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    • 3. 发明授权
    • CONVEYOR APPARATUS
    • 传送装置
    • EP3099887B1
    • 2018-04-18
    • EP15703005.7
    • 2015-01-23
    • Stimline AS
    • BJØRNENAK, Mads
    • E21B19/22
    • E21B19/08E21B17/20E21B19/22
    • A conveyor apparatus (2), so-called injector head, to enable feeding of e.g. continuous tubing (7) or coiled tubing through the conveyor apparatus (2), to and from a wellhead and a well below and related to use of well tools. The apparatus has an apparatus frame (21), a pair of oppositely located, co-operatively movable, segmented continuous belts (28; 29) installed in the frame (21), each belt comprising a plurality of interconnected gripper shoe carriers (30) carried and movable by means of a pair of continuous belt drive chains (31; 32). A gripper shoe (52) to engage and convey the tubing (7) comprises: a gripper shoe base (53) having at a front thereof longitudinal first and second edge regions (53′; 53″), a first leg (54) and a second leg (55) extending at one end (54′; 55′) thereof from said first and second edge regions (53′; 53″), respectively, said legs being inclined towards each other, and first and second device (7; CED) gripper members (56; 57) being located at the other end (54″; 55″) of said first and second legs (54; 55) and extending in parallel in the direction of the belt (28; 29).
    • 6. 发明公开
    • PROCÉDÉ D'INSTALLATION ET MISE EN OUVRE D'UN TUBE RIGIDE DEPUIS UN NAVIRE OU SUPPORT FLOTTANT
    • 程序安装和刚性管道的安装程序的船只或浮动支承件
    • EP3134601A1
    • 2017-03-01
    • EP15725762.7
    • 2015-04-20
    • Saipem SA
    • PIONETTI, François RégisCHAZOT, NicolasLIROLA, FrançoisBRUGUIER, Cédric
    • E21B17/01E21B19/09E21B19/22
    • E21B17/017E21B19/09E21B19/22
    • The present invention relates to a method for installation and implementation of a rigid tube (10), referred to as the main tube, in which the following steps are performed; a) one end of said main tube is lowered from a ship or floating support (13) on the surface (14) to below sea level (14) to be connected there to a submerged submarine device (16), preferably on the seabed (17), and b) the main tube is then maintained submerged for a given period of time, characterised in that said main tube is passed (10) into a cylindrical opening (4) with circular cross-section of a stress limiting device, said opening comprising an internal slippery coating (3) rigidly attached to a rigid support structure (9) of said ship or floating support, the service tube thus being able to slide in contact against said slippery coating during steps a) and b).
    • 安装和实施通过向称为“主”管的刚性管(10),worin以下步骤的方法被执行:a)从所述表面上的浮动支架或容器(13)降低所述主管的端部的( 14)以低于海平面(14)连接到海底设备(16),浸渍(17); 和b)保持在主管作为浸渍于这种方式的给定时间段。 所述主管(10)使其通过在应力 - 限制装置圆形截面的圆柱形孔(4),具有光滑的内涂层的孔(3)固定到支撑结构(9)固定到所述浮动支撑 或容器,该服务管因此适合用于在步骤在抵靠滑涂层接触滑动a)和b)。
    • 9. 发明公开
    • HOSE FEED MACHINE
    • SCHLAUCHZUFUHRMASCHINE
    • EP2257746A4
    • 2016-11-23
    • EP09713066
    • 2009-02-17
    • HOLM LARS-OLOF
    • HOLM LARS-OLOF
    • F24J3/08B65H57/14E21B19/22F16L1/032F16L1/06
    • F16L1/032B65H51/10B65H57/14B65H57/16B65H2701/33E21B19/22F16L1/065F24J3/082F24J2003/088Y02E10/125
    • The present invention relates to a hose feed machine for the feed of hoses (3, 6) into and/or out of a cavity (5), the machine having a motor (2), which drives at least one driving wheel (2.2), which in turn exerts a feed force on a first pair of hoses (3), the machine being arranged to feed at least one second pair of hoses (6) into the cavity (5) simultaneously with the first pair of hoses (3) and/or to feed at least one second pair of hoses (6) out of the cavity (5) simultaneously with the first pair of hoses (3), and the pairs of hoses (3, 6) being mechanically interconnected in at least one point. Said at least one driving wheel (2.2) exerts said feed force directly on said first pair of hoses (3), which in turn pulls along said second pair of hoses (6).
    • 软管进料机技术领域本发明涉及一种用于将软管(3,6)进入和/或离开空腔(5)的软管进料机,该机器具有一个驱动至少一个驱动轮(2.2)的马达(2) ,其又在第一对软管(3)上施加进给力,所述机器被布置成与所述第一对软管(3)同时地将至少一个第二对软管(6)进入所述腔(5) 和/或将至少一个第二对软管(6)与所述第一对软管(3)同时地从所述空腔(5)中进给,并且所述一对软管(3,6)在至少一个 点。 所述至少一个驱动轮(2.2)直接在所述第一对软管(3)上施加所述进给力,所述第二对软管又沿所述第二对软管(6)拉动。