A chair has a seat support, a seat portion, a back portion, and a supporting frame. The supporting frame is formed by a castored base, a height adjustment mechanism, and a main transom. The seat portion is selectively moveable relative to the supporting frame, with the seat portion having a locked configuration and a released configuration. The back portion has a back frame and a compliant cover. The back frame has hood features for receiving a portion of the compliant cover. The back portion is reclinable relative to the supporting frame between an upright position and a reclined position. A recline mechanism has deformable members operatively connecting the seat portion and the supporting frame. A recline resistance mechanism is selectively engageable to resist movement of the back portion toward the reclined position.

A foldable bench having a seat and front support members that may be rotated between a folded position and an unfolded position includes a backrest, first and second front support members, a seat, and a latch. The front support members are mounted to the font of the backrest and rotate laterally between a folded and unfolded position. The seat is mounted to the front of the backrest and rotates vertically between a folded and unfolded position. In the folded position, the seat is sandwiched between the backrest and the front support members. In the unfolded position, the seat prevents the front support members from rotating inwards to the folded position. The seat is supported in an unfolded position by seat supports located on each of the front support members, which are received by receivers in the seat. A latch located on one of the arms selectively engages an opening in the seat to secure the seat in the unfolded position.

A foldable bench having a seat and front support members that may be rotated between a folded position and an unfolded position includes a backrest, first and second front support members, a seat, and a latch. The front support members are mounted to the font of the backrest and rotate laterally between a folded and unfolded position. The seat is mounted to the front of the backrest and rotates vertically between a folded and unfolded position. In the folded position, the seat is sandwiched between the backrest and the front support members. In the unfolded position, the seat prevents the front support members from rotating inwards to the folded position. The seat is supported in an unfolded position by seat supports located on each of the front support members, which are received by receivers in the seat. A latch located on one of the arms selectively engages an opening in the seat to secure the seat in the unfolded position.

Provided is an injection molded panel having a top side and a bottom side. The panel is configured with at least an elastic portion, the elastic portion including a plurality of undulating deformable strands intersecting with one another at rigid connecting locations, the rigid connecting locations alternatingly extending at opposite sides of the panel at alternating top peaks and bottom peaks, the peaks defining together the respective top side and the bottom side.

Provided is an injection molded panel having a top side and a bottom side. The panel is configured with at least an elastic portion, the elastic portion including a plurality of undulating deformable strands intersecting with one another at rigid connecting locations, the rigid connecting locations alternatingly extending at opposite sides of the panel at alternating top peaks and bottom peaks, the peaks defining together the respective top side and the bottom side.

A bamboo seat and a bamboo stool are provided. The bamboo seat includes two side frames and bamboo piece components. The two side frames are spaced apart and are arranged from left to right. Each of the side frames extends from front to rear. Mortises are defined on an inner side surface of each of the side frames. The mortises defined on each of the side frames are arranged at intervals from front to rear. The bamboo piece components are arranged at intervals from front to rear. A gap is formed between every two adjacent bamboo piece components. Two ends of each of the bamboo piece components are respectively inserted into corresponding mortises on the two side frames to be tightly matched and fixed to the side frames. Each of the bamboo piece components is formed by stacking at least three bamboo pieces.

A bamboo seat and a bamboo stool are provided. The bamboo seat includes two side frames and bamboo piece components. The two side frames are spaced apart and are arranged from left to right. Each of the side frames extends from front to rear. Mortises are defined on an inner side surface of each of the side frames. The mortises defined on each of the side frames are arranged at intervals from front to rear. The bamboo piece components are arranged at intervals from front to rear. A gap is formed between every two adjacent bamboo piece components. Two ends of each of the bamboo piece components are respectively inserted into corresponding mortises on the two side frames to be tightly matched and fixed to the side frames. Each of the bamboo piece components is formed by stacking at least three bamboo pieces.

Provided is an injection molded panel having a top side and a bottom side. The panel is configured with at least an elastic portion, the elastic portion including a plurality of undulating deformable strands intersecting with one another at rigid connecting locations, the rigid connecting locations alternatingly extending at opposite sides of the panel at alternating top peaks and bottom peaks, the peaks defining together the respective top side and the bottom side.

A seating arrangement includes a support shell including a seat portion and a chair back portion each configured to support a seated user, the chair seat portion having a front region and a rear region and the chair back portion having an upper region and a lower region, where the rear region of the seat portion is coupled to the lower region of the chair back portion, a control member including a substantially flexible front support and an attachment point, where the front support engages the support shell in the front region of the seat portion and the control member engages the back portion, and a substantially rigid second support attached to the control member at the attachment point, wherein the control member is an integral, one-piece component including multiple flex regions configured to allow the support shell to move between an upright and reclined position.

A seating arrangement includes a support shell including a seat portion and a chair back portion each configured to support a seated user, the chair seat portion having a front region and a rear region and the chair back portion having an upper region and a lower region, where the rear region of the seat portion is coupled to the lower region of the chair back portion, a control member including a substantially flexible front support and an attachment point, where the front support engages the support shell in the front region of the seat portion and the control member engages the back portion, and a substantially rigid second support attached to the control member at the attachment point, wherein the control member is an integral, one-piece component including multiple flex regions configured to allow the support shell to move between an upright and reclined position.