Intelligent clothes washing method and system

Abstract

The invention relates to the field of intelligent clothes washing, and discloses an intelligent clothes washing method and system.The intelligent clothes washing system comprises a terminal, the terminal is provided with an intelligent clothes washing applet, and a user can complete user registration and fee recharging operation through the intelligent clothes washing applet; the administrator can complete the new user registration request of the approved user through the intelligent clothes washing applet and execute card issuing operation; the Bluetooth reader-writer is used for being in Bluetooth connection with the terminal, and the Bluetooth reader-writer is used for writing personal information of a user into a clothes washing card and a clothes taking card of the user; the clothes storing / taking cabinet is provided with a panel machine, and the panel machine is provided with an operation interface and a card swiping area; the clothes storing / taking cabinet is used for storing and taking clothes; the pricing system comprises a pricing machine and a high-frequency reader-writer connected with the pricing machine; the sorting system comprises a sorting machine and a high-frequency reader-writer connected with the sorting machine, and the overall clothes washing efficiency is improved.

Description

Technical Field

[0001] The present invention relates to the technical field of smart laundry, and in particular to a smart laundry method and system. Background Art

[0002] Smart laundry is an industry that was developed to solve the problem that the current laundry facilities on campus cannot meet the laundry needs of some students. The smart laundry system is an intelligent system developed for the overall process of the smart laundry industry. The smart laundry system on the market consists of a smart cabinet collection system, a pricing system, and a mini program.

[0003] The main process is:

[0004] 1. Use mobile phones and computers to issue laundry cards (fixed in laundry bags) and clothing retrieval cards to students in the background, and bind the unique ID read from the IC card and the student user information in the background to associate the laundry card and clothing retrieval card with this user. In this link, the administrator needs to issue cards to users through computers, which has certain limitations on the requirements for the card issuance environment.

[0005] 2. When students wash clothes, they put the dirty clothes into a laundry bag and put them in a closet. The administrator uses a fixed laundry basket to take away the dirty clothes at one time and take them back to wash. In this process, the laundry of different students is mixed together, which is easy to cause cross contamination of bacteria.

[0006] 3. After the administrator takes the clothes back to the centralized laundry room, they are taken to the price marking area. The staff visually distinguish the types of clothes to be washed, and then pre-deduct fees on the price marking machine. At the same time, there is a surveillance camera nearby to record the entire process. After the price marking, the laundry bags are placed on a numbered shelf. In this link, the classification of laundry bags is purely based on the memory of the employees. Once the employees make human errors, it will affect the subsequent sorting and delivery.

[0007] 4. Print the order information, barcode, price counter number, and rack number on the washable laundry label, and then use a nail gun to fix the laundry label on each corresponding piece of clothing. Then, sort the clothes into different washing machines for washing and drying according to their types and color depths. In this process, using a nail gun to fix the laundry label on the clothes will cause long-term damage to the clothes and is inefficient.

[0008] 4. After drying, the sorting process begins. First, all the dried clothes are piled in one place. The staff visually checks the laundry labels on the clothes to determine the number of the washing table. After a rough screening, the clothes are taken back to the marking table. In this process, a large number of staff are required to look for the location of the laundry labels and visually check to determine the number of the marking table. This is very inefficient and has a very high labor cost.

[0009] 5. The staff scans the barcode on the laundry label of the roughly screened clothes at the price marking counter to obtain the personal information bound to the clothes, and puts them into the laundry bag hanging on the numbered rack. In this link, the washed clothes and the collected clothes are placed in the same area, which will cause cross contamination of clothes.

[0010] 5. After the clothes are sorted into the corresponding bags at the price-marking counter, the current batch of clothes can be considered to have been washed, and the laundry bags brought back are placed back into the clothes collection basket. In this link, we can only know whether the user's clothes have been completely washed after sorting. We also don't know how many clothes the user still has to wash or which clothes are missing. There is a lack of information tracking for the link.

[0011] 6. The administrator brings the washed clothes back to school, uses administrator privileges to swipe a laundry card to deposit one piece of clothing, and puts them into the locker one by one.

[0012] 7. Students use the clothing retrieval card to swipe the smart locker to take out their clothes. At the same time, the background completes the deduction and generates the order. Summary of the invention

[0013] The object of the present invention is to provide a smart laundry method and system to solve the above-mentioned problems in the prior art.

[0014] In a first aspect, the present application provides a smart laundry method, the method comprising:

[0015] Users register as new users and recharge fees in the smart laundry app or the panel machine for storing / retrieving wardrobes;

[0016] The administrator reviews and approves the user's new user registration request in the management background, and performs the card issuance operation to issue a laundry card and a clothing retrieval card to the registered user. The laundry card is tied to the laundry bag;

[0017] The user clicks the laundry operation on the panel machine of the storage / retrieval wardrobe, swipes the laundry card on the laundry bag filled with laundry in the card swiping area of ​​the panel machine, puts the laundry bag into the cabinet opening prompted by the panel machine and closes the cabinet opening;

[0018] The administrator logs into the administrator menu on the panel machine of the storage / retrieval wardrobe, performs the retrieval operation, takes out the laundry bag containing the laundry, and then closes the cabinet;

[0019] After the price-marker gets the laundry bag filled with the laundry, the high-frequency reader of the price-marking machine reads the laundry card on the laundry bag so that the price-marking machine can obtain the user's personal information; the RFID tag is fixed to the clothes in the laundry bag in a one-to-one correspondence, and the RFID tag fixed to the clothes is placed on the high-frequency reader, so that the RFID tag fixed to the clothes is written with the user information and the corresponding hook number and clothes basket number assigned to the user, and the laundry bag after taking out the clothes is placed on the assigned hook with the hook number;

[0020] The clothes and the labels fixed thereto are placed in a washing machine for washing;

[0021] After the clothes are washed, turn on the sorting system and put the RFID tag on the clothes on the high-frequency reader of the sorting system. The screen of the sorting system will assign a grid number to the current clothes. The staff will put the clothes on the corresponding grid and continue sorting. Different users correspond to different grid numbers. When the displayed grid number turns red, it means that the clothes of the user with this grid number have been sorted and can be bagged and shipped out of the warehouse. When shipping out of the warehouse, switch to the shipping interface and click on the grid number that has been sorted on the screen. The screen will display the hook number of the current grid, that is, the user's laundry bag. The administrator will take back the laundry bag placed during the previous price marking according to the hook number, and take back all the clothes on the grid at the same time, and then swipe the RFID tag on the clothes on the high-frequency reader to ship out of the warehouse. When shipping out of the warehouse, the screen will display the corresponding collection basket number of the current clothes. After the shipping out is successful, remove the RFID tag, put the clothes into the laundry bag, and then put the laundry bag into the corresponding collection basket number according to the displayed collection basket number.

[0022] After the administrator transports the clothes to the storage / retrieval closet, he / she performs the storage operation on the panel machine of the storage / retrieval closet and stores all the clothes in the closet;

[0023] The user performs the clothing retrieval operation on the panel machine in the wardrobe to take away the washed clothes.

[0024] Furthermore, the specific steps for the administrator to review and approve the user's new user registration request in the management background and execute the card issuance operation are:

[0025] The administrator logs in to the smart laundry applet through the terminal;

[0026] Find the user who applied for registration in the mini program and issue the card;

[0027] Turn on the Bluetooth function of the terminal to establish a Bluetooth connection with the Bluetooth card reader;

[0028] After connecting to the Bluetooth card reader, the user's laundry card and clothing retrieval card are placed on the Bluetooth reader respectively, and the Bluetooth reader writes the user's personal information into the user's laundry card and clothing retrieval card.

[0029] Furthermore, after the administrator transports the clothes to the storage / retrieval closet, he performs the clothes storage operation on the panel machine of the storage / retrieval closet. The specific steps for storing all the clothes in the closet are as follows:

[0030] Scan the QR code on the panel machine for storing / retrieving wardrobes to log in to the administrator interface;

[0031] Select automatic storage in the administrator interface;

[0032] Swipe the laundry card on the laundry bag in the card swiping area on the panel machine;

[0033] Place the laundry bag containing clothes into the cabinet opening that is automatically allocated by the system;

[0034] Close the cabinet and continue to swipe the laundry cards on other users' laundry bags to quickly store clothes in a cycle.

[0035] In a second aspect, the present application provides a smart laundry system, which is used to implement the smart laundry method described above, and the smart laundry system includes:

[0036] The terminal has a smart laundry applet. Users can complete user registration and fee recharge operations through the smart laundry applet. Administrators can complete the review of new user registration requests and perform card issuance operations through the smart laundry applet.

[0037] A Bluetooth reader / writer, the Bluetooth reader / writer is used to connect to the terminal via Bluetooth, and the Bluetooth reader / writer is used to write the user's personal information into the user's laundry card and clothing retrieval card;

[0038] A storage / retrieval wardrobe, wherein the storage / retrieval wardrobe has a panel machine, wherein the panel machine has an operation interface and a card swiping area; the storage / retrieval wardrobe is used for storing and retrieving clothing;

[0039] The pricing system includes a pricing machine and a high-frequency reader / writer connected to the pricing machine, wherein the high-frequency reader / writer is used to read the laundry card on the laundry bag so that the pricing machine can obtain the user's personal information and write the hook number and the laundry basket number into the RFID tag;

[0040] The sorting system includes a sorting machine and a high-frequency reader connected to the sorting machine. After the clothes are washed, the sorting system is turned on, and the RFID tag on the clothes is placed on the high-frequency reader of the sorting system. The screen of the sorting system will assign a grid number to the current clothes. The staff puts the clothes on the corresponding grid and continues to sort. Different users correspond to different grid numbers. When the displayed grid number turns red, it means that the clothes of the user with this grid number have been sorted and can be bagged and shipped out of the warehouse; when shipping out of the warehouse, switch to the shipping interface, click on the grid number that has been sorted on the screen, and the screen displays the hook number of the current grid, that is, the user's laundry bag. The administrator takes back the laundry bag placed during the previous price marking according to the hook number, and takes back all the clothes on the grid at the same time, and then swipes the RFID tag on the clothes on the high-frequency reader to ship out of the warehouse. When shipping out of the warehouse, the screen will display the clothes collection basket number corresponding to the current clothes. After the shipping out is successful, remove the RFID tag, put the clothes into the laundry bag, and then put the laundry bag into the corresponding clothes collection basket number according to the displayed clothes collection basket number;

[0041] Compared with the existing technology, the smart laundry system of this application creatively introduces RFID tags. Based on the advantages of RFID such as waterproof, long reading distance, larger storage data capacity, and easy modification of stored information, each laundry module designs new processes and applications based on RFID, thereby solving the problems of slow sorting speed, high labor cost, and cross contamination between unwashed laundry items and washed items in the current smart laundry system. It greatly reduces labor costs and significantly improves the overall laundry efficiency. BRIEF DESCRIPTION OF THE DRAWINGS

[0042] Figure 1a It is a schematic diagram of the first part of the overall process of smart laundry provided by an embodiment of the present invention;

[0043] Figure 1b It is a schematic diagram of the second part of the overall process of smart laundry provided by an embodiment of the present invention;

[0044] Figure 2 It is a schematic diagram of the business process of smart laundry provided by an embodiment of the present invention;

[0045] Figure 3 Schematic diagram of the framework of the smart laundry system provided by an embodiment of the present invention. DETAILED DESCRIPTION

[0046] Embodiments of the present invention are described in detail below, examples of which are shown in the accompanying drawings, wherein the same or similar reference numerals throughout represent the same or similar elements or elements having the same or similar functions. The embodiments described below with reference to the accompanying drawings are exemplary and are only used to explain the present invention, and cannot be understood as limiting the present invention.

[0047] In the description of the present invention, it should be understood that the terms "center", "longitudinal", "lateral", "length", "width", "thickness", "up", "down", "front", "back", "left", "right", "vertical", "horizontal", "top", "bottom", "inside", "outside", "clockwise", "counterclockwise", "axial", "radial", "circumferential" and the like indicate orientations or positional relationships based on the orientations or positional relationships shown in the accompanying drawings, and are only for the convenience of describing the present invention and simplifying the description, and do not indicate or imply that the referred device or element must have a specific orientation, be constructed and operated in a specific orientation, and therefore should not be understood as limiting the present invention.

[0048] In addition, the terms "first" and "second" are used for descriptive purposes only and should not be understood as indicating or implying relative importance or implicitly indicating the number of the indicated technical features. Therefore, the features defined as "first" and "second" may explicitly or implicitly include one or more of the features. In the description of the present invention, the meaning of "plurality" is two or more, unless otherwise clearly and specifically defined.

[0049] In the present invention, unless otherwise clearly specified and limited, the terms "installed", "connected", "connected", "fixed" and the like should be understood in a broad sense, for example, it can be a fixed connection, a detachable connection, or an integral connection; it can be a mechanical connection or an electrical connection; it can be a direct connection or an indirect connection through an intermediate medium, it can be the internal connection of two elements or the interaction relationship between two elements. For ordinary technicians in this field, the specific meanings of the above terms in the present invention can be understood according to specific circumstances.

[0050] In the present invention, unless otherwise clearly specified and limited, a first feature being "above" or "below" a second feature may mean that the first and second features are in direct contact, or the first and second features are in indirect contact through an intermediate medium. Moreover, a first feature being "above", "above" or "above" a second feature may mean that the first feature is directly above or obliquely above the second feature, or simply means that the first feature is higher in level than the second feature. A first feature being "below", "below" or "below" a second feature may mean that the first feature is directly below or obliquely below the second feature, or simply means that the first feature is lower in level than the second feature.

[0051] The implementation of the present invention is described in detail below in conjunction with specific embodiments.

[0052] 1-3, a smart laundry method is shown, the method comprising:

[0053] Users can register as new users and recharge fees in the smart laundry app or on the panel machine for storing / retrieving wardrobes;

[0054] The administrator reviews and approves the user's new user registration request in the management background, and performs the card issuance operation to issue a laundry card and a clothing retrieval card to the registered user. The laundry card is tied to the laundry bag;

[0055] The administrator binds the panel machine, washing machine station, and clothes collection basket number in the background;

[0056] The user clicks the laundry operation on the panel machine of the storage / retrieval wardrobe, swipes the laundry card on the laundry bag filled with laundry in the card swiping area of ​​the panel machine, puts the laundry bag into the cabinet opening prompted by the panel machine and closes the cabinet opening;

[0057] The administrator logs into the administrator menu on the panel machine of the storage / retrieval wardrobe, performs the retrieval operation, takes out the laundry bag containing the laundry, and then closes the cabinet;

[0058] After the price-marker gets the laundry bag filled with the laundry, the high-frequency reader of the price-marking machine reads the laundry card on the laundry bag so that the price-marking machine can obtain the user's personal information; the RFID tag is fixed to the clothes in the laundry bag in a one-to-one correspondence, and the RFID tag fixed to the clothes is placed on the high-frequency reader, so that the RFID tag fixed to the clothes is written with the user information and the corresponding hook number and clothes basket number assigned to the user, and the laundry bag after taking out the clothes is placed on the assigned hook with the hook number;

[0059] The clothes and the labels fixed thereto are placed in a washing machine for washing;

[0060] After the clothes are washed, turn on the sorting system and put the RFID tag on the clothes on the high-frequency reader of the sorting system. The screen of the sorting system will assign a grid number to the current clothes. The staff will put the clothes on the corresponding grid and continue sorting. Different users correspond to different grid numbers. When the displayed grid number turns red, it means that the clothes of the user with this grid number have been sorted and can be bagged and shipped out of the warehouse. When shipping out of the warehouse, switch to the shipping interface and click on the grid number that has been sorted on the screen. The screen will display the hook number of the current grid, that is, the user's laundry bag. The administrator will take back the laundry bag placed during the previous price marking according to the hook number, and take back all the clothes on the grid at the same time, and then swipe the RFID tag on the clothes on the high-frequency reader to ship out of the warehouse. When shipping out of the warehouse, the screen will display the corresponding collection basket number of the current clothes. After the shipping out is successful, remove the RFID tag, put the clothes into the laundry bag, and then put the laundry bag into the corresponding collection basket number according to the displayed collection basket number.

[0061] After the administrator transports the clothes to the storage / retrieval closet, he / she performs the storage operation on the panel machine of the storage / retrieval closet and stores all the clothes in the closet;

[0062] The user performs the clothing retrieval operation on the panel machine in the wardrobe to take away the washed clothes.

[0063] Furthermore, the specific steps for the administrator to review and approve the user's new user registration request in the management background and execute the card issuance operation are:

[0064] The administrator logs in to the smart laundry applet through the terminal;

[0065] Find the user who applied for registration in the mini program and issue the card;

[0066] Turn on the Bluetooth function of the terminal to establish a Bluetooth connection with the Bluetooth card reader;

[0067] After connecting to the Bluetooth card reader, the user's laundry card and clothing retrieval card are placed on the Bluetooth reader respectively, and the Bluetooth reader writes the user's personal information into the user's laundry card and clothing retrieval card.

[0068] Furthermore, after the administrator transports the clothes to the storage / retrieval closet, he performs the clothes storage operation on the panel machine of the storage / retrieval closet. The specific steps for storing all the clothes in the closet are as follows:

[0069] Scan the QR code on the panel machine for storing / retrieving wardrobes to log in to the administrator interface;

[0070] Select automatic storage in the administrator interface;

[0071] Swipe the laundry card on the laundry bag in the card swiping area on the panel machine;

[0072] Place the laundry bag containing clothes into the cabinet opening that is automatically allocated by the system;

[0073] Close the cabinet and continue to swipe the laundry cards on other users' laundry bags to quickly store clothes in a cycle.

[0074] In a second aspect, the present application provides a smart laundry system, which is used to implement the smart laundry method described above, and the smart laundry system includes:

[0075] The terminal has a smart laundry applet. Users can complete user registration and fee recharge operations through the smart laundry applet. Administrators can complete the review of new user registration requests and perform card issuance operations through the smart laundry applet.

[0076] A Bluetooth reader / writer, the Bluetooth reader / writer is used to connect to the terminal via Bluetooth, and the Bluetooth reader / writer is used to write the user's personal information into the user's laundry card and clothing retrieval card;

[0077] A storage / retrieval wardrobe, wherein the storage / retrieval wardrobe has a panel machine, wherein the panel machine has an operation interface and a card swiping area; the storage / retrieval wardrobe is used for storing and retrieving clothing;

[0078] A pricing system, the pricing system comprising a pricing machine and a high-frequency reader / writer connected to the pricing machine, the high-frequency reader / writer being used to read a laundry card on a laundry bag so that the pricing machine can obtain the user's personal information;

[0079] A sorting system, the sorting system includes a sorting machine and a high-frequency reader connected to the sorting machine, and the sorting system is used to achieve: after the clothes are washed, the sorting system is turned on, and the RFID tag on the clothes is placed on the high-frequency reader of the sorting system. The screen of the sorting system will assign a grid number to the current clothes, and the staff will put the clothes on the corresponding grid. The staff will continue to sort, and different users correspond to different grid numbers. When the displayed grid number turns red, it means that the clothes of the user with this grid number have been sorted and can be bagged and shipped out of the warehouse; when shipping out of the warehouse, switch to the shipping interface, click on the grid number that has been sorted on the screen, and the screen will display the hook number of the current grid, that is, the user's laundry bag. The administrator takes back the laundry bag placed during the previous price marking according to the hook number, and takes back all the clothes on the grid at the same time, and then swipes the RFID tag on the clothes on the high-frequency reader to ship out of the warehouse in turn. When shipping out of the warehouse, the screen will display the corresponding clothes collection basket number of the current clothes. After the shipping out is successful, remove the RFID tag, put the clothes into the laundry bag, and then put the laundry bag into the corresponding clothes collection basket number according to the displayed clothes collection basket number;

[0080] To solve the efficiency problem, this smart laundry system creatively introduces RFID tags to replace the barcodes on laundry labels as the unique identification of clothes, and designs and develops corresponding software processes around RFID tags in the pricing and sorting process.

[0081] RFID tag is a contactless automatic identification technology. It uses radio frequency signals to identify target objects and obtain relevant data. The identification work does not require human intervention. As a wireless version of barcodes, RFID technology has advantages that barcodes do not have, such as waterproof, anti-magnetic, high temperature resistance, long service life, large reading distance, data encryption on the tag, larger data storage capacity, and easy change of stored information.

[0082] The outstanding technical features of RFID electronic tags are: 1. They can identify a single very specific object, unlike barcodes which can only identify a type of object; 2. They can read multiple objects at the same time, while barcodes can only be read one by one; they can store a large amount of information; 3. They use radio frequency and can read data through external materials, while barcodes must rely on lasers or infrared to read information on the surface of the material medium.

[0083] The storage / retrieval wardrobe is a system for users to store and retrieve clothes through uniquely identified media such as IC cards, membership numbers, QR codes, etc. The system has functions such as controlling the cabinet door switch, obtaining the cabinet door switch status, quickly reading IC cards, and interacting with the background system.

[0084] The pricing system is suitable for administrators to mark prices (i.e. pre-deduct fees) for laundry items after receiving them from users, and write information into RFID tags, so that the RFID tags are strongly bound to the user's personal information and laundry information, and the hook numbers of the laundry bags are pre-allocated, while the number of users corresponding to the current batch of laundry baskets is recorded.

[0085] The sorting system is suitable for administrators to obtain the user's washing information by reading the RFID tag information after receiving the cleaned items, and assign a cabinet number to each piece of clothing. The staff puts the clothes into the cabinet at the physical location according to the cabinet number displayed by the sorting system.

[0086] The outbound delivery system is suitable for users who have completed the sorting process. The administrator will deliver the clothes of users who have met the outbound delivery conditions by reading the RFID tags fixed on the clothes.

[0087] The smart laundry system invented this time creatively introduces RFID tags. Based on the advantages of RFID such as waterproof, long reading distance, larger storage data capacity, and easy modification of stored information, each laundry module has designed new processes and applications based on RFID, thus solving the problems of the current smart laundry system: slow sorting speed, high labor cost, and cross contamination between unwashed and washed items. It greatly reduces labor costs and significantly improves the overall laundry efficiency.

[0088] In the description of this specification, the description with reference to the terms "one embodiment", "some embodiments", "example", "specific example", or "some examples" etc. means that the specific features, structures, materials or characteristics described in conjunction with the embodiment or example are included in at least one embodiment or example of the present invention. In this specification, the schematic representations of the above terms do not necessarily refer to the same embodiment or example. Moreover, the specific features, structures, materials or characteristics described may be combined in any one or more embodiments or examples in a suitable manner. In addition, those skilled in the art may combine and combine the different embodiments or examples described in this specification and the features of the different embodiments or examples, without contradiction.

[0089] Although the embodiments of the present invention have been shown and described above, it is to be understood that the above embodiments are exemplary and are not to be construed as limitations of the present invention. A person skilled in the art may change, modify, replace and vary the above embodiments within the scope of the present invention.

Claims

1. A smart laundry method, characterized in that: The method comprises: Users can register as new users and recharge fees in the smart laundry app or on the panel machine for storing / retrieving wardrobes; The administrator reviews and approves the user's new user registration request in the management background, and performs the card issuance operation to issue a laundry card and a clothing retrieval card to the registered user. The laundry card is tied to the laundry bag; The administrator binds the panel machine, washing machine station, and clothes collection basket number in the background; The user clicks the laundry operation on the panel machine of the storage / retrieval wardrobe, swipes the laundry card on the laundry bag filled with laundry in the card swiping area of ​​the panel machine, puts the laundry bag into the cabinet opening prompted by the panel machine and closes the cabinet opening; The administrator logs into the administrator menu on the panel machine of the storage / retrieval wardrobe, performs the retrieval operation, takes out the laundry bag containing the laundry, and then closes the cabinet; After the price-marker gets the laundry bag filled with the laundry, the high-frequency reader of the price-marking machine reads the laundry card on the laundry bag, so that the price-marking machine can obtain the user's personal information; the RFID tag is fixed to the clothes in the laundry bag in a one-to-one correspondence, and the RFID tag fixed to the clothes is placed on the high-frequency reader, so that the RFID tag fixed to the clothes is written with the user information and the corresponding hook number and clothes basket number assigned to the user, and the laundry bag after taking out the clothes is placed on the assigned hook with the hook number; The clothes and the labels fixed thereto are placed in a washing machine for washing; After the clothes are washed, turn on the sorting system and put the RFID tag on the clothes on the high-frequency reader of the sorting system. The screen of the sorting system will assign a grid number to the current clothes. The staff will put the clothes on the corresponding grid and continue sorting. Different users correspond to different grid numbers. When the displayed grid number turns red, it means that the clothes of the user with this grid number have been sorted and can be bagged and shipped out of the warehouse. When shipping out of the warehouse, switch to the shipping interface and click on the grid number that has been sorted on the screen. The screen will display the hook number of the current grid, that is, the user's laundry bag. The administrator will take back the laundry bag placed during the previous price marking according to the hook number, and take back all the clothes on the grid at the same time, and then swipe the RFID tag on the clothes on the high-frequency reader to ship out of the warehouse. When shipping out of the warehouse, the screen will display the corresponding collection basket number of the current clothes. After the shipping out is successful, remove the RFID tag, put the clothes into the laundry bag, and then put the laundry bag into the corresponding collection basket number according to the displayed collection basket number. After the administrator transports the clothes to the storage / retrieval closet, he / she performs the storage operation on the panel machine of the storage / retrieval closet and stores all the clothes in the closet; The user performs the clothing retrieval operation on the panel machine in the wardrobe to take away the washed clothes.

2. A smart laundry method according to claim 1, characterized in that: The specific steps for the administrator to review and approve the user's new user registration request in the management background and execute the card issuance operation are as follows: The administrator logs in to the smart laundry applet through the terminal; Find the user who applied for registration in the mini program and issue the card; Turn on the Bluetooth function of the terminal to establish a Bluetooth connection with the Bluetooth card reader; After connecting to the Bluetooth card reader, the user's laundry card and clothing retrieval card are placed on the Bluetooth reader respectively, and the Bluetooth reader writes the user's personal information into the user's laundry card and clothing retrieval card.

3. A smart laundry method according to claim 1, characterized in that: After the administrator transports the clothes to the storage / retrieval closet, he performs the clothes storage operation on the panel machine of the storage / retrieval closet. The specific steps for storing all the clothes in the closet are as follows: Scan the QR code on the panel machine for storing / retrieving wardrobes to log in to the administrator interface; Select automatic storage in the administrator interface; Swipe the laundry card on the laundry bag in the card swiping area on the panel machine; Place the laundry bag containing clothes into the cabinet opening that is automatically allocated by the system; Close the cabinet and continue to swipe the laundry cards on other users' laundry bags to quickly store clothes in a cycle.

4. A smart laundry system, characterized in that: The smart laundry system is used to implement the smart laundry method according to any one of claims 1 to 3, and the smart laundry system includes: The terminal has a smart laundry applet. Users can complete user registration and fee recharge operations through the smart laundry applet. Administrators can complete the new user registration request of the approved user and perform card issuance operations through the smart laundry applet. A Bluetooth reader / writer, the Bluetooth reader / writer is used to connect to the terminal via Bluetooth, and the Bluetooth reader / writer is used to write the user's personal information into the user's laundry card and clothing retrieval card; A storage / retrieval wardrobe, wherein the storage / retrieval wardrobe has a panel machine, wherein the panel machine has an operation interface and a card swiping area; the storage / retrieval wardrobe is used for storing and retrieving clothing; The pricing system includes a pricing machine and a high-frequency reader / writer connected to the pricing machine, wherein the high-frequency reader / writer is used to read the laundry card on the laundry bag so that the pricing machine can obtain the user's personal information and write the hook number and the laundry basket number into the RFID tag; The sorting system includes a sorting machine and a high-frequency reader connected to the sorting machine. After the clothes are washed, the sorting system is turned on, and the RFID tag on the clothes is placed on the high-frequency reader of the sorting system. The screen of the sorting system will assign a grid number to the current clothes. The staff puts the clothes on the corresponding grid and continues to sort. Different users correspond to different grid numbers. When the displayed grid number turns red, it means that the clothes of the user with this grid number have been sorted and can be bagged and shipped out of the warehouse. When shipping out of the warehouse, switch to the shipping interface, click on the grid number that has been sorted on the screen, and the screen displays the hook number of the current grid, that is, the laundry bag of the user. The administrator takes back the laundry bag placed during the previous price marking according to the hook number, and takes back all the clothes on the grid at the same time, and then swipes the RFID tag on the clothes on the high-frequency reader to ship out of the warehouse. When shipping out of the warehouse, the screen will display the clothes collection basket number corresponding to the current clothes. After the shipping out is successful, remove the RFID tag, put the clothes into the laundry bag, and then put the laundry bag into the corresponding clothes collection basket number according to the displayed clothes collection basket number.

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