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    • 4. 发明公开
    • GAS LIFT SYSTEM AND GAS LIFT METHOD
    • GASAUFTRIEBSSYSTEM UND GASAUFTRIEBSVERFAHREN
    • EP2743514A1
    • 2014-06-18
    • EP12821835.1
    • 2012-07-27
    • Modec Inc.
    • NAKAMURA, TakujuKAWASE, Masaki
    • F04F1/18B01D19/00C02F11/00E02F3/88E21C50/00
    • F04F1/20B01D19/0057E02F3/8833E02F3/9243E21C50/00F04F1/18
    • In a bubble lift system 10, a pressurized chamber 21 is provided at an upper end portion of a riser pipe 11, and applies a pressure to an upper portion inside the riser pipe 11 to suppress an increase in the volume ratio of bubbles to a fluid mixture rising inside the riser pipe 11 in a shallow water region. In this configuration, the upper end of the riser pipe 11 is not opened to the atmosphere but is inserted into the pressurized chamber 21 under a high pressure to thereby prevent expansion of the bubbles and gas. In addition, a deaerator 14 for discharging bubbles separated by a centrifugal force is also provided in a middle portion of the riser pipe 11 in a shallow water region to thereby make the bubbles distributed more evenly inside the whole riser pipe 11. Thus, provided are the bubble lift system 10 and a bubble lift method that are efficient and employable even in a deep water region.
    • 在气泡提升系统10中,在提升管11的上端部设有加压室21,对提升管11内的上部施加压力,以抑制气泡与流体的体积比的增加 混合物在浅水区域内在立管11内升起。 在这种构造中,提升管11的上端不向大气开放,而是在高压下插入加压室21,从而防止气泡和气体的膨胀。 此外,在浅水区域中的提升管11的中间部分还设置有用于排出由离心力分离的气泡的除气器14,从而使气泡在整个提升管11内更均匀地分布。因此, 气泡提升系统10和气泡提升方法,即使在深水区域也是有效且可使用的。
    • 5. 发明公开
    • MARINE SOIL LEVELLING AND CONSOLIDATION SYSTEM
    • 系统ZUR EBNUNG UND KONSOLIDIERUNG VON MEERESBODEN
    • EP2511431A1
    • 2012-10-17
    • EP10835520.7
    • 2010-12-10
    • Grupo De Ingenieria Oceanica, S.L.
    • DEL CAMPO Y RUIZ DE ALMODOVAR, Cesar
    • E02F3/815E02D29/09E02D3/00
    • E02F3/9243E02F5/006E02F5/22
    • A system for the levelling and consoliation of the sea bed that comprises of a suction hood (1) driven into the ground, a pieza (2) coiled into the hood (1), some L---shaped tubes (3) welded to the part (2), some tubes (4) connnected perpendicularly to each one of the horizontal stretches of the tubes (3), some inclined continuous plates (5) on the free ends of the tubes (4), some tubes connected telescopically (6) on the inside of the suction hood and a pinion (7) that allows the tubes to turn (3). Furthermore, for the consolidation of the sea bed, comprised of a hopper (8) in which the grout that is going to be used is stored to consolidate the ground, some bombas de cavidad progresiva that are located inside the vertical part of the tubes (3) and some pinions connected to the axle of the pumps.
    • 一种用于平整和协调海床的系统,其包括被驱动到地面中的抽吸罩(1),卷绕到罩(1)中的一个蒸汽盘(2),一些L形管(3)焊接到 部分(2),垂直于管(3)的每个水平延伸部连接的一些管(4),管(4)的自由端上的一些倾斜连续板(5),一些管可伸缩地连接 6)和吸气罩内侧的小齿轮(7)(3)。 此外,为了巩固海床,其包括料斗(8),其中存储要使用的浆料以固结地面,一些位于管的垂直部分内的炮弹(cavasid) 3)和一些小齿轮连接到泵的轴上。
    • 10. 发明公开
    • IMPROVEMENTS IN AND RELATING TO DREDGING APPARATUS
    • 改进或与疏浚设备连接
    • EP2440712A1
    • 2012-04-18
    • EP10786427.4
    • 2010-06-10
    • Goodin, Joseph Michael
    • Goodin, Joseph Michael
    • E02F3/92E02F3/94E02F3/38E02F5/28
    • E02F5/006E02F3/9243F04F5/10
    • This present invention relates to improvements in and relating to dredging apparatus. In particular, the invention relates to a suction head for a dredging device for relocating matter, such as matter in the form of particulate matter and/or fluid by sucking the particulate matter from a bed of a body of water. The suction head comprises a first conduit having an inlet; a second conduit having an inlet and an outlet, the second conduit being in series and in fluid communication with the first conduit, the outlet of the second conduit opening to the inlet of the first conduit via a mixing region; a third conduit having an inlet and an outlet, the outlet of the third conduit opening to the first conduit via a restriction and the mixing region, wherein a fluid may be fed under pressure through the inlet of the third conduit and conveyed to the mixing region via the restriction to cause a reduction in the pressure of the fluid passing into the mixing region, the reduction in pressure of the fluid causing matter to be sucked through the inlet of the second conduit and conveyed though the second conduit to the mixing region, the matter being entrained with the fluid and exiting the mixing region via the first conduit; and means for promoting a generally helical flow of the fluid through the restriction.