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    • 3. 发明申请
    • System and Method for Wirelessly Communicating with a Downhole Drill String
    • 与井下钻杆无线通讯的系统和方法
    • US20070257811A1
    • 2007-11-08
    • US11379729
    • 2006-04-21
    • David HallChristopher DurrandPaula TurnerJoe Fox
    • David HallChristopher DurrandPaula TurnerJoe Fox
    • G01V3/00
    • E21B47/122
    • A system for communicating with a downhole network integrated into a downhole drill string is disclosed in one aspect of the invention as including a data transmission coupler mounted to a downhole tool and adapted to transmit data across a tool joint. The data transmission coupler is also capable of transmitting data by emitting electromagnetic radiation. An antenna is focused at and positioned within sufficient range of the data transmission coupler to detect the electromagnetic radiation and receive the data. This data may then be transmitted to a receiver or other equipment. In certain embodiments, the antenna is located above ground level and may be mounted to a swivel, derrick, hoist system, kelly, or other structure. The antenna is ideally mounted to a structure which is out of the way of equipment and workers working on the drill string.
    • 在本发明的一个方面,公开了一种用于与集成到井下钻柱中的井下网络通信的系统,包括安装在井下工具上并适于通过工具接头传输数据的数据传输耦合器。 数据传输耦合器还能够通过发射电磁辐射来传输数据。 天线被聚焦在并位于数据传输耦合器的足够范围内,以检测电磁辐射并接收数据。 然后可以将该数据发送到接收机或其他设备。 在某些实施例中,天线位于地平面以上并且可以安装到旋转,井架,起重机系统,凯利或其他结构。 天线理想地安装在结构上,这种结构不利于在钻柱上工作的设备和工人。
    • 6. 发明申请
    • High-speed, Downhole, Cross Well Measurement System
    • 高速,井下,十字井测量系统
    • US20060221768A1
    • 2006-10-05
    • US11382324
    • 2006-05-09
    • David HallJoe FoxChristopher Durrand
    • David HallJoe FoxChristopher Durrand
    • H04H9/00
    • G01V1/40
    • In one aspect of the invention, a high-speed measurement system has a first and a second well bore. A first and second plurality of network nodes is integrated into and spaced at intervals along the first and second well bore, respectively. A communications channel connects each plurality of network nodes forming a first and second downhole network. A signal source is in communication with the first downhole network and a signal receiver is in communication with the second downhole network; and a common clock source is in communication with both the signal source and the signal receiver over the first and second downhole networks, respectively. The signal source and signal receiver are synchronized with the clock source and the signal source is adapted to send a signal to the signal receiver through a subterranean formation.
    • 在本发明的一个方面,高速测量系统具有第一和第二井眼。 第一和第二多个网络节点分别集成在第一和第二井眼之间并且间隔开。 通信信道连接形成第一和第二井下网络的每个多个网络节点。 信号源与第一井下网络通信,信号接收器与第二井下网络通信; 并且公共时钟源分别在第一和第二井下网络上与信号源和信号接收器通信。 信号源和信号接收器与时钟源同步,并且信号源适于通过地下地层向信号接收器发送信号。
    • 10. 发明授权
    • Wireless fault monitoring system
    • 无线故障监控系统
    • US08660565B2
    • 2014-02-25
    • US12090587
    • 2006-10-16
    • David Hall
    • David Hall
    • H04W40/00H04W72/00
    • B66B5/0031B66B9/08G05B2219/33209Y04S20/36
    • If a mobility aid develops a problem, the person controlling the aid may be unable to move or request assistance or call for help. Furthermore, even if someone was alerted to their predicament, that person may not be able to identify and thus rectify the problem expediently without expert assistance. A system (10) for monitoring for a fault in a mobility aid (12) includes a fault detector for detecting a fault in the mobility aid. The system also includes a signal generator (14) for generating a signal representative of the fault is also provided. A wireless transmitter (16) for transmitting fault signal, and a wireless receiver (18) for receiving the fault signal are also provided. The receiver is also operable for causing an alert to be sent to an operator that the mobility aid (12) requires attention.
    • 如果流动性援助发生问题,控制援助的人可能无法移动或请求协助或寻求帮助。 此外,即使有人提醒他们的困境,如果没有专家的协助,该人也许无法识别出来,从而便利地纠正这个问题。 用于监测移动辅助装置(12)中的故障的系统(10)包括用于检测移动辅助装置中的故障的故障检测器。 该系统还包括用于产生表示故障的信号的信号发生器(14)。 还提供了用于发送故障信号的无线发射机(16)和用于接收故障信号的无线接收机(18)。 接收器还可操作用于向操作者发送警报以使得移动辅助装置(12)需要注意。