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    • 4. 发明申请
    • Media isolated electrostatically actuated valve
    • 介质隔离静电阀
    • US20060131529A1
    • 2006-06-22
    • US11018799
    • 2004-12-21
    • Eugen CabuzCleopatra CabuzTzu-Yu Wang
    • Eugen CabuzCleopatra CabuzTzu-Yu Wang
    • F16K31/02
    • F16K31/02
    • A valve structure having a top part, a flexible media conveyance, such as a tube, a diaphragm and a bottom part with a support for the tube. The top surface of the diaphragm and the bottom surface of the top part may have electrodes attached. When there is no electric potential applied across the electrodes, the diaphragm may rest on and close the passageway in the flexible tube for effectively preventing a fluid flow. When an electrical potential is applied to the electrodes, the diaphragm may be pulled up off from the tube thereby opening or partially opening the passageway in the tube for a media flow or pressure transfer. Partial opening may be for modulation purposes. There may be a tension mechanism attached to the diaphragm. A controller may apply an electrical potential to the electrodes for at least partially opening or closing the valve.
    • 具有顶部部分的柔性介质输送器,诸如管子,隔膜和具有用于管的支撑件的底部的阀结构。 隔膜的上表面和顶部的底表面可以具有连接的电极。 当电极上没有施加电位时,隔膜可以搁置在柔性管中并关闭柔性管中的通道,以有效地防止流体流动。 当向电极施加电势时,隔膜可以从管中拉出,从而打开或部分打开管中的通道用于介质流或压力传递。 部分打开可以用于调制目的。 可能存在连接到隔膜的张力机构。 控制器可以向电极施加电势以至少部分地打开或关闭阀。
    • 10. 发明申请
    • MESOVALVE MODULATOR
    • MESOVALVE调制器
    • US20060169326A1
    • 2006-08-03
    • US10905995
    • 2005-01-28
    • Eugen CabuzCleopatra CabuzClaudiu Banu
    • Eugen CabuzCleopatra CabuzClaudiu Banu
    • G05D7/06
    • F16K31/02F16K7/14Y10T137/0396Y10T137/7759Y10T137/7761Y10T137/785
    • A mesovalve having a diaphragm situated between a first chamber and a second chamber. There may be an inlet and an outlet in the first chamber. The diaphragm may provide an orifice between the first and second chambers. There may be a first electrode on the diaphragm and a second electrode on an inside surface of the second chamber. The diaphragm may have first and second positions, or numerous variable positions. Applying a voltage across the electrodes may electrostatically move the diaphragm to the second position during which the outlet is at least partially opened for fluid communication with the inlet, the orifice is closed and the diaphragm is stopped in the second position by a cushioning fluid pressure in the second cavity to prevent pull-in. Removing the voltage from the electrodes may let the diaphragm return to the first position, open the orifice and close the outlet.
    • 具有位于第一室和第二室之间的隔膜的中间阀。 在第一室中可以有入口和出口。 隔膜可以在第一和第二室之间提供孔口。 隔膜上可以有第一电极,在第二室的内表面上可以有第二电极。 隔膜可以具有第一和第二位置或多个可变位置。 在电极两端施加电压可以将隔膜静电移动到第二位置,在该位置,出口至少部​​分打开以与入口流体连通,孔口关闭,隔膜通过缓冲流体压力在第二位置停止 第二个腔防止拉入。 从电极去除电压可能会使膜片返回到第一位置,打开孔口并关闭出口。