公开(公告)号：US20200018593A1

公开(公告)日：2020-01-16

申请号：US16033949

申请日：2018-07-12

Applicant: Jinchi Zhang ,  James David Glascock

Inventor： Jinchi Zhang ,  James David Glascock

IPC: G01B17/02 ,  G01B17/06

Abstract: Disclosed is a system and method for ultrasonic measurement of the average diameter and roundness profile of a tube. A roundness algorithm represents the angular dependence of the tube surface profile as a sum of Fourier components, each component being a harmonic representing an integer number of undulations per revolution, with “0” (the first harmonic) corresponds to an average circle associated with the tube outer surface. A calibration block is used to calibrate the first harmonic, representing the average tube diameter.

公开(公告)号：US20140202700A1

公开(公告)日：2014-07-24

申请号：US13748941

申请日：2013-01-24

Applicant: Cecil Curtis Blair

Inventor： Cecil Curtis Blair

IPC: C09K8/524 ,  E21B37/06

CPC classification number: C09K8/524 ,  C09K8/528 ,  E21B37/06

Abstract: A biodegradable and environmentally friendly oil external emulsion for the removal of asphaltenes, paraffin's, and/or scales which accumulate in the well bores and walls of the pipes used to bring the oil up from the underground deposits, and methods of using and formulating the composition are disclosed. The emulsion comprises oil extracted from orange peels as the external continuous phase and acid as the internal phase. The emulsion has a particular utility in cleaning asphaltenes and paraffin residues from the well formation surface, well cuttings, and down hole and surface oil well drilling and production equipment.

Abstract translation: 用于去除沥青质，石蜡和/或鳞屑的可生物降解和环境友好的油外部乳液，其积聚在用于将地下沉积物引起油的管道的井孔和壁中，以及使用和配制组合物的方法 被披露。 乳液包含从橙皮中提取的油作为外部连续相，酸作为内相。 该乳液特别适用于从井形成表面清洗沥青质和石蜡残留物，井下钻井和井下钻井和钻井生产设备。

公开(公告)号：US20080196769A1

公开(公告)日：2008-08-21

申请号：US12033736

申请日：2008-02-19

Applicant: Charles Curtis Overstreet

Inventor： Charles Curtis Overstreet

IPC: F16L41/04

CPC classification number: F16L41/06 ,  B63C11/52 ,  Y10T137/0402 ,  Y10T137/6123

Abstract: An assembly and method for tapping into a pressurized tubular that is adapted for use in a subsea environment via a diver or remotely operated vehicle. The assembly includes a tapping tool connectable to the tubular via a saddle connection.

Abstract translation: 一种用于攻入通过潜水员或遥控车辆在海底环境中使用的加压管的组件和方法。 组件包括通过鞍座连接可连接到管状的攻丝工具。

公开(公告)号：US20080071496A1

公开(公告)日：2008-03-20

申请号：US11859663

申请日：2007-09-21

Applicant: DAVID GLASCOCK

Inventor： DAVID GLASCOCK

IPC: G01B15/00

CPC classification number: G01B17/02

Abstract: The wall thickness and ovality of a tubular are simultaneously determined. The theoretical radius of a pipe is computed from a measurement of its circumference. An ultrasonic device conventionally used to measure the wall thickness of tubulars is adapted to also measure the maximum and minimum diameters and ovality by equipping or utilizing existing ultrasound inspection device with contact surfaces which contact the tubular at a fixed distance apart and at a known distance from the surface of the ultrasonic transducer. The contact surfaces define a chord of known length on the tubular under test. The mean radius of the tubular may be computed from multiple water path measurements around the circumference relative to a known fixture. The maximum and minimum diameter and ovality are calculated from the measured differences in distance from the surface of the tubular to the ultrasonic transducer and the theoretical circle. Wall thickness and ovality may be correlated relative to position by using the same apparatus for both measurements.

Abstract translation: 同时确定管的壁厚和椭圆度。 管的理论半径是根据其圆周的测量计算的。 通常用于测量管状壁厚度的超声波装置也适用于通过装备或利用现有的超声检查装置来测量最大和最小直径和椭圆度，所述超声检查装置具有接触表面，该接触表面以固定的距离与已知距离 超声换能器的表面。 接触表面在被测试的管状物上限定已知长度的弦。 管状物的平均半径可以相对于已知的固定装置围绕圆周的多个水路径测量来计算。 最大和最小直径和椭圆度是从测量的从管表面到超声换能器的距离和理论圆的距离计算的。 通过使用相同的装置进行两个测量，壁厚度和椭圆度可以相对于位置相关。

公开(公告)号：US10294777B2

公开(公告)日：2019-05-21

申请号：US15220882

申请日：2016-07-27

Applicant: Patrick Jarman ,  Philippe Giacalone ,  Rick Kleinhans ,  Brian Wright ,  Jeffrey Adams ,  Nigel Rowcliffe

Inventor： Patrick Jarman ,  Philippe Giacalone ,  Rick Kleinhans ,  Brian Wright ,  Jeffrey Adams ,  Nigel Rowcliffe

IPC: E21B4/04 ,  E21B7/06 ,  E21B47/12 ,  E21B7/04 ,  E21B19/22

Abstract: A steering tool system may provide a bottom hole assembly (BHA) and a surface control/interface (SCI). The steering tool may provide an improved electronic schematic that provides a data line that is separate from the power line. The BHA may provide a full bore flow path. The connectors of a cablehead section may be designed to ease make up with proper contact to the connectors. The BHA may also be suitable for pumping a ball to a hydraulic disconnect. The design of the system allows conductors to pass through the hydraulic disconnect and orienter control section.

公开(公告)号：US07231314B2

公开(公告)日：2007-06-12

申请号：US11367031

申请日：2006-03-02

Applicant: David Glascock

Inventor： David Glascock

IPC: G01B7/00

CPC classification number: G01B17/02 ,  G01B17/00

Abstract: The wall thickness and ovality of a tubular are simultaneously determined. The theoretical radius of a pipe is computed from a measurement of its circumference. An ultrasonic device conventionally used to measure the wall thickness of tubulars is adapted to also measure the maximum and minimum diameters and ovality by equipping or utilizing existing ultrasound inspection device with contact surfaces which contact the tubular at a fixed distance apart and at a known distance from the surface of the ultrasonic transducer. The contact surfaces define a chord of known length on the tubular under test. The mean radius of the tubular may be computed from multiple water path measurements around the circumference relative to a known fixture. The maximum and minimum diameter and ovality are calculated from the measured differences in distance from the surface of the tubular to the ultrasonic transducer and the theoretical circle. Wall thickness and ovality may be correlated relative to position by using the same apparatus for both measurements.

Abstract translation: 同时确定管的壁厚和椭圆度。 管的理论半径是根据其圆周的测量计算的。 通常用于测量管状壁厚度的超声波装置也适用于通过装备或利用现有的超声检查装置来测量最大和最小直径和椭圆度，所述超声检查装置具有接触表面，该接触表面以固定的距离与已知距离 超声换能器的表面。 接触表面在被测试的管状物上限定已知长度的弦。 管状物的平均半径可以相对于已知的固定装置围绕圆周的多个水路径测量来计算。 最大和最小直径和椭圆度是从测量的从管表面到超声换能器的距离和理论圆的距离计算的。 通过使用相同的装置进行两个测量，壁厚度和椭圆度可以相对于位置相关。

公开(公告)号：USRE36556E

公开(公告)日：2000-02-08

申请号：US443088

申请日：1995-05-17

Applicant: Michael L. Smith ,  Charles E. Goodman

Inventor： Michael L. Smith ,  Charles E. Goodman

IPC: E21B4/02 ,  E21B7/06 ,  E21B19/22 ,  E21B33/068 ,  E21B7/08 ,  E21B17/20

CPC classification number: E21B19/22 ,  E21B33/068 ,  E21B4/02 ,  E21B7/068

Abstract: A method and apparatus for directional drilling to recover hydrocarbons, thermal energy, or the like, by using coiled tubing while the well is under pressure so that high density drilling fluids to control the subsurface pressures during drilling are not required. Snubbing apparatus and methods which maintain control of the bore hole pressure throughout the drilling operation are used, thus permitting the use of fresh water as a combination hydraulic fluid to operate a downhole motor and cool the bit, and to flush cuttings from the bore hole. The apparatus uses a down hole assembly including a bit driven by a motor, preferably hydraulic, which is located in a bent housing. A steering tool capable of indicating the angle and azimuth of inclination of the housing is carried by the motor housing and is connected to surface instrumentation by an electrical cable extending through the coiled tubing. The housing and steering tool are coupled to the coiled tubing string by an orientation device which can rotate the bent housing relative to the tubing string through a selected incremental amount so that the bent housing can be oriented in the appropriate direction to drill along the preselected path.

Abstract translation: 一种用于定向钻井以回收碳氢化合物，热能等的方法和装置，通过在井处于压力下使用连续油管，使得不需要在钻井期间控制地下压力的高密度钻井液。 使用在整个钻孔操作期间保持钻孔压力控制的缓冲装置和方法，因此允许使用淡水作为组合的液压流体来操作井下马达并冷却钻头，并且从钻孔冲洗切屑。 该设备使用井下组件，其包括位于弯曲壳体中的由电机驱动的优选液压的钻头。 能够指示壳体的角度和方位角的转向工具由电动机壳体承载，并通过延伸穿过连续油管的电缆连接到表面仪表。 壳体和转向工具通过定向装置联接到连续油管柱，定向装置可以使弯曲的壳体相对于管柱通过选定的增量来旋转，使得弯曲的壳体可以沿着预定的路径 。

公开(公告)号：US08382399B2

公开(公告)日：2013-02-26

申请号：US12208655

申请日：2008-09-11

Applicant: Bernt Olsen ,  Randall D. Lagendyk ,  Bertrom Ballard, Jr. ,  Gary Vaughan ,  Hiram L. Bickle ,  Bjorn Rudshaug

Inventor： Bernt Olsen ,  Randall D. Lagendyk ,  Bertrom Ballard, Jr. ,  Gary Vaughan ,  Hiram L. Bickle ,  Bjorn Rudshaug

IPC: E21B41/04

CPC classification number: E02D27/52 ,  E21B19/002

Abstract: A heave compensation system that facilitates the transfer of pipe between a floating platform and a snubbing jack. The heave compensation system includes a first end connected to the floating platform and a second end in connection with a traveling slip assembly of the snubbing jack, the heave compensation system is operable between a disengaged position and an engaged position. When the heave compensation system is in the disengaged position the traveling slip assembly moves separate and independent from the movement of the floating platform, and when the heave compensation system is in the engaged position the traveling slip assembly is locked in a constant position relative to the floating platform.

Abstract translation: 一种有助于在浮动平台和缓冲千斤顶之间传输管道的升沉补偿系统。 升沉补偿系统包括连接到浮动平台的第一端和与缓冲千斤顶的行进滑动组件连接的第二端，该起伏补偿系统可在分离位置和接合位置之间操作。 当升降补偿系统处于脱离位置时，行驶滑动组件与浮动平台的移动分开且独立，并且当升降补偿系统处于接合位置时，行驶滑动组件相对于 浮动平台。

公开(公告)号：US07438505B2

公开(公告)日：2008-10-21

申请号：US11174200

申请日：2005-07-01

Applicant: Bernt Olsen ,  Randall D. Lagendyk ,  Bertrom Ballard, Jr. ,  Gary Vaughan ,  Hiram L. Bickle ,  Bjorn Rudshaug

Inventor： Bernt Olsen ,  Randall D. Lagendyk ,  Bertrom Ballard, Jr. ,  Gary Vaughan ,  Hiram L. Bickle ,  Bjorn Rudshaug

IPC: E21B41/04

CPC classification number: E02D27/52 ,  E21B19/002

Abstract: A heave compensation system to enable the transfer of tubulars between a floating platform and a snubbing jack. The heave compensation system includes a first end connected to the floating platform and a second end in connection with a traveling slip assembly of the snubbing jack, the heave compensation system is operable between a disengaged position and an engaged position. When the heave compensation system is in the disengaged position the traveling slip assembly moves separate and independent from the movement of the floating platform, and when the heave compensation system is in the engaged position the traveling slip assembly is locked in a constant position relative to the floating platform.

Abstract translation: 一种浮起补偿系统，用于在浮动平台和缓冲千斤顶之间传递管状物。 升沉补偿系统包括连接到浮动平台的第一端和与缓冲千斤顶的行进滑动组件连接的第二端，该起伏补偿系统可在分离位置和接合位置之间操作。 当升降补偿系统处于脱离位置时，行驶滑动组件与浮动平台的移动分开且独立，并且当升降补偿系统处于接合位置时，行驶滑动组件相对于 浮动平台。

公开(公告)号：US07386416B2

公开(公告)日：2008-06-10

申请号：US11744334

申请日：2007-05-04

Applicant: David Glasscock

Inventor： David Glasscock

IPC: G01B7/00

CPC classification number: G01B17/02 ,  G01B17/00

Abstract: The wall thickness and ovality of a tubular are simultaneously determined. The theoretical radius of a pipe is computed from a measurement of its circumference. An ultrasonic device conventionally used to measure the wall thickness of tubulars is adapted to also measure the maximum and minimum diameters and ovality by equipping or utilizing existing ultrasound inspection device with contact surfaces which contact the tubular at a fixed distance apart and at a known distance from the surface of the ultrasonic transducer. The contact surfaces define a chord of known length on the tubular under test. The mean radius of the tubular may be computed from multiple water path measurements around the circumference relative to a known fixture. The maximum and minimum diameter and ovality are calculated from the measured differences in distance from the surface of the tubular to the ultrasonic transducer and the theoretical circle. Wall thickness and ovality may be correlated relative to position by using the same apparatus for both measurements.

Abstract translation: 同时确定管的壁厚和椭圆度。 管的理论半径是根据其圆周的测量计算的。 通常用于测量管状壁厚度的超声波装置也适用于通过装备或利用现有的超声检查装置来测量最大和最小直径和椭圆度，所述超声检查装置具有接触表面，该接触表面以固定的距离与已知距离 超声换能器的表面。 接触表面在被测试的管状物上限定已知长度的弦。 管状物的平均半径可以相对于已知的固定装置围绕圆周的多个水路径测量来计算。 最大和最小直径和椭圆度是从测量的从管表面到超声换能器的距离和理论圆的距离计算的。 通过使用相同的装置进行两个测量，壁厚度和椭圆度可以相对于位置相关。