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    • 2. 发明授权
    • Coupling device
    • 耦合装置
    • US5351998A
    • 1994-10-04
    • US800677
    • 1991-11-27
    • Gunter BehrensDieter Ehrke
    • Gunter BehrensDieter Ehrke
    • F16L19/08F16L19/12F16L17/02
    • F16L19/12
    • The invention concerns a coupling device for maximum pressure-tight threaded pipe connectors with a standard coupling body, with a 24 degree connector, a coupling nut to effect a pressure-tight connection, a standard pipe or a connection stub for connection to other system components, and a two-part ring whereby one ring is provided with a holding element which takes the form of a cutting or clamping ring and the second ring takes the form of a sealing ring (6) for the coupling body (1) and is positioned in front of the holding element (7). The sealing ring is provided with a stop face (10) which progresses radially to its ring axis (9) and, when fitted, abuts on to the inner ring face (11 ) of the coupling body (1) which extends over at least a part of the inner bevel face [cone] (2) of the coupling body (1). The sealing element presents a conically progressing sliding face (14) for the holding element (7) and a stop face (15) progressing radially to the pipe or ring axis (9). The sliding surface (14) of the sealing element (6) takes the form of a cone and is surface treated.
    • 本发明涉及一种用于最大耐压螺纹管连接器的连接装置,其具有标准联接体,具有24度连接器,用于实现压力密封连接的联接螺母,用于连接到其它系统部件的标准管或连接柱 和两部分环,其中一个环设置有采取切割或夹紧环形式的保持元件,并且第二环采取用于联接体(1)的密封环(6)的形式并且被定位 在保持元件(7)的前方。 所述密封环设置有止动面(10),所述止动面(10)径向前进到其环轴线(9),并且当被装配时,抵靠在所述联接体(1)的内环面(11)上,所述内环面 耦合体(1)的内斜面(锥形)(2)的一部分。 密封元件具有用于保持元件(7)的锥形前进的滑动面(14)和径向延伸到管或环轴线(9)的止动面(15)。 密封元件(6)的滑动表面(14)呈圆锥形并进行表面处理。
    • 3. 发明授权
    • Coupling device
    • 耦合器件
    • US5192095A
    • 1993-03-09
    • US786446
    • 1991-11-01
    • Gunter Behrens
    • Gunter Behrens
    • F16L19/02F16L19/025F16L19/03F16L19/04
    • F16L19/025F16L19/0212
    • The invention provides a coupling device for high pressure threaded pipe connection to a coupling body with a standard 24 degree connector, a coupling nut to establish a pressure tight connection and a shaped pipe or a connection stub for connection to other system components. An adapter ring is proposed with a cylindrical internal bore and radially progressing and/or domed end ring faces of different sizes, at least one of which is formed as a sealing face fitted with a ring seal, to each of which an axially directed cylinder outer face is juxtaposed, between which a 24.degree. outer bevel is arranged to adapt to the coupling body. The ring face of the adapter ring which when fitted is directed towards the connection stub or the flared flange of the shaped pipe is provided with an annular groove to accept a ring seal or an o-ring.
    • 本发明提供了一种用于高压螺纹管连接到具有标准24度连接器的联接体,用于建立压力连接的联接螺母和用于连接到其它系统部件的成形管或连接短柱的高压螺纹管的联接装置。 提出了一种适配环,其具有圆柱形内孔和不同尺寸的径向前进和/或圆顶端环形表面,其至少一个形成为装配有环形密封件的密封面,每个轴向定向的圆柱体外部 面是并列的,其间布置24°外斜面以适应联接体。 适配环的环面当安装时朝向连接短管或成形管的扩口法兰设置有环形槽以接受环形密封件或O形环。
    • 4. 发明授权
    • Foldable solar cell panel apparatus
    • 可折叠太阳能电池板装置
    • US4555585A
    • 1985-11-26
    • US607879
    • 1984-05-07
    • Gunter BehrensWalter SchmitzPeter KitzerDieter Rusch
    • Gunter BehrensWalter SchmitzPeter KitzerDieter Rusch
    • B64G1/22B64G1/44H01L31/04
    • B64G1/222B64G1/443
    • A foldable solar cell panel apparatus has at least two panel portions which are connected together at a foldable edge to form at least one foldable pair which, in the folded-together state, is preferably stored in a panel container. A stationary folding and unfolding system brings the solar cell panel into the folded or unfolded state. During the folding process, the lowermost deployed foldable pair is folded together while the foldable pairs above it remain unfolded. The deployed foldable pairs are folded together individually in succession. During the unfolding process, the uppermost foldable pair stored in the panel container is unfolded while the fold pairs below it are held in the folded state. The stored foldable pairs are unfolded in succession during deployment.
    • 可折叠的太阳能电池板装置具有至少两个面板部分,它们在可折叠的边缘处连接在一起,以形成折叠对的至少一个折叠对,优选地将它们存放在面板容器中。 固定折叠和展开系统使太阳能电池板进入折叠或展开状态。 在折叠过程中,最下面展开的可折叠对被折叠在一起,而其上方的可折叠对保持展开。 部署的可折叠对被连续地折叠在一起。 在展开过程中,存储在面板容器中的最上面的可折叠对展开,而其下面的折叠对保持在折叠状态。 存储的折叠对在展开期间相继展开。