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    • 1. 发明申请
    • BELLOWS VALVE
    • BELLOWS阀门
    • WO2009113875A2
    • 2009-09-17
    • PCT/NO2009/000093
    • 2009-03-13
    • PETROLEUM TECHNOLOGY COMPANY ASKLEPPA, ErlingSTOKKA, ØyvindSEVHEIM, Ole
    • KLEPPA, ErlingSTOKKA, ØyvindSEVHEIM, Ole
    • E21B34/08
    • E21B43/123E21B34/08F16K41/10
    • The present invention relates to a valve device which is employed in connection with oil and gas wells with the object of increasing the well's production. The valve device comprises an external housing (1), where at least one inlet (4) in the external housing (1) is connected to an outlet (5) through a longitudinal bore in the housing's (1) longitudinal direction. Furthermore, between the valve device's inlet and outlet (4, 5) there is mounted a valve seat (2) in the bore, where a valve body (3) shuts off the connection between the inlet and the outlet (4, 5). The valve body's (3) position is controlled by a support (20), which support (20) is connected with a pressure-sensitive bellows device (6) comprising an upper and a lower bellows element (7, 71). At a given external pressure, the lower bellows element (71) in the bellows device (6) will be compressed in the valve device's axial direction, whereby this compression causes the two bellows elements' (7, 71) impact elements to be moved relative to each other, thereby causing the valve body (3) to be lifted out of abutment with the valve (2).
    • 本发明涉及一种与石油和天然气井结合使用的阀门装置,目的是增加井的产量。 阀装置包括外壳(1),其中外壳(1)中的至少一个入口(4)通过壳体(1)纵向方向上的纵向孔与出口(5)连接。 此外,在阀装置的入口和出口(4,5)之间,在孔中安装有阀座(2),其中阀体(3)关闭入口和出口(4,5)之间的连接。 阀体(3)的位置由支撑件(20)控制,支撑件(20)与包括上下波纹管元件(7,71)的压敏波纹管装置(6)连接。 在给定的外部压力下,波纹管装置(6)中的下波纹管元件(71)将在阀装置的轴向方向上被压缩,由此这种压缩使两个波纹管元件(7,71)的冲击元件相对移动 从而使得阀体(3)被提升而不与阀(2)抵接。
    • 3. 发明申请
    • VALVE SYSTEM
    • 阀门系统
    • WO2011102732A2
    • 2011-08-25
    • PCT/NO2011/000055
    • 2011-02-16
    • PETROLEUM TECHNOLOGY COMPANY ASTVEITEN, MagnarKLEPPA, ErlingSTOKKA, ØyvindSEVHEIM, Ole
    • TVEITEN, MagnarKLEPPA, ErlingSTOKKA, ØyvindSEVHEIM, Ole
    • E21B34/10
    • E21B34/106E21B34/06E21B34/107E21B43/123
    • The present invention relates to a valve system for use in a wellbore, the system comprising a side pocket mandrel and one or more well tools, where the side pocket mandrel (6) comprises an elongated body section (7) provided with connection means (8) at its ends, the elongated body section (7) being provided with a substantially fully open main bore (9) for alignment with the well tubing (3) and an offset side pocket bore (10). At least one through opening (12) is provided in the side pocket mandrel (6), leading into the side pocket bore (10), and at least one through opening (13) is provided in the internal wall (11), leading into the main bore (9), where the at least two openings (12, 13) are in fluid communication through the side pocket bore (10), in which side pocket bore (10) at least two valves (100, 101) are arranged in series to form a double fluid barrier between the main bore (9) and an outside of the pocket mandrel (6), the at least two valves (100, 101) being independently retrievable through at least one installation opening arranged in the internal wall (11) of the side pocket mandrel (6).
    • 本发明涉及一种用于井筒的阀门系统,该系统包括侧袋心轴和一个或多个井具,其中侧袋心轴(6)包括细长主体部分(7),其具有连接装置(8) ),细长主体部分(7)设置有用于与井管(3)对准的基本上完全打开的主孔(9)和偏移侧袋孔(10)。 至少一个通孔(12)设置在侧袋心轴(6)中,导入侧袋孔(10),并且至少一个通孔(13)设置在内壁(11)中,导入 主孔(9),其中至少两个开口(12,13)通过侧袋孔(10)流体连通,其中布置有至少两个阀(100,101)的侧袋孔(10) 串联地形成在主孔(9)和口袋心轴(6)的外侧之间的双流体阻挡层,所述至少两个阀(100,101)可独立地通过布置在内壁中的至少一个安装开口 (6)的侧壁(11)。
    • 4. 发明申请
    • BELLOWS VALVE
    • BELLOWS阀门
    • WO2008150179A1
    • 2008-12-11
    • PCT/NO2008/000202
    • 2008-06-05
    • PETROLEUM TECHNOLOGY COMPANY ASTVEITEN, MagnarKLEPPA, ErlingSTOKKA, ØyvindSEVHEIM, Ole
    • TVEITEN, MagnarKLEPPA, ErlingSTOKKA, ØyvindSEVHEIM, Ole
    • E21B43/12
    • E21B43/123
    • The present invention relates to a valve device comprising an external structure with a longitudinal axis and a valve seat, and a valve body mounted movably inside the external structure. The valve device comprises a first bellows device permitted to be moved in a substantially radial direction, in fluid connection with a first fluid, and hydraulically connected to a second bellows device permitted to be moved in a substantially axial direction. The second bellows device is connected to a first part piston cooperating with a second part piston, thereby giving the second part piston an oppositely directed movement relative to the first part piston, which thereby moves the valve body relative to the valve seat. The invention also relates to a method for operation of a valve device and the use thereof.
    • 本发明涉及一种阀装置,其包括具有纵向轴线和阀座的外部结构,以及可移动地安装在外部结构内的阀体。 阀装置包括允许沿大致径向方向移动的第一波纹管装置,与第一流体流体连接,并液压地连接到允许沿大致轴向方向移动的第二波纹管装置。 第二波纹管装置连接到与第二部分活塞配合的第一部分活塞,从而使第二部分活塞相对于第一部分活塞相反地移动,从而使阀体相对于阀座移动。 本发明还涉及一种阀装置的操作方法及其用途。
    • 5. 发明申请
    • VALVE ASSEMBLY
    • 阀组件
    • WO2012002817A2
    • 2012-01-05
    • PCT/NO2011/000171
    • 2011-06-14
    • PETROLEUM TECHNOLOGY COMPANY ASTVEITEN, MagnarKLEPPA, ErlingSTOKKA, ØyvindSEVHEIM, Ole
    • TVEITEN, MagnarKLEPPA, ErlingSTOKKA, ØyvindSEVHEIM, Ole
    • E21B34/10
    • F16K13/00E21B34/10E21B43/123Y10T137/0318
    • The present invention regards a valve assembly (100) for injecting fluid, preferably a liquid, into a tubing, comprising a first and a second valve sections arranged in series within at least one outer housing (10,11), the first valve section comprises an internal bore (13) in the housing (10) and a first sealing surface (14) and a first valve element (20) arranged movable within the bore (13) with an sealing surface (25) interacting with the first sealing surface (14) of the at least one housing (10,11) to form a metal-metal seal, and pretension means (33) keeping the first valve section in a closed position against a hydrostatic pressure independent of tubing pressure, the second valve section arranged downstream of the first valve section and comprises an internal bore (16) in the housing (11) and a second sealing surface (17) and a second valve element (26) arranged movable within the bore (16) with a sealing surface (31) interacting with the second sealing surface (17) of the at least one housing (10,11) to form a metal-metal seal, and pretension means (34) keeping the second valve section in a closed position until there is a given pressure difference between the fluids on the two sides of the second valve element (26) where the valve assembly in closed state forms a double barrier across the valve assembly. The present invention also regards a tubing element with a valve assembly as defined and a method for operating an injection valve assembly injecting.
    • 本发明涉及一种用于将流体(优选为液体)喷射到管道中的阀组件(100),该管道包括在至少一个外壳体(10,11)内串联布置的第一和第二阀部分,第一阀部分包括 壳体(10)中的内孔(13)和第一密封表面(14)和第一阀元件(20),第一密封表面(14)和第一阀元件(20)可在孔(13)内移动,其中密封表面(25)与第一密封表面 14),以形成金属 - 金属密封件,以及预紧装置(33),其将第一阀部分保持在关闭位置,以防止独立于管道压力的静水压力,所述第二阀部分布置 在第一阀部分的下游并且包括在壳体(11)中的内孔(16)和第二密封表面(17)和第二阀元件(26),第二密封表面(17)和第二阀元件(26)可在密封表面(31) )与所述第二密封表面(17)相互作用 东一个壳体(10,11)以形成金属 - 金属密封件,以及预紧装置(34),其将第二阀部分保持在关闭位置,直到在第二阀元件两侧的流体之间存在给定的压力差 (26),其中阀组件处于关闭状态,跨越阀组件形成双重屏障。 本发明还涉及具有如所定义的阀组件的管道元件和用于操作注射阀组件注射的方法。
    • 7. 发明申请
    • A VALVE DEVICE FOR A SIDE POCKET OR A SUB IN A WELL
    • 一个阀门的一个阀门或一个小的一个井
    • WO2011101344A2
    • 2011-08-25
    • PCT/EP2011/052211
    • 2011-02-15
    • Petroleum Technology Company ASKLEPPA, ErlingPETTERSEN, StåleSEVHEIM, OleSTOKKA, Øyvind
    • KLEPPA, ErlingPETTERSEN, StåleSEVHEIM, OleSTOKKA, Øyvind
    • E21B34/10
    • E21B34/06E21B21/103E21B34/105
    • The present invention relates to a valve device for use in a side pocket and/or sub in a well, comprising a housing (1) with a first port (2) and a second port (3), a first valve body (11) movably mounted internally in the housing (1), a second valve body (20) mounted internally in the housing (1) and movable relative to both the housing (1) and the first valve body (11), where a first locking device (A) is configured between the first valve body (11) and the second valve body (20) in order to lock the movement of the first valve body (11) relative to the second valve body (20) in one direction and in such a manner that when the first locking device (A) is activated, the first valve body (11) is held in an open position as long as the second valve body (20) is in an open position, thereby providing through-flow through the valve device, and a third locking device (C) configured between the second valve body (20) and the housing (1), with the result that release of the third locking device (C) will permit movement of the second valve body (20) relative to the housing (1) and thereby to a closed position of the valve device, thereby also permitting the first valve body (11) to go to a closed position. The invention also relates to a method.
    • 本发明涉及一种用于侧袋和/或井下的阀装置,包括具有第一端口(2)和第二端口(3)的壳体(1),第一阀体(11) 可移动地安装在壳体(1)内部的第二阀体(20),其安装在壳体(1)的内部并且可相对于壳体(1)和第一阀体(11)移动,其中第一锁定装置 A)构造在第一阀体(11)和第二阀体(20)之间,以便在一个方向上锁定第一阀体(11)相对于第二阀体(20)的运动,并且在 方式是当第一锁定装置(A)被启动时,只要第二阀体(20)处于打开位置,第一阀体(11)就保持在打开位置,从而提供穿过阀的通流 装置和构造在第二阀体(20)和壳体(1)之间的第三锁定装置(C),结果释放第三锁定开关 冰(C)将允许第二阀体(20)相对于壳体(1)移动,从而允许阀装置的关闭位置,从而也允许第一阀体(11)进入关闭位置。 本发明还涉及一种方法。