会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 1. 发明公开
    • FLEXIBLE JOINT FOR WELL LOGGING INSTRUMENTS
    • 柔性接头,用于测量孔
    • EP1386054A4
    • 2005-07-20
    • EP02719082
    • 2002-02-27
    • BAKER HUGHES INC
    • BREWER JAMES ETCHAKAROV BORISJUNGHANS PAUL GHUNZIKER JAMES C
    • E21B17/02E21B17/20E21B47/01
    • E21B17/028E21B17/04E21B47/01
    • A universal joint between adjacent, electrically connected instrument housings for downhole well operations allow the connected hosugings to bend longitudinally as required to traverse an arced section of a well bore but does not permit relative elongation or twisting about the longitudinal axis of the housings. I one embodiment, a fluid impermeable open passage space at atmospheric pressure surrounds electrical signal carriers linking the instrument circuitry within the two housings. The passage is constructed as a high-pressure flexible bellows or as a braided or spiral wound high-pressure fluid hose. In another embodiment, a fluid impermeable sheath surrounds the signal carriers and encapsutlates the signal carriers by a resilient solid. The articulation structure comprises a Cardan-type of universal joint wherein two fingers project longitudinally from the end of each of the housings. The fingers are meshed and pivotally joined to respective spindles projecting radially from the open center of a ring spyder. The protective bellows, hose or resilient compound filled sheath is secured at opposite ends to bore plugs in the respective instrument housings. Between the instrument housings, the hose, bellows or filled sheath passes through the open center of the spyder ring.
    • 3. 发明申请
    • FLEXIBLE JOINT FOR WELL LOGGING INSTRUMENTS
    • 测井仪器的灵活接头
    • WO02075164A8
    • 2004-07-01
    • PCT/US0205798
    • 2002-02-27
    • BAKER HUGHES INC
    • BREWER JAMES ETCHAKAROV BORISJUNGHANS PAUL GHUNZIKER JAMES C
    • E21B17/02E21B17/20E21B47/01H01R24/02
    • E21B17/028E21B17/04E21B47/01
    • A universal joint (21) between adjacent, electrically connected instrument housings (17, 18) for downhole operations allow the connected housings to bend longitudinally as required to traverse an arced section of a well bore but does not permit relative elongation or twisting about the longitudinal axis of the housings. In one embodiment, a fluid impermeable open passage space (31) at atmospheric pressure surrounds electrical signal carriers linking the instrument circuitry within the two housings. The passage (31) is constructed as a high-pressure fluid hose (40). In another embodiment, a fluid impermeable sheath (90) surrounds the signal carriers and encapsulates the signal carriers by a resilient solid (92). The articulation structure comprises a Cardan-type of universal joint wherein two fingers (72) project longitudinally from the end of each of the housings. The fingers are meshed and pivotally joined to respective spindles projecting radially from the open center of a ring spyder (29). The protective bellows (80), hose (40) or resilient compound filled sheath (90) secured at opposite ends to bore plugs in the respective instrument housings. Between the instrument housings, the hose, bellows or filled sheath passes through the open center of the spyder ring.
    • 用于井下作业的相邻电连接器械壳体(17,18)之间的万向接头(21)允许所连接的壳体根据需要纵向弯曲以穿过井筒的弧形段,但不允许围绕纵向的相对伸长或扭转 轴的轴线。 在一个实施例中,大气压力下的流体不可渗透的开放通道空间(31)围绕连接两个壳体内的仪器电路的电信号载体。 通道(31)构造成高压流体软管(40)。 在另一个实施例中,流体不可渗透的护套(90)围绕信号载体并通过弹性固体(92)封装信号载体。 铰接结构包括万向节万向接头,其中两个指状物(72)从每个壳体的端部纵向地突出。 指状物啮合并可枢转地连接到从环状间隔物(29)的开口中心径向突出的相应心轴。 保护波纹管(80),软管(40)或弹性复合物填充护套(90)在相对的端部固定到相应仪器外壳中的孔塞上。 在仪器外壳之间,软管,波纹管或填充护套穿过Spyder环的开放中心。
    • 4. 发明申请
    • FLEXIBLE JOINT FOR WELL LOGGING INSTRUMENTS
    • 柔性接头用于井下记录仪
    • WO02075164B1
    • 2004-04-08
    • PCT/US0205798
    • 2002-02-27
    • BAKER HUGHES INC
    • BREWER JAMES ETCHAKAROV BORISJUNGHANS PAUL GHUNZIKER JAMES C
    • E21B17/02E21B17/20E21B47/01H01R24/02
    • E21B17/028E21B17/04E21B47/01
    • A universal joint (21) between adjacent, electrically connected instrument housings (17, 18) for downhole operations allow the connected housings to bend longitudinally as required to traverse an arced section of a well bore but does not permit relative elongation or twisting about the longitudinal axis of the housings. In one embodiment, a fluid impermeable open passage space (31) at atmospheric pressure surrounds electrical signal carriers linking the instrument circuitry within the two housings. The passage (31) is constructed as a high-pressure fluid hose (40). In another embodiment, a fluid impermeable sheath (90) surrounds the signal carriers and encapsulates the signal carriers by a resilient solid (92). The articulation structure comprises a Cardan-type of universal joint wherein two fingers (72) project longitudinally from the end of each of the housings. The fingers are meshed and pivotally joined to respective spindles projecting radially from the open center of a ring spyder (29). The protective bellows (80), hose (40) or resilient compound filled sheath (90) secured at opposite ends to bore plugs in the respective instrument housings. Between the instrument housings, the hose, bellows or filled sheath passes through the open center of the spyder ring.
    • 用于井下操作的相邻的电气连接的仪器壳体(17,18)之间的万向接头(21)允许连接的壳体根据需要纵向弯曲,以穿过井眼的弧形部分,但不允许围绕纵向的相对伸长或扭转 外壳的轴线。 在一个实施例中,在大气压下的流体不可渗透的开放通道空间(31)围绕连接两个壳体内的仪器电路的电信号载体。 通道(31)被构造为高压流体软管(40)。 在另一个实施例中,流体不可渗透护套(90)围绕信号载体并通过弹性固体(92)封装信号载体。 铰接结构包括万达型万向节,其中两个手指(72)从每个壳体的端部纵向突出。 指状物被啮合并枢转地连接到从环形突起(29)的开放中心径向伸出的相应主轴。 保护波纹管(80),软管(40)或弹性复合物填充的护套(90)固定在相对端部,以在相应的仪器壳体中的塞子插塞。 在仪器外壳之间,软管,波纹管或填充的护套穿过螺旋桨环的开放中心。
    • 5. 发明申请
    • FLEXIBLE JOINT FOR WELL LOGGING INSTRUMENTS
    • 柔性接头用于井下记录仪
    • WO02075164A2
    • 2002-09-26
    • PCT/US0205798
    • 2002-02-27
    • BAKER HUGHES INC
    • BREWER JAMES ETCHAKAROV BORISJUNGHANS PAUL GHUNZIKER JAMES C
    • E21B17/02E21B17/20E21B47/01F16B
    • E21B17/028E21B17/04E21B47/01
    • A universal joint between adjacent, electrically connected instrument housings for downhole well operations allow the connected hosugings to bend longitudinally as required to traverse an arced section of a well bore but does not permit relative elongation or twisting about the longitudinal axis of the housings. I one embodiment, a fluid impermeable open passage space at atmospheric pressure surrounds electrical signal carriers linking the instrument circuitry within the two housings. The passage is constructed as a high-pressure flexible bellows or as a braided or spiral wound high-pressure fluid hose. In another embodiment, a fluid impermeable sheath surrounds the signal carriers and encapsutlates the signal carriers by a resilient solid. The articulation structure comprises a Cardan-type of universal joint wherein two fingers project longitudinally from the end of each of the housings. The fingers are meshed and pivotally joined to respective spindles projecting radially from the open center of a ring spyder. The protective bellows, hose or resilient compound filled sheath is secured at opposite ends to bore plugs in the respective instrument housings. Between the instrument housings, the hose, bellows or filled sheath passes through the open center of the spyder ring.
    • 相邻的,电气连接的用于井下井操作的仪器壳体之间的万向接头允许连接的套管沿着纵向弯曲以穿过井眼的弧形部分,但不允许围绕壳体的纵向轴线的相对伸长或扭转。 在一个实施例中,在大气压下的流体不可渗透的开放通道空间围绕连接两个壳体内的仪器电路的电信号载体。 通道构造为高压柔性波纹管或编织或螺旋缠绕的高压流体软管。 在另一个实施例中,流体不可渗透的护套围绕信号载体并通过弹性固体封装信号载体。 铰接结构包括万向节万向接头,其中两个手指从每个壳体的端部纵向突出。 指状物被啮合并且枢转地连接到从环形螺旋桨的开放中心径向突出的相应主轴。 保护波纹管,软管或弹性复合物填充的护套固定在相对的两端,以在相应的仪器壳体内插入塞子。 在仪器外壳之间,软管,波纹管或填充的护套穿过螺旋桨环的开放中心。
    • 6. 发明专利
    • Flexible joint for well logging instruments
    • GB2392463A
    • 2004-03-03
    • GB0323978
    • 2002-02-27
    • BAKER HUGHES INC
    • BREWER JAMES ETCHAKAROV BORISJUNGHANS PAUL GERARDHUNZIKER JAMES C
    • E21B17/02E21B17/20E21B47/01E21B17/05
    • A universal joint (21) between adjacent, electrically connected instrument housings (17, 18) for downhole operations allow the connected housings to bend longitudinally as required to traverse an arced section of a well bore but does not permit relative elongation or twisting about the longitudinal axis of the housings. In one embodiment, a fluid impermeable open passage space (31) at atmospheric pressure surrounds electrical signal carriers linking the instrument circuitry within the two housings. The passage (31) is constructed as a high-pressure fluid hose (40). In another embodiment, a fluid impermeable sheath (90) surrounds the signal carriers and encapsulates the signal carriers by a resilient solid (92). The articulation structure comprises a Cardan-type of universal joint wherein two fingers (72) project longitudinally from the end of each of the housings. The fingers are meshed and pivotally joined to respective spindles projecting radially from the open center of a ring spyder (29). The protective bellows (80), hose (40) or resilient compound filled sheath (90) secured at opposite ends to bore plugs in the respective instrument housings. Between the instrument housings, the hose, bellows or filled sheath passes through the open center of the spyder ring.
    • 7. 发明专利
    • Flexible joint for well logging instruments
    • GB2392463B
    • 2005-01-05
    • GB0323978
    • 2002-02-27
    • BAKER HUGHES INC
    • BREWER JAMES ETCHAKAROV BORISJUNGHANS PAUL GERARDHUNZIKER JAMES C
    • E21B17/02E21B17/20E21B47/01E21B17/05
    • A universal joint between adjacent, electrically connected instrument housings for downhole well operations allow the connected housings to bend longitudinally as required to traverse an arced section of a well bore but does not permit relative elongation or twisting about the longitudinal axis of the housings. In one embodiment, a fluid impermeable open passage space at atmospheric pressure surrounds electrical signal carriers linking the instrument circuitry within the two housings. The passage is constructed as a high-pressure flexible bellows or as a braided or spiral wound high-pressure fluid hose. In another embodiment, a fluid impermeable sheath surrounds the signal carriers and encapsulates the signal carriers by a resilient solid. The articulation structure comprises a Cardan-type of universal joint wherein two fingers project longitudinally from the end of each of the housings. The fingers are meshed and pivotally joined to respective spindles projecting radially from the open center of a ring spyder. The protective bellows, hose or resilient compound filled sheath is secured at opposite ends to bore plugs in the respective instrument housings. Between the instrument housings, the hose, bellows or filled sheath passes through the open center of the spyder ring.