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    • 2. 发明授权
    • Filling machine and method for low particulate chemicals
    • 低颗粒化学品的灌装机和方法
    • US4279279A
    • 1981-07-21
    • US82246
    • 1979-10-05
    • William R. ScheveyRobert G. WeslowskiJohn D. Morentz
    • William R. ScheveyRobert G. WeslowskiJohn D. Morentz
    • B67C3/24B67C3/26B67C3/28B67C7/00B65B3/26
    • B67C3/283B67C3/26B67C7/0033B67C2003/2685
    • A plurality of bottles (125) or other containers are delivered and aligned under a plurality of filler heads (110) each having a liquid feed channel (113) extending vertically downward to outwardly opening apertures (119) and also an inert gas feed channel (116) extending vertically downward to a lower end (117) below the apertures (119). The bottles (125) are moved upward (134) and chemicals are delivered into the bottles (125) through the liquid feed channel (113) and apertures (119). When the liquid level (127) of each bottle reaches the lower end (117), the back pressure in the inert gas feed channel (116) is sensed (123) and the liquid flow is shut off (120). Contamination of the bottles by particulates is minimized since no moving parts are required above the level of the bottles and because no contact is required between the filler heads and the bottles.
    • 多个瓶子(125)或其他容器被输送并对齐在多个填料头(110)下,每个加注头具有垂直向下延伸到向外开口的孔(119)的液体进料通道(113)以及惰性气体供给通道 116)垂直向下延伸到孔(119)下方的下端(117)。 瓶(125)向上移动(134),并且化学品通过液体供给通道(113)和孔(119)输送到瓶子125中。 当每个瓶子的液面(127)到达下端(117)时,感测到惰性气体供给通道(116)中的背压(123)并关闭液体流(120)。 由于在瓶子的高度上不需要移动部件,并且因为在填料头和瓶子之间不需要接触,所以微粒对瓶子的污染被最小化。