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    • 1. 发明授权
    • Marine clathrate mining and sediment separation
    • 海洋包合采矿和沉积物分离
    • US06209965B1
    • 2001-04-03
    • US09209219
    • 1998-12-10
    • David J. BornsThomas E. HinkebeinRichard W. LynchDavid A. Northrop
    • David J. BornsThomas E. HinkebeinRichard W. LynchDavid A. Northrop
    • E02F700
    • E02F3/925E02F3/9262E02F3/9281E21B2043/0115E21C50/00
    • A method and apparatus for mining of hydrocarbons from a hydrocarbon-containing clathrate such as is found on the ocean floor. The hydrocarbon containing clathrate is disaggregated from sediment by first disrupting clathrate-containing strata using continuous mining means such as a rotary tilling drum, a fluid injector, or a drill. The clathrate-rich portion of sediment thus disrupted from the sea floor strata are carried through the apparatus to regions of relative lower pressure and/or relative higher temperature where the clathrate further dissociates into component hydrocarbons and water. The hydrocarbon is recovered with the assistance of a gas that is injected and buoys the hydrocarbon containing clathrate helping it to rise to regions of lower pressure and temperature where hydrocarbon is released. The sediment separated from the hydrocarbon returns to the ocean floor.
    • 一种从含烃包合物开采烃的方法和装置,例如在海底发现的。 通过使用连续采矿装置如旋耕机,流体注射器或钻机首先破碎含有包合物的地层,将含烃的包合物从沉积物中分解。 因此,从海床地层破裂的沉积物的包合物丰富部分通过设备运送到相对较低压力和/或相对较高温度的区域,其中包合物进一步分解成组分烃和水。 在被注入的气体的辅助下回收碳氢化合物,并且使含有烃的包合物浮起来,帮助其升高到释放碳氢化合物的较低压力和温度的区域。 与碳氢化合物分离的沉积物返回到海底。
    • 2. 发明授权
    • Screening device and apparatus including same
    • 筛选装置及包括其的装置
    • US6126016A
    • 2000-10-03
    • US894774
    • 1997-08-27
    • Neil Deryck Bray Graham
    • Neil Deryck Bray Graham
    • B07B1/12B07B1/46B07B1/52B07B1/55E02F3/92E02F3/94E02F7/00E21C41/16E02F9/26
    • B07B1/528B07B1/12B07B1/46B07B1/55E02F3/9262E02F3/9281E02F3/94E02F7/005E21C41/16
    • A screening device including a screen includes a first side for presentation to a body of material to be screened and a second side. A plurality of elongate screen openings are formed in the screen extending between the first and second sides thereof. A plurality of tines mounted on support means disposed on the second side of the screen. Each tine is movable along a cyclical path at least part of which includes one of the elongate screen openings whereby the tine is receivable in and movable along the elongate screen opening. The tine extends beyond the first side of the screen for at least part of the movement thereof along the screen opening. The screening device may be incorporated in various machines including a recovery head for an underground mining apparatus.
    • PCT No.PCT / AU96 / 00106 Sec。 371日期1997年8月27日第 102(e)日期1997年8月27日PCT提交1996年2月28日PCT公布。 公开号WO96 / 26794 日期1996年9月6日包括屏幕的筛选装置包括用于呈现到被筛选材料的主体的第一侧和第二侧。 在屏幕的第一和第二侧面之间形成有多个细长的屏幕开口。 安装在设置在屏幕的第二侧上的支撑装置上的多个齿。 每个齿可以沿着循环路径移动,其至少一部分包括细长的丝网孔之一,由此齿可沿着细长的筛网开口移动并移动。 尖齿延伸超过屏幕的第一侧,用于沿屏幕开口的至少一部分运动。 筛选装置可以结合在包括用于地下采矿设备的回收头的各种机器中。
    • 9. 发明授权
    • Dredge with improved auger shroud
    • 挖泥船与改进的螺旋桨护罩
    • US06318005B1
    • 2001-11-20
    • US09595646
    • 2000-06-16
    • Lee André
    • Lee André
    • E02F322
    • E02F3/9212E02F3/06E02F3/9281E02F5/006
    • A dredge supporting a pivotal ladder with a suction auger on its free end. A shroud assembly including front, center and rear sections surrounds a large portion of the periphery of the auger. The shroud assembly is pivotal about the axis of the auger and the front and rear sections are each independently pivotal relative to the center section so that the center section can be maintained at a relatively constant attitude independent of the inclination of the ladder and only a leading one of the front and rear sections, depending on the direction of movement of the dredge, is necessarily opened while the trailing section can remain closed adjacent to the auger. The articulation of the several shroud sections enables the suction auger head to operate in both directions with reduced turbidity and, therefore, increased efficiency.
    • 一个挖泥船在其自由端用支撑螺旋钻支撑一个关键的梯子。 包括前部,中部和后部的护罩组件围绕螺旋钻的周边的大部分。 护罩组件围绕螺旋钻的轴线枢转,并且前部和后部各自独立地相对于中心部分枢转,使得中心部分可以保持在相对恒定的姿态,而不依赖于梯子的倾斜度,只有前导 取决于挖泥船的运动方向,前部和后部之一必须打开,而尾部可以在螺旋钻附近保持关闭。 几个护罩部分的铰接使得吸入螺旋钻头能够在两个方向上操作,同时具有降低的浊度并因此提高效率。