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    • 2. 发明授权
    • Pressure assist detonating bar and method for a tubing conveyed
perforator
    • 压力辅助引爆杆和管道输送穿孔机的方法
    • US4762179A
    • 1988-08-09
    • US892814
    • 1986-08-04
    • David S. WessonRobert R. LukeFlint R. GeorgeDavid M. HaugenKevin R. George
    • David S. WessonRobert R. LukeFlint R. GeorgeDavid M. HaugenKevin R. George
    • E21B43/1185E21B43/116
    • E21B43/11855E21B43/11852
    • A detonator bar has an outer housing, an inner housing connected to the outer housing by at least one first frangible member, an explosive charge disposed in the inner housing, and a firing piston with firing pin held in the inner housing by at least one retaining dog and at least one second frangible member. Operation occurs in response to a relatively small impact force between the detonator bar and a perforator or other explosive object located in a subterranean well. This relatively small impact breaks the at least one first frangible member. Thereafter, a fluid pressure existing in the subterranean well, such as a hydrostatic pressure within a tubing string on which a perforator is conveyed, is used to exert a sufficient force to break the at least one second frangible member after the at least one retaining dog has been released by downward movement of the outer housing relative to the inner housing, which relative movement occurs only after the initial impact force has broken the at least one first frangible member.
    • 一个雷管具有一个外壳,一个通过至少一个第一易碎构件连接到外壳的内壳,设置在内壳中的炸药,以及具有击发销的击发活塞,该击发活塞通过至少一个保持件 狗和至少一个第二个易碎成员。 响应于雷管杆和位于地下井中的穿孔器或其他爆炸物体之间的相对小的冲击力而发生操作。 这种相对较小的影响破坏了至少一个第一易碎成员。 此后,存在于地下井中的流体压力,例如在输送穿孔器的油管柱内的流体静力压力被用于施加足够的力以在所述至少一个保持爪之后破坏所述至少一个第二易碎构件 已经通过外壳相对于内壳的向下运动而释放,该相对运动仅在初始冲击力破坏了至少一个第一易碎构件之后发生。
    • 3. 发明授权
    • Air chamber actuated dual tubing release assembly
    • 气室启动双管释放组件
    • US4760884A
    • 1988-08-02
    • US908833
    • 1986-09-16
    • David M. HaugenFlint R. GeorgeKevin R. George
    • David M. HaugenFlint R. GeorgeKevin R. George
    • E21B17/06E21B23/04E21B43/116E21B23/00
    • E21B43/116E21B17/06E21B23/04
    • An apparatus and method of operation for the release of concentric tubing strings used in well operations. In the preferred embodiment, the apparatus includes a tubing release assembly and an air chamber assembly as an actuating tool. The tubing release assembly comprises a housing, release sleeve, adjustment nut, pull tube mandrel, pull tube adapter, pull tube latch and retainer ring. The air chamber assembly as an actuating tool comprises a lower end plug, a housing, a housing retainer, seal element assembly, upper and lower shear pin retainers, upper element cone, release ring, setting mandrel, upper end plug, retrieving mandrel, and match drill assembly. Alternately, the tubing release assembly may be actuated by a ball and increased fluid pressure level within the interior of the tubing release assembly.
    • 一种用于释放井操作中使用的同心管柱的操作装置和方法。 在优选实施例中,该装置包括管件释放组件和作为致动工具的空气室组件。 管道释放组件包括壳体,释放套筒,调节螺母,拉管心轴,拉管适配器,拉管闩锁和保持环。 作为致动工具的气室组件包括下端塞,壳体,壳体保持器,密封元件组件,上下剪切销保持器,上部元件锥体,释放环,设置心轴,上端塞子,检索心轴和 比赛钻机总成 替代地,管道释放组件可以由球致动并且在管道释放组件的内部内增加流体压力水平。
    • 4. 发明授权
    • Apparatus for well completion operations
    • 完井操作装置
    • US4716963A
    • 1988-01-05
    • US921802
    • 1986-10-20
    • Flint R. GeorgeBennie C. GillDavid M. Haugen
    • Flint R. GeorgeBennie C. GillDavid M. Haugen
    • E21B23/06E21B33/1295
    • E21B23/06E21B33/1295
    • Methods and apparatus are provided for setting a packer and for placing a seal assembly into the packer bore on a single trip into the borehole. Such apparatus includes a releasable mechanism coupling the seal assembly in fixed relation to the packer until such time as the packer is at least partially set. Methods and apparatus of the present invention also include a mechanism for hydraulically setting a packer without any manipulation of the tubing string. A pair of hydraulic pistons are utilized to move in opposite directions and exert forces on both a packer actuating sleeve and the packer body to set the packer. Methods and apparatus are provided for actuating well tools in response to the hydrostatic pressure in the well. Through use of such apparatus, a chamber at atmospheric pressure is placed in communication with one side of a hydraulically movable member, the other side of which is exposed to hydrostatic pressure. The low pressure of the atmospheric chamber causes movement of the member to operate the well tool.
    • 提供了设置封隔器的方法和装置,并且用于将密封组件放置在单独的进入钻孔中的封隔器孔中。 这种设备包括将密封组件以固定关系联接到封隔器的可释放机构,直到封隔器至少部分地设定为止。 本发明的方法和装置还包括用于液压地设置封隔器而不对油管柱进行任何操纵的机构。 一对液压活塞用于沿相反方向移动,并在打包器致动套筒和封隔器主体上施力以设置封隔器。 提供了用于响应于井中静水压力来致动井具的方法和装置。 通过使用这种装置,在大气压下的室被放置成与液压可移动构件的一侧连通,液压可移动构件的另一侧暴露于静水压力。 大气室的低压力导致构件的移动以操作井工具。
    • 8. 发明授权
    • Perforating gun actuator
    • 穿孔枪执行器
    • US5490563A
    • 1996-02-13
    • US343747
    • 1994-11-22
    • David WessonKevin R. GeorgeFlint R. George
    • David WessonKevin R. GeorgeFlint R. George
    • E21B41/00E21B43/1185E21B29/00E21B43/11
    • E21B43/1185E21B41/00
    • An actuating tool which is conveyed into a tubing string to attach to portions of an emplaced perforating gun. The tool includes an actuator with an electronic delay timer and an explosive device. The tool attaches to an emplaced perforating gun and detonates it by initiating an explosive charge along a complete explosive pathway formed between the actuator and gun, the actuator includes a tandem piston arrangement functional at most existing hydrostatic pressure levels, but nonfunctional at or near the surface of the wellbore. The tool may be withdrawn from the tubing string for a backup detonation tool to be placed into the tubing string to detonate a secondary firing head.
    • 驱动工具,其被输送到管柱中以附接到放置的射孔枪的部分。 该工具包括具有电子延迟定时器和爆炸装置的致动器。 该工具连接到一个放置的射孔枪,并通过在致动器和喷枪之间形成的完整的爆炸路径发起爆炸物引爆,致动器包括在大多数现有流体静力压力水平下起作用但在表面或附近不起作用的串联活塞装置 的井筒。 该工具可以从油管柱中取出用于后备爆震工具,以被放置在油管柱中以引爆二次点火头。
    • 9. 发明授权
    • Methods of perforating a well using coiled tubing
    • 使用连续油管穿孔的方法
    • US5398760A
    • 1995-03-21
    • US134022
    • 1993-10-08
    • Flint R. GeorgeKevin R. George
    • Flint R. GeorgeKevin R. George
    • E21B23/00E21B23/01E21B23/04E21B43/116E21B43/1185
    • E21B23/006E21B23/01E21B23/04E21B43/116E21B43/11852
    • Methods of perforating a well using coiled tubing conveyed perforating guns are disclosed. A perforating tool string includes a coiled tubing string, a perforating gun, a releasable gun hanger, and a pressure responsive release connecting the coiled tubing string to the perforating gun. The perforating tool string is lowered into place within the well and then the gun hanger is actuated by reciprocating motion of the coiled tubing string without rotating the coiled tubing string, thereby setting the gun hanger in the casing. Fluid pressure is then increased in the coiled tubing string to actuate the pressure responsive release to release the coiled tubing string from the perforating gun. The coiled tubing string and pressure responsive connector may then be retrieved from the well prior to firing the perforating gun. The perforating gun is subsequently fired by a pressure responsive firing head to perforate the well casing, and the perforating gun then automatically drops to the bottom of the well casing.
    • 公开了使用输送穿孔枪的连续油管对井进行穿孔的方法。 穿孔工具串包括连续油管柱,穿孔枪,可释放的衣架,以及将连续油管柱连接到射孔枪的压力响应释放件。 穿孔工具串下降到井内的适当位置,然后通过连续油管柱的往复运动来致动枪架,而不旋转连续油管柱,从而将枪挂架安装在壳体中。 然后在连续油管柱中增加流体压力,以启动压力响应释放,以从穿孔枪释放连续油管柱。 然后可以在点火射孔枪之前从井中取出连续油管柱和压力响应连接器。 射孔枪随后由压力响应的发射头射出以对井套穿孔,然后射孔枪自动下落到井套管的底部。