Abstract: A piece of furniture includes a base plate (12) formed by a top of a furniture body (10), and a worktop (14) adapted to be pulled-out, in which the worktop (14) covers at least a part of the base plate (12) and is slidably guided on a mounting plate (18) which is rotatably supported on the body (10) so as to be rotatable about a vertical axis (A).

Abstract: A piece of furniture includes a base plate (12) formed by a top of a furniture body (10), and a worktop (14) adapted to be pulled-out, in which the worktop (14) covers at least a part of the base plate (12) and is slidably guided on a mounting plate (18) which is rotatably supported on the body (10) so as to be rotatable about a vertical axis (A).

Abstract: A pull-out assembly for furniture, having an inlay plate (12) which is guided along pull-out rails (14) by a lift fitting (16) in a manner to be liftable and lowerable, including a damper (32) for attenuating the movement of the inlay plate (12) when it reaches an end position in the lowered position.

Abstract: A subsea blowout preventer control system has horizontally oriented solenoid valve housings. Solenoid valves mounted within each of the solenoid valve housings are electrically controlled to selectively provide a hydraulic pilot signal to a hydraulic valve. A vertically extending central chamber contains a dielectric liquid and extends alongside the solenoid valve housings. A communication tube for each solenoid valve housing has an open upper end within the central chamber adjacent an upper end of the central chamber. Each of the communication tubes has an open lower end extending into one of the solenoid valve housings for communicating dielectric liquid in the central chamber with an interior of each of the solenoid valve housings. A separate drain line mounted to each of the solenoid valve housings enables draining of one of the solenoid valve housings for maintenance without requiring draining of other of the solenoid valve housings.

Abstract: A pull-out assembly for furniture, having an inlay plate (12) which is guided along pull-out rails (14) by a lift fitting (16) in a manner to be liftable and lowerable, including a damper (32) for attenuating the movement of the inlay plate (12) when it reaches an end position in the lowered position.

Abstract: A 180°-hinge for plate-shaped furniture parts (12), includes two mirror-symmetric extruded profiles (14) each of which forms an L- or U-shaped seat for an edge of one of the furniture parts (12) and, on the side opposite to the seat (16), a projecting profile portion (20) which is interrupted by cutouts (22) and in which a passage for a continuous hinge axle (24) is formed, and connection profiles (26) which engage in the cutouts (22) and each of which forms two parallel passages (24?) for the hinge axles (24) and is pivotable relative to each of the extruded profiles (14) by an angle of at least 90° about the corresponding hinge axle.

Abstract: A subsea blowout preventer control system has horizontally oriented solenoid valve housings. Solenoid valves mounted within each of the solenoid valve housings are electrically controlled to selectively provide a hydraulic pilot signal to a hydraulic valve. A vertically extending central chamber contains a dielectric liquid and extends alongside the solenoid valve housings. A communication tube for each solenoid valve housing has an open upper end within the central chamber adjacent an upper end of the central chamber. Each of the communication tubes has an open lower end extending into one of the solenoid valve housings for communicating dielectric liquid in the central chamber with an interior of each of the solenoid valve housings. A separate drain line mounted to each of the solenoid valve housings enables draining of one of the solenoid valve housings for maintenance without requiring draining of other of the solenoid valve housings.

Abstract: A blowout preventer control system includes a valve block having a solenoid valve face and a hydraulic valve face. Solenoid valve cavities extend into the valve block front the solenoid valve face, each solenoid valve cavity containing an electrically actuated solenoid valve. Hydraulic valve cavities extend into the valve block from the hydraulic valve face, each containing a hydraulic valve. A solenoid valve supply passage in the valve block joins each of the solenoid valve cavities. A solenoid valve pilot passage in the valve block extends from one of the solenoid valve cavities to tine of the hydraulic valves. A hydraulic valve supply passage in the valve block joins each of the hydraulic valve cavities. A hydraulic valve outlet passage extends from each of the hydraulic valve cavities out of the valve block.