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    • 2. 发明授权
    • Integrated well drilling and evaluation
    • 综合钻井和评估
    • US06236620B1
    • 2001-05-22
    • US08757150
    • 1996-11-27
    • Roger L. SchultzH. Kent BeckPaul D. RinggenbergJ. Allan ClarkKevin R. Manke
    • Roger L. SchultzH. Kent BeckPaul D. RinggenbergJ. Allan ClarkKevin R. Manke
    • G01V140
    • E21B49/088E21B33/1272E21B33/1275E21B47/00E21B47/06E21B49/00E21B49/081
    • Integrated drilling and evaluation systems and methods for drilling, logging and testing wells are provided. The drilling and evaluation systems are basically comprised of a drill string, a drill bit carried on a lower end of the drill string for drilling a well bore, logging while drilling means included in the drill string for identifying subsurface zones or formations of interest, packer means carried on the drill string above the drill bit for sealing a zone or formation of interest below the packer means, and a fluid testing means included in the drill string for controlling the flow of well fluid from the zone or formation of interest into the drill string. The drilling and evaluation systems and methods for using the systems allow one or more subsurface zones or formations of interest in a well to be drilled, logged and tested without the necessity of removing the drill string from the well.
    • 提供了钻井,测井和测井综合钻井和评估系统和方法。 钻井和评估系统基本上包括钻柱,用于钻井的钻柱的下端承载的钻头,包括在钻柱中的钻孔装置的记录,用于识别感兴趣的地下区域或地层,封隔器 在钻头上方的钻柱承载的装置,用于密封封隔器装置下方的区域或形成层,以及包括在钻柱中的流体测试装置,用于控制井流体从所述区域或形成物流入钻头 串。 用于使用系统的钻井和评估系统和方法允许钻井,记录和测试中的一个或多个感兴趣的地下区域或地层,而不需要从井中移除钻柱。
    • 5. 发明授权
    • Pyrotechnic charge powered operating system for downhole tools
    • 用于井下工具的烟火充电操作系统
    • US5316087A
    • 1994-05-31
    • US928929
    • 1992-08-11
    • Kevin R. MankeDavid S. WessonRoger L. Schultz
    • Kevin R. MankeDavid S. WessonRoger L. Schultz
    • E21B23/04E21B23/06
    • E21B23/065E21B23/04
    • A downhole tool apparatus for use in a well includes a housing having a cylindrical chamber defined therein. A power piston is slidably disposed in the cylindrical chamber and divides the cylindrical chamber into first and second chamber portions on opposite sides of the power piston. First and second explosive charges are contained within the housing and communicated with the first and second chamber portions on opposite sides of the power piston. Firing of the first explosive charge moves the power piston in a first direction. Firing of the second explosive charge moves the power piston back in a second direction opposite the first direction. Thus, the operating power for a downhole tool is provided by selective firing of explosive charges which provide the operating pressure to move the power piston of the tool.
    • 用于井的井下工具装置包括具有限定在其中的圆柱形室的壳体。 动力活塞可滑动地设置在圆柱形腔室中,并将圆柱形腔室分成动力活塞的相对侧上的第一和第二腔室部分。 第一和第二炸药被包含在壳体内并与动力活塞的相对侧上的第一和第二室部分连通。 第一炸药的燃烧将动力活塞沿第一方向移动。 第二炸药的点火使动力活塞在与第一方向相反的第二方向上移动。 因此,用于井下工具的操作功率是通过选择性地点燃提供工作压力以使工具的动力活塞移动的炸药来提供的。
    • 9. 发明授权
    • Early evaluation by fall-off testing
    • 通过脱落测试进行早期评估
    • US5555945A
    • 1996-09-17
    • US290653
    • 1994-08-15
    • Roger L. SchultzH. Kent BeckPaul D. RinggenbergRonald L. Hinkie
    • Roger L. SchultzH. Kent BeckPaul D. RinggenbergRonald L. Hinkie
    • E21B33/124E21B47/06E21B49/00E21B49/08
    • E21B49/088E21B33/1243E21B47/06E21B49/008
    • Early evaluation testing of a subsurface formation is provided by monitoring pressure fall-off in the formation. This is accomplished by providing a column of fluid in the well having an overbalanced, hydrostatic pressure at the subsurface formation greater than a natural formation pressure of the subsurface formation. A testing string is run into the well, and the testing string includes a packer, a pressure monitor and a closure tool arranged to close a bore of the testing string. The formation is shut in by setting the packer and closing the bore of the testing string with the closure tool and thereby initially trapping the overbalanced hydrostatic pressure of the column of fluid in the well below the packer. Then the pressure in the well below the packer is monitored as it falls off toward the natural formation pressure. This data can be extrapolated to estimate the natural formation pressure based upon a relatively short actual test interval on the order of ten to fifteen minutes.
    • 通过监测地层中的压力下降来提供地下地层的早期评估试验。 这通过在井中提供一列流体在地下地层处具有超过地下地层的天然地层压力的过平衡静水压力来实现。 测试字符串运行到​​井中,测试串包括封隔器,压力监视器和用于封闭测试串的孔的闭合工具。 通过设置封隔器并用封闭工具封闭测试柱的孔,从而最初将流体柱的流体静压力初始地捕获在封隔器下面的井中,从而关闭地层。 然后在封隔器下面的井中的压力随着朝向天然地层压力的下降而被监测。 该数据可以外推,以基于十到十五分钟的相对短的实际测试间隔来估计天然地层压力。