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    • 3. 发明授权
    • Method of creating offshore seabed mound
    • 造海上海底土方法
    • US4643617A
    • 1987-02-17
    • US731889
    • 1985-05-08
    • Haruki KannoHidekazu TsuyoshiKou NishinakagawaMakoto HaraTetsuo MochidaTsugio HisakaMunekazu MiyakiMinoru KawaradaHideaki Kawarabayashi
    • Haruki KannoHidekazu TsuyoshiKou NishinakagawaMakoto HaraTetsuo MochidaTsugio HisakaMunekazu MiyakiMinoru KawaradaHideaki Kawarabayashi
    • E02D15/08E02D3/12E02D15/10E02D23/02E02D27/18E02D27/26E02D27/30E02D27/52E02D3/00
    • E02D3/12E02D27/18E02D27/26E02D27/30
    • A seabed mound creating method suitable for a construction of a large scale offshore structure comprises the steps of setting up a plurality of sheet piles along the outer periphery of a mound creation region in a seabed area of soft ground to form an earth-retaining wall projecting from the seabed, and raising the ground level of the seabed within the earth-retaining wall by depositing soft soil into the earth-retaining wall to heap the deposited soil to a predetermined height. The method further comprises the step of implementing a ground improvement process to both the heaped-up soft soil and the soft ground of the seabed within the earth-retaining wall so that the ground improvement process is provided to a predetermined depth below the seabed, thus to form a seabed mound integral with the improved ground. The seabed mound may be provided at the upper portion with a projection area serving as a shear key with respect to a horizontal external force. Such a seabed mound can eliminate difficulty in supplying mound materials even when constructing a structure in an offshore area. When the ground improvement process is equally implemented to both a seabed ground and the heaped up soft soil, the seabed integrally formed with the improved ground can be created. Thus, a great shear strength due to such an integral structure can resist a horizontal external force, thereby ensuring high security.
    • 一种适用于大型海上结构建设的海床土墩制造方法,其特征在于包括沿着软土地层的墩形成区域的外周设置多张板桩,形成突出的挡土墙 通过将土壤中的软土沉积到挡土墙中,将沉积的土壤堆积到预定的高度,从而提高了挡土墙内海底的地面水平。 该方法还包括对地板保持墙内堆积的软土和海底软土进行地面改良处理的步骤,以便将地面改良过程提供到海底以下的预定深度,从而 形成与改良的地面一体的海床土堆。 可以在上部设置海底土墩,其具有相对于水平外力作为剪切键的投影区域。 即使在近海地区构造结构,这样的海底堆垛也可以消除堆垛材料的供应困难。 当地面改善过程同时实施到海床地面和堆积的软土时,可以形成与改进的地面一体形成的海床。 因此,由于这种整体结构而产生的很大的剪切强度可以抵抗水平的外力,从而确保高的安全性。
    • 4. 发明授权
    • Immersion process for heavy underwater structures with particular applications for underwater oil tanks
    • 用于水下油罐的特殊应用的重型水下结构的渗透方法
    • US3756179A
    • 1973-09-04
    • US3756179D
    • 1971-07-23
    • ELF ENTREPRISE
    • LAFFONT M
    • B63B35/44E02B17/00E02D15/08B63B35/02B65D89/10
    • E02D15/08B63B35/44E02B17/00
    • This invention relates to an immersion process for structures whereby the structure to be immersed is equipped with at least two groups of floats each comprising at least two individual floats in which, by using elongated floats attached vertically to the structure to be immersed and capable of being ballasted or unballasted by the filling or emptying of a central compartment forming the principal ballast, an operation is carried out alternately on each one of the floats in each group consisting either in the ballasting of the said float followed by unballasting and by the simultaneous release of a given length of the chain or cable connecting the structure to the float, or solely in the release of a given length of the chain or cable, the associated float being empty and its position in relation to the structure being fixed during this operation, and in which this operation is carried out simultaneously or alternately on each group of floats until the structure is immersed in the proper position. Both the safety and the performance of the immersion system are thus improved.
    • 本发明涉及一种用于结构的浸渍工艺,其中要浸入的结构装备有至少两组浮子,每组包括至少两个单独的浮子,其中通过使用垂直于待浸入的结构垂直连接并且能够被 通过填充或排空形成主要镇流器的中央隔室进行压载或无压力,在每组中的每个浮子上交替地进行操作,其中包括在所述浮子的压载中,然后进行非压制,同时释放 将结构连接到浮子的链或电缆的给定长度,或者仅仅在链条或电缆的给定长度的释放中,相关联的浮子是空的,并且其在该操作期间相对于结构的位置被固定,以及 其中这种操作同时或交替地在每组浮子上进行,直到结构浸入道具中 呃位置。 浸入式系统的安全性和性能都得到了改善。
    • 7. 发明授权
    • Suction pile installation method and suction pile for use in said method
    • 抽吸桩安装方法和抽吸桩用于所述方法
    • US07661905B2
    • 2010-02-16
    • US11607012
    • 2006-12-01
    • Samy Alhayari
    • Samy Alhayari
    • E02D15/08E02D5/22B63B21/27
    • B63B21/27E02D7/28E02D2250/0053
    • Suction pile installation method comprising the steps of lowering a suction pile to the sea bed, while keeping a top end substantially closed providing openings in the suction pile near a lower end, the interior of the suction pile being in open fluid communication with the exterior via the openings, dropping the pile onto the sea bed, while allowing air to escape from the pile via said openings, and allowing the suction pile to penetrate into the sea bed driven substantially by its weight over such a distance that the openings become closed from the exterior, and pumping air from the suction pile for driving the pile further into the sea bed.
    • 抽吸桩安装方法包括以下步骤:将吸入桩降低到海床,同时保持顶端基本上闭合,在靠近下端的抽吸桩中提供开口,吸入桩的内部与外部通路开放地流体连通 开口,将桩放在海床上,同时允许空气经由所述开口从桩中排出,并且允许抽吸桩穿过其基本上由它的重量驱动的海床,使得开口从 外部抽吸,并从抽吸桩抽取空气,以进一步将桩驱动进入海床。
    • 9. 发明授权
    • Installation for releasing submerged floats
    • 安装用于释放淹没的浮标
    • US4127007A
    • 1978-11-28
    • US779022
    • 1977-03-14
    • Francis D. A. MathieuEdmond Saintenoy
    • Francis D. A. MathieuEdmond Saintenoy
    • E02D15/08F16L1/00F16L3/00
    • E02D15/08
    • An installation for the release of floats supporting by individual cables a structure submerged in an aqueous medium, comprising attachment means fixed on the structure and co-operating with one end of said cable, the other end carrying the float, liberating means co-operating with said attachment means, and a control station for said liberating means, wherein the first of said liberating means is connected to a principal control line connected to the control station, the subsequent liberating means being connected together in such manner that they are automatically and successively actuated after said first liberating means has been actuated via the principal control line, the principal control line and the connections between successive liberating means consisting of fluid pressure lines or electric cables.
    • 一种用于释放由单个电缆支撑的浮体的装置,该结构浸没在水性介质中,包括固定在结构上并与所述电缆的一端配合的附接装置,与该电缆的一端配合的浮动装置, 所述附接装置和用于所述释放装置的控制站,其中所述释放装置中的第一个连接到连接到控制站的主控制线,随后的释放装置以这样的方式连接在一起,使得它们被自动地和连续地致动 在所述第一释放装置已经通过主控制线,主控制线和由流体压力线或电缆组成的连续释放装置之间的连接被致动之后。
    • 10. 发明授权
    • Method and apparatus for applying loads to piles driven under water
    • 用于在水下驱动的桩施加载荷的方法和装置
    • US3950954A
    • 1976-04-20
    • US535084
    • 1974-12-20
    • Stanley C. Haug
    • Stanley C. Haug
    • E02D7/20E02D15/08E02B17/00
    • E02D7/20E02D15/08
    • A pile loading system for piles which are driven into the earth under a body of water wherein a buoyant vessel such as a barge or system of barges, is pinned to at least one spud positioned in the earth below the water and a rigid jacking frame is mounted on the vessel to extend above a pile. The vessel is ballasted, as by flooding, to impose a compressive load on the spud and a jack is then positioned between the pile and the frame and is actuated to transfer the load from the spud to the pile. The load may be applied for the purpose of testing the pile or for driving it further into the earth.
    • 用于在水体下被驱动进入地下的桩的桩装载系统,其中诸如驳船或驳船系统的浮力船只被固定在位于水下面的地球中的至少一个桩杆上,并且刚性起重机架是 安装在船上以在桩上方延伸。 船只通过淹没将其压载在桩脚上施加压缩载荷,然后将千斤顶定位在桩和框架之间,并且启动以将载荷从桩墩传递到桩。 负载可以用于测试桩或将其进一步驱动到地球中。