Fluid material dispensing apparatus capable of maintaining fluid material within material transmission path at low temperature
PROBLEM TO BE SOLVED: To provide a beverage supply apparatus for pouring the liquid raw material charged in a raw material container such as a bag-in box or the like to serve the same, preventing a supplied beverage from becoming lukewarm even if a beverage supply interval becomes long and always controlled to the optimum temperature to serve the beverage uniformly mixed in a predetermined mixing ratio and cooled to temperature suited to drink. SOLUTION: The liquid raw material pouring part 7 communicating with a liquid raw material pour tube 6 and functioning so as to discharge a predetermined amount of the liquid raw material in the BIB 5 , a flowmeter 12 and a supply solenoid valve 13 turned ON/OFF to supply dilution water are housed in the bag-in box refrigerating chamber 3 housing and cooling the BIB 5 . Gaps are provided between a liquid raw material supply nozzle 8 for supplying a beverage to a cup 23 , a dilution water supply nozzle 14 and a heat insulating material 33 to be cooled to temperature lower than the peripheral temperature by cold air of the bag-in box refrigerating chamber 3.
1 . A fluid material dispensing apparatus ( 100 ), comprising:
a material outlet chamber ( 105 );
multiple pumps ( 110 ), arranged to respectively extract multiple fluid materials stored in multiple material containers ( 180 ), and to operably push corresponding fluid materials forward;
a fluid output device ( 140 ), positioned on a bottom portion of the material outlet chamber ( 105 ), and comprising multiple fluid outlets ( 142 ), wherein the multiple fluid outlets ( 142 ) are respectively coupled with the multiple pumps ( 110 ) through multiple material transmission paths, and are respectively arranged to dispense corresponding fluid materials to a target container ( 190 );
a cold air tunnel ( 220 ), arranged to operably introduce cold air into the material outlet chamber ( 105 ), so as to maintain an internal temperature of the material outlet chamber ( 105 ) below a predetermined temperature;
a first air extraction device ( 231 ), located at an air inlet ( 227 ) of the cold air tunnel ( 220 ), arranged to operably extract a part of cold air generated by the cold air source device ( 210 ) into the cold air tunnel ( 220 ); and
a second air extraction device ( 233 ), positioned inside the cold air tunnel ( 220 ), arranged to operably push cold air within the cold air tunnel ( 220 ) to flow toward an air outlet ( 229 ) of the cold air tunnel ( 220 );
wherein when an internal temperature of the material outlet chamber ( 105 ) is higher than a first predetermined threshold value, the first air extraction device ( 231 ) and the second air extraction device ( 233 ) operate to introduce more cold air into the material outlet chamber ( 105 ) through the cold air tunnel ( 220 ).
2 . The fluid material dispensing apparatus ( 100 ) of claim 1 , wherein the air output duct ( 225 ) is inserted into the material outlet chamber ( 105 ), so that a distance between the air outlet ( 229 ) and the fluid output device ( 140 ) is less than a predetermined distance.
3 . The fluid material dispensing apparatus ( 100 ) of claim 1 , further comprising:
a temperature sensor ( 255 ), positioned in the material outlet chamber ( 105 ), arranged to operably sense the internal temperature of the material outlet chamber ( 105 ).
4 . The fluid material dispensing apparatus ( 100 ) of claim 1 , wherein a side wall of the material outlet chamber ( 105 ) is provided with a pipe insertion port ( 360 ) and a reflow port ( 370 );
wherein multiple material transmission pipes coupled between the multiple pumps ( 110 ) and the fluid output device ( 140 ) pass through the pipe insertion port ( 360 ) and enter the material outlet chamber ( 105 );
wherein cold air in the material outlet chamber ( 105 ) flows into the main body of the fluid material dispensing apparatus ( 100 ) through the reflow port ( 370 ).
5 . The fluid material dispensing apparatus ( 100 ) of claim 4 , wherein a center position of the reflow port ( 370 ) is higher than a center position of the pipe insertion port ( 360 ).
6 . The fluid material dispensing apparatus ( 100 ) of claim 1 , wherein a target air extraction device ( 337 ) is positioned on a side wall of the material outlet chamber ( 105 ) and arranged to operably accelerate an internal airflow circulation in the material outlet chamber ( 105 ).
7 . The fluid material dispensing apparatus ( 100 ) of claim 1 , wherein when an internal temperature of the upper chamber ( 101 ) is higher than a first predetermined threshold value, the first air extraction device ( 231 ) and the second air extraction device ( 233 ) operate, so as to introduce more cold air into the upper chamber ( 101 ) through the cold air tunnel ( 220 ).
8 . The fluid material dispensing apparatus ( 100 ) of claim 1 , wherein when an internal temperature of the upper chamber ( 101 ) is lower than a second predetermined threshold value, the first air extraction device ( 231 ) and the second air extraction device ( 233 ) suspend operation, so as to introduce less cold air into the upper chamber ( 101 ).
9 . The fluid material dispensing apparatus ( 100 ) of claim 1 , wherein when an internal temperature of the material outlet chamber ( 105 ) is lower than a second predetermined threshold value, the first air extraction device ( 231 ) and the second air extraction device ( 233 ) suspend operation, so as to introduce less cold air into the material outlet chamber ( 105 ).
10 . The fluid material dispensing apparatus ( 100 ) of claim 1 , wherein when an internal temperature of the cold air tunnel ( 220 ) is higher than a third predetermined threshold value, the first air extraction device ( 231 ) and the second air extraction device ( 233 ) suspend operation.
11 . A fluid material dispensing apparatus ( 100 ), comprising:
a material outlet chamber ( 105 ), wherein a side wall of the material outlet chamber ( 105 ) is provided with a pipe insertion port ( 360 ) and a reflow port ( 370 );
multiple pumps ( 110 ), arranged to respectively extract multiple fluid materials stored in multiple material containers ( 180 ), and to operably push corresponding fluid materials forward;
a fluid output device ( 140 ), positioned on a bottom portion of the material outlet chamber ( 105 ), and comprising multiple fluid outlets ( 142 ), wherein the multiple fluid outlets ( 142 ) are respectively coupled with the multiple pumps ( 110 ) through multiple material transmission paths, and are respectively arranged to dispense corresponding fluid materials to a target container ( 190 );
a temperature sensor ( 255 ), positioned in the material outlet chamber ( 105 ), arranged to operably sense an internal temperature of the material outlet chamber ( 105 );
a cold air tunnel ( 220 ), arranged to operably introduce cold air into the material outlet chamber ( 105 ), so as to maintain the internal temperature of the material outlet chamber ( 105 ) below a predetermined temperature;
a first air extraction device ( 231 ), located at an air inlet ( 227 ) of the cold air tunnel ( 220 ), arranged to operably extract a part of cold air generated by the cold air source device ( 210 ) into the cold air tunnel ( 220 ); and
a second air extraction device ( 233 ), positioned inside the cold air tunnel ( 220 ), arranged to operably push cold air within the cold air tunnel ( 220 ) to flow toward an air outlet ( 229 ) of the cold air tunnel ( 220 );
wherein multiple material transmission pipes coupled between the multiple pumps ( 110 ) and the fluid output device ( 140 ) pass through the pipe insertion port ( 360 ) and enter the material outlet chamber ( 105 );
wherein cold air in the material outlet chamber ( 105 ) flows into the main body of the fluid material dispensing apparatus ( 100 ) through the reflow port ( 370 );
wherein when an internal temperature of the material outlet chamber ( 105 ) is higher than a first predetermined threshold value, the first air extraction device ( 231 ) and the second air extraction device ( 233 ) operate to introduce more cold air into the material outlet chamber ( 105 ) through the cold air tunnel ( 220 ).
12 . The fluid material dispensing apparatus ( 100 ) of claim 11 , wherein the air output duct ( 225 ) is inserted into the material outlet chamber ( 105 ), so that a distance between the air outlet ( 229 ) and the fluid output device ( 140 ) is less than 20 centimeters.
13 . The fluid material dispensing apparatus ( 100 ) of claim 11 , wherein a center position of the reflow port ( 370 ) is higher than a center position of the pipe insertion port ( 360 ).
14 . The fluid material dispensing apparatus ( 100 ) of claim 11 , wherein a target air extraction device ( 337 ) is positioned on a side wall of the material outlet chamber ( 105 ) and arranged to operably accelerate an internal airflow circulation of the material outlet chamber ( 105 ).
15 . The fluid material dispensing apparatus ( 100 ) of claim 11 , wherein when an internal temperature of the upper chamber ( 101 ) is higher than a first predetermined threshold value, the first air extraction device ( 231 ) and the second air extraction device ( 233 ) operate, so as to introduce more cold air into the upper chamber ( 101 ) through the cold air tunnel ( 220 ).
16 . The fluid material dispensing apparatus ( 100 ) of claim 11 , wherein when an internal temperature of the upper chamber ( 101 ) is lower than a second predetermined threshold value, the first air extraction device ( 231 ) and the second air extraction device ( 233 ) suspend operation, so as to introduce less cold air into the upper chamber ( 101 ).
17 . The fluid material dispensing apparatus ( 100 ) of claim 11 , wherein when an internal temperature of the material outlet chamber ( 105 ) is lower than a second predetermined threshold value, the first air extraction device ( 231 ) and the second air extraction device ( 233 ) suspend operation, so as to introduce less cold air into the material outlet chamber ( 105 ).
18 . The fluid material dispensing apparatus ( 100 ) of claim 11 , wherein when an internal temperature of the cold air tunnel ( 220 ) is higher than a third predetermined threshold value, the first air extraction device ( 231 ) and the second air extraction device ( 233 ) suspend operation.