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    • 1. 发明授权
    • Grinding arrangement for tool joints on a drill string
    • 钻杆上的工具接头的磨削布置
    • US08997851B2
    • 2015-04-07
    • US13704268
    • 2011-06-08
    • Per Espen EdvardsenTom Kjetil Askeland
    • Per Espen EdvardsenTom Kjetil Askeland
    • B24B27/00B08B1/02B08B9/023B24B9/00E21B17/00E21B41/00
    • B24B27/0053B08B1/02B08B9/023B24B9/00E21B17/006E21B41/00
    • A grinding arrangement is described to remove sharp edges on a pipe coupling (51) of a drill string (50), as a consequence of marks from the jaws of pliers and machines used to connect the pipe couplings (51) on a drill deck. A receiving unit (30) is arranged to receive a grinding unit (36) which is equipped with at least one grinding element (38), as the grinding unit (36) is arranged to be driven into the receiving unit (30) with the help of the drill string (50) or a suitable running tool and to be locked securely into the receiving unit (30). Furthermore, the receiving unit is arranged in a riser, landing string or in other connections between the drill deck and a wellhead and over a sealing arrangement for dynamic sealing around the drill string (50) during pressure controlled drilling.
    • 描述了一种研磨装置,用于从用于将管接头(51)连接在钻台上的钳子和机器的钳口的标记的结果,去除钻柱(50)的管接头(51)上的锋利边缘。 接收单元(30)被布置成接收装备有至少一个研磨元件(38)的研磨单元(36),当研磨单元(36)布置成被驱动到接收单元(30)中时 钻杆(50)或合适的运行工具的帮助并被牢固地锁定到接收单元(30)中。 此外,接收单元布置在提升管,着陆线或钻井平台与井口之间的其他连接中,并且在压力控制钻井期间围绕钻柱(50)周围的密封装置进行动态密封。
    • 2. 发明申请
    • Device And Method For Maintaining Constant Pressure On, And Flow Drill Fluid, In A Drill String
    • 在钻杆中保持恒压和流动钻井液的装置和方法
    • US20100236791A1
    • 2010-09-23
    • US12665409
    • 2008-06-20
    • Tom Kjetil AskelandPer Espen Edvardsen
    • Tom Kjetil AskelandPer Espen Edvardsen
    • E21B21/10E21B21/00E21B21/08E21B19/16E21B21/01
    • E21B19/16E21B21/106
    • A device is described for maintaining a predominately constant pressure on, and flow of drilling fluid in, a drill string (100) where drilling fluid is supplied via a circulation system for drilling fluid. The device comprises a mainly elongated, internally hollow body (10) arranged to surround the drill string where the hollow body (10) comprises at least an upper pressure chamber (40a) and a lower pressure chamber (40b) connected with respective inlet and/or outlet (50a, 50b) for drilling fluid from or to the drilling fluid circulation system, as said pressure chambers (40a, 40b) are able to be closed and separated by an intermediate valve (70) arranged for circulation of drilling fluid into or out of the drill string (100) during coupling up or disconnecting of a new length of drill string (100). A method to maintain the mainly constant pressure of drilling fluid in a drill string is also described.
    • 描述了一种装置,用于在钻柱(100)中保持主要恒定的压力和钻井液的流动,其中通过用于钻井流体的循环系统供应钻井液。 该装置包括主要是细长的内部中空的本体(10),其布置成围绕钻柱,其中中空体(10)包括至少一个上压力室(40a)和与各个入口和/ 或用于从钻井流体循环系统钻出流体的出口(50a,50b),因为所述压力室(40a,40b)能够被布置成用于将钻井流体循环进入或 在连接或断开新长度的钻柱(100)期间,从钻柱(100)出来。 还描述了在钻柱中保持钻井液的主要恒定压力的方法。
    • 3. 发明申请
    • Sealing Arrangement, And Corresponding Method
    • 密封安排及相应的方法
    • US20110308818A1
    • 2011-12-22
    • US12670779
    • 2008-07-24
    • Per Espen EdvardsenTom Kjetil Askeland
    • Per Espen EdvardsenTom Kjetil Askeland
    • E21B33/03E21B33/02
    • E21B33/08
    • A sealing arrangement and method for dynamic sealing around a drill stem (50) in water-carrying, drilling fluid-carrying or hydrocarbon-carrying wells, comprising at least one dynamic sealing (35a) which is arranged to envelop the drill stem (50), and a receiver unit (30) arranged to receive the at least one sealing (35a), with the dynamic sealing being arranged to be driven into the receiver unit (30) with the help of the drill stem, and to be securely locked in the receiver unit, and also that internal pressure support in the sealing arrangement is provided corresponding to at least the surrounding pressure. The receiver unit (30) is arranged in an area in or near the drill deck of a drilling rig or vessel and in a riser, landing string or in another connection between drill deck and a well to close the return side of the drilling fluid between the drill stem and upper part of the riser, with the receiver unit (30), in connection with a floating rig or drilling ship, being arranged below the compensating unit (21) of the riser to make movement compensation possible between riser (20) and surface vessel (10), or that the receiver unit (30) in connection with a fixed installation, is arranged as a part of the riser connection (20).
    • 一种密封装置和方法,用于围绕钻井杆(50)围绕带水钻井液体或含油气井的动态密封,包括至少一个动力密封件(35a),其被布置成包围钻杆杆(50) 以及接收器单元(30),其布置成接收所述至少一个密封件(35a),所述动态密封件被设置成借助于所述钻杆杆被驱动到所述接收器单元(30)中,并且被牢固地锁定在 接收器单元,并且还提供对应于至少周围压力的密封装置中的内部压力支撑。 接收器单元(30)布置在钻机或容器的钻井台中或附近的区域中,并且在提升管,着陆塔中或钻井平台和井之间的另一连接中,以关闭钻井液的返回侧 所述钻杆和所述提升管的上部与所述接收器单元(30)结合浮动钻机或钻井船布置在所述提升管的所述补偿单元(21)的下方,以在所述提升管(20) 或表面容器(10),或者与固定装置连接的接收器单元(30)被布置为提升管连接件(20)的一部分。
    • 4. 发明授权
    • Seal for a drill string
    • 钻柱密封
    • US08066062B2
    • 2011-11-29
    • US12597823
    • 2008-04-04
    • Per Espen EdvardsenTom Kjetil Askeland
    • Per Espen EdvardsenTom Kjetil Askeland
    • E21B33/02
    • E21B33/08E21B33/064F16J15/324
    • Sealing arrangement for dynamic sealing around a drill stem (16) or a coiled tubing is described, comprising an elongated, dynamic sealing unit (10) which is arranged to surround the drill stem (16), in that the sealing unit (10) comprises a number of sets with main seals (20) arranged mutually spaced apart in the longitudinal direction of the sealing unit (10), where said main seals (20) comprise at least one disc-formed or ring-formed packer element (30) of an elastic material, such as an elastomeric material, arranged to surround said drill stem (16). Said main seal (20) comprises at least one inlet channel arranged to receive a friction reducing medium through or via the seal directly into the seal surface (32) of the packer element (30), against the drill stem (16).
    • 描述了围绕钻杆(16)或连续油管的动态密封的密封装置,其包括细长的动态密封单元(10),其被布置成围绕钻杆(16),密封单元(10)包括 一组具有在密封单元(10)的纵向相互间隔开的主密封件(20),其中所述主密封件(20)包括至少一个圆盘形或环形封隔器元件(30) 布置成围绕所述钻杆(16)的弹性材料,例如弹性体材料。 所述主密封件(20)包括至少一个入口通道,其布置成通过密封件或通过密封件将减摩介质直接接收到封隔器元件(30)的密封表面(32)中,抵靠钻杆(16)。
    • 5. 发明授权
    • Sealing arrangement, and corresponding method
    • 密封布置及相应的方法
    • US08985229B2
    • 2015-03-24
    • US12670779
    • 2008-07-24
    • Per Espen EdvardsenTom Kjetil Askeland
    • Per Espen EdvardsenTom Kjetil Askeland
    • E21B33/03E21B33/02E21B33/08
    • E21B33/08
    • A sealing arrangement and method for dynamic sealing around a drill stem (50) in water-carrying, drilling fluid-carrying or hydrocarbon-carrying wells, comprising at least one dynamic sealing (35a) which is arranged to envelop the drill stem (50), and a receiver unit (30) arranged to receive the at least one sealing (35a), with the dynamic sealing being arranged to be driven into the receiver unit (30) with the help of the drill stem, and to be securely locked in the receiver unit, and also that internal pressure support in the sealing arrangement is provided corresponding to at least the surrounding pressure. The receiver unit (30) is arranged in an area in or near the drill deck of a drilling rig or vessel and in a riser, landing string or in another connection between drill deck and a well to close the return side of the drilling fluid between the drill stem and upper part of the riser, with the receiver unit (30), in connection with a floating rig or drilling ship, being arranged below the compensating unit (21) of the riser to make movement compensation possible between riser (20) and surface vessel (10), or that the receiver unit (30) in connection with a fixed installation, is arranged as a part of the riser connection (20).
    • 一种密封装置和方法,用于围绕钻井杆(50)围绕带水钻井液体或含油气井的动态密封,包括至少一个动力密封件(35a),其被布置成包围钻杆杆(50) 以及接收器单元(30),其布置成接收所述至少一个密封件(35a),所述动态密封件被设置成借助于所述钻杆杆被驱动到所述接收器单元(30)中,并且被牢固地锁定在 接收器单元,并且还提供对应于至少周围压力的密封装置中的内部压力支撑。 接收器单元(30)布置在钻机或容器的钻井台中或附近的区域中,并且在提升管,着陆塔中或钻井平台和井之间的另一连接中,以关闭钻井液的返回侧 所述钻杆和所述提升管的上部与所述接收器单元(30)结合浮动钻机或钻井船布置在所述提升管的所述补偿单元(21)的下方,以在所述提升管(20) 或表面容器(10),或者与固定装置连接的接收器单元(30)被布置为提升管连接件(20)的一部分。
    • 6. 发明授权
    • Device and method for maintaining constant pressure on, and flow drill fluid, in a drill string
    • 在钻柱中保持恒定压力和流动钻井液的装置和方法
    • US08403034B2
    • 2013-03-26
    • US12665409
    • 2008-06-20
    • Tom Kjetil AskelandPer Espen Edvardsen
    • Tom Kjetil AskelandPer Espen Edvardsen
    • E21B19/22E21B19/16
    • E21B19/16E21B21/106
    • A device is described for maintaining a predominately constant pressure on, and flow of drilling fluid in, a drill string (100) where drilling fluid is supplied via a circulation system for drilling fluid. The device comprises a mainly elongated, internally hollow body (10) arranged to surround the drill string where the hollow body (10) comprises at least an upper pressure chamber (40a) and a lower pressure chamber (40b) connected with respective inlet and/or outlet (50a, 50b) for drilling fluid from or to the drilling fluid circulation system, as said pressure chambers (40a, 40b) are able to be closed and separated by an intermediate valve (70) arranged for circulation of drilling fluid into or out of the drill string (100) during coupling up or disconnecting of a new length of drill string (100). A method to maintain the mainly constant pressure of drilling fluid in a drill string is also described.
    • 描述了一种装置,用于在钻柱(100)中保持主要恒定的压力和钻井液的流动,其中通过用于钻井流体的循环系统供应钻井液。 该装置包括主要是细长的内部中空的本体(10),其布置成围绕钻柱,其中中空体(10)包括至少一个上压力室(40a)和与各个入口和/ 或用于从钻井流体循环系统钻出流体的出口(50a,50b),因为所述压力室(40a,40b)能够被布置成用于将钻井流体循环进入或 在连接或断开新长度的钻柱(100)期间,从钻柱(100)出来。 还描述了在钻柱中保持钻井液的主要恒定压力的方法。
    • 7. 发明申请
    • Grinding Arrangement For Tool Joints On A Drill String
    • 钻杆上刀具接头的磨削布置
    • US20130213634A1
    • 2013-08-22
    • US13704268
    • 2011-06-08
    • Per Espen EdvardsenTom Kjetil Askeland
    • Per Espen EdvardsenTom Kjetil Askeland
    • B24B27/00E21B41/00
    • B24B27/0053B08B1/02B08B9/023B24B9/00E21B17/006E21B41/00
    • A grinding arrangement is described to remove sharp edges on a pipe coupling (51) of a drill string (50), as a consequence of marks from the jaws of pliers and machines used to connect the pipe couplings (51) on a drill deck. A receiving unit (30) is arranged to receive a grinding unit (36) which is equipped with at least one grinding element (38), as the grinding unit (36) is arranged to be driven into the receiving unit (30) with the help of the drill string (50) or a suitable running tool and to be locked securely into the receiving unit (30). Furthermore, the receiving unit is arranged in a riser, landing string or in other connections between the drill deck and a wellhead and over a sealing arrangement for dynamic sealing around the drill string (50) during pressure controlled drilling.
    • 描述了一种研磨装置,用于从用于将管接头(51)连接在钻台上的钳子和机器的钳口的标记的结果,去除钻柱(50)的管接头(51)上的锋利边缘。 接收单元(30)被布置成接收装备有至少一个研磨元件(38)的研磨单元(36),当研磨单元(36)布置成被驱动到接收单元(30)中时 钻杆(50)或合适的运行工具的帮助并被牢固地锁定到接收单元(30)中。 此外,接收单元布置在提升管,着陆线或钻井平台与井口之间的其他连接中,并且在压力控制钻井期间围绕钻柱(50)周围的密封装置进行动态密封。
    • 8. 发明申请
    • Seal For A Drill String
    • 钻柱密封
    • US20100218937A1
    • 2010-09-02
    • US12597823
    • 2008-04-04
    • Per Espen EdvardsenTom Kjetil Askeland
    • Per Espen EdvardsenTom Kjetil Askeland
    • E21B33/08
    • E21B33/08E21B33/064F16J15/324
    • Sealing arrangement for dynamic sealing around a drill stem (16) or a coiled tubing is described, comprising an elongated, dynamic sealing unit (10) which is arranged to surround the drill stem (16), in that the sealing unit (10) comprises a number of sets with main seals (20) arranged mutually spaced apart in the longitudinal direction of the sealing unit (10), where said main seals (20) comprise at least one disc-formed or ring-formed packer element (30) of an elastic material, such as an elastomeric material, arranged to surround said drill stem (16). Said main seal (20) comprises at least one inlet channel arranged to receive a friction reducing medium through or via the seal directly into the seal surface (32) of the packer element (30), against the drill stem (16).
    • 描述了围绕钻杆(16)或连续油管的动态密封的密封装置,其包括细长的动态密封单元(10),其被布置成围绕钻杆(16),密封单元(10)包括 一组具有在密封单元(10)的纵向相互间隔开的主密封件(20),其中所述主密封件(20)包括至少一个圆盘形或环形封隔器元件(30) 布置成围绕所述钻杆(16)的弹性材料,例如弹性体材料。 所述主密封件(20)包括至少一个入口通道,其布置成通过密封件或通过密封件将减摩介质直接接收到封隔器元件(30)的密封表面(32)中,抵靠钻杆(16)。