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    • 23. 发明授权
    • Fluid coupling
    • 流体联轴器
    • US4838583A
    • 1989-06-13
    • US22115
    • 1987-03-05
    • Gerald A. BabuderJeffrey L. Weigl
    • Gerald A. BabuderJeffrey L. Weigl
    • F16L19/02
    • F16L19/0212F16L19/0218
    • Disclosed are arrangements for maintaining an annular sealing gasket in some predetermined position intermediate and substantially coaxial with opposed annular sealing beads extending axially from each of a pair of coupling components. One disclosed arrangement comprises a retainer element having an annular end wall and a cylindrical side wall which define a cavity for closely receiving a flat annular gasket. A plurality of axial retaining legs facilitate retainer mounting to one of the coupling members so that the gasket is captured in the retainer cavity substantially coaxial with the one coupling member and with the associated sealing bead engaging one of the gasket faces. In a second arrangement, a plurality of axial retaining legs are formed integrally with the gasket member. The legs are positioned circumferentially about the gasket for engaging the one coupling component coaxial with the associated sealing bead. In a third arrangement, a separate retaining element is provided to hold the gasket member in coaxial position on the coupling component. The retaining element has an annular endwall and a continuous cylindrical sidewall. A split in the sidewall and the end wall allows the retaining element to flex to grip the coupling component. The arrangements accommodate precise positioning of the gasket relative to the coupling components at initial coupling makeup and do not interfere with the coupling components themselves. The disclosed arrangements also advantageously permit precise repositioning of the gasket relative to the component sealing beads during subsequent disassembly and reassembly of the coupling.
    • 公开了一种用于将环形密封垫圈保持在一定预定位置的中间并且与从一对联接部件中的每一个轴向延伸的相对的环形密封珠基本同轴的装置。 一种公开的装置包括具有环形端壁和圆柱形侧壁的保持器元件,该侧壁限定用于紧密地接收平坦环形垫圈的空腔。 多个轴向保持腿便于保持器安装到一个联接构件,使得垫圈被捕获在与一个联接构件基本上同轴的保持器腔中,并且与相关联的密封珠接合一个垫圈面。 在第二布置中,多个轴向保持支柱与垫圈构件一体形成。 腿周围围绕垫圈定位,用于接合与相关联的密封珠同轴的一个联接部件。 在第三布置中,提供单独的保持元件以将垫圈构件保持在耦合部件上的同轴位置。 保持元件具有环形端壁和连续的圆柱形侧壁。 在侧壁和端壁处的裂缝允许保持元件弯曲以夹紧联接部件。 该配置可以在初始联接补充时适应垫片相对于联接部件的精确定位,并且不会与联接部件本身干涉。 所公开的布置还有利地允许在随后的联接器的拆卸和重新组装期间,衬垫相对于部件密封珠的精确重新定位。
    • 24. 发明授权
    • Fluid coupling
    • 流体联轴器
    • US4650227A
    • 1987-03-17
    • US788050
    • 1985-10-16
    • Gerald A. BabuderJeffrey L. Weigl
    • Gerald A. BabuderJeffrey L. Weigl
    • F16B7/18F16L19/02F16L19/03F16L19/00
    • F16L19/0218F16L19/0212Y10S285/91Y10S285/917
    • Arrangements for maintaining an annular sealing gasket in some predetermined position intermediate and substantially coaxial with opposed annular sealing beads extending axially from each of a pair of coupling components. One disclosed arrangement comprises a retainer element having an annular end wall and a cylindrical side wall which define a cavity for closely receiving a flat annular gasket. A plurality of axial retaining legs facilitate retainer mounting to one of the coupling members so that the gasket is captured in the retainer cavity substantially coaxial with the one coupling member and with the associated sealing bead engaging one of the gasket faces. In a second arrangement, a plurality of axial retaining legs are formed integrally with the gasket member. The legs are positioned circumferentially about the gasket for engaging the one coupling member coaxial with the associated sealing bead. The new arrangements accommodate precise positioning of the gasket relative to the coupling components at initial coupling makeup and do not interfere with the coupling components themselves. The disclosed arrangements also advantageously permit precise repositioning of the gasket relative to the component sealing beads during subsequent disassembly and reassembly of the coupling.
    • 用于将环形密封垫圈保持在一定预定位置的中间并与从一对连接部件中的每一个轴向延伸的相对的环形密封珠基本上同轴的布置。 一种公开的装置包括具有环形端壁和圆柱形侧壁的保持器元件,该侧壁限定用于紧密地接收平坦环形垫圈的空腔。 多个轴向保持腿便于保持器安装到一个联接构件,使得垫圈被捕获在与一个联接构件基本上同轴的保持器腔中,并且与相关联的密封珠接合一个垫圈面。 在第二布置中,多个轴向保持支柱与垫圈构件一体形成。 腿周围围绕垫圈定位,用于接合与相关联的密封珠同轴的一个联接构件。 新的装置可以在初始联接构造时相对于联接部件精确定位垫圈,并且不会干扰联接部件本身。 所公开的布置还有利地允许在随后的联接器的拆卸和重新组装期间,衬垫相对于部件密封珠的精确重新定位。
    • 25. 发明授权
    • Fluid coupling
    • 流体联轴器
    • US4552389A
    • 1985-11-12
    • US410408
    • 1982-08-23
    • Gerald A. BabuderJeffrey L. Weigl
    • Gerald A. BabuderJeffrey L. Weigl
    • F16L19/02F16L19/03F16L19/00
    • F16L19/0212F16L19/0218Y10S285/91
    • A retainer device for maintaining an annular sealing gasket in some predetermined position intermediate and substantially coaxial with opposed annula sealing beads extending axially from each of a pair of coupling components. The retainer includes an annular end wall and a cylindrical side wall which define a cavity for closely receiving the gasket. A plurality of axial retaining legs facilitate retainer mounting to one of the coupling members so that the gasket is captured in the retainer cavity substantially coaxial with the one coupling member and with the associated sealing bead engaging one of the gasket faces. The new retainer accommodates precise positioning of the gasket relative to the coupling components at initial coupling makeup and does not interfere with the coupling components themselves. The retainer also advantageously permits precise repositioning of the gasket relative to the component sealing beads during subsequent disassembly and reassembly of the coupling.
    • 一种保持装置,用于将环形密封垫圈保持在一定的位置中间并且基本上同轴于从一对联接部件中的每一个轴向延伸的相对的环形密封珠。 保持器包括环形端壁和限定用于紧密接收垫圈的空腔的圆柱形侧壁。 多个轴向保持腿便于保持器安装到一个联接构件,使得垫圈被捕获在与一个联接构件基本上同轴的保持器腔中,并且与相关联的密封珠接合一个垫圈面。 新的保持器在初始联接补充时适应垫圈相对于联接部件的精确定位,并且不会干扰联接部件本身。 保持器还有利地允许在随后的联接器的拆卸和重新组装期间相对于部件密封珠来精确地重新定位垫圈。
    • 26. 发明授权
    • Flowable anaerobic sealant composition
    • 可流动厌氧密封剂组合物
    • US4331580A
    • 1982-05-25
    • US139634
    • 1980-04-11
    • James L. Bunyan
    • James L. Bunyan
    • C09J4/00C08K5/10
    • C09J4/00
    • A flowable anaerobic sealant composition adapted to be applied to a threaded surface which is characterized by being stable prior to curing is provided which composition comprises a polymerizable acrylate ester monomer, a hydroperoxide polymerization catalyst for said acrylate ester monomer in an amount sufficient to cause said monomer to polymerize under anaerobic conditions, a quinone polymerization inhibitor in an amount sufficient to prevent said monomer from polymerizing when standing for long periods of time, an organic sulfimide accelerator in an amount sufficient to increase the rate of polymerization of said monomer under anaerobic conditions, and a plasticizer in an amount sufficient to render the solidified sealant composition relatively non-brittle. Optionally, the sealant composition may also contain a thickening agent in an amount sufficient to render said sealant composition flowable at room temperature, a coloring agent in an amount sufficient to render said sealant composition non-transparent, a viscosity controlling agent in an amount sufficient to permit said sealant composition to readily flow into said threads when applied thereto without excessive runoff, and an effective amount of tetrafluoroethylene polymer as an anti-galling agent.
    • 一种适用于螺纹表面的可流动厌氧密封剂组合物,其特征在于在固化之前是稳定的,该组合物包含可聚合的丙烯酸酯单体,所述丙烯酸酯单体的氢过氧化物聚合催化剂的量足以引起所述单体 在厌氧条件下聚合的量为足以防止所述单体在长时间静置时聚合的量的醌类阻聚剂,足以提高所述单体在厌氧条件下的聚合速率的有机亚硫酰亚胺促进剂,以及 足以使固化的密封剂组合物相对不脆的量的增塑剂。 任选地,密封剂组合物还可以含有足以使所述密封剂组合物在室温下流动的量的增稠剂,足以使所述密封剂组合物不透明的着色剂,粘度控制剂的量足以 允许所述密封剂组合物在施加到所述螺纹上时容易流入所述螺纹而没有过多的径流,以及有效量的作为抗磨损剂的四氟乙烯聚合物。