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    • 2. 发明申请
    • CONTROLLABLY RELEASABLE SHIFTING TOOL
    • 控制可释放的工具
    • US20120312555A1
    • 2012-12-13
    • US13431709
    • 2012-03-27
    • Richard T. CaminariGrigory L. Arauz
    • Richard T. CaminariGrigory L. Arauz
    • E21B23/00E21B43/00
    • E21B34/14E21B23/00
    • A shifting tool having a release mechanism of predictable deforming radial character. The tool may be utilized for activating any of a variety of different types of downhole actuators. Once more, due to the controlled and predictable manner of deformation employed in the release mechanism, load pulls directed at the actuator may be significant without undue concern over unintended or uncontrolled tool breakage. So, for example, a stuck actuator arm engaged with the shifting tool may be safely pulled at substantially greater loads thereby increasing the odds of dislodging. Thus, the occurrences of added follow-on interventional applications addressing stuck actuator arms may be reduced, resulting in tremendous time and cost savings.
    • 具有可预测的变形径向特征的释放机构的换档工具。 该工具可用于激活各种不同类型的井下致动器中的任何一种。 再次,由于在释放机构中采用的受控和可预测的变形方式,针对致动器的负载牵引可能是重要的,而不会对意外或不受控制的刀具破损造成过度的担心。 因此,例如,与移动工具接合的卡住的致动器臂可以以大得多的负载被安全地拉动,从而增加了移动的可能性。 因此,可能减少附加的后续介入应用程序发生的问题,从而节省了大量的时间和成本。
    • 3. 发明授权
    • Downhole actuation tools
    • 井下驱动工具
    • US07562713B2
    • 2009-07-21
    • US11307768
    • 2006-02-21
    • Arin BasmajianGrigory L. Arauz
    • Arin BasmajianGrigory L. Arauz
    • E21B34/00
    • E21B23/04
    • Implementations of various technologies are directed to a downhole actuation tool. In one implementation, the downhole actuation tool includes a tubular housing, an oil piston disposed inside the tubular housing, and a first housing disposed inside the tubular housing. The first housing includes an orifice. The downhole actuation tool may further include an oil chamber defined by the oil piston, the first housing and the tubular housing. The oil chamber includes oil. The downhole actuation tool may further include a sliding element disposed inside the tubular housing proximate the first housing.
    • 各种技术的实施针对井下致动工具。 在一个实施方案中,井下致动工具包括管状壳体,设置在管状壳体内部的油活塞和设置在管状壳体内的第一壳体。 第一壳体包括孔口。 井下致动工具还可以包括由油活塞,第一壳体和管状壳体限定的油室。 油室包括油。 井下致动工具还可以包括设置在管状壳体内的靠近第一壳体的滑动元件。
    • 4. 发明授权
    • Controllably releasable shifting tool
    • 可控释放的换档工具
    • US09222335B2
    • 2015-12-29
    • US13431709
    • 2012-03-27
    • Richard T. CaminariGrigory L. Arauz
    • Richard T. CaminariGrigory L. Arauz
    • E21B34/14E21B23/00
    • E21B34/14E21B23/00
    • A shifting tool having a release mechanism of predictable deforming radial character. The tool may be utilized for activating any of a variety of different types of downhole actuators. Once more, due to the controlled and predictable manner of deformation employed in the release mechanism, load pulls directed at the actuator may be significant without undue concern over unintended or uncontrolled tool breakage. So, for example, a stuck actuator arm engaged with the shifting tool may be safely pulled at substantially greater loads thereby increasing the odds of dislodging. Thus, the occurrences of added follow-on interventional applications addressing stuck actuator arms may be reduced, resulting in tremendous time and cost savings.
    • 具有可预测的变形径向特征的释放机构的换档工具。 该工具可用于激活各种不同类型的井下致动器中的任何一种。 再次,由于在释放机构中采用的受控和可预测的变形方式,针对致动器的负载牵引可能是重要的,而不会对意外或不受控制的工具破损造成过度的担心。 因此,例如,与移动工具接合的卡住的致动器臂可以以大得多的负载被安全地拉动,从而增加了移动的可能性。 因此,可能减少附加的后续介入应用程序发生的问题,从而节省了大量的时间和成本。