TWM632218U - Circulating Cup System Architecture - Google Patents

Abstract

The new type is a recirculating cup system structure, which includes: a server host, a database, a self-service bar code machine, a cup storage box, at least one recirculating cup and a cup washing device. The new model can provide an overall system structure for users to receive, use and return non-disposable cups, that is, recyclable cups, which helps to reduce the use of plastic for food outside, improve the willingness to return the recyclable cups, and clean the recyclable cups to improve the user's willingness to use. It takes into account the advantages of environmental protection.

Description

Circulating Cup System Architecture

The present invention relates to a commercial operation system architecture for non-disposable circulating cups.

The prior art is directed to the research on the instant beverage vending system and method based on self-service transaction, as disclosed in the Republic of China Patent No. TW201915918A, the system at least includes a server host, at least one network terminal device and at least one continuous brewing device, and The server host can communicate with the network terminal device and the continuous brewing device through the Internet interface, and the continuous brewing device is provided with at least one cup feeding mechanism, one or more brewing mechanisms, One or more than one seasoning mechanism, a capping mechanism, a pick-up mechanism and a conveying mechanism are automatically controlled by a control module, whereby the online transaction ordering of beverages can be carried out by using a networked terminal device, In addition, the continuous brewing device can make instant beverages, and can conduct self-service transactions, which is extremely convenient and fast in operation, so as to achieve unmanned transactions, reduce personnel and site costs, and improve consumption convenience.

The prior art is directed to an operating device for a hot beverage vending machine, as disclosed in ROC Patent No. TW200705324A, wherein the hot beverage vending machine prepares and serves a variety of different mixed beverages and/or beverages by operating A device in which the beverages can be individually selected, and the beverages are prepared and dispensed by their individual selection, wherein the operating device is constituted by a touch screen, the touch The control screen is used as a basic setting display to display the symbols stored in the memory device; and the touch screen is used as a first selection device to select a desired beverage or mixed beverage, whereby when the touch screen is displayed on the When the symbol on the touch screen is actuated, a predetermined preparation procedure is generated, the preparation procedure is started and the time flow of the preparation procedure is displayed on the touch screen; or the touch screen acts as a second Selection means for selecting the preparation setting desired by the user and selecting a beverage or mixed beverage by operating the first selection means, wherein upon selection of the preparation setting, a display indicating the lead selected by the first selection means and Additional setting button symbols that the user can touch to implement and store the desired settings.

The prior art is researched on a beverage vending machine, as disclosed in Patent No. TWI727721B of the Republic of China, which includes a vending machine body, a transfer device group and a beverage processing device group, wherein the transfer device group and the beverage processing device group are arranged in the vending machine In the main body, through the cooperation of the vending machine body, the transfer device group and the beverage processing device group, the unmanned preparation of instant drinks can be carried out according to the needs of users, and the prepared cold drinks do not have the taste and flavor diluted by the melting of ice cubes. In order to achieve the effect of good product compatibility and product stability.

The prior art is directed to an unmanned processing device and a control method for a milk tea shop, as disclosed in Chinese Patent No. CN111899425A, which includes a cup dropping mechanism, the cup dropping mechanism is connected with a cup body guide frame, and a transmission device is arranged under the cup body guide frame to transmit There is a cup holder on the device, and one side of the transmission device is sequentially provided with a dispensing machine, a fructose machine, a heat preservation water adding machine, a stirring device and a cleaning device. The transmission device, the filling machine, the fructose machine, the heat preservation water adding machine, the stirring device, the batching device and the packaging device are electrically connected with the control device, and the control device is connected with the cloud through the GPRS communication module, which can realize the equipment for automatically making milk tea, which is convenient for consumers It can be easily accessed, and using its milk tea machine to make milk tea can save storefront rent and floor space, and save the cost of milk tea sales.

The creator of this creation has been working in the automation and environmental protection equipment industry for many years, and he knows that the use of non-disposable cups still has shortcomings in terms of recycling rate and customer confidence. The new type is a recirculating cup system structure, which includes: a server host, a database is set in the server host, the database stores ordering, borrowing and returning, and the ordering, borrowing and returning are for the user to The quantity of ordered meals, the quantity of borrowed recycle cups or the quantity of drinks is input into a server host, and the user orders the quantity of meals, the quantity of borrowed recycle cups, the quantity of returned recycle cups or the quantity of drinks. Provide user payment, and the payment items are at least one take-out meal fee and include recycle cup deposit, take-out meal fee and excluding recycle cup deposit, inside meal fee includes recycle cup deposit, inside meal fee does not include recycle cup deposit Deposit, borrowing recycle cup deposit, take-out drink fee and including recycle cup deposit, take-out drink fee and excluding recycle cup deposit, internal drink fee including recycle cup deposit, and internal drink fee excluding recycle cup deposit, once you get the barcode, The obtained barcode is to follow the ordering, borrowing and returning of the food, the server host reads out the number of meals ordered by the user, the number of borrowed recycle cups, the number of returned recycle cups or the number of beverages information in the database, and the server host calculates The number of recyclable cups required by the user and provide a barcode to the user; a self-service barcode machine, after the self-service barcode machine obtains the barcode, the user will scan the barcode obtained from the server host to the self-service barcode machine. Scan the barcode with the self-service barcode machine, and send the barcode data read back to the server host to confirm the user's request for or return the number of recyclable cups; for a cup box, the server host sends an unlock signal to the cup set At least one recyclable cup is placed in the cup box. After obtaining the inner use and the outer belt of the circulation cup, the inner use and the outer belt of the circulation cup are obtained after the self-service barcode machine scans the code, and the user opens the cup storage box. And take out the recirculating cup from the cup storage box, the user chooses to use the recirculating cup inside or take out the recirculating cup, and the external take away the recirculating cup immediately to end the system structure, once the recirculating cup is used up. After the use of the recyclable cup is completed, the self-service bar code machine scans the code and obtains the recyclable cup for internal use and take-out, and confirms the user’s demand for the quantity of the recyclable cup to be returned. The recyclable cup is completed and ready to be brought back or used after Returning the recyclable cup, a self-service or clerk recycling counter, the self-service or clerk recycling counter is continued after the user finishes using the recyclable cup, the user submits the recyclable cup to the self-service counter or the counter with clerk service, and completes the recyclable cup return and delivery, Once the deposit is confirmed, the confirmation deposit is continued after the self-service or clerk recycling counter, and it reads whether the returned recyclable cup has a deposit withheld in the database of the server host. Once the deposit is returned, the deposit is returned after its confirmation. After depositing the deposit, confirm that the recyclable cup has a deposit withheld, return the deposit to the user, and reconnect it to order, borrow, and return it; and a cup washing device, which cleans the recycling cup. , the cleaning cycle cup of the cup washing equipment is also continued after it confirms the deposit. After the deposit is confirmed, the circulating cup is sent to the cup washing equipment to be cleaned. After the equipment cleans the circulating cup, take out the cleaned circulating cup from the cup washing equipment, put it back into the cup box, and then put it on the shelf and connect to it to obtain the internal and external use of the circulating cup, so that the user can take the circulating cup again. The server host calculates the number of circulating cups required by the user and provides a barcode to the user, and the barcode is provided to the user by printing the physical ticket or transmitting the information to the screen display of the mobile device. Wherein, the circulating cup is made of at least one stainless steel, glass and ceramics. Wherein, at least one recycle cup is placed in the cup holding box, and a barcode or radio frequency identification is set on the recycle cup, and the barcode or radio frequency identification confirms the identity, use time, cycle times and cycle history of the recycle cup through the database. The server host reads the quantity of ordered meals, borrowed reusable cups, returned recyclable cups or beverage quantity information stored in its database to calculate and confirm the user's demand for the quantity of recyclable cups requested or returned. Further, the user opens the cup holding box, and takes out the circulating cup from the cup holding box. The cup holding box is provided with a sensor and a communication device. The sensor detects the information of the remaining circulating cups in the cup holding box, and the cup holding box The information of the remaining number of circulating cups is sent back to the database of the server host through the communication device. Among them, the deposit is returned to the user, and the deposit is returned to the user in the form of action payment, point discount or cash payment. Going a step further, the confirmation bet After the payment is made, the user leaves a deposit and takes a recyclable cup to leave the site. After using the recyclable cup, the deposit will be returned and returned to ordering, borrowing and returning. The deposit will be deducted from the ordering and borrowing fees by the user. Among them, the recirculating cup returned and delivered in the database of the reading server host is without deposit withholding, and the recirculating cup is directly sent to the cup washing equipment to clean the recirculating cup. Among them, the cup washing equipment is provided with a water washing cleaning element, an ultraviolet light sterilizing element and a wind chime element. The overall system structure of the new type of non-disposable cups, ie recyclable cups, for users to receive, use and return, is helpful to reduce the use of plastic for food, improve the willingness to return the recyclable cups, and clean the recyclable cups to improve the user's willingness to use. Taking into account the unexpected effects of environmental protection, hygiene and convenience. The system architecture is different from the prior art, and its novelty, progress and practical benefits are correct. Regarding the techniques, means and effects used in this creation, a preferred embodiment is given and explained in detail in conjunction with the drawings. It is believed that the above-mentioned purpose, structure and characteristics of this creation can be used to gain an in-depth and specific understanding. .

1: Server host

11:Database

2: Self-service barcode machine

3: Cup box

31: Cycle Cup

4: Cup washing equipment

101: Ordering, Borrowing and Returning

201: Get barcode

301: Scan code with self-service barcode machine

401: Obtain circulation cup for internal use and take-away

501: Finished using the circulating cup

601: Self-service or clerk recycling counter

701: Confirm deposit

801: Deposit returned

901: Cup washing equipment cleaning cycle cup

1001: Recycle Cups

Figure 1 shows the structure diagram of the recirculating cup system of this creation.

Figure 2 shows the flow chart of the creative cycle cup system.

The following describes the implementation of the present invention through specific embodiments, and those skilled in the art can easily understand other advantages and effects of the present invention from the contents disclosed in this specification. The invention can also be implemented or applied by other different specific embodiments, and the details in this specification can also be based on For different viewpoints and applications, various modifications and changes are made without departing from the spirit of this creation.

First of all, please refer to Figure 1, which shows the structure diagram of the recirculating cup system of the present creation and the flow chart of the recirculating cup system of the present creation in conjunction with the figure 2, indicating that the new model is a recirculating cup system architecture, which includes: a server host 1, The server host 1 is provided with a database 11, the database 11 stores ordering, borrowing and returning 101, the ordering, borrowing and returning 101 are the number of meals the user will order, the number of borrowed circulating cups, and the returned circulating cups. Quantity or beverage quantity information is input into a server host 1, and its user orders the quantity of meals, borrowed recycle cups, returned recycle cups or beverage quantity information, the ordering, borrowing and returning 101 also provide user payment, which The payment items are at least one take-out meal fee and including recycle cup deposit, take-out meal fee and excluding recycle cup deposit, inside meal fee including recycle cup deposit, inside meal fee excluding recycle cup deposit, borrowing recycle cup deposit , Take-out beverage fee and include recycle cup deposit, take-out beverage fee and do not include recycle cup deposit, in-use beverage fee include recycle cup deposit, and in-use beverage fee does not include recycle cup deposit, once the barcode 201 is obtained, the obtained barcode 201 is After ordering, borrowing and returning 101, the server host 1 reads out the number of meals ordered by the user, the number of borrowed reusable cups, the number of returned recyclable cups or the number of drinks in the database 11, and the server host 1 calculates Calculate the number of recyclable cups required by the user and provide the user with a barcode; a self-service barcode machine 2, after the self-service barcode machine 2 obtains the barcode 201, the user sends the barcode obtained from the server host 1 to the self-service The self-service barcode machine scans the barcode 301 at the scanning point of the barcode machine 2, and sends the barcode data read back to the server host 1 to confirm the number of recyclable cups requested or returned by the user; a cup box 3, its server The host 1 transmits an unlocking signal to the cup holder 3, and at least one recirculating cup 31 is placed in the cup holder 3. After obtaining the recirculating cup inner use and the outer belt 401, the obtained recirculating cup inner use and the outer belt 401 are connected in its self-service After the barcode machine scans the code 301, the user opens the cup holder 3 and takes out the recirculating cup 31 from the cup holder 3. The user chooses to use the recirculating cup 31 inside or take it out, and the recirculating cup 31 will be taken away immediately. End the system architecture, once the use of the recycle cup is completed 501, the use of the recycle cup 501 is followed by scanning the code 301 on its self-service barcode machine and obtaining the recycle cup After use and take-out 401, confirm the user's demand for the number of recyclable cups 31 returned by the user and directly confirm the use of recyclable cups 501, ready to return the recyclable cups 31 after taking or using, a self-service or clerk recycling counter 601, the self-service or clerk recycling At the counter 601, after the user finishes using the recyclable cup 501, the user submits the recyclable cup 31 to an unmanned self-service counter or a counter with clerk service, and completes the return and delivery of the recyclable cup 31. Once the deposit 701 is confirmed, the confirmation deposit 701 is After the self-service or clerk recycling counter 601, read the database 11 of the server host 1 to see if there is a deposit withheld for the recyclable cup 31 returned and delivered. Once the deposit is returned 801, the return of the deposit 801 is followed by the confirmation of the deposit 701. After that, it is confirmed that the circulating cup 31 has a deposit withheld, the deposit is returned to the user, and reconnected to the ordering, borrowing and returning 101; and a cup washing device 4, the cup washing device 4 performs a cup washing device The recirculating cup 901 is cleaned, and the recirculating cup 901 is cleaned by the cup washing equipment after confirming the deposit 701. After the deposit is confirmed, the recirculating cup 31 is sent to the cup washing equipment 4 for cleaning. The process of cleaning the circulating cup 31 and the state of the circulating cup 31 by the equipment improve the confidence and willingness to use the circulating cup 31, which is the key to the system architecture. It is different from the opaque cleaning process of the circulating cup in the past, and also eliminates the sterilization of the circulating cup in the past. The low rate and the bad look and feel of the recyclable cups that are easily scratched after being used in the past also contributed more to the reduction of plastics in the environment. After the recyclable cup 1001 was put on the shelf again and again, the recirculating cup 1001 was successively cleaned in its cup washing equipment. The recyclable cup 901 Afterwards, the cleaned circulating cup 31 is taken out from the cup washing device 4, put back into the cup box 3, and then racked and connected to the obtained circulating cup inner and outer belt 401, so that the user can take the circulating cup 31 again.

The server host 1 calculates the number of circulating cups 31 required by the user and provides a barcode to the user. The barcode is provided to the user by printing the physical ticket or transmitting the information to the screen display of the mobile device. Among them, the recirculating cup 31 is made of at least one stainless steel, glass and ceramics, which is one of the keys of the system structure. In addition, the cup washing device 4 cleans the recirculating cup 31, which is different from the traditional plastic recirculating cup in the process of being opaque in the washing process. In addition, the low sterilization rate of traditional plastic recycling cups and the bad appearance of the traditional plastic recycling cups that are easily scratched after use, also contribute more to the reduction of plastics in the environment. Wherein, at least one circulating cup 31 is placed in the cup holding box 3, and a barcode or radio frequency identification is set on the circulating cup 31, and the barcode or radio frequency identification The identification database 11 confirms the identity of the recycle cup 31 , the usage time, the number of cycles and the cycle history. The server host 1 reads the quantity of ordered meals, the quantity of borrowed recyclable cups 31 , the quantity of returned recyclable cups 31 or the quantity of beverages stored in its database 11 to calculate and confirm the quantity of recyclable cups 31 requested or returned by the user need.

Further, the user opens the cup setting box 3 and takes out the circulating cup 31 from the cup setting box 3 . The cup setting box 3 is provided with a sensor and a communication device, and the sensor detects the number of the remaining circulating cups 31 in the cup setting box 3 . information, the information on the quantity of the remaining circulating cups 31 in the cup holding box 3 is returned to the database 11 of the server host 1 via the communication device. Among them, the deposit is returned to the user, and the deposit is returned to the user in the form of action payment, point discount or cash payment. Furthermore, after confirming the deposit 701, the user leaves the deposit and takes the recyclable cup 31 and leaves the site. After using the recyclable cup 31, the deposit will be returned to 801 and returned to ordering, borrowing and returning 101. The deposit provides the user from Deducted from ordering and borrowing fees. Wherein, in the database 11 of the reading server host 1, the recirculating cup 31 returned and delivered is without deposit withheld, and the recirculating cup 31 is directly sent to the cup washing equipment to clean the recirculating cup 901. Among them, the cup washing device 4 is provided with a water washing and cleaning element, an ultraviolet light sterilizing element and a wind chime element.

In order to enable the reviewers to further understand the practical application scenarios of the new type, for example, the application of the recycling cup 31 in which non-disposable cups are used in the sale of beverages or soups in supermarkets, using a new type of recycling cup system architecture, the clerk or customer in the supermarket first The user, the user operates the one-man-machine interface to input the order quantity, the borrowed recycle cup 31 quantity, the returned recycle cup 31 quantity or the beverage quantity information into a server host 1, and the server host 1 is provided with a database 11 , the database 11 stores the information on the number of meals ordered by the user, the number of borrowed recycle cups 31, the number of recycle cups 31 returned, or the quantity of beverages; The number of circulating cups 31 , the number of returned circulating cups 31 or the number of beverages, the server host 1 calculates the number of circulating cups 31 required by the user and provides a barcode to the user, the server host 1 calculates the circulating cups required by the user. 31 quantity and provide a barcode to the user, its barcode It is provided to the user by printing the physical ticket or by transmitting the information to the screen display of the mobile device. The user then scans the barcode at the scanning location of the self-service barcode machine 2, and sends the barcode data read back to the server host 1 to confirm the user's request for or return the number of recyclable cups 31; its server The host 1 transmits an unlocking signal to the cup holding box 3. After the user opens the cup holding box 3, the cup holding box 3 is provided with a sensor and a communication device. The information on the quantity of the remaining circulating cups 31 in the box 3 is sent back to the database 11 of the server host 1 through the communication device, and the circulating cups 31 are taken out from the cup setting box 3, and the circulating cups 31 are made of at least one stainless steel, glass and ceramics. At least one recycling cup 31 is placed in the cup holding box 3 , and a barcode or radio frequency identification is set on the recycling cup 31 , and the barcode or radio frequency identification confirms the identity of the recycling cup 31 , the use time, the number of cycles and the cycle time through the database 11 . History, the server host 1 reads the number of ordered meals, the number of borrowed reusable cups 31 , the number of returned reusable cups 31 or the quantity of beverages stored in its database 11 to calculate and confirm the number of recyclable cups 31 requested or returned by the user need.

The user can use the recycling cup 31 in the supermarket, or take the recycling cup 31 out of the supermarket; then the user has finished using the recycling cup 31, and confirms the user's demand for the quantity of the recycling cup 31 to directly confirm the use of the recycling cup. After completing 501, take the recyclable cup 31 for take-out or prepare to return it after internal use; the user submits the recyclable cup 31 to the self-service counter or the counter with the service of the clerk, and completes the return and delivery of the recyclable cup 31; The recyclable cup 31 is read from the database 11 by the server host 1 to see whether the recyclable cup 31 that it has returned has a deposit withheld; the take-out recyclable cup 31 also starts the system structure from ordering, borrowing and returning 101. In the structure, the user chooses to return it. Circulating cup 31, confirm the deposit 701 through the structure to confirm that there is a withheld deposit, then return the deposit to the user, and reconnect it to ordering, borrowing and returning 101, it is time to order food again, and confirm the deposit 701 again before use If the user leaves the deposit, the new take-out recyclable cup 31 can be taken away from the site; after the next use of the recyclable cup 31, the deposit will be returned to 801 and returned to order, borrow and return 101 again. Deducted from ordering and borrowing fees, convenient system The structure is convenient for users to access and return, and the user's willingness to use is improved; the recycling cup 31 returned and delivered in the database 11 of the reading server host 1 is for the internal use of the supermarket and no deposit is retained, and the recycling cup 31 is directly sent to The cup washing equipment cleans the circulating cup 901. After the deposit is confirmed, the circulating cup 31 is cleaned by the cup washing equipment 4, which is provided with washing and cleaning elements, ultraviolet light sterilization elements and air-conditioning elements; the circulating cup 31 is then put on the shelf again to provide users with re-use cycle. Cup 31. The deposit is returned to the user, and the deposit is returned to the user in the form of mobile payment, point discount or cash payment.

This new type is a recirculating cup system architecture. The new self-service barcode scanner scans the bar code of the curved cup and the structural features of the cup washing equipment cleaning recirculating cup 901, which is different from the conventional technique of the recirculating cup with a deposit in the past. , it is convenient for customers to use the recirculating cup 31 for internal use or external use, enhance the willingness to use and reduce the use of disposable plastics, and its novelty, progress and practical benefits are correct. Therefore, it can effectively improve the lack of conventional knowledge, and has considerable practicality in use.

In view of the above, the specific structure disclosed in this creative embodiment can indeed provide an overall system structure for the user to receive, use and return the non-disposable cups, that is, the recyclable cup 31 , which is helpful to reduce the use of plastic for food and improve the recyclable cup 31 . The willingness to return, and the cleaning of the recirculating cup 31 to enhance the willingness of users to use, take into account the unpredictable effects of environmental protection, hygiene and convenience. In terms of its overall system architecture, it has never been seen in the system architecture of similar commercial models. It has not been published before the application, since it has complied with the statutory requirements of the Patent Law, and can file an application for a new type of patent in accordance with the law.

However, the above is only a preferred embodiment of this creation, and it should not limit the scope of the implementation of this creation, that is, any equivalent changes and modifications made according to the scope of the patent application for this creation and the contents of the description of the creation are all equivalents. shall remain within the scope of this creative patent.

1: Server host

11:Database

2: Self-service barcode machine

3: Cup box

31: Cycle Cup

4: Cup washing equipment

Claims (10)

A circulating cup system architecture, which includes: a server host, a database is set in the server host, the database stores ordering, borrowing and returning, and the ordering, borrowing and returning are the number of meals that a user will order , The information on the quantity of borrowed recycle cups or the quantity of drinks is input into a server host, and the user orders the quantity of meals, the quantity of borrowed recycle cups, the quantity of returned recycle cups or the quantity of beverages, and the ordering, borrowing and returning provide user payment at the same time , the payment items are at least one take-out meal fee and including recycle cup deposit, take-out meal fee and excluding recycle cup deposit, inside meal fee including recycle cup deposit, inside meal fee excluding recycle cup deposit, loan recycle Cup deposit, take-out drink fee and include recycle cup deposit, take-out drink fee and excluding recycle cup deposit, internal drink fee include recycle cup deposit, and internal drink fee does not include recycle cup deposit, once the barcode is obtained, the obtained barcode is After ordering, borrowing and returning food, its server host reads the number of meals ordered by the user, the number of borrowed reusable cups, the number of returned recyclable cups or the number of drinks, and the server host calculates the user's information. It is necessary to recycle the number of cups and provide a barcode to the user; a self-service barcode machine, after the self-service barcode machine obtains the barcode, the user will apply the barcode obtained from the server host to the self-service barcode machine to scan the self-service barcode machine. The machine scans the code, and sends the barcode data read back to the server host to confirm the number of recyclable cups requested or returned by the user; for a cup box, the server host sends an unlock signal to the cup box, and the Place at least one recyclable cup in the cup box. After obtaining the inner use and outer belt of the circulation cup, the acquisition of the inner use and outer belt of the circulation cup is continued after the self-service barcode machine scans the code. Take out the recyclable cup from the cup box, the user chooses to use the recyclable cup inside or take out the recyclable cup, and the external take away the recyclable cup directly to end the system structure immediately. code and get inside the loop cup After use and take-out, confirm the number of recyclable cups returned by the user and directly confirm that the recyclable cups are used and ready to be brought back or returned after use. A self-service or clerk recycling counter, the self-service or clerk recycling counter is connected to its After using the recyclable cup, the user submits the recyclable cup to the self-service counter or the counter with the service of the clerk, and completes the return and delivery of the recyclable cup. Once the deposit is confirmed, the confirmation deposit is continued after the self-service or the clerk returns the counter and reads the servo. In the database of the host computer, whether there is a deposit withheld for the recirculating cup returned and delivered, once the deposit is returned, the return of the deposit is continued after confirming the deposit, confirming that the recirculating cup has a withheld deposit, returning the deposit to the user, and Re-connect back to its ordering, borrowing and returning; and a cup washing machine, the cup washing machine performs a cup washing machine to clean the circulating cup, and the cup washing machine cleaning the circulating cup is also continued after it confirms the deposit, and after the deposit is confirmed The circulating cup is sent to the cup washing equipment to be cleaned, and the circulating cup is put on the shelf again and again, and the circulating cup is put on the shelf again after the circulating cup is cleaned by the cup washing equipment, and the cleaned circulating cup is taken out from the cup washing equipment and put back. Put it in the cup box and then put it on the shelf to connect it to obtain the inner and outer use of the circulating cup, so that the user can get the circulating cup again. The recyclable cup system architecture according to claim 1, wherein the server host calculates the number of recyclable cups required by the user and provides a barcode to the user, and the barcode is transmitted to the mobile device by printing a physical ticket or information. provided to the user by means of the on-screen display. The system structure of the circulation cup according to claim 1, wherein the material of the circulation cup is at least one of stainless steel, glass and ceramics. The recirculating cup system architecture according to claim 1, wherein at least one recirculating cup is placed in the cup holding box, and a barcode or radio frequency identification is set on the recirculating cup, and the barcode or radio frequency identification is confirmed by a database to confirm that the recirculating cup is Identity, usage time, cycle times and cycle history. The circulating cup system architecture of claim 1, wherein the server host reads its data The quantity of ordered meals, borrowed recycle cups, returned recycle cups or beverage quantity information stored in the warehouse is used to calculate and confirm the quantity demand of users to request or return recycle cups. The recirculating cup system architecture according to claim 1, further, the user opens the cup setting box and takes out the recirculating cup from the cup setting box, the cup setting box is provided with a sensor and a communication device, the sensor detects the cup setting The information of the remaining circulating cups in the box is sent back to the database of the server host through the communication device. The circulating cup system architecture according to claim 1, wherein the deposit is returned to the user, and the deposit is returned to the user in the form of action payment, point discount or cash payment. According to the system architecture of the recyclable cup described in claim 1, further, after confirming the deposit, the user leaves the deposit and takes the recyclable cup away from the site. After using the recyclable cup, the deposit is returned and returned to ordering, borrowing and returning. , the deposit provided by the user to be deducted from the ordering and borrowing fees. The recirculating cup system architecture according to claim 1, wherein the recirculating cups returned and delivered in the database of the read server host are without deposit withholding, and the recirculating cups are directly sent to the cup washing equipment to clean the recirculating cups. The recirculating cup system architecture according to claim 1, wherein the cup washing equipment is provided with a water washing and cleaning element, an ultraviolet light sterilizing element and an air-conditioning element.

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