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    • 3. 发明授权
    • Fluid container with discrete modularized multiple sensing system and method
    • 具有离散模块化多传感系统和方法的流体容器
    • US09052227B1
    • 2015-06-09
    • US13316777
    • 2011-12-12
    • Michael W. Lassota
    • Michael W. Lassota
    • G01F23/00G01F23/26
    • G01F23/268B67D1/0871G01F23/241G01F23/263
    • A fluid container (10) with a hollow body (12) for containing a fluid such as beverage (22) with a surrounding sidewall (16) extending between a top (18) and a bottom (20) provided with a flexible sensing strip (14) with discrete modular fluid characteristic sensing elements mounted to the sidewall (16) of a hollow body (12) for sensing an actual physical parameter of the fluid, a control module (24) and a detachable interface (26) between the sensing strip (14) and the control module (24) to enable sensing signals to be passed from the sensing strip (14) to the control module (24) has a detachable interface enabling tool-less disconnection of the control module (24) from the sensing strip (14) to enable replacement with another control module for repair or servicing. The individual sensing elements may also be toolessly disconnected from the strip for replacement or repair.
    • 一种具有中空体(12)的流体容器(10),用于容纳诸如饮料(22)的流体,所述中空体具有在顶部(18)和底部(20)之间延伸的周围侧壁(16),该侧壁设置有柔性感测条 14),其具有安装到中空本体(12)的侧壁(16)上的离散模块化流体特性传感元件,用于感测流体的实际物理参数,控制模块(24)和感测条之间的可拆卸接口(26) (14)和所述控制模块(24)能够使感测信号从所述感测条(14)传递到所述控制模块(24)具有可拆卸接口,使得所述控制模块(24)能够无法从所述感测 (14),以便更换另一个控制模块进行修理或维修。 各个感测元件也可以与带材无缝地断开以进行更换或修理。
    • 5. 发明申请
    • Apparatus for the Production of a Sparkling Beverage
    • 用于生产汽泡饮料的设备
    • US20110262615A1
    • 2011-10-27
    • US13132200
    • 2009-11-02
    • Fabrizio Tarricone
    • Fabrizio Tarricone
    • B01F3/04A23L2/54C12C12/00A23L2/00
    • B67D1/0015B01F3/0473B01F3/04758B01F3/04808B67D1/0016B67D1/0057B67D1/0071B67D1/0073B67D1/0871B67D1/0888B67D1/1229B67D1/1234B67D1/1238
    • The present invention relates to an apparatus (1, 21) for the production of a sparkling beverage comprising a container (2) for containing the sparkling beverage having inlet and outlet openings (9, 13) respectively, detection means (3) of the level or of the weight of the sparkling beverage contained in the container (2), a displacement pump (4) located upstream of the container (2) for feeding a given liquid ingredient or mixture of liquid ingredients therein, means apt to permit the inflation of at least one given food-grade gas or mixture of food-grade gases in the container (2), at least one suction duct (7) in communication with the displacement pump (4), a delivery duct (8) extending between the displacement pump and the container (2), and injection means (6) for the injection of the liquid ingredient or of the mixture of liquid ingredients in the container (2).
    • 本发明涉及一种用于生产泡沫饮料的设备(1,21),该设备包括一个用于容纳分别具有入口和出口(9,13)的起泡饮料的容器(2),该水平的检测装置(3) 或容纳在容器(2)中的起泡饮料的重量,位于容器(2)上游的置换泵(4),用于将给定的液体成分或液体成分混合物供给到容器(2)中, 在容器(2)中至少一个给定的食品级气体或食品级气体的混合物,与排量泵(4)连通的至少一个吸入管道(7),在排量之间延伸的输送管道(8) 泵和容器(2)以及用于将液体成分或液体成分混合物注入容器(2)中的注射装置(6)。
    • 6. 发明授权
    • Portable beverage dispenser with electronic beverage characteristic display and method
    • 便携式饮料机具有电子饮料特色显示和方法
    • US07980422B2
    • 2011-07-19
    • US10819828
    • 2004-04-07
    • Zbigniew G. Lassota
    • Zbigniew G. Lassota
    • B67D7/06A23B7/154
    • B67D1/0871A47J31/50A47J31/56
    • A dispensing urn assembly (10, 10′) with a hollow body (12) with an interior surface for containing beverage (14) and a manually operable faucet (16) for selectively dispensing beverage (14) from the bottom of hollow body with an electronic status display assembly (50) controlled by a microcomputer (62) in response to a temperature probe (44), a level probe (42) and a timer reset switch (46) to provide graphic displays (64,68, 72), numerical displays (66,70, 74) of the temperature, quantity and time elapsed or remaining since the brewing of the beverage and light indication displays (55,57, 59) when preselected values are achieved. A an integrated funnel assembly (30′) with a down-tube (40) and level probes (174-186) carried by the down-tube (40), electronic module (170) and relatively rigid interconnection (200,174) between provides a water tight passageway for leads from the probes to the microcomputer (62) contained within the electronic component housing and forms a single subassembly or module that eliminates the need for switches for activation and operation of the display (162) and may be removed for cleaning or repair.
    • 具有中空本体(12)的分配的瓮组件(10,10'),其具有用于容纳饮料(14)的内表面和用于从中空体的底部选择性地分配饮料(14)的可手动操作的水龙头(16) 响应于温度探针(44)由微型计算机(62)控制的电子状态显示组件(50),电平探头(42)和定时器复位开关(46),以提供图形显示(64,68,72) 当达到预先选定的值时,饮料和光照指示的煮沸后的温度,数量和时间经过或剩余的数值显示(66,70,74)显示(55,57,59)。 一个具有下管(40)和由下管(40),电子模块(170)和相对刚性互连(200,174)承载的液位探头(174-186)的集成漏斗组件(30'), 密封通道,用于从探针到包含在电子部件壳体内的微型计算机(62)的引线,并且形成单个子组件或模块,其消除了对用于启动和操作显示器(162)的开关的需要,并且可以移除以用于清洁或 修理。
    • 7. 发明申请
    • Bottled water dispenser
    • 瓶装饮水机
    • US20110163116A1
    • 2011-07-07
    • US12930335
    • 2011-01-03
    • Charles Dixon
    • Charles Dixon
    • B67D7/84B65D88/54
    • B67D1/0802B67D1/0857B67D1/0871B67D1/0884B67D1/0891B67D1/0895
    • Embodiments of an improved bottled water dispenser are loadable from beneath and may include a movable cart which is used to position the water bottle in the bottled water dispenser. The moveable cart may be angled to facilitate removal of water from the bottle, as well as to facilitate loading of bottle onto movable cart. The movable cart may include a retaining feature and a drawbridge to facilitate loading of the bottle onto the platform. In other embodiments the water dispenser includes a funnel member positioned at the top of the bottle, and a rod member which is movable to engage the funnel member, placing a pump in fluid communication with the water.
    • 改进的瓶装水分配器的实施例可以从下方加载,并且可以包括用于将水瓶定位在瓶装水机中的可移动的推车。 可移动推车可以是倾斜的,以便于从瓶中取出水,并且便于将瓶装载到可移动的推车上。 可移动推车可以包括保持特征和牵引桥,以便于将瓶装载到平台上。 在其他实施例中,水分配器包括位于瓶子顶部的漏斗元件,以及杆构件,其可移动以接合漏斗构件,将泵与水流体连通。
    • 8. 发明申请
    • WATER PROBE FOR BOTTOM LOADING WATER COOLER
    • 用于底部装载水冷却器的水探头
    • US20100252585A1
    • 2010-10-07
    • US12416832
    • 2009-04-01
    • George M. Yui
    • George M. Yui
    • B65D83/00B67D5/62
    • B67D1/0004B67D1/0009B67D1/0431B67D1/06B67D1/0859B67D1/0871B67D1/0888B67D1/0895B67D1/1243B67D2001/0824B67D2210/00097
    • Bottom loading water coolers are disclosed, which include (1) a cabinet having an exterior portion and an interior portion; (2) a water bottle disposed in the bottom half of the interior portion of the cabinet; (3) a cold tank disposed in the top half of the interior portion of the cabinet and above the water bottle; (4) a bottle tray disposed in the bottom half of the interior portion of the cabinet that is configured to receive the water bottle in an upright position, such that the bottle tray may be reversibly pulled out of, and pushed into, the interior portion of the cabinet; (5) a pump that injects air into the water bottle at defined and periodic intervals; and (6) a specialized probe for transferring water from the water bottle to the cold tank (and for delivering air from a pump to the water bottle).
    • 公开了底部装载水冷却器,其包括(1)具有外部部分和内部部分的机壳; (2)设置在机柜内部的下半部的水瓶; (3)设置在机柜内部上半部并位于水瓶上方的冷箱; (4)设置在机柜内部的下半部分中的瓶托架,其配置成以直立位置接收水瓶,使得瓶托盘可以被可逆地拉出并被推入内部部分 的柜子 (5)以定义和周期性间隔将空气注入到水瓶中的泵; 和(6)专用探头,用于将水从水瓶转移到冷箱(并将水从泵送到水瓶中)。
    • 10. 发明申请
    • METHOD AND DEVICE FOR DELIVERING FOODSTUFF
    • 用于传送食物的方法和装置
    • US20090031901A1
    • 2009-02-05
    • US12184440
    • 2008-08-01
    • Ray PedenRoman Probst
    • Ray PedenRoman Probst
    • A47J31/40B67D5/08
    • A47J31/4485A47J31/46A47J31/56B67D1/0871B67D1/0888B67D1/12B67D1/1243
    • A device and to a method for delivering drinkable liquid, in particular, milk or syrup, is provided wherein the device includes at least one pump, which can be connected to at least one container for drinkable liquid, so that, using the pump, the drinkable liquid can be delivered from the container. The device includes at least one sensor for measuring the fill level of the container, and the pumping process is stopped as a function of a measurement signal from the sensor when the measurement signal falls below or exceeds a given measurement signal limit. The sensor is constructed as a pressure sensor and the pressure sensor is arranged such that the pressure in the container for drinkable liquid can be measured by the pressure sensor.
    • 提供了一种用于输送可饮用液体,特别是牛奶或糖浆的装置和方法,其中所述装置包括至少一个泵,所述至少一个泵可连接至至少一个用于饮用液体的容器,从而使用该泵 可以从容器中输送可饮用的液体。 该装置包括用于测量容器的填充水平的至少一个传感器,并且当测量信号低于或超过给定测量信号极限时,泵送过程作为来自传感器的测量信号的函数而停止。 传感器被构造为压力传感器,并且压力传感器被布置成使得可以通过压力传感器测量用于可饮用液体的容器中的压力。