TH2101006572A - beverage machine - Google Patents

Abstract

DEPCT65 The invention relates to a beverage machine consisting of a heating mechanism, a brew and cooling mechanism The heating mechanism heats up for standby and hot drinking water will is sent to the brewing mechanism. There is at least one brewing mechanism and a brewing mechanism is used for brewing. hot drink The hot beverage will exchange heat with room temperature water in the level cooling tube. For the first cooling, the beverage after the first cooling will go through the level 2 cooling pipe to exchange heat with the low temperature refrigerant for the second cooling. and cool it into a cool drink The refrigerant after the first heat exchange enters The refrigerant temporary storage container first and then flows back to the refrigerant container. The compressor drives the heat exchanger to cool the refrigerant. does not depend on the skill level of the staff and not too dilute the drink or the drink is too concentrated affect the taste can produce delicious cold beverages and maintain the original taste, which can Keep the flavor of low-temperature beverages and avoid bitter and spoiled high-temperature beverages. Remember to give customers a better experience and satisfaction with their needs. -------------------------------------------------- ---------

Claims (10)

DEPCT65 1. The beverage machine is composed of a heating mechanism, a brewing mechanism, and a cooling mechanism. The heating mechanism heats the drinking water to standby, and the hot drinking water is delivered to the brewing mechanism. There is at least a brewing mechanism. One mechanism and the brewing mechanism are used for brewing hot beverages. The cooling mechanism is used to cool the hot beverage and is unique: the cooling mechanism consists of Level 1 refrigerant hose, Level 2 refrigerant hose, refrigerant container dosing container temporary cooling Heat exchangers and compressors Level 1 cooling pipes and Level 2 cooling pipes are double woven construction. The inside of the level 1 cooling pipe is connected to the inside of the The level 2 cooling pipe, the outside of the level 1 cooling pipe, is connected to a water source at room temperature. The refrigerant inlet of the outer pipe of the refrigerant class 2 pipe is connected to the refrigerant container. The refrigerant and outlet of the outer tube of the refrigerant level 2 pipe are connected to the refrigerant storage container. temporary cooling The hot drink exchanges heat with room temperature water in the level 1 cooling tube for initial cooling, and the beverage after cooling reaches the level 2 cooling tube and exchanges heat with the low temperature refrigerant. to cause a cold the second time and cooled down into an iced drink. refrigerant after heat exchange is completed. It first goes to the temporary refrigerant storage container and then flows back to the refrigerant container. The compressor drives the heat exchanger to cool the refrigerant. 2. The beverage maker according to claim 1 looks like this: heating mechanism. consisting of an outer verse Heating vessels and heating vessels Drinking water is fed into The container is heated through an external water pipe after heating. The heating vessel transports it to the thermos container. The thermos container heats the drinking water and the thermos transports the drinking water to the brewing mechanism. 3. The beverage maker according to claim 2 looks like this: The heating container heats the drinking water. It is at a set temperature of 60-80 degrees Celsius and the thermos container retains the temperature of the drinking water. 4. The beverage maker according to claim 1 looks like this: The brewing mechanism consists of a container. Store small warm water, brew containers and feed chute. Drinking water heated by a heating mechanism The hot water will be sent to a small warm water storage container. A small warm water storage container transports hot drinking water to container for brewing The top of the brewing vessel is opened to form a material feeding port. The material feeding chute can be installed in an oblique position and the end of the feeding chute is on the brewing container. The material is fed into the brewing container by the material feeding chute. 5. The beverage maker according to claim 4 looks like this: The brewing container is connected to a pipe. Hot drink outlet and hot drink cooling pipe Hot beverages that do not require refrigeration will is directly exported through the hot beverage outlet The hot drinks to be cooled are conveyed to the The inner tube of the level 1 cooling pipe passes through the hot beverage cooling pipe. 6. The beverage maker according to claim 4 looks like this: on the sides of the brewing container there are The first motor drives the brewing container to rotate and dispose of the waste in an oblique direction, and the second motor The second drives the brewing container to raise it higher. The container lid is installed directly above the brew container. 7. The beverage machine according to claim 1 looks like this: room temperature water is tap water, refrigerant is propylene glycol, ethylene glycol or other refrigerant. 8. The beverage maker according to claim 1 looks like this: The heat exchanger is the coil heat exchanger or plate heat exchanger 9. The beverage machine according to claim 1 looks like this: consists of a water pump and a valve. lots of electromagnets A water pump provides power and an electromagnetic valve controls the conduction of the pipe. 10. The beverage making machine according to claim 1 looks like this: There are two compressors to work alternately -------------------------- ---------------------------------