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    • 3. 发明授权
    • Method and apparatus for protecting downhole components from shock and vibration
    • 保护井下部件免受冲击和振动的方法和装置
    • US09328603B2
    • 2016-05-03
    • US14087514
    • 2013-11-22
    • Hunting Energy Services, Inc.
    • Jason Michael Pope
    • E21B47/01E21B12/00E21B17/04E21B17/043
    • E21B47/01E21B12/00E21B17/043E21B17/07E21B47/011
    • The lower end assembly of a measurement while drilling tool is secured against shock and vibration while drilling through the use of a locking cuff, an abrasion ring and a locking nut. A mule shoe at a lower end of the assembly has a diameter sized to allow a pulser helix to pass. The locking cuff is installed on one end of the mule shoe. A poppet housing is attached to an end of the pulser helix opposite the mule shoe. An abrasion ring is received about the external diameter of the pulser helix and is received on a shoulder located between the pulser helix and the poppet housing. An externally threaded lower end of the locking nut is received within a mating threaded bore in the extended locking cuff so that a portion of the locking nut is located between the locking cuff and the poppet housing. Tightening the locking nut within the bore of the locking cuff acts to lock the lower end assembly with respect to the mule shoe.
    • 钻孔工具时的测量下端组件通过使用锁定套筒,磨损环和锁紧螺母进行钻孔时可抵抗冲击和振动。 在组件的下端的骡子鞋具有尺寸允许脉冲发生器螺旋通过的直径。 锁定袖套安装在骡子鞋的一端。 提升阀壳体附接到与骡子鞋相对的脉冲发生器螺旋的末端。 围绕脉冲发生器螺旋的外径接收磨损环,并且接收在位于脉冲发生器螺旋和提升阀壳体之间的肩部上。 锁定螺母的外螺纹下端容纳在延伸的锁定箍中的配合螺纹孔内,使得锁定螺母的一部分位于锁定箍和提升阀壳体之间。 在锁紧箍的孔内拧紧锁定螺母用于相对于骡子鞋锁定下端组件。
    • 4. 发明授权
    • Dual stripper assembly for slick cable
    • 用于光滑电缆的双剥离器组件
    • US08443878B2
    • 2013-05-21
    • US12777379
    • 2010-05-11
    • Chris McCollin
    • Chris McCollin
    • E21B19/00E21B33/08
    • E21B33/08
    • The dual stripper device of the invention has a hollow body formed for coaxial connection to the wellhead which provides for unobstructed passage of a slick cable, such as a data transmitting cable which transmits data in real time to the well surface. Disposed coaxially within the hollow body is a resilient wiper element with an internal bore formed along its longitudinal axis for passage of the slick cable. A hydraulically actuated piston applies a compressive force to the wiper element so that a pressure seal is formed between the wiper element and the cable when the wiper element is sufficiently compressed by the piston. The seal can be maintained during dynamic movement of the slick cable through the wiper element. A mirror image backup wiper assembly can be actuated in the case of failure of the first wiper assembly.
    • 本发明的双脱模装置具有形成为与井口同轴连接的中空体,其提供了无缝通过光滑电缆,例如将数据实时传输到井表面的数据传输电缆。 在中空体内同轴设置的是弹性擦拭器元件,其具有沿着其纵向轴线形成的用于通过光滑电缆的内孔。 液压致动的活塞向刮水器元件施加压缩力,使得当刮水器元件被活塞充分压缩时,在刮水元件和电缆之间形成压力密封。 在光滑电缆通过刮水器元件的动态运动期间,可以保持密封。 在第一刮水器组件发生故障的情况下,可以启动镜像备用刮水器组件。
    • 7. 发明授权
    • Process for upset forging of drill pipe and articles produced thereby
    • 钻杆和由此制造的物品的锻造锻造工艺
    • US09561537B2
    • 2017-02-07
    • US14501178
    • 2014-09-30
    • Hunting Energy Services, Inc.
    • Klane Edward KirbyGregory Lynn Adkins
    • B21J5/08E21B7/04B21K21/12B21J9/08B21D41/00E21B17/04E21B17/042
    • B21J5/08B21D41/00B21J9/08B21K21/12E21B7/046E21B17/042
    • Shown is a method for manufacturing horizontal directional drilling pipe having internally and externally upset pipe ends. The forging is done by heating the green tube ends and applying pressure using a closed die hydraulic forging press to form the upsets. One end of a steel tube is worked by upsetting and pressing to form an external upset portion having an outer taper being shaped by upset forging. That portion is then pressed by an internal upset die so as to displace the outer taper to an internal upset portion having an inner taper. Internal upset forging is then carried out by an internal upset die to produce the finished part. The process allows the manufacturer to produce a thicker upset horizontal directional drilling pipe, where the ratio of the outside diameter to the inside diameter of the upset can be on the order of 3.5, or even greater.
    • 显示了一种水平定向钻井管的制造方法,其具有内部和外部不平的管端。 锻造是通过加热绿色管端并使用封闭模具液压锻压机施加压力来形成的。 通过镦锻和压制来加工钢管的一端,以形成具有由锥形锻造成型的外锥形的外部镦锻部分。 然后,该部分被内部镦锻模具压制,以将外锥形件移位到具有内锥度的内部镦锻部分。 然后通过内部镦锻模具进行内部镦锻,以生产成品。 该过程允许制造商生产较厚的不平直水平定向钻井管,其中外径与镦锻的内径之比可以在3.5或甚至更大的数量级上。
    • 8. 发明授权
    • Drill stem tubular connection with internal stiffener ring
    • 钻柄与内部加强环的管状连接
    • US08167340B2
    • 2012-05-01
    • US12592027
    • 2009-11-18
    • Wilkinson L. Olivier, III
    • Wilkinson L. Olivier, III
    • F16L15/08F16L25/12
    • E21B17/042
    • A threaded pipe coupling is shown for a drill pipe used in horizontal boring operations utilizing a special form of a threaded connection with an internal stiffener ring which eliminates the need for hot forging operations. The pipe coupling is used for joining an upset region of a first tubular member to a further tubular member of lesser external diameter. The internal stiffener ring is received within the internal bore of the pin end of the coupling and underlies and extends along a portion of its length. The stiffener ring having an innermost extent terminating in an exposed end which is received upon an internal shoulder provided in the mating internally threaded box end. The stiffener ring also has an external shoulder formed at the innermost extent thereof which traps the pin face between the ring exterior and the box threaded interior.
    • 示出了用于在水平钻孔操作中使用的钻杆的螺纹管接头,其利用具有内部加强环的特殊形式的螺纹连接,其消除了对热锻造操作的需要。 管接头用于将第一管状构件的镦锻区域连接到较小外径的另一管状构件。 内部加强环被接纳在联接器的销端的内孔内并且在其下方并沿其长度的一部分延伸。 加强环具有终止于露出端的最内部的延伸环,该暴露端被接收在设置在配合的内螺纹的箱体端部中的内部肩部上。 加强环还具有在其最内部形成的外肩部,其将销面收集在环外部和盒螺纹内部之间。
    • 10. 发明授权
    • Annular pressure relief system
    • 环形压力释放系统
    • US08967272B2
    • 2015-03-03
    • US14184832
    • 2014-02-20
    • Hunting Energy Services, Inc.
    • Michael E. MockRobert S. Sivley, IVMark C. Moyer
    • E21B34/04E21B34/08E21B41/00E21B17/08
    • E21B41/0021E21B17/08E21B34/04
    • A modified casing coupling houses a pressure relief valve body having a through bore with opposing end openings. The through bore communicates with the interior of the modified casing coupling at one end opening thereof and with an area surrounding the modified casing coupling at an opposite end opening. The through bore includes a ball seat adjacent one end opening thereof which receives a sealing ball. The ball is urged in the direction of the ball seat by a tensioning element. The ball is exposed to annular pressure trapped between successive lengths of well casing located in the well borehole. The amount of tension exerted on the ball by the tensioning element is selected to allow the ball to move off the ball seat to release trapped annular pressure between the selected casing strings once a certain annulus pressure is reached.
    • 改进的套管联接器容纳具有具有相对的端部开口的通孔的减压阀体。 通孔在其一端开口处与改进的壳体联接件的内部连通,并且在相对的端部开口处与改进的壳体联接的区域连通。 通孔包括邻近其一端开口的球座,其接收密封球。 球通过张紧元件在球座的方向上被推动。 该球暴露于被困在位于井眼中的井套管连续长度之间的环形压力。 选择通过张紧元件施加在球上的张力的量,以便一旦达到一定的环空压力,球就可以离开球座离开所选择的套管柱之间的截留的环形压力。