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    • 1. 发明授权
    • Apparatus and method for supporting a steel catenary riser
    • 用于支撑钢悬链提升管的装置和方法
    • US07467914B2
    • 2008-12-23
    • US11225148
    • 2005-09-13
    • Lyle FinnGerald Crotwell
    • Lyle FinnGerald Crotwell
    • E21B17/01
    • E21B43/0107E21B17/015
    • An apparatus for supporting a steel catenary riser (SCR) from a floating structure having a keel includes a flexible support tube or keel sleeve through which the SCR passes. The support tube or keel sleeve includes a pivot mechanism that is lockably received in a receptacle fixed to the floating structure. A method of supporting an SCR from a floating structure includes the steps of inserting a first end of the SCR into a support tube or keel sleeve; fixing the support tube or keel sleeve to the SCR; pulling the support tube or keel sleeve into a receptacle fixed to the floating structure; releasing the support tube or keel sleeve from the SCR; pulling the SCR through the support tube or keel sleeve up to an attachment point on the structure; fixing the SCR to the structure; and fixing the support tube or keel sleeve to the SCR.
    • 用于从具有龙骨的浮动结构支撑钢悬臂立管(SCR)的装置包括可滑动的可挠性支撑管或龙骨套管。 支撑管或龙骨套筒包括可锁定地容纳在固定到浮动结构的容器中的枢转机构。 从浮动结构支撑SCR的方法包括将SCR的第一端插入支撑管或龙骨套筒中的步骤; 将支撑管或龙骨套固定到SCR; 将支撑管或龙骨套筒拉入固定到浮动结构的容器中; 从SCR释放支撑管或龙骨套筒; 将SCR通过支撑管或龙骨套筒拉到结构上的连接点; 将SCR固定到结构上; 并将支撑管或龙骨套筒固定到SCR上。
    • 2. 发明授权
    • Pull-style tensioner system for a top-tensioned riser
    • 拉式张紧器系统,用于顶部张紧的立管
    • US08021081B2
    • 2011-09-20
    • US11761061
    • 2007-06-11
    • Gerald CrotwellAlan Yu
    • Gerald CrotwellAlan Yu
    • E02D5/40
    • E21B19/002
    • A tensioner system for a top-tensioned riser in a floating platform includes a hydro-pneumatic tensioner assembly resiliently mounted to the floating platform, and a riser support conductor surrounding the riser coaxially, wherein the support conductor conveys a pull-type tensional force from the hydro-pneumatic tensioner assembly to the riser through a riser conductor coupling assembly that engages the tensioner assembly and the riser support conductor to convey the tensional force. A riser tension joint support assembly conveys the tensional force from the riser support conductor to a riser tension joint on the riser. The tensioner assembly compensates for relative platform motion including pitch, heave, and yaw. Also a reactive load assembly is mounted to the platform and reacts to a two-point dynamic bending moment imposed on the riser support conductor, while resisting riser support conductor rotation.
    • 用于浮动平台中的顶部张紧提升管的张紧器系统包括弹性地安装到浮动平台的液压气动张紧器组件和围绕提升器同轴的提升管支撑导体,其中支撑导体将来自 液压气动张紧器组件通过提升器导体联接组件提升到提升管,该连接组件接合张紧器组件和提升管支撑导体以传递张力。 提升器张力接头支撑组件将来自提升管支撑导体的拉伸力传递到提升管上的提升管张力接头。 张紧器组件补偿相对平台运动,包括俯仰,起伏和偏航。 而且,无功负载组件安装到平台上,并且对施加在提升管支撑导体上的两点动态弯矩作出反应,同时抵抗提升管支撑导体旋转。
    • 3. 发明申请
    • PULL-STYLE TENSIONER SYSTEM FOR A TOP-TENSIONED RISER
    • 拉杆式拉伸机系统
    • US20080304916A1
    • 2008-12-11
    • US11761061
    • 2007-06-11
    • Gerald CrotwellAlan Yu
    • Gerald CrotwellAlan Yu
    • E02D29/00
    • E21B19/002
    • A tensioner system for a top-tensioned riser in a floating platform includes a hydro-pneumatic tensioner assembly resiliently mounted to the floating platform, and a riser support conductor surrounding the riser coaxially, wherein the support conductor conveys a pull-type tensional force from the hydro-pneumatic tensioner assembly to the riser through a riser conductor coupling assembly that engages the tensioner assembly and the riser support conductor to convey the tensional force. A riser tension joint support assembly conveys the tensional force from the riser support conductor to a riser tension joint on the riser. The tensioner assembly compensates for relative platform motion including pitch, heave, and yaw. Also a reactive load assembly is mounted to the platform and reacts to a two-point dynamic bending moment imposed on the riser support conductor, while resisting riser support conductor rotation.
    • 用于浮动平台中的顶部张紧提升管的张紧器系统包括弹性地安装到浮动平台的液压气动张紧器组件和围绕提升器同轴的提升管支撑导体,其中支撑导体将来自 液压气动张紧器组件通过提升器导体联接组件提升到提升管,该连接组件接合张紧器组件和提升管支撑导体以传递张力。 提升器张力接头支撑组件将来自提升管支撑导体的拉伸力传递到提升管上的提升管张力接头。 张紧器组件补偿相对平台运动,包括俯仰,起伏和偏航。 而且,无功负载组件安装到平台上,并且对施加在提升管支撑导体上的两点动态弯矩作出反应,同时抵抗提升管支撑导体旋转。
    • 4. 发明申请
    • Apparatus and method for supporting a steel catenary riser
    • 用于支撑钢悬链提升管的装置和方法
    • US20070056741A1
    • 2007-03-15
    • US11225148
    • 2005-09-13
    • Lyle FinnGerald Crotwell
    • Lyle FinnGerald Crotwell
    • E21B17/01
    • E21B43/0107E21B17/015
    • An apparatus for supporting a steel catenary riser (SCR) from a floating structure having a keel includes a flexible support tube or keel sleeve through which the SCR passes. The support tube or keel sleeve includes a pivot mechanism that is lockably received in a receptacle fixed to the floating structure. A method of supporting an SCR from a floating structure includes the steps of inserting a first end of the SCR into a support tube or keel sleeve; fixing the support tube or keel sleeve to the SCR; pulling the support tube or keel sleeve into a receptacle fixed to the floating structure; releasing the support tube or keel sleeve from the SCR; pulling the SCR through the support tube or keel sleeve up to an attachment point on the structure; fixing the SCR to the structure; and fixing the support tube or keel sleeve to the SCR.
    • 用于从具有龙骨的浮动结构支撑钢悬臂立管(SCR)的装置包括可滑动的可挠性支撑管或龙骨套管。 支撑管或龙骨套筒包括可锁定地容纳在固定到浮动结构的容器中的枢转机构。 从浮动结构支撑SCR的方法包括将SCR的第一端插入支撑管或龙骨套筒中的步骤; 将支撑管或龙骨套固定到SCR; 将支撑管或龙骨套筒拉入固定到浮动结构的容器中; 从SCR释放支撑管或龙骨套筒; 将SCR通过支撑管或龙骨套筒拉到结构上的连接点; 将SCR固定到结构上; 并将支撑管或龙骨套筒固定到SCR上。