Systems and methods for accessible salon chairs in accordance with embodiments of the invention are disclosed. In one embodiment, an accessible salon chair is provided and comprises: a backrest; a rotatable base around a vertical axis; a set of rotatable armrests capable of being folded; a foldable seat that is connected to the backrest via at least one rotatable hinge, is capable of being folded and locked to accommodate the wheelchair; a platform comprising a flat surface and a base, is located below the foldable seat and capable of receiving and holding the wheelchair; a ramp connected to the platform and able to receive the wheelchair; and a pumping device connected to a bottom of the base of the platform capable of adjusting the height of the salon chair.

An armrest assembly includes: a fixation bracket part which is fixed to both of left and right ends of a seat plate part and has an inner space having an open upper side; a lifting part provided at the upper part of the fixation bracket part to be movable in an upward/downward direction; a tilting arm pad part provided at the upper end of the lifting part to be tiltable and slidable in a forward/backward direction; and a safety cover part which inter-operates when the tilting arm pad part is tilted and does not inter-operate when the tilting arm pad is slid, and covers a part between the lifting part and the tilting arm pad part. The tilting arm pad part has a sliding guide slot formed therein to enable a sliding movement thereof in the forward/backward direction with respect to the safety cover part.

A body support assembly includes a seat assembly and backrest assembly supported by a tilt control assembly. Methods of using and assembling the body support assembly are provided.

A chair assembly includes a seat support structure, a back support structure, a back tensioning assembly adjustable between low and high tension positions, an actuator assembly adapted to adjust the back tensioning assembly between the low and high tension positions, a control input assembly actuable by rotating the portion of the control input assembly, and a control link assembly operably coupling the control input assembly with the actuator assembly to adjust the back tensioning assembly between the low and high tension positions upon rotation of the portion of the control assembly by a seated user, wherein a number of rotations of the portion of the control input assembly is not limited by the control link.

A seating unit component assembly comprises a support component that includes a first surface adapted to abut a seated user, a second surface opposite the first surface, a first end surface, a second end surface opposite the first end surface, and a pair of side surfaces extending between the first and second end surfaces, and a cover having a plurality of sides that cooperate to form an interior space that receives the support component therein, wherein the cover includes a first portion comprising a non-fabric substantially flexible thermoplastic material covering at least a portion of at least one of the side surfaces of the support component, a second portion comprising a fabric covering at least a portion of the first surface and at least a portion of the first end surface of the support component, and a third portion comprising a substantially rigid overlay covering at least a portion of the second end surface and at least a portion of the second surface.

A foldable glider chair has a base and gliding seat frame pivotally connected to the base to allow relative movement of the gliding seat member relative to the base in a reciprocating fashion in a direction parallel to the length edges of the seat. The base and gliding seat frame are foldable in tandem.

The armrest structure includes a connecting seat having a sleeve. A height adjustment rod is disposed in the sleeve and has two symmetric boards. Each of the boards is formed with recesses. A receiving room is formed between the two boards. An elevation rod is disposed in the sleeve. An end of the elevation rod has a projection received in the receiving room. Another end of the elevation rod has a connecting seat with a cylinder and a spring. An armrest set has a tube and an armrest connected atop the tube. The tube is received in the sleeve and sheathes the height adjustment rod and elevation rod. A top of the tube is formed with a channel for receiving a trigger. A fixing bar passes through the projection and is embedded into one of the recesses.

A seating unit component assembly comprises a support component that includes a first surface adapted to abut a seated user, a second surface opposite the first surface, a first end surface, a second end surface opposite the first end surface, and a pair of side surfaces extending between the first and second end surfaces, and a cover having a plurality of sides that cooperate to form an interior space that receives the support component therein, wherein the cover includes a first portion comprising a non-fabric substantially flexible thermoplastic material covering at least a portion of at least one of the side surfaces of the support component, a second portion comprising a fabric covering at least a portion of the first surface and at least a portion of the first end surface of the support component, and a third portion comprising a substantially rigid overlay covering at least a portion of the second end surface and at least a portion of the second surface.

A chair assembly includes a base assembly, a seat assembly having a pair of side edges and a fore-to-aft extending longitudinal centerline, a back assembly movable between upright and reclined positions, and an arm assembly including an arm base extending from a first location between the side edges to a second location laterally outward of one of the side edges, wherein the arm base extends at an acute angle with respect to the longitudinal centerline and at an upward angle from the first location toward the second location, a support assembly supported by and extending upwardly from the arm base, and an armrest supported by the support assembly that is adjustable to support the armrest between a plurality of selected vertical positions, wherein the arm assembly and back assembly move at a different rate from one another as the back assembly is moved between the upright and reclined positions.

A support chair has a base with wheels, a support post with a translation mechanism, a power system with controls, an upper seat portion having a downward-extending post engaging the support post and engaging the translation mechanism such that the chair portion raises and lowers, a back-support portion hinged to the seat portion, a leg-support portion hinged to the seat portion, a plurality of attachment interfaces implemented to frame elements of the support chair, and at least one multiply-articulated peripheral support assembly having a padded surface at one end and a support interface at an opposite end, the support interface enabled to join to any one of the attachment interfaces implemented to the frame elements.