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    • 2. 发明授权
    • Washer pump
    • 洗衣机泵
    • US08348606B2
    • 2013-01-08
    • US12481357
    • 2009-06-09
    • Shridhar GopalanAlan RomackChunling Zhao
    • Shridhar GopalanAlan RomackChunling Zhao
    • F04D29/00
    • F04D29/242F04D29/426
    • An enhanced pump assembly includes an impeller and volute casing designed to provide high operating pressures (“P”) and flow rates (“Q”) with low energy usage. The impeller has a central shaft carrying radially projecting curved primary vanes, and each primary vane also has a twist in the radial direction. Secondary impeller vanes define triangular connecting fillet-like wall segments connecting each primary vane to the impeller shaft. The casing of the pump has a slight spiral deviation so that the pump chamber's radial sidewall flares away from the swept area of the impeller's vanes to define a fluid outlet that contributes to higher P-Q performance, especially when pumping colder fluids.
    • 增强的泵组件包括叶轮和蜗壳,其设计用于以低能量使用提供高操作压力(P)和流速(Q)。 叶轮具有承载径向突出的弯曲主叶片的中心轴,并且每个主叶片也在径向方向上具有扭转。 次级叶轮叶片将每个主叶片连接到叶轮轴上的三角形连接圆角状的壁段。 泵的壳体具有轻微的螺旋偏差,使得泵室的径向侧壁从叶轮的叶片的扫掠区域突出,以限定有助于更高P-Q性能的流体出口,特别是在泵送较冷的流体时。
    • 3. 发明申请
    • WASHER PUMP
    • 洗衣机泵
    • US20090324434A1
    • 2009-12-31
    • US12481357
    • 2009-06-09
    • Shridhar GopalanAlan RomackChunling Zhao
    • Shridhar GopalanAlan RomackChunling Zhao
    • F04D29/00
    • F04D29/242F04D29/426
    • An enhanced pump assembly includes an impeller and volute casing designed to provide high operating pressures (“P”) and flow rates (“Q”) with low energy usage. The impeller has a central shaft carrying radially projecting curved primary vanes, and each primary vane also has a twist in the radial direction. Secondary impeller vanes define triangular connecting fillet-like wall segments connecting each primary vane to the impeller shaft. The casing of the pump has a slight spiral deviation so that the pump chamber's radial sidewall flares away from the swept area of the impeller's vanes to define a fluid outlet that contributes to higher P-Q performance, especially when pumping colder fluids.
    • 增强的泵组件包括叶轮和蜗壳,其设计用于以低能量使用提供高工作压力(“P”)和流量(“Q”)。 叶轮具有承载径向突出的弯曲主叶片的中心轴,并且每个主叶片也在径向方向上具有扭转。 次级叶轮叶片将每个主叶片连接到叶轮轴上的三角形连接圆角状的壁段。 泵的壳体具有轻微的螺旋偏差,使得泵室的径向侧壁从叶轮的叶片的扫掠区域突出,以限定有助于更高P-Q性能的流体出口,特别是在泵送较冷的流体时。
    • 5. 发明授权
    • Fluid stream powered pulse generating fluidic oscillator
    • 流体动力脉冲产生流体振荡器
    • US08770229B2
    • 2014-07-08
    • US13107848
    • 2011-05-13
    • Shridhar GopalanKerrie AllenGregory RussellJerry Thurber
    • Shridhar GopalanKerrie AllenGregory RussellJerry Thurber
    • F15C1/08B05B1/08
    • F15C1/22A61H9/0007A61H2201/5051A61H2201/5056Y10T137/0396Y10T137/2262Y10T137/2267Y10T137/8593
    • A fluidic device which produces fluid pulses having a selected pulse repetition frequency, pulse duration, pulse peak pressure and pulse peak flow rate includes first, second and third fluid flow controlling channels or lumens which converge in a junction, defining a “Y” configuration having a base leg and right and left diverging arms. The first leg portion has a fluid input and terminates downstream at the Y junction of the base and the two diverging arms. The first leg has converging walls which reduce the cross sectional area of the flow to thereby increase the fluid velocity to make a fluid jet. The second or right leg, begins at the Y junction and terminates distally in an enclosed, fluid-tight container having a selected blind volume. The third, or left leg, begins at the Y junction and terminates distally in a fluid outlet passage having a selected cross-sectional area.
    • 产生具有所选择的脉冲重复频率,脉冲持续时间,脉冲峰值压力和脉冲峰值流速的流体脉冲的流体装置包括在连接处会聚的第一,第二和第三流体流动控制通道或流体,限定了具有“Y” 一个基部的腿和左右分叉的手臂。 第一腿部具有流体输入并且终止于底部和两个发散臂的Y连接处的下游。 第一腿具有会聚壁,其减小流动的横截面积,从而增加流体速度以形成流体射流。 第二个或右腿从Y连接开始,并且在远离的位置终止于一个封闭的,流体密封的具有选定的盲卷的容器中。 第三个或左腿从Y连接点开始,并在具有选定横截面积的流体出口通道中远端终止。
    • 6. 发明授权
    • Fluidic oscillator for thick/three-dimensional spray applications
    • 用于厚/三维喷涂应用的流体振荡器
    • US07478764B2
    • 2009-01-20
    • US11230948
    • 2005-09-20
    • Shridhar Gopalan
    • Shridhar Gopalan
    • B05B17/04
    • B05B1/08Y10S239/03Y10S239/07Y10T137/2115Y10T137/2185
    • An improved fluidic insert, that operates on a pressurized liquid flowing through the insert to generate a jet of liquid that flows from said insert and into the surrounding gaseous environment to form a spray of liquid droplets, includes: (a) a member having top, front and rear outer surfaces, (b) a fluidic circuit located within this top surface and having an inlet, an outlet and a channel whose floor and sidewalls connect the inlet and outlet, and a barrier located proximate the outlet that rises from the channel floor and is configured such that: (i) it divides the channel in the region of the barrier into what are herein denoted as two power nozzles, and (ii) each of these nozzles has a downstream portion that is configured so as to cause the liquid flowing from the nozzles to generate flow vortices behind the barrier that are swept out of the outlet in such a manner as to control the lateral rate of spread of liquid droplets from the insert.
    • 一种改进的流体插入件,其操作在流过插入件的加压液体上以产生从所述插入件流入周围气体环境中以形成液滴喷雾的液体射流,包括:(a)具有顶部, 前后外表面,(b)位于该顶表面内的流体回路,其具有入口,出口和通道,其底板和侧壁连接入口和出口,以及位于出口附近的阻挡件,其从通道地板 并且被配置为:(i)它将屏障区域中的通道划分为在这里被称为两个动力喷嘴的通道,并且(ii)这些喷嘴中的每一个具有被配置为使得液体 从喷嘴流出以产生阻挡层后面的流动涡流,从而以这种方式控制液滴从插入物扩散的侧向速率。
    • 8. 发明申请
    • FULL COVERAGE FLUIDIC OSCILLATOR WITH AUTOMATED CLEANING SYSTEM AND METHOD
    • 具有自动清洁系统和方法的全覆盖液体振荡器
    • US20110061692A1
    • 2011-03-17
    • US12518033
    • 2007-12-14
    • Shridhar GopalanGregory Russell
    • Shridhar GopalanGregory Russell
    • B08B9/00B05B7/04B05B17/04B05B1/08
    • B05B1/08B08B5/02B60S1/52E03D9/002E03D2201/40
    • A full coverage fluidic oscillator (2) includes a fluidic circuit member preferably having an oscillation inducing internal chamber, at least one inlet (8) or source of fluid under pressure, at least a pair of output nozzles (14, 16) connected to the source of fluid for projecting at least first and second impinging fluid jets into free space, where the first and second impinging jets collide or impinge upon one another at a selected jet angle to generate a substantially omni-directional sheet jet having selected thickness. The first and second jets are aimed at a pre-selected intersection point in free space where impingement is to occur. The sheet jet's thickness Δy is determined by the time-varying path or oscillation of each of the first and second impinging jets. The first and second impinging jets can be made to oscillate or pulsate by use of vortex generating amplifier structures (68, 70, 72, 149) within the internal chamber's fluid flow paths.
    • 全覆盖流体振荡器(2)包括流体回路构件,其优选地具有振荡诱导内室,至少一个入口(8)或压力下的流体源,至少一对输出喷嘴(14,16),其连接到 用于将至少第一和第二冲击流体射流投射到自由空间中的流体源,其中第一和第二冲击射流以选定的射流角度彼此碰撞或撞击,以产生具有选定厚度的基本上全方位的片射流。 第一和第二射流瞄准在自由空间中预先选择的交叉点,以便发生冲击。 片材射流的厚度Dgr y由第一和第二冲击射流中的每一个的时变路径或振荡决定。 第一和第二冲击射流可以通过使用在内腔的流体流动路径内的涡流产生放大器结构(68,70,72,149)来振荡或脉动。