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    • 1. 发明授权
    • Magnetic separator
    • 磁选机
    • US06478161B2
    • 2002-11-12
    • US09883504
    • 2001-06-19
    • Billy R. Howell
    • Billy R. Howell
    • B03C100
    • B03C1/247
    • An eddy current separator apparatus for separating non-ferrous metals from other materials. The apparatus includes a support frame and a table cantileverly suspended from the frame. An expansion and contraction mechanism is incorporated that is adapted to accept a continuous conveyor belt thereabout. The expansion and contraction mechanism is capable of being configured between an operating configuration and maintenance configuration. A continuous conveyor belt is constructed to be able to be looped about the expansion and contraction mechanism and the table such that the conveyor belt is drawn tight in the operating configuration and slackened in the maintenance configuration. In this manner, the continuous conveyor belt is easily removable from, and installable onto the table in the maintenance configuration. A magnetic rotor is positioned proximate a first side of the continuous conveyor belt and is adapted to generate an eddy current on an opposite second side of the continuous conveyor belt upon rotation for inducing an elevating force in non-ferrous metals for separation from other materials.
    • 一种用于从其他材料中分离有色金属的涡流分离装置。 该装置包括支撑框架和从框架悬臂悬挂的桌子。 一种适于在其周围接受连续输送带的膨胀和收缩机构。 扩展和收缩机制能够在操作配置和维护配置之间配置。 连续输送带被构造成能够围绕膨胀和收缩机构和工作台环绕,使得输送带在操作构造中被拉紧并且在维护配置中松弛。 以这种方式,连续的传送带可以容易地从维护配置中移除并安装在桌子上。 磁性转子位于连续输送带的第一侧附近,并且适于在旋转时在连续输送带的相对的第二侧上产生涡流,以在有色金属中引起升高力以与其它材料分离。
    • 2. 发明授权
    • Magnetic separator
    • 磁选机
    • US06250474B1
    • 2001-06-26
    • US09169014
    • 1998-10-08
    • Billy R. Howell
    • Billy R. Howell
    • B03C100
    • B03C1/247
    • An eddy current separator apparatus for separating non-ferrous metals from other materials. The apparatus includes a support frame and a table cantileverly suspended from the frame. An expansion and contraction mechanism is incorporated that is adapted to accept a continuous conveyor belt thereabout. The expansion and contraction mechanism is capable of being configured between an operating configuration and maintenance configuration. A continuous conveyor belt is constructed to be able to be looped about the expansion and contraction mechanism and the table such that the conveyor belt is drawn tight in the operating configuration and slackened in the maintenance configuration. In this manner, the continuous conveyor belt is easily removable from, and installable onto the table in the maintenance configuration. A magnetic rotor is positioned proximate a first side of the continuous conveyor belt and is adapted to generate an eddy current on an opposite second side of the continuous conveyor belt upon rotation for inducing an elevating force in non-ferrous metals for separation from other materials.
    • 一种用于从其他材料中分离有色金属的涡流分离装置。 该装置包括支撑框架和从框架悬臂悬挂的桌子。 一种适于在其周围接受连续输送带的膨胀和收缩机构。 扩展和收缩机制能够在操作配置和维护配置之间配置。 连续输送带被构造成能够围绕膨胀和收缩机构和工作台环绕,使得输送带在操作构造中被拉紧并且在维护配置中松弛。 以这种方式,连续的传送带可以容易地从维护配置中移除并安装在桌子上。 磁性转子位于连续输送带的第一侧附近,并且适于在旋转时在连续输送带的相对的第二侧上产生涡流,以在有色金属中引起升高力以与其它材料分离。
    • 3. 发明授权
    • Separator disc
    • 分离盘
    • US5522513A
    • 1996-06-04
    • US220162
    • 1994-03-30
    • Billy R. Howell
    • Billy R. Howell
    • B03C1/247B07C5/344
    • B03C1/247B07C5/344Y10S209/93
    • An apparatus for separating non-ferrous metal particles from residue composed of rubber, dirt, wood, plastic, glass, an the like, as well as the non-ferrous metal particles. The residue is transported by a conveyor belt over a pair of rotating magnetic separating discs which generate a magnetic field flux upward. This magnetic field flux induces an eddy current in the non-ferrous metal particles. The eddy current is a repulsive force to the magnetic field flux, which enables the non-ferrous metal particles to be levitated above the conveyor belt and the other residue material. The rotation of the field accelerates the particles off the side of the conveyor belt, into discharge chutes which collect the separated particles for recycling. The other residue material is collected at the end of the conveyor belt.
    • 用于从由橡胶,污垢,木材,塑料,玻璃等构成的残留物以及有色金属颗粒中分离有色金属颗粒的装置。 残留物通过输送带输送到一对向上产生磁场通量的旋转磁分离盘上。 该磁场通量在有色金属颗粒中产生涡流。 涡电流是对磁场通量的排斥力,这使得有色金属颗粒可以在输送带和其他残留物质之上悬浮。 该场的旋转将颗粒从输送带的侧面加速,进入排放槽,收集分离的颗粒以进行再循环。 另一种残留物料在输送带的末端收集。