Abstract: A chair having a synchronously moving seat bottom and seat back includes a frame having a seat bottom support portion and a seatback support portion and a seat assembly having a seat bottom and a seat back interconnected by a flexible intermediate portion. The seat bottom is slidably mounted to side support members in the bottom frame providing forward and aft movement of the seat bottom. The seat back is pivotably engaged to the seat back support portion of the frame. The flexible intermediate portion provides for cooperative movement of the seat bottom and seat back between an upright seating position and a reclined position. Preferably, the seat assembly is a one piece molded plastic shell having a flexible intermediate portion interconnecting the seat bottom and seat back. In one embodiment of the invention, the chair can be provided with legs to enable stacking of the chairs.

Abstract: A chair having a synchronously moving seat bottom and seat back includes a frame having a seat bottom support portion and a seatback support portion and a seat assembly having a seat bottom and a seat back interconnected by a flexible intermediate portion. The seat bottom is slidably mounted to side support members in the bottom frame providing forward and aft movement of the seat bottom. The seat back is pivotably engaged to the seat back support portion of the frame. The flexible intermediate portion provides for cooperative movement of the seat bottom and seat back between an upright seating position and a reclined position. Preferably, the seat assembly is a one piece molded plastic shell having a flexible intermediate portion interconnecting the seat bottom and seat back. In one embodiment of the invention, the chair can be provided with legs to enable stacking of the chairs.

Abstract: The kitchen furniture assembly is made in the form of a rigid self-bearing framework (4) featuring two side upright members (5) with interconnecting cross-members and support brackets (8, 9), on which modular floor-mount cabinets (1) and modular wall-mount cabinets (2) are capable of resting, respectively, in their installed position.

Abstract: A chair having a synchronously moving seat bottom and seat back includes a frame having a seat bottom support portion and a seatback support portion and a seat assembly having a seat bottom and a seat back interconnected by a flexible intermediate portion. The seat bottom is slidably mounted to side support members in the bottom frame providing forward and aft movement of the seat bottom. The seat back is pivotably engaged to the seat back support portion of the frame. The flexible intermediate portion provides for cooperative movement of the seat bottom and seat back between an upright seating position and a reclined position. Preferably, the seat assembly is a one piece molded plastic shell having a flexible intermediate portion interconnecting the seat bottom and seat back. In one embodiment of the invention, the chair can be provided with legs to enable stacking of the chairs.

Abstract: An adjustable chair structure comprises a support frame of substantially L-shape conformation supported by a base in the form of an upright column supported on a set of radial feet carried on castors. The L-shape support frame has a horizontal arm for supporting a seat part of a seat body, and an upright (i.e. vertical or inclined at an acute angle to the vertical) arm which supports a seat back part of the seat body. The seat part is connected to the seat back part by means of a flexible tongue projecting from the middle of the rear edge of the seat part of the seat body, which tongue has notches by which the position of the seat back with respect to the seat part can be determined.