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    • 62. 发明授权
    • Beverage dispensing value and method
    • 饮料分配值和方法
    • US5381926A
    • 1995-01-17
    • US060898
    • 1993-05-12
    • William S. Credle, Jr.Robert D. Hughes, IV
    • William S. Credle, Jr.Robert D. Hughes, IV
    • B67D1/14B67D1/00B67D1/10B67D5/56
    • B67D1/122B67D1/0032B67D1/104
    • A post-mix beverage dispensing valve for dispensing syrup and soda in the desired ratio without the need for flow controls for periodic adjustment of the ratio. The valve includes a flow meter for measuring the flow rate of the soda and a pump for dispensing metered quantities of syrup. The pump preferably includes a chamber within a ceramic sleeve having first and second distal ends and a double-acting ceramic piston mounted for reciprocating sliding movement within the sleeve. A solenoid valve control system including a pair of solenoid valves controls syrup flow through the pump, in response to signals from the flow meter. The valve preferably also includes a syrup flow regulator. The valve can include a single externally manually adjustable flow rate control to vary the dispensing flow rate to any desired value.
    • 一种用于以期望的比例分配糖浆和苏打的后混合饮料分配阀,而不需要用于周期性调节比例的流量控制。 该阀包括用于测量苏打流量的流量计和用于分配计量的糖浆的泵。 泵优选地包括在具有第一和第二远端的陶瓷套筒内的腔室,以及安装成用于套筒内的往复滑动运动的双作用陶瓷活塞。 响应于来自流量计的信号,包括一对电磁阀的电磁阀控制系统控制通过泵的糖浆流。 阀优选还包括糖浆流量调节器。 阀可以包括单个外部可手动调节的流量控制,以将分配流量改变为任何期望值。
    • 64. 发明授权
    • Supply of controlled, medium-pressure carbon dioxide gas in simple,
convenient disposable packaging
    • 供应二氧化碳中等二氧化碳气体,简单易行的包装
    • US5188257A
    • 1993-02-23
    • US785769
    • 1991-10-31
    • George Plester
    • George Plester
    • B01J7/02B67D1/04B67D1/14
    • B67D1/1405B01J7/02B67D1/0412Y10S261/07
    • A CO.sub.2 gas generator for an aerosol device is located in a housing and chemically generates CO.sub.2 from a chemical reaction between two reagents contained within a common container. The reagents are located in different chambers of the container with a CO.sub.2 accumulation region being included in one of the chambers. A reference pressure source of a predetermined pressure forces the two reagents into contact with each other when the pressure of gas in the CO.sub.2 accumulation region is less than the predetermined pressure whereupon CO.sub.2 is generated in one of the chambers. An output conduit in fluid communication with the CO.sub.2 accumulation region is provided to withdraw the generated gas from the generator. As the CO.sub.2 is withdrawn, the gas pressure drops permitting more mixing of the reagents. When the CO.sub.2 pressure becomes equal to or higher than the predetermined pressure applied by the reference pressure source, the reagents become separated again and gas generation ceases.
    • 用于气溶胶装置的CO 2气体发生器位于壳体中,并且通过在通用容器内容纳的两种试剂之间的化学反应来化学地产生CO 2。 试剂位于容器的不同腔室中,其中一个腔室中包含有CO 2积聚区域。 当CO 2积聚区域中的气体压力小于预定压力时,预定压力的参考压力迫使两种试剂彼此接触,从而在其中一个室中产生CO 2。 提供与CO 2积聚区域流体连通的输出管道以从发生器中抽出产生的气体。 当CO 2被抽出时,气体压力下降,允许更多的试剂混合。 当CO 2压力等于或高于由参考压力源施加的预定压力时,试剂再次分离,产生气体停止。
    • 66. 发明授权
    • Supply of controlled medium-pressure CO.sub.2 gas in simple, convenient,
disposable packaging
    • 提供控制中压二氧化碳气体,简单方便,一次性包装
    • US5102627A
    • 1992-04-07
    • US423697
    • 1989-10-18
    • George Plester
    • George Plester
    • B01J7/02B67D1/04B67D1/14
    • B67D1/1405B01J7/02B67D1/0412Y10S261/07
    • A gas generator chemically generates a gas from a chemical reaction between two reagents contained within a common container. The reagents are normally separated by a gas generation chamber into different regions of the container in the absence of gas generation therein. A reference pressure source of a predetermined pressure forces the two reagents into contact with each other when the pressure of gas in the gas generation chamber is less than the predetermined pressure. A valve in fluid communication with the gas generation chamber is provided to withdraw the generated gas from the chamber when OPEN. As the gas flows through the valve from the chamber the gas pressure in the chamber drops permitting more mixing of the reagents. When the chamber pressure becomes equal to or higher than the predetermined pressure applied by the reference pressure source, the reagents become separated again and gas generation ceases.
    • 气体发生器化学地从包含在通用容器中的两种试剂之间的化学反应产生气体。 在没有气体产生的情况下,试剂通常由气体发生室分离成容器的不同区域。 当气体发生室中的气体压力小于预定压力时,预定压力的参考压力源迫使两种试剂彼此接触。 提供与气体发生室流体连通的阀,以在OPEN时从腔室中抽出产生的气体。 当气体从腔室中流过阀门时,腔室中的气体压力下降,从而允许试剂的更多混合。 当室压力变得等于或高于由参考压力源施加的预定压力时,试剂再次分离,气体产生停止。
    • 69. 发明授权
    • Dispensing apparatus valve
    • 点胶装置阀门
    • US4655374A
    • 1987-04-07
    • US713670
    • 1985-03-19
    • Alvin Guerette
    • Alvin Guerette
    • B67D1/14F16K21/16B22D37/00
    • F16K21/16B67D1/1466B67D2001/1483
    • A liquid control valve for use with effervescent liquids having a valve seat, cylinder, and plunger wherein the plunger is moveable in the cylinder from a closed position where the plunger is seated against the valve seat to an open position in which the plunger is removed from the valve seat; the plunger having a series of openings through or along the length of the plunger whereby the effervescent liquid will flow through or by the plunger when the plunger is removed from the valve seat; means to move said plunger away from the valve seat and return said plunger to the valve seat in response to a manual or automated command.
    • 一种用于具有阀座,气缸和柱塞的泡腾液体的液体控制阀,其中柱塞可以在气缸中从关闭位置移动,其中柱塞抵靠阀座抵靠到打开位置,在该位置中柱塞被从 阀座; 柱塞具有穿过或沿着柱塞的长度的一系列开口,当柱塞从阀座移除时,泡腾液体将通过柱塞或通过柱塞流动; 用于将所述柱塞移离阀座并响应于手动或自动命令将所述柱塞返回到阀座的装置。
    • 70. 发明授权
    • Beer foam enhancing process and apparatus
    • 啤酒泡沫增强工艺和设备
    • US4610888A
    • 1986-09-09
    • US735443
    • 1985-05-17
    • James TengJohn H. Dokos
    • James TengJohn H. Dokos
    • C12C7/00B67D1/14B67D
    • B67D1/1416
    • A beer foaming process and apparatus in which a smooth stable foam is formed by intimately admixing a nitrogen containing gas, preferably air, by a Venturi effect in a nozzle positioned on the beer tap. The nozzle has a mixing chamber with a perforated plate at its intake end to divide the flow of beer from the keg into smaller streams of higher velocity in the mixing chamber, intake ports in the side walls of the chamber for admitting gas into the chamber, and a screen of 30 to 200 mesh at the discharge end of the nozzle to form the stable foam discharged from the chamber.
    • 一种啤酒发泡方法和装置,其中通过在位于啤酒丝锥上的喷嘴中通过文丘里效应将含氮气体,优选空气密切混合而形成平滑稳定的泡沫。 喷嘴具有在其进气端处具有多孔板的混合室,以将啤酒从小桶分流成在混合室中更高速度的较小流,用于将气体引入室中的室的侧壁中的进气口, 并且在喷嘴的排出端处具有30至200目的筛网,以形成从室排出的稳定泡沫。