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    • 4. 发明申请
    • DEVICE AND METHOD FOR COMMINUTING MATERIALS
    • 设备和材料的方法
    • WO2004112963A2
    • 2004-12-29
    • PCT/CA2004/000934
    • 2004-06-22
    • AEROSION, LTD.TESSIER, Lynn, P.GRAHAM, Russell, M.GRAHAM, James, B.BURKE, William, D.JIANG, Fan
    • TESSIER, Lynn, P.GRAHAM, Russell, M.GRAHAM, James, B.BURKE, William, D.JIANG, Fan
    • B02C19/00
    • B02C19/0025B02C13/1814B02C2013/1857
    • The present invention provides a comminuting device that can generate an impact speed exceeding 200 ft/s, for example 1,500 ft/s, while consuming less energy than conventional comminuting devices, and thus, is more efficient than conventional comminuting devices. The comminuting device comprises a throwing wheel that generates a centrifugal and tangential force in the particles of material to accelerate the particles toward a desired impact speed, an impact rotor that includes an impact surface to fragment the particles when the particles collide with the impact surface, and a motor operable to power the impact rotor and the throwing wheel. To increase the impact speed of the particle, the impact surface is moved toward the particle as the particle exits the throwing wheel. Thus, the comminuting device can generate impact speeds that exceed the impact speeds generated by conventional comminuting devices and consequently fracture a particle into smaller pieces after one run.
    • 本发明提供一种粉碎装置,其能够产生超过200ft / s,例如1500ft / s的冲击速度,同时消耗比常规粉碎装置更少的能量,因此比常规粉碎装置更有效。 粉碎装置包括:投掷轮,其在材料颗粒中产生离心力和切向力,以将颗粒加速到期望的冲击速度,冲击转子包括当颗粒与冲击表面碰撞时使颗粒碎裂的冲击表面; 以及可操作以对冲击转子和投掷轮提供动力的马达。 为了增加颗粒的冲击速度,当颗粒离开投掷轮时,冲击表面向颗粒移动。 因此,粉碎装置可以产生超过常规粉碎装置产生的冲击速度的冲击速度,并且因此在一次运行之后将颗粒破碎成更小的碎片。