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    • 23. 发明授权
    • System and method for locating and tracking a boring tool
    • 用于定位和跟踪钻孔工具的系统和方法
    • US07373993B2
    • 2008-05-20
    • US11534512
    • 2006-09-22
    • Kelvin P. SelfGerald A. Stangl
    • Kelvin P. SelfGerald A. Stangl
    • E21B47/02
    • E21B47/02224
    • A system for monitoring the position and orientation of a downhole tool assembly having multiple beacons. In a preferred embodiment the first and second beacons are supported by the downhole tool assembly. Both beacons are adapted to transmit signals that are indicative of the orientation and position of the downhole tool assembly. A receiving assembly detects the signals transmitted from the first and second beacons. The receiving assembly transmits the detected signals to a processor that processes the signals to produce a composite of the relative positions and orientations of the receiving assembly and the downhole tool assembly. The composite of the relative positions of the receiving assembly and the downhole tool assembly are communicated to the operator using a display. The orientations of the first and second beacons are also communicated to the operator using the display.
    • 一种用于监测具有多个信标的井下工具组件的位置和方向的系统。 在优选实施例中,第一和第二信标由井下工具组件支撑。 两个信标都适于传输指示井下工具组件的取向和位置的信号。 接收组件检测从第一和第二信标发送的信号。 接收组件将检测到的信号发送到处理器的处理器,处理信号以产生接收组件和井下工具组件的相对位置和取向的复合。 使用显示器将接收组件和井下工具组件的相对位置的复合物传送给操作者。 第一和第二信标的取向也使用显示器传送到操作者。
    • 24. 发明授权
    • System and method for automatically controlling a pipe handling system for a horizontal boring machine
    • 自动控制水平镗床管道处理系统的系统和方法
    • US06550547B1
    • 2003-04-22
    • US10074445
    • 2002-02-11
    • David R. PayneCody L. SewellKelvin P. SelfJ. Kevin WildaDavid A. Rorabaugh
    • David R. PayneCody L. SewellKelvin P. SelfJ. Kevin WildaDavid A. Rorabaugh
    • E21B1914
    • E21B19/15E21B19/20
    • An automatic pipe handling system for automatically transporting pipe sections to and from a horizontal boring machine. The system comprises a pipe handling assembly, a pipe lubrication assembly, a makeup/breakout assembly, and an automatic control system. The pipe handling assembly stores pipe sections and transports the pipe sections to and from the drill string of a boring machine. As the pipe handling assembly transports a pipe section, the pipe lubrication assembly lubricates the appropriate pipe joints. The makeup/breakout assembly secures the drill string and pipe joints so that pipe sections can be added to or removed from the drill string. A programmed controller automatically operates the pipe handling system and its components by synchronizing the operations of the pipe handling system. The controller sequences and times the operation of each aspect of the pipe handling system during both the boring operation and the backreaming operation.
    • 一种自动管道处理系统,用于将管道段自动输送到水平镗床和从卧式镗床进行。 该系统包括管道处理组件,管道润滑组件,化妆/分组组件和自动控制系统。 管道处理组件存储管道部分并将管道部分输送到钻孔机的钻柱和从钻孔机的钻柱输送。 当管道处理组件输送管段时,管道润滑组件润滑适当的管接头。 组合/分流组件固定钻柱和管接头,使得管段可以被添加到钻柱或从钻柱中移除。 编程控制器通过同步管道处理系统的操作来自动操作管道处理系统及其部件。 在钻孔操作和回流操作期间,控制器对管道处理系统的每个方面进行操作。
    • 25. 发明授权
    • System and method for automatically controlling a pipe handling system for a horizontal boring machine
    • 自动控制水平镗床管道处理系统的系统和方法
    • US06179065B2
    • 2001-01-30
    • US09146123
    • 1998-09-02
    • David R. PayneCody L. SewellKelvin P. SelfJ. Kevin WildaDavid A. Rorabaugh
    • David R. PayneCody L. SewellKelvin P. SelfJ. Kevin WildaDavid A. Rorabaugh
    • E21B1914
    • E21B19/15E21B19/20
    • An automatic pipe handling system for automatically transporting pipe sections to and from a horizontal boring machine. The system comprises a pipe handling assembly, a pipe lubrication assembly, a makeup/breakout assembly, and an automatic control system. The pipe handling assembly stores pipe sections and transports the pipe sections to and from the drill string of a boring machine. As the pipe handling assembly transports a pipe section, the pipe lubrication assembly lubricates the appropriate pipe joints. The makeup/breakout assembly secures the drill string and pipe joints so that pipe sections can be added to or removed from the drill string. A programmed controller automatically operates the pipe handling system and its components by synchronizing the operations of the pipe handling system. The controller sequences and times the operation of each aspect of the pipe handling system during both the boring operation and the backreaming operation.
    • 一种自动管道处理系统,用于将管道段自动输送到水平镗床和从卧式镗床进行。 该系统包括管道处理组件,管道润滑组件,化妆/分组组件和自动控制系统。 管道处理组件存储管道部分并将管道部分输送到钻孔机的钻柱和从钻孔机的钻柱输送。 当管道处理组件输送管段时,管道润滑组件润滑适当的管接头。 组合/分流组件固定钻柱和管接头,使得管段可以被添加到钻柱或从钻柱中移除。 编程控制器通过同步管道处理系统的操作来自动操作管道处理系统及其部件。 在钻孔操作和回流操作期间,控制器对管道处理系统的每个方面进行操作。
    • 26. 发明授权
    • Reversible expander
    • 可逆膨胀机
    • US5553676A
    • 1996-09-10
    • US461967
    • 1995-06-05
    • Kelvin P. SelfDirk A. Wilson
    • Kelvin P. SelfDirk A. Wilson
    • E21B7/30E21B17/10E21B7/28
    • E21B7/30E21B17/10
    • Several designs of reversible expanders (10, 50, 100, 150) are disclosed for use on an underground boring tool (14) of the type using an air impact hammer. The reversible expanders allow a borehole of larger diameter than the tool to be formed. The reversible expander (10) is interference fit on the outer surface of the boring tool by either pressing the expander onto the tool or by shrink fit. A reversible expander (50) has a split which allows the expander to be slid over the tool and then clamped in place by bolts. A reverse expander (100) is formed of two members (102, 104) which, when bolted together, form a taper lock engagement with the tool. Finally, a reversible expander (150) can be threaded onto threads on the outer surface of the tool.
    • 公开了用于使用空气冲击锤的类型的地下钻孔工具(14)的可逆膨胀器(10,50,100,150)的几种设计。 可逆膨胀器允许比要形成的工具更大直径的钻孔。 通过将膨胀机按压到工具上或通过压配合,可逆膨胀机(10)过盈配合在钻孔工具的外表面上。 可逆膨胀机(50)具有分段,其允许膨胀机在工具上滑动,然后通过螺栓夹紧就位。 反向膨胀器(100)由两个构件(102,104)形成,当螺栓连接在一起时,该两个构件形成与工具的锥形锁定接合。 最后,可逆膨胀机(150)可以拧到工具外表面的螺纹上。