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    • 51. 发明授权
    • Apparatus and method for offloading a hydrocarbon fluid
    • 用于卸载烃流体的装置和方法
    • US09004103B2
    • 2015-04-14
    • US13407577
    • 2012-02-28
    • Kok Seng FooAlex Kah Keong Tan
    • Kok Seng FooAlex Kah Keong Tan
    • B67D7/04B67D9/00B63B27/34B63B27/24
    • B67D9/00B63B27/24B63B27/34Y10T137/0318Y10T137/8593Y10T137/8807
    • Disclosed are various apparatus and method for transferring a hydrocarbon fluid between two bodies. An offloading system for facilitating hydrocarbon fluid transfer between two bodies includes a transfer skid and a lifting system. The transfer skid is movable from a first body to a second body to be installed thereupon to facilitate hydrocarbon fluid transfer to and from the first and the second bodies. The lifting system may be provided on the first body, and includes an extendable lifting arm; a spreader frame attachment which includes at least a first and a second lifting device to support the transfer skid, wherein the spreader frame attachment is rotatably coupled to the extendable lifting arm to allow angular or rotatable adjustment of the transfer skid in a horizontal plane.
    • 公开了用于在两个物体之间转移烃流体的各种装置和方法。 用于促进两个物体之间的烃流体转移的卸载系统包括传送滑板和提升系统。 传送滑板可以从第一主体移动到第二主体以安装在其上,以促进烃流体传送到第一和第二主体。 提升系统可以设置在第一主体上,并且包括可伸展的提升臂; 吊架框架附件,其包括至少第一和第二提升装置以支撑传送滑板,其中,所述吊架框架附件可旋转地联接到所述可伸缩提升臂,以允许所述传送滑板在水平面中进行角度或可旋转的调节。
    • 54. 发明授权
    • Mobile vapor recovery and vapor scavenging unit
    • 移动蒸汽回收和蒸汽清除装置
    • US5050603A
    • 1991-09-24
    • US261760
    • 1988-10-24
    • Charles A. StokesDaniel E. Steppe
    • Charles A. StokesDaniel E. Steppe
    • B67D7/04B67D9/00
    • B67D7/0476B67D9/00
    • A mobile apparatus is provided for the recovery of emissions produced by the loading of cargos containing volatile organic compositions at land based or marine based terminals such as offshore oil produciton rigs. Hydrocarbon emissions have been found to elevate ozone levels in the lower atmosphere and the invention substantially eliminates these emissions by recovering the hydrocarbons emitted. The mobility of the apparatus offers the possibility of low cost use in terminals having a low cargo throughput by providing a high on-stream factor due to the ability to move the apparatus from one terminal to another as required.
    • 提供了一种移动装置,用于回收在陆基或海洋基础终端如海上石油生产钻机上装载含有挥发性有机组合物的载体产生的排放物。 已经发现碳氢化合物排放提高了较低气氛中的臭氧水平,本发明通过回收排放的烃基本上消除了这些排放物。 该装置的移动性提供了通过提供高的流量因子,因为根据需要将装置从一个终端移动到另一个终端的能力,具有低货物吞吐量的终端的低成本使用的可能性。
    • 55. 发明授权
    • Open sea transfer of fluids
    • 打开海洋转移的流体
    • US4867211A
    • 1989-09-19
    • US941170
    • 1986-12-12
    • John W. DodgeAlan R. RabettDenis J. Mottram
    • John W. DodgeAlan R. RabettDenis J. Mottram
    • B63B27/24B67D9/00F17C13/00
    • B67D9/00B63B27/24Y10T137/8807
    • The invention relates to equipment for the transfer for fluids, much as oil or gas, e.g. from a platform or buoy located by attachments to the sea bed, but otherwise with complete freedom of movement, due to the action of wind and wave, to a vessel with similarly complete freedom of movement. The equipment includes systems for automatically acquiring a target (10) to which is attached a tage line (11) and a transfer hose line (9), and for automatically transporting that target (10) accurately to a winching system (16) mounted on the said ship. The transfer hose line can be reeled in by the winching system (16) and the fluid transfer hose thus connected automatically to the ship-mounted receiving system. The equipment includes a self-sealing fluid coupling through which fluid flow can take place, and a hose having sufficient length to accommodate the stand-off of the vessel from the platform or buoy. Routine uncoupling is accomplished by reversing the coupling procedure, including the use of the same equipment to replace the target in close proximity to the buoy in a controlled manner. The mechanical configuration of the deck equipment 16 is such that if an emergency occurs, the transfer hose line and the running shackle can be released from their respective clamps (43)(44), thus permitting the transport hose line to pay-out. This would allow all the equipment connecting the receiver vessel with the buoy or platform to fall overboard in a predetermined manner. This procedure maintains the continuous loop which comprises the transfer hose, transfer hose line and tag line, and enables a pick-up to be effected subsequently.
    • 本发明涉及用于流体的转移的设备,例如油或气体,例如油。 来自通过附件位于海床上的平台或浮标,但是由于风和波的作用,否则具有完全自由的运动,具有类似的完全自由的船舶。 该设备包括用于自动获取目标(10)的系统,所述目标(10)附接有餐具线(11)和传送软管管线(9),并且用于将所述目标(10)精确地自动传送到安装在 这艘船。 输送软管管线可以被绞盘系统(16)卷入,并且流体输送软管自动连接到船上接收系统。 该设备包括可以发生流体流动的自密封流体联接器和具有足够长度的软管,以适应容器从平台或浮标的支座。 通过反转联接程序来实现常规解耦,包括使用相同的设备以受控的方式替换靠近浮标的目标。 甲板设备16的机械构造使得如果发生紧急情况,则可以从其相应的夹具(43)(44)释放输送软管管线和行进卸扣,从而允许输送软管管线进行支付。 这将允许将接收器船舶与浮标或平台连接的所有设备以预定的方式落在船外。 该过程保持包括传送软管,传送软管线和标签线的连续回路,并且使得能够随后进行拾取。
    • 56. 发明授权
    • Multi-passage swivel joint combining flexible and sliding means
    • 多通道旋转接头组合柔性和滑动装置
    • US4759573A
    • 1988-07-26
    • US776661
    • 1985-09-16
    • Guy-Robert Delamare
    • Guy-Robert Delamare
    • B67D9/00F16L39/04F16L39/00
    • B67D9/00F16L39/04
    • A multi-passage swivel joint for simultaneous transfer of a plurality of separate fluids between two groups of conduits, the second group rotating about the first group has a plurality of sliding contact seals with a bundle of flow passages in deformable sheaths providing segregation continuity on the one hand for large rotations by sliding of the seals and on the other hand for small alternating angular motions by elastic deformation of at least one deformable sheath defining the flowpaths. The stiffness of the deformable sheath compared with the force required for causing the seals to slide being such that the coefficient of friction of the seals has a value such that sliding occurs before the maximum allowable deformation of the sheaths is reached.
    • 一种多通道旋转接头,用于在两组导管之间同时传送多个单独的流体,围绕第一组旋转的第二组具有多个滑动接触密封件,其具有可变形护套中的一束流动通道,从而在 一只手通过滑动密封件而进行大的旋转,另一方面通过限定流路的至少一个可变形护套的弹性变形来进行小的交替角运动。 与使密封件滑动所需的力相比,可变形护套的刚度使得密封件的摩擦系数具有使得在达到护套的最大允许变形之前发生滑动的值。