Paul Hettich Gmbh & Co Kg

Volker Pohlmann

Stefan Klaus

Stefan Salomon

Detlev Kruse

Peter Diembeck

Gunter Behrmann

A device for holding, braking or accelerating a movable furniture part includes a driver which is movable along a guide path between at least two end positions, and an activator which can be brought into engagement with the driver at a receptacle in order to hold, brake or accelerate a movable furniture part, and can be decoupled from the driver at one of the two end positions. The activator is movable through a guide in the longitudinal direction and is resiliently mounted in a direction perpendicular to the longitudinal direction via a spring element and is movable along a run-up slope on the driver in order to latch on the receptacle behind the run-up slope, wherein the activator can be pretensioned in an engagement position on the driver in the event of a force in the longitudinal direction towards the driver.

Device for holding, braking or accelerating a movable furniture part, closing system, and piece of furniture

A coupling element for coupling a locking bar of a piece of furniture has a plurality of pull-out furniture parts to an activator coupled directly or indirectly to one of the pull-out furniture parts has a housing which can be placed against the locking bar, a driver which is mounted displaceably in the housing and is operatively connected to the locking bar for locking an extension movement of the other furniture part or parts, wherein the housing has a guide track in which a pin of the driver is guided, wherein the housing has at least one spring element serving to fix the housing relative to the locking bar. Furthermore, a locking system and a piece of furniture are described.

Coupling element, locking system and furniture

A locking device for movable furniture parts comprises a guide rail with a plurality of blocking elements that is held displaceably along the guide rail, wherein each blocking element comprises a run-up-slope which can be contacted by an activator attached to a movable furniture part, and each locking element has a wall which can form a stop for the activator in order to lock the movable furniture part with the activator in a closed position. The guide rail moves between an anti-tipping position, in which all activators are arranged adjacent to a run-up slope on different blocking elements, and a blocking position, in which all activators arranged in the closed position are arranged adjacent to a wall on different blocking elements. In the anti-tipping position the guide rail is displaceable into the blocking position and is held in the blocking position via a holding device.

Closing device for movable furniture parts and method for locking at least one movable furniture part

A locking device for movable furniture parts has a guide rail with displaceable blocking elements, a plurality of latches that can be coupled to a movable furniture part, and, in a locking position, block an opening of the movable furniture part. The blocking elements are movable into a locking position in which all the latches are blocked by the blocking elements from a movement into an unlocking position, and the blocking elements are displaceable along the guide rail in an anti-tipping position via one of the latches, from the locking position into the unlocking position. When one of the latches is positioned in the unlocking position, the movement of all further latches into the unlocking position is blocked, so that only one of the movable furniture parts is moveable into an opening position.

Locking device for movable furniture parts

A self-retracting and damping device for a drawer element, having a first driver, which has a first driver fork for the engagement of an external activator and is guided in a displaceable manner in a first guide curve, and having a second driver, which is guided in a displaceable manner in a second guide curve. One of the drivers is coupled to a damping element and the other driver is coupled to an energy store. The two drivers are coupled to one another in part. The first driver is coupled to the energy store and the second driver is coupled to the damping element. In a first part of a retracting movement, the energy store and the damping element act on the external activator and, in a second part of the retracting movement, only the energy store acts on the external activator.

Growing community of inventors

Herford, Germany

Volker Pohlmann