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    • 2. 发明申请
    • ACCESS SUPPORT FOR OFFSHORE INSTALLATIONS
    • 海上安装访问支持
    • US20160115665A1
    • 2016-04-28
    • US14896966
    • 2014-06-09
    • RENEWABLE HYDROCARBONS LTD
    • Peter Haigh
    • E02B17/08B63C15/00E02B17/02
    • E02B17/08B63B9/065B63B2009/067B63C15/00E02B17/0034E02B17/027E02B17/04E02B17/0863E02B2017/0039
    • A support structure (10) suitable for use as a support structure to an offshore platform (12), the support structure (10) comprising a main support strut (30) having a lower end and anchorable, in use, to the seabed (16) and an upper portion arranged, in use, to extend above sea level to a height substantially equal to, or greater than, that of the platform (12), the support strut (30) comprising a guide rail (62) extending upwardly from a level above the sea level (18) to the top of the support strut (30) for cooperating with a raising framework (90) slideably mountable to the guide rail (62), and further comprising drive means (98) cooperating between the raising framework (90) and the guide rail (62) for elevating the raising framework (90) relative to the support rail (62), the support structure (10) being characterised by: the support strut (30) and raising framework (90) each comprising tracks (70, 100) arranged to substantially align end-to-end when the raising framework (90) is elevated to the top of the support strut (30), the tracks (70, 100), when so aligned, forming a substantially continuous track for laterally transferring a payload (42) from the raising framework (90) to the top of the strut (30).
    • 一种适于用作海上平台(12)的支撑结构的支撑结构(10),所述支撑结构(10)包括主支撑支柱(30),所述主支撑支柱具有下端,并且在使用中可锚固到所述海底(16) )和在使用中布置成在海平面以上的高度大致等于或大于所述平台(12)的高度的上部,所述支撑支柱(30)包括从所述平台(12)向上延伸的导轨(62) 高于海平面(18)的水平面到支撑支柱(30)的顶部,用于与可滑动地安装到导轨(62)的提升框架(90)配合,并且还包括在升高之间配合的驱动装置(98) 框架(90)和用于相对于支撑轨道(62)升高升高框架(90)的导轨(62),支撑结构(10)的特征在于:支撑支柱(30)和升高框架(90) 每个包括轨道(70,100),其布置成当升起框架(90)时基本对齐端对端 升高到支撑支柱(30)的顶部时,轨道(70,100)当被对准时,形成基本上连续的轨道,用于横向地将升降框架(90)的载荷(42)传送到支柱顶部 (30)。
    • 4. 发明申请
    • System and Method for Releasing a Barge from a Topside During a Float-Over Installation
    • 在浮动安装期间从顶部释放驳船的系统和方法
    • US20090003937A1
    • 2009-01-01
    • US12163218
    • 2008-06-27
    • Lyle David Finn
    • Lyle David Finn
    • E02B17/00
    • E02B17/04
    • A quick-release system for coupling a topside for a fixed or floating platform and a barge for float-over installation of the topside is disclosed. The quick-release system comprises one or more releasable connections, each releasable connection configured to support at least a fraction of the weight of the barge and to be remotely actuated to allow the barge to decouple from the topside. In some embodiments, the quick-release system comprises two plates, one coupled to the topside and the other coupled to the barge, and a plurality of bolts extending therebetween. A frangible nut is coupled to each bolt. The quick-release system is actuatable by an electric signal that causes the frangible nuts to fracture and the barge to subsequently be released from the topside.
    • 公开了一种用于连接用于固定或浮动平台的顶部的快速释放系统和用于顶侧浮动安装的驳船。 快速释放系统包括一个或多个可释放连接,每个可释放连接构造成支撑驳船重量的至少一部分并被远程致动以允许驳船从顶部脱离。 在一些实施例中,快速释放系统包括两个板,一个联接到顶侧,另一个联接到驳船,以及在它们之间延伸的多个螺栓。 一个易碎的螺母与每个螺栓相连。 快速释放系统可通过电信号致动,导致易碎螺母断裂,驳船随后从顶部释放。
    • 5. 发明申请
    • Jack-up MODU and jacking method and apparatus
    • 起重机MODU和起升方法和装置
    • US20050063787A1
    • 2005-03-24
    • US10978510
    • 2004-11-01
    • James Ingle
    • James Ingle
    • E02B17/04E02B17/08E02D23/00E02B1/00
    • E02B17/0818E02B17/04
    • A new MODU jacking system can reliably handle loads several times greater than can be currently handled, can be inexpensively designed and readily scaled for different jack-up loads, and can save millions of dollars in the manufacture of a single jack-up MODU. In the new MODU jacking system, a plurality of hydraulic continuous linear motion motors are engaged with a plurality of MODU supporting legs to provide relative motion between the MODU platform and its supporting legs, and to also maintain the MODU platform and MODU supporting legs locked in a stationary relationship. In the new jack-up system, the number of hydraulic piston/cylinder units and the number and design of the teeth that are engaged in providing relative motion may be selected to substantially reduce material stresses on the system.
    • 一个新的MODU顶升系统可以可靠地处理比目前可处理的负载多几倍的负载,可以低成本地设计并且容易地适应不同的自升式负载,并且可以节省数百万美元的单个自升式MODU的制造。 在新的MODU起重系统中,多个液压连续直线运动马达与多个MODU支撑腿接合,以提供MODU平台与其支撑腿之间的相对运动,并且还将MODU平台和MODU支撑腿锁定在 一个稳定的关系。 在新的自升式系统中,液压活塞/气缸单元的数量以及啮合在提供相对运动中的齿的数量和设计可被选择为基本上减少系统上的材料应力。
    • 9. 发明申请
    • Jack-up MODU and jacking method and apparatus
    • 起重机MODU和起升方法和装置
    • US20040104073A1
    • 2004-06-03
    • US10720657
    • 2003-11-24
    • OSL Offshore Systems and Deck Machinery LLC
    • James E. Ingle
    • E04G001/18
    • E02B17/0818E02B17/04
    • A new MODU jacking system can reliably handle loads several times greater than can be currently handled, can be inexpensively designed and readily scaled for different jack-up loads, and can save millions of dollars in the manufacture of a single jack-up MODU. In the new MODU jacking system, a plurality of hydraulic continuous linear motion motors are engaged with a plurality of MODU supporting legs to provide relative motion between the MODU platform and its supporting legs, and to also maintain the MODU platform and MODU supporting legs locked in a stationary relationship. In the new jack-up system, the number of hydraulic piston/cylinder units and the number and design of the teeth that are engaged in providing relative motion may be selected to substantially reduce material stresses on the system.
    • 一个新的MODU顶升系统可以可靠地处理比目前可处理的负载多几倍的负载,可以低成本地设计并且容易地适应不同的自升式负载,并且可以节省数百万美元的单个自升式MODU的制造。 在新的MODU起重系统中,多个液压连续直线运动马达与多个MODU支撑腿接合,以提供MODU平台与其支撑腿之间的相对运动,并且还将MODU平台和MODU支撑腿锁定在 一个稳定的关系。 在新的自升式系统中,液压活塞/气缸单元的数量以及啮合在提供相对运动中的齿的数量和设计可被选择为基本上减少系统上的材料应力。