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    • 4. 发明申请
    • Multicoupling Device
    • 多重装置
    • US20100090458A1
    • 2010-04-15
    • US12224747
    • 2007-02-14
    • Winfried SchulzHans-Jürgen ClausKlaus ZollerViola AmiridisHans-Walter BrennerMartin WeissMonika Scherer
    • Winfried SchulzHans-Jürgen ClausKlaus ZollerViola AmiridisHans-Walter BrennerMartin WeissMonika Scherer
    • F16L37/248
    • F16L37/248F16L37/367F16L37/56
    • A multiple coupling means for the production of a detachable connection between fluid lines for a fluid pressure medium, said fluid lines being associated with a fluid pressure producer being on the pressure source side and fluid lines associated with at least one fluid load and being on the load side, comprises a first coupling part (12), which has several first fluid ports (13) for the fluid lines on the source side, and a second coupling part (14), which has several fluid ports (15) for the fluid lines on the load side, the two coupling parts (12 and 14) being able to be shifted during a coupling operation by traveling toward each other in the direction of an installation axis (17) into a working position (18), in which a fluid passage through the two coupling parts (12 and 14) is formed and in which the two coupling parts (12 and 14) are secured by means of a holding means (22 and 29) to avoid uncoupling, and a manually operable slide element (19) is provided, which is able to be shifted in an actuation plane extending athwart the installation axis (17) between a coupling/uncoupling position (20) rendering possible coupling and uncoupling of the two coupling parts (12 and 14) and a securing position (21) associated with the working position (18) of the two coupling parts (12 and 14).
    • 一种用于产生用于流体压力介质的流体管线之间的可拆卸连接的多重联接装置,所述流体管线与在压力源侧的流体压力生产器相关联,并且与至少一个流体负载相关联的流体管线 负载侧包括第一联接部分(12),其具有用于源侧的流体管线的多个第一流体端口(13)和具有用于流体的多个流体端口(15)的第二联接部件(14) 在两个连接部分(12和14)能够在联接操作期间沿着安装轴线(17)的方向彼此相向地移动到工作位置(18)中,其中, 形成通过两个联接部件(12和14)的流体通道,并且其中两个联接部件(12和14)借助于保持装置(22和29)固定以避免脱开,并且可手动操作的滑动元件 19),其能够是s 在安装轴线(17)延伸的联动/非耦合位置(20)之间延伸,使得两个联接部件(12和14)可能的联接和分离,以及与工作位置相关联的固定位置(21) 18)。
    • 5. 发明授权
    • Multi-passage fluid coupling and metal seal therefor
    • 多通道流体联轴器和金属密封件
    • US5482082A
    • 1996-01-09
    • US264075
    • 1994-06-22
    • Edwin C. TurnerDanny K. Wolff
    • Edwin C. TurnerDanny K. Wolff
    • F16L17/035F16L37/367F16L37/56F16L37/28
    • F16L37/56F16L1/26F16L17/035F16L37/367Y10T137/87949
    • A fluid coupling, e.g., a subsea coupling, includes male and female parts which can be coupled together. The female part includes four passages normally closed by a slidable gate. The male part includes four passages normally closed by a closure slide. When the male and female parts are coupled together, the gate is pushed aside by the gate part and becomes temporarily joined thereto, and the closure slide is pushed aside by the female part and is temporarily joined thereto. When the male and female parts are uncoupled, the gate and closure slide are moved back to their passage-closing positions. A metal sealing member for the passages includes annular thick and thin lips. The thin lip provides flexibility, and the thick lip engages a relatively movable part.
    • 流体联接器,例如海底联接器,包括可联接在一起的阳部件和凹部件。 女性部分包括通过可滑动门常闭的四个通道。 男性部分包括四个通道,通常由闭合滑块关闭。 当阳部件和阴部件联接在一起时,门被门部分推开并暂时接合到其上,并且封闭滑块被阴部件推开并临时接合到其上。 当男性和女性部分脱开时,门和关闭滑块被移回到其关闭位置。 用于通道的金属密封构件包括环形厚而薄的嘴唇。 薄唇提供灵活性,并且厚唇缘接合相对可移动的部分。
    • 6. 发明授权
    • Medical tubing connector
    • 医用油管连接器
    • US4946455A
    • 1990-08-07
    • US276151
    • 1988-11-25
    • Robert J. Rosen
    • Robert J. Rosen
    • A61M39/26F16L37/098F16L37/367
    • A61M39/26F16L37/0985F16L37/367Y10S604/905Y10T137/87957
    • A medical tubing connector includes an elongated generally cylindrical housing for universal coupling to an identically configured connector. The housing includes an open connecting end, a nozzle for connecting to sterile medical tubing and a base portion defining a fluid passageway from the nozzle. A valve assembly is disposed within the connector. The housing also includes an interconnecting portion between the open end and the base portion that comprises a pair of diametrically opposite fingers. The fingers are spaced circumferentially apart to define complementary slots interspersed therebetween. The fingers and slots are configured for engagement when a pair of connectors are interengaged to form a sterile enclosure about the valve assemblies of each connector. The valve assembly for each connector includes a piston that slides within the interlocking portion and contacts several piston retaining stops near the open end of the housing to keep the valve assembly within the housing. The piston also includes a plunger having a feed orifice in its outer surface that communicates with a bore extending along the length of the plunger. The bore opens at a coupling port in a coupling face at the other end of the piston. The coupling face contacts the coupling face of another connector when a pair of connectors are interengaged. A coupling O-ring surrounds the coupling port and is adapted to form a sealed fluid connection when the coupling faces contact. A collar and O-ring are mounted in the fluid passageway with the plunger passing therethrough. The piston is spring biased to a normally closed position, in which the feed orifice is sealed from the fluid passageway by the collar and the sealring. When the pair of connectors are interengaged with the complementary fingers and slot connected, the piston is in an open position in which the feed orifice is in fluid connection with the fluid passageway and the coupling faces remaining in sealed fluid connection.
    • 医疗管连接器包括细长的大致圆柱形的壳体,用于通用联接到相同配置的连接器。 壳体包括敞开的连接端,用于连接到无菌医用管的喷嘴和从喷嘴限定流体通道的基部。 阀组件设置在连接器内。 壳体还包括在开口端和基部之间的互连部分,其包括一对直径相对的指状物。 指状物沿周向间隔开,以限定散布在其间的互补狭缝。 当一对连接器相互接合以形成围绕每个连接器的阀组件的无菌外壳时,指状物和槽被构造成用于接合。 用于每个连接器的阀组件包括活塞,该活塞在互锁部分内滑动并且接触靠近壳体的开口端的多个活塞保持止动件,以将阀组件保持在壳体内。 活塞还包括柱塞,该柱塞在其外表面具有与沿柱塞的长度延伸的孔连通的进料口。 孔在活塞另一端处的联接面中的联接口处打开。 当一对连接器相互接合时,联接面接触另一连接器的连接面。 耦合O形环围绕耦合端口并且适于在耦合面接触时形成密封的流体连接。 轴环和O形圈安装在流体通道中,柱塞通过其中。 活塞被弹簧偏压到常闭位置,在该关闭位置,进料孔通过轴环和密封件与流体通道密封。 当一对连接器与互补的指状物和狭槽相连接时,活塞处于打开位置,在该位置,进料孔与流体通道流体连接,并且联接面保持密封的流体连接。