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    • 4. 发明授权
    • System for pumping and dispensing sauce
    • 泵送和分配酱汁系统
    • US06892629B2
    • 2005-05-17
    • US10364689
    • 2003-02-10
    • James M. TuylsAntonio J. JepsonJuha K. SalmelaJohn W. Dewing
    • James M. TuylsAntonio J. JepsonJuha K. SalmelaJohn W. Dewing
    • A21C9/04B05C5/02B05C11/10A23L1/00A23P1/00
    • A21C9/04B05C5/0216B05C11/10
    • Embodiments of the present invention are directed to a rotary sauce dispensing apparatus for applying a sauce on a receiving surface such as a pizza dough. In one embodiment, a system for producing a flow of a sauce to a dispenser comprises a rotating table configured to support and rotate the receiving surface thereon around an axis generally perpendicular to the receiving surface for receiving the sauce, and a sauce dispensing member having a dispensing outlet disposed above the rotating table to dispense the sauce on the receiving surface disposed on the rotating table. The sauce dispensing member is movable between an edge position above an outer edge of the receiving surface and a center position above a center of the receiving surface. A sauce pumping device is configured to deliver a flow of the sauce to the sauce dispensing member. A controller is coupled with the sauce pumping device and configured to control a sauce flow rate of the flow of the sauce to the sauce dispensing member based on a rotational speed of the rotating table and a speed of movement of the sauce dispensing member between the edge position and the center position.
    • 本发明的实施例涉及一种用于在诸如比萨饼面团的接收表面上施用酱汁的旋转酱汁分配装置。 在一个实施例中,一种用于将酱汁流产生到分配器的系统包括旋转工作台,所述旋转工作台被构造成围绕大致垂直于容纳表面的轴线支撑并旋转其接收表面以接收酱汁;以及酱汁分配构件, 分配出口设置在旋转台上方以将调味汁分配在设置在旋转台上的接收表面上。 酱汁分配构件可在接收表面的外边缘之上的边缘位置和接收表面的中心上方的中心位置之间移动。 酱汁抽取装置被配置为将酱汁的流送到酱汁分配构件。 控制器与酱汁抽吸装置结合,并且被配置为基于旋转台的旋转速度和酱汁分配构件在边缘的移动速度之间控制酱汁流入酱汁分配构件的酱汁流量 位置和中心位置。
    • 5. 发明授权
    • Autofill system with improved automixing
    • 自动填充系统具有改进的自动混合功能
    • US06260477B1
    • 2001-07-17
    • US09426406
    • 1999-10-25
    • James M. TuylsRichard A. MartindaleCharles E. BennettAntonio J. Jepson
    • James M. TuylsRichard A. MartindaleCharles E. BennettAntonio J. Jepson
    • A23F300
    • B01F15/00155A23C2240/20A23F3/163A23F5/243A23L2/54A47J31/401A47J31/56B01F3/04808B01F3/04815B01F15/00123B01F2003/04893Y10S261/07
    • This invention provides a system and a method of mixing and dispensing a beverage from a beverage concentrate. A mixing device receives a beverage concentrate and water, and employs a static mixing device to mix the concentrate and water to produce a beverage in a closed system. Flow regulators precisely control the flows of the beverage concentrate and water to achieve the desired mixing ratio. The carbonation system may include a pump for pumping the beverage from the mixing device to a carbonator, a refrigeration unit, a beverage dispenser, or other. A transformer is coupled with the pump and one or more solenoid valves in the mixing device. The transformer receives power from the pump motor to activate the solenoid valves to allow flow of the beverage out of the mixing device only when the pump is powered. When the pump is shut off, the power to the transformer is terminated and the solenoid valves are switched off to stop the flow of the beverage out of the mixing device. Alternatively, a level sensor is used to sense the liquid level in the carbonator tank. A liquid level control is coupled with the level sensor and with the transformer, and sends a signal to the transformer to activate the solenoid valves to flow beverage into the tank when the level sensor senses a liquid level below a preset minimum level. After the liquid level in the tank reaches a sufficient level, the liquid level control shuts off the transformer to stop the flow of beverage out of the mixing device. A sampling port is provided in a bypass line coupled to the beverage conduit in the mixing device to provide real time monitoring of the beverage for consistency and mixing ratio. The flow regulators can be adjusted in real time to achieve and maintain the desired mixing.
    • 本发明提供了一种从饮料浓缩物混合和分配饮料的系统和方法。 混合装置接收饮料浓缩物和水,并且使用静态混合装置来混合浓缩物和水以在封闭系统中产生饮料。 流量调节器精确地控制饮料浓缩物和水的流动以实现所需的混合比。 碳酸化系统可以包括用于将饮料从混合装置泵送到碳酸化器,制冷单元,饮料分配器或其它的泵。 变压器与泵和混合装置中的一个或多个电磁阀耦合。 变压器从泵电动机接收电力以激活电磁阀,以便仅当泵被供电时才允许饮料从混合装置流出。 当泵关闭时,变压器的电源终止,电磁阀关闭,以阻止饮料流出混合装置。 或者,使用液位传感器来感测碳酸化器罐中的液位。 液位控制与液位传感器和变压器耦合,并且当液位传感器感测到低于预设最小水平的液位时,将信号发送到变压器以激活电磁阀以将饮料流入罐中。 在液舱液位达到足够的水平后,液面控制器关闭变压器,以阻止饮料流出混合装置。 在与混合装置中的饮料管道相连的旁路管线中设置采样口,以提供对饮料的一致性和混合比的实时监测。 流量调节器可以实时调整,以实现和保持所需的混合。
    • 6. 发明授权
    • Refrigerated liquid product dispenser
    • 冷藏液体产品分配器
    • US07762431B1
    • 2010-07-27
    • US11763992
    • 2007-06-15
    • James M. TuylsAntonio J. JepsonJohn Dewing
    • James M. TuylsAntonio J. JepsonJohn Dewing
    • B67D7/80
    • B67D1/0868F25D31/002
    • A refrigerated liquid dispenser is disclosed. The dispenser has a pump configured for being in fluid communication with a source of a liquid product; a dispensing faucet configured for being in fluid communication with the pump, the dispensing faucet including a cold maintenance device located near the distal end of the dispensing faucet and an insulator device disposed adjacent to the cold maintenance device. The cold maintenance device has a distal end that projects beyond a lower surface of the insulator device. The dispenser also includes a dispensing tower for enclosing the dispensing faucet; and an auxiliary cooling circuit configured to direct cool airflow toward the dispensing faucet, the auxiliary cooling circuit having a passageway that is at least partially located within the dispensing tower and the passageway is configured to deliver cool airflow through the passageway onto the dispensing faucet, to shield the dispensing faucet from ambient temperature, thereby maintaining the dispensing faucet and the passageway at a cool temperature to avoid contamination of the liquid. The dispenser also includes a controller operatively coupled with the pump and the dispensing faucet to control the operation of the refrigerated liquid dispenser.
    • 公开了一种冷藏液体分配器。 分配器具有构造成与液体产物的源流体连通的泵; 配置为与所述泵流体连通的分配龙头,所述分配龙头包括位于所述分配龙头的远端附近的冷维护装置和邻近所述冷维护装置设置的绝缘体装置。 冷维护装置具有远离绝缘体装置的下表面的远端。 分配器还包括用于封闭分配龙头的分配塔; 辅助冷却回路构造成将冷气引向朝向分配龙头引导,辅助冷却回路具有至少部分地位于分配塔内的通道,并且该通道构造成将冷气流通过通道送至分配龙头上,至 将分配龙头与环境温度隔离,从而将分配龙头和通道保持在较冷的温度以避免液体的污染。 分配器还包括与泵和分配龙头可操作地联接以控制冷藏液体分配器的操作的控制器。
    • 7. 发明授权
    • Sauce pumping apparatus
    • 酱汁抽水设备
    • US06892901B2
    • 2005-05-17
    • US10364301
    • 2003-02-10
    • James M. TuylsAntonio J. JepsonJuha K. SalmelaJohn W. Dewing
    • James M. TuylsAntonio J. JepsonJuha K. SalmelaJohn W. Dewing
    • A21C9/04B05C5/02B05C11/10G01F11/06
    • B05C5/0216A21C9/04B05C11/10
    • Embodiments of the present invention are directed to a rotary sauce dispensing apparatus for applying a sauce on a receiving surface such as a pizza dough. In one embodiment, an apparatus for producing a flow of a sauce to a dispenser comprises an accumulator including an accumulator chamber with an accumulator inlet to receive and store the sauce and a dispense member configured to dispense the sauce from the accumulator chamber out through an accumulator outlet, and a pump configured to pump the sauce through the accumulator inlet to the accumulator chamber. A diverter valve is coupled with the accumulator and being movable between a closed position to close the accumulator outlet and an open position to open the accumulator outlet. A control member is coupled with the pump, the diverter valve, and the accumulator. The control member is configured to move the diverter valve to the closed position and activate the pump to pump the sauce through the accumulator inlet to the accumulator chamber in a recharge mode, and to move the diverter valve to the open position and drive the dispense member to dispense the sauce from the accumulator chamber out through an accumulator outlet in a dispense mode.
    • 本发明的实施例涉及一种用于在诸如比萨饼面团的接收表面上施用酱汁的旋转酱汁分配装置。 在一个实施例中,一种用于向分配器生产酱汁流的装置包括:储液器,包括具有储存器入口的储存室,用于容纳和储存酱汁;以及分配构件,其配置成通过蓄液器从储存室中分配酱汁 出口以及配置成将酱汁通过蓄能器入口泵送到蓄能器室的泵。 分流阀与蓄能器联接,并可在关闭位置以关闭蓄能器出口和打开位置以打开蓄能器出口之间移动。 控制构件与泵,分流阀和蓄能器联接。 所述控制构件被构造成将所述分流阀移动到所述关闭位置并启动所述泵,以在再充电模式中将所述调味汁泵送到通过所述蓄能器入口的蓄积器入口,并且将所述分流阀移动到所述打开位置并驱动所述分配构件 通过分配模式的蓄能器出口将酱汁从蓄能器室排出。