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    • 3. 发明授权
    • Pressure actuable downhole tool and a method for actuating the same
    • 压力可致动的井下工具及其致动方法
    • US08567510B2
    • 2013-10-29
    • US12811108
    • 2009-02-19
    • Stewart ChristieNiall Lipp
    • Stewart ChristieNiall Lipp
    • E21B34/10
    • E21B23/00E21B23/04E21B33/1295E21B41/00
    • Pressure actuable downhole tool such as a packer and a method for actuating the same typically uses a control line to trigger a configuration change in the tool in which a communication line is opened between the throughbore of the tool and apressure responsive actuator, allowing the pressure responsive actuator to be set by downhole fluid pressure applied via the throughbore. Thus the pressure from the control line is used to trigger actuation of the tool, but the throughbore pressure is used to set the tool. The advantage of this activation mechanism is that the tool can be set even when pressure supplied by the control line is insufficient to fully actuate or set the tool, and in certain embodiments, the tool can be set using much higher tubing pressure than could be supplied through the control line, thereby allowing more reliable and instantaneous setting than tools set using control line pressure alone.
    • 诸如封隔器的压力可致动的井下工具和用于致动该压力的方法通常使用控制线来触发工具中的配置变化,其中在工具的通孔和压力响应致动器之间打开通信线,允许压力响应 致动器由通过通孔施加的井下流体压力设定。 因此,来自控制线的压力用于触发工具的启动,但是通孔通过压力来设定工具。 该激活机构的优点在于即使在由控制线提供的压力不足以完全致动或设置工具的情况下也可以设置工具,并且在某些实施例中,可以使用比所提供的更高的管道压力来设定工具 通过控制线,从而允许比仅使用控制线压力设置的工具更可靠和瞬时的设定。
    • 5. 发明申请
    • PRESSURE ACTUABLE DOWNHOLE TOOL AND A METHOD FOR ACTUATING THE SAME
    • 压力可动的卧式工具及其执行方法
    • US20100300703A1
    • 2010-12-02
    • US12811108
    • 2009-02-19
    • Stewart ChristieNiall Lipp
    • Stewart ChristieNiall Lipp
    • E21B34/10E21B33/12
    • E21B23/00E21B23/04E21B33/1295E21B41/00
    • Pressure actuable downhole tool such as a packer and a method for actuating the same typically uses a control line to trigger a configuration change in the tool in which a communication line is opened between the throughbore of the tool and a pressure responsive actuator, allowing the pressure responsive actuator to be set by downhole fluid pressure applied via the throughbore. Thus the pressure from the control line is used to trigger actuation of the tool, but the throughbore pressure is used to set the tool. The advantage of this activation mechanism is that the tool can be set even when pressure supplied by the control line is insufficient to fully actuate or set the tool, and in certain embodiments, the tool can be set using much higher tubing pressure than could be supplied through the control line, thereby allowing more reliable and instantaneous setting than tools set using control line pressure alone.
    • 诸如封隔器的压力可致动的井下工具和用于致动其的方法通常使用控制线来触发工具中的构造变化,其中在工具的通孔和压力响应致动器之间打开通信线,允许压力 响应致动器通过经由通孔施加的井下流体压力来设定。 因此,来自控制线的压力用于触发工具的启动,但是通孔通过压力来设定工具。 该激活机构的优点在于即使在由控制线提供的压力不足以完全致动或设置工具的情况下也可以设置工具,并且在某些实施例中,可以使用比所提供的更高的管道压力来设定工具 通过控制线,从而允许比仅使用控制线压力设置的工具更可靠和瞬时的设定。