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    • 2. 发明授权
    • Plastic pellet sorting apparatus with extruded side-stream monitoring
    • 具有挤出侧流监测的塑料颗粒分选设备
    • US4781559A
    • 1988-11-01
    • US138252
    • 1987-12-24
    • Ronald D. MathisGregory M. SwisherAlejandro V. Santin
    • Ronald D. MathisGregory M. SwisherAlejandro V. Santin
    • B07C5/34B29B9/16B29B13/00G01N21/86G01N21/89B29B7/72B29C47/92
    • G01N21/89B07C5/34B29B13/00B29B9/16G01N2021/869
    • An automated system is provided for selectively separating resin pellets having a gel count below a specified maximum from pellets having a gel count above the specified maximum, while the pellets are flowing in a pneumatic conveyor. The separation is based on an essentially continuous measurement in which a laser beam is utilized to detect the number of gels in a film made from pellets withdrawn as a sample stream from the main pellet stream. In response to the gel count measurement, a control signal is established that is utilized to manipulate a diverter valve located in the pneumatic conveyor, which diverts pastic pellet flow between a preferred storage means storing pellets having a low gel count and a secondary storage means for storing pellets having a higher gel count. In operation, a hold up tank is provided between the point from which the sample stream is withdrawn and the diverter valve, so that the plastic pellet flow can be delayed in the hold up tank for the amount of time required for the withdrawn sample stream to be converted into the film, whereby the gel count measurement is representative of the pellets passing through the diverter valve.
    • 提供了一种自动化系统,用于选择性地将凝胶计数低于特定最大值的树脂颗粒与具有高于规定最大值的凝胶计数的颗粒分离,同时颗粒在气动输送机中流动。 分离基于基本上连续的测量,其中使用激光束来检测由作为来自主颗粒流的样品流取出的颗粒制成的膜中的凝胶数量。 响应于凝胶计数测量,建立了一个控制信号,该控制信号用于操纵位于气动输送机中的分流阀,其将片状颗粒流转移到存储具有低凝胶计数的颗粒的优选储存装置和辅助储存装置之间, 储存具有较高凝胶计数的颗粒。 在操作中,在抽出样品流的点与分流阀之间提供保持罐,使得塑料颗粒流可以在保持罐中被延迟达所抽出的样品流所需的时间 被转化成膜,由此凝胶计数测量代表穿过分流阀的颗粒。
    • 3. 发明授权
    • Automatic method for sorting plastic pellets
    • 自动分选塑料颗粒的方法
    • US4756855A
    • 1988-07-12
    • US848181
    • 1986-04-04
    • Ronald D. MathisGregory M. SwisherAlejandro V. Santin
    • Ronald D. MathisGregory M. SwisherAlejandro V. Santin
    • B07C5/34B29B9/16B29B13/00G01N21/86G01N21/89B29C31/00B29C47/92G01N1/00G01N21/88
    • B07C5/34B29B13/00B29B9/16G01N21/89G01N2021/869
    • An automated method is provided for selectively separating resin pellets having a gel count below a specified maximum from pellets having a gel count above the specified maximum, while the pellets are flowing in a pneumatic conveyor. The separation is based on an essentially continuous measurement in which a laser beam is utilized to detect the number of gels in a film made from pellets withdrawn as a sample stream from the main pellet stream. In response to the gel count measurement, a control signal is established that is utilized to manipulate a diverter valve located in the pneumatic conveyor, which diverts plastic pellet flow between a preferred storage means storing pellets having a low gel count and a secondary storage means for storing pellets having a higher gel count. In operation, a hold up tank is provided between the point from which the sample stream is withdrawn and the diverter valve, so that the plastic pellet flow can be delayed in the hold up tank for the amount of time required for the withdrawn sample stream to be converted into the film, whereby the gel count measurement is representative of the pellets passing through the diverter valve.
    • 提供了一种自动化方法,用于将具有凝胶计数低于规定最大值的树脂颗粒从具有高于规定最大值的凝胶计数的颗粒中选择性分离,同时颗粒在气动输送机中流动。 分离基于基本上连续的测量,其中使用激光束来检测由作为来自主颗粒流的样品流取出的颗粒制成的膜中的凝胶数量。 响应于凝胶计数测量,建立了一个控制信号,该控制信号用于操纵位于气动输送机中的分流阀,其将塑料颗粒流转移到存储具有低凝胶计数的颗粒的优选储存装置和辅助储存装置之间, 储存具有较高凝胶计数的颗粒。 在操作中,在抽出样品流的点与分流阀之间提供保持罐,使得塑料颗粒流可以在保持罐中被延迟达所抽出的样品流所需的时间 被转化成膜,由此凝胶计数测量代表穿过分流阀的颗粒。