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    • 1. 发明授权
    • Liquid-electronic hybrid divider
    • 液电混合分压器
    • US09132425B2
    • 2015-09-15
    • US13639973
    • 2011-04-11
    • Weijia WenLimu WangXiang WangShunbo Li
    • Weijia WenLimu WangXiang WangShunbo Li
    • F15C1/10B01L3/00F15C1/00F15C1/04B01L7/00
    • B01L3/502792B01L3/502784B01L7/52B01L2200/143B01L2300/0645B01L2300/0816B01L2400/0427B01L2400/0677F15C1/003F15C1/04Y10T137/206
    • Electronic-fluidic hybrid form dividers, constructed by a simple planer droplet generation structure, a pair of signal electrodes, and a responsive control valve, which is programmed to respond to only certain signal droplets, by a basic electronic principle: change of voltage share between impedances. Detected fluidic information is addressed in both electronic and fluidic forms, and the fluidic pathway is well-confined in a simple planar structure, although its control valve is in a second layer, thereby minimizing any fluidic disturbance. Various configurations comprise a plurality of identical structures, which can alter their cumulative function by re-assignment of required voltage share. The hybrid divider can be assembled into a fluidic universal logic gate, of a simple two inlet and one outlet signal channels structure, and switch between sixteen functions by re-assigning voltage share.
    • 通过简单的平面液滴生成结构构建的电子流体混合式分隔器,一对信号电极和响应控制阀,其被编程为仅响应某些信号液滴;基本电子​​原理: 阻力。 检测到的流体信息以电子和流体形式解决,并且流体通路被良好地限制在简单的平面结构中,尽管其控制阀处于第二层,从而最小化任何流体扰动。 各种配置包括多个相同的结构,其可以通过重新分配所需的电压份额来改变其累积功能。 混合分压器可以组装成流体通用逻辑门,简单的两个入口和一个出口信号通道结构,并通过重新分配电压共享在十六个功能之间切换。
    • 9. 发明授权
    • Fluid amplifier
    • 流体放大器
    • US3362422A
    • 1968-01-09
    • US41967264
    • 1964-12-21
    • GEN ELECTRIC
    • TOMA DANIEL N
    • F15C1/00F15C1/08
    • F15C1/003F15C1/08Y10T137/2076Y10T137/2104
    • 1,067,180. Pure fluid amplifiers. GENERAL ELECTRIC CO. Oct.21, 1965 [Dec.21, 1964], No. 44575/65. Heading G3H. A pure fluid device comprises an inlet passage 10 leading to a main jet orifice 13 and two outlet passages 15, 16 divided by a wall 14. A small port 17 in the side wall leads to the ambient atmosphere through a conduit 18 while a large port 19 leads to the ambient atmosphere through a conduit 20 provide with a valve. The walls downstream of the ports 17, 19 are offset by small and large amounts respectively from the sides of the nozzles 13. With both passages open to the atmosphere, the jet adheres to the wall 8 and flows out of the passage 15. The wall 14 is provided with a notch 24 which causes a vortex 29 to block flow from the passage 16 being sucked in by the jet. When the valve in conduit 20 is closed the pressure gradient across the jet causes it to switch to the outlet 16. The jet reverts to the outlet 15 when the valve is reopened.
    • 10. 发明申请
    • LIQUID-ELECTRONIC HYBRID DIVIDER
    • 液电子混合分流器
    • US20130037149A1
    • 2013-02-14
    • US13639973
    • 2011-04-11
    • Weijia WenLimu WangXiang WangShunbo Li
    • Weijia WenLimu WangXiang WangShunbo Li
    • F15C1/00
    • B01L3/502792B01L3/502784B01L7/52B01L2200/143B01L2300/0645B01L2300/0816B01L2400/0427B01L2400/0677F15C1/003F15C1/04Y10T137/206
    • Electronic-fluidic hybrid form dividers, constructed by a simple planer droplet generation structure, a pair of signal electrodes, and a responsive control valve, which is programmed to respond to only certain signal droplets, by a basic electronic principle: change of voltage share between impedances. Detected fluidic information is addressed in both electronic and fluidic forms, and the fluidic pathway is well-confined in a simple planar structure, although its control valve is in a second layer, thereby minimizing any fluidic disturbance. Various configurations comprise a plurality of identical structures, which can alter their cumulative function by re-assignment of required voltage share. The hybrid divider can be assembled into a fluidic universal logic gate, of a simple two inlet and one outlet signal channels structure, and switch between sixteen functions by re-assigning voltage share.
    • 通过简单的平面液滴生成结构构建的电子流体混合式分隔器,一对信号电极和响应控制阀,其被编程为仅响应某些信号液滴;基本电子​​原理: 阻力。 检测到的流体信息以电子和流体形式解决,并且流体通路被良好地限制在简单的平面结构中,尽管其控制阀处于第二层,从而最小化任何流体扰动。 各种配置包括多个相同的结构,其可以通过重新分配所需的电压份额来改变其累积功能。 混合分压器可以组装成流体通用逻辑门,简单的两个入口和一个出口信号通道结构,并通过重新分配电压共享在十六个功能之间切换。