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    • 6. 发明授权
    • A ROTATING CONNECTOR WITH INTEGRATED LNG COURSE
    • 带集成线路通道可转动离合器液化天然气
    • EP0833769B1
    • 2001-10-17
    • EP96922288.4
    • 1996-06-19
    • Den Norske Stats Oljeselskap A.S.
    • INGEBRIGTSEN, Atle, B.ODEGAARD, Jens, R.
    • B63B22/02B63B22/26
    • B63B22/026B63B2022/028F16L39/06Y10T137/402Y10T137/86268
    • A rotating connector comprising a swivel device (5, 6) having a number of fluid courses (16) for interconnection between a buoy (1) and a pipe system on a floating vessel for production of hydrocarbons, wherein the swivel device comprises a female member (5) and a male member (6) which may be introduced axially into or withdrawn from each other, the female member (5) being permanently fixed to a bottom-anchored centre member of the buoy. One of the fluid courses is arranged for transferring liquefied natural gas (LNG) between the vessel and a transfer line (13) through the buoy, and for this purpose is thermally and physically separated from the other courses (16). The LNG course is a pipe course or an annular course (43) in a separate unit (40) placed centrally within or surrounding the male swivel member (6), the unit comprising an insulating cofferdam means having an annulus (45) for insulation between the LNG course (43) and the male swivel member (6), and an additional annulus (47) for insulation between the LNG course (43) and the female swivel member (5) when the unit (40) surrounds the male swivel member (6). The annulus or annuluses (45, 47) is/are open towards the surroundings via a peripheral annular opening (52, 53) which in operation is sealed against the surroundings by sealing means (54, 55) for control of a possible LNG leakage via LNG seals (51) between the LNG course (43) and its connection with the transfer line through the buoy.
    • 7. 发明公开
    • A ROTATING CONNECTOR WITH INTEGRATED LNG COURSE
    • 带集成线路通道可转动离合器液化天然气
    • EP0833769A1
    • 1998-04-08
    • EP96922288.0
    • 1996-06-19
    • Den Norske Stats Oljeselskap A.S.
    • INGEBRIGTSEN, Atle, B.ODEGAARD, Jens, R.
    • E21B43B63B22B63B25B63B27B67D9F16L27F16L39
    • B63B22/026B63B2022/028F16L39/06Y10T137/402Y10T137/86268
    • A rotating connector comprising a swivel device (5, 6) having a number of fluid courses (16) for interconnection between a buoy (1) and a pipe system on a floating vessel for production of hydrocarbons, wherein the swivel device comprises a female member (5) and a male member (6) which may be introduced axially into or withdrawn from each other, the female member (5) being permanently fixed to a bottom-anchored centre member of the buoy. One of the fluid courses is arranged for transferring liquefied natural gas (LNG) between the vessel and a transfer line (13) through the buoy, and for this purpose is thermally and physically separated from the other courses (16). The LNG course is a pipe course or an annular course (43) in a separate unit (40) placed centrally within or surrounding the male swivel member (6), the unit comprising an insulating cofferdam means having an annulus (45) for insulation between the LNG course (43) and the male swivel member (6), and an additional annulus (47) for insulation between the LNG course (43) and the female swivel member (5) when the unit (40) surrounds the male swivel member (6). The annulus or annuluses (45, 47) is/are open towards the surroundings via a peripheral annular opening (52, 53) which in operation is sealed against the surroundings by sealing means (54, 55) for control of a possible LNG leakage via LNG seals (51) between the LNG course (43) and its connection with the transfer line through the buoy.