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    • 1. 发明授权
    • Precision connector for well instrumentation
    • 精密连接器,用于仪表仪表
    • US4646831A
    • 1987-03-03
    • US650665
    • 1984-09-14
    • John L. MarshEdward C. FraserLouis H. RordenWilliam H. Bauer
    • John L. MarshEdward C. FraserLouis H. RordenWilliam H. Bauer
    • E21B17/00E21B17/02E21B47/022E21B47/024F16B7/18E21B17/14E21B49/00F16D1/00
    • F16B7/182E21B17/003E21B17/02E21B47/022E21B47/024Y10T403/65Y10T403/655Y10T403/7052
    • For the directional drilling of boreholes, the orientation of accelerometer modules, magnetometer modules and gyroscopes or other directional sensing devices must be accurately known and maintained with respect to each other and to external mounting devices. This is accomplished by a self-aligning segmented cylindrical connection which accurately maintains modules in rotational alignment with each other for all three directions of rotation, even if the mating surfaces of the connection experience wear due to rough use in the drilling application or repeated calibration in a calibration fixture. Wedged surfaces on each of the male and female portions of the connection constitute the mating surfaces, and are the only surfaces at which the male and female portions contact one another. A depression between the mating surfaces defined by the female portion permits reproducible angular displacement of one portion with respect to the other even if one or both portions are worn. The connection has great ability to resist relative rotation of the two segments being connected under the application of a bending force because the connection, by its unique design, translates bending load into tensile load with respect to the screws which fasten the connection together.
    • 对于钻孔的定向钻孔,加速度计模块,磁力计模块和陀螺仪或其他方向感测装置的取向必须相对于彼此和外部安装装置精确地知道和维持。 这是通过自对准分段的圆柱形连接来实现的,即使由于在钻孔应用中的粗略使用或重复校准,连接体的配合表面磨损,因此可以精确地维持模块在所有三个旋转方向上彼此旋转对准的模块 校准夹具。 连接的每个阳和阴部分上的楔形表面构成配合表面,并且是阳和阴部分彼此接触的唯一表面。 由阴部限定的配合表面之间的凹陷允许一部分相对于另一部分的可重复角位移,即使一个或两个部分被磨损。 该连接具有很大的抵抗在弯曲力的作用下连接的两个部分的相对旋转的能力,因为连接通过其独特的设计将弯曲载荷相对于将连接固定在一起的螺钉转换成拉伸载荷。
    • 2. 发明授权
    • Ball inclinometer
    • 球倾斜仪
    • US4587741A
    • 1986-05-13
    • US536556
    • 1983-09-27
    • Louis H. RordenEdward C. Fraser
    • Louis H. RordenEdward C. Fraser
    • G01C9/06G01C9/10
    • G01C9/10G01C9/06
    • An inclinometer includes a toroidal race containing a spherical ball free to move therein under the influence of gravity. Signal source and collector electrode assemblies are provided on opposite sides of the toroidal race, and the ball functions to capacitively couple signals on the source electrode to the collector electrode. In one embodiment the source electrode is shaped so that the amplitude of coupling varies with ball position in the race so that the signal on the collector electrode is indicative of ball position. In other embodiments the source electrode is continuous and symmetrical, and signals applied thereto are selected such that a property of the signal coupled to the collector electrode, such as signal phase, varies in accordance with ball position in the race. Three such inclinometers can be combined in a borehold sensor for drilling applications.
    • 倾斜计包括一个环形轨道,其包含一个在重力作用下自由移动的球形球。 信号源极和集电极电极组件设置在环形轨道的相对侧上,并且球用于将源电极上的信号电容耦合到集电极。 在一个实施例中,源极被成形为使得耦合的振幅随着滚道位置而变化,使得集电极上的信号指示球位置。 在其他实施例中,源电极是连续的和对称的,并且选择施加到其上的信号,使得耦合到集电极的信号(诸如信号相位)的性质根据比赛中的球位置而变化。 三个这样的倾斜计可以组合在用于钻井应用的井眼传感器中。
    • 4. 发明授权
    • Conductivity method and apparatus for measuring strata resistivity
adjacent a borehole
    • 用于测量邻近钻孔的地层电阻的电导率法和装置
    • US5442294A
    • 1995-08-15
    • US49036
    • 1993-04-16
    • Louis H. Rorden
    • Louis H. Rorden
    • G01V3/28G01V3/18
    • G01V3/28
    • The present invention relates to a method and apparatus for measuring current resulting from a magnetic field source (i.e., a transmitter) positioned on a drill collar. A plurality of current detectors are carried on the surface of the drill collar in an insulated relationship thereto. Each of the detectors is positioned to detect the value of current being received by the same from the formation. In this connection, the detectors are positioned at differing longitudinally displaced positions relative to the axis of the drill collar and the transmitting antenna(s), whereby each detects a different value of current. These currents will respectively flow through successively deeper layers of the formation. The longitudinal displacement is directly proportional to the depth of investigation, whereby the depth of investigation is many times the longitudinal distance between the current detector and the corresponding transmitting antenna. This set of measurements then produces an estimate of the resistivity profile of the formation adjacent the borehole.
    • 本发明涉及一种用于测量由位于钻铤上的磁场源(即,发射器)产生的电流的方法和装置。 多个电流检测器以与其绝缘的关系承载在钻铤的表面上。 每个检测器被定位成检测由地层接收的电流值。 在这方面,检测器相对于钻铤和发射天线的轴线位于不同的纵向位移位置处,由此每个检测不同的电流值。 这些电流将分别流过连续深层的地层。 纵向位移与调查深度成正比,因此调查深度是电流检测器与相应发射天线纵向距离的多倍。 这组测量然后产生邻近钻孔的地层的电阻率分布的估计。
    • 8. 发明授权
    • Method and apparatus for communicating data in a wellbore and for
detecting the influx of gas
    • 用于在井筒中传送数据并用于检测气体的流入的方法和装置
    • US5592438A
    • 1997-01-07
    • US108958
    • 1993-08-18
    • Louis H. RordenAshok PatelJames V. Leggett, IIIFrank L. GibbonsSteven C. Owens
    • Louis H. RordenAshok PatelJames V. Leggett, IIIFrank L. GibbonsSteven C. Owens
    • E21B47/10E21B47/14E21B47/16E21B47/18G01V3/34G08C23/00G08C23/02G01V1/40
    • E21B47/101E21B47/16E21B47/18E21B47/182E21B47/187G08C23/00G08C23/02G08C2201/51Y10S367/912
    • A transducer is described especially for use in providing acoustic transmission in a borehole. The transducer includes a multiple number of magnetic circuit gaps and electrical windings that have been found to provide the power necessary for acoustic operation in a borehole while still meeting the stringent dimensional criteria necessitated by boreholes. Various embodiments conforming to the design are described. Moreover, the invention includes transition and reflector sections, as well as a directional coupler and resonator arrangement particularly adapted for borehole acoustic communication.An acoustic communication system is described especially designed for use in providing acoustic transmission of information in a borehole. The communication system comprises a surface transceiver and at least one downhole transceiver. The surface transceiver operates in conjunction with a host computer that sends commands to the downhole transceiver. Subsequently, the downhole transceiver transmits encoded data from subsurface, borehole sensors to the surface transceiver. The preferred embodiment uses Minimum Shift Keying (MSK) modulation for both transmitting commands to the downhole unit and for transmitting data to the surface transceiver. To facilitate operation of a coherent communication system in the inhospitable environment of a borehole, the acoustic channel is characterized to enable the system to choose the best possible frequency and bandwidth for communication transmission. Additionally, the system achieves synchronous operation by transmitting synchronization signals between the downhole transceiver and the surface transceiver prior to the units exchanging commands and data.
    • 传感器被特别描述用于在井眼中提供声学传播。 换能器包括多个磁路间隙和电绕组,已经发现它们提供了在钻孔中声学操作所必需的功率,同时仍然满足钻孔所需的严格尺寸标准。 描述符合设计的各种实施例。 此外,本发明包括转换和反射器部分,以及特别适用于井眼声通信的定向耦合器和谐振器装置。 描述了特别设计用于在井眼中提供信息的声传播的声学通信系统。 通信系统包括表面收发器和至少一个井下收发器。 地面收发机与向主机发送命令一起工作,向井下收发器发送命令。 随后,井下收发器将地下钻孔传感器的编码数据传输到地面收发器。 优选实施例使用最小移位键控(MSK)调制,用于向井下单元发送命令,并将数据发送到地面收发器。 为了方便在井眼不适宜的环境中的相干通信系统的操作,声通道的特征在于使系统能够选择用于通信传输的最佳可能的频率和带宽。 另外,在单元交换命令和数据之前,系统通过在井下收发器和地面收发器之间传输同步信号来实现同步操作。