A servomechanism for sliding doors of furniture item is described. An eddy-currents magnetic damper (80) to dampen the door is used to brake two carriages (26) mounted slidingly on the linear guides (20) for slidingly supporting the door.

A retraction device for movable furniture parts has a driver movable along a first guide path, which is movable between a retracted position and a parked position and is directly or indirectly pretensioned into the retracted position by an energy storage device. The driver can be coupled to an activator in order to move the movable furniture part into a closed position. A method uses the driver for opening and closing the movable furniture part and tensioning and releasing a retraction device.

An arrangement for guiding at least one movable furniture part includes a guide rail to be mounted on the fixed furniture part, a guide device to be coupled to the movable furniture part, and a preferably substantially cylindrical, load-transmitting rolling body. The guide rail has a guide track, on which the load-transmitting rolling body is mounted in a movable manner. The guide track has a parking position for the load-transmitting rolling body, and the parking position corresponds to an end position of the movable furniture part relative to the fixed furniture part. The load-transmitting rolling body and the guide track are designed such that the guide track can be deformed in this region, a depression being formed in the process, and the load-transmitting rolling body is substantially dimensionally stable.

A tamper resistant hasp having: a first member extending between a first inner end and a first outer end, the first member defining a first member outer boundary and has a mounting aperture located within the first member outer boundary; a second member that has: a first portion that extends between a second inner end and a joint end, the second inner end being pivotally coupled to the first inner end, the second member pivots relative to the first member so that in a first pivot position the first portion is against the first member and covers the mounting aperture, and in a second pivot position such that the mounting aperture is uncovered; and a second portion that extends away from the first portion at the joint end to a third end and having a shackle aperture located within the second portion outer boundary.

The invention relates to a hinge arrangement for a switchgear housing cabinet, having a first hinge half, which is fastened to a vertical side wall, delimiting a door opening, of a switchgear cabinet housing, and having a second hinge half, which is fastened to a door element, the hinge halves being connected to each other such that they can pivot relative to each other via a rotation axis, so that the door element closes the door opening when in a closed position and preferably completely exposes the door opening when in an open position, and the rotation axis being outside the outer periphery of both the door opening and the door element, wherein at least one of the hinge halves has a groove, via which the hinge half is fitted onto a protrusion on the outer periphery of the part of the switchgear cabinet housing and of the door element associated with the hinge half.

A furniture item (MC) is described comprising a body defining a compartment (20) with a front opening, a leaf (32) which is slidable and oscillating to close the front opening, and an L-shaped guide (50) comprising two linear segments (52, 54) connected together. The leaf can be moved by a command member (60) translatable parallelly to—and along—said outer side.

An ejecting device for a folding door is movably arranged on a furniture body. First and second door leaves of the folding door are interconnected in an articulated manner. The ejecting device has an ejecting element for folding open the folding door from a closed position, in which the door leaves are in a common closed plane, into an open position, in which the door leaves form an angle not equal to 180°. The ejecting device has a first fitting part for mounting the ejecting device on the first door leaf. The ejecting element can move the second door leaf from the closed position into the open position by a scissor mechanism having at least two scissor levers, and is mounted between the first and second door leaves by an articulated connection formed by an intermediate lever connected in an articulated manner to the first and/or second scissor lever.

This document discloses a storage device for theft-proof storage of valuable articles, comprising a cabinet, having at least one drawer space, a safe drawer, which is received in the drawer space, a safe housing, comprising side walls and a top wall connecting the side walls, wherein the safe drawer is slidably connected to the safe housing and wherein the safe housing is mounted to the cabinet in the drawer space, a locking member, which is movably connected to the safe drawer or to the safe housing, an actuator, which is operatively connected to the locking member, for controlling a movement of the locking member, and a controller, which is operatively connected to the actuator, and which is configured to control the actuator. The controller is configured for receiving a control signal, based on which the controller is configured to control the actuator. The locking member is movable between a first position, in which the locking member locks safe drawer relative to the cabinet, and a second position, wherein the safe drawer is unlocked relative to the cabinet.

A hinge for a door pivotally mounted on a cabinet is provided with a switch for activating an electrical circuit within the cabinet. The switch has a reed sensor mounted within a base of the hinge for activating the electrical circuit and a magnetic actuator affixed to a pivot pin of the hinge for moving relative to the reed sensor to activate the reed sensor between a normally open position deactivating the electrical circuit when the door is closed and a closed position activating the electrical circuit when the door is open.

A furniture board with an integrated or inserted flap fitting includes a lever mechanism having a plurality of levers guiding a flap of a furniture item. The flap fitting has a spring unit acting on at least one lever of the lever mechanism via an adjustable preload. The lever mechanism, in a closed position of the guided flap, moves into a front-side opening of the flap fitting and a front-side opening of the furniture board. The preload of the spring unit and/or the transmission ratio between the spring unit and the lever mechanism is adjustable via an adjusting element having a tool receptacle. The tool receptacle is accessible through a front-side opening in the furniture board and/or the flap fitting.