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    • 73. 发明授权
    • Releasable well tool stopping devices and systems
    • 可释放的工具停止装置和系统
    • US4465132A
    • 1984-08-14
    • US444188
    • 1982-11-24
    • Albert W. CarrollJoseph L. Pearce
    • Albert W. CarrollJoseph L. Pearce
    • E21B23/08
    • E21B23/08
    • A tool stopping device for use in a well flow conductor having a preferably full open bore and an abrupt stop shoulder surrounding the bore and engageable by corresponding stop shoulders of spring biased keys carried on a well tool for stopping the well tool as it moves through the flow conductor to indicate the tool's arrival at the device, the device having lugs remotely actuable from the surface for releasing the keys from engagement with the stop shoulder in the device for movement of the well tool therebeyond. One form of the device is suitable for stopping tools entering from one direction only. Another form of the device is suitable for stopping tools both moving into and out of a well. Either or both types of devices may be used in any quantity to provide known checkpoints in a well system for monitoring the progress of well tools moving therethrough.
    • 一种用于井流导体中的工具停止装置,其具有优选的全开孔和围绕该孔的突然停止台肩,并且可由相应的弹簧偏置键的止动肩部接合,所述弹簧偏压键承载在井工具上,用于在井工具移动通过 流动导体以指示工具到达装置,该装置具有可从表面远程地致动的凸耳,用于释放钥匙以与装置中的止动肩部接合,以便在其中移动井具。 该装置的一种形式适用于仅从一个方向停止工具。 该装置的另一种形式适用于阻止进入和移出井的工具。 任何一种或两种类型的装置可以以任何数量用于在井系统中提供已知的检查点,用于监测通过其移动的井工具的进度。
    • 75. 发明授权
    • Method of placing pipe into deviated boreholes
    • 将管放在偏心钻孔中的方法
    • US4384616A
    • 1983-05-24
    • US210913
    • 1980-11-28
    • Thomas B. Dellinger
    • Thomas B. Dellinger
    • E21B7/04E21B23/00E21B23/08E21B43/10E21B33/14E21B41/00E21B43/00
    • E21B43/10E21B23/00E21B23/08E21B7/04
    • A method of pushing pipe (e.g., casing) into a highly deviated borehole. The lower end of the pipe is plugged and the lower portion of the pipe string is filled with fluids (e.g., compressed gases, petroleum products, water, etc.) which have a lower density than that of the borehole fluid. This creates a buoyancy effect for the pipe in the deviated portion of the borehole which aids in keeping the pipe from contacting the lower side of the deviated hole. The pipe can be plugged or capped above the lightened section and filled with heavier fluid to aid in forcing the pipe downward into position. The plugs and caps are then removed, e.g., drilled out, when the pipe is ready for use. The fluids are thereby released into the mud slurry.
    • 将管(例如,套管)推入高度偏斜的钻孔中的方法。 管的下端被堵塞,并且管柱的下部填充有比井眼流体的密度低的流体(例如,压缩气体,石油产品,水等)。 这对于井眼的偏斜部分中的管道产生浮力效应,这有助于保持管道不接触偏斜孔的下侧。 管道可以在减轻的部分上方被堵塞或盖住,并且填充较重的流体以帮助将管道向下压到位。 然后当管道准备好使用时,塞子和盖子例如被钻出。 因此,流体被释放到泥浆中。
    • 79. 发明授权
    • Well system and method
    • 井系统和方法
    • US4355686A
    • 1982-10-26
    • US212994
    • 1980-12-04
    • Henry P. ArendtThomas J. Heard
    • Henry P. ArendtThomas J. Heard
    • E21B23/08E21B34/06E21B34/12E21B34/14E21B43/14E21B34/08
    • E21B34/06E21B23/08E21B34/12E21B34/14E21B43/14
    • A method and apparatus especially adapted for use with an injection well in which a valve controlled H-member interconnects the two tubings of a two tubing installation and landing nipples are attached to the lower legs of the H-member to receive expendable fluid control means, such as standing valves, in which pressure applied to one tubing to create a pressure differential will move the valve controlling the interconnection between the H-members to open position to permit TFL operations to be carried out in the well and thereafter pressure exerted on a ball supported on the valve member of the control valve for the H-member closes the control valve, and the ball passes through the control valve. The fluid control members in the landing nipples may be ejected either before or after closing of the valve in the H-member.
    • 一种特别适合于与注射井一起使用的方法和装置,其中阀控制的H形件将两个管道安装和着陆接头的两个管道互连,连接到H构件的下部腿以接收消耗性流体控制装置, 例如立管阀,其中施加到一个管道以产生压差的压力将使控制H构件之间的互连的阀移动到打开位置,以允许在井中执行TFL操作,此后施加在球上的压力 支撑在H形件的控制阀的阀构件上,关闭控制阀,球通过控制阀。 在层压接头中的流体控制构件可以在H构件中的阀关闭之前或之后喷射。
    • 80. 发明授权
    • Cross over assembly
    • 跨越组装
    • US3739850A
    • 1973-06-19
    • US3739850D
    • 1971-06-18
    • OTIS ENG CORP
    • SIZER P
    • E21B23/08E21B34/14E21B43/14E21B43/00
    • E21B34/14E21B23/08E21B43/14
    • A well tool system particularly adapted for interconnection of the flow passages of conduits in a well bore, including fluid cross-over assembly for communicating parallel or concentric flow passages. One form of the system for connecting parallel tubing strings includes an H-member providing spaced vertical parallel conduit sections interconnected by a cross-over conduit. Several forms of the H-member include locking recesses in one or both of the spaced conduit sections and a sliding sleeve valve in either or both of such sections for selectively communicating and isolating the conduit sections from each other. Another form of the cross-over device includes at least three tubing sections in parallel spaced relation interconnected by cross-over conduits, locking recesses for servicing well tools in the conduit sections, and a sliding sleeve valve for selectively isolating and communicating the sections through the cross-over conduits. An additional form of the device includes a cross-over member connectible at one end with spaced parallel tubing strings and at the opposite end with a pair of inner and outer tubing strings and including a cross-over flow passage and sliding sleeve valve for selectively isolating and communicating the flow passages through the body whereby the parallel tubing strings above the body and the flow passages below the body are intercommunicated through the body. A still further form of the device includes a coupling body having a central flow passage and laterally spaced longitudinal flow passages connected by a cross-over passage with a sliding sleeve valve in the central passages for communicating and isolating the passages as desired. The central passage communicates with central conduits above and below the body while the other passage communicates with annular conduits above and below the body whereby parallel concentric passages are selectively communicated and isolated by the device.
    • 一种井井系统,特别适用于在井眼中的导管的流动通道的互连,包括用于连通平行或同心的流动通道的流体交叉组件。 用于连接平行管柱的系统的一种形式包括H构件,其提供由交叉导管互连的间隔开的垂直平行导管段。 H形件的几种形式包括在一个或两个间隔开的导管部分中的锁定凹部和在这些部分中的一个或两个中的滑动套筒阀,用于选择性地将导管部分彼此连通和隔离。 交叉装置的另一种形式包括至少三个管道部分,其平行隔开的关系通过交叉管道相互连接,用于维护导管部分中的井具的锁定凹槽以及用于选择性地隔离和连通部分的滑动套管阀 交叉管道。 该装置的附加形式包括一个交叉构件,其一端可间隔开并联的管柱,并且在相对端具有一对内管和外管柱,并且包括用于选择性隔离的交叉流动通道和滑动套管阀 并且使流动通道通过本体,由此主体上方的平行管柱和身体下方的流动通道通过身体相互连通。 装置的另一种形式包括具有中心流动通道和横向隔开的纵向流动通道的联接体,该纵向流动通道通过交叉通道在中心通道中具有滑动套筒阀,用于根据需要连通和隔离通道。 中心通道与身体上方和下方的中心导管连通,而另一个通道与身体上方和下方的环形导管连通,从而平行的同心通道由装置选择性地连通和隔离。