A screw-free drawer structure includes a front board, a rear board, two side boards, and a bottom board. The side boards are foldably connected to opposite sides of the bottom board. An upper end of a junction of each side board and the rear board is detachably connected through an elastic fastener that is in snap-fit with a fastener hole. A junction of each side board and the front board is detachably connected through an elastic expansion member that is elastically expanded to be in snap-fit with an engaging hole. Therefore, the screw-free assembly of the drawer structure is realized, and the assembly of the drawer structure is convenient and easy.

A screw-free drawer structure includes a front board, a rear board, two side boards, and a bottom board. The side boards are foldably connected to opposite sides of the bottom board. An upper end of a junction of each side board and the rear board is detachably connected through an elastic fastener that is in snap-fit with a fastener hole. A junction of each side board and the front board is detachably connected through an elastic expansion member that is elastically expanded to be in snap-fit with an engaging hole. Therefore, the screw-free assembly of the drawer structure is realized, and the assembly of the drawer structure is convenient and easy.

A full access frame can be designed with a thin frame with stiles that are about half the width of conventional stiles, such that inner sides of the stiles and rails include hidden/blind connection points to facilitate hidden or blind mounting of the full access frame to cabinet sides with mounted dowel connectors that attach to the hidden/blind connection points. A framed full access cabinet includes a full access frame mounted on front of a cabinet box, such that drawer rails and door hinges can be mounted on inner cabinet sides of the cabinet box. The dowel connectors and the hidden/blind connection points can be respectively slide-in dowels and slide-in inserts or alternatively snap-in dowels and snap-in inserts.

A full access frame can be designed with a thin frame with stiles that are about half the width of conventional stiles, such that inner sides of the stiles and rails include hidden/blind connection points to facilitate hidden or blind mounting of the full access frame to cabinet sides with mounted dowel connectors that attach to the hidden/blind connection points. A framed full access cabinet includes a full access frame mounted on front of a cabinet box, such that drawer rails and door hinges can be mounted on inner cabinet sides of the cabinet box. The dowel connectors and the hidden/blind connection points can be respectively slide-in dowels and slide-in inserts or alternatively snap-in dowels and snap-in inserts.

A securing device (1) for securing a front panel of a drawer to a drawer frame, having a holding element (2) for securing to the front panel and a closing element (3) for securing to the drawer frame. A spring (44) is operatively connected to the closure (50). The closure (50) is implemented for exposing a holding region of the holding element (2) in an open rotational position of the closure (50), and for blocking the holding region in a closed position of the closure (50). A transmission element (60) is hinged to the closure by a rotating/sliding connection on the closure side spaced apart from the rotary axis of the closure. A rotating/sliding connection on the opener side having a first bearing element (64) is disposed on the transmission element (60) opposite the rotating/sliding connection on the closure side. The rotating/sliding connection on the opener side produces a connection to a displaceably supported opener (70). The rotating/sliding connection on the opener side comprises a first and a second control curve (92, 93) in which the first bearing element (64) is guided, and the two control curves (92, 93) intersect. The transmission element (60) is preferably implemented having a plurality of parts and comprises a plurality of lever arms (60.1, 60.2). The transmission element (60) is particularly preferably implemented as a toggle lever.

A securing device (1) for securing a front panel of a drawer to a drawer frame, having a holding element (2) for securing to the front panel and a closing element (3) for securing to the drawer frame. A spring (44) is operatively connected to the closure (50). The closure (50) is implemented for exposing a holding region of the holding element (2) in an open rotational position of the closure (50), and for blocking the holding region in a closed position of the closure (50). A transmission element (60) is hinged to the closure by a rotating/sliding connection on the closure side spaced apart from the rotary axis of the closure. A rotating/sliding connection on the opener side having a first bearing element (64) is disposed on the transmission element (60) opposite the rotating/sliding connection on the closure side. The rotating/sliding connection on the opener side produces a connection to a displaceably supported opener (70). The rotating/sliding connection on the opener side comprises a first and a second control curve (92, 93) in which the first bearing element (64) is guided, and the two control curves (92, 93) intersect. The transmission element (60) is preferably implemented having a plurality of parts and comprises a plurality of lever arms (60.1, 60.2). The transmission element (60) is particularly preferably implemented as a toggle lever.

A connecting pin for fastening a first furniture part to a second furniture part, includes a fastening portion for fastening the connecting pin to the first furniture part, and a holding portion for connecting the connecting pin to the second furniture part. The holding portion of the connecting pin includes a connecting portion facing the fastening portion, the connecting portion being a protrusion or a recess for connecting the second furniture part to the connecting pin in a form-locking manner. A head portion is spaced from the connecting portion along a longitudinal direction of the connecting pin by a neck portion. In a condition in which the connecting pin is fixed to the first furniture part via the fastening portion, at least two different second furniture parts can be alternatively connected to the connecting pin by the connecting portion in a form-locking manner and/or by the head portion in a force-locking manner.

A drawer assembly is provided with a bottom panel sized to receive and support articles. A rear upright panel is in cooperation with the bottom panel. A pair of spaced apart upright side panels is in cooperation with the bottom panel. A front upright panel is spaced apart from the rear upright panel, and in cooperation with the bottom panel. A series of connectors is provided at intersections of the pair of upright side panels with the rear upright panel and with the front upright panel and oriented in an upright direction to assemble the pair of upright side panels to the rear upright panel and the front upright panel by sliding in the upright direction.

A domestic appliance has a width in a horizontal direction and a height in a vertical direction. The appliance includes a main housing; and a first door attached to the main housing. The first door has a rear portion, the rear portion being positionally fixed in the horizontal direction relative to the housing, a door retainer attachable to the rear portion such that the door retainer is locatable at a plurality of different positions relative to the rear portion, and a door skin, the door skin being removably attached to the door retainer.

A fastening device for releasably fixing a front panel to a drawer, in particular to a drawer sidewall, includes at least two connecting elements configured to be mounted to the front panel and at least two locking devices associated to the drawer for, preferably releasably, locking the two connecting elements. At least one cable is provided to connect the at least two locking devices to one another.