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    • 65. 发明授权
    • Pump device
    • 泵装置
    • US09422926B2
    • 2016-08-23
    • US13879622
    • 2011-03-04
    • Yuji Kawano
    • Yuji Kawano
    • F04B53/20F04B23/10F04B23/12B01D21/26B04C3/04F04B23/08F04B23/14B04C9/00
    • F04B23/10B01D21/267B04C3/04B04C2009/007F04B23/08F04B23/12F04B23/14F04B53/20
    • The purpose of the present invention is to provide a small, light coolant-pump device equipped with a filter, said coolant-pump device not requiring regular maintenance. The present invention is provided with: a positive-displacement pump (9); a cyclone filter (12) provided on the intake side of the positive-displacement pump; and a non-positive-displacement pump (40) provided on the intake side of the cyclone filter (12). The cyclone filter (12) contains a primary cyclone (20) and a secondary cyclone (30) each provided with a mechanism (outlet (20c and 30c)) through which separated foreign substances (cutting debris and the like) are expelled. The present invention is set such that the discharge rate of the non-positive-displacement pump (40) is higher than the discharge rate of the positive-displacement pump (9). The positive-displacement pump (9), cyclone filter (12), and non-positive-displacement pump (40) are connected in a vertical straight line.
    • 本发明的目的是提供一种配备有过滤器的小型轻型冷却剂泵装置,所述冷却剂泵装置不需要定期维护。 本发明提供有:正排量泵(9); 设置在正排量泵的进气侧的旋风过滤器(12) 以及设置在旋风过滤器(12)的进气侧的非正排量泵(40)。 旋风过滤器(12)包含主要旋风分离器(20)和次级旋风分离器(30),每个旋风分离器(30)具有分离的异物(切屑等)被排出的机构(出口(20c和30c))。 本发明的设定使得非正排量泵(40)的排出速度高于正排量泵(9)的排出速度。 正排量泵(9),旋风过滤器(12)和非正排量泵(40)以垂直直线连接。
    • 67. 发明申请
    • Pumping A Multiphase Fluid Using A Pneumatic Pump
    • 使用气动泵泵送多相流体
    • US20150093259A1
    • 2015-04-02
    • US14383851
    • 2013-03-29
    • Michael Pepper
    • Michael Pepper
    • F04B15/02F04B53/20F04B23/10
    • F04B15/02B01D19/00F04B23/10F04B53/20
    • A system and methods for pumping a multiphase fluid using a pneumatic pump are described herein. The method includes separating a multiphase fluid into a gas stream and liquid streams, and flowing a liquid stream into a pressure vessel of a pneumatic pump until a liquid level within the pressure vessel reaches a specified high level. The method also includes compressing the gas stream to form a high-pressure gas and pressurizing the pressure vessel by the flowing high-pressure gas into the pressure vessel until a pressure level within the pressure vessel reaches a specified high level. The method further includes pumping the liquid stream from the pressure vessel to a destination until the liquid level within the pressure vessel drops to a specified low level, wherein the high-pressure gas provides a motive force for pumping the liquid stream.
    • 这里描述了使用气动泵泵送多相流体的系统和方法。 该方法包括将多相流体分离成气流和液体流,并将液体流流入气动泵的压力容器,直到压力容器内的液位达到规定的高水平。 该方法还包括压缩气流以形成高压气体,并通过流动的高压气体将压力容器加压到压力容器中,直到压力容器内的压力水平达到规定的高水平。 该方法还包括将来自压力容器的液体流泵送到目的地直到压力容器内的液位降至特定的低水平,其中高压气体提供用于泵送液体流的动力。