An ottoman linkage is provided that moves a footrest from a closed position to an extended position. The ottoman linkage includes a front ottoman link coupled to a seat mounting plate, and an outside ottoman link pivotally coupled to the front ottoman link. A rear ottoman link is coupled to the seat mounting plate and the outside ottoman link. An inside ottoman link is pivotally coupled on a first end to the front ottoman link, and pivotally coupled on a second end to a footrest bracket, the inside ottoman link being generally in-line with the outside ottoman link when the mechanism is in an extended position, and the outside ottoman link having a width that obscures the inside ottoman link from view.

A recliner system, including a suspension point adapted to be mounted onto an upright anchor and to extend outwardly therefrom. The recliner system further includes a support platform and a plurality of cords, each attached to the support platform at two attachment points and suspended from the suspension point. The support platform is adjustable between an upright position and a reclined position by pulling on at least a subset of the plurality of cords.

A chair for providing support to a user's spine to improve posture and for providing ways for the user to perform exercises. The chair may include a flexible connection that enables a back support to move side to side through a sidebending range of motion of the user. The back support, which may include a flexible chair spine, may be configured to adapt to the curvature of the user's spine when the user is seated in the chair. A seat of the chair may include channels and vents to improve air circulation within the seat.

A chair for providing support to a user's spine to improve posture and for providing ways for the user to perform exercises. The chair may include a flexible connection that enables a back support to move side to side through a sidebending range of motion of the user. The back support, which may include a flexible chair spine, may be configured to adapt to the curvature of the user's spine when the user is seated in the chair. A seat of the chair may include channels and vents to improve air circulation within the seat.

An adjustable seating assembly is disclosed having a base with a first end, a second end opposite the first end, and a length extending from the first end to the second end. A frame assembly has a pair of support legs coupled to the base along the length. A seating-support surface is disposed above the base and coupled to the frame assembly. A chest-support surface is disposed above the base and coupled to the frame assembly and the chest-support surface is orientated at an acute angle with respect to the seating-support surface. The pair of the support legs are selectively translatable along the length of the base in a first direction and a second direction opposite the first direction so as to selectively rotate the chest-support surface and the seating-support surface simultaneously while maintaining the acute angle between the chest-support surface and the seating-support surface during the rotation.

The present invention relates to an anti-pinch headrest regulating mechanism comprising a headrest part, a backrest part, a pushrod motor having a unidirectional push force, a hinge device and two tension springs; Wherein the headrest part is rotatably hinged to the backrest part through the hinge device; wherein the base end of the pushrod motor is rotatably connected to the backrest; wherein the pushrod of the pushrod motor is rotatably connected to the headrest part; wherein the tension springs impose a reset force on the headrest part and the backrest part when the pushrod is propelled by the pushrod motor to extend to push the headrest part far from the backrest part.

A stuffed chair with one or more seats, in particular an armchair or a couch, has a seat, a backrest, and at least one mobile part, which is configured to move relative to a fixed part due to the action of an actuating device supplied with power by a rechargeable battery housed inside a containing box; the containing box being mounted in the stuffed chair and opening up outwards in correspondence to an outer surface of the stuffed chair to allow access to the rechargeable battery.

A stuffed chair with one or more seats, in particular an armchair or a couch, has a seat, a backrest, and at least one mobile part, which is configured to move relative to a fixed part due to the action of an actuating device supplied with power by a rechargeable battery housed inside a containing box; the containing box being mounted in the stuffed chair and opening up outwards in correspondence to an outer surface of the stuffed chair to allow access to the rechargeable battery.

A medical rehabilitation chair includes a main frame, multiple castor devices mounted on the bottom of the main frame, and two armrest boards mounted on two sides of the main frame. A telescopic damping driver, a seat frame assembly, a backrest frame assembly, a leg support assembly, a lifting mechanism, and a foot support assembly are assembled on the main frame. The seat frame assembly has a front section connecting the leg support assembly and a rear section connecting the backrest frame assembly. The telescopic damping driver drives the backrest frame assembly, the seat frame assembly, and the leg support assembly, to produce different swinging angles. The lifting mechanism drives the seat frame assembly to lift or lower. The foot support assembly is movable in a horizontal direction to protrude from the front section of the main frame.

A medical rehabilitation chair includes a main frame, multiple castor devices mounted on the bottom of the main frame, and two armrest boards mounted on two sides of the main frame. A telescopic damping driver, a seat frame assembly, a backrest frame assembly, a leg support assembly, a lifting mechanism, and a foot support assembly are assembled on the main frame. The seat frame assembly has a front section connecting the leg support assembly and a rear section connecting the backrest frame assembly. The telescopic damping driver drives the backrest frame assembly, the seat frame assembly, and the leg support assembly, to produce different swinging angles. The lifting mechanism drives the seat frame assembly to lift or lower. The foot support assembly is movable in a horizontal direction to protrude from the front section of the main frame.