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    • 72. 发明申请
    • MATERIAL SEPARATION SYSTEM
    • 材料分离系统
    • WO2017024369A4
    • 2017-05-18
    • PCT/BR2016000077
    • 2016-08-11
    • HOFFMANN JOHANNES
    • HOFFMANN JOHANNESHOFFMANN JOHANN
    • B03B4/02B01D33/333B03B4/04B03B4/06B03B11/00C02F1/40C02F103/08E02B15/08E21B43/01
    • E02B15/08Y02A20/204
    • A material separation system consists of a set of devices capable of separating both minerals and crude oil from ocean water. It has a bold design, both with regard to performance and to functionality. The mineral separador is mounted with an inclination angle of 5 to 20 degrees and consists of a support comprising hydraulic devices that make it possible to collect materials to be sorted with an operational capacity of up to 100 tons per minute. All the galleries are shaped as tables with conveyor belts that float through a jet projected by sprayers which provide an intense and constant water flow through the pipes arranged in the galleries, as ducts which determine the paths of all the minerals to be selected, sorted and finally collected. The mineral separator comprises if necessary a magnetic separation system. To ensure the power supply at the separation sites, one of the devices of the system produces electrical energy by means of hydraulic turbines that can be installed near the separator. For subsea separation, energy is supplied by equipment that captures tidal energy. The system for separating crude oil from ocean water consists of a simple structure made of a material similar to the material of balloons or parachutes, and in which oil is extracted from the bottom of the ocean and conducted to a safety reservoir.
    • 物质分离系统由一套能够从海水中分离出矿物质和原油的装置组成。 它具有大胆的设计,无论是在性能和​​功能方面。 矿物分离器安装在倾斜角度为5到20度的地方,由一个包含液压装置的支架组成,可以收集每分钟可达100吨的物料。 所有的画廊都被塑造成带有传送带的桌子,这些传送带可以通过喷射器喷射出来,通过喷射器喷射出来,通过布置在画廊中的管道提供强烈而持续的水流,作为决定所有矿物的选择路径, 最后收集。 如果需要的话,矿物分离器包括磁分离系统。 为了确保分离点处的电力供应,系统的其中一个装置通过可安装在分离器附近的水轮机产生电能。 对于海底分离而言,能量由捕获潮汐能的设备提供。 用于从海水中分离原油的系统由简单的结构组成,该结构由类似于气球或降落伞材料的材料制成,并且其中从海底提取油并且将油引导至安全储存器。
    • 74. 发明公开
    • MOLDING SAND REGENERATION DEVICE
    • 成型设备
    • EP2851143A4
    • 2016-01-13
    • EP13831775
    • 2013-05-09
    • SINTOKOGIO LTD
    • AOKI YUKINORI
    • B22C5/10B03B4/06B07B4/08
    • B22C5/10B02C23/10B02C23/20B03B4/06B07B4/08
    • To provide an apparatus for reclaiming foundry sand that has a fluidized bed that prevents slits from being clogged. The apparatus comprises a tank (3) for reclaiming the foundry sand, a tank (4) for fluidization, an upper portion of which in an upstream side is connected to a bottom of the tank for reclaiming the foundry sand, the tank for fluidization transporting the reclaimed foundry sand and fine powder that drop from the tank for reclaiming the foundry sand, a dust hood (5), and a lower portion of which communicates with an upper portion of the tank for fluidization in a downstream side, the dust hood collecting the fine powder in the tank for fluidization, wherein a fluidized bed (6) in the tank for fluidization has a plurality of inverted V-shaped covering members (13) and a plurality of V-shaped flooring members (14), wherein the inverted V-shaped covering members and the V-shaped flooring members are horizontally and alternately provided so that the inverted V-shaped covering members are at any point above a vertically corresponding point of the V-shaped flooring members, and wherein gaps between end portions of the inverted V-shaped covering members and end portions of the V-shaped flooring members are formed as inclined slits (15) for supplying air.
    • 75. 发明公开
    • Vibratory material separator having an adjustable air knife and a separation tube
    • Vibrationstrennvorrichtung mit verstellbarem Luftmesser und Trennrohr
    • EP1640075A1
    • 2006-03-29
    • EP05020914.7
    • 2005-09-26
    • GENERAL KINEMATICS CORPORATION
    • Guptail, William G.
    • B07B4/02B07B4/08B03B4/06
    • B03B4/06B07B4/02B07B4/08
    • A vibratory material separating apparatus has at least two plateau conveying surfaces (20,22) interrupted by a drop out opening (24). A composite mixture is conveyed by a vibrating action beyond the first conveying plateau and over a foraminous section in the first conveying plateau adjacent the drop out opening. Air is directed upwardly through the foraminous section (102) to break apart the composite mixture, and an air supply formed by an air duct is also directed angularly in relationship to the plane of the first conveying plateau to further break apart the composite mixture and to propel particles of predetermined density and/or dimension to the landing area (86) on the second conveying plateau. The air duct is adjustable between a first position and a second position to form an air stream (84) having an adjustable and width. In another aspect, a separating tube (150) is located between and spaced from the first and second conveying plateaus, within the drop out opening. The separating tube interacts with the air stream produced by the air duct to assist in carrying particles passing over the leading edge of the separating tube over the drop out opening and onto the landing area of the second conveying plateau.
    • 振动材料分离装置具有由脱出开口(24)中断的至少两个平台输送表面(20,22)。 复合混合物通过超过第一输送平台的振动作用并在邻近出口的第一输送平台中的多孔部分上传送。 空气被向上引导通过多孔部分(102)以分解复合混合物,并且由空气管道形成的空气供应也与第一输送平台的平面成角度地定向,以进一步分解复合混合物,并且 将预定浓度和/或尺寸的颗粒推进到第二输送平台上的着陆区域(86)。 空气管道可在第一位置和第二位置之间调节以形成具有可调节和宽度的空气流(84)。 在另一方面,分离管(150)位于第一和第二输送平台之间并且在脱出开口内与第一和第二输送平台隔开。 分离管与由空气管道产生的空气流相互作用,以有助于将分离管的前缘上方的颗粒运送穿过脱出开口并进入第二输送平台的着陆区域。