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    • 2. 发明授权
    • Modular dispensing tower
    • 模块化分配塔
    • US5433348A
    • 1995-07-18
    • US178070
    • 1994-01-06
    • Robert S. DeeringSamuel DurhamAlfred A. Schroeder
    • Robert S. DeeringSamuel DurhamAlfred A. Schroeder
    • B67D1/04B67D1/00B67D1/06B67D1/08B67D5/56
    • B67D1/0864B67D1/06B67D1/0829B67D1/0867B67D2210/0006
    • A beverage dispensing apparatus includes a modular dispensing tower which may be positioned remote from both the product and the cooling unit or, alternatively, may be mounted onto the cooling unit housing using quick connect couplings. When positioned remote from the cooling unit, the modular dispensing tower connects to the cooling unit through an insulated trunk line which allows positioning of the modular dispensing tower up to twenty five feet away from the cooling unit. Additionally, the modular dispensing tower comprises an insulated manifold which operates to significantly decrease the temperature of the dispensed "casual" drink. The manifold houses a plurality of product conduits which are positioned against a carbonated water conduit which works in a recirculation system to greatly reduce the temperature of the dispensed "casual" drink. Furthermore, the modular dispensing tower may reside on the countertop or may be mounted onto the edge of the countertop in order to save countertop space. Also to save countertop space, the cooling unit and product source are configured to fit underneath a counter with only the modular dispensing tower residing on the counter or mounted onto a counter edge. The beverage dispensing apparatus, therefore, greatly saves countertop space while providing a modular dispensing tower configuration which greatly reduces the temperature of the dispensed "casual" drink.
    • 饮料分配装置包括可以远离产品和冷却单元定位的模块化分配塔,或者可以使用快速连接联接器将其安装到冷却单元壳体上。 当远离冷却单元定位时,模块化分配塔通过绝缘干线连接到冷却单元,允许将模块化分配塔定位在离冷却单元两十五英尺处。 此外,模块化分配塔包括绝缘歧管,其操作以显着降低分配的“休闲”饮料的温度。 歧管容纳多个产品导管,其定位成抵靠在再循环系统中工作的碳酸水导管,以大大降低所分配的“休闲”饮料的温度。 此外,模块化分配塔可以驻留在台面上,或者可以安装在台面的边缘上,以便节省台面空间。 另外为了节省柜台空间,冷却单元和产品来源被配置为配置在柜台下方,只有位于柜台上的模块化分配塔或安装在柜台边上。 因此,饮料分配装置大大地节省了台面空间,同时提供了一种模块化分配塔架构,其大大降低了所分配的“休闲”饮料的温度。
    • 6. 发明授权
    • Modular ice delivery system for a beverage dispenser
    • 用于饮料分配器的模块化冰输送系统
    • US06209339B1
    • 2001-04-03
    • US09374125
    • 1999-07-26
    • Alfred A. SchroederSamuel Durham
    • Alfred A. SchroederSamuel Durham
    • F25C518
    • G07F13/065F25C1/12F25C5/00F25C5/182F25C5/20F25C2600/04
    • A modular ice delivery system includes a beverage dispenser unit for dispensing beverages therefrom and an ice delivery unit linked with the beverage dispenser unit for supplying ice to the beverage dispenser unit. A docking pathway formed between the ice delivery unit and the beverage dispenser unit is provided for operatively linking the ice delivery unit with the beverage dispenser unit. The modular ice delivery system may further include an ice capacity booster unit linked with the ice delivery unit, ultimately, for supplying ice to the beverage dispenser unit. A docking pathway formed between the ice delivery unit and the ice capacity booster unit is also provided for linking the ice capacity booster unit and the ice delivery unit. In effect, each docking pathway enables the modular ice delivery system to be broken down into modular units commensurate with varying demand for ice. Additionally, the modular ice delivery system includes a sanitizing system for ensuring the production and dispensing of sanitary ice from the modular ice delivery system.
    • 模块化冰输送系统包括用于从其分配饮料的饮料分配器单元和与饮料分配器单元相连接的用于向饮料分配器单元供应冰的冰输送单元。 提供在冰输送单元和饮料分配器单元之间形成的对接路径,用于将冰输送单元与饮料分配器单元可操作地连接。 模块化冰输送系统还可以包括与冰输送单元相连的冰容量增压单元,最终用于向饮料分配器单元供应冰。 在冰输送单元和冰容量增压单元之间形成的对接路径也被提供用于连接冰容量增压单元和送冰单元。 实际上,每个对接路径使得模块化冰输送系统能够被分解成与冰的不同需求相称的模块化单元。 此外,模块化冰输送系统包括消毒系统,用于确保来自模块式冰输送系统的生产和分配卫生冰。
    • 9. 发明授权
    • Large volume beverage dispensing nozzle
    • 大容量饮料分配喷嘴
    • US5415326A
    • 1995-05-16
    • US198226
    • 1994-02-17
    • Samuel DurhamWeldon E. GriffinDavid A. Renaud
    • Samuel DurhamWeldon E. GriffinDavid A. Renaud
    • B67D1/14B67D1/00B67D5/56
    • B67D1/005B67D1/0044
    • A beverage dispensing nozzle which dispenses beverages at a high volume flow comprises a housing which includes a body and cap having an opening therein connected to the top of the body, a conduit in the lower portion of the body, a diffuser residing over the conduit, and a diffuser plate positioned about the diffuser. The nozzle connects to a standard electric valve which communicates with both a beverage syrup source and a mixing fluid source. The diffuser includes a passageway which communicates with the beverage syrup source to deliver beverage syrup into a mixing chamber defined by the interior of the conduit. The exterior surface of the diffuser and the interior surfaces of the body and cap define a first channel which communicates with the mixing fluid source. The exterior surface of the conduit and the interior surface of the body define a second channel. The diffuser plate resides within the first channel and includes a plurality of holes that produce a laminar flow in the mixing fluid stream as it enters the first channel. Upon exit from the first channel, the conduit divides the mixing fluid stream into a first and second mixing fluid streams. The first mixing fluid stream enters the mixing chamber where it mixes with the beverage syrup before being dispensing from an outlet of the housing. The second mixing fluid stream flows through the second channel and exits the second channel at the outlet of the housing where it contacts the previously mixed beverage syrup and mixing fluid stream flowing from the mixing chamber. The second mixing fluid stream and the previously mixed beverage syrup and mixing fluid combine in a cup to form a dispensed beverage.
    • 以大体积流动分配饮料的饮料分配喷嘴包括壳体,其包括主体和盖,其具有连接到主体顶部的开口,主体下部的导管,位于导管上的扩散器, 以及围绕扩散器定位的扩散板。 喷嘴连接到与饮料糖浆源和混合流体源连通的标准电动阀。 扩散器包括与饮料糖浆源连通以将饮料糖浆输送到由导管内部限定的混合室中的通道。 扩散器的外表面和主体和盖的内表面限定了与混合流体源连通的第一通道。 导管的外表面和主体的内表面限定了第二通道。 扩散器板位于第一通道内,并且包括多个孔,当混合流体流进入第一通道时,其在混合流体流中产生层流。 在从第一通道出来时,导管将混合流体流分成第一和第二混合流体流。 第一混合流体流进入混合室,其中在从壳体的出口分配之前与饮料糖浆混合。 第二混合流体流流过第二通道并在壳体的出口处离开第二通道,其中它接触先前混合的饮料糖浆并混合从混合室流出的流体流。 第二混合流体流和先前混合的饮料糖浆和混合流体在杯中结合以形成分配的饮料。