TWM611981U - Automatic drink production apparatus and system thereof - Google Patents

Abstract

This creation is to disclose a fully automatic beverage production equipment and its system, which allows users to place beverage orders according to their needs through remote equipment, and the cloud server will process the received orders based on the calculation results of the logical operation unit. Allocate to the automatic beverage production equipment. When the automatic beverage production equipment receives the ordering instruction, it will drive the beverage production module to execute the corresponding actions to make customized beverages according to the ordering instruction. In front of the object area or waiting area, a testing procedure will be carried out to ensure that the prepared beverage has sufficient portion, and to prevent the user from getting an insufficient portion of the drink.

Description

Automatic beverage production equipment and its system

This creation is related to the field of a beverage production equipment and its system, in particular, it refers to a user who can place a beverage order according to his needs through a remote device, and the cloud server distributes the received order to a fully automatic beverage Production equipment Fully automatic beverage production equipment and its system for making beverages.

According to the changes of the times, people nowadays often have the habit of drinking hand-cranked drinks, which has led to many hand-cranked drink shops. When consumers go to buy hand-cranked drinks, they can choose to go to the store to order the drink, and the store will follow the consumption on the spot. The needs of consumers (such as: ice cubes, sweetness adjustment... etc.) to make the beverage, and then directly deliver the beverage to the consumer after completion; or, the consumer can choose to use the electronic device to deliver the service platform (such as: foodpanda , Uber Eats... etc.) After receiving the order, the store will also make drinks according to the needs of consumers, but the finished drinks will be picked up by the delivery staff to the store and delivered to the consumers.

However, regardless of the above method, the store must complete the order and make the drink by the staff. It relies heavily on manual work. Therefore, the operation of a hand-cranked beverage store usually has high personnel costs and store rental costs, as well as drinks. Unstable quality and other issues.

Although the industry has developed hand-crank beverage machine equipment to make hand-crank beverage beverages through robotic arms in order to reduce labor costs and improve the problem of unstable beverage quality, installing the equipment in a store will not only cause problems The cost of store rental is generated, and the equipment must be manually set for beverage production and delivery of beverages, which cannot complete fully automated operations.

Furthermore, the vending machines on the market today display manufactured beverages for consumers to purchase, which cannot meet the demand for customized beverages.

Therefore, in view of the above, the creator of this creation has painstakingly researched, thought about and designed a fully automatic beverage production equipment and system for many years, in order to improve the lack of known technology, and then enhance the implementation and utilization of the industry.

The main purpose of this creation is to provide a fully automatic beverage production equipment and system. Users can place beverage orders according to their needs through a remote device, and the cloud server distributes the received orders to the equipment and Beverages are made according to the needs of users, without the need for manual preparation and delivery of beverages, to achieve the effect of fully automated beverage production, which can not only reduce labor costs and store rents, but also provide beverages with stable quality.

Therefore, in order to achieve the above purpose, this creation is a fully automatic beverage production equipment, which includes: a control unit; a wireless transmission unit, the wireless transmission unit is electrically connected to the control unit and wirelessly connected to a cloud server, It is used to receive the ordering instruction sent to the cloud server through a remote device; and a beverage production module is electrically connected to the control unit. When the control unit receives the ordering instruction, the control unit According to the ordering instruction, the drink making module is driven to execute corresponding actions to make a drink, wherein the drink making module has a cup dropping machine, a laser engraving machine, a rotating table, a fructose machine, and an ice maker , An injection unit, an opening machine, an electronic scale and a mechanical arm, the cup dropping machine is for outputting at least one beverage cup, the laser engraving machine is attached to the beverage cup to engrave an engraving content, and the rotating table has a plurality of The groove is used to carry the carved beverage cup and rotate to the relative position with the fructose machine, the ice machine and the liquid injection unit respectively. The fructose machine is for outputting a fructose syrup, and the ice machine is for An ice cube is output, the liquid injection unit is used to output at least one liquid material, the sealing machine is used to seal the opening of the beverage cup to complete the beverage, and the electronic scale is used to weigh the beverage to know the quality of the beverage Weight, wherein the mechanical arm is used to take the beverage cup from the rotating table to the sealing machine for sealing, and to hold the sealed beverage for shaking, and place the beverage on the electronic scale for weighing, And place the drink in a fetching area or a waiting area.

Following the above-mentioned automatic beverage production equipment, the remote equipment further includes a mobile device.

Following the above-mentioned automatic beverage production equipment, the control unit further has a one-point meal interface for the user to input one-point meal instructions through the meal order interface.

Continuing from the above-mentioned automatic beverage production equipment, the liquid injection unit further includes a plurality of storage barrels and at least one pump unit. The storage barrels are connected with the pump unit, and the storage barrels are stored through the pump unit. Output of liquid raw materials in these storage tanks.

Following the above-mentioned automatic beverage production equipment, the pump unit is a peristaltic pump.

Following the above-mentioned automatic beverage production equipment, wherein the retrieval area is provided with a normally closed induction door, and the induction door is electrically connected to an identification unit, and the identification unit is electrically connected to the control unit. When the identification unit scans a meal retrieval barcode to confirm the order instruction, the robotic arm will retrieve the drink corresponding to the order instruction from the waiting area to the retrieval area, and the sensor door is in an open state For the user to take the drink.

Continuing from the above-mentioned automatic beverage production equipment, the meal taking barcode is a two-dimensional barcode (QR Code).

Following the above-mentioned automatic beverage production equipment, the waiting area is a cup holder with a plurality of accommodating slots.

Continuing from the above-mentioned automatic beverage production equipment, there is a detachable cover, and the control unit, the wireless transmission unit and the beverage production module can be arranged in the detachable cover, and the detachable cover The bottom of the assembled outer cover is also provided with a plurality of wheels.

Furthermore, this creation also provides a fully automatic beverage production system, which includes: a cloud server, the cloud server includes a database and a logical operation unit for users to order a meal through a remote device The command is sent to the cloud server via an Internet; and a plurality of automatic beverage production equipment as described above, the automatic beverage production equipment is wirelessly connected with the cloud server, and the automatic beverage production The equipment information of the equipment is sent to the database, and the ordering instructions sent from the cloud server to the automatic beverage production equipment are received; wherein, the logical operation unit is based on the equipment information sent to the database and the point The positioning information included in the meal command distributes the meal order command received by the cloud server to one of the automatic beverage production equipment to make a beverage.

Continuing from the above-mentioned automatic beverage production system, the equipment information includes the operating capacity, raw material inventory, and installation location of the automatic beverage production equipment.

Following the above-mentioned automatic beverage production system, the cloud server further includes a monitoring unit, which is electrically connected to the database, and is used to monitor the equipment status of the automatic beverage production equipment and the notes. The stock of liquid raw materials possessed by the liquid unit.

To sum up, this case is not only innovative in terms of spatial form, but also can improve the above-mentioned multiple functions compared with conventional articles. It should fully meet the new and progressive statutory new patent requirements. An application is filed in accordance with the law, and you are requested to approve it This new type patent application is to encourage creation, and it is easy to feel the virtue.

The following describes the implementation of this creation based on Figures 1 to 5. This description is not intended to limit the implementation of this creation, but is a kind of embodiment of the creation, and in the drawings and embodiments, the same or similar drawing symbols in all drawings refer to the same, substantially the same, or Parts and components with the same function. The drawing is a simplified form, and in all the embodiments, the drawing is not drawn according to precise dimensions.

First of all, please refer to Figures 1 to 4 at the same time. The author provides a fully automatic beverage production equipment 10, which includes: a control unit 11; a wireless transmission unit 12, the wireless transmission unit 12 and the control unit 11 Electrically connected and wirelessly connected to a cloud server 20, and used to receive ordering instructions sent to the cloud server 20 through a remote device 30; and a beverage production module 13, which is electrically connected to the control unit 11 Connected, when the control unit 11 receives the ordering instruction, the control unit 11 drives the beverage production module 13 to execute a corresponding action to produce a beverage according to the ordering instruction, wherein the beverage production module 13 has a Cup machine 131, a laser engraving machine 132, a rotating table 133, a fructose machine 134, an ice maker 135, a liquid injection unit 136, a mouthpiece 137, an electronic scale 138 and a mechanical arm 139, The cup machine 131 is for outputting at least one beverage cup. The laser engraving machine 132 is used for carving an engraving content on the beverage cup. The rotating table 133 has a plurality of grooves (not shown) for carrying the finished beverage cup. And respectively rotate to the relative positions of the fructose machine 134, the ice maker 135 and the liquid injection unit 136. The fructose machine 134 is for outputting a fructose syrup, and the ice maker 135 is for outputting an ice cube. The liquid unit 136 is used to output at least one liquid raw material, the sealing machine 137 is used to seal the opening of the beverage cup to complete the beverage, and the electronic scale 138 is used to weigh the beverage to obtain the weight of the beverage, wherein, The mechanical arm 139 is used to take the beverage cup from the rotating table 133 to the sealing machine 137 for sealing, to hold the sealed beverage for shaking, and to place the beverage on the electronic scale 138 for weighing. And place the drink in a fetching area 140 or a waiting area 141. Therefore, when the user places a drink order through the remote device 30, the content (for example: text, pattern... etc.) to be engraved on the drink cup, drink type, drink sweetness and temperature can be set according to the user's preferences. When the ordering command is generated, the fully automatic beverage production equipment 10 can make beverages according to the ordering command to achieve customized effects and at the same time feed back equipment information to the cloud server 20 in real time via the Internet, and when the Before the beverage is delivered to the retrieval area 140 or the waiting area 141, it is weighed by the electronic scale 138 to ensure that the prepared beverage has a sufficient portion, and to prevent the user from taking an insufficient portion of the beverage.

Among them, as shown in Figure 4, the remote device 30 includes not only a computer device, but also a mobile device (such as a smart phone, a tablet computer, etc.) for use by a computer device or a mobile device Connect to a beverage ordering website 31 to place a beverage order, and send the ordering command to the cloud server 20. Even the mobile device can be loaded with a beverage ordering program for users to send through the beverage ordering program The ordering instruction is sent to the cloud server 20.

In addition, the control unit 11 further has a one-point meal interface 111 for the user to input one-point meal instructions through the meal order interface 111. Therefore, the user can not only place a drink order through the remote device 30, but also directly The ordering interface 111 provided in the automatic beverage production equipment 10 performs beverage orders, so that the automatic beverage production equipment 10 has multiple ordering modes for the user to choose.

However, the liquid injection unit 136 further includes a plurality of storage barrels 1361 and at least one pump unit 1362. The storage barrels 1361 are connected to the pump unit 1362, and the storage barrels 1362 are stored in the storage barrels 1362. The liquid raw material of the tank 1361 is output, and the pump unit 1362 is a peristaltic pump.

In addition, the retrieval area 140 is provided with an induction door 142 that is normally closed, and the induction door 142 is electrically connected to an identification unit 143, and the identification unit 143 is electrically connected to the control unit 11, when the identification unit 143 When scanning a meal fetching barcode 311 to confirm the ordering instruction, the robotic arm 139 will take the drink corresponding to the ordering instruction from the waiting area 141 of the cup holder with a plurality of accommodating slots to the one with a storage platform The retrieval area 140, and the sensor door 142 is in an open state for the user to take the drink. Wherein, the meal retrieval barcode 311 is a QR Code, which can be directly displayed on the remote device 30 which is a mobile device, but it is not limited to this.

Not only that, please refer to Fig. 3, the fully automatic beverage production equipment 10 of the present invention further has a detachable cover 40 for the control unit 11, the wireless transmission unit 12, and the beverage production module 13 The detachable cover is arranged in the detachable cover. As in the embodiment of the present case, the detachable cover 40 is composed of three partial covers 41, 42, 43 combined with each other, and the cup dropping machine 131 of the beverage production module 13 , Laser engraving machine 132, rotating table 133, fructose machine 134, ice maker 135, liquid injection unit 136, sealing machine 137, electronic scale 138, and robotic arm 139 can be installed in these parts of the housing 41, 42 according to requirements. , 43 to form a modular device; for example, if the laser engraving machine 132 installed in the part of the outer cover 41 is damaged and needs to be replaced with a new device, the part of the outer cover 41 can be separated from the part of the outer cover 42. This allows the user to choose to replace only the laser engraving machine 132 or use a partial cover 41 with a new laser engraving machine 132 instead. However, when the fully automatic beverage production equipment 10 is to be moved, these partial covers 41 can be used. , 42, 43 and the devices installed therein are separated, so as not to be too bulky and disadvantageous for handling. At the same time, the detachable cover 40 is attached to the bottom of the partial covers 41, 42, 43 and has a plurality of wheels. 411, 421, 431 to facilitate the movement of the fully automatic beverage production equipment 10.

Furthermore, please refer to Figure 4 in combination with Figures 1 and 2. This creation further provides a fully automatic beverage production system 1, which includes: a cloud server 20, and the cloud server 20 includes a database 21 And a logical operation unit 22 for the user to send a meal command to the cloud server 20 via an Internet via a remote device 30; and a plurality of automatic beverage production equipment 10 as described above, the The automatic beverage production equipment 10 is wirelessly connected to the cloud server 20, and the equipment information of the automatic beverage production equipment 10 is sent to the database 21, and the reception is sent from the cloud server 20 to the global servers. The ordering instruction of the automatic beverage production equipment 10; wherein, the logical operation unit 22 distributes the ordering received by the cloud server 20 according to the equipment information sent to the database 21 and the positioning information contained in the ordering instruction Command to one of the automatic beverage production equipment 10 to make a beverage. However, the equipment information includes the operating capacity, raw material inventory, installation location, etc. of the automatic beverage production equipment 10.

In detail, since the database 21 of the cloud server 20 will receive the operating capacity, raw material inventory, setting location... and other equipment information about the production equipment transmitted by the fully automatic beverage production equipment 10, when the user passes through the When the remote device 30 places a drink order, the logical operation unit 22 of the cloud server 20 will be based on the device information (for example, the operating capacity and setting position of each fully automatic drink production device 10) and the order in the order. The included positioning information (for example, the location of the user) distributes the ordering instruction to one of the automatic beverage production equipment 10 to produce the beverage, so as to achieve the effect of joint production and optimal production.

Not only that, the cloud server 20 further includes a monitoring unit 23 that is electrically connected to the database 21 and used to monitor the equipment status of the automatic beverage production equipment 10 and the location of the liquid injection unit 136. If there is an inventory of liquid raw materials, when the equipment is abnormal or the inventory of the liquid raw materials is insufficient, a notification signal will be sent to notify the personnel to repair or replenish the liquid raw materials.

Finally, please refer to Figure 5 in conjunction with Figures 1 to 4, the method of using the fully automatic beverage production system of this invention includes: a single order procedure S1, a user uses a remote device 30 to transfer The one-order meal command is sent to a cloud server 20 via an Internet; a logic operation program S2, the logic operation unit 22 of the cloud server 20 is based on the data sent to the cloud server 20 by the multiple automatic beverage production equipment 10 The equipment information of the library 21 and the positioning information contained in the ordering command distribute the ordering command received by the cloud server 20 to one of the fully automatic beverage production equipment 10; and a beverage production process S3, After the control unit 11 of the automatic beverage production equipment 10 receives the ordering instruction, the control unit 11 drives the beverage production module 13 of the automatic beverage production equipment 10 to execute corresponding actions to produce a drink according to the ordering instruction.

For example, a user who is a consumer can place a drink order through the remote device 30 of a computer device or a mobile device (such as a smart phone, a tablet computer, etc.), especially the user can first place an order through the remote device 30 The computer device or the mobile device is connected to a beverage ordering website 31, and the user sets the content (for example: text, pattern... etc.), beverage type, and beverage type to be engraved on the beverage cup through the beverage ordering website 31. The sweetness and temperature of the drink are used to generate the ordering instruction, and the ordering instruction is transmitted to the cloud server 20 via the Internet to complete the ordering procedure S1, and even the user can access the order on the mobile device. Load a beverage ordering program, and send the ordering instruction to the cloud server 20 through the beverage ordering program to complete the ordering procedure S1; then, since the automatic beverage production equipment 10 is connected in parallel with The cloud server 20 is connected wirelessly, and transmits equipment information such as the operating capacity, raw material inventory, setting location, etc., of the automatic beverage production equipment 10 to the database 21 at any time. Therefore, when the cloud server 20 receives the point After the meal order, the logical operation unit 22 of the cloud server 20 will be based on the positioning information contained in the ordering order (for example, the location where the user places a beverage order) and the equipment of the automatic beverage production equipment 10 Information (for example: the operating capacity and setting location of the equipment), calculate the distance between the user and the automatic beverage production equipment 10 within a certain range, and determine whether the new order can be received according to the capacity of the user, and then Assign the ordering instruction to one of the automatic beverage production equipment 10 to complete the logical operation program S2; therefore, when the control unit 11 of the automatic beverage production equipment 10 receives the ordering order and queues it After a production sequence is waiting for production, the beverage production program S3 can be carried out, where the beverage production program S3 includes a cup dropping program, a laser engraving program, a sugar injection program, an ice injection program, a liquid injection program, An oral program, a shaker program, a detection program, and a cup-out program. Specifically, the cup dropping machine 131 outputs the beverage cup first, and sends the beverage cup to the laser engraving machine 132, and then the beverage cup is sent to the laser engraving machine 132. The body of the cup is engraved with characters, patterns... etc. After the carving is completed, the beverage cup (empty cup) will be sent to the rotating table 133 with multiple grooves, and the rotating beverage cup will be turned to the fructose through the rotating table 133 The relative positions of the machine 134, the ice maker 135, and the liquid injection unit 136 are used to inject fructose syrup, ice cubes, and liquid raw materials into the beverage cup, respectively. The sugar injection process, the ice injection process, and the liquid injection process are in parallel The order is not restricted, and the supply of fructose syrup and ice cubes will be adjusted according to the ordering instruction, and then the beverage cup (full cup) with the content will be transferred from the rotating table 133 through the robotic arm 139 Clamp the sealing machine 137 to seal the opening of the beverage cup to complete the beverage, and then clamp the sealed beverage through the mechanical arm 139 and shake it to make the fructose syrup and ice in the beverage The block and the liquid raw materials are mixed evenly, and finally the drink is placed on the electronic scale 138 for weighing to ensure that the prepared drink has sufficient weight, and to prevent the user from getting the insufficient portion of the drink, and then confirm that it is correct before passing through the drink. The robotic arm 139 places the drink in the retrieval area 140 or the waiting area 141. At the same time, when the beverage production is completed, the fully automatic beverage production equipment 10 can send out a meal fetching message, which is sent to the remote equipment 30 by the cloud server 20 to notify the user (which can be an order for the order The consumer who ordered procedure S1, or the person responsible for the delivery of the food) to the fully automatic beverage production equipment 10 to pick up the drink. As for the timing of payment, the payment can be made at the same time in the ordering procedure S1, or it can be picked up at the same time. Payment before meal program S4.

Therefore, the use method of the fully automatic beverage production system of the present invention further includes a meal-taking procedure S4, because when the user sends the ordering instruction through the remote device 30, the remote device 30 generates a connection with the The meal retrieval barcode corresponding to the order instruction (take the meal retrieval barcode 311 of the two-dimensional barcode displayed on the mobile device on the beverage ordering website 31 as an example). As shown in Figure 2, the user can retrieve the meal The meal barcode 311 is scanned by the identification unit 143 of the automatic beverage production equipment 10 to confirm the ordering instruction, and the beverage corresponding to the ordering order is sent from the automatic beverage production equipment 10 through the robotic arm 139 of the automatic beverage production equipment 10 The waiting area 141 of the beverage production equipment 10 is taken to the retrieval area 140 for the user to take the beverage. Moreover, the retrieval area 140 is provided with a normally closed sensor door 142. When the robotic arm 139 retrieves the drink corresponding to the ordering instruction from the waiting area 141 of the cup holder with a plurality of accommodating slots, it has a After the retrieval area 140 of the storage platform, the sensor door 142 will be in an open state for the user to take the drink.

Moreover, the ordering procedure S1 further includes the user inputting a meal order through the ordering interface 111 of the control unit 11 of the automatic beverage production equipment 10, so that the user can directly enter the automatic beverage production The equipment 10 performs the ordering procedure S1 and enters the production sequence of the fully automatic beverage production equipment 10 to wait for production, so as to provide multiple ordering modes for the user to choose.

Therefore, this creation does provide a fully automatic beverage production equipment and its system. Users can place beverage orders according to their needs through remote equipment, and the cloud server distributes the received orders to the equipment and according to the user It is not necessary to manually produce and deliver beverages and other operations to achieve the effect of fully automated beverage production, which can not only reduce labor and store rents and other costs, but also provide beverages with stable quality.

In summary, it is only a preferred and feasible embodiment of this creation, and it does not limit the scope of patents of this creation. All equivalent structural changes made by using this creation specification and schematic content are all included in this creation. Within the scope, together to Chen Ming.

1: Fully automatic beverage production system 10: Fully automatic beverage production equipment 11: Control unit 111: Ordering interface 12: Wireless transmission unit 13: Drink production module 131: Cup Dropping Machine 132: Laser engraving machine 133: Rotating Table 134: Fructose Machine 135: Ice Maker 136: Injection unit 1361: storage barrel 1362: pump unit 137: Sealing machine 138: Electronic Scale 139: Robotic Arm 140: Pick up area 141: Waiting Area 142: Sensor Door 143: Identification Unit 20: Cloud server 21: Database 22: Logic Operation Unit 23: Monitoring unit 30: remote device 31: Drink order website 311: Take the meal barcode 40: Detachable cover 41, 42, 43: part of the cover 411, 421, 431: wheel body S1: Order Placement Procedure S2: Logic operation program S3: Drink making program S4: Meal taking procedure

Figure 1 is a block diagram of the fully automatic beverage production equipment created. Figure 2 is a partial schematic diagram of the fully automated beverage production equipment created. Figure 3 is a schematic diagram of an embodiment of the created automatic beverage production equipment installed in a detachable cover. Figure 4 is a schematic diagram of the structure of the fully automated beverage production system created. Figure 5 is a schematic flow diagram of the usage method of the created automatic beverage production system.

10: Fully automatic beverage production equipment

11: Control unit

111: Ordering interface

12: Wireless transmission unit

13: Drink production module

131: Cup Dropping Machine

132: Laser engraving machine

133: Rotating Table

134: Fructose Machine

135: Ice Maker

136: Injection unit

1361: storage barrel

1362: pump unit

137: Sealing machine

138: Electronic Scale

139: Robotic Arm

Claims (12)

A fully automatic beverage production equipment, which includes: A control unit; A wireless transmission unit, which is electrically connected to the control unit and wirelessly connected to a cloud server, and used to receive ordering instructions sent to the cloud server through a remote device; and A beverage production module is electrically connected to the control unit. When the control unit receives the ordering instruction, the control unit drives the beverage production module to perform corresponding actions according to the ordering instruction to produce a drink, wherein , The beverage production module has a cup dropping machine, a laser engraving machine, a rotating table, a fructose machine, an ice maker, a liquid injection unit, a mouthpiece machine, an electronic scale and a mechanical arm. The cup machine is for outputting at least one beverage cup. The laser engraving machine is used to engrave an engraving content on the beverage cup. The rotating table has a plurality of grooves for carrying the carved beverage cup and rotating it to the fructose machine. , The relative position of the ice maker and the liquid injection unit, the fructose machine is for outputting a fructose syrup, the ice maker is for outputting an ice cube, the liquid injection unit is for outputting at least one liquid raw material, the sealing machine Is used to seal the opening of the beverage cup to complete the beverage, the electronic scale is used to weigh the beverage to obtain the weight of the beverage, and the mechanical arm is used to take the beverage cup from the rotating table to The sealing machine is used for sealing, holding and shaking the sealed beverage, placing the beverage on the electronic scale for weighing, and placing the beverage in a take-out area or a waiting area. The fully automatic beverage production equipment according to claim 1, wherein the remote equipment further includes a mobile device. The automatic beverage production equipment according to claim 1, wherein the control unit further has a one-point meal interface for the user to input one-point meal instructions through the meal order interface. The automatic beverage production equipment according to claim 1, wherein the liquid injection unit further includes a plurality of storage barrels and at least one pump unit, and the storage barrels are connected with the pump unit through the pump unit The liquid raw materials stored in the storage barrels are output. The automatic beverage production equipment according to claim 4, wherein the pump unit is a peristaltic pump. The automatic beverage production equipment according to claim 1, wherein the retrieval area is provided with an induction door that is normally closed, and the induction door is electrically connected to an identification unit, and the identification unit is electrically connected to the control unit When the identification unit scans a meal retrieval barcode to confirm the order instruction, the robotic arm will retrieve the drink corresponding to the order instruction from the waiting area to the retrieval area, and the sensor door is a The open state allows the user to take the drink. The automatic beverage production equipment according to claim 6, wherein the meal taking barcode is a two-dimensional barcode (QR Code). The automatic beverage production equipment according to claim 1 or 6, wherein the waiting area is a cup holder with a plurality of accommodating slots. For example, the automatic beverage production equipment described in claim 1 further has a detachable cover, and the control unit, the wireless transmission unit and the beverage production module can be arranged in the detachable cover, and the The bottom of the detachable cover is also provided with multiple wheels. A fully automatic beverage production system, which includes: A cloud server, the cloud server includes a database and a logical operation unit for the user through a remote device to send a meal command to the cloud server via an Internet; and A plurality of automatic beverage production equipment as described in any one of claim items 1 to 9, the automatic beverage production equipment is wirelessly connected with the cloud server, and the equipment information of the automatic beverage production equipment is transmitted to The database, and receive the ordering instructions sent from the cloud server to the automatic beverage production equipment; Wherein, the logical operation unit distributes the ordering command received by the cloud server to one of the automatic beverage production equipment based on the equipment information sent to the database and the positioning information contained in the ordering command. Make a drink. The automatic beverage production system according to claim 10, wherein the equipment information includes the operating capacity, raw material inventory, and installation location of the automatic beverage production equipment. The automatic beverage production system according to claim 10, wherein the cloud server further includes a monitoring unit, which is electrically connected to the database, and is used to monitor the equipment status of the automatic beverage production equipment and The stock of the liquid raw material possessed by the liquid injection unit.

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