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    • 1. 发明授权
    • Beverage stand with quantity indicator
    • 饮料站与数量指示器
    • US5156297A
    • 1992-10-20
    • US565509
    • 1990-08-10
    • Christopher J. Engler
    • Christopher J. Engler
    • B67D1/08G01G17/04
    • G01G17/04B67D1/0871A47J2043/0733
    • A beverage quantity indicator is provided for use with beverage containers of a type which do not include a visual or other type of indication of the quantity of beverage remaining in the container. The indicator is incorporated into a beverage stand and includes a weight scale for weighing beverage containers on the stand, thus providing an indication of the quantity of beverage within the container. A preferred form of beverage stand is also disclosed. The weight scale on the stand includes a hinge-mounted plate on which a beverage container rests. The hinge-mounted plate is movable generally vertically along an arcuate path. A spring on the beverage stand urges the hinge-mounted plate generally upwardly and the amount of flexure of the spring indicates the quantity of beverage in the container on the plate. A downward-movement inhibitor is included to prevent excessive downward movement of the scale when downward pressure is exerted on the container, such as when dispensing beverages from an airpot-type dispenser which includes a beverage dispensing pump.
    • 饮料量指示器被提供用于饮料容器,饮料容器不包括容器中剩余的饮料量的视觉或其他类型的指示。 指示器被结合到饮料架中并且包括用于在支架上称量饮料容器的重量级,从而提供容器内的饮料量的指示。 饮料架的优选形式也被公开。 支架上的重量标尺包括铰链安装板,饮料容器搁置在该板上。 铰链安装板沿着弧形路径大致垂直移动。 饮料台上的弹簧通常向上推动铰链安装板,并且弹簧的弯曲量表示板上容器中的饮料量。 包括向下运动抑制剂,以防止当向容器施加向下的压力时,例如当从包括饮料分配泵的气囊型分配器分配饮料时,标尺的过度向下运动。
    • 2. 发明授权
    • Automatic flow control system and flood protector
    • 自动流量控制系统和防洪保护器
    • US5086806A
    • 1992-02-11
    • US680838
    • 1991-04-05
    • Christopher J. EnglerMichael W. Johnson
    • Christopher J. EnglerMichael W. Johnson
    • F16K21/14B67D7/32G01F15/00G01M3/28G05D7/06
    • G05D7/0635G01F15/003G01M3/2807F25C2400/14Y10T137/7759Y10T137/7761Y10T137/7782Y10T137/86397
    • An automatic fluid-flow control system is provided for controlling the quantity of fluid allowed to flow uninterrupted through a conduit. It is particularly useful in controlling potentially damaging floods caused by breakage in a branch plumbing line used to supply water to beverage dispensing appliances, ice-making machines and similar devices which repeatedly consume limited quantities of water in relatively short flow cycles. The fluid-flow control system includes a flow meter which emits a signal containing information about the flow of fluid and also indicating when fluid is flowing and when it is not. The preferred metering device emits pulses at a rate proportional to the flow rate. A counter accumulates a pulse count during each period of fluid flow. A separate pulse sensing network senses the beginning and end of each period of fluid flow and disables and initializes the counter whenever fluid is not flowing. The accumulated pulse count in the counter is proportional to the quantity of fluid passing through the meter. The counter is set to close a solenoid valve whenever a predetermined maximum pulse count is exceeded. A back-up protective circuit is also provided, employing a timer to measure the time interval of each fluid-flow cycle. When the time interval is exceeded, the timer closes the solenoid valve. In addition to the flood protector mode of operation, a configuration employing the same circuit as a dispenser control device is also disclosed.
    • 提供了一种自动流体流量控制系统,用于控制通过导管不间断地流动的流体的量。 它特别有助于控制由用于向饮料分配设备,制冰机器和类似设备供水的断路引起的潜在的破坏性洪水,这些设备在相对较短的流量循环中反复消耗有限量的水。 流体流量控制系统包括流量计,其发出包含关于流体流动的信息的信号,并且还指示流体何时流动以及何时不流体流动。 优选的计量装置以与流量成比例的速率发射脉冲。 计数器在流体流动的每个周期期间累积脉冲数。 单独的脉冲感测网络检测每个流体周期的开始和结束,并且每当流体不流动时禁用和初始化计数器。 计数器中的累计脉冲数与流过仪表的流体量成比例。 每当超过预定的最大脉冲数时,计数器被设置为关闭电磁阀。 还提供备用保护电路,采用定时器来测量每个流体循环的时间间隔。 超过时间间隔时,定时器关闭电磁阀。 除了防洪器操作模式之外,还公开了采用与分配器控制装置相同的电路的结构。
    • 5. 发明授权
    • Milk frothing and heating system
    • 牛奶起泡和加热系统
    • US5498757A
    • 1996-03-12
    • US417072
    • 1995-04-04
    • Michael W. JohnsonChristopher J. Engler
    • Michael W. JohnsonChristopher J. Engler
    • A23C9/152A47J31/44A47J31/54A23C3/00A47J31/00
    • A47J31/54A23C9/1524A47J31/4485A23C2210/30Y10S261/16
    • A milk frothing system is provided whereby milk is first frothed by controlled introduction of air, and then heated by circulation in a conduit which passes through a hot water tank. Milk initially is drawn into a milk frother from a cold milk supply, such milk supply preferably being replaceably housed in an onboard refrigerator. Once frothed, milk is directed through a frothed milk conduit, passing through an ambient pressure hot water tank so as to heat the frothed milk. An espresso water conduit similarly may be connected to a water supply, such espresso water conduit passing water through the hot water tank so as to heat the water. The heated water is passed through espresso grounds to produce espresso which is discharged through an espresso discharge nozzle. The hot frothed milk is passed directly through a milk discharge nozzle for use in making a beverage such as cappuccino or the like.
    • 提供了一种牛奶起泡系统,其中通过受控引入空气首先发泡,然后通过循环通过热水箱的导管加热。 牛奶最初从冷奶供应被吸入牛奶泡沫,这种牛奶供应优选地可更换地容纳在车载冰箱中。 一旦发泡,牛奶被引导通过一个发泡的牛奶导管,通过环境压力的热水箱,以加热发泡的牛奶。 类似地,浓缩咖啡水管道可以连接到供水装置,这种浓缩咖啡水管道将水通过热水箱以加热水。 加热的水通过浓缩咖啡渣以产生通过浓缩咖啡排放喷嘴排出的浓缩咖啡。 热发泡的牛奶直接通过用于制造诸如卡布奇诺咖啡等饮料的排奶嘴。