초록 ▼

A multiflavor valve assembly and a multiflavor tower using such valve assembly. The valve assembly uses microprocessor controlled ratio control. The tower can dispense six flavors through a single nozzle assembly, while using significantly less counter space than six separate valves would require. T

A multiflavor valve assembly and a multiflavor tower using such valve assembly. The valve assembly uses microprocessor controlled ratio control. The tower can dispense six flavors through a single nozzle assembly, while using significantly less counter space than six separate valves would require. The valve assembly uses two water flow modules, six syrup flow modules, one control board with a microprocessor, one interface board with its microprocessor, and thirteen touch buttons on the selection panel.

대표청구항 ▼

A multiflavor beverage dispensing valve assembly comprising: (a) a valve assembly including a flow block having a water conduit and a plurality of syrup conduits therethrough; (b) said valve assembly having a single nozzle assembly for dispensing any one of a plurlity of different beverages therefro

A multiflavor beverage dispensing valve assembly comprising: (a) a valve assembly including a flow block having a water conduit and a plurality of syrup conduits therethrough; (b) said valve assembly having a single nozzle assembly for dispensing any one of a plurlity of different beverages therefrom; (c) said flow block including a flow meter and a flow control means in each of said conduits and wherein each of said flow meter and said flow control means for a particular conduit are combined in a single flow control module; (d) each of said conduits having a distal end at said nozzle assembly; (e) said valve assembly including a selection panel having a plurality of beverage selection buttons thereon including one button for each of said syrup conduits; and (f) said valve assembly including control means for controlling the dispensing of beverages from said valve assembly and for controlling the syrup to water ratio for beverages to be dispensed, said control means being connected to each of said flow meters, each of said flow control means and each of said buttons, said control means including a control board having a microprocessor for controlling the syrup to water ratio, and including only a single interface board having a microprocessor for monitoring all of said selection buttons and for connecting the correct flow meter and flow control means to said control board, said control means also including memory means containing data on a plurality of syrups corresponding to said plurality of syrup conduits including mixture ratio, syrup viscosity and whether carbonated or non-carbonated water is to be used.