首页> 外国专利> A method for joining a first tubular member having an inner groove and an outer rim, a second tubular member

A method for joining a first tubular member having an inner groove and an outer rim, a second tubular member

机译:一种用于连接具有内部凹槽和外缘的第一管状构件的方法,第二管状构件

摘要

An apparatus for joining two tubular members together at a subsea location wherein one of the tubular members has internal grooves and the second tubular member is sufficiently small to slide into the first tubular member and the first tubular member has an external flange suitable for connecting to a flowline, which apparatus includes a tubular mandrel having means for connecting to said first tubular member, a resilient sleeve surrounding said mandrel and adapted to be positioned within said second tubular member, volume compensating means positioned within each of said grooves and testing means carried by said mandrel to allow testing of the joint while the mandrel is still in position after forming. A method of joining tubular members at a subsea location including the steps of inserting the second tubular member within the first tubular member after the volume compensators have been inserted in the internal grooves in the first member, exerting fluid pressure on the interior of the second tubular to form the second tubular member against the internal grooves of the first tubular member and testing the formed joint while the mandrel is still in position within said second tubular member. A second form of the invention includes the use of microspheres in an epoxy matrix positioned in internal grooves of the bell which are designed to collapse at pressures above the water pressure at the depth of the installation of the joint and at a pressure below the pressures which develop in trapped sea water in the groove during forming.
机译:一种用于在海底位置将两个管状构件连接在一起的装置,其中,一个管状构件具有内部凹槽,第二管状构件足够小以滑入第一管状构件中,并且第一管状构件具有适合于连接到管道的外部凸缘。流体管线,该设备包括:具有用于连接至所述第一管状构件的装置的管状心轴,围绕所述心轴并适于定位在所述第二管状构件内的弹性套筒,位于每个所述凹槽内的体积补偿装置以及由所述承载装置承载的测试装置。心轴,以便在心轴在成形后仍处于适当位置时测试接头。一种在海底位置处连接管状构件的方法,包括以下步骤:在将体积补偿器插入第一管状构件的内部凹槽之后,将第二管状构件插入第一管状构件,从而在第二管状构件的内部施加流体压力。使第二管状构件靠着第一管状构件的内部凹槽形成,并在心轴仍处于所述第二管状构件内的位置时测试形成的接头。本发明的第二种形式包括在放置在钟形内部凹槽中的环氧树脂基质中的微球体的使用,该微球体被设计为在高于水压的压力下在接头安装深度处以及在低于该压力的压力下塌陷。在成型过程中会在凹槽中捕获的海水中形成水。

著录项

  • 公开/公告号ES548265A0

    专利类型

  • 公开/公告日1986-09-01

    原文格式PDF

  • 申请/专利权人 CAMERON IRON WORKSINC.;

    申请/专利号ES19850548265

  • 发明设计人

    申请日1985-10-28

  • 分类号F16L1/04;

  • 国家 ES

  • 入库时间 2022-08-22 07:37:47

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