front is lifted and pulled up/outward, support feet automatically extend without secondary motion by the user. Once the support feet are supported by the floor, a back section is rotated forward from its seat to its bed position, thus completing conversion from a chair to a bed.

Abstract: A convertible seating unit has noncoplanar sleeper-base sections. A mid-seat deck is highest, a back deck slightly lower and a seat deck considerably lower. The relative heights of the decks and corresponding thicknesses of their respective cushions provide a sleeping support surface for comfortably supporting a person's mass. With the unit in the sleeping configuration, the mid-seat deck is highest and its cushion thinnest (relative to those of the seat deck and back decks), and the seat deck is lowest and its cushion thickest.

Abstract: An auto-adjustable armrest mechanism for reclining seats is disclosed. The armrest mechanism causes the armrests to follow a more natural movement of an occupant's arms when adjusting the seatback to different angles. The armrest mechanism utilizes a cam that rotates in response to movement of the seatback relative to the seat base. A rod connected to the rotatable armrest is in communication with and, in turn, responsive to the rotation of the cam for defining an auto-adjustable angle between the seatback and the armrest.

Abstract: Disclosed is a convertible sofa bed including a seat frame, a back frame, a support structure, a first and second linkage assembly pivotally coupling the seat frame to the back frame pivotally coupling the seat frame to the support structure and pivotally coupling the back frame to the support structure, and an electrical drive assembly coupled to the first and second linkage assemblies. The electrical drive assembly includes a motor mounted to the support structure, a first and second cable drive rotatably coupled to and extending from the motor, first and second threaded drive screws having an external thread, and first and second right angle gear boxes mounted to first and second aft portions of the support structure. The electrical drive assembly also includes first and second drive nut assemblies mounted to respective first and second linkage assemblies and respective threaded drive screws.