A pocket slide opening door assembly including a door leaf having a top edge, a door frame assembly, and a sliding assembly for slideable translation of the door leaf in relation to the door frame assembly between a closed position and an open position, wherein the assembly is provided in a plurality of parts for assembly in situ, including in a first part the door leaf, in a second part the door frame assembly with bay or pocket configured to receive the door leaf, or in second and third parts the door frame assembly and separate bay or pocket configured to receive the door leaf, and wherein the door assembly is disposed and configured in manner which prevents ligature about the door leaf top edge and in manner which prevents access to the sliding assembly for tamper purpose or for ligature purpose.

A latch module has an insertion mouth for receiving a closing member on closing of a door of a domestic appliance. Two collar portions which project away from one another are formed on both sides of the insertion mouth. Beneath a first of the collar portions there is formed a first recess, and beneath the second of the collar portions there is formed a second recess, which in some exemplary embodiments has two steps, where a first, less deep step is formed by a first lateral wall sub-portion and a second, deeper step is formed by a second lateral wall sub-portion.

A mechanism for a door of an electrical household appliance includes an opener for pushing open the door, wherein the opener includes an opener housing and, accommodated therein, a pusher arranged for a linear push-open movement and an electric motor drive for the pusher, and a latch for holding the door closed, wherein the latch includes a latch housing and, accommodated therein, at least one movably arranged closing element, which is provided for engagement, holding the door closed, with a counter-body approaching the closing element when the door is closed. The opener housing and the latch housing each have a coupling section which cooperate to mechanically couple the opener housing and the latch housing. Furthermore, the opener housing has at least one first fastening means designed to fasten the mechanism to the electrical household appliance when the coupling sections of the opener housing and the latch housing are mechanically coupled.

A hinge assembly including a drive device and a hinge having a hinge arm for moving a pivoting element of an appliance or piece of furniture. The pivoting element is mounted movably on a body of the appliance or furniture by means of the hinge. One side of the hinge is attached to the body and another side of the hinge is attached to the pivoting element. The drive device has a drive motor unit with an end section coupled to the hinge arm. First and second flange components arrange the drive motor unit on the pivoting element. The drive motor unit is arranged on the pivoting element by the first and second flange components. The first and second flange components each have an attachment section for fastening the respective flange component and each have a coupling section for coupling the drive motor unit to the respective flange component.

A security lock that retrains movement of a hinge is described. A locking system that includes a hinge that includes a first connector, a second connector and a pivot pin, the first connector pivotable relative to the second connector around the pivot pin, and a lock configured to be positioned over the pivot pin to restrain movement of the first connector is described.

A security lock that retrains movement of a hinge is described. A locking system that includes a hinge that includes a first connector, a second connector and a pivot pin, the first connector pivotable relative to the second connector around the pivot pin, and a lock configured to be positioned over the pivot pin to restrain movement of the first connector is described.

A display has at least one pair of revolving door panels hinged to a box frame by means of hinging means actuated by actuation means intended to permit the synchronous movement of the door panels of the pair of door panels.

A synchronization device includes at least two drive devices for moving a movable furniture part and a synchronization rod for synchronizing a movement of the drive devices. A first end region of the synchronization rod is connected to a first pivoting member of the first drive device, and a second end region of the synchronization rod is connected to a second pivoting member of the second drive device. A length compensating device is configured to at least partially compensate for a play between the drive devices and the synchronization rod along a longitudinal direction of the synchronization rod in a mounted condition of the synchronization rod. At least one of the drive devices includes a housing, and the length compensating device is at least partially integrated into the housing and/or the length compensating device is at least partially integrated into the synchronization rod.

A door system suitable for installation in data centers to limit airflow to and from aisles between rows of equipment cabinets has a door assembly with a door panel and a plurality of vertically spaced hinge assemblies having powerful permanent magnets manually movable between connected and disconnected positions, enabling the door assembly to be aligned and positioned on the side wall panel of an equipment cabinet and then removably mounted in place by engagement of the magnets. Each magnet can be mounted in a rotatable threaded magnet carriers received in a threaded recesses in the hinge assembly and rotation of the magnet carrier is operable to move the magnet into the connected and disconnected positions. The hinge assemblies also include registration tabs that engage slots in the cabinet for proper alignment and orientation of the door system.

A drive device for a movable furniture part including a support to be fastened to a furniture carcass, an actuation arm device mounted movably on the support and to be connected to the movable furniture part, an energy store for applying force to the actuation arm device, a damping device for damping a closing and opening movement of the actuation arm device, and an adjusting device for adjusting a force of the damping device, a damping start position in relation to an angle position of the actuation arm device, and/or in terms of a damping travel. The adjusting device includes an adjusting element coupled to the damping device such that an adjustment of the damping force, damping start position, and/or damping travel takes effect when the actuation arm device is damped during the closing movement, and when the actuation arm device is damped during the opening movement.