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    • 1. 发明授权
    • Quiet and constant flow control valve
    • 安静恒定的流量控制阀
    • US5855355A
    • 1999-01-05
    • US814784
    • 1997-03-10
    • Jordan Bryce GrunertJames R. Shannon
    • Jordan Bryce GrunertJames R. Shannon
    • F16K31/40G05D7/01F16K47/00
    • F16K31/404G05D7/0113G05D7/012
    • A fluid flow control device for maintaining a substantially constant predetermined rate of flow through a control valve including a fluid flow passage for directing fluid flow through the valve, a resilient fluid flow rate control washer positioned in the fluid flow passage for maintaining a substantially constant predetermined rate of flow through an outlet of the fluid flow passage irrespective of a pressure of the fluid in the passage and fluid flow conditioning washers for conditioning the flow of fluid through the flow rate control washer with the fluid flow conditioning washers being movable with respect to the flow rate control washer for aiding in the conformability of the flow rate control washer. Preferably, at least two fluid flow conditioning washers are positioned upstream of the flow rate control washer and at least one fluid flow conditioning washer is positioned downstream of the flow rate control washer.
    • 一种流体流量控制装置,用于通过包括用于引导流体流过所述阀的流体流动通道的控制阀保持基本恒定的预定流量;弹性流体流量控制垫圈,其定位在所述流体流动通道中,用于保持基本上恒定的预定 通过流体流动通道的出口的流量的速率,而不管通道中的流体的压力和流体流动调节垫圈,用于通过流量控制垫圈调节流体的流动,其中流体流动调节垫圈可相对于流体流动调节垫圈移动 流量控制洗衣机,有助于流量控制洗衣机的一致性。 优选地,至少两个流体流动调节垫圈位于流量控制垫圈的上游,并且至少一个流体流动调节垫圈位于流量控制垫圈的下游。
    • 2. 发明授权
    • Quiet high flow control valve
    • 安静的高流量控制阀
    • US5904334A
    • 1999-05-18
    • US814783
    • 1997-03-10
    • Jordan Bryce GrunertJames R. Shannon
    • Jordan Bryce GrunertJames R. Shannon
    • F16K31/40F16K47/08F16K47/16F16K31/385F16K47/02
    • F16K47/16F16K31/404F16K47/08Y10T137/7882
    • A dispensing valve for dispensing a liquid including a valve housing having a fluid inlet and a fluid outlet, an armature positioned in the housing, the armature being reciprocal between an open and closed position, a sealing disk fixedly secured to a sealing end of the armature for sealing engaging a valve seat positioned about the fluid outlet for providing selective fluid communication between the fluid inlet and the fluid outlet and a flow control device positioned in the fluid outlet for providing a substantially quiet and constant flow of liquid through the fluid outlet. The flow control device including a high pressure region and a low pressure region downstream of the high pressure region with the high pressure region of the flow control device including a flow control orifice having an inside diameter less than a diameter of the fluid outlet and the low pressure region of the flow control device intersects the high pressure region of the flow control device. Additionally, the low pressure region has a first dimension less than the inside diameter of the orifice and a second dimension greater than the inside diameter of the orifice, with the second dimension being transverse to the first dimension. The body of the aid flow control device includes a substantially cylindrical portion and a substantially conical portion with the conical portion being positioned downstream of the cylindrical portion which includes the high pressure region while the conical portion includes said low pressure region.
    • 一种用于分配包括具有流体入口和流体出口的阀壳体的液体的分配阀,位于壳体中的电枢,衔铁在打开和关闭位置之间往复运动,密封盘固定地固定到电枢的密封端 用于密封接合围绕流体出口定位的阀座,用于在流体入口和流体出口之间提供选择性流体连通;以及流量控制装置,其定位在流体出口中,用于提供通过流体出口的基本安静且恒定的液体流。 流量控制装置包括高压区域和低压区域下游的低压区域,流量控制装置的高压区域包括具有小于流体出口直径的内径的流量控制孔口, 流量控制装置的压力区域与流量控制装置的高压区域相交。 此外,低压区具有小于孔的内径的第一尺寸和大于孔的内径的第二尺寸,其中第二尺寸横向于第一尺寸。 辅助流量控制装置的主体包括基本上圆柱形的部分和基本上圆锥形的部分,其中锥形部分位于包括高压区域的圆柱形部分的下游,而锥形部分包括所述低压区域。
    • 3. 发明授权
    • Reduced water hammer control valve
    • 减水锤控制阀
    • US5738138A
    • 1998-04-14
    • US814782
    • 1997-03-10
    • Jordan Bryce GrunertJames R. Shannon
    • Jordan Bryce GrunertJames R. Shannon
    • F16K31/385F16K31/40
    • F16K31/404Y10T137/4343
    • A control valve assembly for selectively controlling a flow of fluid through a fluid flow system is disclosed including a valve housing having a fluid inlet and a fluid outlet, a valve seat positioned about the fluid outlet and a sealing diaphragm for cooperating with the valve seat for selectively sealing off fluid communication between the fluid inlet and the fluid outlet. The diaphragm fluidically separates a pressure chamber from a control chamber within the housing. A central control orifice is formed in the diaphragm for fluidically communicating between the control chamber and the fluid outlet, an armature is reciprocally received in the housing for selectively sealing off fluid communication between the control chamber and the fluid outlet with at least two bleed orifices formed on the diaphragm which fluidically communicate between the pressure chamber and the control chamber. Extending into each of the bleed orifices is a metering element for controlling a flow of fluid between the pressure chamber and the control chamber for softening the return of the diaphragm to the closed position thereby eliminating compressive shock to the assembly. Preferably, the bleed orifices are diametrically opposed to one another and formed in a thinned region of the diaphragm which bridges a fixed outer periphery and a central region of the diaphragm.
    • 公开了一种用于选择性地控制通过流体流动系统的流体流动的控制阀组件,其包括具有流体入口和流体出口的阀壳体,围绕流体出口定位的阀座和用于与阀座配合的密封隔膜 选择性地密封流体入口和流体出口之间的流体连通。 隔膜将压力室与壳体内的控制室流体分离。 在隔膜中形成中央控制孔,用于在控制室和流体出口之间流体连通,电枢往复地容纳在壳体中,用于选择性地密封控制室和流体出口之间的流体连通,并形成至少两个排出孔 在压力室和控制室之间流体连通的隔膜上。 延伸到每个排出孔中的是用于控制压力室和控制室之间的流体流动的计量元件,用于软化将膜片返回到关闭位置,从而消除对组件的压缩冲击。 优选地,排出孔彼此径向相对并且形成在隔膜的变薄的区域中,桥接隔膜的固定的外周边和中心区域。