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    • 1. 发明授权
    • Drilling installation and offshore drilling vessel with drilling installation
    • 钻井装置和钻井装置的海上钻井船
    • US09127516B2
    • 2015-09-08
    • US13996454
    • 2011-12-20
    • Joop RoodenburgDiederick Bernardus Wijning
    • Joop RoodenburgDiederick Bernardus Wijning
    • E21B15/02E21B19/14E21B19/00
    • E21B19/143E21B15/02E21B19/002
    • A dual firing line drilling installation has a drilling tower main structure with four frameworks that are each over a major portion of their height U-shaped in horizontal cross-section. A four-sided central (11) space is present, and along each side of the central space one framework is arranged with its opened vertical side facing the central space. First and second storage devices (25,27) are provided for vertically storing drilling tubulars. The first storage device is housed in a first framework, the second storage device in a second framework. A first hoisting device is supported by a third framework of the drilling tower main structure, to manipulate a string of drilling tubulars in a first firing line (21). A second hoisting device is supported by a fourth framework to manipulate a string of drilling tubulars in a second firing line (23). A first and second pipe racker (29,31) are housed within the drilling tower main structure and adapted to move drilling tubulars while supported in vertical orientation between a storage devices and a firing line.
    • 双重生产线钻井装置具有钻塔主体结构,其具有四个框架,每个框架在水平横截面上U形的其高度的大部分上。 存在四面中心(11)空间,并且在中心空间的每一侧上,一个框架被布置成其敞开的垂直侧面向中心空间。 提供第一和第二存储装置(25,27)用于垂直存储钻管。 第一存储设备被容纳在第一框架中,第二存储设备在第二框架中。 第一起重装置由钻塔主结构的第三框架支撑,以在第一起火线(21)中操纵一排钻管。 第二提升装置由第四框架支撑以在第二起火线(23)中操纵一串钻杆。 第一和第二管架(29,31)容纳在钻塔主结构内,并适于移动钻管,同时在存储装置和点火线之间以垂直取向支撑。
    • 2. 发明申请
    • DRILLING VESSEL
    • 钻井船
    • US20140151057A1
    • 2014-06-05
    • US14233099
    • 2012-07-13
    • Diederick Bernardus WijningOlaf Van Der MeijJoop Roodenburg
    • Diederick Bernardus WijningOlaf Van Der MeijJoop Roodenburg
    • E21B19/00
    • 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。
    • 4. 发明授权
    • Marine pipelaying system and method for installing an offshore pipeline that includes one or more accessories
    • 海上管道铺设系统和安装包括一个或多个附件的海上管道的方法
    • US07955028B2
    • 2011-06-07
    • US11883850
    • 2005-02-08
    • Joop RoodenburgAnne Klaas De GrootDiederick Bernardus Wijning
    • Joop RoodenburgAnne Klaas De GrootDiederick Bernardus Wijning
    • F16L1/14
    • F16L1/19F16L1/14F16L1/207F16L1/23
    • Marine pipelaying method and system for installing an offshore pipeline (1) that includes one or more accessories (10). The method includes the steps of providing a vessel (2), launching the pipeline (1) in a firing line from the vessel (2) in the direction of the seabed, engaging the pipeline (1) with a clamping device (5b) that is connected to the vessel (2) and adapted to support the weight of the previously launched pipeline (1), and moving the accessory (10) into the firing line to a position above the clamping device (5b). Then the accessory (10) is connected to the pipeline (1) above the clamping (5b) device while the pipeline (1) is held by the clamping device (5b) Follow that the accessory (10) and the launched pipeline (1) connected thereto and releasably secured to a controlled load hoisting device (5) and the weight of the accessory (10) and the launched pipeline (1) connected thereto are transferred from the clamping device (5b) to the controlled load hoisting device (5) while the accessory (10) and the launched pipeline (1) connected thereto remain in the firing line. Finally the clamping device (5b) is disengaged from the pipeline (1) and moved away from firing line. Then the accessory (10) and the launched pipeline (1) connected thereto are lowered along the firing line by the controlled load hoisting device (5).
    • 用于安装包括一个或多个附件(10)的海上管道(1)的海上管道铺设方法和系统。 该方法包括以下步骤:提供容器(2),在管线(1)上沿着海底方向从容器(2)沿着沿着海床的方向的火线上发射管道(1),夹紧装置(5b) 连接到容器(2)并且适于支撑先前发射的管道(1)的重量,并且将附件(10)移动到击发线中到夹紧装置(5b)上方的位置。 然后,在管道(1)由夹紧装置(5b)保持的同时,附件(10)连接到夹紧(5b)装置上方的管道(1),随着附件(10)和推出的管道(1) 连接到其上并可释放地固定到受控负载提升装置(5),并且连接到其上的附件(10)和推出管线(1)的重量从夹紧装置(5b)传送到受控负载提升装置(5) 而附件(10)和与其连接的发射管道(1)保持在点火线中。 最后,夹紧装置(5b)从管道(1)脱离并远离射击线。 然后,连接在其上的附件(10)和发射管线(1)通过受控负载提升装置(5)沿着点火线降低。
    • 5. 发明申请
    • OFFSHORE DRILLING VESSEL
    • 海上钻井船
    • US20110048310A1
    • 2011-03-03
    • US12867658
    • 2009-02-13
    • Joop RoodenburgDiederick Bernardus Wijning
    • Joop RoodenburgDiederick Bernardus Wijning
    • B63B35/03E21B41/04
    • E21B15/02B63B21/507B63B27/04B63B35/44B63B35/4413B63B2003/147E21B19/002E21B19/004E21B19/006E21B19/02E21B19/09E21B19/143E21B19/155E21B19/16
    • A monohull offshore drilling vessel comprising: a hull having a moonpool; —a multiple firing line hoist system mounted on the hull at said moonpool, the multiple firing line hoist system comprising: —a mast having a top side and a base connected to the hull of the drilling vessel, wherein the mast has a hollow construction with a first side and an opposed second side, —a first hoisting device supported by the mast and having load attachment means displaceable along a first firing line, which extends on the outside of and adjacent to the first side of the mast; —a second hoisting device supported by the mast and having load attachment means displaceable along a second firing line, which on the outside of and adjacent to the second side of the mast; wherein the first and second hoisting devices each include one or more cables and one or more associated winches, the winches preferably disposed in the hollow construction of the mast, to manipulate the position of each of the load attachment devices relative to the mast.
    • 一种单体海上钻井船,包括:具有月球的船体; - 多个起火线升降机系统,其安装在所述月球上的船体上,所述多重点火线升降机系统包括: - 具有顶部和与所述钻井船体的船体连接的基座的桅杆,其中所述桅杆具有中空结构, 第一侧面和相对的第二侧, - 第一起重装置,其由所述桅杆支撑并且具有可沿着所述桅杆的第一侧的外侧延伸的沿着第一起火线移动的负载连接装置; - 第二提升装置,其由所述桅杆支撑并且具有可沿着所述桅杆的第二侧的外侧并且与所述桅杆的第二侧相邻的第二起火线可移位的负载附接装置; 其中所述第一和第二提升装置各自包括一个或多个电缆和一个或多个相关联的绞车,所述绞盘优选地设置在所述桅杆的中空构造中,以操纵每个所述负载附接装置相对于所述桅杆的位置。
    • 6. 发明申请
    • INSTALLING AN EXPANDABLE TUBULAR IN A SUBSEA WELLBORE
    • 在一个井下安装一个可膨胀的管子
    • US20100300697A1
    • 2010-12-02
    • US12682211
    • 2008-10-03
    • Diederick Bernardus WijningJoop Roodenburg
    • Diederick Bernardus WijningJoop Roodenburg
    • E21B19/00E21B43/10E21B19/22E21B19/24E21B17/20E21B7/12E21B19/14E21B15/02E21B19/09B63B35/44
    • E21B19/22E21B17/20E21B19/143F16L1/202
    • A method and vessel for installing an expandable tubular in a subsea wellbore, wherein said expandable tubular is assembled from expandable tubular segments, said expandable tubular being adapted to be expanded diametrically when positioned in said wellbore by means of expansion tooling, wherein a multitude of expandable tubular segments are provided, and wherein use is made of a surface vessel, said vessel comprising: at least one assembly station adapted for the assembly of at least one intermediate tubular assembly by interconnection of multiple expandable tubular segments, an intermediate tubular assembly suspension storage device adapted for storage of one or more intermediate tubular assemblies, said intermediate tubular assemblies being suspended from the vessel into the water by said storage device, a guide and handling system for intermediate tubular assemblies, said guide and handling system having an entry and an exit, said entry being spaced from said exit, the entry being arranged and adapted to receive a suspended intermediate tubular assembly from the storage device, the system being adapted for the upward feeding of said intermediate tubular assembly from the entry towards a top of the system, and then downwards to the exit, said system further being adapted for launching the intermediate tubular assembly downward from said exit into the water towards and into the wellbore, a connecting station adapted for connecting an intermediate tubular assembly to another intermediate tubular assembly.
    • 一种用于在海底井筒中安装可膨胀管的方法和容器,其中所述可膨胀管由可膨胀管状管段组装,所述可膨胀管适于在通过膨胀工具定位在所述井眼中时沿径向扩径,其中多个可膨胀管 提供管状部分,并且其中使用表面容器,所述容器包括:适于通过多个可膨胀管状部分的互连来组装至少一个中间管状组件的至少一个组装工位,中间管状组件悬挂储存装置 适于存储一个或多个中间管状组件,所述中间管状组件通过所述存储装置从容器悬挂到水中,用于中间管状组件的引导和处理系统,所述引导和处理系统具有入口和出口, 所述条目与所述出口间隔开,所述条目是 布置并适于从所述存储装置接收悬挂的中间管状组件,所述系统适于将所述中间管状组件从入口朝向所述系统的顶部向上馈送,然后向下进入所述出口,所述系统还适于 用于将中间管状组件从所述出口向下推入水中并进入井眼,连接站适于将中间管状组件连接到另一中间管状组件。
    • 7. 发明申请
    • Marine Pipelaying System and Method for Installing an Offshore Pipeline That Includes One or More Accessories
    • 船舶管道系统和安装包含一个或多个附件的海上管道的方法
    • US20080304912A1
    • 2008-12-11
    • US11883850
    • 2005-02-08
    • Joop RoodenburgAnne Klaas De GrootDiederick Bernardus Wijning
    • Joop RoodenburgAnne Klaas De GrootDiederick Bernardus Wijning
    • F16L1/14
    • F16L1/19F16L1/14F16L1/207F16L1/23
    • Marine pipelaying method and system for installing an offshore pipeline (1) that includes one or more accessories (10). The method includes the steps of providing a vessel (2), launching the pipeline (1) in a firing line from the vessel (2) in the direction of the seabed, engaging the pipeline (1) with a clamping device (5b) that is connected to the vessel (2) and adapted to support the weight of the previously launched pipeline (1), and moving the accessory (10) into the firing line to a position above the clamping device (5b). Then the accessory (10) is connected to the pipeline (1) above the clamping (5b) device while the pipeline (1) is held by the clamping device (5b) Follow that the accessory (10) and the launched pipeline (1) connected thereto and releasably secured to a controlled load hoisting device (5) and the weight of the accessory (10) and the launched pipeline (1) connected thereto are transferred from the clamping device (5b) to the controlled load hoisting device (5) while the accessory (10) and the launched pipeline (1) connected thereto remain in the firing line. Finally the clamping device (5b) is disengaged from the pipeline (1) and moved away from firing line. Then the accessory (10) and the launched pipeline (1) connected thereto are lowered along the firing line by the controlled load hoisting device (5).
    • 用于安装包括一个或多个附件(10)的海上管道(1)的海上管道铺设方法和系统。 该方法包括以下步骤:提供容器(2),在管线(1)上沿着海底方向从容器(2)沿着沿着海床的方向的火线上发射管道(1),夹紧装置(5b) 连接到容器(2)并且适于支撑先前发射的管道(1)的重量,并且将附件(10)移动到击发线中到夹紧装置(5b)上方的位置。 然后,在管道(1)由夹紧装置(5b)保持的同时,附件(10)连接到夹紧(5b)装置上方的管道(1),随着附件(10)和推出的管道(1) 连接到其上并可释放地固定到受控负载提升装置(5),并且连接到其上的附件(10)和推出管线(1)的重量从夹紧装置(5b)传送到受控负载提升装置(5) 而附件(10)和与其连接的发射管道(1)保持在点火线中。 最后,夹紧装置(5b)从管道(1)脱离并远离射击线。 然后,连接在其上的附件(10)和发射管线(1)通过受控负载提升装置(5)沿着点火线降低。
    • 8. 发明授权
    • Mobile crane
    • 移动式起重机
    • US07370767B2
    • 2008-05-13
    • US11396476
    • 2006-04-03
    • Joop RoodenburgDiederick Bernardus WijningArie de Zwari
    • Joop RoodenburgDiederick Bernardus WijningArie de Zwari
    • B66C23/76
    • B66C13/02Y10S254/90
    • The embodied mobile cranes have a travelling base structure that allows for travel of the crane over a surface. The cranes have a revolving superstructure mounted on the base structure and a boom and a backmast. The boom and backmast are each hinged about an associated pivot axis to horizontal the superstructure. The crane has a main load hoisting manner associated with the boom for hoisting a load. A superstructure ballast is supported on the superstructure. The cranes have a superlift ballast and associated connection manners to connect the superlift ballast to the backmast while the superlift ballast is resting on the surface and/or suspended from the backmast above the surface. The travelling base structure is provided with superlift ballast support to support the superlift ballast on the base structure so that the superlift ballast is movable along with the mobile crane while being supported by the base structure.
    • 实施的移动式起重机具有允许起重机在表面上行进的行进基座结构。 起重机具有安装在基座结构上的旋转上部结构和起重臂和后支架。 起重臂和后支架各自围绕相关联的枢转轴线铰接以使上部结构水平。 起重机具有与用于起重负载的起重臂相关联的主负载提升方式。 上层建筑支撑上层建筑物。 起重机具有超轻型镇流器和相关联的连接方式,以将超升降压载物连接到后支架,同时超升降压载物搁置在表面上和/或从表面上方的后支架悬挂。 行走基座结构设有超升降压载支架,用于支撑基座结构上的超升降压载,使得超升降压载水可与移动式起重机一起移动,同时由基座支撑。
    • 9. 发明授权
    • Hoisting device
    • 起重装置
    • US08997888B2
    • 2015-04-07
    • US13496835
    • 2010-09-16
    • Joop RoodenburgDiederick Bernardus Wijning
    • Joop RoodenburgDiederick Bernardus Wijning
    • B63B35/44E21B7/12B63B35/03B66C13/02B63B27/10
    • B66C13/02B63B27/10
    • A multi purpose hoisting device for use on a floating vessel having a deck, including: a load bearing structure to be mounted on the vessel; a main hoisting mechanism for raising/lowering an object above the deck and including: at least one main hoisting winch; an upper cable pulley block supported by the load bearing structure; a travelling cable pulley block; a main hoisting cable associated with the at least one main hoisting winch and passed over pulleys of the upper cable pulley block and of the travelling pulley block in a multiple fall configuration, such that the travelling cable pulley block is moveable relative to the load bearing structure by using the at least one main hoisting winch; a main hoist heave compensation mechanism associated with the main hoisting cable for damping the effect of sea-state induced motion of the vessel onto an object supported by the main hoisting cable.
    • 一种用于具有甲板的浮动船舶的多用途起重装置,包括:承载结构,安装在船舶上; 用于升高/降低甲板上方的物体的主提升机构,包括:至少一个主起重绞车; 由承载结构支撑的上缆索滑轮块; 行走电缆滑轮组; 与所述至少一个主起重绞盘相关联的主提升缆索,并且以多重落下构造传递上缆索滑轮组和行进滑轮组的滑轮,使得行进缆索滑轮组相对于承载结构可移动 通过使用至少一个主起重绞车; 与主起重电缆相关联的主起重机起重补偿机构,用于阻尼船舶对主起重缆索支撑的物体的海洋状态引起的运动的影响。
    • 10. 发明授权
    • Offshore drilling vessel
    • 海上钻井船
    • US08590474B2
    • 2013-11-26
    • US12867658
    • 2009-02-13
    • Joop RoodenburgDiederick Bernardus Wijning
    • Joop RoodenburgDiederick Bernardus Wijning
    • B63B27/16
    • E21B15/02B63B21/507B63B27/04B63B35/44B63B35/4413B63B2003/147E21B19/002E21B19/004E21B19/006E21B19/02E21B19/09E21B19/143E21B19/155E21B19/16
    • A monohull offshore drilling vessel includes a hull with a moonpool and a multiple firing line hoist system mounted on the hull. The multiple firing line hoist system includes a mast having a top side and a base connected to the hull, wherein the mast has a hollow construction with a first side and an opposed second side. A first hoisting device is supported by the mast and has load attachment device displaceable along a first firing line, which extends on the outside of and adjacent to the first side of the mast. A second hoisting device is supported by the mast and has a load attachment device displaceable along a second firing line. The first and second hoisting devices each include one or more cables and one or more associated winches to manipulate the position of each of the load attachment devices relative to the mast.
    • 单体海上钻井船包括一个装有月球的船体和一个安装在船体上的多重起火线葫芦系统。 多重点火线升降机系统包括具有连接到船体的顶侧和底座的桅杆,其中桅杆具有中空结构,其具有第一侧和相对的第二侧。 第一起重装置由桅杆支撑并且具有可沿着第一起火线移动的负载附接装置,其沿桅杆的第一侧的外侧延伸。 第二起重装置由桅杆支撑并具有可沿着第二起落架移动的装载附接装置。 第一和第二提升装置各自包括一个或多个电缆和一个或多个相关联的绞车,以相对于桅杆操纵每个负载附接装置的位置。