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    • 3. 发明授权
    • Subsea well template
    • 海底井模板
    • US09217315B2
    • 2015-12-22
    • US13202604
    • 2010-03-09
    • Knut Møgedal
    • Knut Møgedal
    • E21B41/08E21B33/037
    • E21B41/08E21B33/037
    • Subsea well template comprising a plurality of well slots arranged adjacent to a manifold reception space, said template comprising a plurality of template hatches for protection of well components, including a Xmas tree. Said hatches comprise at least a top protection cover and a side protection panel. The hatches are arranged to pivot between a closed and open position, about a pivot axis arranged at a lower end of the hatch. When in an open position, the well template exhibits absence of a framework extending up towards the top of the template.
    • 海底井模板包括与歧管接收空间相邻布置的多个井槽,所述模板包括用于保护井分量的多个模板舱口,包括圣诞树。 所述舱口包括至少顶部保护盖和侧面保护板。 舱口布置成在闭合和打开位置之间枢转,围绕布置在舱口下端的枢转轴线。 当处于打开位置时,井模板显示没有向模板顶部向上延伸的框架。
    • 6. 发明授权
    • Metal seal
    • 金属密封
    • US09151133B2
    • 2015-10-06
    • US13395938
    • 2010-10-14
    • Tanel TelliskiviAndré M. SmithBirgir Amrén
    • Tanel TelliskiviAndré M. SmithBirgir Amrén
    • E21B33/04F16J15/32F16J15/08E21B33/00
    • E21B33/04E21B2033/005F16J15/0806F16J15/3236
    • Seal assembly (201) for a subsea well assembly with inner and outer circular sealing surfaces (215a, 215b) in an annulus (211). It has a seal ring (203) with a cross section exhibiting two legs (205a, 205b), with seal ring seal surfaces (209a, 209b). The seal ring comprises a main metal section (217) having metal with the same or higher degree of hardness than the metal in said facing circular sealing surfaces (215a, 215b). The seal ring seal surfaces comprise a seal ring surface metal (210a, 210b) which is of a softer metal than the metal in the circular sealing surfaces (215a, 215b) and the metal in the main metal section (217). The seal ring (203) comprises a second section (219) comprising said seal ring surface metal (210a, 210b), the second section (219) extending continuously between said seal ring seal surfaces (209a, 209b) on the respective legs.
    • 用于海底井组件的密封组件(201),其具有环形空间(211)中的内部和外部圆形密封表面(215a,215b)。 它具有带有密封环密封面(209a,209b)的具有两个腿部(205a,205b)的横截面的密封环(203)。 密封环包括具有与所述相对的圆形密封表面(215a,215b)中的金属相同或更高的硬度的金属的主金属部分(217)。 密封环密封表面包括密封环表面金属(210a,210b),其具有比圆形密封表面(215a,215b)中的金属和主金属部分(217)中的金属更软的金属。 密封环(203)包括包括所述密封环表面金属(210a,210b)的第二部分(219),所述第二部分(219)在相应的腿上的所述密封环密封表面(209a,209b)之间连续延伸。
    • 7. 发明授权
    • BOP lock down
    • BOP锁定
    • US09080408B2
    • 2015-07-14
    • US13885481
    • 2011-11-10
    • Knut Møgedal
    • Knut Møgedal
    • E21B33/038E21B41/08E21B19/00E21B33/043E21B41/00
    • E21B33/038E21B19/002E21B33/043E21B41/0007E21B41/08
    • A well head system for application in sub sea well exploration comprising a well head (23) having a well head housing secured to a well casing, at least one valve stack, e.g. a BOP (1) located atop said well head (23). The valve stack is removably locked on a well template (15) supporting said well head by a plurality of locking devices (7). Also described is a locking device comprising two opposite clamping arms (19) hingedly attached to a main frame (21). The Main frame is slidable relative to a spindle (17) and can be selectively secured to the spindle (17).
    • 一种用于海底深井勘探的井头系统,包括井头(23),其具有固定到井套管的井头壳体,至少一个阀堆 位于所述井口(23)顶部的BOP(1)。 阀组可拆卸地锁定在通过多个锁定装置(7)支撑所述井口的井模板(15)上。 还描述了一种锁定装置,其包括铰接地附接到主框架(21)的两个相对的夹紧臂(19)。 主框架相对于主轴(17)可滑动,并且可以选择性地固定到主轴(17)。
    • 8. 发明授权
    • Subsea clamp connector emergency release tool and method
    • 海底夹紧连接器紧急释放工具及方法
    • US08915676B2
    • 2014-12-23
    • US13979960
    • 2012-02-09
    • Thomas Wäseby
    • Thomas Wäseby
    • E21B29/12B23D57/00B27B5/12
    • E21B29/12B23D57/0084B27B5/12Y10T408/03Y10T408/21Y10T408/55
    • A clamp connector emergency release tool designed for subsea operations, when normal release of a subsea clamp connector (14) is not possible, is shown and described. The tool is adapted to be handled and operated remotely by a work class ROV tool. The tool includes a clamp connector (14) adapter housing (7) arranged to engage with and connect to the clamp connector (14) body, a rotatable hole saw (11) mounted on the housing (7), a rotary motor (1) in driving connection with the hole saw (11) and a piston (3) and cylinder assembly (4,5). The piston (3) and cylinder assembly (4,5) enables advancing the rotatable hole saw (11) into the clamp connector (14) body around its jack screw, in order to separate the jack screw together with a threaded portion of said clam connector (14) in order to separate the jack screw from the clamp connector (14) body.
    • 示出并描述了当海底夹具连接器(14)的正常释放是不可能的时,设计用于海底操作的夹紧连接器紧急释放工具。 该工具适用于通过工作级ROV工具远程处理和操作。 该工具包括一个夹紧连接器(14),适配器壳体(7)被布置成与夹紧连接器(14)主体啮合并连接到其上,一个安装在壳体(7)上的旋转孔锯(11),一个旋转马达(1) 与孔锯(11)和活塞(3)和气缸组件(4,5)的驱动连接。 活塞(3)和气缸组件(4,5)能够将可旋转孔锯(11)推进夹紧连接器(14)本体围绕其千斤顶螺钉,以将千斤顶螺纹与所述蛤蜊的螺纹部分分开 连接器(14),以将千斤顶螺钉与夹紧连接器(14)主体分开。
    • 9. 发明申请
    • TUBING HANGER WITH COUPLING ASSEMBLY
    • 管接头与联轴器组装
    • US20140345873A1
    • 2014-11-27
    • US14359566
    • 2012-11-22
    • Aker Subsea AS
    • Robert Johansson
    • E21B33/043
    • E21B33/043
    • A tubing hanger (1) landing in a tubular element (101), having a coupling assembly (11) for hydraulic coupling between the tubing hanger (1) and the element. A coupling element (17) moves radially between an outer coupled position and an inner non-coupled position. An actuation element (25) with a contact surface (25f) exerts an outward actuation force onto an inner actuation surface (17a) of the coupling element. The actuation element comprises two actuation sections (25x, 25y) exposed to a outward force from an actuation arrangement (27). The contact surface (25f) has a distance the actuation sections. The actuation element moves in the radial outward direction so that the movement of at least one of the two actuation sections (25x, 25y) stops after the radial movement of the contact surface (25f) stops. The contact surface (25f) movement halts as the coupling element (17) reaches the coupled position.
    • 管状悬挂器(1),其下降到管状元件(101)中,具有联接组件(11),用于在管道悬挂器(1)和元件之间进行液压联接。 联接元件(17)在外部联接位置和内部非联接位置之间径向移动。 具有接触表面(25f)的致动元件(25)向耦合元件的内部致动表面(17a)施加向外的致动力。 致动元件包括暴露于来自致动装置(27)的向外的力的两个致动部分(25x,25y)。 接触表面(25f)具有致动部分的距离。 致动元件在径向向外的方向上移动,使得在接触表面(25f)的径向移动停止之后,两个致动部分(25x,25y)中的至少一个的移动停止。 当联接元件(17)到达联接位置时,接触表面(25f)移动停止。
    • 10. 发明申请
    • SELF-ALIGNING SUBSEA STRUCTURES
    • 自我约束的结构
    • US20140341656A1
    • 2014-11-20
    • US14279471
    • 2014-05-16
    • AKER SUBSEA LIMITED
    • Charles Donald LAWSON
    • E02D27/52
    • E02D27/52E21B19/24E21B33/035E21B41/10
    • A subsea assembly comprises a first structure (1) including a plurality of substantially parallel guide posts (4) and a second structure (2) comprising a support and depending therefrom a plurality of tubular receptacles (12) each positioned for fitment on a respective one of the guide posts. At least one of the receptacles includes a plurality of longitudinally disposed semi-elliptical springs (15) disposed to engage the exterior of the respective guide post (4) and thereby to axially centre the receptacle with respect to the guide post. In a converse arrangement at least one of the posts (4) carries a plurality of longitudinally disposed semi-elliptical springs (15) disposed to engage the interior of the respective receptacle (12) and thereby to axially centre the receptacle with respect to the guide post.
    • 海底组件包括包括多个基本上平行的引导柱(4)的第一结构(1)和包括支撑件的第二结构(2),并且从该多个管状容器(12)中分别定位用于装配在相应的一个 的指导员。 所述插座中的至少一个包括多个纵向设置的半椭圆形弹簧(15),所述多个纵向布置的半椭圆形弹簧(15)设置成接合相应的导柱(4)的外部,从而相对于导向柱使插座轴向居中。 在相反的布置中,至少一个柱(4)承载多个纵向设置的半椭圆形弹簧(15),其布置成接合相应的容座(12)的内部,从而使插座相对于导向件轴向居中 帖子