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    • 4. 发明申请
    • DOWNHOLE WET-MATE CONNECTOR DEBRIS EXCLUSION SYSTEM
    • 卧式湿式连接器DEBRIS排除系统
    • WO2009023609A2
    • 2009-02-19
    • PCT/US2008/072731
    • 2008-08-10
    • BAKER HUGHES INCORPORATEDSTOESZ, Carl, W.
    • STOESZ, Carl, W.
    • E21B23/00
    • E21B17/028E21B23/00
    • A downhole wet-connector and debris exclusion system includes a relatively stationary component; a relatively mobile component operably engageable with the relatively stationary component; at least one connector disposed behind a moveable debris exclusion member in a protected condition within the relatively mobile component; and at least one complementary connector disposed behind another movable debris exclusion member in a protected condition within the relatively stationary component each of the moveable debris exclusion members being openable to expose the at least one connectors therebehind upon axial motion of the relatively stationary component and the relatively mobile component into contact with one another and method.
    • 井下湿连接器和碎屑排除系统包括相对静止的部件; 可操作地与相对静止的部件接合的相对移动部件; 至少一个连接器设置在相对移动部件内处于受保护状态的可移动碎片排斥构件后面; 以及至少一个互补连接器,其设置在相对静止的部件内的受保护状态的另一个可移动碎片排除构件的后面,每个可移动碎片排除构件可打开,以在相对静止的部件和相对静止的部件的轴向运动时暴露出至少一个连接器 移动组件彼此接触和方法。
    • 5. 发明申请
    • OPTICAL WET CONNECT
    • 光学连接
    • WO2008030754A1
    • 2008-03-13
    • PCT/US2007/077210
    • 2007-08-30
    • BAKER HUGHES INCORPORATEDSTOESZ, Carl, W.
    • E21B17/02
    • E21B17/023E21B17/028G02B6/4415G02B6/4464
    • A cable (34) that delivers power, signals, or information is wet connected downhole. The lower portion of the cable (30) can be in an auxiliary conduit to a main tubular and be installed already connected to sensors, instruments or other downhole equipment. The connection is made up downhole to connect a string with its auxiliary conduit (20) to the portion of the string and its auxiliary conduit that are below. The cable already in the hole has an upper end ferrule (36) for connection to a ferrule (44) on the lower end of a cable delivered into the upper auxiliary conduit after the wet connect is made up. When the ferrules connect they are held together and a signal goes to the surface that they have connected. The auxiliary connected conduits have a lateral conduit (43) in fluid communication for use in delivery of the cable with circulating fluid.
    • 传输电力,信号或信息的电缆(34)在井下是湿连接的。 电缆(30)的下部可以在主管道的辅助管道中,并且被安装已经连接到传感器,仪器或其他井下设备。 连接件在井下组成,将一根绳子与其辅助导管(20)连接到下面的弦线及其辅助导管部分。 已经在孔中的电缆具有用于连接到在连接湿连接之后传送到上辅助管道的电缆的下端上的套圈(44)的上端套圈(36)。 当套管连接时,它们保持在一起,并且信号到达它们已经连接的表面。 辅助连接导管具有流体连通的侧向导管(43),用于将电缆与循环流体输送。
    • 6. 发明申请
    • FIBER OPTIC GRAVEL DISTRIBUTION POSITION SENSOR SYSTEM
    • 光纤光栅分布位置传感系统
    • WO2011022220A3
    • 2011-06-16
    • PCT/US2010044573
    • 2010-08-05
    • 3BAKER HUGHES INCMARTIN CARL SSTOESZ CARL W
    • MARTIN CARL SSTOESZ CARL W
    • E21B47/16E21B43/04G01V9/00
    • E21B43/04E21B43/08E21B47/00
    • The well condition during gravel packing is monitored and the gravel distribution condition is sent to the surface in real time through the preferred technique of a fiber optic line that wraps around the screens directly or indirectly on a surrounding tube around the screens. The fiber optic line has a breakaway connection that severs when the completion inner string is removed. A production string can then be run in to tag the fiber optic line through a wet connect to continue monitoring well conditions in the production phase. The fiber optic line can also be coiled above the packer so that relative movement of the inner string to the set packer can be detected and communicated to the surface in real time so as to know that the crossover has been moved the proper distance to, for example, get it from the gravel packing position to the reverse out position.
    • 监测砾石充填期间的井况,并通过光纤线路的优选技术实时将砾石分布状况发送到地面,该光纤线路直接或间接围绕屏幕环绕屏幕缠绕屏幕。 光纤线路具有分离连接,当完成内部线被移除时切断连接。 然后可以运行生产管柱,通过湿式连接标记光纤线路,以继续监测生产阶段的井况。 光纤线路也可以缠绕在封隔器上方,以便可以检测内部串与封隔器的相对运动并将其实时传送到表面,以便知道跨接器已经移动了适当的距离, 例如,从砾石充填位置到倒出位置。
    • 7. 发明申请
    • FIBER OPTIC INNER STRING POSITION SENSOR SYSTEM
    • 光纤内光束位置传感系统
    • WO2011028375A3
    • 2011-06-03
    • PCT/US2010045149
    • 2010-08-11
    • BAKER HUGHES INCMARTIN CARL SSTOESZ CARL W
    • MARTIN CARL SSTOESZ CARL W
    • E21B33/12E21B47/00G01V8/24G02B6/10G02B6/26
    • E21B43/04E21B47/123
    • The well condition during gravel packing is monitored and the gravel distribution condition is sent to the surface in real time through the preferred technique of a fiber optic line that wraps around the screens directly or indirectly on a surrounding tube around the screens. The fiber optic line has a breakaway connection that severs when the completion inner string is removed. A production string can then be run in to tag the fiber optic line through a wet connect to continue monitoring well conditions in the production phase. The fiber optic line can also be coiled above the packer so that relative movement of the inner string to the set packer can be detected and communicated to the surface in real time so as to know that the crossover has been moved the proper distance to, for example, get it from the gravel packing position to the reverse out position.
    • 监测砾石充填期间的井况,并通过光纤线路的优选技术实时将砾石分布状况发送到地面,该光纤线路直接或间接围绕屏幕环绕屏幕缠绕屏幕。 光纤线路具有分离连接,当完成内部线被移除时切断连接。 然后可以运行生产管柱,通过湿式连接标记光纤线路,以继续监测生产阶段的井况。 光纤线路也可以缠绕在封隔器上方,以便可以检测内部串与封隔器的相对运动并将其实时传送到表面,以便知道跨接器已经移动了适当的距离, 例如,从砾石充填位置到倒出位置。
    • 9. 发明申请
    • METHOD FOR ANALYZING STRAIN DATA
    • 分析应变数据的方法
    • WO2009145997A1
    • 2009-12-03
    • PCT/US2009/038483
    • 2009-03-27
    • BAKER HUGHES INCORPORATEDSTOESZ, Carl, W.
    • STOESZ, Carl, W.
    • G01L1/22G01L1/00G06F17/50
    • E21B49/006G02B6/0208
    • A method for estimating a shape, the method including: selecting a structure comprising a plurality of strain sensors inoperable communication with the structure, each strain sensor configured to provide a strain measurement; placing the structure in a borehole; receiving the strain measurements from the plurality of strain sensors; creating a mesh grid having nodes, each node related to a location of one strain sensor and assigned a strain value measured by the one strain sensor; creating an additional node for the mesh grid wherein a strain value assigned to the additional node is derived from the strain value corresponding to at least one adjacent node; and performing an inverse finite method using the mesh grid with the assigned strain values to estimate the shape.
    • 一种用于估计形状的方法,所述方法包括:选择包括与所述结构无法通信的多个应变传感器的结构,每个应变传感器被配置为提供应变测量; 将结构放置在井眼中; 从多个应变传感器接收应变测量; 创建具有节点的网格网格,每个节点与一个应变传感器的位置有关,并分配由一个应变传感器测量的应变值; 创建网格网格的附加节点,其中分配给附加节点的应变值从对应于至少一个相邻节点的应变值导出; 并使用具有分配的应变值的网格网格来执行逆有限方法来估计形状。