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    • 1. 发明授权
    • Inline inspection system and method for calibration of mounted acoustic monitoring system
    • 在线检测系统和安装声学监测系统校准方法
    • US08311759B2
    • 2012-11-13
    • US12648568
    • 2009-12-29
    • Jeff Sutherland
    • Jeff Sutherland
    • G01D18/00G01H17/00G06F19/00G06F17/40
    • F16L55/48G01M3/007G01M3/243G01N29/2481G01N29/34G01N2291/2634
    • An inline inspection system and method for calibrating an acoustic monitoring structure installed along a pipe. The system includes a pipe inspection vehicle; a microprocessor configured to attach a time stamp to a measured distance traveled by the pipe inspection vehicle; an acoustic source attached to the pipe inspection vehicle and configured to generate sound waves inside the pipe, the sound waves having predetermined frequencies and predetermined amplitudes; plural sensors disposed along the pipe and configured to record time of arrivals and intensities of the sound waves generated by the acoustic source; and a processing unit configured to communicate with the plural sensors and receive the time of arrivals, intensities and frequencies of the sound waves from the plural sensors. The processing unit calibrates the acoustic monitoring structure by calculating a distance between the acoustic source and a first sensor of the plural sensors.
    • 用于校准沿管道安装的声学监测结构的在线检查系统和方法。 该系统包括一个管道检查车辆; 微处理器,被配置为将时间戳附加到由所述管道检查车辆行进的测量距离; 附接到所述管道检查车辆并被配置为在所述管道内产生声波的声源,所述声波具有预定的频率和预定的幅度; 沿着管道设置的多个传感器,其被配置为记录由声源产生的声波的到达时间和强度; 以及处理单元,被配置为与多个传感器通信并且接收来自多个传感器的声波的到达时间,强度和频率。 处理单元通过计算声源和多个传感器的第一传感器之间的距离来校准声学监测结构。
    • 2. 发明申请
    • Hollow universal joint
    • 空心万向节
    • US20060128479A1
    • 2006-06-15
    • US11280214
    • 2005-11-17
    • Eugene KapustinSergei Filippovitch
    • Eugene KapustinSergei Filippovitch
    • F16D3/16
    • F16D3/32F16D3/42
    • There is disclosed a hollow universal joint having a first member, a second member and a first hollow yoke ring coupling the first member to the second member to transfer rotational motion between the first and second members. The first hollow yoke ring has a first central axis. The first hollow yoke ring has first pivot points pivotally coupled with the first member. The first pivot points define a first axis extending therebetween. The first pivot points are spaced from the first central axis. The first hollow yoke ring comprises second pivot points pivotally coupled with the second member. The second pivot points define a second axis extending therebetween. The second pivot points are spaced from the first central axis. The first axis extends orthogonal to the second axis and the first and second axes each extend orthogonal to the first central axis.
    • 公开了一种中空万向接头,其具有第一构件,第二构件和将第一构件联接到第二构件的第一空心轭环,以在第一构件和第二构件之间传递旋转运动。 第一中空轭环具有第一中心轴线。 第一空心轭环具有与第一构件枢转地联接的第一枢转点。 第一枢转点限定在它们之间延伸的第一轴线。 第一枢转点与第一中心轴线间隔开。 第一空心轭环包括与第二构件枢转地联接的第二枢转点。 第二枢转点限定在它们之间延伸的第二轴。 第二枢轴点与第一中心轴线间隔开。 第一轴线垂直于第二轴线延伸,并且第一和第二轴线各自垂直于第一中心轴线延伸。
    • 3. 发明授权
    • Device for moving a pig through a conduit, such as a pipeline
    • 用于使猪通过诸如管道的导管移动的装置
    • US07975342B2
    • 2011-07-12
    • US12572767
    • 2009-10-02
    • Sergei Filippovitch
    • Sergei Filippovitch
    • B08B9/055
    • B08B9/0557F16L55/38F16L55/40
    • A pig towing device is adapted for movement through a conduit having bends and open T intersections. The pig has a front leading cup and a rear trailing cup adapted to seal with the conduit for propelling the device through the conduit. The leading and trailing cups are spaced apart a predetermined distance to maintain the seal with the conduit as the pig towing device negotiates past the open T intersections. The pig towing device has a flexible body interconnecting the front leading cup and the rear trailing cup. The flexible body is urged normally into a straight position extending along a central axis thereof to maintain the front leading cup and the rear trailing cup spaced apart by the predetermined distance. The flexible body has predetermined limited flexibility permitting it to bend relative to the central axis as the pig towing device negotiates through the bends in the conduit.
    • 猪牵引装置适于通过具有弯曲和开放T相交的导管运动。 猪具有前引导杯和后拖杯,其适于与导管密封以推动装置通过导管。 当猪牵引装置通过开放的T形交叉口协商时,前进和后退的杯子间隔开预定距离以保持与导管的密封。 猪牵引装置具有连接前引导杯和后拖尾杯的柔性主体。 柔性体通常被推动成沿其中心轴线延伸的直线位置,以保持前引导杯和后拖杯间隔开预定距离。 柔性体具有预定的有限的灵活性,允许其在猪牵引装置通过管道中的弯曲协商时相对于中心轴线弯曲。
    • 4. 发明授权
    • Device for moving a pig through a conduit, such as a pipeline
    • 用于使猪通过诸如管道的导管移动的装置
    • US07614109B2
    • 2009-11-10
    • US11122076
    • 2005-05-05
    • Sergei Filippovitch
    • Sergei Filippovitch
    • B08B9/055
    • B08B9/0557F16L55/38F16L55/40
    • A pig towing device is adapted for movement through a conduit having bends and open T intersections. The pig has a front leading cup and a rear trailing cup adapted to seal with the conduit for propelling the device through the conduit. The leading and trailing cups are spaced apart a predetermined distance to maintain the seal with the conduit as the pig towing device negotiates past the open T intersections. The pig towing device has a flexible body interconnecting the front leading cup and the rear trailing cup. The flexible body is urged normally into a straight position extending along a central axis thereof to maintain the front leading cup and the rear trailing cup spaced apart by the predetermined distance. The flexible body has predetermined limited flexibility permitting it to bend relative to the central axis as the pig towing device negotiates through the bends in the conduit.
    • 猪牵引装置适于通过具有弯曲和开放T相交的导管运动。 猪具有前引导杯和后拖杯,其适于与导管密封以推动装置通过导管。 当猪牵引装置通过开放的T形交叉口协商时,前进和后退的杯子间隔开预定距离以保持与导管的密封。 猪牵引装置具有连接前引导杯和后拖尾杯的柔性主体。 柔性体通常被推动成沿其中心轴线延伸的直线位置,以保持前引导杯和后拖杯间隔开预定距离。 柔性体具有预定的有限的灵活性,允许其在猪牵引装置通过管道中的弯曲协商时相对于中心轴线弯曲。
    • 6. 发明授权
    • Hollow universal joint
    • 空心万向节
    • US07354348B2
    • 2008-04-08
    • US11280214
    • 2005-11-17
    • Eugene KapustinSergei Filippovitch
    • Eugene KapustinSergei Filippovitch
    • F16D3/42
    • F16D3/32F16D3/42
    • A hollow universal joint having a first member, a second member and a first hollow yoke ring coupling the first member to the second member to transfer rotational motion between the first and second members. The first hollow yoke ring has a first central axis. The first hollow yoke ring has first pivot points pivotally coupled with the first member. The first pivot points define a first axis extending therebetween. The first pivot points are spaced from the first central axis. The first hollow yoke ring comprises second pivot points pivotally coupled with the second member. The second pivot points define a second axis extending therebetween. The second pivot points are spaced from the first central axis. The first axis extends orthogonal to the second axis and the first and second axes each extend orthogonal to the first central axis.
    • 一种中空万向接头,具有第一构件,第二构件和第一空心轭环,该第一空心轭环将第一构件联接到第二构件以在第一构件和第二构件之间传递旋转运动。 第一中空轭环具有第一中心轴线。 第一空心轭环具有与第一构件枢转地联接的第一枢转点。 第一枢转点限定在它们之间延伸的第一轴线。 第一枢转点与第一中心轴线间隔开。 第一空心轭环包括与第二构件枢转地联接的第二枢转点。 第二枢转点限定在它们之间延伸的第二轴。 第二枢轴点与第一中心轴线间隔开。 第一轴线垂直于第二轴线延伸,并且第一和第二轴线各自垂直于第一中心轴线延伸。
    • 8. 发明授权
    • Motorless speed control pipeline apparatus and method
    • 无级变速控制管道装置及方法
    • US08286479B2
    • 2012-10-16
    • US12711969
    • 2010-02-24
    • Raymond HarveyLeon FussellFrancesco Zingoni
    • Raymond HarveyLeon FussellFrancesco Zingoni
    • G01F3/28
    • F16L55/38Y10T137/0318Y10T137/0391
    • A pipeline apparatus has a body configured to fit inside a pipeline. A flow channel is formed within the body and includes an inlet, an outlet, and a bypass channel connecting the inlet and the outlet, the inlet being configured to receive a portion of a fluid flowing through the pipeline, and the outlet being configured such that the fluid flowing through the bypass channel flows out of the bypass channel through the outlet. A flow control valve is attached to the body and has a sleeve configured to move to vary a flow rate of the fluid flowing out of the outlet. A conduit is connected between the flow control valve and a back face of the body and configured to communicate a high pressure of the fluid to the flow control valve.
    • 管道装置具有配置成配合在管道内的主体。 流体通道形成在主体内并且包括入口,出口和连接入口和出口的旁通通道,入口构造成接收流过管道的流体的一部分,并且出口构造成使得 流过旁路通道的流体通过出口流出旁路通道。 流量控制阀连接到主体并且具有构造成移动以改变流出出口的流体的流量的套筒。 导管连接在流量控制阀和主体的背面之间,并且构造成将流体的高压传递到流量控制阀。
    • 9. 发明授权
    • Device for cleaning multidiameter pipelines
    • 多参数管道清洗装置
    • US08011052B2
    • 2011-09-06
    • US11613000
    • 2006-12-19
    • Eugene KapustinSergei Filippovitch
    • Eugene KapustinSergei Filippovitch
    • B08B9/055
    • F16L55/30B08B9/0436B08B9/0557F16L2101/12
    • A trailing pig cleaning device is adapted to be dragged by a pig towing device. The cleaning device collects a predetermined quantity of debris. The cleaning device has a continuous outer surface portion of variable diameter urged into normal contact with the internal wall of the pipeline. The continuous outer surface portion presents a continuous upstream or leading edge portion for scraping debris from the cylindrical internal wall in advance of the outer surface portion. The device has a debris collecting surface portion extending radially inward from the outer surface portion for collecting the predetermined quantity of debris scraped from the cylindrical internal wall. The device has at least one debris and pipeline media bypass opening passing through the debris collecting surface portion permitting excess scraped debris to pass therethrough back into the pipeline and permitting media to pass thereby to propel the pig towing device.
    • 尾部猪清洁装置适于被猪牵引装置拖动。 清洁装置收集预定量的碎屑。 清洁装置具有连续的可变直径的外表面部分,被迫与管道的内壁正常接触。 连续的外表面部分具有连续的上游或前缘部分,用于在外表面部分之前从圆柱形内壁刮除碎屑。 该装置具有从外表面部分径向向内延伸的碎屑收集表面部分,用于收集从圆柱形内壁刮下的预定量的碎屑。 该装置具有穿过碎屑收集表面部分的至少一个碎片和管道介质旁路开口,允许过量的刮屑通过其中回到管道中并允许介质通过,从而推动猪牵引装置。