Abstract: The invention relates to an actuation device for pull-outs, shelf boards, flaps, or other such elements to be opened, particularly front elements of particularly kitchen and office furniture, kitchen appliances and flush-mounted appliances, product dispensing devices, and the like, having components comprising a corpus, wherein the element to be opened can be transferred into an open position relative to the corpus 2 by way of a drive unit 5, the drive unit 5 can be activated by way of control means, and the control means comprise a front body sound sensor 6 that is associated with the front element 3.

Abstract: A fitting for a corner cabinet accessible through a door has a support arranged stationarily in the interior of the corner cabinet for securing a shelf. The support has a guide member supporting the shelf and moving the shelf on a predetermined movement path from an inner position inside the cabinet into an outer position in front of a door opening of the corner cabinet. The guide member is pivotably connected to a bottom side of the shelf and pivotably connected to a corner cabinet wall. A pull-in device is operatively connected to the shelf and the guide member and automatically pulls in by an automatic pull-in action the shelf into the interior during a closing movement from the outer position into the innerposition. The automatic pull-in action begins at a predeterminable intermediate pivot position of the shelf during the closing movement.

Abstract: A fitting for a corner cabinet has a support with a guide member supporting and moving a shelf on a path from inside the corner cabinet into a position in front of a door opening. The guide member is pivotably connected to the shelf bottom and to a part of the corner cabinet. A follower device couples door and shelf during opening of the door. The follower device has a follower body connected to the door and a coupling member connected to the shelf. A follower pawl of the follower body, during opening of the door, is secured in coupled position on the coupling member and is decoupled from the coupling member as the shelf moves farther after the door has reached an open position. The follower pawl, after transfer of the shelf into an intermediate pivot position and/or into a closed position, is re-coupled to the coupling member.

Abstract: A corner cabinet has a rectangular interior accessible through a door opening. A support column with a vertical swivel axis is arranged in the interior for supporting at least one essentially semi-circular shelf. The shelf is movable from an interior position into an exterior position in which the shelf projects outwardly past a plane of the door opening. First and second guides are connected at a connecting point to the bottom side of each shelf, respectively. The first guide is pivotably connected to the support column. The second guide is connected to support bearing mounted near the door opening on a sidewall and having a swivel axis extending parallel to the swivel axis of the support column. The swivel movement of the shelf from the interior position to the exterior position is controlled commonly by the first and second guides.

Abstract: A corner cabinet has a rectangular interior accessible through a door opening. A support column with a vertical swivel axis is arranged in the interior for supporting at least one essentially semi-circular shelf. The shelf is movable from an interior position into an exterior position in which the shelf projects outwardly past a plane of the door opening. First and second guides are connected at a connecting point to the bottom side of each shelf, respectively. The first guide is pivotably connected to the support column. The second guide is connected to support bearing mounted near the door opening on a sidewall and having a swivel axis extending parallel to the swivel axis of the support column. The swivel movement of the shelf from the interior position to the exterior position is controlled commonly by the first and second guides.

Abstract: A telescoping slide has an outer part and an inner part that is telescopingly movable within the outer part. At least one slide bearing is arranged between the outer and inner parts for axially guiding the at least one inner part within the outer part. The slide bearing has at least one composite body having at least one dimensionally stable support layer and at least one elastic compensation layer. In an alternative, the slide bearing has at least one monolithic support member having a first side forming a sliding surface on a first one of the inner and outer parts and having a second side provided with shaped projections that in a mounted position of the slide bearing provide an elastic contact structure on a second one of the inner and outer parts.

Abstract: A pullout device for cabinet drawers has guide parts in the form of an upper and a lower pullout rail. A frame is movable arranged in an interior of a cabinet body so as to move on the guide parts. Shelf members are connected to the frame. The frame has a vertical longitudinal front support supporting a cabinet door and a vertical longitudinal rear support. The frame can be pulled out forwardly relative to the cabinet body in a direction of a central longitudinal plane that extends perpendicular to a front opening plane of the cabinet body from a storage position inside the cabinet body into an extended pullout position in front of the cabinet body. A support defines the extended pullout position such that the vertical longitudinal rear support is positioned at a spacing defining a spacer gap in front of the opening plane of the cabinet body.