A drawer arrangement includes a drawer sidewall having a locking device including a locking lever pre-stressed by a spring, and a wall element to be transversely connected to the drawer sidewall. The wall element, in a connected condition with the drawer sidewall, includes a fastening surface facing towards the drawer sidewall, and a bearing surface facing away from the fastening surface. A furniture fitting separate from the wall element connects the wall element to the drawer sidewall, and the furniture fitting is to be releasably locked to the locking lever of the locking device of the drawer sidewall. The furniture fitting, when the wall element is connected with the drawer sidewall, bears at least partially against the bearing surface of the wall element so that the wall element is held on the drawer sidewall by the locking of the furniture fitting with the locking device of the drawer sidewall.

A drawer release mechanism has a handle having ends, a cylindrical portion and a flange. A pair of end cap interfaces are engaged to the ends of the handle. The end cap interfaces have rotational shafts, cylindrical receiving portions, receiving slots, and flange slots. A pair of end caps are exterior to the end cap interfaces, the end caps have flange recesses, rotation surfaces, shaft openings, and cam receiving areas, where the rotational shafts are disposed through the shaft openings, the receiving portions are adjacent to the rotation surfaces, and the flange slots are disposed in the flange recesses. The end caps are attached to a drawer. A cam is engaged to each of the rotational shafts. Each cam includes a shaft receiver, an actuator support and a cam actuator. The cams engage levers to release a drawer from a cabinet upon actuation of the handle.

A drawer release mechanism has a handle having ends, a cylindrical portion and a flange. A pair of end cap interfaces are engaged to the ends of the handle. The end cap interfaces have rotational shafts, cylindrical receiving portions, receiving slots, and flange slots. A pair of end caps are exterior to the end cap interfaces, the end caps have flange recesses, rotation surfaces, shaft openings, and cam receiving areas, where the rotational shafts are disposed through the shaft openings, the receiving portions are adjacent to the rotation surfaces, and the flange slots are disposed in the flange recesses. The end caps are attached to a drawer. A cam is engaged to each of the rotational shafts. Each cam includes a shaft receiver, an actuator support and a cam actuator. The cams engage levers to release a drawer from a cabinet upon actuation of the handle.

A refrigerator appliance includes a cabinet and a drawer slidably mounted within the cabinet. The drawer includes a drawer body and a door attached to the drawer body via a linkage such that the door is movable relative to the drawer body between a closed position and an open position.

A refrigerator appliance includes a cabinet and a drawer slidably mounted within the cabinet. The drawer includes a drawer body and a door attached to the drawer body via a linkage such that the door is movable relative to the drawer body between a closed position and an open position.

A refrigerator having a first storage compartment having a first storage space defined therein, a door disposed on the first storage compartment to open and close the first storage space, a drawer-receiving portion defined in the first storage space; a storage drawer configured to be extendable from and retractable into the drawer-receiving portion, and an actuator disposed on a bottom face of the drawer-receiving portion, wherein the actuator is configured to move the storage drawer in an extended direction as the storage drawer is pressed in a retracted direction.

A drawer release mechanism has a handle having ends, a cylindrical portion and a flange. A pair of end cap interfaces are engaged to the ends of the handle. The end cap interfaces have rotational shafts, cylindrical receiving portions, receiving slots, and flange slots. A pair of end caps are exterior to the end cap interfaces, the end caps have flange recesses, rotation surfaces, shaft openings, and cam receiving areas, where the rotational shafts are disposed through the shaft openings, the receiving portions are adjacent to the rotation surfaces, and the flange slots are disposed in the flange recesses. The end caps are attached to a drawer. A cam is engaged to each of the rotational shafts. Each cam includes a shaft receiver, an actuator support and a cam actuator. The cams engage levers to release a drawer from a cabinet upon actuation of the handle.

A drawer release mechanism has a handle having ends, a cylindrical portion and a flange. A pair of end cap interfaces are engaged to the ends of the handle. The end cap interfaces have rotational shafts, cylindrical receiving portions, receiving slots, and flange slots. A pair of end caps are exterior to the end cap interfaces, the end caps have flange recesses, rotation surfaces, shaft openings, and cam receiving areas, where the rotational shafts are disposed through the shaft openings, the receiving portions are adjacent to the rotation surfaces, and the flange slots are disposed in the flange recesses. The end caps are attached to a drawer. A cam is engaged to each of the rotational shafts. Each cam includes a shaft receiver, an actuator support and a cam actuator. The cams engage levers to release a drawer from a cabinet upon actuation of the handle.

The invention relates to a rack for a cabinet, preferably a corner cabinet, comprising at least two shelves, which can be rotated about an axis and can be slid transversely to the axis. The shelves can be operated independently of each other, can be arranged one over the other, and can be slid on shelf supports. The shelves are mounted on the shelf supports in such a way that rotation by 360 is enabled. Each shelf not mounted on a bottom of the cabinet is mounted on at least one support, which can be fastened to a stable wall in a rear region of the cabinet and is arranged in such a way that the height of the support can be varied.

A lifting desk where one end of the bottom of a fork-type lifting frame is translationally hinged with one side portion of a base, and one end of the top of the lifting frame is translationally hinged with one side portion of a bottom surface of a desk board. The other end of the bottom of the fork-type lifting frame is hinged with the other side portion of the base via a pin, and the other end of the top of the lifting frame is hinged with the other side portion of the desk board via a pin. A driving device for controlling the rise or fall of the fork-type lifting frame is fixed on the base. The driving device is fixedly connected with a connecting rod.