TWM464109U - High temperature gem free beverage brewing machine - Google Patents

Description

High temperature aseptic beverage brewing machine

The present invention relates to a beverage brewing machine, and more particularly to a high temperature aseptic beverage brewing machine.

Beverage brewing machine is used to prepare beverages such as coffee, tea, etc., mainly by heating the external water source to a temperature setting of, for example, 95 ° C, and distributing the hot water to a preset beverage ingredient by a water supply device. The beverage preparation container is such that the hot water and the food material interact to prepare a beverage.

In the preparation of a tea beverage such as black tea, a large amount of hot water must be supplied to the beverage preparation container in one preparation procedure. The large-capacity boiler of the conventional beverage brewing machine has a large amount of hot water continuously, and the temperature of the hot water cannot be controlled in an appropriate temperature range, resulting in the disadvantage that the taste of the brewed beverage is unstable and the quality is not good.

The new patent case No. M317237 of the Republic of China (hereinafter referred to as the citation case) provides a "cold water preheating structure for a beverage brewing machine", which mainly includes a steam pot and a heating pot, wherein: the steam pot is provided with a main water inlet pipe. And the first water inlet pipeline and the second water inlet pipeline are respectively connected to the main water inlet pipeline, the first water inlet pipeline is connected to the steam boiler, and the second water inlet pipeline is connected to the preheating zone, The preheating zone is fixed inside the steam pot, the space between the two is not connected to each other, and the steam pot is provided with a heater, and the steam cooker is provided with a steam outlet at the top; the heating pot is provided with a heater, the heating pot The second water inlet pipe is connected, and an outlet pipe is arranged at the top of the heating pot. The main reason for the case is to use a steam cooker to heat the outside cold water into warm water, and then use a heating pot to heat the warm water to the hot water set by the desired temperature, so as to shorten the heater of the heating pot. Hot time.

The main disadvantage of the above cited cases is that there is no temperature control device for the steam boiler and the heating pot. If the water temperature of the second water inlet pipe is too high, the heating pot cannot produce a cooling function. If the water temperature is too high, the food and the operator may be burnt. If the water temperature of the inlet pipe is too low, the heating pot will not start to replenish the temperature difference program. If the outlet water temperature is too low, the beverage taste will be poor after brewing, and even worse, there will be a public security accident. Furthermore, the hot water used for brewing the beverage is not boiled in advance, and the amount of bacteria contained in the hot water may be too high for sanitary investigation. Different types of beverages have different optimal brewing temperatures, for example: brewing black tea with 95 ° C hot water, brewing green tea with 85 ° C hot water, and the like. If you use a hot water that exceeds the boiling temperature to brew the beverage, it may burn the skin of the drinker's tongue. Therefore, the warm water temperature preheated in the preheating zone of the steam boiler is not higher than the hot water temperature heated by the heating pot, and the hot water temperature for the brewing beverage is not higher than the boiling temperature; that is, the heat of the cited case If the water is not completely boiled, there may be problems with excessive contamination of the bacteria.

In addition, the cited case can only supply hot water without temperature control, because the optimal brewing temperature of different kinds of beverages (such as coffee, green tea, black tea, etc.) is not the same; the reference case can only supply hot water without temperature control. It is not suitable for brewing different types of beverages. If you use a hot water with a non-optimal brewing temperature to brew the beverage, the taste of the beverage after brewing will be poor. Moreover, the preheating zone used is suitable for a general low-flow beverage brewing procedure, such as a espresso coffee or a single-cup tea, and it is not possible to supply a large amount of water, for example, above 1500 cc. In addition, the cited case does not have the function of diluting and cooling the hot water and cold water in the beverage after brewing. The cited case can only add hot water, cold water and/or ice cubes manually in the finished brewing beverage to change the temperature and concentration of the beverage. This type of manual addition is not only time-consuming, but also unable to maintain the best quality and taste of the beverage, which may cause problems such as long waiting times for customers and unsatisfactory beverage quality.

The purpose of the present invention is to provide a high-temperature aseptic beverage brewing machine, wherein the hot water for brewing beverage is heated in advance by a main boiler to about 120 ° C, and then a preheating heat exchanger exchanges heat with cold water to cool down. To a suitable temperature hot water for brewing beverages, complete sterilization to ensure cleanliness.

The second objective of the present invention is to provide a high-temperature aseptic beverage brewing machine that uses at least one auxiliary pot to perform a compensatory heating process for the hot water, and can be used in a beverage brewing process that requires a large amount of hot water. With the rapid compensatory heating effect of the auxiliary pot, a large amount of hot water at a stable temperature is supplied to improve the brewing quality and the brewing speed, thereby improving the disadvantage that the conventional beverage brewing machine cannot continuously use hot water and the temperature is unstable.

Another object of the present invention is to provide a high-temperature aseptic beverage brewing machine capable of supplying hot water of various temperatures for beverage brewing process, so as to match different kinds of beverages (such as coffee, green tea, black tea, etc.) The best brewing temperature of this type of beverage is hot water, so as to brew different beverages with the best taste, so that the beverage brewing machine can prepare a variety of different beverages, and improve the equipment utilization rate and application range.

Another object of the present invention is to provide a high-temperature aseptic beverage brewing machine, which can automatically add hot water and/or cold water of a set volume after brewing according to user settings after completing the beverage brewing process. In the beverage, the concentration and/or temperature of the beverage is changed; the operation is convenient and rapid, and the best quality and taste of the beverage can be maintained, and the beverage is quickly cooled to a suitable drinking temperature.

The high-temperature aseptic beverage brewing machine capable of achieving the above-mentioned creation purpose comprises: a water supply pump connected to the outside cold water; a cold water pipe connected to the water supply pump and conveying the cold water; and a main boiler receiving the cold water from the cold water pipe, The utility model is provided with a temperature detector and a heater for heating the cold water to a superheated hot water exceeding a boiling temperature (generally a general sterilization temperature of 120 ° C); and connecting to the main boiler and receiving the superheated hot water. Hot water pipe; a proper heat The preheating heat exchanger of the area is changed so that the cold water entering the main boiler before the hot water is exchanged with the superheated hot water in the hot water pipe to heat the cold water, and the superheated hot water is cooled to a suitable temperature. Hot water; at least one auxiliary pot for receiving the suitable temperature hot water passing through the preheating heat exchanger, wherein a temperature detector for detecting the temperature value of the hot water in the auxiliary pot and a temperature compensation heater are provided; When the temperature detector detects that the hot water in the auxiliary pot does not reach a temperature setting value, the warming heater is activated to heat the hot water to the temperature setting value; and a hot water supply pipe, Receiving the warm water through the auxiliary pot and controlling by a brewing solenoid valve disposed on the hot water supply pipe, supplying the warm water to a beverage preparation container of a preset beverage component, The warm water is reacted with the beverage component to form a beverage.

In a preferred embodiment, the preheating heat exchanger is composed of an inner tube and an outer tube spaced apart from the outer tube; wherein the outer tube is connected between the main boiler and the auxiliary pot The hot water is passed through; the inner tube is connected between the water supply pump and the main boiler for the cold water to pass through; and the cold water flowing through the inner tube and the outer tube and the superheated hot water are exchanged in advance.

In a preferred embodiment, the at least one auxiliary boiler is composed of a first auxiliary pot and a second auxiliary pot, and the first and second auxiliary pots are respectively heated by a first electromagnetic valve. And a second solenoid valve control, selected to enter the hot water supply pipe.

In a preferred embodiment, the first auxiliary pot and the second auxiliary pot respectively receive the warm water from different lengths of the inner tube of the preheating heat exchanger to enter the first auxiliary pot and the second The warm water of the auxiliary pot has different temperature values, and the first auxiliary pot and the second auxiliary pot respectively compensate the warm water to the different temperature set values.

In a preferred embodiment, the high temperature aseptic beverage brewing machine further comprises a hot water injection pipe connected to the hot water supply pipe that has not passed the brewing solenoid valve, and is provided by a setting The hot water injection solenoid valve on the hot water injection pipe controls the heat Water is injected into the beverage that has been brewed.

In a preferred embodiment, the high-temperature aseptic beverage brewing machine further comprises a cold water injection pipe that receives the cold water supplied from the water supply pump, and is controlled by a cold water injection solenoid valve disposed on the cold water injection pipe. Cold water is injected into the beverage that has been brewed.

In a preferred embodiment, the cold water pipe is further provided with a flow meter for calculating the flow rate of the cold water, and when the cold water reaches a set flow value, the water supply pump is stopped.

In a preferred embodiment, the main boiler and the at least one auxiliary pot are respectively provided with a water level detector, which limits the heater of the main boiler and at least one auxiliary pot when the water level in the pot does not reach a water level setting value. The warming heater is activated to heat the person.

In a preferred embodiment, the main boiler is further provided with a pressure relief valve for decompressing when the steam pressure in the main boiler is too high, and discharging the steam.

In a preferred embodiment, the water inlet end of the cold water pipe is provided with a one-way valve to prevent the main boiler from overheating the hot water to scald the water supply pump.

In a preferred embodiment, the main boiler is further provided with an exhaust pipe and an exhaust solenoid valve. When the main boiler first enters the water, the exhaust solenoid valve is opened, and the exhaust pipe is discharged from the main boiler interior. Air.

10‧‧‧Water supply pump

11‧‧‧ Flowmeter

12‧‧‧ check valve

20‧‧‧Main boiler

21‧‧‧Exhaust pipe

22‧‧‧Exhaust solenoid valve

23‧‧‧Temperature Detector

24‧‧‧heater

25‧‧‧Water level detector

27‧‧‧Relief valve

28‧‧‧Safety relief valve

30‧‧‧Auxiliary pot

30a‧‧‧First auxiliary pot

30b‧‧‧Second auxiliary pot

31‧‧‧Temperature Detector

32‧‧‧Warming heater

33‧‧‧Water level detector

40‧‧‧ cold water pipes

41‧‧‧ hot water pipe

41a‧‧‧hot water pipe

41b‧‧‧ hot water pipe

42‧‧‧ hot water supply pipe

43‧‧‧ sprinkler

44‧‧‧Boiler solenoid valve

45‧‧‧Beverage preparation container

46‧‧‧ storage bucket

52‧‧‧ hot water injection pipe

53‧‧‧ hot water injection solenoid valve

54‧‧‧Cold water injection pipe

55‧‧‧Cold water injection solenoid valve

56‧‧‧First solenoid valve

57‧‧‧Second solenoid valve

58‧‧‧throttle device

59‧‧‧Throttle device

60‧‧‧Preheating heat exchanger

61‧‧‧Inside

62‧‧‧External management

1 is a perspective view of a first embodiment of a high-temperature aseptic beverage brewing machine, wherein the internal components are indicated by broken lines; FIG. 2 is similar to FIG. 1 and is a schematic view of FIG. 1; FIG. 4 is a perspective view showing a second embodiment of a high-temperature aseptic beverage brewing machine; FIG. 5 is a schematic structural view of a preheating heat exchanger in the embodiment shown in FIG. 4; Fig. 6 is a perspective view showing the third embodiment of the high-temperature aseptic beverage brewing machine of the present invention.

The high-temperature aseptic beverage brewing machine provided by this creation mainly pre-boiled the hot water of the brewed beverage to ensure the health and flawlessness; at the same time, in a beverage brewing process, a large amount of hot water with a stable temperature is supplied, thereby enhancing the beverage flushing. Cooking quality and saving brewing time.

Referring to FIG. 1 and FIG. 2 together, the first embodiment of the high-temperature aseptic beverage brewing machine comprises: a water supply pump 10; a main boiler 20 for performing main heating work; and at least one auxiliary boiler 30 for compensating heating work. a preheating heat exchanger 60 and associated piping systems and control components, and the like.

The main boiler 20 can heat the external cold water sent by the water supply pump 10 via a cold water pipe 40 into a superheated hot water. The main boiler 20 is provided with a temperature detector 23 for detecting the temperature of the internal storage temperature of the main boiler 20, and a heater 24. When it is detected that the internal storage temperature of the main boiler 20 is lower than a preset lower limit value, That is, the heater 24 is activated to heat the water stored in the main boiler 20 to a superheated hot water exceeding the boiling temperature, for example, 120 °C. The superheated hot water is exchanged with the cold water by the hot water pipe 41, and is cooled to a temperature of hot water of, for example, 95 ° C, and then sent to the at least one auxiliary pot 30 for compensatory property. heating.

The main boiler 20 is further provided with a water level detector 25 for restricting the heater 24 from being activated to prevent air burning when detecting that the water in the main pot 20 has not reached a set water level. The water level detector 25 is disposed at the top end of the main boiler 20 and is of a short probe type such that the internal liquid level of the main boiler 20 is close to the top end of the main boiler 20.

The top of the main boiler 20 is further provided with a pressure relief valve 27. When the temperature of the hot water is more than 100 ° C, the steam pressure is generated, and the steam pressure is generated by the pressure relief valve 27 located at the highest point of the main boiler 20. Pressure relief, on the one hand, discharge steam. The top of the main boiler 20 is also provided with a safety relief valve 28, when the steam pressure inside the main boiler 20 exceeds a set value, Automatic pressure relief and exhaust to ensure that the main boiler 20 is safe.

The main boiler 20 is further provided with an exhaust pipe 21 and an exhaust solenoid valve 22. When the main boiler 20 is filled with water for the first time or after the water is supplied for maintenance, the air is stored in the furnace, so when the water is first introduced, the water is simultaneously started. The water supply pump 10 and the exhaust solenoid valve 22 are filled with water at one end and discharged from the exhaust pipe 21 to facilitate water supply. It is also possible to replace the exhaust solenoid valve 22 with a manual valve for manual venting of the main boiler 20 when it is empty, which is also an equivalent implementation of the creation of the present invention.

As shown in FIG. 3, the preheating heat exchanger 60 is composed of an inner tube 61 and an outer tube 62 that is spaced around the inner tube 61. One end of the outer tube 62 is connected to the hot water tube 41. The superheated hot water generated by the main boiler 20 flows into the outer tube 62, and the other end of the outer tube 62 is connected to the auxiliary pot 30 by another hot water pipe 41a; the inner tube 61 is substantially the cold water pipe 40. A part of the cold water in the cold water pipe 40 flows into the main boiler 20 via the inner pipe 61. The cold water flowing through the inner tube 61 and the outer tube 62 and the superheated hot water are exchanged in advance, so that the cold water before heating is exchanged with the heated hot water before heating, so that the hot water can be heated first to ensure hygiene. After the boiling temperature of the flawless water, the hot water is exchanged with the cold water to the appropriate brewing temperature, and then enters the auxiliary pot 30; further, the cold water is heated into the main boiler 20 after being preheated, thereby reducing The time taken by the main boiler 20 to heat the cold water.

The at least one auxiliary boiler 30 receives the warm water that has passed through the preheating heat exchanger 60 via a hot water pipe 41, and performs a compensating heating operation on the warm water. Since the main heating operation for the cold water is carried by the main boiler 20, and the auxiliary boiler 30 performs the relatively short-time compensatory heating work only when the temperature-heated hot water does not reach a temperature set value, it is required in a large amount. In the one-time brewing procedure using hot water, a large amount of hot water of a stable temperature is supplied from the auxiliary pot 30 to carry out a beverage brewing procedure.

The auxiliary pot 30 is provided with a temperature detector 31 for detecting the temperature of the hot water in the auxiliary pot 30 and a temperature-receiving heater 32. When the temperature detector 31 detects the hot water in the auxiliary pot 30, When the temperature is set to a temperature of, for example, 95 ° C ± 1 ° C, the warm-up heater 32 is activated to heat the warm water to the temperature set value. When brewing a tea beverage such as black tea and requiring a large amount of continuous use of hot water, the temperature of the hot water may be decreased, or the temperature of the main boiler 20 may cause the temperature detector 23 to detect insufficient temperature and then start heating. At the time of the device 24, or when the heat exchange temperature is different due to the difference of the cold water temperature in the winter and summer seasons, the outlet hot water temperature of the hot water pipe 41 may be insufficient. At this time, when the temperature detector 31 of the auxiliary cooker 30 detects the temperature is insufficient, The reheating heater 32 can be activated to make up the temperature. The advantage is that the compensatory heating through the auxiliary pot 30 can make the brewing temperature of the hot water more accurate, and the brewing beverage has a stable mouthfeel.

The at least one auxiliary pot 30 is further provided with a water level detector 33. When detecting that the water storage in the auxiliary pot 30 does not reach a set water level, the temperature compensation heater 32 is restricted from being activated to prevent air burning.

When the beverage brewing process is started, the control unit (not shown) activates the working power supply of the water supply pump 10 and a brewing solenoid valve 44, and the water supply pump 10 pumps the outside water into a water supply pump. 10, a cold water pipe 40 between the main boiler 20, the cold water pipe 40 extending to the bottom of the main boiler 20, flowing into the main boiler 20, and being heated into a superheated hot water; the hot water is further heated by the heat The water pipe 41 first exchanges heat with the cold water through the preheating heat exchanger 60, and is cooled into a suitable temperature hot water, and then flows into the auxiliary pot 30, when the temperature detector 31 detects the suitable temperature. When the temperature of the hot water is insufficient, the warm-up heater 32 is activated to perform the compensating heating operation on the warm water; finally, the warm water having reached the stable brewing temperature passes through the hot water supply pipe 42 and passes through The warm water of the auxiliary pot 30 is sent to a sprinkler 43 and evenly sprinkled into a beverage preparation container 45 of a preset beverage component, so that the warm water and the beverage component interact to form a beverage. Then flowing into a storage bucket 46 for storage, the sprinkler 43 can also be atomized Mist, the sprinkler 43 may also be a brew beverage brewing apparatus.

The cold water pipe is further provided with a flow meter 11 for calculating the flow rate of the cold water, when the When the cold water reaches a set flow value, the control unit stops the operation power of the water supply pump 10 and the brewing solenoid valve 44, and stops the water supply and beverage brewing process. The cold water pipe is also provided with a check valve 12 for preventing reverse flow of cold water.

Referring to FIG. 4 and FIG. 5 simultaneously, the second embodiment of the high-temperature aseptic beverage brewing machine has the same main configuration as that of the first embodiment described above, and only the different parts are described below: the at least one auxiliary pot is made of a first The auxiliary pot 30a and the second auxiliary pot 30b are configured, wherein the first auxiliary pot 30a and the second auxiliary pot 30b respectively receive the different lengths of the outer tube 62 (see FIG. 5) of the preheating heat exchanger 60. Suitable temperature hot water; the outer tube 62 is connected to a hot water pipe 41b at a higher position, thereby delivering the warm water to the first auxiliary pot 30a; the outer tube 62 is connected at a lower position a hot water pipe 41a for transferring the warm water to the second auxiliary pot 30b; and the hot water entering the first auxiliary pot 30a and the second auxiliary pot 30b is exchanged with the cold water. The area is different from the time, and has different temperature values, wherein the temperature of the hot water entering the first auxiliary pot 30a is slightly higher than the temperature of the hot water entering the second auxiliary pot 30b. The first auxiliary pot 30a and the second auxiliary pot 30b respectively compensate the warm water to the different temperature set values. The warm water that has passed through the first and second auxiliary pots 30a, 30b is controlled by different first and second solenoid valves 56, 57, respectively, and the hot water supplied by any of the auxiliary pots 30a, 30b is selected to enter the The hot water supply pipe 42 is inside. In this way, the beverage brewing machine can supply two different temperature suitable temperature hot water into the beverage preparation container 45 to carry out the beverage brewing process with different beverage ingredients, for example, when brewing black tea with 95 ° C hot water. The first electromagnetic valve 56 is supplied with 95 ° C hot water from the first auxiliary pot 30a to the beverage preparation container 45; the second electromagnetic valve 57 is opened when the green tea is brewed using 85 ° C hot water, and the 85 ° C hot water is supplied from the second auxiliary pot 30b. To the beverage preparation container 45.

The preheating heat exchanger shown in FIG. 5 is connected to two or more hot water pipes at different lengths of an outer pipe, so that the hot water outputted to the different hot water pipes is different in heat exchange area and time. Different temperatures. In the same way, it can be broken into two groups of preheating heat. The outer tubes of each preheating heat exchanger are respectively at different lengths, and a hot water pipe connecting the output hot water is connected to each auxiliary pot, and then the preheating heat exchangers are combined in parallel, and the multi-warming heat exchange is also performed. The equivalent effect.

If three or more sets of auxiliary pots are set, the temperature value of the hot water supplied by the beverage brewing machine can be increased for brewing three or more different types of beverages, which is an equivalent implementation that the creation can certainly expect. example.

Referring to FIG. 6, the third embodiment of the high-temperature aseptic beverage brewing machine has the same main structure as the second embodiment described above. The following only describes different parts: the high-temperature aseptic beverage brewing machine further includes a hot water injection pipe. 52. The hot water injection pipe 52 is connected to the hot water supply pipe 42 that has not passed through the brewing solenoid valve 44, and is controlled by a hot water injection solenoid valve 53 disposed on the hot water injection pipe 52. The warm water is injected into the beverage stored in the storage tank 46 (see Fig. 1). For example, when the black tea tea soup is diluted, the first electromagnetic valve 56 and the hot water injection solenoid valve 53 are opened; when the green tea tea soup is diluted, the second electromagnetic valve 57 and the hot water injection solenoid valve 53 are opened. In this way, the concentration of the beverage can be changed, but the temperature is not changed, and a beverage such as American light coffee can be prepared, which not only facilitates the operation, but also maintains the best quality and taste of the beverage.

In addition, the high-temperature aseptic beverage brewing machine further includes a cold water injection pipe 54 for receiving the cold water supplied from the water supply pump 10, and is controlled by a cold water injection electromagnetic valve 55 disposed on the cold water injection pipe 54, and the cold water is injected. Stored in the beverage of the storage bin 46. In this way, the temperature of the beverage can be changed and the concentration thereof can be diluted to quickly cool the beverage to a suitable drinking temperature, to prevent the drinker from burning the wound tongue, or to add ice cubes to the storage tank 46 to make it an ice drink.

Throttle devices (throttle joints or throttle valves) 58, 59 are provided in both the hot water injection pipe 52 and the cold water injection pipe 54 to control the flow rate.

The high-temperature aseptic beverage brewing machine provided by the creation for brewing beverages After the hot water is completely boiled by a main boiler, heat exchange is performed with a cold water by a preheating heat exchanger, and the temperature is lowered to a suitable temperature hot water for brewing the beverage, and the whole sterilization is completed to ensure the health is flawless. It is better to supply a large amount of hot water at a stable temperature in a beverage brewing process, and to improve the brewing quality and brewing speed, and the user does not have to wait for the time required for the beverage brewer to reheat the hot water. And can supply a variety of different temperatures of hot water for beverage brewing procedures, in order to match different types of beverages (such as coffee, green tea, black tea, etc.), to supply the best brewing temperature hot water suitable for this type of beverage, in order to brew the most Different beverages with good taste make the beverage brewing machine available for preparing a variety of different beverages and improving the utilization rate and application range of the equipment.

The detailed description above is a detailed description of one of the possible embodiments of the present invention, and the embodiment is not intended to limit the scope of the patents, and the equivalent implementations or modifications that are not included in the spirit of the present invention should be included in The patent scope of this case.

10‧‧‧Water supply pump

11‧‧‧ Flowmeter

12‧‧‧ check valve

20‧‧‧Main boiler

21‧‧‧Exhaust pipe

22‧‧‧Exhaust solenoid valve

23‧‧‧Temperature Detector

24‧‧‧heater

25‧‧‧Water level detector

27‧‧‧Relief valve

28‧‧‧Safety relief valve

30‧‧‧Auxiliary pot

31‧‧‧Temperature Detector

32‧‧‧Warming heater

33‧‧‧Water level detector

40‧‧‧ cold water pipes

41‧‧‧ hot water pipe

41a‧‧‧hot water pipe

42‧‧‧ hot water supply pipe

43‧‧‧ sprinkler

44‧‧‧Boiler solenoid valve

45‧‧‧Beverage preparation container

46‧‧‧ storage bucket

60‧‧‧Preheating heat exchanger

Claims (10)

A high-temperature aseptic beverage brewing machine comprises: a water supply pump connected to the outside cold water; a cold water pipe connected to the water supply pump and conveying the cold water; and a main boiler receiving the cold water from the cold water pipe, which is provided with a temperature detection And a heater for heating the cold water to a superheated hot water exceeding a boiling temperature; a hot water pipe connected to the main boiler and receiving the superheated hot water; and a preheating heat exchanger to make the cold water pipe The cold water entering the main boiler is preheated with the superheated hot water in the hot water pipe to heat the cold water, and the superheated hot water is cooled to a suitable temperature hot water; at least one is received through the preheating heat exchanger. The auxiliary hot pot of the warm water is provided with a temperature detector for detecting the temperature value of the hot water in the auxiliary pot and a temperature compensation heater, and the temperature detector detects the temperature in the auxiliary pot When the hot water does not reach a temperature set value, the warm-up heater is activated to heat the warm water to the temperature set value; and a hot water supply pipe receives the warm water through the auxiliary pot, and By a brew set on the hot water supply pipe Solenoid valve control, the optimum temperature of the hot water to a preset preparing a beverage container of beverage ingredients, so that the optimum temperature of the hot water interacts with the beverage ingredients into a beverage by. The high-temperature aseptic beverage brewing machine according to claim 1 , wherein the preheating heat exchanger comprises an inner tube and an outer tube spaced apart from the outer side of the inner tube; wherein the outer tube Connected between the main boiler and the auxiliary boiler for the superheated hot water to pass; the inner tube is connected between the water supply pump and the main boiler for the cold water to pass; and the cold water flowing through the inner tube and the outer tube respectively Pre-heat exchange with superheated hot water. The high-temperature aseptic beverage brewing machine according to claim 1 , wherein the at least one auxiliary pot is composed of a first auxiliary pot and a second auxiliary pot, and the first and second auxiliary pots are adapted. The warm hot water is controlled by a first electromagnetic valve and a second electromagnetic valve, respectively, and is selected to enter the hot water supply pipe. The high-temperature aseptic beverage brewing machine according to claim 3 , wherein the first auxiliary pot and the second auxiliary pot respectively receive the warm water from different lengths of the inner tube of the preheating heat exchanger, so that The suitable temperature hot water entering the first auxiliary pot and the second auxiliary pot has different temperature values, and the first auxiliary pot and the second auxiliary pot respectively respectively compensate the moderate temperature hot water to different temperature settings Value. The high-temperature aseptic beverage brewing machine according to claim 1 , further comprising a hot water injection pipe connected to the hot water supply pipe that has not passed the brewing solenoid valve, and A hot water injection solenoid valve disposed on the hot water injection pipe controls the hot water to be injected into the beverage that has been brewed. The high-temperature aseptic beverage brewing machine according to claim 1 , further comprising a cold water injection pipe receiving the cold water supplied from the water supply pump, and controlled by a cold water injection electromagnetic valve disposed on the cold water injection pipe. The cold water is injected into the beverage that has been brewed. The high-temperature aseptic beverage brewing machine according to claim 1 , wherein the cold water pipe is further provided with a flow meter for calculating the flow rate of the cold water, and when the cold water reaches a set flow value, the water supply pump is stopped. . The high-temperature aseptic beverage brewing machine according to claim 1 , wherein the main boiler and the at least one auxiliary pot are respectively provided with a water level detector, which limits the water level in the pot when the water level does not reach a water level setting value. The heater of the main boiler and the temperature-receiving heater of at least one auxiliary boiler are activated for heating. The high-temperature aseptic beverage brewing machine according to claim 1 , wherein the main boiler is further provided with a pressure relief valve for releasing pressure when the steam pressure in the main boiler is too high, and discharging the steam. The high-temperature aseptic beverage brewing machine according to claim 1 , wherein the main boiler is further provided with an exhaust pipe and an exhaust solenoid valve, and the exhaust solenoid valve is opened when the main boiler first enters the water. The person inside the main boiler is exhausted by the exhaust pipe.