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    • 3. 发明申请
    • MULTIMODE STEERING AND HOMING SYSTEM, METHOD AND APPARATUS
    • 多模转向和牵引系统,方法和装置
    • WO2017052693A1
    • 2017-03-30
    • PCT/US2016/027166
    • 2016-04-12
    • MERLIN TECHNOLOGY, INC.
    • SHAW, TimMERCER, John E.CHAU, Albert W.
    • E21B47/12E21B47/024E21B7/04E21B47/0228E21B44/02
    • E21B7/06E21B44/005E21B47/02224E21B47/024E21B47/122G01V3/081G01V3/15G01V3/18G01V3/34G01V3/38
    • A boring tool is movable through the ground. A transmitter supported by the boring tool transmits an electromagnetic homing signal. A portable device monitors the electromagnetic homing signal and receives the electromagnetic homing signal in a homing mode for guiding the boring tool to a target position. A processor generates steering commands for guiding the boring tool based on a bore plan in a steering mode such that at least some positional error is introduced without using the electromagnetic homing signal. Switching from the steering mode to the homing mode is based on monitoring of the electromagnetic homing signal as the boring tool approaches the portable device to then guide the boring tool to the target position location in compensation for the positional error. Intermediate target positions are described as well as guiding the boring tool based on the homing signal so long as the portable device receives the signal.
    • 一个无聊的工具可以通过地面移动。 由钻孔工具支撑的变送器传送电磁归位信号。 便携式设备监视电磁归位信号并且以归位模式接收电磁归位信号,以将钻孔工具引导到目标位置。 处理器产生用于在转向模式下基于钻孔平面引导钻孔工具的转向命令,使得在不使用电磁归位信号的情况下引入至少一些位置误差。 从转向模式切换到归位模式是基于在镗刀接近便携式装置时监测电磁归位信号,然后将镗刀引导到目标位置,以补偿位置误差。 描述中间目标位置,并且只要便携式设备接收到信号,就基于归位信号来引导钻孔工具。
    • 4. 发明申请
    • HORIZONTAL DIRECTIONAL DRILLING AREA NETWORK AND METHODS
    • 水平方向钻井区域网络和方法
    • WO2013103976A1
    • 2013-07-11
    • PCT/US2013/020556
    • 2013-01-07
    • MERLIN TECHNOLOGY, INC.
    • KOLPACK, BruceHALL, Thomas, J.
    • E21B47/12G08C25/02
    • E21B47/024E21B7/04E21B7/046E21B44/00E21B47/01E21B47/02E21B47/02224E21B47/12E21B47/122
    • A drilling area network hub is located proximate to a drill rig and includes an uphole transceiver in bidirectional communication with a downhole transceiver by utilizing the drill string as an electrical conductor. Certain information is collected including rig-based and/or location information. At least one field report is generated based on the certain information to characterize at least one of an inground operation, an operational condition of the downhole transceiver, an operational condition of the uphole transceiver, and an operational condition of the drill rig. A drilling area network server receives the field report from the Internet at a remote location and can generate a custom report and/or recommended actions based on field data. Region specific parameters can be applied to the operation of a drilling system. The drilling area network hub can transfer data logs to the remote location according to assigned priorities.
    • 钻孔区域网络集线器位于钻机附近,并且包括通过利用钻柱作为电导体与井下收发器双向通信的井下收发器。 收集某些信息,包括钻机和/或位置信息。 基于特定信息生成至少一个现场报告,以表征井下收发器的内部操作,操作条件,井上收发器的操作条件以及钻机的操作条件中的至少一个。 钻孔区域网络服务器从远程位置的因特网接收现场报告,并且可以基于现场数据生成自定义报告和/或推荐的操作。 区域特定参数可应用于钻井系统的运行。 钻孔区域网络中心可以根据分配的优先级将数据日志传输到远程位置。
    • 6. 发明申请
    • INGROUND DRILL STRING HOUSING AND METHODS FOR SIGNAL COUPLING
    • 用于信号耦合的井下钻孔和方法
    • WO2012115779A2
    • 2012-08-30
    • PCT/US2012024261
    • 2012-02-08
    • MERLIN TECHNOLOGY INCCHAU ALBERT WMEDEIROS BENJAMIN JOHN
    • CHAU ALBERT WMEDEIROS BENJAMIN JOHN
    • E21B19/16E21B17/00E21B19/18
    • E21B47/12E21B17/003E21B17/028
    • An inground housing is insertable in at least one joint of a drill string extending from a drill rig. The inground housing supports an electronics assembly for processing a data signal relating to the inground operation and a signal coupling arrangement for transferring the data signal between the electronics assembly and the drill rig by electromagnetically coupling the data signal between the signal coupling arrangement and the drill string such that the data signal is electrically conducted as an electrical data signal along at least a portion of the drill string that extends from the inground housing. In another feature, a current transformer is resiliently supported to isolate the current transformer from mechanical shock and vibration that is produced by an inground operation that is performed using the drill string. In another feature, a drill string repeater is described.
    • 地脚壳体可插入从钻机延伸的钻柱的至少一个接头中。 地底壳体支撑用于处理与地下作业有关的数据信号的电子组件和用于通过在信号耦合装置和钻柱之间电磁耦合数据信号在电子组件和钻机之间传送数据信号的信号耦合装置 使得数据信号沿着从地下室壳体延伸的钻柱的至少一部分被电传导为电数据信号。 在另一个特征中,电流互感器被弹性支撑以将电流互感器与通过使用钻柱执行的内部操作产生的机械冲击和振动隔离。 在另一个特征中,描述了钻柱中继器。
    • 8. 发明申请
    • DRILL STRING INGROUND ISOLATOR HOUSING IN AN MWD SYSTEM AND METHOD
    • MWD系统和方法中的钻井地下隔离器壳体
    • WO2014159293A1
    • 2014-10-02
    • PCT/US2014/022861
    • 2014-03-10
    • MERLIN TECHNOLOGY, INC.
    • CHAU, Albert W.THEIMER, Kenneth J.
    • E21B47/12E21B47/01H01B17/58
    • E21B47/01E21B7/046E21B17/003E21B47/011E21B47/024
    • A housing defines a through passage along its length and is configured to support a group of electrical isolators surrounding the through passage to form an electrically isolating break in a drill string such that each isolator of the group of isolators is subject to no more than a compressive force responsive to extension and retraction of the drill string. The housing defines a housing cavity to receive an electronics package having a signal port and is configured for electrical connection of the signal port across the electrically isolating break. A housing lid can cooperate with a main housing body to define elongated slots for purposes of enhancing the emanation of a locating signal. A housing arrangement can support electrical connections from an electronics package to bridge an electrically isolating gap.
    • 壳体沿着其长度限定通过通道,并且构造成支撑围绕通道的一组电隔离器,以在钻柱中形成电隔离断裂,使得该组隔离器中的每个隔离器不得超过压缩 响应于钻柱的延伸和缩回的力。 外壳限定了容纳腔,以容纳具有信号端口的电子封装,并且被配置用于电信号端口跨越电绝缘断开的电连接。 为了增强定位信号的发射,壳体盖可以与主壳体主体配合以限定细长槽。 壳体布置可以支持来自电子封装的电连接以桥接电隔离间隙。