Beverage dispensing apparatus
A removable nozzle for attachment to a conventional faucet of a beverage dispensing device to permit the dispensing of a pressurized beverages at a high flow rate without producing excessive foaming comprising a streamlined valve assembly and a downward extending nozzle assembly which permits a range of containers to be filled from the bottom.
1. A nozzle for adapting a faucet to dispense a pressurized beverage at increased flow rates comprising:
a liquid receiving end adapted to couple to the faucet of a pressurized beverage dispensing system,
a coupling mechanism that removably and sealingly couples the nozzle to the faucet,
a liquid dispensing end that dispenses the pressurized beverage at least initially to atmospheric conditions, and
an internal passageway between the liquid receiving end and the liquid dispensing end,
wherein the cross-sectional area of the internal passageway of the nozzle decreases from the liquid receiving end to the liquid dispensing end such that the cross sectional area profile of the internal passageway approximates the cross sectional area profile of a free falling stream of liquid at ambient pressure.
2. A beverage dispensing system comprising:
a container holding a carbonated beverage;
an energy source that pressurizes the carbonated beverage in the container;
a valve in fluid communication with the beverage in the container, the valve having an open position and a closed position;
a faucet having a liquid receiving end in fluid communication with the valve and a liquid dispensing end;
a nozzle having a liquid receiving end in fluid communication with and removably coupled to the liquid dispensing end of the faucet, an internal passageway having a cross sectional area through which said carbonated beverage flows when said valve is in the open position, and a liquid dispensing end having an opening through which the carbonated beverage at least initially exits to atmospheric conditions, wherein the cross-sectional area of the internal passageway of the nozzle decreases from the liquid receiving end of the nozzle to the liquid dispensing end of the nozzle such that the carbonated beverage flowing through the nozzle substantially fills the entire cross-sectional area of the nozzle and is in substantially constant contact with the surface of the internal passageway from the liquid receiving end of the nozzle to the liquid dispensing end of the nozzle.
3. An apparatus for dispensing beer, comprising
a beer reservoir,
tubing connected to the reservoir,
a pressure source that pressurizes the reservoir for conveying the beer from the reservoir and through the tubing,
a faucet having a beer receiving end in fluid communication with the tubing and a beer dispensing end, the beer dispensing end having an outer surface;
a nozzle having a beer receiving end, the beer receiving end having an inner surface, and a beer dispensing end, and
a seal that provides a fluid seal between the inner surface of the receiving end of the nozzle and the outer surface of beer dispensing end of the faucet,
where the beer receiving end of the nozzle is adapted to removably fit to the beer dispensing end of the faucet and the nozzle is configured to regulate the formation of foam during dispensing.
4. A system for dispensing beer comprising,
means for containing beer to be dispensed,
means for providing pressure to the beer dispensing system,
means for dispensing the beer from the system,
means for regulating the amount of beer to be dispensed,
means for regulating the temperature of the beer to be dispensed, and
means for regulating the amount of foam in the dispensed beer,
where the means for regulating the amount of foam in the dispensed beer is a nozzle adapted to removably fit to the beer dispensing means having an internal passageway, a liquid receiving end and a liquid dispensing end, where the cross-sectional area of the internal passageway of the nozzle decreases from the liquid receiving end to the liquid dispensing end such that the cross-sectional area profile of the internal passageway approximates the cross sectional area profile of a free falling stream of liquid at ambient pressure.
5. A nozzle for adapting a faucet to dispense a beverage at increased flow rates comprising:
a liquid receiving end adapted to couple to the faucet of a beverage dispensing system,
a coupling mechanism that removably and sealingly couples the nozzle to the faucet,
a liquid dispensing end that dispenses the beverage at least initially to atmospheric conditions, and
an internal passageway between the liquid receiving end and the liquid dispensing end,
wherein the cross-sectional area of the internal passageway of the nozzle decreases from the liquid receiving end to the liquid dispensing end such that the cross sectional area profile of the internal passageway approximates the cross sectional area profile of a free falling stream of liquid at ambient pressure.