The present disclosure relates to an assembly-type chair and provides an assembly-type chair that has a specific structure, thereby conveniently storing and transporting the chair with a minimized volume, and has a structure in which a chair body part including a seat plate and a backrest is rotatable, thereby effectively storing a plurality of chairs by stacking the chairs in the horizontal direction so as to be in close contact with each other.

A folding chair that includes a seat portion, a first frame, the first frame including a back and two first parallel legs, the two first legs being monolithic with the back, the first frame being hinged to the seat portion at the two first legs on two opposite sides of the perimetric edge of the seat portion, and a second frame, the second frame including two second parallel and mutually integral legs, the second frame being pivoted to the first frame at two crossing regions of one of the second legs with a respective one of the first legs.

A chair having a separately configured seating assembly and backrest that move together upon reclining movement of a user. The seat assembly can be pivoted between a lowered, seating position and a raised, nesting position. The backrest can be pivoted between an upright position and a reclined position. The seat assembly includes a seat that is movable along seat frame sub-assembly that includes a pair of glide tracks upon the reclining movement of the backrest. A bias member of the seat assembly urges the seat into a retracted position and the backrest into an upright position. The seat assembly is pivotally mounted to the support frame of the chair such that the entire seat assembly can be pivoted to a raised, nesting position. The seat assembly can also be pivoted to a lowered, seating position to allow multiple chairs to be stacked.

A chair having a separately configured seating assembly and backrest that move together upon reclining movement of a user. The seat assembly can be pivoted between a lowered, seating position and a raised, nesting position. The backrest can be pivoted between an upright position and a reclined position. The seat assembly includes a seat that is movable along seat frame sub-assembly that includes a pair of glide tracks upon the reclining movement of the backrest. A bias member of the seat assembly urges the seat into a retracted position and the backrest into an upright position. The seat assembly is pivotally mounted to the support frame of the chair such that the entire seat assembly can be pivoted to a raised, nesting position. The seat assembly can also be pivoted to a lowered, seating position to allow multiple chairs to be stacked.

A foldable chair comprises a seat (1) and a back (2) available according to at least an angular position in which an angular distance between the same is minimum and another angular position in which the angular distance between the same is maximum; and first rotational means configured to define a first axis of rotation and arranged for a first relative angular movement between the seat (1) and the back (2); in addition to second rotational means configured to define a second axis of rotation and arranged for a second relative angular movement between the seat (1) and the back (2). In accordance with this arrangement, the first rotational means and the second rotational means are arranged independently with respect to one another for independent angular movements of the seat (1) and of the back (2) with respect to one another.

Chair (10, 100) with a seat section (14, 104), an underframe (12, 102) which supports seat section (14), and a seat back (16, 106), in which the seat back (16, 106) is mounted on underframe (12, 102) such that it may be pivoted around a rear transverse axis (26, 120) oriented crosswise to chair (10, 100), and seat section (14, 104) is at least partially deformable and is supported or reinforced by at least one stiff supporting element (28, 122) extending from the bottom end of seat back (16, 106) in the direction of seat section (14, 104) and being rigidly connected with seat back (16, 106), such that when a pivoting movement of seat back (16, 106) occurs, a portion of seat section (14, 104) positioned in front of the end of supporting element (28, 122) is raised or lowered depending on the direction of pivoting.

A folding chair, comprising: seat portion, a first frame, the first frame comprising a back and two first parallel legs, the two first legs being monolithic with the back, the first frame being hinged to the seat portion at the two first legs on two opposite sides of the perimetric edge of the seat portion, second frame, the second frame comprising two second parallel and mutually integral legs, the second frame being pivoted to the first frame at two crossing regions of one of the second legs with a respective one of the first legs.

The chair is entirely made of plastic-based material.

The present disclosure relates to an assembly-type chair and provides an assembly-type chair that has a specific structure, thereby conveniently storing and transporting the chair with a minimized volume, and has a structure in which a chair body part including a seat plate and a backrest is rotatable, thereby effectively storing a plurality of chairs by stacking the chairs in the horizontal direction so as to be in close contact with each other.

A stacking chair with a frame connected to a rotating seating portion and backrest portion each of the seating portion and backrest portion having matching profiles such that when stacked the weight of the chairs is distributed across facing surfaces that nest together due to matching profiles, the seating portion may rotate through an angle of rotation greater than 90 degrees and the seating and/or backrest portions may include a injection molded foam interior surrounding an internal frame and with a removable cover on the outside of the foam.

A stacking chair with a frame connected to a rotating seating portion and backrest portion each of the seating portion and backrest portion having matching profiles such that when stacked the weight of the chairs is distributed across facing surfaces that nest together due to matching profiles, the seating portion may rotate through an angle of rotation greater than 90 degrees and the seating and/or backrest portions may include a injection molded foam interior surrounding an internal frame and with a removable cover on the outside of the foam.