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    • 1. 发明申请
    • Vacuum boring and mud recovery system
    • 真空镗孔和泥浆回收系统
    • US20020189139A1
    • 2002-12-19
    • US10217055
    • 2002-08-12
    • Lynn Allan Buckner
    • E02F003/88
    • E21B21/066E02F3/8816E02F3/9262E02F3/9268
    • A vacuum boring and mud recovery method comprising a vacuum container, a vacuum producing device to create a vacuum within said container, a conduit to vacuum solid particles and liquids into the vacuum container and a dispensing device to dispense the liquid or solid particles from the vacuum container without eliminating the vacuum environment within the vacuum container. Vacuum container contents are stored within the container while simultaneously dispensing the solid particles and or liquids. The vacuum container method may also have a separating device disposed within it to separate solids and liquids by category. The vacuum container method is a continuous operation vacuum container which can simultaneously fill, store and dispense solid particles and liquids with the added ability to simultaneously separate the solids and or liquids before they are dispensed from the vacuum container. This is accomplished without eliminating the vacuum environment within the vacuum container. The vacuum container method can also include an articulated powered vacuum conduit boom, a vacuum conduit tractor or purification means.
    • 一种真空镗孔和泥浆回收方法,包括真空容器,在所述容器内产生真空的真空产生装置,将固体颗粒和液体真空吸入真空容器的管道以及从真空中分配液体或固体颗粒的分配装置 容器,而不消除真空容器内的真空环境。 真空容器内容物储存在容器中同时分配固体颗粒和/或液体。 真空容器方法也可以具有设置在其中的分离装置,以分类固体和液体。 真空容器方法是连续操作的真空容器,其可以同时填充,存储和分配固体颗粒和液体,同时具有在从真空容器分配之前同时分离固体和/或液体的能力。 这是在不消除真空容器内的真空环境的情况下实现的。 真空容器方法还可以包括铰接的动力真空管道悬臂,真空管道拖拉机或净化装置。
    • 5. 发明申请
    • Gravel-or-the-like removing device
    • 砾石或类似的去除装置
    • US20030000113A1
    • 2003-01-02
    • US09991871
    • 2001-11-26
    • TOYO DENKI INDUSTRIAL CO., LTD.
    • Toshinobu Araoka
    • E02F003/88
    • E02F3/9212E02F3/9262E02F3/9275
    • The gravel-or-the-like removing device includes an impeller casing which accommodates an impeller driven by a motor in the inside thereof and has a suction opening at the center of the lower surface, a peripheral wall for preventing collapse and inflow of gravel or the like which is constituted of a cylindrical body which has an upper end thereof connected to a lower portion of the impeller casing and a lower end thereof opened downwardly and forms a water retention space in the inside thereof, and a water suction pipe which has an upper-end opening thereof opened in water above a gravel-or-the-like piled level and a lower opening thereof communicably connected with the water retention space.
    • 砾石移除装置包括:叶轮壳体,其容纳由其内部的马达驱动的叶轮,并且在下表面的中心具有吸入口,用于防止砾石的塌陷和流入的周壁; 所述圆筒体的上端连接到所述叶轮壳体的下部并且其下端向下开口并在其内​​部形成保水空间的筒状体,以及吸水管,其具有 其上端开口处于砾石或类似堆积的水平面上方的水中,以及与保水空间可通信地连接的下部开口。
    • 6. 发明申请
    • SOIL-EXCAVATING APPARATUS
    • 土壤开采装置
    • US20020194753A1
    • 2002-12-26
    • US09888099
    • 2001-06-22
    • Belinda BainRonald BainMichael P. Shablo
    • E02F003/88
    • E02F3/8825E02F3/925E02F3/9293
    • A soil excavating apparatus is disclosed for use in combination with a cleaning/vacuuming machine having at least one high pressure fluid supply in the vacuum line. The apparatus includes a spray head secured to the vacuum line first end, and disposed substantially thereabout. The spray head is in fluid communication with the pressurized fluid supply. A plurality of inboard spray nozzles are disposed substantially thereabout. The spray head is in fluid communication with the pressurized fluid supply. A plurality of inboard spray nozzles are removably secured to the spray head and extend therefrom. The spray nozzles are angularly oriented to direct the pressurized fluid towards a center line of the vacuum line.
    • 公开了一种与在真空管线中具有至少一个高压流体供应的清洁/抽吸机组合使用的土挖掘设备。 该装置包括固定到真空管线第一端并基本上设置的喷头。 喷头与加压流体源流体连通。 多个内侧喷嘴基本上设置在其上。 喷头与加压流体源流体连通。 多个内侧喷嘴可移除地固定到喷头并从其上延伸。 喷雾嘴角度定向以将加压流体引向真空管线的中心线。
    • 7. 发明申请
    • Method and apparatus for dredging and transporting dredged solids
    • 疏浚和运输疏浚固体的方法和设备
    • US20020059740A1
    • 2002-05-23
    • US09897293
    • 2001-06-29
    • Richard R. MurraySteven E. Jones
    • E02F003/88
    • E02F3/8866E02F3/8841E02F3/885E02F5/00E02F5/28
    • A system and method of the type for quickly mobilizing a unit for dredging a layer of material from a water bottom is provided. The dredging system includes: a motorized, substantially self-contained vessel positioned above a borrow site, at least one dredging shoe extended from the vessel to a bottom of a water adapted for dredging a material from said bottom to a pre-selected depth, a power source positioned on the vessel in operational connection with the dredging shoe for drawing the material into the shoe and transporting the material through a conduit to a deposit site, and a dredging motivation system connected to the vessel for moving the vessel and the dredging shoe along a dredging path.
    • 提供了一种用于快速动员用于从水底疏浚一层材料的单元的系统和方法。 疏浚系统包括:位于借用位置上方的机动化的,基本上独立的船只,至少一个从船舶延伸到水底部的疏浚鞋,适用于将材料从所述底部疏通到预先选定的深度, 电源定位在与疏浚鞋操作连接的容器上,用于将材料拉入鞋中并将材料通过管道运输到沉积位置,以及连接到容器以用于移动容器和疏浚鞋的疏浚动力系统 疏通道路。
    • 8. 发明申请
    • The procedure and the apparatus for the extraction of methane gas from the sea bottom
    • 从海底提取甲烷气体的方法和装置
    • US20040244227A1
    • 2004-12-09
    • US10838866
    • 2004-05-05
    • Petru Baciu
    • E02F003/88
    • E21C45/00E02F7/005E21B2043/0115
    • The present invention is referring to a procedure and a apparatus of extraction of methane gas from the bottom of the sea, consigned to the extraction of methane gas from marine sediments found in the sea's and ocean's depthless and with which came to produce in the end, methane liquefied gas. The procedure, in accordance with the invention, consists of lowering a take out enclosure to a depth of over 500 m., followed by a take out of a quantity of cryohydrate sediment from the bottom of the sea and the elevation of enclosure until is reached a level at which the water pressure and its temperature create conditions which allowed the beginning of a process of releasing of methane gas from cryohydrate crystals. The following operation is the releasing of methane from the entire quantity of take out cryohydrate, methane that is collected in a room from where is raised through a tube and captured into an enclosure and then liquefied. The remaining sediments without methane are returned to the ocean's floor by gravity. The apparatus, conform to the invention, is composed of some guiding arms B positioned crosswise, and on which a platform A is sitting and from a central anchor C at which cylindrical corp 2 are assembled by superior ends of some portion c of the mentioned arms B, some collection cages D being suspended of arms B by some ropes 5, 6, 13 and 14 help, and anchor C in which is incorporated an axial-radial bearing 33, being connected by an intermediary rope 21 at the sea bottom.
    • 本发明是指从海底提取甲烷气体的方法和装置,从海洋和海洋深处发现的海洋沉积物中提取甲烷气体,最终产生, 甲烷液化气。 根据本发明的程序包括将取出外壳降低到500米以上的深度,然后从海底取出一定数量的低温沉淀物,并且到达外壳的高度 水压和其温度产生允许开始从冷冻水合物晶体释放甲烷气体的过程的水平。 以下操作是将甲烷从全部取出的低温水合物中释放出来,甲烷被收集在室内,从那里升起通过管并被捕获到外壳中然后液化。 没有甲烷的剩余沉积物通过重力返回到海洋地板。 符合本发明的装置由横向定位的一些导向臂B和平台A所在的一些导向臂B和中心锚固件C组成,其中圆柱形公司2由所述臂的一些部分c的上端组装 B,一些收集笼D被一些绳索5,6,13和14悬挂在臂B上,并且锚固件C被安装在轴向径向轴承33上,该轴向径向轴承33通过海底的中间绳索21连接。
    • 9. 发明申请
    • Excavator system
    • 挖掘机系统
    • US20040128866A1
    • 2004-07-08
    • US10680760
    • 2003-10-07
    • Richard D. Nathenson
    • E02F003/88
    • E02F3/9206
    • An excavation system includes a shroud having a first opening and a second opening, a nozzle for directing an air stream in a first direction through the first opening of the shroud, wherein the nozzle is surrounded by the shroud, a first pump configured to apply a suction within the shroud in a second direction through the second opening of the shroud, and a collection area in fluid communication with the second opening of the shroud for receiving contaminated material. The collection area includes a collector for separating the contaminated material via an impact plate and a filter. The contaminated material is then deposited into a bag supported by a box. A method for excavating the contaminated material from the ground is also disclosed.
    • 挖掘系统包括具有第一开口和第二开口的护罩,用于沿着第一方向引导空气流通过护罩的第一开口的喷嘴,其中喷嘴被护罩包围,第一泵构造成施加 在护罩内通过护罩的第二开口在第二方向上抽吸,以及与护罩的第二开口流体连通的收集区域,用于接收受污染的材料。 收集区域包括用于通过冲击板和过滤器分离污染材料的收集器。 然后将受污染的材料沉积在由盒支撑的袋中。 还公开了一种从地面挖掘污染物质的方法。