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    • 1. 发明授权
    • Control line installation unit and method of running a string of tubing into a well
    • 控制线安装单元和将一串管道运输到井中的方法
    • US08807230B2
    • 2014-08-19
    • US13197433
    • 2011-08-03
    • Errol A. Sonnier
    • Errol A. Sonnier
    • E21B19/02E21B19/06
    • E21B19/22E21B17/026E21B17/1035
    • A well tubing installer includes a base having a tubular connector extending downward for connection to an upper end of a blowout preventer. A support floor having support slips is mounted to hydraulic cylinders at a fixed distance above the base. A traveling slip base containing traveling slips is mounted to upper ends of piston rods of the hydraulic cylinders. A pipe lifting assembly is supported by the base for lifting and positioning an additional joint of tubing to be added to the string of tubing. A pipe make-up mechanism is supported by the base for rotating the additional joint into threaded engagement with the string of tubing. A control line supply source for supplies control line to and alongside the string of tubing at a point between the base and the support floor.
    • 井管安装器包括具有向下延伸以连接到防喷器的上端的管状连接器的底座。 具有支撑滑块的支撑地板在基座上方固定距离处安装到液压缸。 含有行驶滑行件的行驶滑动底座安装在液压缸的活塞杆的上端。 管道提升组件由底座支撑,用于提升和定位要添加到管柱系列中的附加管接头。 管道补充机构由底座支撑,用于将附加接头旋转成与管柱串联。 控制线供应源,用于在基座和支撑楼层之间的点处的管道管线和旁边的供应控制线。
    • 3. 发明申请
    • Control Line Installation Unit
    • 控制线安装单元
    • US20120031627A1
    • 2012-02-09
    • US13197433
    • 2011-08-03
    • Errol A. Sonnier
    • Errol A. Sonnier
    • E21B19/00E21B19/22
    • E21B19/22E21B17/026E21B17/1035
    • A tubing installer runs a string of tubing into a well while strapping a control line to the tubing string. The installer includes a base having a tubular connector extending downward for connection to an upper end of a blowout preventer. Hydraulic cylinders are mounted to and extend upward from the base. A support floor having support slips is mounted to the hydraulic cylinders at a fixed distance above the base. A traveling slip base containing traveling slips is mounted to upper ends of piston rods of the hydraulic cylinders. A pipe lifting assembly is supported by the base for lifting and positioning an additional joint of tubing to be added to the string of tubing. A pipe make-up mechanism is supported by the base for rotating the additional joint into threaded engagement with the string of tubing. A control line supply source for supplies control line to and alongside the string of tubing at a point between the base and the support floor.
    • 管道安装人员将一串管道运行到井中,同时将控制线捆扎在油管柱上。 安装者包括具有向下延伸以连接到防喷器的上端的管状连接器的底座。 液压缸安装在底座上并向上延伸。 具有支撑滑块的支撑地板在基座上方固定的距离处安装到液压缸。 含有行驶滑行件的行驶滑动底座安装在液压缸的活塞杆的上端。 管道提升组件由底座支撑,用于提升和定位要添加到管柱系列中的附加管接头。 管道补充机构由底座支撑,用于将附加接头旋转成与管柱串联。 控制线供应源,用于在基座和支撑楼层之间的点处的管道管线和旁边的供应控制线。
    • 4. 发明授权
    • Pipe gripping system and method
    • 管夹系统及方法
    • US5732909A
    • 1998-03-31
    • US670640
    • 1996-06-26
    • Errol A. Sonnier
    • Errol A. Sonnier
    • F16L3/18
    • E21B19/10E21B19/07
    • A slip die with a substantially smooth pipe contact surface is employed in a conventional slip assembly as a primary mechanism for gripping pipe. A second conventional slip assembly with conventional dies having penetrating die teeth on their contact surfaces is employed as a secondary gripping mechanism to automatically grip the pipe in the event the primary mechanism loses its grip. The smooth slip elements are constructed of a malleable material which tends to conform to surface irregularities on the outer surface of the pipe to increase the gripping force on the pipe. In the method, the pipe is initially gripped by the primary slip mechanism before the secondary mechanism is actuated to contact the pipe. The slips are set by downward pipe forces acting on the dies so that the die teeth of the secondary mechanism do not grip the pipe unless the primary slip mechanism fails. The system and method permit the pipe to be gripped without producing damaging die teeth marks on the pipe during normal pipe handling operations while providing a secondary mechanism which will automatically grip the pipe if the primary gripping mechanism fails.
    • 在常规滑动组件中采用具有基本平滑的管接触表面的滑模作为夹紧管的主要机构。 在具有在其接触表面上具有穿透模具齿的常规模具的第二常规滑动组件被用作辅助夹持机构,以在主机构失去其抓握的情况下自动地夹紧管道。 光滑的滑动元件由有延展性的材料构成,其倾向于符合管道外表面上的表面不规则性,以增加管道上的夹持力。 在该方法中,在辅助机构被致动以接触管道之前,管道最初被主滑动机构夹紧。 滑块通过作用在模具上的向下的管力设置,使得次级机构的模具齿不夹紧管道,除非主滑动机构失效。 该系统和方法允许在正常的管道操作过程中在不产生损坏的管道上的标记的情况下抓住管道,同时提供辅助机构,如果主抓握机构失效则辅助机构将自动地夹紧管道。
    • 5. 发明申请
    • Apparatus for Applying an Axial Force to Well Pipe Slips
    • 用于向井筒滑动施加轴向力的装置
    • US20120160518A1
    • 2012-06-28
    • US12977173
    • 2010-12-23
    • Errol A. Sonnier
    • Errol A. Sonnier
    • E21B23/00E21B19/18
    • E21B19/00E21B19/08E21B19/10
    • An apparatus for gripping a string of well pipe being lowered into or retrieved from a well includes pipe slips defining a central bore opening having an axis. The pipe slips are configured to abut and grip a surface of a pipe passing through the central bore opening while the pipe slips are in a first position. The pipe slips are further configured to allow axial movement of the pipe when moved to a second position. The apparatus includes at least one hydraulic ram device configured to exert an axial force on the pipe slips while the pipe slips are in the first position to enhance gripping of the pipe.
    • 用于夹紧井下管或从井中取出的井管的装置包括限定具有轴线的中心孔开口的管道滑移件。 管道滑块被构造成邻接并抓住通过中心孔开口的管道的表面,同时管道滑块处于第一位置。 管道滑块进一步构造成允许管道在移动到第二位置时的轴向移动。 该装置包括至少一个液压压头装置,其构造成在管道滑块处于第一位置时在管道滑块上施加轴向力,以增强管道的夹持。
    • 6. 发明授权
    • Pipe running system and method
    • 管道运行系统及方法
    • US06279662B1
    • 2001-08-28
    • US09265318
    • 1999-03-09
    • Errol A. Sonnier
    • Errol A. Sonnier
    • E21B1906
    • E21B19/07
    • A conventional center-latch elevator with smooth slip segments of the present invention is employed to grip and suspend a pipe without damaging the pipe surface. The slip segments are made of aluminum or another material that is softer than the material of the pipe. The elimination of rough surfaces on the slip segments prevents damage to the external pipe surface. A threaded lift connector is secured to the box end of the pipe to be lifted. The lift connector forces spring-loaded slip segments down into the conical bowl of the elevator to move the segments radially inwardly into gripping engagement with the pipe. The axial forces exerted by the elevator against the bottom of the lift connector are transmitted through the connector to the threads engaged in the pipe. The arrangement prevents the forces of the elevator from being transmitted to the base of the coupling connected to the pipe to prevent coupling damage or disengagement of the coupling from the threaded pipe end. The lift connector may be employed with a coupling-type elevator that closely surrounds the pipe and engages the bottom of the lift connector when the elevator is raised to raise the pipe.
    • 采用本发明的具有平滑滑动部分的常规中心闩锁电梯来抓握和悬挂管道而不损坏管道表面。 滑动部分由铝或比管道材料软的材料制成。 在滑动段上消除粗糙表面可以防止外部管道表面的损坏。 螺纹提升连接器固定到要提升的管道的箱体端部。 提升连接器将弹簧加载的滑动部分向下压入电梯的锥形碗中,以将节段径向向内移动以与管道夹紧接合。 由升降机施加在提升连接器底部的轴向力通过连接器传递到接合在管道中的螺纹。 该装置防止电梯的力传递到连接到管道的联接器的基部,以防止联接器从螺纹管端部的联接损坏或脱离。 提升连接器可以与联接式电梯一起使用,该电梯紧密地围绕管道并且当电梯升高以升高管道时接合电梯连接器的底部。