A carrying device and a folding method thereof are disclosed. The carrying device includes a seat assembly, a front-leg assembly and a rear-leg assembly. The front-leg assembly includes an upper frame, a lower frame, a first transmission member and a second transmission member. The upper frame is disposed at the lower frame. The first transmission member is disposed at the upper frame and corresponded to the second transmission member. The rear-leg assembly disposed at the lower frame includes a third transmission member disposed corresponding to the second transmission member, a rear-leg frame, and a connector connecting the rear-leg frame with the lower frame. When the upper frame moves relative to the lower frame, the first transmission member drives the third transmission member to move by the second transmission member to link the connector to make the rear-leg frame approach or move away from the lower frame.

A portable chair may include a first front leg and a second front leg connected by a front sled and a first back leg and a second back leg connected by a back sled. The front sled may include a first front foot and a second front foot and the back sled may include a first back foot and a second back foot. Each of the feet attached to the front and back sleds may include retention feature holes configured to allow water to drain from the sled/foot interface. The portable chair may further include a seat including a seat frame border including a plurality of protrusions. The seat frame border may be rigidly attached to the seat via an injection molding process. In addition, the portable chair may have a cup holder assembly that can detachably attach to either of the front legs of the chair. The cup holder assembly may have a cup holder portion that can rotate relative to the clamp member to be able to mount to either leg. The cup holder can also rotate around either of the legs without being removed when the chair is in a folded configuration to make it easier to carry the chair.

A folding chair includes front and rear supports that fold and/or retract into central beams to reduce the space occupied by the chair in a folded configuration. A backrest is coupled to the central beams with a hub that allows an angle of the backrest relative to the central beams to be selected and for the backrest to be folded flat relative to the central beams. One or more actuators and pin actuators may control the relative movements of the backrest, front support, rear support, and central beams.

A foldable chair includes a frame, a seat pivotably coupled to the frame, and a leg pivotably coupled to the seat. The foldable chair is easily transitionable between folded and unfolded states. The frame, the seat, and the leg are substantially coplanar with one another when the foldable chair is in the folded state.

A foldable chair includes a frame, a seat pivotably coupled to the frame, and a leg pivotably coupled to the seat. The foldable chair is easily transitionable between folded and unfolded states. The frame, the seat, and the leg are substantially coplanar with one another when the foldable chair is in the folded state.

A folding chair comprising: a first structure including a pair of front legs and a backrest, a second structure including a pair of rear legs movable with respect to the first structure between an open position and a closed position, and a seat movable about an articulation axis between a lowered position and a raised position, wherein the seat comprises: a support frame pivoting about said articulation axis between a lowered position and a raised position, a seating element movable with respect to the support frame along a direction transverse with respect to said articulation axis, and at least one transmission mechanism configured to move the seating element along said direction between a first position corresponding to the lowered position of the support frame and a second position corresponding to the raised position of the support frame.

A folding chair comprising: a first structure including a pair of front legs and a backrest, a second structure including a pair of rear legs movable with respect to the first structure between an open position and a closed position, and a seat movable about an articulation axis between a lowered position and a raised position, wherein the seat comprises: a support frame pivoting about said articulation axis between a lowered position and a raised position, a seating element movable with respect to the support frame along a direction transverse with respect to said articulation axis, and at least one transmission mechanism configured to move the seating element along said direction between a first position corresponding to the lowered position of the support frame and a second position corresponding to the raised position of the support frame.

An Outdoor chair comprising a chair body, said chair body having front support leg on both sides, said front support leg having rear support leg extended laterally on the sides of said front support leg, said front support leg being connected to said rear support leg by means of a pivot axis, said front support leg being rotate and fold around the pivot axis, a recess and an arcuate mounting path being provided at the connection between said front support leg and said rear support leg, and said front support leg being provided with a large spacer corresponding to said recess, a small spacer sliding on said arcuate mounting path, the spacer being able to share the pressure borne by the bolt and reduce the friction between the bolt and the threaded hole.

An Outdoor chair comprising a chair body, said chair body having front support leg on both sides, said front support leg having rear support leg extended laterally on the sides of said front support leg, said front support leg being connected to said rear support leg by means of a pivot axis, said front support leg being rotate and fold around the pivot axis, a recess and an arcuate mounting path being provided at the connection between said front support leg and said rear support leg, and said front support leg being provided with a large spacer corresponding to said recess, a small spacer sliding on said arcuate mounting path, the spacer being able to share the pressure borne by the bolt and reduce the friction between the bolt and the threaded hole.

A portable adjustable chair is disclosed comprising a seating area for receiving a person having a front portion and a back portion. A front support connected to the front portion of the seating area for supporting the front portion of the seating area is also provided and a back support connected to the back portion of the seating area for supporting the back portion of the seating area. The chair also has a fulcrum member allowing movement of the back support and removing support for the back portion of the seating area provided by the back support while allowing the front support to support the front portion of the seating area and a support member connected to the seating area to support the back portion of the seating area when the back support is not supporting the back portion of the seating area.