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    • 1. 发明授权
    • Remote actuation of a downhole tool
    • 远程启动井下工具
    • US09115573B2
    • 2015-08-25
    • US11667516
    • 2005-09-22
    • Daniel PurkisIain Morrison MacLeod
    • Daniel PurkisIain Morrison MacLeod
    • G01V3/00E21B47/12E21B34/14E21B41/00
    • E21B47/122E21B34/14E21B41/00
    • A method and apparatus for operating a downhole tool is disclosed. The method involves providing a conduit for the passage of fluid. The conduit includes at least one reader which can read data and is arranged for the passage of fluid. A downhole tool is coupled to the reader and has at least one tag capable of containing data. The tag is moved within the conduit and at least partially through the reader such that the reader can read data from the tag when the tag passes. This enables remote operation of the downhole tool. An antenna is provided for use in a downhole tubular. The antenna comprises a generally cylindrical housing and a coiled conductor located within a portion of the housing and separated therefrom by insulating material. The portion of housing has a greater internal diameter than an external diameter of the coiled conductor.
    • 公开了一种操作井下工具的方法和装置。 该方法包括提供用于流体通过的导管。 导管包括至少一个可读取数据并被布置成用于流体通过的读取器。 井下工具耦合到读取器并且具有能够包含数据的至少一个标签。 标签在管道内移动并且至少部分地通过读取器移动,使得当标签通过时,读取器可以从标签读取数据。 这样可以远程操作井下工具。 提供一个用于井下管道的天线。 天线包括大致圆柱形的壳体和位于壳体的一部分内并通过绝缘材料分离的螺旋导体。 壳体的部分具有比线圈导体的外径更大的内径。
    • 2. 发明申请
    • APPARATUS AND METHOD FOR DOWNHOLE COMMUNICATION
    • 装置和方法进行通信
    • US20120146806A1
    • 2012-06-14
    • US13389630
    • 2010-08-23
    • Daniel Purkis
    • Daniel Purkis
    • G01V3/00H04Q9/00
    • E21B47/122
    • A method for downhole communication and an apparatus for remote actuation of a downhole tool is disclosed. The method comprises the steps of: programming at least one tag (20) to emit a radio frequency identification signal in the form of a frequency change in a carrier wave; locating a reader (10) responsive to signals emitted from the at least one tag downhole; moving the at least one tag (20) past the downhole reader (10) such that the downhole reader (10) is capable of reading data from the tag (20) when the tag (20) passes the reader (10); and thereby communicating data from the tag (20) to the reader (10) downhole. Typically, the method includes programming the tag (20) and the reader (10) to communicate data by at least one of the following means: transitions between discrete frequencies; use of specific discrete frequencies; and length of time in which a carrier wave emits a specific frequency in preference to at least one other frequency.
    • 公开了用于井下通信的方法和井下工具的远程致动装置。 该方法包括以下步骤:编程至少一个标签(20)以载波频率变化的形式发射射频识别信号; 根据井下的至少一个标签发射的信号来定位读取器(10); 移动所述至少一个标签(20)经过所述井下读取器(10),使得当所述标签(20)通过所述读取器(10)时,所述井下读取器(10)能够从所述标签(20)读取数据; 从而将数据从标签(20)传送到井下的读取器(10)。 通常,该方法包括编程标签(20)和读取器(10)以通过以下装置中的至少一个来传送数据:离散频率之间的转换; 使用特定的离散频率; 以及载波优先于至少一个其它频率发射特定频率的时间长度。
    • 3. 发明授权
    • Apparatus and method for downhole communication
    • 井下通信的装置和方法
    • US09488046B2
    • 2016-11-08
    • US13389630
    • 2010-08-23
    • Daniel Purkis
    • Daniel Purkis
    • G01V3/00E21B47/12
    • E21B47/122
    • A method for downhole communication and an apparatus for remote actuation of a downhole tool is disclosed. The method comprises the steps of: programming at least one tag (20) to emit a radio frequency identification signal in the form of a frequency change in a carrier wave; locating a reader (10) responsive to signals emitted from the at least one tag downhole; moving the at least one tag (20) past the downhole reader (10) such that the downhole reader (10) is capable of reading data from the tag (20) when the tag (20) passes the reader (10); and thereby communicating data from the tag (20) to the reader (10) downhole. Typically, the method includes programming the tag (20) and the reader (10) to communicate data by at least one of the following means: transitions between discrete frequencies; use of specific discrete frequencies; and length of time in which a carrier wave emits a specific frequency in preference to at least one other frequency.
    • 公开了用于井下通信的方法和井下工具的远程致动装置。 该方法包括以下步骤:编程至少一个标签(20)以载波频率变化的形式发射射频识别信号; 根据井下的至少一个标签发射的信号来定位读取器(10); 移动所述至少一个标签(20)经过所述井下读取器(10),使得当所述标签(20)通过所述读取器(10)时,所述井下读取器(10)能够从所述标签(20)读取数据; 从而将数据从标签(20)传送到井下的读取器(10)。 通常,该方法包括编程标签(20)和读取器(10)以通过以下装置中的至少一个来传送数据:离散频率之间的转换; 使用特定的离散频率; 以及载波优先于至少一个其他频率发射特定频率的时间长度。
    • 4. 发明授权
    • Running adapter
    • 运行适配器
    • US08973666B2
    • 2015-03-10
    • US13189758
    • 2011-07-25
    • Daniel Purkis
    • Daniel Purkis
    • E21B23/00E21B23/02E21B33/12
    • E21B23/02E21B33/12
    • A plug for sealing a conduit comprises a body having a first section and a second section, and at least one seal element for creating a seal between the plug and the conduit. The at least one seal element is adapted to be energized by movement in a setting direction of the first body section relative to the second body section. The plug further comprises seal locking means comprising a first portion and a second portion wherein as the at least one seal is energized, the seal locking means first portion is rotatable unidirectionally relative to the seal locking means second portion to take up the movement of the first body section relative to the second body section in the setting direction and prevent movement of the first body section relative to the second body section in a releasing direction, opposite the setting direction. In one embodiment the seal locking means first portion is a locking nut.
    • 用于密封导管的塞子包括具有第一部分和第二部分的主体,以及用于在塞子和导管之间产生密封的至少一个密封元件。 所述至少一个密封元件适于通过在所述第一主体部分相对于所述第二主体部分的设置方向上的移动而被激励。 插头还包括密封锁定装置,其包括第一部分和第二部分,其中当至少一个密封件通电时,密封件锁定装置的第一部分可相对于密封件锁定装置第二部分单向旋转以吸收第一部分 主体部分在设置方向上相对于第二主体部分移动,并且防止第一主体部分相对于第二主体部分在与设置方向相反的释放方向上移动。 在一个实施例中,密封锁定装置的第一部分是锁紧螺母。
    • 5. 发明申请
    • Bi-Directional Flapper Valve
    • 双向挡板阀
    • US20090230340A1
    • 2009-09-17
    • US12226577
    • 2007-04-26
    • Daniel Purkis
    • Daniel Purkis
    • F16K1/16F16K31/44
    • E21B34/12E21B2034/005Y10T137/778
    • The invention provides a valve assembly comprising a conduit with a bore 1b for passage of fluid therethrough. The valve assembly also comprises a sealing member that is movable within the conduit to open and close the bore. The seal assembly has a valve seat on which the sealing member seals when the bore is closed, and wherein the valve seat is movable within the conduit. The invention also provides a valve assembly comprising a sealing member, a first valve seat for the sealing member, and a second valve seat for the sealing member. The valve assemblies can be resettable. The invention further provides a flapper valve assembly wherein the flapper is pivotable through more than 90° and a bi-directional flapper valve assembly.
    • 本发明提供了一种阀组件,其包括具有用于使流体通过其中的孔1b的导管。 阀组件还包括可在管道内移动以打开和关闭孔的密封构件。 密封组件具有阀座,当孔关闭时密封构件密封在该阀座上,并且其中阀座可在导管内移动。 本发明还提供了一种阀组件,其包括密封构件,用于密封构件的第一阀座和用于密封构件的第二阀座。 阀组件可以复位。 本发明还提供了一种挡板阀组件,其中挡板可枢转超过90°并且双向挡板阀组件。
    • 6. 发明授权
    • Bi-directional flapper valve
    • 双向挡板阀
    • US08191570B2
    • 2012-06-05
    • US12226577
    • 2007-04-26
    • Daniel Purkis
    • Daniel Purkis
    • F16K17/26
    • E21B34/12E21B2034/005Y10T137/778
    • The invention provides a valve assembly comprising a conduit with a bore 1b for passage of fluid therethrough. The valve assembly also comprises a sealing member that is movable within the conduit to open and close the bore. The seal assembly has a valve seat on which the sealing member seals when the bore is closed, and wherein the valve seat is movable within the conduit. The invention also provides a valve assembly comprising a sealing member, a first valve seat for the sealing member, and a second valve seat for the sealing member. The valve assemblies can be resettable. The invention further provides a flapper valve assembly wherein the flapper is pivotable through more than 90° and a bi-directional flapper valve assembly.
    • 本发明提供了一种阀组件,其包括具有用于使流体通过其中的孔1b的导管。 阀组件还包括可在管道内移动以打开和关闭孔的密封构件。 密封组件具有阀座,当孔关闭时密封构件密封在该阀座上,并且其中阀座可在导管内移动。 本发明还提供了一种阀组件,其包括密封构件,用于密封构件的第一阀座和用于密封构件的第二阀座。 阀组件可以复位。 本发明还提供了一种挡板阀组件,其中挡板可枢转超过90°并且双向挡板阀组件。
    • 7. 发明申请
    • Remote actuation of downhole tools using fluid pressure from surface
    • 使用表面流体压力远程启动井下工具
    • US20090044937A1
    • 2009-02-19
    • US12221999
    • 2008-08-08
    • Daniel Purkis
    • Daniel Purkis
    • E21B34/10E21B43/12
    • E21B47/18E21B34/10
    • An apparatus for and a method of transmitting signals from the surface of a well to a location downhole in the well utilize a downhole fluid pressure sensor, a signal processing means located downhole in electrical connection with the pressure sensor and a downhole programmable logic unit capable of counting at least two signals received by the downhole pressure sensor. Typically, signals transmitted from the surface comprise a peak in pressure of downhole fluid located in production tubing run into a well bore and these signals are sensed by the downhole fluid pressure sensor. The logic unit outputs a signal to a tool to be actuated if it receives a number of signals within a particular time period, wherein the logic unit actuates the tool by the frequency of signals received rather than the amplitude of the signals received.
    • 一种将井的表面信号传输到井下井下的装置和方法利用井下流体压力传感器,位于井下与压力传感器电连接的信号处理装置,以及井下可编程逻辑单元, 对由井下压力传感器接收的至少两个信号进行计数。 通常,从表面传输的信号包括位于生产管道中进入井眼的井下流体的压力峰值,并且这些信号由井下流体压力传感器感测。 如果逻辑单元在特定时间段内接收到多个信号,则将信号输出到要被致动的工具,其中,所述逻辑单元以接收到的信号的频率而不是所接收的信号的幅度来驱动所述工具。
    • 8. 发明授权
    • Downhole tractor
    • 井下拖拉机
    • US06273189B1
    • 2001-08-14
    • US09245468
    • 1999-02-05
    • Robert W. GisslerMichael W. HolcombeDaniel Purkis
    • Robert W. GisslerMichael W. HolcombeDaniel Purkis
    • E21B1710
    • E21B4/04E21B4/18E21B23/00E21B23/14E21B2023/008
    • A downhole tractor is provided that includes a housing and a first wheel assembly coupled to the housing that is operable to translate away from the housing in a first direction. The first wheel assembly has a first electric motor, a first wheel, and a first reduction gear assembly coupled between the first electric motor and the first wheel. A second wheel assembly is coupled to the housing and is operable to translate away from the housing in a second direction that is opposite to the first direction. The second wheel assembly has a second electric motor, a second wheel, and a second reduction gear assembly coupled between the second electric motor and the second wheel. A fluid ram is coupled to the first and second wheel assemblies for selectively translating the first and second wheel assemblies toward and away from the housing. A first controller is provided for controlling the flow of current to the first and second electric motors. On-board and surface control systems may be incorporated to permit selective active of the wheels assemblies. In addition, couplings and connectors employing shape-memory materials may be included to secure the tractor to coiled tubing or a wireline.
    • 提供一种井下拖拉机,其包括壳体和联接到壳体的第一轮组件,该第一轮组件可操作以沿着第一方向从壳体平移。 第一车轮组件具有第一电动机,第一车轮和联接在第一电动机和第一车轮之间的第一减速齿轮组件。 第二轮组件联接到壳体并且可操作以在与第一方向相反的第二方向上从壳体平移。 第二轮组件具有第二电动机,第二轮和联接在第二电动机和第二轮之间的第二减速齿轮组件。 流体冲头联接到第一和第二轮组件,用于选择性地将第一和第二轮组件朝向和远离壳体平移。 提供了用于控制到第一和第二电动机的电流的第一控制器。 可并入车载和表面控制系统以允许轮组件的选择性活动。 此外,可以包括使用形状记忆材料的联接器和连接器,以将拖拉机固定到连续油管或有线。
    • 9. 发明授权
    • Digital-hydraulic well control system
    • 数字液压井控系统
    • US06179052B2
    • 2001-01-30
    • US09133747
    • 1998-08-13
    • Daniel PurkisBrett Bouldin
    • Daniel PurkisBrett Bouldin
    • E21B3410
    • E21B23/04E21B33/0355E21B34/16E21B47/12F15B13/06
    • A system for transmitting hydraulic control signals and hydraulic power to downhole well tools while reducing the number of hydraulic lines installed in the wellbore. Hydraulic control signals can be furnished at relatively lower pressures, and the hydraulic pressure within the line can be selectively increased over a threshold level to provide hydraulic actuation power. The system can provide multiple control paths through a few number of hydraulic lines to provide flexibility and verification of well tool operation. Closed loop hydraulic operation monitors well tool operation, and a combination of pressurized hydraulic lines can provide an operating code for selective downhole well tool control. Four hydraulic lines can provide independent control and actuation of seven well tools, and additional combinations can be constructed.
    • 一种用于将液压控制信号和液压动力传送到井下井具的系统,同时减少安装在井眼中的液压管路的数量。 液压控制信号可以在相对较低的压力下提供,并且线路内的液压压力可以选择性地增加超过阈值水平以提供液压致动动力。 该系统可以通过几条液压管路提供多个控制路径,以提供井具操作的灵活性和验证。 闭环液压操作监控井下操作,并且加压液压管路的组合可以提供选择性井下井工具控制的操作代码。 四条液压管路可以提供独立控制和启动七个井的工具,并可以构建额外的组合。
    • 10. 发明授权
    • Control system
    • 控制系统
    • US08950503B2
    • 2015-02-10
    • US13122186
    • 2009-10-01
    • Daniel Purkis
    • Daniel Purkis
    • E21B34/10E21B41/00
    • E21B41/0085
    • A control system for use in a subterranean well comprises at least one power generation device positioned within the subterranean well, the at least one power generation device adapted to supply electrical power to at least one apparatus positioned within the subterranean well and at least one control line positioned in the subterranean well. The at least one control line connects each power generation device to surface and is adapted to supply a hydraulic pressure applied from surface to the at least one power generation device from which the at least one power generation device generates the electrical power to be supplied to the at least one apparatus.
    • 用于地下井的控制系统包括位于地下井内的至少一个发电装置,所述至少一个发电装置适于向位于地下井内的至少一个装置和至少一个控制线 位于地下井中。 所述至少一个控制线将每个发电装置连接到表面,并且适于将从表面施加的液压提供给所述至少一个发电装置,所述至少一个发电装置从所述至少一个发电装置产生供应给 至少一个装置。