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    • 7. 发明申请
    • PROCESSING SEISMIC DATA
    • 处理地震数据
    • US20120035852A1
    • 2012-02-09
    • US13144597
    • 2010-01-19
    • Pascal Edme
    • Pascal Edme
    • G06F19/00
    • G01V1/28G01V2210/20
    • A method of processing multi-component seismic data is provided that comprises determining, in the time-offset domain, a first partition rate for a first event from the multi-component seismic data. Information about near-receiver properties of the earth may be obtained from the first partition rate. The method may further comprise determining, in the time-offset domain, at least a second partition rate for the first event from the multi-component seismic data and/or at least a third partition rate for a second event. Further information about near-receiver properties of the earth can be obtained from the second and/or third partition rate.
    • 提供了一种处理多分量地震数据的方法,其包括在所述时间偏移域中确定来自所述多分量地震数据的第一事件的第一分区率。 关于地球近接收机属性的信息可以从第一分区率获得。 该方法还可以包括在时间偏移域中确定来自多分量地震数据的第一事件的至少第二分区率和/或用于第二事件的至少第三分区率。 可以从第二和/或第三分区率获得关于地球近接收机特性的更多信息。
    • 8. 发明授权
    • Multi-component seismic data processing
    • 多分量地震数据处理
    • US07894298B2
    • 2011-02-22
    • US10568057
    • 2004-08-16
    • Dirk-Jan Van ManenAndrew CurtisJohan Robertsson
    • Dirk-Jan Van ManenAndrew CurtisJohan Robertsson
    • G01V1/00
    • G01V1/28G01V2210/20
    • There is described a method of moveout or velocity analysis of seismic signals using the steps of obtaining such signals 5 from a plurality of receivers, identifying receiver functions within the acoustic signals, analyzing said receiver functions for velocity or moveout characteristics, using the result of said analyzing step to determine, properties of multiple layers of earth located below said 10 receivers. The analyses can involve the use of representation of the traveltime differences as approximated power series of slowness or horizontal distances. The method is the first to comprehensively deal with a multi-layered earth or velocity model.
    • 描述了使用以下步骤从多个接收机获得这样的信号5的步骤,以识别声信号内的接收机功能,使用所述的信号的结果来分析所述接收机功能的速度或移动特性的步骤来进行地震信号的移动或速度分析的方法 分析步骤来确定位于所述10个接收器下面的多层地球的属性。 分析可以涉及将旅行时差的表示用作慢度或水平距离的近似幂级数。 该方法是首先全面处理多层地球或速度模型。
    • 9. 发明授权
    • Frequency autonormalisation reservoir mapping
    • 频率自动归一化油藏图
    • US07729862B2
    • 2010-06-01
    • US11751659
    • 2007-05-22
    • Rodolphe Dewarrat
    • Rodolphe Dewarrat
    • G01V1/00G01V1/28
    • G01V1/28G01V2210/123G01V2210/20
    • A method of locating subsurface hydrocarbon reservoirs includes acquiring seismic data, dividing the seismic data into time windows, applying a data transform to the seismic data having a plurality of components to obtain a smoothed frequency spectrum, selecting one or more local maxima and minima, determining a frequency product as a function of the maxima and minima in a form for display. Lower and higher ratio thresholds may be selected to further discriminate frequency product selection for display. A display or map of frequency products over a survey area may indicate the presence of subsurface fluid reservoirs.
    • 一种定位地下油气藏的方法包括获取地震数据,将地震数据划分为时间窗,将数据变换应用于具有多个分量的地震数据,以获得平滑的频谱,选择一个或多个局部最大值和最小值,确定 作为显示形式的最大值和最小值的函数的频率乘积。 可以选择较低和较高的比率阈值以进一步区分频率乘积选择以进行显示。 在测量区域上的频率产品的显示或地图可以指示存在地下流体储层。
    • 10. 发明申请
    • Method For Combining Seismic Data Sets
    • 组合地震数据集的方法
    • US20090135670A1
    • 2009-05-28
    • US12330449
    • 2008-12-08
    • Max DeffenbaughRamesh Neelamani
    • Max DeffenbaughRamesh Neelamani
    • G01V1/36
    • G01V1/28G01V2210/20
    • A method is disclosed for combining seismic data sets. This method has application in merging data sets of different vintages, merging data sets collected using different acquisition technologies, and merging data sets acquired using different types of sensors, for example merging hydrophone and geophone measurements in ocean bottom seismic data. In one embodiment, a desired data trace is to be determined from a set of measured data traces, and the following steps are applied: (a) model filters are constructed which express the deterministic relationship between the desired data trace and each available measured trace that depends on the desired data trace; (b) the noise properties associated with each measured data trace are determined; (c) a sufficient statistic for the desired data trace is formed by application of an appropriate filter to each measured trace and summing the filter outputs; (d) the sufficient statistic is further processed by a single-input single-output estimator to construct an estimate of the desired data trace from the sufficient statistic.
    • 公开了一种用于组合地震数据集的方法。 该方法适用于合并不同年份的数据集,合并使用不同采集技术收集的数据集,以及合并使用不同类型传感器获取的数据集,例如在海底地震数据中合并水听器和地震检波器测量。 在一个实施例中,要从一组测量数据迹线确定期望的数据轨迹,并且应用以下步骤:(a)构造模型过滤器,其表示所需数据轨迹和每个可用测量轨迹之间的确定性关系, 取决于所需的数据跟踪; (b)确定与每个测量数据迹线相关联的噪声特性; (c)通过对每个测量轨迹应用适当的滤波器并对滤波器输出求和来形成所需数据轨迹的足够的统计量; (d)足够的统计量由单输入单输出估计器进一步处理,从足够的统计量构建所需数据跟踪的估计。