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    • 23. 发明授权
    • Method for using a multipurpose system
    • 使用多用途系统的方法
    • US06901998B1
    • 2005-06-07
    • US10390514
    • 2003-03-17
    • Joop RoodenburgChristopher Louis BeatoRobert Frodo Van Kuilenburg
    • Joop RoodenburgChristopher Louis BeatoRobert Frodo Van Kuilenburg
    • E21B19/00E21B19/02E21B19/14
    • E21B19/143E21B19/002E21B19/02
    • The invention is a method for drilling a well and for well intervention using a multipurpose system on a pivoting, slidable cantilever on a platform to drill a well and to perform well intervention operations, wherein the method involves pulling a completion tubing out of the well; forming completion tubing segments pulled from the well; setting back the segments into a storage area; running the coiled tubulars into the well; removing used completion equipment from the well; preparing the well for new completion equipment with the coiled tubulars; pulling segments of new completion tubing from the storage area and breaking segments of new completion tubing into individual joints and removing the individual joints from the cantilever; running into the well with coiled tubulars and installing the new completion equipment; building segments from individual joints and setting the segments in the storage area; and running segments and new completion equipment into the well.
    • 本发明是一种用于钻井和用于在平台上的枢转的可滑动悬臂上的多用途系统进行良好干预的钻井方法,用于钻井并执行良好的介入操作,其中所述方法涉及将完井管道拉出井; 形成从井中拉出的完井管段; 将片段放回存储区域; 将盘管的管子运入井中; 从井中清除用完的设备; 用螺旋管制备新的完井设备的井; 从存储区域拉出新的完井管道的段,将新的完井管段分段成单个接头,并从悬臂中移除各个接头; 用盘管连接进入井,安装新的完井设备; 从单个关节建立段,并将段设置在存储区中; 并运行细分和新的完井设备进入井。
    • 24. 发明授权
    • Compensation and hoisting apparatus
    • 补偿和起重设备
    • US06926260B1
    • 2005-08-09
    • US10429820
    • 2003-05-05
    • Anne Klaas De GrootJoop RoodenburgRobert Frodo Van Kuilenburg
    • Anne Klaas De GrootJoop RoodenburgRobert Frodo Van Kuilenburg
    • B66D3/04E21B19/00E21B19/09B63B23/02
    • B66D3/046B66D3/043E21B19/008E21B19/09Y10S254/90
    • The invention is a hoisting device for a vessel a base structure provided with fixed cable blocks with pulleys; a trolley connected to a cable pulley block and a mechanism for gripping a load; a compensator a hoisting mechanism with a hoisting cable and a winch, wherein the hoisting cable is guided over the cable pulleys connected to the base structure and is adapted to move the trolley relative to the base structure with the aid of the winch; a secondary compensator with fixed cable blocks and pulleys connected to the base; a cable pulley set connected to the compensator end; a connection cable connected to a stationary section and a movable cable block with pulleys; a hoist connected to the vessel; a connecting cable guided over pulleys; and movable cable block and is adapted to move the compensator second end with the aid of the secondary hoisting mechanism.
    • 本发明是一种用于容器的提升装置,底架具有带滑轮的固定电缆块; 连接到电缆滑轮组的手推车和用于夹紧负载的机构; 补偿器,具有提升电缆和绞盘的提升机构,其中所述提升电缆被引导到连接到所述基座结构的所述电缆滑轮上,并且适于在所述绞盘的帮助下相对于所述基座结构移动所述手推车; 具有连接到基座的固定电缆块和滑轮的辅助补偿器; 连接到补偿器端的电缆滑轮组; 连接到固定部分的连接电缆和带滑轮的可移动电缆块; 与船舶连接的起重机; 连接电缆引导在滑轮上; 和可移动的电缆块,并且适于在辅助提升机构的帮助下移动补偿器的第二端。
    • 25. 发明授权
    • Drilling vessel
    • 钻井船
    • US09458681B2
    • 2016-10-04
    • US14233099
    • 2012-07-13
    • Diederick Bernardus WijningOlaf Van Der MeijJoop Roodenburg
    • Diederick Bernardus WijningOlaf Van Der MeijJoop Roodenburg
    • E02B17/00E21B7/12E21B15/02E21B43/01E21B19/00E21B19/06E21B19/10
    • E21B19/004E21B19/006E21B19/06E21B19/10
    • A drilling vessel with a drilling deck includes a drilling vessel floor structure defining the drilling deck and a tubular support assembly that is recessed in the drilling floor structure. The assembly includes a support frame and at least two support tables, wherein the tables have a top surface that forms part of the drilling deck. The tables are each guided by the support frame to allow displacement along a line between an active position for supporting a tubular and a retracted position for passing an object. The tables and the adapters segments supported thereby are coupled, for example via a clamp or a shape-coupling, such that when the tables move from their active position into their retracted position each segment moves with the respective table it is coupled with and the bushing is opened up for passing through an object through the opening between the at least two support tables and the adapter segments they support.
    • 具有钻井平台的钻井船舶包括限定钻井平台的钻井船舶地板结构和凹陷在钻井底板结构中的管状支撑组件。 组件包括支撑框架和至少两个支撑台,其中所述台具有形成钻井平台的一部分的顶表面。 这些工作台各自由支撑框架引导,以允许沿用于支撑管状件的活动位置和用于通过物体的缩回位置之间的线移动。 由此支撑的工作台和适配器部分例如通过夹具或形状耦合联接,使得当工作台从其主动位置移动到其缩回位置时,每个部件与相应的工作台移动,并且衬套 被打开以通过物体穿过至少两个支撑台和它们支撑的适配器段之间的开口。
    • 28. 发明授权
    • Marine pipeline installation system and methods
    • 船用管道安装系统及方法
    • US08905676B2
    • 2014-12-09
    • US13996436
    • 2011-12-12
    • Joop RoodenburgRonny Lambertus Waltherus NouwensTerence Willem August Vehmeijer
    • Joop RoodenburgRonny Lambertus Waltherus NouwensTerence Willem August Vehmeijer
    • F16L1/15F16L1/23F16L1/19F16L1/20F16L1/16
    • F16L1/19F16L1/16F16L1/203
    • A marine pipeline installation system is provided for laying a pipeline and/or installing a subsea riser. The system includes a pipeline guide supported at an elevated position by the tower for guiding the pipeline from a first trajectory extending between the reel and the pipeline guide to the firing line along said tower. The pipeline guide is supported by the tower via an associated guide support frame, the support frame being adapted to allow for displacement of the pipeline guide between a pipelaying position, wherein one end of the pipeline guide is positioned in the firing line, and a retracted, non-operable position. The guide support frame allows movement of the pipeline guide in a combined upward direction and direction towards the reel, such that in the retracted position of the guide support frame the length of the first trajectory is essentially the same as in the pipelaying position.
    • 提供用于铺设管道和/或安装海底立管的海洋管道安装系统。 该系统包括由塔架在升高位置处支撑的管道引导件,用于将管道从在卷轴和管道引导件之间延伸的第一轨迹引导到沿着塔架的燃烧线。 管道引导件通过相关联的引导支撑框架由塔支撑,支撑框架适于允许管道引导件在管道铺设位置之间移动,其中管道引导件的一端位于点火线中,并且缩回 ,不可操作的位置。 引导支撑框架允许管道引导件沿向上的方向和方向朝向卷轴移动,使得在引导支撑框架的缩回位置中,第一轨迹的长度基本上与管道铺放位置相同。
    • 29. 发明授权
    • Fallpipe stone dumping vessel
    • 倒塌石倾倒船
    • US08628287B2
    • 2014-01-14
    • US12672195
    • 2008-08-06
    • Terence Willem August VehmeijerJoop RoodenburgMarc Louis Brinkman
    • Terence Willem August VehmeijerJoop RoodenburgMarc Louis Brinkman
    • E21B19/00E21B19/14E21B15/00E21B15/02F16L1/20F16L1/12
    • B63B35/306B63B35/4413
    • A tailpipe stone dumping vessel (1) for stone dumping through a fallpipe suspended from the vessel, comprising: • a hull (1a), • a fallpipe section storage for storing fallpipe sections (2), • a tower (20) at least comprising fallpipe support means (40) for supporting the suspended fallpipe, said tower (20) being adapted for assembly and disassembly of the fallpipe by addition of a fallpipe section to the upper end of the suspended fallpipe or removal of a fallpipe section from the suspended fallpipe, respectively, • a tower gimbal structure (22) provided between the hull and the tower providing a pivotal mode for the tower (20) wherein the tower is pivotable about at least one pivot axis with respect to the hull so that the tower—and the fallpipe suspended there from—has in a plane associated with said at least one pivot axis an orientation essentially independent from sea-state induced vessel motions, • hoist means (31, 32, 33, 34) for lowering and raising the suspended fallpipe, • fallpipe section handling means (10-14, 31-34) adapted to—while the tower (20) is in its pivotal mode—advance a fall pipe section to the tower and to bring said fallpipe section in alignment with the uppermost end of the suspended fallpipe in order to assemble the fallpipe and adapted to—while the tower is in its pivotal mode—disconnect a fallpipe section from the uppermost end of the suspended fallpipe and advance it to the storage in order to disassemble the fallpipe.
    • 一种用于通过从船舶悬挂的坠落管倾倒的石头的排气石倾倒船(1),包括:。 船体(1a),。 用于存放落管部分(2)的倒塌部分储存器。 至少包括用于支撑悬挂的下落管的落管支撑装置(40)的塔架(20),所述塔架(20)适于通过向悬吊的落管的上端添加一个下落管段或拆卸来组装和拆卸下落管 分别来自悬吊的坠落管的一个坠落管段。 提供在船体和塔架之间的塔架万向架结构(22)为塔架(20)提供枢转模式,其中塔架可相对于船体围绕至少一个枢转轴线枢转,从而将塔架和落下的管道悬挂在其上 在与所述至少一个枢转轴线相关联的平面中具有基本上独立于海状诱导的血管运动的取向。 用于降低和升高悬挂的下落管的起重机构(31,32,33,34)。 倒塌部段处理装置(10-14,31-34),适于 - 当塔架(20)处于其枢转模式时,将落管部分提升到塔架,并使所述坠落管段与所述塔顶(20)的最上端对齐 悬挂的下落管,以便组装落管并且适于在塔处于其枢转模式的同时,将掉落管段从悬挂的落管的最上端断开,并将其推进到存储器中,以便拆卸掉落管。