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    • 4. 发明授权
    • Method for establishing a portion of a boring tool path
    • 用于建立钻孔路径的一部分的方法
    • US07863900B2
    • 2011-01-04
    • US12269804
    • 2008-11-12
    • John E. Mercer
    • John E. Mercer
    • G01V3/11
    • G01V3/12E21B47/02224G01V3/15G01V3/165G01V3/26
    • A boring tool is moved through the ground within a region along a path from a starting point. A reference path is established. An information generating arrangement is located partially at the boring tool and partially at the locator including a transmitter for transmitting an electromagnetic signal from the boring tool and a receiver in the portable locator to generate certain information about the position of the boring tool relative to the position of the locator. The boring tool is moved in cooperation with the locator to establish a series of boring tool locations on the particular path such that each boring tool location is associated with one of a series of associated reference points on the reference path. An actual path of the boring tool is established which actual path corresponds to a particular path taken by the boring tool and a record is saved.
    • 钻孔工具沿着从起始点的路径的区域内移动通过地面。 建立参考路径。 信息产生装置部分地位于钻孔工具处,并且部分位于定位器处,包括用于从镗刀工具传送电磁信号的发射器和便携式定位器中的接收器,以产生关于钻孔工具相对于位置的位置的某些信息 的定位器。 与定位器协作移动钻孔工具以在特定路径上建立一系列钻孔工具位置,使得每个钻孔工具位置与参考路径上的一系列相关联的参考点中的一个相关联。 确定钻孔工具的实际路径,实际路径对应于钻孔工具采取的特定路径并保存记录。
    • 6. 发明授权
    • Phase shifted locating signal as compensation for a coupling configuration phase shift in discriminating a false locating signal
    • 相移定位信号作为鉴别误定位信号的耦合配置相移的补偿
    • US07586308B2
    • 2009-09-08
    • US12137424
    • 2008-06-11
    • John E. MercerAlbert W. Chau
    • John E. MercerAlbert W. Chau
    • G01V3/11
    • G01V3/12G01V3/08G01V3/165G01V3/17
    • When a first cable is driven at a locating signal frequency to emit a locating signal, the locating signal can be coupled to a second cable to cause the second cable to generate a false locating signal. As part of discriminating the false signal from the locating signal, the locating signal is generated at the locating signal frequency and phase shifted to produce a phase shifted locating signal frequency. A reference signal is impressed with the phase shifted locating signal frequency. A coupling configuration couples the locating signal frequency onto the first cable to generate the locating signal subject to a coupling configuration phase shift. The phase shifted locating signal, as part of the reference signal, can compensate for the coupling configuration phase shift in the locating signal as emitted by the first cable.
    • 当第一电缆以定位信号频率被驱动以发出定位信号时,定位信号可以耦合到第二电缆,以使第二电缆产生错误的定位信号。 作为识别来自定位信号的假信号的一部分,定位信号在定位信号频率处产生并相移以产生相移的定位信号频率。 相移位置信号频率给出参考信号。 耦合配置将定位信号频率耦合到第一电缆上以产生经受耦合配置相移的定位信号。 作为参考信号的一部分的相移定位信号可以补偿由第​​一电缆发出的定位信号中的耦合配置相移。
    • 7. 发明授权
    • Metal detector
    • 金属探测器
    • US07579839B2
    • 2009-08-25
    • US11576467
    • 2005-11-02
    • Bruce Halcro Candy
    • Bruce Halcro Candy
    • G01V3/11G01V3/08
    • G01V3/104
    • A real time electronic metal detector including a magnetic transmitter (1) and a receiver (3), wherein the receiver includes approximate sine-wave weighted synchronous demodulation and a switched voltage signal is applied to the magnetic transmitter and the said receiver approximate sine-wave weighted synchronous demodulation is selected to receive synchronously with the switched voltage signal, such that the switched voltage signal and the receiver approximate sine-wave weighted synchronous demodulation may be altered by means of operator selection.
    • 一种包括磁性发射机(1)和接收机(3)的实时电子金属探测器,其中接收机包括近似正弦波加权同步解调,并且开关电压信号被施加到磁性发射机,并且所述接收机近似正弦波 选择加权同步解调以与切换的电压信号同步地接收,使得切换电压信号和接收机近似正弦波加权的同步解调可以通过操作者选择来改变。