Julius Blum GmbH

An arrangement is provided for assembling a body construction, in particular a base cabinet. At least four vertical supports each include a first fastening device for tool-free assembly of at least one first surface element parallel to the vertical support, and at least one second fastening device for tool-free assembly of at least one second surface element transverse to the vertical support.

An ejection device is provided for moving a movable furniture part from a closed position in the direction of an open position. The ejection device includes a housing, an ejection means movable relative to the housing for transmitting force from the ejection device to the movable furniture part in the opening direction, an energy storage device for applying force to the ejection means, and a locking device for inhibiting movement of the ejection means in a locking position of the locking device in the direction of the open position. The locking device can be unlocked via the ejection means both by applying pressure to the ejection means in the closing direction and by pulling on the ejection means in the opening direction by a release device separate from the locking device and the ejection means, so that the ejection means can be released in the opening direction.

An ejection device for moving a movable furniture part from a closed position in the direction of an open position includes a housing, an ejection means movable relative to the housing for transmitting force from the ejection device to the movable furniture part in the opening direction, an energy storage device for applying force to the ejection means, and a locking device for inhibiting movement of the ejection means in a locking position of the locking device in the direction of the open position. The ejection device includes a release means separate from the locking device and the ejection means for contacting the locking device, in particular directly. The release means is pivotably arranged on the ejection device and has a contact contour, in particular a contact surface, with which the locking device can be contacted in two separate contact positions.

An arrangement includes a container having two side walls and a container rear wall, and a guide device for movement of the container relative to a fixed furniture part. A current interface for supplying a current sink with energy is arranged on the guide device and/or the container to be coupled with the container. In the use position of the arrangement, the current interface is arranged behind the container rear wall and/or the side walls, preferably at the end side behind one of the two side walls, of the container. A current interface is arranged on the guide device so that, when mounting or demounting the container, the container can be automatically coupled to/decoupled from the current interface, and/or a current interface includes a magnet or magnetic contact with which a current sink can be connected to a current source of the fixed furniture part in a current-conducting manner.

A method for moving a movable furniture part relative to a stationary furniture part along a guiding mechanism by an electric drive device for automatically moving certain regions of the movable furniture part relative to the stationary furniture part via an electric motor, includes the following method steps preferably in chronological order: determining a model of the movable furniture part depending on a static dataset stored in a memory unit using a microcontroller including a computing unit and the memory unit that either is or can be connected to the computing unit in a data-transmitting manner; manually moving the movable furniture part either from an open position or a position between the open position and a closed position towards the closed position, and/or vice versa; and calculating a predicted movement trajectory of the movable furniture part along the guiding mechanism depending on at least one dynamic dataset using the microcontroller.

A furniture fitting includes a base, a bearing device movable relative to the base, and an adjustment device for adjusting a position of the bearing device relative to the base. The adjustment device includes a rotatable adjustment element, and the position of the bearing device relative to the base is adjustable by rotating the adjustment element. The adjustment element includes a shell surface in which a thread is arranged, the thread engaging or being configured to engage at least partially the bearing device. The adjustment element of the adjustment device includes an abutment separate from the thread, and a preferably curved-shaped counter-abutment. The abutment of the adjustment element is configured to bear against the counter-abutment so as to limit a rotational movement of the adjustment element.

A locking device for releasably locking two furniture parts that can move relative to one another against the force of a force accumulator, includes a heart-shaped locking contour with a heart-shaped depression and a locking element, and can move relative to the heart-shaped locking contour and, in a locking position, can be arranged in the heart-shaped depression of the heart-shaped locking contour. The locking element can be moved, by a motion out of the locking position into a further pushed position, out of the heart-shaped depression into a release position, and the locking device has a push-through depression separate from the heart-shaped depression, in which the at least one locking element can be arranged and at least one blocking contour which blocks movement of the at least one locking element out of the push-through depression into the heart-shaped depression.

A container, preferably a drawer, includes a container base, a container rear wall, and at least one container side wall in the form of a side panel. The side panel includes at least one sheet profile made substantially of metal or plastic with a rear-wall holder made substantially of metal or plastic arranged at least partially within the at least one sheet profile. The container base is connected to the at least one sheet profile, and/or the container rear wall is connected to the rear-wall holder at at least one connection point by at least one nailed connection via a nail.

A multilayer cover has a sandwich design for placement on a drawer of a vacuum drawer device, and the cover allows an evacuation of the drawer interior after sealing against the drawer. The cover has an outer air-tight cover layer and a core layer, recesses molded into the core layer and partly into one of the at least one outer cover layer, and an evacuation channel, a pump, and at least one sensor are arranged therein. The cover is to have a more compact design with a very low height, resulting in a minimal susceptibility to malfunction. This is achieved in that a printed circuit board is arranged on one of the at least one outer air-tight cover layers so as to face the core layer or the at least one outer air-tight cover layer is designed as a printed circuit board on which the core layer lies and on which the electric components integrated into the cover are mechanically held and are electrically connected.

A drive device includes a carrier extending in the closing direction of a moveable furniture part, an ejection device for ejecting the moveable furniture part into an open position, and a locking device for locking the ejection device in a locked position. The locking device has a locking pin connected to the ejection device and a guide track for the locking pin formed in or on the carrier, and a synchronization device for synchronizing the movement of the drive device with a second drive device. The synchronization device has a transmission element moveably mounted on the carrier to be moved by the locking pin, and a synchronization coupling element connected to the transmission element. The guide track has a maximum guide track width measured perpendicular to the closing direction, and the synchronization coupling element and the ejection force store are arranged within this guide track width in the closing direction.