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    • 1. 发明授权
    • System and method for visual display of well logging data
    • 用于可视化显示测井数据的系统和方法
    • US4456983A
    • 1984-06-26
    • US339210
    • 1982-01-13
    • Larry G. Schoonover
    • Larry G. Schoonover
    • G01V11/00G01V1/40
    • G01V11/002
    • An improved well logging system and method is provided for deriving and visibly displaying a recordable representation of a comprehensive lithological profile of the earth materials traversed by a borehole. In a particular form of the invention, all logging measurements are derived in digital form and on the same depth-dependent bases, such that measurements taken during one trip through the borehole may be combined or processed with other logging measurements taken during a different trip through the same borehole of interest, such that all of the measurements may then be processed at one time to derive the various lithological indications sought to be provided.An improved monitoring system and technique is further provided, such that those logging measurements and lithological relationships of interest may also be correlatively displayed on a real-time basis with respect to at least some of the logging measurements from which they are derived. In a further feature, apparatus and methods are provided for generating visible representations of such lithological relationships in a manner and form such as to provide both qualitative and quantitative indications of various subsurface earth characteristics along a borehole of interest. More particularly, such indications may be in both a linear and in a non-linear or symbolic form, and may also be recordable for subsequent retrieval and examination.
    • 提供了一种改进的测井系统和方法,用于导出并可视地显示由钻孔穿过的地球材料的综合岩性剖面的可记录表示。 在本发明的特定形式中,所有记录测量都以数字形式和相同的深度依赖的基础导出,使得在通过钻孔的一次跳闸期间进行的测量可以与在不同跳闸期间进行的其他测井测量结合或处理 相同的井眼,使得随后可以一次处理所有测量值,以得出所寻求提供的各种岩性指示。 进一步提供改进的监测系统和技术,使得感兴趣的记录测量和岩性关系也可以相对于从其导出的至少一些测井测量值实时地相关显示。 在另一个特征中,提供了一种装置和方法,用于以一种方式和形式产生这种岩性关系的可视表示,以便沿着感兴趣的井眼提供各种地下地球特征的定性和定量指示。 更具体地,这样的指示可以是线性的,也可以是非线性的或符号的形式,并且也可以被记录用于随后的检索和检查。
    • 4. 发明授权
    • Motion transfer from a sealed housing
    • 运动从密封的房屋转移
    • US08215382B2
    • 2012-07-10
    • US12498145
    • 2009-07-06
    • Larry G. Schoonover
    • Larry G. Schoonover
    • E21B34/16E21B23/00
    • E21B47/01E21B23/04
    • A source of motion for actuation of a downhole tool is in a sealed housing to protect it from well fluids. The sealed housing is filled with an incompressible fluid and thermal effects can be compensated preferably with a compensation bellows in communication with the fluid. The source of motion is preferable electrically powered and the longitudinal motion that results presses against a bellows within the sealed housing. This master bellows is in sealed contact with a slave bellows through a rigid housing that is seal welded to the housing wall. Movement of the master bellows in the housing results in an equal movement of the slave bellows outside the housing. Feedback loops or calibration for thermal effects are also contemplated.
    • 用于致动井下工具的运动源在密封的壳体中以保护其免受井液。 密封的壳体填充有不可压缩的流体,并且优选地可以用与流体连通的补偿波纹管补偿热效应。 运动源优选是电动的,并且导致压紧密封壳体内的波纹管的纵向运动。 该主波纹管通过刚性外壳与从属波纹管密封接触,该刚性外壳被密封焊接到外壳壁上。 主波纹管在壳体中的移动导致从属波纹管在壳体外部的相等移动。 还考虑了反馈回路或热效应校准。
    • 6. 发明申请
    • Motion Transfer from a Sealed Housing
    • 密封外壳的运动传递
    • US20110000662A1
    • 2011-01-06
    • US12498145
    • 2009-07-06
    • Larry G. Schoonover
    • Larry G. Schoonover
    • E21B23/00E21B34/14E21B41/00
    • E21B47/01E21B23/04
    • A source of motion for actuation of a downhole tool is in a sealed housing to protect it from well fluids. The sealed housing is filled with an incompressible fluid and thermal effects can be compensated preferably with a compensation bellows in communication with the fluid. The source of motion is preferable electrically powered and the longitudinal motion that results presses against a bellows within the sealed housing. This master bellows is in sealed contact with a slave bellows through a rigid housing that is seal welded to the housing wall. Movement of the master bellows in the housing results in an equal movement of the slave bellows outside the housing. Feedback loops or calibration for thermal effects are also contemplated.
    • 用于致动井下工具的运动源在密封的壳体中以保护其免受井液。 密封的壳体填充有不可压缩的流体,并且优选地可以用与流体连通的补偿波纹管补偿热效应。 运动源优选是电动的,并且导致压紧密封壳体内的波纹管的纵向运动。 该主波纹管通过刚性外壳与从属波纹管密封接触,该刚性外壳被密封焊接到外壳壁上。 主波纹管在壳体中的移动导致从属波纹管在壳体外部的相等移动。 还考虑了反馈回路或热效应校准。
    • 7. 发明授权
    • System and method for visual display of well-logging data
    • 用于可视化显示测井数据的系统和方法
    • US4352166A
    • 1982-09-28
    • US84401
    • 1979-10-12
    • Larry G. Schoonover
    • Larry G. Schoonover
    • G01V11/00G01V1/40
    • G01V11/002
    • A system and method for processing and displaying well-logging data provides direct indications of various lithological characteristics in conjunction with symbolic representatives of formation lithologies. Preselected programming of a two-dimensional symbol matrix into a memory device provides symbol flexibility. Geometric symbol matrices corresponding to different formation characteristics are digitally stored. When a preselected relationship occurs between lithological characteristics, the particular preselected matrix corresponding to the relationship is repetitively retrieved and displayed between the lithological characteristics curves. Because a relatively small digital matrix pattern may be used and repeated, only a small amount of storage is required for each symbol.
    • 用于处理和显示测井数据的系统和方法提供了与地层岩性的符号代表结合的各种岩性特征的直接指示。 二维符号矩阵的预选择编程到存储器件中提供符号灵活性。 对应于不同形成特征的几何符号矩阵被数字地存储。 当在岩性特征之间发生预选的关系时,对应于该关系的特定预选矩阵被重复地检索并显示在岩性特征曲线之间。 因为可以使用和重复相对较小的数字矩阵图案,所以每个符号只需要少量的存储空间。