A telescopic extension with a stationary inner rail and an outer rail mounted so as to be movable relative to the stationary inner rail between an insertion end position and an extension end position in an insertion direction and an extension direction opposite thereto. The telescopic rail is provided and designed for detachable mounting on a side rack which includes a front vertical grid bar and a rear vertical grid bar spaced apart therefrom and substantially parallel thereto, and at least one support bracket which has a horizontal section and, at opposite ends of the horizontal section, front and rear end sections which are each angled substantially perpendicularly with respect to the horizontal section, the front end section being connected to the front vertical grid bar and the rear end section being connected to the rear vertical grid bar.

Provided is a cooking apparatus. The cooking apparatus includes a cabinet having a cooking space therein, a tray on which an object to be cooked is placed on a top surface thereof, and a pair of elevation devices configured to connect both side surfaces of the inside of the cabinet to both side surfaces of the tray, the pair of elevation devices being configured so that the tray is insertable into and withdrawable from the cooking space. Each of the pair of elevation devices includes a fixed rail fixed to a side surface of the cabinet, a movable rail configured to move in a front and rear direction along the fixed rail in a state of being connected to the fixed rail, and an arm member having one end rotatably connected to an outer surface of the movable rail and the other end connected to a side surface of the tray to elevate the tray. The arm member includes a front arm and a rear arm, which are disposed to be spaced apart from each other in the front and rear direction.

A heating cooking apparatus includes a housing, a lid portion, a rail member, and a slide member. The housing includes an opening opened toward a first direction, and an outer peripheral portion disposed on an outer periphery of the opening. The lid portion includes a plate-like member that opens and closes the opening. The rail member is disposed in the housing and extends in the first direction. The slide member is disposed on the lid portion and extends from the lid portion in a direction opposite to the first direction. The slide member includes a main body portion that moves relative to the rail member and a protruding portion protruding upward from an end portion of the main body portion in the first direction side. The protruding portion is in contact with a first face of the plate-like member.

The fastening element provides easy detachably connection between a guide rail and a side panel and can be used in a baking oven, dishwasher, refrigerator, or similar appliances. The fastening element includes a first retaining element lying below a horizontal bar of a side panel, especially for ovens, which prevents the fastening element being withdrawn in a direction parallel to the vertical bar, and a second retaining element attached to the guide rail which engages behind an angled end region of the horizontal bar and prevents fastening element being withdrawn in a direction parallel to the horizontal bar. The fastening element further includes a resilient lug which at least partially encloses a section of the horizontal bar. The fastening element is disengaged from the horizontal bar such that the resilient lug is manually bent down.

A pull-out guide for a microwave cooking appliance or an industrial oven includes a body rail and a running rail that is movable relative thereto, for depositing a carrier. The pull-out guide includes an electrical contact for electrically contacting the running rail with the body rail.

A guide device for guiding a goods carrier within a housing has at least two guide units which are each, at a transverse distance from one another, on the one hand fixed to the housing and on the other hand coupled to the goods carrier, and which guide the goods carrier through a traversing movement between a slid-in operating position and a pulled-out position in which it is at least partially drawn out of the housing, a synchronisation device is provided in order to synchronise the movement of the guide units during the traversing movement of the goods carrier coupled to the guide units.

A heating appliance, in particular an oven, has a housing enclosing a heatable interior, wherein the interior is bounded at the rear by a rear wall and at the front by a door, which in a closed position closes a housing opening allowing access to the interior, wherein at least one product support for products to be heated, which can be removed from the housing after the door has been opened, is accommodated in the housing, a bulkhead movably guided by guide means between an operating position located in the region of the rear wall and a closed position, in which it is pulled out into the region of the housing opening and closes the housing opening substantially completely, is located in the interior.

The present invention relates to a telescopic slide with at least one first slide element and a second slide element, wherein the slide elements each have two running surfaces, wherein rolling bodies accommodated in a rolling-body cage are arranged on the running surfaces of the first slide element and rolling bodies accommodated in a rolling-body cage are arranged on the two running surfaces of the second slide element, and wherein the slide elements can be moved along against each other between a retracted position and an extended position. It is proposed according to the invention to design such a telescopic slide for use in a microwave oven such that the slide elements each have at least one electrically conductive contact element, wherein the contact elements are designed and arranged on the slide elements in such a way that in the retracted position either the contact elements are directly in engagement with each other or that the contact element of the first slide element and the contact element of the second slide element are each in engagement with an electrically conducting conductive element that is moved concomitantly with the rolling-body cage, with the result that in the retracted position there is an electrically conducting connection between the first and the second slide elements and in at least one position other than the retracted position the electrically conducting connection is broken.

An oven rack assembly (2000) can be used with an oven (128) having sets of liner ribs (1004). The oven rack assembly (2000) includes an oven rack (208), slide system (2018) and subframe (2040). The oven rack assembly (2000) also includes a retention/release assembly (2060) for facilitating retention of a position of the subframe (2040) onto liner ribs (2004) and for facilitating release of the subframe (2040) when a user wishes to remove or move the assembly (2000) from the oven. Attachment plates (2065) can also be included, with the plates (2065) mounted to side stampings (2022). The oven rack assembly (2000) also includes protruding forms (2122) on the subframe (2040) which interact with forms (2124) positioned along the liner ribs (2004) to prevent tipping of the subframe (2040) when the oven rack (2008) is moved to an extended position.

The invention relates to a fastening element for fixing a component (11) at a side grid (10) comprising multiple rods (10.1), the fastening element (20) comprising an upper holding section (21), a lower holding section (22) and a middle section (23) being arranged between the upper and lower holding section (21, 22), wherein the upper and lower holding sections (21, 22) are adapted to encompass a rod (10.1) at an upper side in order to enable hanging arrangement of the fastening element (20) on the side grid (10) by a top-down movement and wherein the fastening element (20) further comprises a lock portion (24), the lock portion (24) being reversibly deformable between a locked and an unlocked state, the lock portion (24) being further adapted to interact with a lower side of a rod (10.1) in the locked state in order to avoid unhooking of the fastening element (20) in said locked state.