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    • 1. 发明申请
    • DEVICES AND METHODS FOR DYNAMIC BORING PROCEDURE RECONFIGURATION
    • 动态钻孔过程重构的装置和方法
    • WO2009029269A3
    • 2009-06-04
    • PCT/US2008010151
    • 2008-08-27
    • VERMEER MFG CORUNQUIST RANDY RAYKELPE HANS
    • RUNQUIST RANDY RAYKELPE HANS
    • E21B7/04E21B44/02
    • E21B7/046E21B44/02
    • Various embodiments are directed to a method of switching horizontal directional drilling procedures during bore path turning. Such methods can include: identifying a hierarchal arrangement (210) of a plurality of different boring procedures utilizing different boring techniques, the hierarchy arrangement representing boring procedures of increasing ability to bore through harder soil while changing a trajectory of a boring tool; boring a first leg of a curved bore path using a boring tool connected to a drill rig by a drill string, the first leg being bored using a first boring procedure of the plurality of different boring procedures; monitoring a plurality of boring parameters (240) during boring of the first leg, the plurality of boring parameters comprising: torsional pressure of the drill string, rotational travel of the drill string, hydraulic pressure, and axial displacement; switching (260) from boring the first leg of the curved bore path using the first boring procedure to boring a second leg using a second boring procedure of the plurality of boring procedures, the switch based on one or more of the boring parameters deviating past a threshold.
    • 各种实施例涉及在钻孔路径转动期间切换水平定向钻孔过程的方法。 这样的方法可以包括:使用不同的钻孔技术来识别多个不同钻孔程序的分层布置(210),所述层次结构表示在改变钻孔工具的轨迹的同时增加穿过较硬土壤的能力的钻孔过程; 使用钻孔工具通过钻柱连接钻孔工具来镗孔弯曲钻孔路径的第一腿,所述第一腿部使用所述多个不同钻孔过程的第一钻孔过程来钻孔; 在所述第一支腿钻孔期间监测多个钻孔参数(240),所述多个钻孔参数包括:所述钻柱的扭转压力,所述钻柱的旋转行程,液压和轴向位移; 使用所述第一钻孔过程使所述多个钻孔过程中的第二钻孔过程对所述弯曲钻孔路径的所述第一腿进行钻孔以使所述多个钻孔过程中的第二钻孔过程进行切换(260),所述开关基于偏离过去的一个或多个钻孔参数 阈。
    • 2. 发明申请
    • DEVICES AND METHODS FOR DYNAMIC BORING PROCEDURE RECONFIGURATION
    • 动态钻孔过程重构的装置和方法
    • WO2009029269A2
    • 2009-03-05
    • PCT/US2008/010151
    • 2008-08-27
    • VERMEER MANUFACTURING COMPANYRUNQUIST, Randy, RayKELPE, Hans
    • RUNQUIST, Randy, RayKELPE, Hans
    • E21B7/04E21B41/00E21B7/06
    • E21B7/046E21B44/02
    • Various embodiments are directed to a method of switching horizontal directional drilling procedures during bore path turning. Such methods can include identifying a hierarchal arrangement of a plurality of different boring procedures utilizing different boring techniques, the hierarchy arrangement representing boring procedures of increasing ability to bore through harder soil while changing a trajectory of a boring tool. Such methods can further include boring a first leg of a curved bore path using a boring tool connected to a drill rig by a drill string, the first leg being bored using a first boring procedure of the plurality of different boring procedures. Such methods can further includemonitoring a plurality of boring parameters during boring of the first leg, the plurality of boring parameters comprising: torsional pressure of the drill string, rotational travel of the drill string, hydraulic pressure, and axial displacement. Such methods can further include switching from boring the first leg of the curved bore path using the first boring procedure to boring a second leg using a second boring procedure of the plurality of boring procedures, the switch based on one or more of the boring parameters deviating past a threshold.
    • 各种实施例涉及在钻孔路径转动期间切换水平定向钻孔过程的方法。 这种方法可以包括使用不同的钻孔技术来识别多个不同钻孔程序的分层布置,该层次结构表示在改变钻孔工具的轨迹的同时增加穿过较硬土壤的能力的钻孔程序。 这样的方法还可以包括使用钻孔工具连接到钻机上的钻孔工具来钻出弯曲孔径的第一腿部,使用多个不同钻孔过程的第一钻孔过程来钻出第一腿部。 这种方法可以进一步包括在第一支腿钻孔过程中监控多个钻孔参数,该多个钻孔参数包括:钻柱的扭转扭矩,钻柱的旋转行程,液压和轴向位移。 这样的方法还可以包括使用第一钻孔过程从弯曲孔道的第一腿钻孔,使用多个钻孔过程中的第二钻孔过程来钻孔第二腿,所述开关基于一个或多个钻孔参数偏离 超过一个门槛。
    • 4. 发明申请
    • APPARATUS AND METHOD OF CAPACITIVELY SENSING OPERATOR PRESENCE FOR A STUMP CUTTER
    • 电容切割器的电容式操作器的设备和方法
    • WO2009018354A1
    • 2009-02-05
    • PCT/US2008/071613
    • 2008-07-30
    • VERMEER MANUFACTURING COMPANYKELPE, HansKHAPOCHKIN, Yurity
    • KELPE, HansKHAPOCHKIN, Yurity
    • H03K17/96
    • H03K17/962
    • An operator detection and presence device includes a conductive sensor and a guard electrode. The sensor and electrode are physically located and electrically connected in a manner which helps the detection circuit measure if an operator's hand is on the handle or if the change in capacitance is due to water. The sensor and electrode are preferably physically located in the handle spaced apart from one another, where the sensor is located in an area that the operator will touch. The electrode is located in an area that the operator will not generally touch. A detection circuit is connected to the sensor and electrode for measuring whether the capacitance of the sensor has changed. The electrode is used to avoid false detections and/or the ability to detect of operator presence.
    • 操作者检测和存在装置包括导电传感器和保护电极。 传感器和电极的物理位置和电气连接方式有助于检测电路测量操作者的手在手柄上,或者如果电容的变化是由于水而导致的。 传感器和电极优选地物理上位于彼此间隔开的手柄中,其中传感器位于操作者将接触的区域中。 电极位于操作者通常不会接触的区域。 检测电路连接到传感器和电极,用于测量传感器的电容是否改变。 电极用于避免错误检测和/或检测操作员存在的能力。