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    • 12. 发明申请
    • Structure For Transporting, Commissioning and Decommissioning the Elements of a Fixed Oil Platform and Methods For Implementing Such a Structure
    • 固定石油平台要素的运输,调试和停产结构及实施这种结构的方法
    • US20080131209A1
    • 2008-06-05
    • US10587589
    • 2004-12-30
    • Pierre-Armand Thomas
    • Pierre-Armand Thomas
    • E02B17/08
    • B63B35/003E02B17/0818E02B2017/0047E02B2017/0052
    • The invention relates to a structure for transporting, installing and dismantling a fixed oil platform provided with framework elements which are substantially formed by a bridge and at least one supporting pillar. The inventive structure comprises a floating U-shaped shell provided with at least three lifting legs adapted for resting upon the bottom of the sea and a shuttle movable along the lifting legs for displacing a platform element. Said shuttle consists of at least three elements each of which is associated with the lifting leg and is provided with mechanical means for driving on the corresponding lifting leg in a manner independent of the shell of the structure and with means for connecting to displaceable framework element. Methods for transporting, installing and dismantling the bridge or the supporting pillar of a fixed offshore oil platform are also disclosed.
    • 本发明涉及一种用于运输,安装和拆卸固定油平台的结构,该固定油平台设置有基本上由桥梁和至少一个支撑柱形成的框架元件。 本发明的结构包括浮动的U形外壳,其具有适于搁置在海底的至少三个提升腿和沿着提升腿移动的梭子,用于移动平台元件。 所述梭子由至少三个元件构成,每个元件与提升腿相关联,并且设置有用于以独立于结构的壳体的方式在相应的提升腿上行驶的机械装置以及用于连接到可移动的框架元件的装置。 还公开了固定式海上石油平台的桥梁或支柱的运输,安装和拆除方法。
    • 13. 发明授权
    • Offshore deployment of extendable draft platforms
    • 离岸部署可扩展的平台
    • US06718901B1
    • 2004-04-13
    • US10292310
    • 2002-11-12
    • Phillip A. AbbottColin HoughStephane Alain Le GuennecJerome Q. BurnsPierre-Armand Thomas
    • Phillip A. AbbottColin HoughStephane Alain Le GuennecJerome Q. BurnsPierre-Armand Thomas
    • B63B3544
    • B63B35/44B63B9/065E02B17/06E02B17/0863
    • Deploying an offshore oil and gas production platform comprises placing a buoyant equipment deck on a buoyant pontoon so that elongated legs on the pontoon, each comprising a buoyant float, extend movably through respective openings in the deck. Chains extending from winches on the deck are reeved through fairleads on the pontoon and connected back to the deck. The chains are tightened to secure the deck to the pontoon for conjoint movement to an offshore location. The chains are loosened and the pontoon and leg floats ballasted so that the pontoon and leg floats sink below the floating deck. The chains are then re-tightened until pawls on the leg floats engage the deck. The buoyancy of at least one of the pontoon and leg floats is increased so that the deck is thereby raised above the surface of the water. The chains are connected to mooring lines around an offshore well site, and the raised deck and submerged pontoon are maintained in a selected position over the site with the winches.
    • 部署海上石油和天然气生产平台包括将漂浮的设备甲板放置在浮力浮筒上,使得浮筒上的细长的腿部(包括浮力浮子)可移动地延伸穿过甲板上的相应开口。 从甲板上的绞车延伸的链条通过浮桥上的通道进行连接并连接回甲板。 链条紧固以将甲板固定在浮桥上,以便联合移动到离岸位置。 链条松动,浮桥和腿部浮球被压载,浮桥和腿部浮动水槽沉没在浮动甲板下面。 然后将链条重新拧紧,直到腿部浮起的爪子与甲板接合。 浮筒和脚浮体中的至少一个的浮力增加,使得甲板从而升高到水面之上。 链条连接到离岸井场周围的系泊线,并且升高的甲板和淹没的浮筒通过绞车在现场保持选定的位置。
    • 15. 发明授权
    • Method of setting up a production installation
    • 设置生产设备的方法
    • US06343655B1
    • 2002-02-05
    • US09370894
    • 1999-08-10
    • Pierre Armand Thomas
    • Pierre Armand Thomas
    • E21B2700
    • E21B7/043E21B33/076E21B41/10
    • A method of intervention on the seabed (F) using a free end of one riser (24) originating from a semi-submersible platform (10) designed for producing oil from a deposit, at a number of distinct intervention points (30, 32), includes the following successive steps: tethering the platform (10) to immobilize it in a position floating over the deposit; installing the riser (24) connecting the floating platform (10) to the seabed (F) for intervention at a first intervention point (30); carrying out an intervention at the first intervention point (30); disengaging the free end of the riser (24) from the first intervention point (30), while keeping this end submerged; moving the free end of the riser (24) with respect to the seabed (F) towards a second intervention point (32), while keeping the floating platform (10) in place; and carrying out an intervention at the second intervention point (32).
    • 一种使用源自半潜式平台(10)的一个提升管(24)的自由端在多个不同的介入点(30,32)设计用于从沉积物产生油的自发端的方法, 包括以下连续步骤:拴系平台(10)以将其固定在浮在沉积物上的位置; 将所述浮动平台(10)连接到所述海底(F)的所述提升管(24)安装在第一介入点(30)处; 在第一个干预点进行干预(30); 使提升管(24)的自由端与第一介入点(30)分离,同时保持该端部被浸没; 将所述提升管(24)的相对于所述海床(F)的自由端朝向第二介入点(32)移动,同时使所述浮动平台(10)保持在适当位置; 并在第二个干预点进行干预(32)。
    • 18. 发明授权
    • Device for converting the mechanical energy from the swell of an expanse water into electric power
    • 将机械能从膨胀水的膨胀转变成电力的装置
    • US09303618B2
    • 2016-04-05
    • US13497614
    • 2010-09-22
    • Pierre Armand ThomasFabrice Lessard
    • Pierre Armand ThomasFabrice Lessard
    • F03B13/10F03B13/12F03B13/18
    • F03B13/186F05B2240/917Y02E10/38
    • The invention relates to a device (10) which comprises a stationary member (14), comprising a stabilization means (20) relative to the bottom of the expanse of water, a member (16) movable relative to the stationary member (14), comprising at least one floating element (40) intended for remaining on the surface (12) of the expanse of water, such that the swell drives the movement of said movable member (16), a guiding means (17, 18) substantially vertical to the movement of the movable member (16) relative to the stationary member (14), and a generation means (32) for electric power, arranged between the stationary member (14) and the movable member (16), intended for converting into electric power the mechanical energy from the vertical motion of the movable member (16) relative to the stationary member (14).
    • 本发明涉及一种装置(10),其包括固定构件(14),该固定构件包括相对于所述水面底部的稳定装置(20),可相对于所述固定构件(14)移动的构件(16) 包括至少一个浮动元件(40),用于保留在所述膨胀水的表面(12)上,使得所述膨胀驱动所述可移动构件(16)的运动,引导装置(17,18)基本垂直于 可移动构件(16)相对于静止构件(14)的移动,以及设置在固定构件(14)和可移动构件(16)之间的用于电力的产生装置(32),用于转换成电动 从可动构件(16)相对于固定构件(14)的垂直运动提供机械能。
    • 19. 发明授权
    • Underwater buoy with modular members
    • 水下浮标与模块构件
    • US08425156B2
    • 2013-04-23
    • US12597627
    • 2008-04-24
    • Pierre-Armand Thomas
    • Pierre-Armand Thomas
    • B63B22/18
    • B63B22/00B63B22/18E21B17/012
    • An underwater buoy for hanging a duct between a sea bed and the surface, the buoy including a frame and a plurality of modular members mounted in the frame, the modular members extending between their two opposite modular-member ends, the frame including a longitudinal body for receiving the extended tubular duct, and retainers mounted on the body for maintaining the modular members substantially parallel to the body. The retainers include two retaining structures spaced from each other along the body. The retaining structures are maintained in a fixed position relative to each other in order to hold at least one modular member.
    • 一种用于在海床和表面之间悬挂管道的水下浮标,所述浮标包括框架和安装在所述框架中的多个模块化构件,所述模块化构件在其两个相对的模块构件端部之间延伸,所述框架包括纵向主体 用于接收延伸的管状管道,以及安装在本体上的保持器,用于将模块化构件基本平行于主体。 保持器包括沿主体彼此间隔开的两个保持结构。 保持结构相对于彼此保持在固定位置,以便保持至少一个模块构件。
    • 20. 发明申请
    • UNDERWATER BUOY WITH MODULAR MEMBERS
    • 具有模块化成员的水下建筑
    • US20100111614A1
    • 2010-05-06
    • US12597627
    • 2008-04-24
    • Pierre-Armand Thomas
    • Pierre-Armand Thomas
    • E21B17/01B63B22/00
    • B63B22/00B63B22/18E21B17/012
    • An underwater buoy for hanging a duct between a sea bed and the surface, the buoy including a frame and a plurality of modular members mounted in the frame, the modular members extending between their two opposite modular-member ends, the frame including a longitudinal body for receiving the extended tubular duct, and retainers mounted on the body for maintaining the modular members substantially parallel to the body. The retainers include two retaining structures spaced from each other along the body. The retaining structures are maintained in a fixed position relative to each other in order to hold at least one modular member.
    • 一种用于在海床和表面之间悬挂管道的水下浮标,所述浮标包括框架和安装在所述框架中的多个模块化构件,所述模块化构件在其两个相对的模块构件端部之间延伸,所述框架包括纵向主体 用于接收延伸的管状管道,以及安装在本体上的保持器,用于将模块化构件基本平行于主体。 保持器包括沿主体彼此间隔开的两个保持结构。 保持结构相对于彼此保持在固定位置,以便保持至少一个模块构件。