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    • 1. 发明授权
    • Method and apparatus for transferring a drilling apparatus from a
movable vessel to a fixed structure
    • 将钻孔设备从可移动容器传送到固定结构的方法和装置
    • US5290128A
    • 1994-03-01
    • US852487
    • 1992-03-16
    • Charles W. YeargainDaniel F. McNeaseMichael D. Moody
    • Charles W. YeargainDaniel F. McNeaseMichael D. Moody
    • B63B35/00B63B35/38E02B17/00E02D25/00
    • E02B17/021B63B35/003B63B35/38E02B2017/0039E02B2017/006
    • A skidbase 16 and a drilling structure 18 are adapted for transfer between a jack-up platform 12 and a fixed platform 14. The jack-up platform 12 is moved into position adjacent the fixed platform 14 and raised to a height aligned with the fixed platform 14. The skidbase 16 is then transferred onto the fixed platform 14 to provide a base on which the drilling structure 18 is next placed. The jack-up platform 12 is raised to a vertical height aligned with the skidbase 16. To ensure proper location of the top surface of the jack-up platform 12 relative to the skidbase 16, a connection means 47 automatically engages and aligns the jack-up platform 12 with the skidbase 16 so that skid rails 32, 44 located on the deck of the jack-up platform 12 and on a top surface of the skidbase 16 are positioned a precise distance apart and at the same vertical height. The drilling structure 18 is then skidded onto the skidbase 16 so that drilling operations may be performed from the fixed platform 14. The connection means 47 takes the form of a multi-dimension blade member 128 affixed to the skidbase 16. The blade member 128 progressively engages a series of guide members 122, 124 on the jack-up platform 12 and, thereby, progressively and stagewise aligns the skidbase 16 as the jack-up platform 12 is moved to its desired vertical height.
    • 滑行基座16和钻孔结构18适于在自升式平台12和固定平台14之间传递。自升式平台12移动到邻近固定平台14的位置并升高到与固定平台对准的高度 然后,滑橇座16被转移到固定平台14上以提供下一个放置钻孔结构18的基座。 自升式平台12升高到与防滑基座16对准的垂直高度。为了确保自升式平台12的上表面相对于滑橇座16的正确定位,连接装置47自动地接合并对齐千斤顶 - 具有防滑基座16的上升平台12,使得位于自升式平台12的甲板上的滑轨32,44和防滑基座16的顶表面以相同的垂直高度隔开精确的距离。 然后将钻孔结构18滑入滑橇座16上,从而可以从固定平台14执行钻孔操作。连接装置47采取固定在防滑基座16上的多维叶片构件128的形式。叶片构件128逐渐地 与自升式平台12上的一系列引导构件122,124接合,并且因此随着自升式平台12移动到其期望的垂直高度,逐渐地和逐步地对准滑行基座16。
    • 6. 发明授权
    • Offshore launching system
    • 离岸发射系统
    • US4916999A
    • 1990-04-17
    • US263625
    • 1988-10-27
    • C. R. PalmerRobert A. KellerDaniel F. McNease
    • C. R. PalmerRobert A. KellerDaniel F. McNease
    • F41F3/04
    • F41F3/04
    • A jack-up type of offshore oil-drilling platform is adapted for rocket launching, wherein the rocket is assembled on a mobile launch pad in a protected on-shore facility then loaded onto the floating jack-up barge for transport to a launch site miles offshore. The barge is jacked up to create a stable, sea-bottom supported structure; a particular feature is the used of a movable cantilever structure on which the rocket and its supporting pad are loaded while in the on-shore facility, then this structure is moved to a central location on the barge, the barge is floated, and the floating barge is towed to the launch site. At the launch site the structure is moved back to a cantilevered position for launch. In this manner the exhaust gasses from the rocket motors can be directed harmlessly into the sea.
    • 一种自升式海上石油钻井平台适用于火箭发射,其中火箭组装在受保护的岸上设施的移动发射台上,然后装载到浮动自升式驳船上,以运送到发射场数英里 离岸 驳船被打倒,形成一个稳定的海底支撑结构; 特别的特征是在岸上设施中使用了可移动的悬臂结构,火箭及其支撑垫在其上装载,然后将该结构移动到驳船上的中心位置,驳船浮起,浮动 驳船被拖到发射场。 在发射场地,结构被移回悬臂位置进行发射。 以这种方式,来自火箭发动机的废气可以无害地引导到海中。