A drawer assembly for an appliance includes a front drawer guide fixed to a frame of the appliance including a front slide, the front slide defining a first sliding surface and a first receiving channel, a drawer body in slidable contact with the front drawer guide, and a rear drawer guide coupled to the drawer body, the rear drawer guide including a hook and a rear slide provided over the hook along the vertical direction, the rear slide defining a second sliding surface and a second receiving channel.

An apparatus for cleaning, storing or cooking items includes a housing formed by walls enclosing an internal space; at least one support arrangement removable from the housing; and at least one locking unit arranged at the support arrangement. The support arrangement includes at least one rail system having at least two rails connected together and moveable relative to each other and at least one support element. The locking unit includes at least one locking element which can be transferred between a blocking position and a free position, wherein, when the support arrangement is mounted to the housing, the locking unit is in its free state in which the locking element enables extension of the rail system. When the support arrangement is separated from the housing, the locking unit is in its blocking state in which the locking element blocks extension of the rail system with the formation of a positively locking relationship.

The invention relates to a telescoping pull-out device for household appliances and furniture, especially a pull-out system for an oven. The telescoping pull-out device includes a first telescoping rail mounted in such a way that it can be displaced between a retracted position and an extended position. The telescoping pull-out device operates in a manner which prevents an uncontrolled and/or undesired automatic extension of the telescoping rail. The telescoping pull-out device includes a catch element for catching the first telescoping rail in the retracted position.

The invention relates to a side grid for furniture or for a household appliance, in particular a cooking appliance, which has at least one horizontal rod for receiving carriers, wherein a drawer slide is fastened to the at least one rod by means of at least one quick-fastening element. The side grid is characterized in that at least one section of the at least one quick-fastening element is crimped to the rod by plastic deformation. The invention further relates to a method for fastening a drawer slide to a side grid.

Systems and methods for an oven include a housing, a heating chamber positioned within the housing, at least one oven door to provide access to the heating chamber, an external nesting rack positionable on or near the housing, and a movable cook surface, the movable cook surface movable between a position within the heating chamber and a position at least partially external to the heating chamber, such that when the movable cook surface is in the position at least partially external to the heating chamber, the movable cook surface is positioned at least partially recessed below a top surface of the external nesting rack. One or more heat packs can be included to provide variable forms of heat to the heating chamber.

A baking oven has a baking oven muffle, on which at least one pull-out guide is arranged. Each pull-out guide has a stationary guide rail and a movable running rail, wherein one or two side grids with at least one receptacle for a cooking good carrier is or are held on the running rail. The carrier is arranged between two of the side grids.

The present disclosure relates to a drawer-type microwave oven comprising a cooker body, a door, a first slide rail, a second slide rail, a driving motor, a magnetron and a first fan. The cooker body includes a housing and a cooking cavity provided within the housing. The magnetron and the first fan are provided in the third spacing region, the housing is provided with an air inlet mesh that is in communication with the third spacing region. Cold air entering from the air inlet mesh is guided to flow through the magnetron and the driving motor in sequence when the first fan works. When the drawer-type microwave oven works, the first fan draws the cold air into the third spacing region through the air inlet mesh, and the cold air flows through the magnetron and the driving motor in sequence, which can dissipate the heat from the driving motor well, thereby reducing the temperature of the driving motor and ensuring the long-term normal operation of the driving motor and prolonging its service life.

A household appliance or commercial appliance includes a housing surrounding an interior and a support device removable from the interior and a rail system with at least two rails connected to one another and movable relative to one another, and a support element. When the support device is in an installed state, the rail system is mounted on the housing such that the support element is movable relative to the housing by pulling out the rail system. A locking unit arranged on the support device has at least one locking element that can be transferred between a blocking state and a free state. When the support device is in its removed state physically separated from the housing, the locking unit blocks the rail system from being pulled out. When the support device is in its installed state, the locking element allows the rail system to be pulled out.

The underlying invention is directed to an appliance (1), in particular a cooking appliance, such as a baking oven (1). The appliance (1) comprises a cavity (2) comprising a back wall (3) and an opposite front opening (4), the cavity (2) defining in depth dimension (D) a maximum depth dimension (D.sub.max) for the accommodation of carriers (5), such as trays (5) or grids, a rack (7) comprising at least one carrier support (8, 17, 34), the rack (7) movably associated with the cavity interior (9) and having a depth extension (E) that is smaller than the maximum depth dimension (D.sub.max), a door (10) for opening and closing the front opening (4) and hinged to open to the outside, and a coupling member (11) providing a kinematic coupling between the rack (7) and the door (10) configured such that a pivoting movement of the door (10) is translated into a movement of the rack (7) in depth dimension (D).

An oven rack assembly and method of use includes an oven rack configured to support items to be cooked or otherwise heated within an oven cavity, a slide system coupled to the oven rack, and a subframe coupled to the slide system. The slide system is configured to move the oven rack between a retracted position and an extended position where the oven rack has moved forwardly relative to the retracted position. The subframe includes lateral support portions, where each of the support portions include an integral, downwardly depending movement restrictor for retaining the subframe in a stowed position within an oven cavity.