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    • 2. 发明申请
    • DRILLING VESSEL
    • 钻井船
    • WO2014057507A1
    • 2014-04-17
    • PCT/IT2012/000311
    • 2012-10-09
    • FINCANTIERI CANTIERI NAVALI ITALIANI S.p.A.
    • CORONELLA, Giuseppe,
    • E21B15/02B63B35/44E21B15/04E21B19/00
    • B63B35/4413E21B15/02E21B15/04E21B19/004
    • The present invention relates to a drilling vessel, comprising: - at least one floating structure 10, provided with at least one operating deck 11; - at least one guiding tube 20 which in operating conditions extends from the vessel to the sea floor and inside which a drilling bit and a plurality of drilling strings are lowered interconnected to each other and to the bit; and- a drilling plant (30,40,50,60) which is installed on board ship on the operating deck 11 and is used to control the drilling bit and drill strings A. The drilling plant installed on board ship (30, 40, 50, 60) extends substantially parallel to the operating deck 11. The present invention also relates to an off-shore drilling method.
    • 钻井船舶技术领域本发明涉及一种钻井船舶,包括:至少一个浮动结构10,设置有至少一个操作甲板11; - 至少一个引导管20,其在操作条件下从容器延伸到海底,并且其中钻头和多个钻柱相互降低并相互连接; 以及安装在操作平台11上的船上的钻井设备(30,40,50,60),用于控制钻头和钻杆A.钻井设备安装在船上(30,40, 50,60)基本上平行于操作平台11延伸。本发明还涉及一种离岸钻井方法。
    • 5. 发明申请
    • APPARATUS AND METHOD FOR MODIFIED HORIZONTAL DIRECTIONAL DRILLING ASSEMBLY
    • 改造水平方向钻井装置的装置和方法
    • WO2005110020A2
    • 2005-11-24
    • PCT/US2005014594
    • 2005-04-28
    • ASTEC INDRIEL WILLIAM G
    • RIEL WILLIAM G
    • E21B3/02E21B7/02E21B15/00E21B15/04E21B19/15E21B19/16E21B21/00
    • E21B15/04E21B7/04E21B15/006
    • An apparatus and method for a modified horizontal directional drilling assembly for drilling pipe into a drilling surface. The drilling assembly comprises a power unit for supplying power to the assembly, a thrust frame adapted to be moved between a position substantially parallel to the drilling surface and a position substantially perpendicular to the drilling surface and a means for moving the thrust frame. The rotary and carriage assembly is adapted to apply rotational, thrust and pull-back forces to the drill pipe. The drilling assembly is adapted to drill pipe into the drilling surface at any angle relative to the drilling surface between substantially parallel to the drilling surface and substantially perpendicular to the drilling surface. The method includes the steps of placing a drill pipe onto the drilling assembly, moving the thrust frame to a desired drilling angle, moving the rotary and carriage assembly into direct contact with the drill pipe, applying rotational, thrust and pull-back forces to the drill pipe, and drilling the pipe into the drilling surface.
    • 一种用于将管道钻入钻井表面的改进的水平定向钻井组件的装置和方法。 钻井组件包括用于向组件供电的动力单元,适于在基本上平行于钻孔表面的位置和基本上垂直于钻孔表面的位置之间移动的推力框架和用于移动推力框架的装置。 旋转和支架组件适于向钻杆施加旋转,推力和回拉力。 钻井组件适于在基本上平行于钻井表面并且基本上垂直于钻井表面之间相对于钻井表面以任何角度将钻杆钻入钻井表面。 该方法包括以下步骤:将钻杆放置在钻孔组件上,将推力框架移动到期望的钻孔角度,将旋转和支架组件移动成与钻杆直接接触,向旋转和推力回转力施加旋转, 钻杆,并将管道钻入钻井表面。
    • 6. 发明申请
    • DRILL ROD HANDLING DEVICE
    • 钻杆处理装置
    • WO00065193A1
    • 2000-11-02
    • PCT/AU2000/000330
    • 2000-04-18
    • E21B15/04E21B19/15E21B19/20E21B19/14
    • E21B19/15E21B15/04E21B19/20
    • The invention provides a drill rod handling device (14) which is adapted for attachment to a drill rig assembly (10) which includes a standard rotation unit (12) and a rod holder (13) mounted on top of a feed frame (11) and which are used to feed drill rods (25) in and out of the ground. The handling device (14) comprises a carriage assembly (20) which is guided for sliding movement along slide members (19), a head assembly (24) which is designed to receive and support a drill rod (25) and to feed the drill rod longitudinally for screwing and unscrewing of the thread joint while simultaneously gripping same, a swing arm (21) pivotally attached to the carriage assembly and extending laterally therefrom, swivel attachment means rotatably mounting the head assembly (24) to the outer end of the swing arm (21) for tilt movement about a transverse axis, a swing arm actuator (38) for effecting rotation of the swing arm (21) and the head assembly (24) about a generally longitudinally axis, and a tilt actuator (42) for effecting tilt of the head assembly (24), the arrangement being such that a drill rod (25) when loaded onto the head assembly (24) at a side low position, can be bodily moved to a loading position on top of the feed frame and axially aligned with the drill string.
    • 本发明提供了一种钻杆处理装置(14),其适于附接到钻机组件(10),该钻机组件包括标准旋转单元(12)和安装在进给框架(11)顶部上的杆保持器(13) 并用于将钻杆(25)送入和离开地面。 所述搬运装置(14)包括滑架组件(20),所述托架组件(20)被引导以沿着滑动构件(19)滑动运动;头部组件(24),其被设计成容纳和支撑钻杆(25) 杆,用于在同时夹持螺纹接头的同时拧紧和松开螺纹接头;摆动臂(21),其可旋转地附接到滑架组件并从其横向延伸;旋转安装装置,可旋转地将头部组件(24)安装到摆动的外端 臂(21),用于围绕横向轴线倾斜运动;摆臂致动器(38),用于围绕大致纵向轴线实现摆臂(21)和头部组件(24)的旋转;以及倾斜致动器(42),用于 影响头部组件(24)的倾斜,该布置使得当在低侧位置装载到头部组件(24)上时钻杆(25)可以被身体移动到进给框架顶部的装载位置 并与钻柱轴向对准 。
    • 7. 发明申请
    • LAND BASED DYNAMIC SEA MOTION SIMULATING TEST DRILLING RIG AND METHOD
    • 基于陆地动态海洋运动模拟试验钻机和方法
    • WO2016064273A1
    • 2016-04-28
    • PCT/NL2015/050732
    • 2015-10-22
    • ITREC B.V.
    • ROODENBURG, Joop
    • E21B7/128E21B15/00E21B15/02E21B15/04E21B19/14
    • G01M99/007E21B7/128E21B15/006E21B15/02E21B15/04E21B19/14E21B19/143
    • A land based dynamic sea motion simulating test drilling rig (1) comprising: - a soil bound foundation (2), - a pivot structure (3) secured to said foundation and providing at least one horizontal pivot axis (4), - a motion base (5) mounted on said pivot structure and pivotable about said at least one horizontal pivot axis relative to the foundation, - a drilling tower (10) erected on said motion base and having a foot that is secured to said motion base, the drilling tower being provided with a hoisting device adapted to manipulate a drill string section in a vertical firing line (6), - a drilling tubulars storage (20, 21) adapted for vertical storage of one or more drilling tubulars (115), said tubulars storage secured to said motion base, - a tubulars racker device (140, 140') arranged and configured to move drilling tubulars between the drilling tubulars storage device and the firing line allowing for assembly and disassembly of a drill string section in the firing line, - a motion drive (51, 52, 53) adapted to impart cyclic pivoting motion about said at least one horizontal pivot axis to the assembly of the drilling tower, drilling tubulars storage, and tubulars racker device in order to simulate said assembly being subjected to sea state induced motion.
    • 一种模拟测试钻机(1)的陆基动态海洋运动,包括: - 土壤结合基础(2), - 固定到所述基础并提供至少一个水平枢转轴线(4)的枢轴结构(3), - 运动 基座(5),其安装在所述枢轴结构上并相对于所述基座围绕所述至少一个水平枢转轴线枢转;钻台(10),竖立在所述运动基座上并且具有固定到所述运动基座的脚 塔设置有适于在垂直燃烧管线(6)中操纵钻柱段的提升装置, - 适于垂直存储一个或多个钻井管(115)的钻管储存器(20,21),所述管状储存器 固定到所述运动基座上, - 管状销子装置(140,140'),其被布置和构造成使钻管在所述钻管存储装置和所述起火线之间移动,从而允许在所述起火线中组装和拆卸钻柱段; 动议 驱动器(51,52,53),其适于使围绕所述至少一个水平枢转轴线的循环枢转运动传递到所述钻塔的组件,钻井管道存储器和管状碎屑装置,以便模拟所述组件受到海水诱发 运动。
    • 8. 发明申请
    • COLLAPSIBLE SUBSTRUCTURE FOR A MOBILE DRILLING RIG
    • 用于移动钻机的可拆卸底座
    • WO2013109453A2
    • 2013-07-25
    • PCT/US2013/020923
    • 2013-01-10
    • NATIONAL OILWELL VARCO, L.P.KONDUC, Kameron, WayneTHIESSEN, Jay, John
    • KONDUC, Kameron, WayneTHIESSEN, Jay, John
    • E21B15/00
    • E21B7/023E21B15/00E21B15/003E21B15/04
    • Generally, the present disclosure is directed to a collapsible substructure of a mobile drilling rig. In one illustrative embodiment, a drilling rig substructure is disclosed that includes a base having a fixed drill floor mounted thereon, wherein an upper surface of the fixed drill floor is positioned at an operating height above the base for performing drilling operations at a wellbore location of a drilling site. Furthermore, a raisable floor is also included that is adapted to be positioned in a lowered transportation position for transportation of the substructure to the drilling site and raised to an operating position adjacent to the fixed drill floor for performing drilling operations, wherein a height level of an upper surface of the raisable floor is lower than a height level of the upper surface of the fixed drill floor when the raisable floor is positioned in the lowered transportation position.
    • 通常,本公开涉及可移动钻机的可折叠子结构。 在一个示例性实施例中,公开了一种钻机底座结构,其包括具有安装在其上的固定钻台的基座,其中固定钻台的上表面位于基座上方的操作高度处,用于在井底位置进行钻井操作 钻井现场。 此外,还包括可升起的地板,其适于定位在运输位置较低的位置,用于将底层结构运输到钻井位置,并升高到与固定钻台相邻的操作位置,用于执行钻井操作,其中高度水平 可升降地板的上表面比可升降地板位于下降的运送位置时固定的钻台的上表面的高度低。
    • 10. 发明申请
    • PIVOTABLE TOWER FOR ANGLED DRILLING
    • 可拆卸的塔楼用于钻孔
    • WO2010033935A3
    • 2011-01-13
    • PCT/US2009057723
    • 2009-09-21
    • ATLAS COPCO DRILLING SOLUTIONS LLCBENSON JAMES M
    • BENSON JAMES M
    • E21B15/04
    • E21B15/04E21B7/02
    • An interface (118) apparatus between a tower (102) and platform (103) includes a tower support assembly (119) with opposed angle brackets (120a, 120b) and a first tower support assembly coupler/decoupler (140) which is repeatably moveable between coupled and decoupled conditions with the tower support assembly. In the coupled condition, the coupler/decoupler is capable of coupling to the tower support assembly at a plurality of predetermined positions along the opposed angle brackets. The interface apparatus includes a second tower support assembly coupler/decoupler (150) which allows the tower to pivot relative to the tower support assembly and rotate relative to the platform.
    • 在塔架(102)和平台(103)之间的接口(118)设备包括具有相对的尖角托架(120a,120b)的塔架支撑组件(119)和可重复地移动的第一塔架支撑组件联接器/分离器(140) 在耦合和解耦条件与塔支撑组件之间。 在耦合状态下,耦合器/解耦器能够沿着相对的尖括号在多个预定位置处联接到塔架支撑组件。 接口设备包括第二塔架支撑组件联接器/解耦器(150),其允许塔架相对于塔架支撑组件枢转并相对于平台旋转。