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    • 1. 发明授权
    • Mapping tool for tracking and/or guiding an underground boring tool
    • 用于跟踪和/或引导地下钻孔工具的测绘工具
    • US06454023B1
    • 2002-09-24
    • US09596316
    • 2000-06-15
    • John E. MercerPeter H. HamblingRudolf ZellerShiu S. NgGuenter W. BruneLloyd A. Moore
    • John E. MercerPeter H. HamblingRudolf ZellerShiu S. NgGuenter W. BruneLloyd A. Moore
    • E21B4700
    • E21B47/02216E21B47/02224E21B47/04H01Q1/04H01Q1/36H01Q1/38H01Q7/00H01Q21/205H01Q21/28H01Q21/29
    • Systems and associated methods for tracking and/or guiding an underground boring tool use one or more detectors to measure the intensity of an electromagnetic field which is transmitted from an underground boring tool. The measured intensities may then be used to determine the location of the boring tool. In a dead reckoning embodiment of the invention, one detector may be employed while, in a position determination embodiment, two or more detectors may be employed. In any embodiment, physically measurable parameters may be used in addition to measured magnetic intensities. A highly advantageous mapping tool instrument for use in the position determination embodiment and a cubic antenna for use in any magnetic field detector are employed herein. A highly advantageous apparatus and associated method for determining the movement of the boring tool underground by monitoring the motion of a drill string, which is attached to the boring tool and extends to a drill rig, are used to perform measurements relating to movement of the drill string at the drill rig.
    • 用于跟踪和/或引导地下钻孔工具的系统和相关方法使用一个或多个检测器来测量从地下钻孔工具传送的电磁场的强度。 测量的强度可用于确定钻孔工具的位置。 在本发明的推算实施例中,可以使用一个检测器,而在位置确定实施例中可以采用两个或更多个检测器。 在任何实施例中,除了测量的磁强度之外,还可以使用物理上可测量的参数。 本文采用了用于位置确定实施例和用于任何磁场检测器的立方天线的非常有利的地图绘图工具。 用于通过监测连接到钻孔工具并延伸到钻机上的钻柱的运动来确定钻孔工具在地下运动的非常有利的装置和相关联的方法用于执行与钻头的运动有关的测量 在钻机上的弦。
    • 2. 发明授权
    • Establishing positions of locating field detectors and path mappings in underground boring tool applications
    • 在地下钻孔工具应用中建立定位现场探测器和路径映射的位置
    • US06250402B1
    • 2001-06-26
    • US09324221
    • 1999-06-01
    • Guenter W. BrunePeter H. HamblingJohn E. MercerLloyd A. MooreShiu S. NgRudolf Zeller
    • Guenter W. BrunePeter H. HamblingJohn E. MercerLloyd A. MooreShiu S. NgRudolf Zeller
    • E21B4702
    • E21B47/02224B82Y25/00E21B7/046G01R33/093G01V3/081G01V3/165G01V3/38H01Q1/04H01Q1/36H01Q1/38H01Q7/00H01Q21/205H01Q21/28H01Q21/29
    • Specific apparatus and associated methods are described for use in establishing the positions of locating field detectors and for path mapping within a region for the purpose of tracking and/or guiding the movement of an underground boring tool. In one aspect, an improvement is provided forming part of an arrangement for tracking the position and/or guiding the boring tool using an electromagnetic locating signal which is transmitted from the boring tool as the boring tool moves through the ground. At least two detectors are located at fixed positions within the region, each being operable in a transmit mode and in a receive mode such that each one of the detectors in the transmit mode is able to transmit a relative locating signal to the other detector for use in determining the relative position of one detector in relation to the other and such that both detectors receive the electromagnetic locating signal in the receive mode for use in determining the position of the boring tool within the region. Provisions are also described for extending drilling range by using additional detectors by moving a limited number of detectors. In another aspect, a system is provided including at least two above ground detectors for sensing the locating signal. The detectors are located at initial positions in the region. Electromagnetic data is generated by the detectors with the boring tool at multiple positions to generate electromagnetic data which is used to identify the positions of the detectors. A selected flux pathline steering technique is introduced.
    • 描述了用于建立定位场检测器的位置和用于跟踪和/或引导地下钻孔工具的运动的区域内的路径映射的具体设备和相关方法。 在一个方面,提供了一种改进,其形成用于跟踪钻孔工具的位置和/或引导钻孔工具的一部分,该电磁定位信号是在钻孔工具移动通过地面时从钻孔工具传递的。 至少两个检测器位于区域内的固定位置,每个检测器可以在发射模式和接收模式下操作,使得发射模式中的每个检测器能够将相对定位信号传输到另一检测器以供使用 在确定一个检测器相对于另一检测器的相对位置时,两个检测器接收接收模式中的电磁定位信号,以用于确定钻孔工具在该区域内的位置。 还描述了通过移动有限数量的检测器通过使用附加检测器来延长钻孔范围的规定。 在另一方面,提供一种系统,其包括用于感测定位信号的至少两个上述地面探测器。 探测器位于该区域的初始位置。 电磁数据由具有钻孔工具的检测器在多个位置产生,以产生用于识别检测器的位置的电磁数据。 引入了选择的通量线路转向技术。
    • 8. 发明授权
    • Establishing positions of locating field detectors and path mapping in underground boring tool applications
    • 在地下钻孔工具应用中建立定位现场探测器和路径映射的位置
    • US06364035B2
    • 2002-04-02
    • US09845238
    • 2001-04-30
    • Guenter W. BrunePeter H. HamblingJohn E. MercerLloyd A. MooreShiu S. NgRudolf Zeller
    • Guenter W. BrunePeter H. HamblingJohn E. MercerLloyd A. MooreShiu S. NgRudolf Zeller
    • E21B47024
    • E21B47/02224B82Y25/00E21B7/046G01R33/093G01V3/081G01V3/165G01V3/38H01Q1/04H01Q1/36H01Q1/38H01Q7/00H01Q21/205H01Q21/28H01Q21/29
    • Specific apparatus and associated methods are described for use in establishing the positions of locating field detectors and for path mapping within a region for the purpose of tracking and/or guiding the movement of an underground boring tool. In one aspect, an improvement is provided forming part of an arrangement for tracking the position and/or guiding the boring tool using an electromagnetic locating signal which is transmitted from the boring tool as the boring tool moves through the ground. At least two detectors are located at fixed positions within the region, each being operable in a transmit mode and in a receive mode such that each one of the detectors in the transmit mode is able to transmit a relative locating signal to the other detector for use in determining the relative position of one detector in relation to the other and such that both detectors receive the electromagnetic locating signal in the receive mode for use in determining the position of the boring tool within the region. Provisions are also described for extending drilling range by using additional detectors by moving a limited number of detectors. In another aspect, a system is provided including at least two above ground detectors for sensing the locating signal. The detectors are located at initial positions in the region. Electromagnetic data is generated by the detectors with the boring tool at multiple positions to generate electromagnetic data which is used to identify the positions of the detectors. A selected flux pathline steering technique is introduced.
    • 描述了用于建立定位场检测器的位置和用于跟踪和/或引导地下钻孔工具的运动的区域内的路径映射的具体设备和相关方法。 在一个方面,提供了一种改进,其形成用于跟踪钻孔工具的位置和/或引导钻孔工具的一部分,该电磁定位信号是在钻孔工具移动通过地面时从钻孔工具传递的。 至少两个检测器位于区域内的固定位置,每个检测器可以在发射模式和接收模式下操作,使得发射模式中的每个检测器能够将相对定位信号传输到另一检测器以供使用 在确定一个检测器相对于另一检测器的相对位置时,两个检测器接收接收模式中的电磁定位信号,以用于确定钻孔工具在该区域内的位置。 还描述了通过移动有限数量的检测器通过使用附加检测器来延长钻孔范围的规定。 在另一方面,提供一种系统,其包括用于感测定位信号的至少两个上述地面探测器。 探测器位于该区域的初始位置。 电磁数据由具有钻孔工具的检测器在多个位置产生,以产生用于识别检测器的位置的电磁数据。 引入了选择的通量线路转向技术。