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    • 42. 再颁专利
    • Method of use of a high pressure solid removal system
    • 高压固体清除系统的使用方法
    • USRE41556E1
    • 2010-08-24
    • US12112463
    • 2008-04-30
    • Richard Harvey McGeeYong Fu WangGarry Thomas Hill
    • Richard Harvey McGeeYong Fu WangGarry Thomas Hill
    • B01D21/26E21B21/06
    • E21B43/34B01D21/265B01D2221/04
    • A method for removing particles Particles are removed from a high pressure flow stream entails by flowing the high pressure flow stream into an inlet of a high pressure trap and flowing the flow stream from the inlet into a tube in the high pressure trap. The tube is adapted to accelerate the flow stream. The flow stream leaves the tube and de-accelerates as the stream flows into a chamber. The method continues by contacting the The flow stream with contacts a plate wound helically around an outside surface of the tube. The plate creates a cyclonic effect with in the flow stream to remove particles from the flow stream. The particles are collected in a reservoir. The remaining Remaining particles are removed by flowing the flow stream towards a side outlet over the plate. The methods end by collecting the The remaining particles are collected in a the reservoir forming collected particles and dumping the . The collected particles are periodically dumped from the reservoir.
    • 一种除去颗粒的方法通过使高压流动流入高压阱的入口并将流动流从入口流入高压阱中的管,从高压流动流中除去颗粒。 该管适于加速流动流。 流动物流离开管并随着流流入室而去加速。 该方法继续通过使流动流与接触件接触,板的螺旋缠绕在管的外表面上。 该板在流动流中产生气旋效应以从流动流中除去颗粒。 将颗粒收集在储存器中。 通过使流动流朝向板上的侧出口流动除去剩余的剩余颗粒。 该方法通过收集结束将剩余的颗粒收集在形成收集的颗粒的储层中并倾倒。 收集的颗粒从储存器周期性地倾倒。