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    • 2. 发明申请
    • MICROPUMP
    • US20140219823A1
    • 2014-08-07
    • US14110309
    • 2011-11-29
    • Kyoung-Ah Min
    • Won Kyoung KimJae Chun RyuKwan Hyoung Kang
    • F04B19/00
    • F04B19/006F04B43/043H02K44/06
    • A micropump configured to control flow of an insulation fluid includes: a rectangular channel 370 configured to have a rectangular shape in which a movement passage of the insulation fluid; a planar electrode forming section 310 configured to be formed inside the rectangular channel and have a planar shape for applying an electric field; an inflow section 320 configured such that the insulation fluid flows in; and an outflow section 330 configured such that the insulation fluid flows out. Since an insulation fluid with low conductivity in a range of 10−10 to 10−12 S/m is transported with a simple technical structure without using a complicated component, it is possible to obtain the advantage of cost saving and application to various minute dynamics devices.
    • 构造成控制绝缘流体流动的微型泵包括:矩形通道370,其构造成具有矩形形状,其中绝缘流体的移动通道; 平面状电极形成部310,被配置为形成在矩形通道的内部,并具有用于施加电场的平面形状; 配置成使绝缘​​流体流入的流入部320; 以及流出部330,被配置为使绝缘流体流出。 由于在10-10到10-12S / m范围内的低导电率的绝缘流体以简单的技术结构运输而不使用复杂的部件,可以获得成本节约和应用于各种微动力学的优点 设备。