Embodiments provides a cable tensioning system comprising a mounting plate assembly with a mounting plate and a retraction cam mounted to the mounting plate and configured to pivot about a primary axis, wherein the retraction cam comprises a cam body and a spur body having a cable sheave groove, wherein the mounting plate assembly is fixedly secured to a mounting fixture of a leg rest of a seat, and wherein the cable sheave groove is configured to receive a cable fixed to extension frame of the leg rest, the extension frame being movable relative to the mounting fixture.

A convertible chair adapted for conversion between a sitting configuration and a kneeling configuration includes_a base support, a knee-back rest movably coupled to the base support by a pivot arm, a seat movably coupled to the base support by a coupling mechanism, and a connecting arm linking the pivot arm and the seat. The seat is arranged to move relative to the base support between a first seat position corresponding to the sitting configuration and a second seat position corresponding to the kneeling configuration. The pivot arm is arranged to pivot relative to the base support between a first pivot arm position in which the knee-back rest is in a first knee-back rest position for use as a back rest and a second pivot arm position in which the knee-back rest is in a second knee-back rest position for use as a knee rest.

A dual-axis adjustment device is provided. The adjustment device comprises a pivoting component configured to allow a top component of a furniture piece to rotate about a first axis with respect to a stand, and a lock component configured to allow the top component to slide relative to the stand along a second axis (BB). The pivoting component and the lock component are arranged along a common axis (AA), the first axis is a rotational axis, and the common axis (AA) is co-axial with the first axis and perpendicular to the second axis (BB). Further disclosed are a leg rest comprising a top component, a stand and a dual-axis adjustment device, and a method of manufacturing a dual-axis adjustment device.

The present disclosure relates to a movable seat with a mechanical stretching device. The movable seat includes a frame assembly connected to the mechanical stretching device and the frame assembly includes a seat frame configured to support a seating portion of the movable seat, an armrest frame fixedly connected to the seat frame, and a backrest frame configured to support a backrest of the movable seat, where the backrest frame includes a lower frame section and an upper frame section, the upper frame section transitions to the lower section via a stepped portion, and a rear part of the armrest frame includes a curved extending section, and a gap is formed between the armrest frame and the upper frame section.

A hook assembly system for attaching an accessory to a portion of a furniture item comprises a mounting frame attachable to the portion of the furniture item or forming part of the furniture item. The mounting frame comprises a pair of mounting bars, each of the pair of mounting bars comprising a first mounting bar and a second mounting bar; an accessory configured to be attached to the mounting frame; and a hook assembly, wherein the hook assembly comprises: at least one frame bracket, which includes a base portion and a pair of hooks extending from the base portion, the pair of hooks configured to be attached to the mounting frame, the base portion attachable to the accessory; wherein the pair of mounting bars is spaced apart with a distance in a range of 190 millimeters to 200 millimeters.

A footrest assembly for attachment to a chair is provided. The footrest assembly comprises a mounting frame configured to be attached to a seat portion of the chair, the mounting frame comprising a pair of brackets, a recliner frame comprising a first portion configured to be slidably received by the pair of brackets, and a second portion configured to support a footrest, the first portion pivotably connected to the second portion to define a recliner angle therebetween, and an actuator assembly configured to allow adjustment of the recliner angle between the first portion and the second portion, the actuator assembly comprises a gas spring configured to urge the second portion to an extended position, the extended position corresponding to a maximum allowable recliner angle. Further disclosed are a chair comprising a seat portion and a footrest assembly installed to the seat portion, and a method of manufacturing a footrest assembly.

Provided are a chair frame and a chair. The chair frame supports a human waist and back by using a waist support assembly and supports human legs and feet by using a footstool assembly. Meanwhile, when the waist support assembly is unfolded, driven by a second support rod, a second end of a first support rod can swing toward the footstool assembly with a junction between a first end of the first support rod and the second support rod as a rotation center to increase an included angle between a waist support bracket and a seat cushion bracket, that is, increasing an unfolded angle of a backrest and achieving the zero gravity effect. The chair can improve the chair comfort by applying the preceding chair frame.

A linear actuator and linkage system for an ottoman of a powered chair is disclosed an comprises an ottoman support upon which an ottoman is to be supported, a frame member, a plurality of linkage members operatively connecting the ottoman support to the frame member and for moving the ottoman support between a first closed/retracted position and a second open/extended position, and a linear actuator operatively connected to the plurality of linkage members for exerting a push force, in a first horizontally oriented direction, upon the plurality of linkage members, and for exerting a pull force in a second oppositely oriented horizontal direction upon the plurality of linkage members, the horizontally oriented forces providing the system with an enhanced mechanical advantage for easily moving the ottoman support. The powered chair is also uniquely adapted for use as a theater seat within stadium-type seating.

The present application discloses a multifunctional iron frame and seat, including a driving mechanism, a leg support mechanism, and a linkage mechanism. The leg support mechanism includes a leg support skeleton and a support plate. The linkage mechanism is connected between the driving mechanism and the leg support skeleton. When the multifunctional iron frame is rotated from a sitting state to a first position, the leg support skeleton rotates relative to the seat frame, and a rotation radius of the support plate at the first position is not greater than in the sitting state. When the multifunctional iron frame is rotated from the first position to a lying state, the leg support skeleton rotates relative to the seat frame and the support plate slides relative to the leg support skeleton. The rotation radius of the support plate in the first position is smaller than that in the lying state.

The present disclosure discloses a deck chair with a support foot and a linked folding and unfolding mechanism, including a back rest portion, a chair seat portion, a footstool portion, and a linked folding and unfolding mechanism, wherein the support foot is disposed in back of the back rest portion; the linked folding and unfolding mechanism includes a folding and unfolding rod and a linkage rod; one end of the folding and unfolding rod is cooperatively hinged to the support foot; an upper portion of the support foot is cooperatively hinged to the back rest portion; when the back rest portion changes from a vertical state to a lie-low state, the support foot is supported by the folding and unfolding rod, and an angle between the support foot and the back rest portion gradually increases.