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    • 34. 发明授权
    • Short circuit protection for serially connected nodes in a hydrocarbon exploration or production electrical system
    • 油气勘探或生产电气系统中串联连接节点的短路保护
    • US08923095B2
    • 2014-12-30
    • US11640786
    • 2006-12-18
    • Jostein Fonneland PettersenAlain Rhelimi
    • Jostein Fonneland PettersenAlain Rhelimi
    • G01V1/00G01V1/16G01V11/00
    • G01V1/16G01V11/002
    • A technique for providing short circuit protection in electrical systems used in hydrocarbon exploration and production and, more particularly, for such electrical systems comprising serially connected nodes, includes an apparatus and method. The apparatus, includes a power supply and a plurality of electrically serially connected application sensors downstream from the power supply. Each application sensor includes a sensing element; and a plurality of electronics associated with the sensing element. The electronics shut off upstream power to the downstream application sensors in the presence of a short circuit. The method includes serially supplying power to a downhole apparatus comprising a plurality of electrically serially connected downhole sensors; sensing, in series and upon receiving power from upstream, at each downhole sensor whether a downstream short circuit exists; and shutting off upstream power to the downstream downhole sensors in the presence of a short circuit.
    • 一种用于在碳氢化合物勘探和生产中使用的电气系统中提供短路保护的技术,更具体地说,涉及包括串联连接的节点的这种电气系统的技术包括一种装置和方法。 该装置包括电源和电源下游的多个电串联应用传感器。 每个应用传感器包括感测元件; 以及与感测元件相关联的多个电子设备。 在存在短路的情况下,电子设备关闭下游应用传感器的上行电源。 该方法包括向包括多个电串联连接的井下传感器的井下装置串联供电; 在每个井下传感器上串联和接收来自上游的电力,是否存在下游短路; 并在存在短路的情况下关闭向下游井下传感器的上游电力。
    • 36. 发明授权
    • Geophysical signal processing
    • 地球物理信号处理
    • US08873333B2
    • 2014-10-28
    • US12519218
    • 2007-10-15
    • Henk Keers
    • Henk Keers
    • G01V1/30G01V1/28
    • G01V1/28G01V1/30G01V2210/56G01V2210/60
    • A method of processing geophysical signals obtained by—monitoring the response of the earth to an source using a plurality of receivers is described including the evaluation of sums or integrals of functions of weighted signal values over a one or multidimensional domain such that the domain is split into a plurality of simplices and the signal values are interpolated across the simplices using a non-linear approximation of the function, the approximation including signals and gradients of the signals, and the evaluated sums or integrals are used to obtain a representation of characteristics of the earth.
    • 描述了一种通过使用多个接收器监测地球对源的响应而获得的地球物理信号的方法,包括对一个或多维域进行加权信号值的和或函数的积分的评估,使得该域被分割 并且使用函数的非线性近似,信号值在单纯形内插,包括信号的信号和梯度的近似,并且使用所估计的和或积分来获得所述信号的特征的表示 地球。
    • 38. 发明授权
    • Generating inversion ready seismic data
    • 生成反演就绪地震数据
    • US08854919B2
    • 2014-10-07
    • US13227252
    • 2011-09-07
    • Walter Scott Leaney
    • Walter Scott Leaney
    • G01V1/42G01V1/30
    • G01V1/42G01V1/30G01V2210/161
    • A technique includes receiving first seismic data acquired by one or more receivers in response to energy produced by one or more seismic sources interacting with a subsurface feature. The first seismic data is indicative of measured reflection coefficients for image points for the subsurface feature, the measured reflection coefficients are associated with incidence angles, and a range of the incidence angles varies with respect to an image point position. The technique includes processing the first seismic data in a machine to generate second data indicative of a normal incidence reflection coefficient for at least one of the image points not associated with a normal angle of incidence.
    • 一种技术包括响应于与地下特征相互作用的一个或多个地震源产生的能量接收由一个或多个接收机获取的第一地震数据。 第一地震数据表示用于地下特征的图像点的测量反射系数,测量的反射系数与入射角相关,并且入射角的范围相对于像点位置而变化。 该技术包括处理机器中的第一地震数据以产生指示与正常入射角无关的至少一个图像点的法向入射反射系数的第二数据。