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    • 91. 发明申请
    • ADAPTIVE DRILLING VIBRATION DIAGNOSTICS
    • 自适应钻井振动诊断
    • WO2016069318A1
    • 2016-05-06
    • PCT/US2015/056337
    • 2015-10-20
    • BOARD OF REGENTS, THE UNIVERSITY OF TEXAS SYSTEM
    • VAN OORT, EricBAUMGARTNER, ThereseASHOK, Pradeepkumar
    • E21B44/00E21B41/00E21B12/02
    • E21B47/0006E21B7/00E21B12/02E21B44/00E21B44/04E21B47/12E21B47/18E21B2041/0028G06N99/005
    • An adaptive system (10) for diagnosing vibrations during drilling includes a drilling assembly at least partially located in a wellbore (70), a sensor (90) located in the wellbore, and a data processing unit (40). The drilling assembly may drill the wellbore. The sensor may detect high frequency data reflecting vibrations in the drilling assembly. The data processing unit may execute a classification model based on machine learning techniques which uses features extracted from the high frequency data to diagnose the type or intensity of a vibration or both in the drilling assembly. An adaptive method of diagnosing vibrations during drilling is characterized by collecting high frequency data reflecting vibrations in a drilling assembly, extracting at least one feature from the high frequency data, and diagnosing the type of vibration using the at least one extracted feature and a classification model based on machine learning techniques.
    • 用于诊断钻井过程中的振动的自适应系统(10)包括至少部分地位于井眼(70)中的钻井组件,位于井眼中的传感器(90)和数据处理单元(40)。 钻井组件可钻井井。 传感器可以检测反映钻井组件中的振动的高频数据。 数据处理单元可以基于使用从高频数据提取的特征来诊断振动的类型或强度或两者在钻井组件中的机器学习技术来执行分类模型。 一种在钻井过程中诊断振动的自适应方法的特征在于收集反映钻井组件中振动的高频数据,从高频数据中提取至少一个特征,以及使用至少一个提取特征和分类模型来诊断振动类型 基于机器学习技术。
    • 92. 发明申请
    • CANNULA INSERTION SUSTAINING SYSTEMS AND DEVICES
    • 肛门插管继续系统和设备
    • WO2016039846A1
    • 2016-03-17
    • PCT/US2015/040175
    • 2015-07-13
    • DOHENY EYE INSTITUTE
    • LUE, Jaw-Chyng, LormenHUMAYUN, Mark
    • A61H33/04
    • A61B17/3421A61B2017/3492A61F9/0017
    • A cannula device for an ophthalmic surgical procedure includes a cannula configured to be inserted through a sclera of an eye and a disk structure configured to apply a force on the sclera to sustain a position of the cannula. A cannula insertion sustaining system for an ophthalmic procedure includes a cannula tube configured to be inserted through a sclera of an eye, an upper tube portion, and a connector tube coupled to the upper tube portion and to the cannula tube. The connector tube is configured to reduce an effective pulling vector force asserted on the cannula tube. A method of sustaining a position of a cannula in a sclera includes inserting the cannula through the sclera and engaging a support structure with the sclera to apply a force on the sclera.
    • 用于眼科外科手术的套管装置包括配置成插入通过眼睛巩膜的套管和被配置为在巩膜上施加力以维持套管位置的盘结构。 用于眼科程序的套管插入维持系统包括套管,该套管构造成插入通过眼睛的巩膜,上管部分和连接到上管部分和套管管的连接管。 连接器管被配置为减少在套管管上断言的有效牵引矢量力。 维持套管在巩膜中的位置的方法包括将套管插入巩膜并使支撑结构与巩膜接合以对巩膜施加力。
    • 94. 发明申请
    • LOW STRESS ROPE SOCKET FOR A DOWNHOLE TOOL
    • 用于卧式工具的低应力绳索插座
    • WO2016028291A1
    • 2016-02-25
    • PCT/US2014/051915
    • 2014-08-20
    • HALLIBURTON ENERGY SERVICES, INC.
    • KARTHA, Nikhil ManmadhanHOLLY, Mark S.
    • E21B47/01E21B47/017
    • E21B17/023E21B47/01
    • In accordance with some embodiments of the present disclosure, a low stress rope socket for a downhole tool is disclosed. The rope socket includes a core, a groove cut in a helix shape on the core, and a rope wrapped around the core and inserted in the groove. The slickline attachment affixed to an uphole end of the core to attach the rope to the core. Additionally, the rope socket includes a housing surrounding the rope and the core. The housing secures the rope to the groove. The rope socket further includes a transition affixed to a downhole end of the core. The transition aligns the rope with an axis of symmetry of the socket. A portion of the rope downhole from the rope socket carries no load.
    • 根据本公开的一些实施例,公开了一种用于井下工具的低应力绳索插座。 绳套包括芯,在芯上以螺旋形切割的槽,以及缠绕在芯上并插入槽中的绳索。 固定在芯的上端的钢丝绳附件将绳索连接到芯上。 此外,绳索套包括围绕绳索和芯的壳体。 外壳将绳索固定在槽上。 绳套还包括固定到芯的井下端的过渡部。 过渡线将绳索与插座的对称轴对齐。 绳索井下的绳索的一部分没有载荷。