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    • 12. 发明授权
    • Compact magnetic sensor for multi-component induction and micro-resistivity measurements
    • 用于多分量感应和微电阻测量的紧凑型磁传感器
    • US07443168B2
    • 2008-10-28
    • US10834411
    • 2004-04-29
    • Randy GoldStanislav W. Forgang
    • Randy GoldStanislav W. Forgang
    • G01V3/18G01V3/26
    • G01V3/28
    • A compact magnetic sensor is described that is capable of use in pad-mounted applications and field-focusing applications. A downhole induction tool is described with a compact induction sensor having electromagnetic transmitters wound on a longitudinal core member of a C-clamp shaped transmitter core. The downhole induction tool is suitable for transmitting magnetic excitation fields in multiple directions, both parallel and transverse to the downhole induction tool's longitudinal axis, with minimal susceptibility to errors associated with parasitic eddy currents induced in the metal components surrounding the transmitter and receiver coils. The horizontal (transverse) members of the C-clamp shaped transmitter core can be rotated to orient a magnetic excitation flux path passing between the horizontal (transverse) members and through a downhole formation. The horizontal members can be replicated on a single longitudinal member to shape the magnetic excitation flux path.
    • 描述了一种紧凑型磁传感器,其可用于垫安装应用和现场聚焦应用。 使用紧凑型感应传感器描述井下感应工具,其具有卷绕在C形夹状发射器芯的纵向芯部构件上的电磁发射器。 井下感应工具适用于沿垂直于井下感应工具的纵向轴线的平行和横向的多个方向传递磁场,对于在发射机和接收机线圈周围的金属部件中感应的寄生涡流的误差的影响最小。 可以旋转C形夹状发射器芯的水平(横向)构件,以使通过水平(横向)构件之间的磁激励通量路径定向并通过井下形成。 水平构件可以在单个纵向构件上复制,以形成磁激励通量路径。
    • 14. 发明申请
    • Bandwidth Wireline Data Transmission System and Method
    • 带宽有线数据传输系统和方法
    • US20070188346A1
    • 2007-08-16
    • US11611646
    • 2006-12-15
    • Raman ViswanathanRandy Gold
    • Raman ViswanathanRandy Gold
    • G01V3/00
    • G01V1/52G01V11/002
    • A suspended well logging apparatus is provided having downhole well data acquired by a sensor, transmitted to the surface via complementary modems, and conveyed to the surface modem via a data transmission cable linking the modems, the cable having at least one twisted pair of signal conductors positioned within an outer protective sheath, each of the conductors being separately insulated, the at least one twisted pair of signal conductors having a twist rate of at least ⅙ twist per inch, an insulation sheath surrounding the twisted pair of conductors and a tensile load carrier surrounding the insulation sheath, the load carrier comprising a sheath of tensile load carrying filaments enabling self support of the well logging cable.
    • 提供了一种悬浮测井装置,其具有由传感器获取的井下井数据,通过互补调制解调器传输到表面,并经由连接调制解调器的数据传输电缆传送到表面调制解调器,该电缆具有至少一对双绞信号导体 定位在外部保护护套内,每个导体是单独绝缘的,至少一对双绞信号导体具有每英寸至少1/6扭转的扭曲率,围绕双绞线导体的绝缘护套和拉伸 围绕绝缘护套的负载载体,负载载体包括承载长丝的护套,其能够自行支持测井电缆。
    • 17. 发明授权
    • Logging tool for measuring the macroscopic thermal neutron capture cross
section of borehole fluids
    • 测井工具,用于测量井眼流体的宏观热中子捕获截面
    • US4952801A
    • 1990-08-28
    • US315621
    • 1989-04-11
    • Randy Gold
    • Randy Gold
    • G01V5/10
    • G01V5/107G01V5/10
    • For use in a downhole oil well logging tool which is enclosed in a sonde and suspended on an armored logging cable, a means for measuring the macroscopic thermal neutron capture cross section of the borehole fluid is set forth. In the preferred embodiment, a neutron source adjacent to a neutron detector is positioned in a sonde. The entire surrounding region in the well borehole is used as a sample chamber. Fast neutrons from the source after collision with fluid nuclei impinge on the detector which provides an output signal which is indicative of neutron flux. The count rate is most significantly dependent on the thermal neutron capture cross section of the borehole fluid. An additional detector can likewise be spaced farther from the neutron source and provide an alternate count rate. Through the use of two detectors, minor perturbations induced by changes in the environment outside the borehole can be compensated. The neutron capture cross section can be determined for the borehole fluid. Preferably, the sonde is supported for traveling along a cased well on centralizers to control the volume of fluid that is in the immediate vicinity of the neutron source which fluid may be characterized as falling within a test chamber region defined by the case 12.
    • 为了用于封闭在探空仪中并悬挂在铠装测井电缆上的井下测油工具,提出了一种用于测量井眼液体的宏观热中子捕获截面的装置。 在优选实施例中,与中子探测器相邻的中子源位于探头中。 井眼中的整个周围区域用作样品室。 与流体核碰撞后来自源的快速中子撞击检测器,其提供表示中子通量的输出信号。 计数率最显着地取决于井眼流体的热中子捕获截面。 另外的检测器同样可以与中子源隔开更远,并提供一个替代的计数率。 通过使用两个检测器,可以补偿由钻孔外部的环境变化引起的微小扰动。 可以为井眼流体确定中子捕获截面。 优选地,探头被支撑用于沿着集中器上的套管井行进,以控制处于中子源附近的流体的体积,该流体可被表征为落在由壳体12限定的测试室区域内。
    • 19. 发明申请
    • CONNECTION METHOD OF REPLACEABLE SENSORS FOR RESISTIVITY ARRAYS
    • 电阻率阵列可更换传感器的连接方法
    • US20130063150A1
    • 2013-03-14
    • US13232651
    • 2011-09-14
    • Allan R. JonesRandy Gold
    • Allan R. JonesRandy Gold
    • H01R13/52G01V3/18
    • G01V3/24
    • An apparatus and method for conducting resistivity logging in a borehole. The apparatus may include a housing configured for fluid isolation, an electrical conductor penetrating the housing and a sealing interface. The apparatus may also include at least one of: an electrical component inside the housing and an electrode disposed on the exterior of the housing. The apparatus is configured to allow the electrical conductor to be moved, while maintaining the sealing interface, between an electrically connected state and an electrically disconnected state with at least one of: the electrical component and the electrode. The method may include using the apparatus for resistivity logging operations.
    • 一种用于在井眼中进行电阻率测井的装置和方法。 该装置可以包括构造成用于流体隔离的壳体,穿透壳体的电导体和密封界面。 该装置还可以包括以下至少一个:壳体内部的电气部件和设置在壳体外部的电极。 该装置被配置为允许电导体在保持密封接口的同时,在电连接状态和电断开状态之间与电气部件和电极中的至少一个一起移动。 该方法可以包括使用电阻率测井操作的装置。