Beverage cooling machine
A technology for refrigerators and beverages, which is applied in refrigerators, refrigeration and liquefaction, and household refrigeration devices, etc. It can solve the problems of freezing beverages after waiting for a long time, and achieve the effect of reducing heat exchange and energy consumption
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Embodiment 1
[0047] Beverage refrigerators commonly used in the market generally all are to be housed in the freezing chamber that beverage bottle is housed at present, and the bottom or side of freezing chamber is provided with refrigeration device 700 and drinks are refrigerated. Existing beverage refrigerators need to put the whole bottle of beverage into the machine for refrigeration first, that is, after the normal temperature beverage is placed in the freezing chamber, the user needs to wait for the entire bottle of beverage to cool completely before the user can drink the cooled beverage. It takes a long time for bottled drinks, so it takes a long time to drink the frozen drinks.
[0048] The present application provides a beverage refrigerator for rapidly outputting cooled or frozen beverages.
[0049] figure 1 The external structure of the beverage refrigerator is shown, figure 2 The internal structure of the beverage refrigerator is shown. The beverage refrigerator includes a b...
Embodiment 2
[0071] In the beverage refrigerator in Embodiment 1, its air source 800 can also be an air pump 805, and the air pump 805 is connected with the air pipe 504, such as Figure 6 shown.
[0072] In the beverage refrigerator provided in this embodiment, the entire liquid discharge process is as follows: the trigger switch sends out a signal to control the air pump 805 to start, the air pump 805 fills the container 601 with air through the air pipe 504 to pressurize, and the faucet 200 is turned on, and the drink is under the action of the internal air pressure The liquid flows out from the liquid outlet 202 of the faucet 200 through the first liquid outlet pipe 503 , the heat exchange pipe 501 and the second liquid outlet pipe 502 .
Embodiment 3
[0074] The beverage refrigerator in embodiment 1, its gas source 800 can be the combination of air pump 805, carbon dioxide cylinder 801 and electromagnetic valve 804, such as Figure 7 As shown, the carbon dioxide cylinder 801 is connected to the solenoid valve 804, the air pipe 504 is connected to the tee 806, and the air pump 805 and the solenoid valve 804 are respectively connected to the remaining two interfaces of the tee 806. When the touch switch 803 is triggered, the air pump 805 and the electromagnetic valve 804 are simultaneously opened to inflate and pressurize the container 601 or the inner cavity through the air tube 504 .
[0075] The supply pressure ratio of the air pump 805 and the electromagnetic valve 804 can be adjusted to adjust the amount of dissolved carbon dioxide in the drink.
[0076] When the drink is red wine, you can increase the pressure supply ratio of the air pump 805, reduce the pressure supply ratio of the solenoid valve 804, or even close the...
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