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    • 4. 发明申请
    • FLANGE COUPLING
    • WO2018100022A1
    • 2018-06-07
    • PCT/EP2017/080900
    • 2017-11-30
    • FMC KONGSBERG SUBSEA AS
    • BRÅTHEN, ToreIVERSEN, Per, ArneAKERVALL, MarkusHORDNES, IvarEIDE, Henrik
    • F16L23/12F16L23/18
    • F16L23/125F16L23/18F16L55/1152
    • The present invention provides A bolted flange coupling comprising a first coupling half (1), a second coupling half (2) and a cylindrical metal seal (3), wherein the metal seal (3) has an outer surface comprising a first inclined annular sealing section (4), a second inclined annular sealing section (5), a first annular recess (20), a second annular recess (27) and an inner annular surface; the first coupling half (1) comprises a first connecting element (6), a bore (7) comprising a first recess half (8) comprising an annular seal surface (9) for sealing against the first annular sealing section (4); the second coupling half (2) comprises a second connecting element (10), a bore (11) comprising a second recess half (12) comprising an annular seal surface (13) for sealing against the second annular sealing section (5); the first and the second connecting element comprises a cooperating first connection surface (14) and second connection surface (15), respectively, for connecting the coupling halves (1,2) by use of connecting bolts (16), and at least one of the connecting elements is a flange (17) comprising through-holes (26) for the connecting bolts; the first and the second recess halves (8,12) form a common annular recess (18) when the coupling halves are connected; and wherein the common annular recess (18) is arranged to accommodate the metal seal (3), such that the inclined annular sealing sections of the metal seal are sealing against the respective annular seal surfaces (9,13) of the common annular recess (18) when the coupling halves are connected, and the inner annular surface of the metal seal has a minimum diameter being equal to or larger than a minimum diameter of the bores, such that the inner annular surface and the bores form parts of a conduit (19) having a minimum diameter equal to the minimum diameter of the bores; wherein the first annular recess (20) is arranged between the first and the second annular sealing sections (4,5) to accommodate a retainer ring (21) arranged between the outer surface of the metal seal and a surface of the first recess half (8), and the first recess half (8) comprises a holding element (22) arranged to interact with the retainer ring (21), such that the metal seal (3) is retained when introduced into the first recess half (8); and the second annular recess (27) is arranged between the first and the second sealing sections to accommodates a seal ring (23) arranged to seal between the outer surface of the metal seal and a surface of the first recess half (8) and the second recess half (12).
    • 5. 发明申请
    • DISMANTLING JOINT
    • 不合作伙伴
    • WO2015089562A1
    • 2015-06-25
    • PCT/AU2014/001145
    • 2014-12-18
    • DUDUROVIC, MileDEANS, Allan Bushell
    • DUDUROVIC, MileDEANS, Allan Bushell
    • F16L55/18F16L25/12F16L27/12F16L15/02F16L27/00F16L21/04F16L23/12F16L23/18
    • F16L27/1021F16L23/003F16L23/006
    • A dismantling joint for joining a first pipeline component to a second pipeline component including a first half and a second half, the first half including a cylindrical spigot having an outer face and a flange extending outwardly from the outer face of the spigot, the flange having an inner face and an outer face remote from the inner face, and the second half including a socket adapted to slidably receive therein the spigot of the first half, the socket having a proximal end and a distal end remote from the proximal end, the proximal end being opposed to the inner face of the flange of the first half; and forcing means arranged between the inner face of the flange of the first half and the proximal end of the spigot to engage the inner face of the flange of the first half and the proximal end of the socket of the second half adjacent the outer face of the spigot to force the first and second halves away from each other.
    • 一种用于将第一管道部件连接到包括第一半和第二半部的第二管道部件的拆卸接头,所述第一半部包括具有外表面的圆柱形插口和从所述插口的外表面向外延伸的凸缘,所述凸缘具有 内表面和远离内表面的外表面,并且第二半部包括适于可滑动地容纳其中的第一半部的插口的插座,该插座具有远端近端的近端和远端,近端 端部与第一半的凸缘的内表面相对; 以及强制装置,其布置在所述第一半部的凸缘的内表面和所述插口的近端之间,以接合所述第一半部的所述凸缘的内表面和所述第二半部的所述插座的近端邻近所述外表面的外表面 该插口将第一和第二半部分彼此远离。
    • 6. 发明申请
    • CONCENTRIC SLIDE CLAMSHELL COUPLER
    • WO2014143501A1
    • 2014-09-18
    • PCT/US2014/016755
    • 2014-02-18
    • EATON CORPORATION
    • STATLER, III, Richard Lowell
    • F16L23/04F16L23/12
    • F16L23/04F16L23/12F16L2201/10
    • A concentric slide clamshell coupler 10 includes a pair of primary arcuate shaped coupling halves 12 joined at a hinge. Concentrically arranged secondary arcuate shaped coupling halves 20 are nested within the primary coupling halves 12. The primary and secondary coupling halves have respective hinges. When the hinges are aligned, the coupler may be opened. To close and lock the coupler about abutting ends of two fluid conveying members, the secondary coupling halves 20 are rotated within channels of the primary coupling halves 12, thereby separating the respective hinge elements from one another, and moving a portion of one of the secondary coupling halves 20 to span across distal facing surfaces of the primary coupling halves 12. In relation to a longitudinal axis of the connected fluid conveying members, the coupler when closed and locked creates a continuous ring around the ends of the fluid conveying members. The continuous ring locking features and hinge create redundant load carrying mechanisms.
    • 同心滑动蛤壳式联接器10包括在铰链处连接的一对初级弓形联接半部12。 集中布置的次级弧形联接半部20嵌套在主联接半部12内。主和辅助联接半部具有相应的铰链。 当铰链对齐时,联轴器可能打开。 为了在两个流体输送构件的邻近端部处关闭和锁定联接器,辅助联接器半部20在主联接器半部12的通道内旋转,从而将相应的铰链元件彼此分离,并且移动二次 联接半部20跨越主联接半部12的远侧面。相对于连接的流体输送构件的纵向轴线,联接器在闭合和锁定时在流体输送构件的端部周围形成连续的环。 连续环锁定功能和铰链创建冗余承载机构。