Abstract:
The invention relates to an actuator for moving a flap of a furniture item, having a pivotally mounted actuating arm for moving the flap, a spring device for acting on the actuating arm having a pivoting moment in the opening direction, an adjustment device for adjusting the actuator, wherein the adjustment device comprises a gear mechanism having a pinion and a crown gear, the crown gear axis of which forms an angle, preferably a right angle, with the pinion axis, wherein the gear mechanism comprises a second pinion, which engages with the same crown gear as the first pinion.
Abstract:
Synchronization apparatus (6) having at least two actuating apparatuses (100, 200) for moving a movable furniture part (3) and having a synchronization rod (5) for synchronizing the movement of the at least two actuating apparatuses (100, 200), wherein a first end region of the synchronization rod (5) can be connected to a first rotary part (102) of the first actuating apparatus (100), and a second end region of the synchronization rod (5) can be connected to a second rotary part (202) of the second actuating apparatus (200), characterized in that at least one rotary part (202) of the actuating apparatuses (100, 200) has a sprung contact-pressure part (207) which bears against the end face of the synchronization rod (5).
Abstract:
A hinge assembly for vertical-movement doors comprises two articulated-quadrilateral hinges each including a first plate designed to be fastened to the furniture flanks, a second plate designed to be fastened to the door and two superposed arms pivotally mounted between the plates to form the quadrilateral connecting-rods. The assembly comprises brackets for removable fastening of the bar ends to the hinges, where the brackets can be alternatively mounted at two different fastening seats present at locations spaced apart from each other, along the upper arm of each hinge.
Abstract:
A rack mounted component door system according to the present invention is used in conjunction with a conventional equipment rack to secure components in the rack and to provide access to features of the components positioned away from the front side of the rack. The component door system includes two hinge assemblies that can be attached directly to two opposing vertical members of the front side of a conventional rack. The component door system also includes a panel that can be of conventional configuration or tailored for the component door system. The panel is attached to the two hinge assemblies to extend between the two front side vertical members of the rack.
Abstract:
A self-guiding cover assembly for a vacuum electron device (VED) enclosure (704, 1316) has a cover (1002, 1302), a pair of guide plates, and a pair of guide elements (1304, 1306). The cover has at least one electrical connector (1314) disposed on the inside thereof for mating with a VED. The pair of guide plates is disposed on opposite sides of the outside of the sidewall of the cover. The guide plates each have a track (1310) which guides the guide elements (1304, 1306) mounted on the cover such that the cover is constrained in its motion when opening or closing in order to avoid damaging the connectors to the VED. The cover further comprises a breach lock mechanism for seating the VED into the VED enclosure by rotation of a sleeve (714). The cover (1002, 1302) defines first (1004) and second (1006) chambers separated by a panel 1010. The top of the VED protrudes into the first chamber through an adapter plate 802 having hole 804 for passage of the VED there through.
Abstract:
A computer is disclosed. The computer includes a housing having an opening. The computer also includes a door that is movably coupled to the housing via a linkage mechanism. The linkage mechanism allows the door to move between a closed position where the door is placed against the housing and in front of the opening to prevent access therethrough, and an opened position where the door is placed away from the opening to allow access therethrough. The computer further includes a gimbal mechanism that allows the door to move relative to the linkage mechanism while constraining the door to the linkage mechanism. The gimbal mechanism provides a tight fit between the door and the housing when the door is in the closed position.
Abstract:
A window assembly comprises an open rectangular frame which, in use, is fixed, and a rectangular vent which is movable into and out of engagement with the open frame. The vent is connected to the open frame by a plurality of extensible friction linkages so arranged that the vent may be selectively adjusted angularly with respect to the frame by differential extension of at least certain of the linkages.
Abstract:
Between regions of different air pressure, a door pivots on an axis located a substantial distance from the nearest edge; this edge moves inwardly as the door pivots about the door axis in a first phase of opening movement to relieve the difference in pressure on opposite sides of the door; pivot links then carry the door about a second axis, parallel to the first axis, in a second phase movement which moves the entire door outwardly to the open position.