TWM578558U - Cold and hot drink supply device capable of snap-chiling hot drinks - Google Patents

Abstract

A hot and cold beverage supply device capable of quenching a hot beverage, comprising: a hot beverage brewing component, a cold beverage supply component and a conveying component; the hot beverage brewing component has a hot water supply device disposed in the preset body The cold beverage supply unit is provided with a cooling module having a low-temperature flowing refrigerant medium, the cooling module has an input port capable of introducing a hot beverage, and an output port capable of exporting the cold beverage; the conveying assembly has a communication a hot water conduit of the hot water supply, a cold drink conduit connected to the outlet, and a delivery conduit extending outside the machine, and the hot water conduit and the cold drink conduit are controlled to be respectively connected to the delivery conduit The hot water conduit and the conveying conduit are used to extract the hot water of the hot water supply, so that the hot beverage can be brewed, and the hot beverage can be quickly cooled down to form an ice-cold beverage, thereby forming a The hot beverage is directly brewed, and the hot beverage can be immediately cooled to produce the structure of the ice-cold beverage.

Description

Hot and cold drink supply device capable of quenching hot drinks

This creation is about the supply of hot and cold drinks that can quench hot drinks, especially one that can be used to produce hot drinks, but also allows the hot drinks to be quickly cooled to form ice-cold drinks without the addition of ice. Hot and cold drink supply device.

In current beverage stores or coffee shops, beverage machines are widely used for brewing coffee, tea or other beverages. In terms of hot drinks, in order to reduce the time for tea production, there are a variety of hot beverage beverages available on the market, which can provide hot drinks in a very short time; for cold drinks, they can be divided into two types. The supply type, which is directly added to the hot beverage in the current hot drink, makes it cool to become a cold drink, and the other is to brew a large amount of hot drinks such as coffee and tea in one time with hot water. The hot beverage is placed in a preset cooling storage tank inside the beverage machine, so that the beverage is stored in a large amount and cooled, and when it is taken in, the large amount of stored cold beverage can be taken through a beverage supply port.

As mentioned above, in order to adjust the temperature of the beverage, the beverage store usually adds homemade or purchased ice cubes to the beverage, or the beverage is cooled and stored in large quantities; the former not only changes the proportion of the beverage directly due to the addition of ice cubes. However, affecting the taste, it is more likely to affect the hygiene of the beverage due to the process and improper storage of the ice. The latter will directly affect the freshness and original flavor of the beverage after a long period of ice storage, so neither of them is ideal. The way the beverage is served.

In order to improve the lack of the above-mentioned hot and cold beverage supply device, in the new patent application No. 103217551 of the Republic of China, a structure of "current cold drink supply machine" is disclosed, which provides a brewing material under the condition of consistent operation. After directly brewing into a hot beverage in the brewing tank, the cooling module is immediately introduced into the body to immediately cool into a cold drink mechanism, which mainly includes: a hot water supply module, a brewing tank and a cooling chamber arranged in sequence And a cooling module, the brewing tank is connected to one of the hot water outlets of the hot water supply module, and the brewing tank is provided with a filter cup corresponding to the hot water outlet, the cooling module has a combination with the cooling chamber The cooling unit can continuously cool the cooling medium accommodated in the cooling chamber, the inside of the cooling chamber is provided with a beverage cooling group, and one end of the beverage cooling group is connected to the outlet of the brewing tank, and the other end is provided with a beverage supply. Therefore, the brewing material contained in the filter cup can be brewed by hot water, and after the hot drink is formed, the hot drink is immediately introduced through the beverage cooling group to make the hot beverage and the cooling medium Heat exchange, cold formed immediately, and then the output port through which the beverage, in a short time for the purpose of supplying the current impulse cold drinks.

However, in the structure of the above case, since it lacks the relevant mechanism for directly taking in hot beverages, it can only be used as a device for rapidly cooling the hot beverage into an ice-cold beverage, which not only limits the overall use range, but also does not conform to Economic benefits.

In addition, in the face of different brewing materials (such as: cocoa powder or coffee beans of different products), there must be different brewing temperatures, brewing methods and techniques for each item, if the above technology is exported by hot water. The beverage can be cooled into a cold beverage immediately after being brewed by a single high temperature and single water flow, and the beverage can not be tasted as good without completely mixing different beverages with different materials and brewing means.

In view of the above shortcomings in the practical application of the cold drink supply organization, the creators have researched and improved the shortcomings of these shortcomings, and finally have this creation.

The main purpose of this creation is to provide a hot and cold drink supply device that can quench hot drinks. In addition to directly brewing hot beverages for drinking, the hot beverages can be quickly cooled into cold drinks to improve the tradition. The cold drink supply mechanism is prone to problems such as poor hygiene, changes in beverage taste and consumption of large amounts of energy.

Another object of the present invention is to provide a hot and cold beverage supply device capable of quenching a hot beverage, comprising: a hot beverage brewing component, a cold beverage supply component and a transport component; the hot beverage brewing component has a Presetting the hot water supply in the body, the cold beverage supply component is provided with a cooling module having a low temperature flowing refrigerant medium, the cooling module has an input port capable of introducing the hot beverage, and an output capable of exporting the cold beverage The conveying assembly has a hot water conduit connected to the hot water supply, a cold drink conduit connected to the outlet, a delivery conduit extending outside the body, and a switching valve having at least The selected first and second passages respectively control the hot water conduit and the cold drink conduit to communicate with the delivery conduit according to the needs of the operator, and the hot water conduit and the delivery conduit are used to extract the hot water of the hot water supply. The hot beverage can be brewed, and the hot beverage can be quickly cooled down to form an ice-cold beverage through the cooling module.

In order to achieve a more specific understanding of the above objectives, effects and features of this creation, the following figures are illustrated as follows:

Referring to Figures 1 to 3, it can be seen that the first embodiment of the present invention is morphologically suitable for drinking occasions with a small amount (e.g., a general household one-time flush), and the structure mainly includes: a hot beverage brewing component 1. a portion of the cold beverage supply unit 2 and the transport unit 3; wherein the hot beverage brewing unit 1 has a hot water supply 11 which is disposed in a body X having a heat transferable Hot water outlet 111 for water.

The cold beverage supply unit 2 has a cooling module 21, and the cooling module 21 is provided with an input port 211 and an output port 212. The input port 211 can be provided with a receiving member 22 for collecting hot beverages. A hot beverage input pipe 214 is disposed between the cooling module 21 and the input port 211, and a suction pump 215 and a control valve 213 are respectively disposed on the hot beverage input pipe 214. The cooling module 21 is internally provided with a coil having a very low temperature condensed material (such as ice water) or other refrigerant material flowing for heat exchange with the passing hot beverage, so that the inlet port 211 is introduced. The hot beverage can be rapidly cooled to form a cold drink or an ice drink, which can be discharged from the outlet 212.

The conveying assembly 3 has a hot water conduit 31 connecting the hot water outlet 111, a cold drink conduit 32 connected to the outlet 212, and a conveying mechanism selectively connectable to one of the hot water conduit 31 and the cold beverage conduit 32. The conduit 33 is provided with a control valve 311 on the hot water conduit 31. The cooling conduit 32 is provided with a control valve 321 having a liquid outlet 331 extending to a predetermined supply area outside the body X. A pressure pump 332 is disposed in the middle of the delivery conduit 33 in the X3.

In a possible embodiment, a switching valve 34 is disposed between the hot water conduit 31 and the cold drinking conduit 32 and the conveying conduit 33; and an operating interface X1 (which can be a control button) can be disposed on the body X as needed. And a sensing element X2 may be disposed under the corresponding supply port 331 in the supply area X3; the input end of the switching valve 34 may be controlled to selectively be respectively associated with the hot water pipe 31 or the cold drink conduit 32 One of the communication ports, the output end of the switching valve 34 can be kept in communication with the delivery conduit 33 at all times, the operation interface X1 is for operating control of the setting and operation of each component, and the sensing component X2 is available for sensing. Whether the beverage brewing container 12 should be placed in position can be used to allow the opening of the liquid outlet 331.

In operation, when the user needs hot water to brew the beverage, a beverage brewing container 12 containing the brewing material may be placed under the liquid outlet 331 in the supply area X3, and the sensing element X2 is detected. When the beverage brewing container 12 is detected, the user can operate the control valve 311 via the operation interface X1 (control button), and the switching valve 34 communicates with the hot water conduit 31 and the delivery conduit 33 to make the The hot water in the hot water supply device 11 can be pressurized and transported through the hot water conduit 31 and the delivery conduit 33, and then discharged through the pressure pump 332 to the beverage brewing container 12 for supply. Brewing hot drinks.

If the user wants to quickly cool the freshly brewed hot beverage into an ice-cold beverage, the beverage brewing container 12 containing the brewed hot beverage can be placed on the receiving member 22 to make the beverage. The hot beverage (or any high temperature beverage) inside the brewing container 12 falls into the receiving member 22 (when the control valve 213 is closed), and then the switching valve 34 is controlled to communicate with the cold drink via the operation interface X1 (control button). The conduit 32 and the delivery conduit 33 simultaneously open the control valve 213 and operate the suction pump 215, and the hot beverage (hot beverage) contained in the receiving member 22 is sucked into the cooling module 21 via the input port 211. The hot beverage is subjected to heat exchange in the cooling module 21 to rapidly cool down to form a cold drink or an ice drink; then, the control valve 321 is opened, so that the cold drink or ice drink can pass through the cold drink conduit 32 and the switching valve 34. The delivery conduit 33 is further pressurized by the pressure pump 332 and flows out of the outlet port 331 for retrieval.

Referring to Figures 4 and 5, it can be seen that in the actual application, the beverage brewing container 12 is provided with a pressing at the bottom to press the liquid (hot beverage) which is contained inside. The closure mechanism 120; in a possible embodiment, the mechanism has a fisheye hole 121 disposed at the bottom of the beverage brewing container 12, the fisheye hole 121 having a small hole portion facing the inside of the beverage brewing container 12. 1211, and a large hole portion 1212 facing the outer side, a diaphragm 123 having a hole 1230 is connected to the periphery of the large hole portion 1212, and a linkage rod 1231 passing through the small hole portion 1211 is coupled to the center of the diaphragm 123. The linkage rod 1231 is provided with a cap 1232 capable of covering the small hole portion 1211.

In a possible embodiment, the bottom edge of the cap 1232 is provided with a leak-proof gasket 124 for ensuring the tightness between the cap 1232 and the circumferential side of the small hole portion 1211. Meanwhile, the beverage is brewed. A filter screen 125 may be disposed inside the container 12 above the fisheye hole 121 to prevent the brewing material residue disposed in the beverage brewing container 12 from falling downward through the fisheye hole 121.

In use, when the beverage brewing container 12 is in a natural state, the weight of the cold and hot beverage itself contained therein will form a downward force acting on the cap 1232 so that the cap 1232 (stopping) The gasket 124) is kept in a sealed state close to the small hole portion 1211, so that the cold and hot beverage in the beverage brewing container 12 can be prevented from flowing outward through the small hole portion 1211; and if the beverage is brewed into the container 12 is placed on the receiving member 22, and the weight of the beverage brewing container 12 itself is pressed against the receiving member 22 to form a force against the diaphragm 123, so that the diaphragm 123 is flushed toward the beverage. The direction of the inside of the bubble container 12 is convex, and the diaphragm 123 drives the cap 1232 to move into the beverage brewing container 12 via the linkage rod 1231, and forms a gap with the small hole portion 1211 to open the small hole portion. At 1211, the liquid (hot beverage) in the beverage brewing container 12 can flow out through the fisheye hole 121 through the gap between the cap 1232 and the small hole portion 1211.

Referring to Figures 6 and 7, it can be seen that the second embodiment of the present invention is morphologically suitable for drinking occasions with a large amount of usage (e.g., multiple flushes for business use), and the structure mainly includes: hot beverage brewing component 4 The hot beverage supply unit 5 and the transport unit 6; wherein the hot beverage brewing unit 4 has a hot water supply unit 41, the hot water supply unit 41 is disposed in a body Y, and has a hot water discharge Hot water outlet 411.

The cold beverage supply unit 5 has a cooling module 51. The cooling module 51 is provided with an input port 511 and an output port 512. The input port 511 can be provided with a receiving member 52 for collecting hot beverages. A hot beverage input pipe 514 is disposed between the cooling module 51 and the input port 511, and a suction pump 515 and a control valve 513 are respectively disposed on the hot beverage input pipe 514. The cooling module 51 is internally provided with a coil having a very low temperature condensed material (such as ice water) or other refrigerant material flowing for heat exchange with the passing hot beverage to introduce the input port 511. The hot beverage can be rapidly cooled to form a cold drink or an ice drink, which can be discharged from the outlet 512.

The conveying assembly 6 has a hot water conduit 61 that connects the hot water outlet 411, a cold drink conduit 62 that is connected to the outlet 511, and a transport that is selectively connectable to one of the hot water conduit 61 or the cold drink conduit 62. The conduit 63 is provided with a control valve 611 on the hot water conduit 61. The cooling conduit 62 is provided with a control valve 621, and the delivery conduit 63 has a liquid outlet 632 extending to a predetermined supply area outside the body Y. A pressure pump 631 is disposed in the middle of the delivery conduit 63 in Y3.

In a possible embodiment, a switching valve 67 is disposed between the hot water conduit 61 and the cold drinking conduit 62 and the conveying conduit 63. The operating body Y can be provided with an operation interface Y1 (which can be a touch screen). And a sensing element Y2 may be disposed below the corresponding liquid outlet 632 in the supply area Y3; the input end of the switching valve 67 may be controlled to selectively and respectively be associated with the hot water conduit 61 or the cold drink conduit 62 One of the communicating ends, the output end of the switching valve 67 can be kept in communication with the conveying conduit 63 at all times, the operating interface Y1 is for operating control of the setting and operation of each component, and the sensing component Y2 is available It is sensed whether the beverage brewing container 12 is placed in position and thereby allows the opening and closing of the liquid outlet 632.

In the actual application, a storage assembly 7 composed of a plurality of storage containers 71, 72, 73 is further disposed in the body Y, and different brewings are respectively accommodated in the respective storage containers 71, 72, 73. Ingredients (eg, sugar, creamer, flavor), and each of the storage containers 71, 72, 73 is communicated via a raw material conduit 64, 65, 66 to each of the supply area Y3 located beside the liquid outlet 632 The raw material outlets 642, 652 and 662 are respectively provided with a control valve 641, 651, 661 in the middle of each of the raw material conduits 64, 65, 66, and various ingredients can be pumped out by pressure pushing or installing.

During operation, when the user needs hot water to brew the beverage, a beverage brewing container 12 containing the brewing material can be placed under the liquid outlet 632 in the supply area Y3, and the sensing element Y2 is detected. When the beverage brewing container 12 is detected, the user can operate the control valve 411 (or at least one of the control valves 641, 651, 661) via the operation interface Y1 (touch screen), and the switching valve 67. The hot water pipe 61 and the conveying pipe 63 are connected to each other, so that the hot water in the hot water supply unit 41 can be pressurized and transported through the hot water pipe 61 and the conveying pipe 63 via the pressurizing pump 631. The mouth 632 flows out into the beverage brewing container 12, and at the same time, the brewing materials (sugar, creamer, flavor) inside the respective storage containers 71, 72, 73 can be passed through the raw material conduits 64, 65, 66, respectively, according to the control. Each of the liquid outlets 642, 652, 662 is outwardly directed for flavoring in conjunction with the main beverage in the beverage brewing container 12.

If the user wants to quickly cool the freshly brewed hot beverage into an ice-cold beverage, the beverage brewing container 12 containing the brewed hot beverage can be placed on the receiving member 52 to make the beverage. The hot beverage (or any high-temperature drink) inside the brewing container 12 falls into the receiving member 52 (when the control valve 513 is closed), and then the switching valve 67 is controlled to communicate via the operating interface Y1 (touch panel). The cold drink conduit 62 and the transfer conduit 63 simultaneously open the control valve 513 and operate the suction pump 515, and the hot beverage (high temperature drink) contained in the receiving member 52 is sucked into the cooling module via the input port 511. 51. The hot beverage performs heat exchange in the cooling module 51, and can be quickly cooled to form a cold drink or an ice drink; then, the control valve 621 is opened, so that the cold drink or ice drink can pass through the cold drink conduit 62 and the switching valve. 67 and the delivery duct 63 are further pressurized and transported by the pressurizing pump 631, and are discharged from the liquid outlet 632 for retrieval.

In the actual application, the complex array supply area Y3 can be disposed on the body Y as needed, and the same sensing element Y2 and the liquid outlet port 632 controlled by the operation interface Y1 are respectively disposed in each supply area Y3 and Each of the raw material outlet ports 642, 652, and 662 is configured to simultaneously perform different sets of hot and cold beverages, and the multi-functional application form can satisfy the diverse needs of the business.

In summary, the creation of the hot and cold drink supply device for hot drinks can be achieved with the output of hot water for on-site brewing, and the hot beverage can be quickly cooled without the addition of ice. The effect of forming an ice-cold beverage is a novelty and progressive creation, and the application for a new type of patent is filed according to law; however, the content of the above description is only a description of the preferred embodiment of the creation, and the technical means according to the creation Changes, modifications, alterations or equivalent substitutions of the scope of the category should also fall within the scope of the patent application of this creation.

1, 4‧‧‧ hot beverage brewing components

11, 41‧‧‧ hot water supply

111,411‧‧‧hot water outlet

12‧‧‧Beverage brewing container

120‧‧‧Pressure opening and closing mechanism

121‧‧‧ Fisheye

1211‧‧‧Small hole department

1212‧‧‧Major hole

123‧‧‧ diaphragm

1230‧‧‧ holes

1231‧‧‧ linkage rod

1232‧‧‧Cap

124‧‧‧ leaking gasket

125‧‧‧Filter

2, 5‧‧‧ cold beverage supply components

21, 51‧‧‧ cooling module

211, 511‧‧ input port

212, 512‧‧‧ output

213, 311, 321, 513, 611, 621, 641, 651, 661‧‧‧ control valves

214, 514‧‧‧ hot beverage input tube

215, 515‧ ‧ suction pump

22, 52‧‧‧ Receiving parts

3,6‧‧‧Transport components

31, 61‧‧‧ hot water conduit

32, 62‧‧‧ cold drink catheter

33, 63‧‧‧ delivery catheter

331, 632‧‧‧ liquid outlet

332, 631‧‧‧pressure pump

34, 67‧‧‧Switching valve

64, 65, 66‧‧‧ raw material conduit

642, 652, 662‧‧‧ raw material export

7‧‧‧Storage components

71, 72, 73‧‧‧ storage containers

X, Y‧‧‧ body

X1, Y1‧‧‧ control interface

X2, Y2‧‧‧ sensing components

X3, Y3‧‧‧ supply area

Fig. 1 is a schematic perspective view showing the first embodiment of the present invention.

Fig. 2 is a schematic view showing the side view structure of Fig. 1 and the flow of the brewed hot drink.

Figure 3 is a schematic diagram of the flow path of the hot beverage rapid cooling process of Figure 1.

Fig. 4 is an enlarged view showing a partial structure of the portion A of Fig. 2;

Fig. 5 is an enlarged view showing a partial structure of a portion B of Fig. 3.

Figure 6 is a plan view showing a side view of the second embodiment of the present invention.

Fig. 7 is an external view of the second embodiment of the present invention in practical use.

Claims (33)

A hot and cold beverage supply device capable of quenching a hot beverage, comprising at least: a hot beverage brewing component, a cold beverage supply component and a transport component; wherein the hot beverage brewing component has a hot water supply, the hot water supply The device is disposed in a body and has a hot water outlet capable of deriving hot water. The cold beverage supply unit has a cooling module, and a low temperature refrigerant material is disposed inside the cooling module, and the cooling module is The utility model has an input port capable of introducing a hot beverage, and an output port capable of guiding the cold beverage; the conveying assembly has a hot water conduit communicating with the hot water outlet, a cold drink conduit connected to the outlet, and a a delivery conduit extending to a predetermined supply area outside the body, and the hot water conduit and the cold drink conduit are controlled to selectively communicate with the delivery conduit, and the delivery conduit is disposed at an end facing the supply region There is a liquid outlet. The hot and cold beverage supply device capable of quenching a hot beverage as described in claim 1, wherein the body is provided with a storage component having at least one storage container for storing the brewing material, and the storage The material container is connected to the supply area via a material conduit different from the delivery conduit and is provided with a raw material outlet. A hot and cold beverage supply device capable of quenching a hot beverage as described in claim 1 or 2, wherein a switching valve is disposed between the hot water conduit and the cold drink conduit and the delivery conduit, the switching valve having an input end and An output end that is controllable and selectively communicates with one of the hot water conduit and the cold drink conduit, respectively, the output end of the switching valve being in a state of being in communication with the delivery conduit at all times. A hot and cold beverage supply device capable of quenching a hot beverage as described in claim 1 or 2, wherein the hot water conduit and the cold drink conduit are respectively provided with a control valve for respectively controlling the conduction of the hot water conduit and the cold drink conduit Whether or not. A hot and cold beverage supply device capable of quenching a hot beverage as described in claim 3, wherein the hot water conduit and the cold drink conduit are respectively provided with a control valve for respectively controlling whether the hot water conduit and the cold drink conduit are turned on or not. . A hot and cold beverage supply device capable of quenching a hot beverage as described in claim 1 or 2, wherein a hot beverage input pipe is disposed between the cooling module and the input port thereof, and a control is provided on the hot beverage input pipe. a valve to control whether the hot beverage input tube is turned on or off. A hot and cold beverage supply device capable of quenching a hot beverage as described in claim 3, wherein a hot beverage input pipe is disposed between the cooling module and the input port thereof, and a control valve is disposed on the hot beverage input pipe. To control whether the hot beverage input pipe is turned on or not. A hot and cold beverage supply device capable of quenching a hot beverage as described in claim 4, wherein a hot beverage input pipe is disposed between the cooling module and the input port thereof, and a control valve is disposed on the hot beverage input pipe. To control whether the hot beverage input pipe is turned on or not. A hot and cold beverage supply device capable of quenching a hot beverage as described in claim 6 of the patent application, wherein a suction pump is disposed in a middle portion of the hot beverage input pipe. A hot and cold beverage supply device capable of quenching a hot beverage as described in claim 1 or 2, wherein a middle portion of the delivery conduit is provided with a pressurizing pump. A hot and cold beverage supply device capable of quenching a hot beverage as described in claim 3, wherein a middle portion of the delivery conduit is provided with a pressurizing pump. A hot and cold beverage supply device capable of quenching a hot beverage as described in claim 4, wherein a middle portion of the delivery conduit is provided with a pressurizing pump. A hot and cold beverage supply device capable of quenching a hot beverage as described in claim 6 wherein a middle portion of the delivery conduit is provided with a pressurizing pump. The hot and cold beverage supply device capable of quenching a hot beverage as described in claim 1 or 2, wherein the input port of the cooling module is provided with a receiving member capable of receiving and collecting the hot beverage. The hot and cold beverage supply device capable of quenching the hot beverage as described in claim 3, wherein the input port of the cooling module is provided with a receiving member capable of receiving and collecting the hot beverage. The hot and cold beverage supply device capable of quenching the hot beverage according to the fourth aspect of the patent application, wherein the input port of the cooling module is provided with a receiving member capable of receiving and collecting the hot beverage. The hot and cold beverage supply device capable of quenching the hot beverage as described in claim 6 , wherein the input port of the cooling module is provided with a receiving member capable of receiving and collecting the hot beverage. The hot and cold beverage supply device capable of quenching hot beverages according to claim 10, wherein the input port of the cooling module is provided with a receiving member capable of receiving and collecting the hot beverage. A hot and cold beverage supply device capable of quenching a hot beverage as described in claim 1 or 2, wherein a control interface is provided on the front side of the body, and the control interface is operable to separately control the operation of each component. A hot and cold beverage supply device capable of quenching a hot beverage as described in claim 3, wherein a control interface is provided on the front side of the body, and the control interface is operable to separately control the operation of each component. A hot and cold beverage supply device capable of quenching a hot beverage as described in claim 4, wherein a control interface is provided on the front side of the body, and the control interface is operable to separately control the operation of each component. A hot and cold beverage supply device capable of quenching a hot beverage as described in claim 6 wherein a control interface is provided on the front side of the body, and the control interface is operable to separately control the operation of each component. A hot and cold beverage supply device capable of quenching a hot beverage as described in claim 10, wherein a control interface is provided on the front side of the body, and the control interface is operable to separately control the operation of each component. A hot and cold beverage supply device capable of quenching a hot beverage as described in claim 14, wherein a control interface is provided on the front side of the body, and the control interface is operable to separately control the operation of each component. A hot and cold beverage supply device capable of quenching a hot beverage as described in claim 19, wherein the control interface is a control button. A hot and cold beverage supply device capable of quenching a hot beverage as described in claim 19, wherein the control interface is a touch screen. A hot and cold beverage supply device capable of quenching a hot beverage as described in claim 1 or 2, wherein the supply zone is provided with a sensing component capable of detecting a beverage brewing container containing a beverage Whether it is placed in the preset position. A hot and cold beverage supply device capable of quenching a hot beverage as described in claim 3, wherein the supply zone is provided with a sensing component capable of detecting whether a beverage brewing container containing a beverage is Placed in preset positioning. A hot and cold beverage supply device capable of quenching a hot beverage as described in claim 4, wherein the supply zone is provided with a sensing component capable of detecting whether a beverage brewing container containing a beverage is Placed in preset positioning. A hot and cold beverage supply device capable of quenching a hot beverage as described in claim 6 wherein the supply zone is provided with a sensing component capable of detecting whether a beverage brewing container containing a beverage is Placed in preset positioning. A hot and cold beverage supply device capable of quenching a hot beverage as described in claim 10, wherein the supply zone is provided with a sensing component capable of detecting whether a beverage brewing container containing a beverage is Placed in preset positioning. A hot and cold beverage supply device capable of quenching a hot beverage as described in claim 14, wherein the supply zone is provided with a sensing component capable of detecting whether a beverage brewing container containing the beverage is Placed in preset positioning. A hot and cold beverage supply device capable of quenching a hot beverage as described in claim 19, wherein the supply zone is provided with a sensing component capable of detecting whether a beverage brewing container containing a beverage is Placed in preset positioning.