Automatic identification and sub-packaging beverage distributor

Abstract

The invention relates to the field of beverage distributors, in particular to an automatic identification and split charging beverage distributor, a purified water treatment mechanism and a beverage treatment mechanism, the purified water treatment mechanism comprises a purified water icing tank and a purified water heating tank, the beverage treatment mechanism comprises a beverage brewing box, and the beverage brewing box is connected with the purified water heating tank through a pipeline; the purified water icing tank and the purified water heating tank are connected with a water outlet mechanism through pipelines, a beverage outlet is formed in the lower portion of the beverage brewing box, a containing base is arranged below the water outlet mechanism, and a sensor used for sensing existence of a water cup and controlling water outlet of the water outlet mechanism is arranged in the containing base. According to the automatic identification and split charging beverage distributor, whether the water cup is placed at the designated position or not can be sensed through the sensor, the water outlet device is controlled to flow out water with the set volume into the cup, and beverage brewing is completed.

Description

Technical Field

[0001] The invention relates to the field of beverage dispensers, and in particular to an automatic identification and sub-packaging beverage dispenser. Background Art

[0002] Beverage dispensers are foodservice equipment used to dispense carbonated drinks, juices, etc. As technology advances, these devices have improved in dispensing accuracy, efficiency, and hygiene, and are beginning to support more healthy drink options. Traditional devices rely on electricity, which limits their use in areas without electricity. Therefore, non-electric beverage dispensers have emerged to improve the portability and adaptability of the equipment. In the future, beverage dispensers will focus more on technological innovation, meet the needs of healthy drinks, and provide personalized services.

[0003] Chinese patent CN112513547A discloses an electrically connected single-serve beverage dispenser for a refrigerator device, the device is a brewing module for a refrigerator device, which includes a brewing body detachably mounted on a refrigerator dispensing assembly, the brewing body defining a brewing chamber, the chamber receiving a brewing container and a heated water flow from the dispensing assembly, the water flow mixing with the contents in the brewing container to produce a beverage, the electrical contacts on the brewing module are electrically coupled to the dispensing assembly to achieve transmission of electrical energy and data, so as to power a user interface panel and transmit data, such as container type, desired temperature and water volume, etc. The brewing module may include an internal control module, a temperature sensor, a flow meter, a water level sensor, a user interface panel, an RFID reader and an audio device, these components work together to control and monitor the brewing process of the beverage, including water temperature adjustment, water volume control, user operation feedback, container identification and voice interaction functions, thereby providing a customized beverage brewing experience.

[0004] However, after the beverage is brewed, the beverage cannot be automatically chilled. Therefore, a device is now designed that can automatically chill the beverage after the beverage is brewed, and an automatic identification mechanism that can automatically add water to the water cup is designed. Summary of the invention

[0005] In view of the above problems, an automatic identification and packaging beverage dispenser is provided. By designing a beverage cooling tank and a placement base, the cooling problem of the beverage after brewing and the quantitative water output function of the device are solved.

[0006] In order to solve the problems of the prior art, the present invention provides an automatic identification and packaging beverage dispenser, including a pure water treatment mechanism and a beverage processing mechanism, the pure water treatment mechanism includes a pure water ice tank and a pure water heating tank arranged inside the dispenser, the beverage processing mechanism includes a beverage brewing box arranged outside the dispenser, the beverage brewing box is connected to the pure water heating tank through a pipeline, the pure water ice tank and the pure water heating tank are connected to a water outlet mechanism through a pipeline, a beverage outlet is opened below the beverage brewing box, a placement base is provided below the water outlet mechanism, and a sensor for sensing the presence of a water cup and transmitting a signal to a controller to control the water outlet mechanism to discharge water is provided in the placement base.

[0007] Preferably, the water outlet mechanism includes an ice water outlet connected to the pure water cooling tank through a pipeline and a hot water outlet connected to the pure water heating tank through a pipeline.

[0008] The beverage processing mechanism also includes a beverage cooling tank for cooling the hot beverage in the beverage brewing box, a connecting channel connecting the beverage brewing box and the beverage cooling tank is provided between the beverage brewing box and the beverage cooling tank, the connecting channel includes a hot beverage diversion pipe connected to the beverage cooling tank, a guiding lower cover is provided between the hot beverage diversion pipe and the beverage brewing box and is connected to the beverage brewing box to guide the beverage in the beverage brewing box into the hot beverage diversion pipe, the water outlet mechanism also includes a cold beverage diversion pipe connected to the beverage cooling tank and a cold beverage outlet connected to the other end of the cold beverage diversion pipe.

[0009] Preferably, a temperature regulating mechanism is provided inside the dispenser, and the temperature regulating mechanism includes a power supply arranged inside the dispenser, and the power supply is connected to a refrigeration mechanism for cooling the pure water ice tank and the beverage ice tank, and a heating mechanism for heating the pure water heating tank.

[0010] Preferably, a water adding mechanism is provided on the dispenser, and the water adding mechanism includes a water injection hole opened on the top of the dispenser for pure water to flow in. Pure water can enter the pure water ice tank through the water injection hole. The pure water is stored in a water bottle, and the water injection end of the water bottle is aligned with the water injection hole and inserted therein.

[0011] Preferably, an opening block for piercing the water injection end of the water bottle is provided in the water injection hole.

[0012] Preferably, the dispenser is provided with a master control device for regulating the temperature of the freezing mechanism and the heating mechanism, the master control device includes a temperature adjustment button for adjusting the set temperature of the freezing mechanism and the heating mechanism, an adjustment sensor for adjusting the water output of the water outlet mechanism once it is triggered, and a power switch of the control device.

[0013] Preferably, the dispenser is provided with a display screen for displaying the set temperature and the amount of water discharged each time.

[0014] Preferably, a beverage container containing a beverage solvent can be placed in the beverage brewing box.

[0015] Preferably, a lower surface puncture needle for puncturing the lower surface of the beverage container and an upper surface puncture needle for puncturing the upper surface of the beverage container are provided in the beverage brewing box.

[0016] Compared with the prior art, the present invention has the following beneficial effects:

[0017] 1. The present invention realizes efficient preparation and packaging of beverages through automation technology, significantly improving production efficiency. The automated puncture needle design ensures that the contents of the beverage container can be completely released, while avoiding the pollution and waste that may be caused by manual operation, and realizing the sanitation and safety in the automated beverage preparation process. This automated preparation and packaging method not only reduces labor costs, but also improves the stability and consistency of beverage production, ensuring that the quality of each bottle of beverage can meet the expected standards.

[0018] 2. The automatic beverage dispenser of the present invention is equipped with a temperature adjustment mechanism, which can provide drinks of different temperatures according to the needs of users, meeting the diverse needs of cold and hot drinks. Through the temperature adjustment button on the master control device, users can easily set the required temperature, and the dispenser can accurately control the cooling or heating process to ensure that the beverage can achieve the best taste whether it is iced or heated. This temperature adjustment function improves the user experience and makes the product more in line with market demand.

[0019] 3. The automatic beverage dispenser of the present invention also has an intelligent control system, including a display screen that displays the set temperature and water output in real time, making the operation more intuitive and convenient. The user can clearly see the current setting status through the display screen and adjust it in time to meet different drinking needs. The intelligent control system simplifies the operation process, reduces the difficulty of operation, and also improves the efficiency and accuracy of the equipment. BRIEF DESCRIPTION OF THE DRAWINGS

[0020] Figure 1 It is a three-dimensional schematic diagram of an automatic identification and packaging beverage dispenser.

[0021] Figure 2 The present invention is a front view of an automatic beverage identification and dispensing dispenser.

[0022] Figure 3 It is a top view of an automatic beverage identification and packaging dispenser.

[0023] Figure 4 The invention discloses a stereoscopic schematic diagram of the visual perspective of an opening block of an automatic identification and dispensing beverage dispenser.

[0024] Figure 5 The present invention is a top view of a pure water treatment mechanism of an automatic beverage identification and dispensing dispenser.

[0025] Figure 6 The present invention is a three-dimensional schematic diagram of a temperature regulating mechanism of an automatic identification and dispensing beverage dispenser.

[0026] Figure 7 The present invention is a three-dimensional schematic diagram of a beverage brewing box of an automatic beverage identification and dispensing dispenser.

[0027] Figure 8 The present invention is a structural disassembly diagram of a beverage brewing box of an automatic beverage identification and dispensing dispenser.

[0028] Fig. 9 The present invention is a three-dimensional schematic diagram of a puncture needle on the lower surface of an automatic identification and packaging beverage dispenser.

[0029] Fig.10 The invention discloses a stereoscopic schematic diagram of an automatic identification and dispensing beverage dispenser when the guiding lower cover is not engaged.

[0030] The numbers in the figure are: 1. pure water treatment mechanism; 11. pure water chiller; 12. pure water heating tank; 2. beverage treatment mechanism; 21. beverage brewing box; 22. beverage chiller; 23. guide lower cover; 3. placement base; 31. sensor; 4. water outlet mechanism; 41. ice water outlet; 42. hot water outlet; 43. cold drink outlet; 5. temperature adjustment mechanism; 51. power supply; 52. freezing mechanism; 53. heating mechanism; 6. water adding mechanism; 61. water injection hole; 62. water bottle; 63. opening block; 7. master control device; 71. temperature adjustment button; 72. capacity adjustment button; 73. power switch; 74. display screen; 8. beverage container; 9. puncture mechanism; 91. lower surface puncture needle; 92. upper surface puncture needle. DETAILED DESCRIPTION

[0031] In order to further understand the features, technical means, specific objectives and functions of the present invention, the present invention is further described in detail below in conjunction with the accompanying drawings and specific implementation methods.

[0032] Reference Figure 1-Figure 10 As shown: an automatic identification and packaging beverage dispenser, including a pure water treatment mechanism 1 and a beverage treatment mechanism 2, the pure water treatment mechanism 1 includes a pure water ice tank 11 and a pure water heating tank 12 arranged inside the dispenser, the beverage treatment mechanism 2 includes a beverage brewing box 21 arranged outside the dispenser, the beverage brewing box 21 is connected to the pure water heating tank 12 through a pipeline, the pure water ice tank 11 and the pure water heating tank 12 are connected to a water outlet mechanism 4 through a pipeline, a beverage outlet is opened below the beverage brewing box 21, a placement base 3 is provided below the water outlet mechanism 4, and a sensor 31 is provided in the placement base 3 for sensing the presence of a water cup at the placement base 3 and transmitting a signal to a controller to control the water outlet mechanism 4 to discharge water.

[0033] In the comparative document, beverages can only be brewed to get hot drinks, there is no mechanism for iced after brewing, and there is no sensing device. In view of this, in the present invention, the pure water ice tank 11 in the pure water treatment mechanism 1 is responsible for cooling the pure water, and the pure water heating tank 12 is responsible for heating the pure water. The beverage brewing box 21 in the beverage processing mechanism 2 can mix beverage powder or concentrate with pure water to form a beverage. The beverage brewing box 21 is connected to the pure water heating tank 12 through a pipeline, and the pure water heating tank 12 can transport hot water to the brewing box. The pure water ice tank 11 and the pure water heating tank 12 are connected to the water outlet mechanism 4 through a pipeline, and the water outlet mechanism 4 is responsible for controlling the outflow of the beverage. A placement base 3 is provided below the water outlet mechanism 4, and a sensor 31 is installed in the base. When a water cup is placed on the base, the sensor 31 can sense the presence of the water cup, and send a signal to the controller and control the water outlet mechanism 4 to start water discharge, thereby realizing automatic beverage distribution. In this way, the user only needs to place the water cup on the base, and the system can automatically identify and distribute the corresponding beverage.

[0034] Reference Figure 1-Figure 6 As shown: the water outlet mechanism 4 includes an ice water outlet 41 connected to the pure water cooling tank 11 through a pipeline and a hot water outlet 42 connected to the pure water heating tank 12 through a pipeline.

[0035] The water outlet mechanism 4 has two pipe connection points, an ice water outlet 41 and a hot water outlet 42. The ice water outlet 41 is connected to the pure water chiller tank 11 for outputting cooled pure water, while the hot water outlet 42 is connected to the pure water heating tank 12 for outputting heated pure water. When the user chooses ice water or hot water, he only needs to place the water cup on the corresponding sensor 31 on the base 3, and the sensor 31 sends a signal to control the water outlet mechanism 4 to output water. Such a design allows the dispenser to provide water of different temperatures according to user preferences.

[0036] Reference Figure 7-10 As shown: the beverage processing mechanism 2 also includes a beverage cooling tank 22 for cooling the hot drink in the beverage brewing box 21, a connecting channel connecting the beverage brewing box 21 and the beverage cooling tank 22 is provided between the beverage brewing box 21 and the beverage cooling tank 22, the connecting channel includes a hot drink diversion pipe connected to the beverage cooling tank 22, a guiding lower cover 23 is provided between the hot drink diversion pipe and the beverage brewing box, and is clamped with the beverage brewing box 21 to guide the beverage in the beverage brewing box 21 into the hot drink diversion pipe, the water outlet mechanism 4 also includes a cold drink diversion pipe connected to the beverage cooling tank 22 and a cold drink outlet 43 connected to the other end of the cold drink diversion pipe.

[0037] A guide lower cover 23 is connected to the bottom of the beverage brewing box 21 by a snap-fitting manner. The function of the guide lower cover 23 is to guide the brewed beverage out of the brewing box. The guide lower cover 23 directly guides the beverage to the beverage chiller 22 through the hot beverage diversion pipe. The function of the beverage chiller 22 is to cool the beverage. The chilled beverage is stored in the beverage chiller 22, waiting for distribution. When the user places a water cup on the sensor 31 below the cold drink outlet 43, the sensor 31 detects the presence of the water cup, transmits a signal to the controller, and then triggers the water outlet mechanism 4. The beverage chiller 22 guides the cold drink to the user's water cup through the cold drink diversion pipe, completing the automatic distribution of the cold drink. This design ensures that the beverage can be quickly cooled after brewing and accurately distributed to the user's cup, realizing the automated processing and packaging of the beverage.

[0038] Reference Figure 1-Figure 6 As shown: a temperature regulating mechanism 5 is provided inside the dispenser, and the temperature regulating mechanism 5 includes a power supply 51 provided inside the dispenser, and the power supply 51 is connected to a freezing mechanism 52 for cooling the pure water ice tank 11 and the beverage ice tank 22, and a heating mechanism 53 for heating the pure water heating tank 12.

[0039] In order to ensure that the beverage is brewed and distributed at a suitable temperature, a temperature regulating mechanism 5 is provided inside the dispenser, and the temperature regulating mechanism 5 includes a power supply 51 disposed inside the dispenser, and the power supply 51 is responsible for providing the required electrical energy for the entire temperature regulating mechanism 5. The power supply 51 is connected to a freezing mechanism 52 and a heating mechanism 53. The freezing mechanism 52 is responsible for cooling the pure water ice tank 11 and the beverage ice tank 22 to ensure that the water and beverage reach the required low temperature, while the heating mechanism 53 is responsible for heating the pure water heating tank 12 to provide suitable hot water for drinking or brewing. By controlling the opening and closing of the freezing and heating mechanisms 53 through the power supply 51, the temperature regulating mechanism 5 can accurately control the temperature of the pure water and beverage, thereby ensuring that the beverage maintains the best taste during the brewing and distribution process. In this way, no matter whether the user chooses cold drinks or hot drinks, the dispenser can be adjusted to a suitable temperature through the temperature regulating mechanism 5 to ensure the quality of the beverage.

[0040] Reference Figure 1-Figure 6 As shown: a water adding mechanism 6 is provided on the dispenser, and the water adding mechanism 6 includes a water injection hole 61 opened on the top of the dispenser for pure water to flow in. Pure water can enter the pure water ice tank 11 through the water injection hole 61, and the pure water is stored in the water bottle 62. The water injection end of the water bottle 62 is aligned with the water injection hole 61 and inserted therein.

[0041] In order to ensure that the device can continuously supply pure water for brewing beverages, a water adding mechanism 6 is provided on the dispenser. The water adding mechanism 6 includes a water injection hole 61 opened above the dispenser, and the water injection hole 61 is a channel for pure water to flow into the dispenser. A water bottle 62 is inserted in the water injection hole 61, and pure water is stored in the water bottle 62. When the pure water chiller 11 needs to be replenished with pure water, it is only necessary to insert the water bottle 62 into the water injection hole 61, and the pure water in the water bottle 62 will flow into the pure water chiller 11 through the water injection hole 61, providing a water source for the pure water treatment mechanism 1. Such a design simplifies the water adding process, allowing users to easily replenish the dispenser with pure water, ensuring that the device can operate continuously and stably to meet user needs.

[0042] Reference Figure 1-Figure 6 As shown: an opening block 63 is provided in the water injection hole 61 for piercing the water injection end of the water bottle 62.

[0043] An opening block 63 is specially designed inside the water injection hole 61. The main function of the water injection block is to pierce the water injection end of the water bottle 62 when the water bottle 62 is inserted into the water injection hole 61. When the water bottle 62 is inserted into the water injection hole 61 and contacts the block, the block will penetrate the water injection end of the water bottle 62, thereby creating a water outlet. In this way, pure water can flow out of the pierced water bottle 62 and directly enter the pure water chiller 11 inside the dispenser through the water injection hole 61. This design simplifies the water adding process while also ensuring the hygiene and safety of water adding, because the water flows directly from the water bottle 62 to the dispenser, reducing the possible contamination of the water during the transfer process. The design of the opening block 63 improves the efficiency and convenience of water adding.

[0044] Reference Figure 1-Figure 6 As shown: the dispenser is provided with a master control device 7 for adjusting the temperature of the freezing mechanism 52 and the heating mechanism 53, the master control device 7 includes a temperature adjustment button 71 for adjusting the set temperature of the freezing mechanism 52 and the heating mechanism 53, an adjustment sensor 31 for adjusting the water output of the water outlet mechanism 4 once it is triggered, and a power switch 73 of the control device.

[0045] The master control device 7 on the dispenser is a core component for regulating the temperature of the freezing mechanism 52 and the heating mechanism 53 in the entire beverage dispenser, and controlling the state of the water outlet mechanism 4 and the power supply 51. The master control device 7 includes a temperature adjustment button 71, which allows the user to set the specific temperature of the freezing mechanism 52 and the heating mechanism 53 as needed, so as to ensure that the pure water chiller 11 and the beverage chiller 22 can achieve the required cooling effect, and at the same time ensure that the pure water heating tank 12 can provide hot water of suitable temperature for beverage brewing. In addition to the temperature adjustment function, the master control device 7 is also provided with a function of adjusting the water output of the water outlet mechanism 4 when the sensor 31 is triggered once, so that the user can adjust the water output of the water outlet mechanism 4 each time the water cup is sensed as needed to adapt to different sizes of water cups or different beverage needs. Finally, the master control device 7 also includes a power switch 73 for controlling the power supply 51 of the entire dispenser to ensure that the device can be turned on or off as needed. Through the master control device 7, the user can easily adjust and control the key functions of the dispenser to meet different usage needs and preferences.

[0046] Reference Figure 1-Figure 4 As shown: the dispenser is provided with a display screen 74 for displaying the set temperature and the amount of water discharged each time.

[0047] The display screen 74 is a component of the master control device 7, and is used to display the currently set temperature and the water output of each water output mechanism 4 in real time. When the user sets the temperature of the freezing mechanism 52 and the heating mechanism 53 through the temperature adjustment button 71 on the master control device 7, the display screen 74 will synchronously display the set temperature value, so that the user can intuitively see the current cooling and heating status. Similarly, when the user adjusts the sensor 31 to trigger the water output of the water output mechanism 4, the display screen 74 will also display the currently set water output, ensuring that the user can accurately grasp the amount of water output each time.

[0048] Reference Figure 7-10 As shown: a beverage container 8 containing a beverage solvent can be placed in the beverage brewing box 21.

[0049] The beverage container 8 is filled with beverage solvents such as beverage powder or concentrate, and can be placed in the brewing box. When a beverage needs to be made, the pure water treatment mechanism 1 will transport the heated pure water to the beverage brewing box 21 through the pipeline. The pure water is mixed with the solvent in the beverage container 8 to complete the beverage brewing process. Subsequently, the brewed beverage is guided to the beverage cooling tank 22 through the guiding lower cover 23 and the pipeline for cooling, or directly distributed to the user's cup through the water outlet mechanism 4.

[0050] Reference Figure 7-10 As shown, a lower surface puncture needle 91 for puncturing the lower surface of the beverage container 8 and an upper surface puncture needle 92 for puncturing the upper surface of the beverage container 8 are provided in the beverage brewing box 21 .

[0051] The lower surface puncture needle 91 is located at the bottom of the beverage brewing box 21. When the beverage container 8 is placed in the brewing box, the lower surface puncture needle 91 will puncture the bottom seal of the container, while the upper surface puncture needle 92 will puncture the top seal of the container. This allows the beverage solvent to flow out of the container and mix with the pure water to brew the beverage. Once the beverage container 8 is punctured by the puncture needle, the beverage solvent will flow out and mix with the water provided by the pure water treatment mechanism 1. The mixed beverage is guided into the beverage chiller 22 through the lower cover 23 and the pipeline for cooling, or directly distributed to the user's cup through the water outlet mechanism 4. The design of the puncture needle ensures that the contents of the beverage container 8 can be completely released, while avoiding the pollution and waste that may be caused by manual operation, and ensuring the hygiene and safety in the automated beverage brewing process.

[0052] The above embodiments only express one or several implementation modes of the present invention, and the description thereof is relatively specific and detailed, but it cannot be understood as limiting the scope of the present invention. It should be pointed out that, for those of ordinary skill in the art, several variations and improvements can be made without departing from the concept of the present invention, and these all belong to the protection scope of the present invention. Therefore, the protection scope of the present invention shall be subject to the attached claims.

Claims

1. An automatic identification and packaging beverage dispenser, comprising a pure water processing mechanism (1) and a beverage processing mechanism (2), characterized in that: The pure water processing mechanism (1) comprises a pure water cooling tank (11) and a pure water heating tank (12) arranged inside a dispenser, and the beverage processing mechanism (2) comprises a beverage brewing box (21) arranged outside the dispenser, the beverage brewing box (21) and the pure water heating tank (12) are connected via a pipeline, the pure water cooling tank (11) and the pure water heating tank (12) are connected via a pipeline to a water outlet mechanism (4), a beverage outlet is provided below the beverage brewing box (21), a placement base (3) is provided below the water outlet mechanism (4), and a sensor (31) is provided inside the placement base (3) for sensing the presence of a water cup and transmitting a signal to a controller to control the water outlet mechanism (4) to discharge water.

2. The automatic identification and packaging beverage dispenser according to claim 1, characterized in that: The water outlet mechanism (4) comprises an ice water outlet (41) connected to the pure water cooling tank (11) via a pipeline and a hot water outlet (42) connected to the pure water heating tank (12) via a pipeline.

3. The automatic identification and packaging beverage dispenser according to claim 1, characterized in that: The beverage processing mechanism (2) also includes a beverage cooling tank (22) for cooling the hot beverage in the beverage brewing box (21); a connecting channel for connecting the beverage brewing box (21) and the beverage cooling tank (22) is provided between the beverage brewing box (21) and the beverage cooling tank (22); the connecting channel includes a hot beverage guiding pipe connected to the beverage cooling tank (22); a guiding lower cover (23) is provided between the hot beverage guiding pipe and the beverage brewing box and is connected to the beverage brewing box (21) to guide the beverage in the beverage brewing box (21) into the hot beverage guiding pipe; the water outlet mechanism (4) also includes a cold beverage guiding pipe connected to the beverage cooling tank (22) and a cold beverage outlet (43) connected to the other end of the cold beverage guiding pipe.

4. The automatic identification and packaging beverage dispenser according to claim 3, characterized in that: A temperature regulating mechanism (5) is provided inside the dispenser, and the temperature regulating mechanism (5) comprises a power supply (51) provided inside the dispenser, and the power supply (51) is connected to a freezing mechanism (52) for cooling the pure water chilling tank (11) and the beverage chilling tank (22), and a heating mechanism (53) for heating the pure water heating tank (12).

5. The automatic identification and packaging beverage dispenser according to claim 1, characterized in that: The dispenser is provided with a water adding mechanism (6), which includes a water injection hole (61) opened on the top of the dispenser for pure water to flow in. Pure water can enter the pure water ice tank (11) through the water injection hole (61), and the pure water is stored in the water bottle (62). The water injection end of the water bottle (62) is aligned with the water injection hole (61) and inserted therein.

6. The automatic identification and packaging beverage dispenser according to claim 5, characterized in that: An opening block (63) for piercing the water injection end of the water bottle (62) is arranged in the water injection hole (61).

7. The automatic identification and packaging beverage dispenser according to claim 1, characterized in that: The dispenser is provided with a master control device (7) for adjusting the temperature of the freezing mechanism (52) and the heating mechanism (53). The master control device (7) comprises a temperature adjustment button (71) for adjusting the set temperature of the freezing mechanism (52) and the heating mechanism (53), a water output amount of the water output mechanism (4) when the sensor (31) is triggered, and a power switch (73) of the control device.

8. The automatic identification and packaging beverage dispenser according to claim 7, characterized in that: The dispenser is provided with a display screen (74) for displaying the set temperature and the amount of water discharged each time.

9. The automatic identification and packaging beverage dispenser according to claim 1, characterized in that: A beverage container (8) containing a beverage solvent can be placed in the beverage brewing box (21).

10. The automatic identification and packaging beverage dispenser according to claim 9, characterized in that: A lower surface puncture needle (91) for puncturing the lower surface of the beverage container (8) and an upper surface puncture needle (92) for puncturing the upper surface of the beverage container (8) are arranged in the beverage brewing box (21).

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