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    • 2. 发明授权
    • Air classifier
    • 空气分级机
    • US4528092A
    • 1985-07-09
    • US463047
    • 1983-02-01
    • Wolfgang KrambrockHans Hoppe
    • Wolfgang KrambrockHans Hoppe
    • B07B4/02B07B7/01B07B7/02B07B11/06
    • B07B7/02
    • An air classifier having an upright housing open at both ends in which a pipe section is concentrically located to define a first annular passage closed at its upper end. A feed conduit attached to a pneumatic delivery system is concentrically located within the pipe section defining a second annular passage open at both ends. A cover is mounted over the upper end of the housing defining a dispersing chamber for bulk material. The dispersed material falls through the second passage, beyond the lower end of the pipe into an annular chamber where the components are separated by an air stream moving upwardly. The heavier particles falls and the lighter particle travel with the upward air.
    • 一种空气分级器,其具有在两端敞开的直立壳体,其中管段同心地定位以限定在其上端封闭的第一环形通道。 连接到气动输送系统的进料导管同心地位于管部分内,限定在两端敞开的第二环形通道。 盖子安装在壳体的上端,限定用于散装材料的分散室。 分散的材料通过第二通道落下,超过管子的下端进入环形室,其中部件被向上移动的空气流分开。 较重的颗粒落下,较轻的颗粒随着向上的空气行进。
    • 3. 发明授权
    • Particle separator
    • 粒子分离器
    • US4222858A
    • 1980-09-16
    • US47006
    • 1979-06-11
    • Maximo L. AvilaEdwin L. Cortez
    • Maximo L. AvilaEdwin L. Cortez
    • B07B7/02B07B4/02
    • B07B7/02
    • A particle separator physically separates a mixture of small and large particles and metal particles which are suspended in a stream of air into discrete groups of small particles, large particles and metal particles. The particle separator includes a chamber having a bottom and including an inverted truncated cone. The cone includes an upper skirt which forms a seal with the inner wall of the chamber and an aperture in the lower end. The cone divides the chamber into upper and lower compartments. An inlet duct extends through the wall of the chamber into the upper compartment of the chamber. A filter plate is positioned within the lower compartment of the chamber and includes a first side surface which forms a seal with the inner wall of the chamber and a second side surface which forms a seal with the wall of the cone. The structure of the filter defines an intermediate compartment in the upper portion of the lower compartment. An outlet duct extends throught the wall of the chamber into the intermediate compartment. A blower is coupled to the separator and produces a flow of air from the inlet duct through the upper compartment and through the aperture in the cone into the lower compartment, through the filter into the intermediate compartment and out through the inlet duct. A valve in the bottom of the chamber removes large particles from the chamber.
    • 颗粒分离器将悬浮在空气流中的小颗粒和大颗粒和金属颗粒的混合物物理分离成离散的小颗粒,大颗粒和金属颗粒组。 颗粒分离器包括具有底部并包括倒立锥体的室。 锥体包括与裙部内壁形成密封的上裙部和下端的孔。 锥体将腔室分成上部和下部隔室。 入口管道延伸穿过腔室的壁进入腔室的上部隔间。 过滤板定位在室的下部隔室内,并且包括与室的内壁形成密封的第一侧表面和与锥体的壁形成密封的第二侧表面。 过滤器的结构在下隔室的上部限定中间隔室。 出口管道延伸穿过腔室的壁进入中间隔室。 鼓风机联接到分离器并且从入口管道通过上隔室并且通过锥体中的孔产生空气流进入下隔室,通过过滤器进入中间隔室并通过入口管道出来。 腔室底部的阀门从腔室中除去大颗粒物。
    • 4. 发明授权
    • Method and apparatus for separating particulate materials
    • 用于分离颗粒材料的方法和设备
    • US4125456A
    • 1978-11-14
    • US780206
    • 1977-03-22
    • Eulas W. Henderson
    • Eulas W. Henderson
    • B01D45/02B07B7/02C09C1/48B07B7/00
    • C09C1/487B01D45/02B07B7/02C01P2004/61
    • A method and apparatus is provided for separating heavier particulate material from a mixture of light particulate material, heavy particulate material and gas. The apparatus includes a vessel having an outlet at a lower portion thereof wherein particulate material flows toward the outlet and is contacted by countercurrent flow of gas for uplifting of lighter particles of particulate material. Heavy particulate material and some light particulate material is then collected in a chamber of a valve wherein sequential injections of gas in a lower portion of the chamber further separates light particulate material from the heavy particulate material with the remaining particulate material in the chamber being discharged by sequential operation of the valve.
    • 提供了一种方法和装置,用于将重颗粒材料与轻质颗粒材料,重颗粒材料和气体的混合物分离。 该装置包括在其下部具有出口的容器,其中颗粒材料朝着出口流动并且通过逆流气流而接触,以提升颗粒材料的较轻颗粒。 然后将重颗粒材料和一些轻微颗粒材料收集在阀的腔室中,其中在腔室的下部分中连续注入气体还将轻微颗粒材料与重颗粒材料分离,其中室中的剩余颗粒材料通过 顺序操作阀门。