KR102133462B1 - Unmanned robes rental and return system using artificial intelligence-based electronic lockers - Google Patents

Abstract

The present invention relates to an unmanned robe rental and return system using an artificial intelligence-based electronic locker. An electronic locker for renting and returning robes of various types and sizes is installed in a funeral hall, a user reserves a rental of a robe by accessing a server through a computer, a smartphone or the like, and then, conveniently rents the robe through authentication and payment procedures on a touch screen of the electronic locker or through authentication and payment procedures on the touch screen of the electronic locker on the site, and, when the user needs to return the robe, the user returns the robe through an authentication procedure on the touch screen of the electronic locker. Also, since a server manages information about robe rental reservation using a user terminal, information about robes rented from the electronic locker, information about available robes remaining in the electronic locker and information about returned robes by using a DB, a robe rentee can conveniently rent a robe even late at night, and a robe rental service manager can confirm the rental and return status of robes in real time through an application, thereby adding more robes beforehand for supplementation as well as immediately collecting returned robes in the electronic locker when the number of robes is equal to or greater than a predetermined amount.

Description

Unmanned robes rental and return system using artificial locker based on artificial intelligence {UNMANNED ROBES RENTAL AND RETURN SYSTEM USING ARTIFICIAL INTELLIGENCE-BASED ELECTRONIC LOCKERS}

The present invention relates to a system for unmanned rental and return of robes using an electronic locker based on artificial intelligence, and more specifically, it is possible to rent and return the robes through an electronic locker with a touch screen equipped with an AI (Artificial Intelligence) camera. It relates to an unmanned rental and return system for robes using artificial intelligence-based electronic lockers that are available 24 hours a day.

Recently, the era of sharing economy has arrived in various goods and services such as lodging, electric kickboards, automobiles, and clothing. Students and adults do not purchase expensive clothes for job interviews, but use services that rent and use clothes at low cost, and these sharing platforms already provide services in various fields of our society.

This sharing economy is also applied to funeral homes that lend robes such as mourning clothes. When renting mourning clothes at a funeral home, there is a problem that the staff of the funeral home can rent and return only during working hours, and cannot rent at a late midnight.

In the case of the 3-day market, the service for the resident is provided on the first day, but since late-night and early morning clothes are not available, you can't rent a mourning suit, so resident families arriving late can't make additional rentals. The resident and the family of resident who wait until are forced to wear the crumpled and dirty mourning clothes and greet the visitors.

In addition, funeral homes do not systematically manage the rental and return of mourning clothes through the platform, but manage them through handwritten records in the books or handle all related tasks depending on external service companies. Since the company employee uses the traditional method of directly entering and managing the program on the computer, when the resident wants to rent a garment, there is no way to know when to wait if all the prepared quantities have already been borrowed and there is no spare. Even if you prepare a spare, there is a problem that it takes a long time.

The current funeral home rental method is leading to continuous complaints from the resident about the funeral home.

Patent Publication No. 10-2019-0122965

The present invention has been invented to improve the above problems, and an electronic locker capable of renting and returning clothes of various types and dimensions is installed in a funeral hall, and users access the server with a computer or a smart phone, etc. After booking, you can easily rent a garment through the authentication and payment process on the electronic locker's touch screen or through the authentication and payment process directly on the electronic locker's touch screen, and through the authentication process on the electronic locker's touch screen even when you return it. To return the robe, the server manages the reservation information of the robe rental through the user terminal, the robe information borrowed from the electronic locker, the information about the spare of the robe that can be borrowed from the electronic locker, and the information about the returned robe in the DB, thereby making the robe rental. In the late midnight hours, you can conveniently rent a robe, and the robe rental service administrator can check the rental and return status of the robe in real time through the application, so you can pre-fill the insufficient robe as well as a certain number of items in the electronic locker. The purpose of the present invention is to provide an unmanned rental and return system for robes using artificial intelligence-based electronic lockers that can be recovered immediately.

In order to achieve the above object, the present invention is equipped with a touch screen screen equipped with an AI camera that acquires a user image to grasp a user's body size by learning based on deep learning, and according to types of men and women's dress. In addition, it is stored in a separate box for each dimension, accepts a user's rental request through the touch screen screen, opens the door of the box containing the garment of the dimension paid by the user, and allows the user to rent the garment, and touch screen An electronic locker that accepts a request for returning the user's robe through a screen and opens the return box selected by the user so that the user can return the robe, and the user's smart phone when the user requests a rental of the robe through the touch screen The authentication process is performed by sending the authentication number to the user, allowing the user to select a garment product and make a payment. When a payment processing request is received from the electronic locker, the payment is linked with a payment server to process the payment. When the user requests to return the robes, the authentication number is transmitted to the user's smartphone to perform the authentication procedure, allowing the user to select the return box, and the type of robes borrowed from the electronic locker through the above rental procedure, The size, quantity, and borrower information, and the types and sizes of robes currently available for rental in the electronic locker are managed in the rob rental DB. Through the return procedure, the type of robbers currently returned in the electronic locker, the quantity and return information by dimension Includes a central management server that manages the robes return DB.

According to the present invention having the above configuration, the following effects can be achieved.

First, since the resident can make a reservation for rental of clothes of the desired type and dimensions by using the app of a computer or a smartphone, customers can make reservations at any time as well as at midnight. Satisfaction with funeral homes increases because it can be used.

And since Sangju can greet visitors with clean clothes, he can satisfactorily perform the ceremony for the dead.

In addition, since the funeral home does not need to stay until late at night to rent a dress, it is possible to maximize work efficiency.

In addition, since the customer using this service can promote the funeral hall through the app on the smartphone when the apparel rental service is satisfactory, the funeral hall can promote without paying a separate publicity fee, and the customer left Since the late stage spreads quickly through SNS, it can enjoy a high publicity effect.

Currently, the industry's efforts and competition to raise the level of funeral services are very fierce. With this system, not only rental services, but also frequent change of shirts and socks can be provided. It can be given and conveniently used at any time, which is very helpful in securing the competitiveness of funeral homes.

1 is a schematic diagram of a system for unmanned rental and return of robes using an AI-based electronic locker according to the present invention.
Figure 2 is a front view of an electronic locker applied to the present invention
3 is a functional block diagram of an electronic locker applied to the present invention
4 is a functional block diagram of a central management server applied to the present invention
5 is an exemplary view showing step by step the process of renting and returning the robes using the touch screen of the electronic locker.
Figure 6 is an example of a table showing the types of rental and rental price available for rental in electronic lockers

Advantages and features of the present invention, and methods for achieving them will be clarified with reference to embodiments described below in detail together with the accompanying drawings.

However, the present invention is not limited to the embodiments disclosed below, but will be implemented in various different forms.

In the present specification, this embodiment is provided to complete the disclosure of the present invention, and to fully inform the scope of the invention to those skilled in the art to which the present invention pertains.

And the present invention is only defined by the scope of the claims.

Thus, in some embodiments, well-known components, well-known operations, and well-known techniques are not specifically described in order to avoid obscuring the present invention.

In addition, the same reference numerals throughout the specification refer to the same components, and the terms used (referred to) in this specification are for describing the embodiments and are not intended to limit the present invention.

In the present specification, the singular form also includes the plural form unless specifically stated in the phrase, and the components and operations referred to as'comprising (or, provided)' do not exclude the presence or addition of one or more other components and operations. .

Unless otherwise defined, all terms (including technical and scientific terms) used in the present specification may be used as meanings commonly understood by those skilled in the art to which the present invention pertains.

In addition, terms defined in the commonly used dictionary are not ideally or excessively interpreted unless defined.

Hereinafter, preferred embodiments of the present invention will be described with reference to the accompanying drawings.

Referring to FIGS. 1 to 6, the unmanned rental and return system for uniforms using an AI-based electronic locker includes an electronic locker 100, a central management server 200, a resident terminal 300, and an administrator terminal 400. And, it may further include a payment server 500. A resident terminal is synonymous with a user terminal.

The electronic locker 100 includes a touch screen 110, an authentication request unit 120, a garment product selection unit 130, a payment request unit 140, a return box selection unit 150, a door opening unit 160, and an AI camera A 170 and a size recommendation unit 180 are provided. Of course, a card payment unit and a cash inlet are also installed.

The central management server 200 includes a rental processing unit 210, a return processing unit 220, an authentication processing unit 230, a payment processing unit 240, a reservation reception unit 250, an extra confirmation unit 260, and a rental time adjustment unit 270 ) And the dress recovery notification unit 280, dress rental DB, dress return DB and dress reservation DB.

The electronic locker (100) is equipped with a touch screen (110) screen equipped with an AI camera (170) to grasp the user's body size by learning based on deep learning, and separates men's and women's dress by type and size. Archive, accepts a user's rental request through the touch screen 110 screen, opens the door of the ship containing the garment of the dimension paid by the user, and allows the user to rent the garment, and touch screen 110 Through the screen, a request for returning the robes of the user is received, and the return box selected by the user is opened to allow the user to return the robes.

Referring to FIG. 2, the electronic locker 100 has several storage boxes for men and women's dress types and dimensions, and the user selects his own dress size after authentication on the screen or recommends it through an AI camera. You choose the dress size you want to do, and you can rent the dress in the box you choose. The electronic locker 100 is provided with a touch screen 110 that allows a user to operate a garment when renting and returning it. In addition, there are several return boxes used to return the robe.

Referring to FIG. 6, the clothes available for rental in the electronic locker 100 are various types, such as men's clothes, women's clothes, children's clothes, belts, socks, shirts, and ties, and various sizes are prepared.

When a user requests a rental of a garment through the touch screen 110 screen, the request is transmitted to the central management server 200. The central management server 200 transmits an authentication number to the user's smartphone 300 to perform an authentication procedure. Upon completion of the authentication, the user can select a garment product and make payment, and when the electronic locker 100 receives a payment processing request, it works with the payment server 500 to process the payment.

Referring to FIG. 5, a user may perform a rental procedure using the touch screen 110 of the electronic locker 100 for a product that is reserved for rental of a garment using a computer or a smartphone. Touch the rental of robes, and authenticate the mobile phone, the mobile phone number is transmitted to the central management server 200, and the central management server 200 proceeds with the authentication process using the received mobile phone number of the user. When the authentication is completed, an authentication completion message is transmitted to the electronic locker 100 to select a garment product and proceed with payment. The central management server 200 transmits payment information to the payment server 500 to process payment, and when payment is completed, the electronic locker 100 prints a receipt and opens the door of the box containing the corresponding robes to receive the robes. Make it possible.

In addition, when a user requests to return a robe through a touch screen 110 screen, an authentication number is transmitted to the user's smart phone 300 to perform an authentication procedure and allow the user to select a return box.

Referring to FIG. 5, a return procedure may be performed using the touch screen 110 of the electronic locker 100. Touch the return of the robes, and authenticate the mobile phone, the mobile phone number is transmitted to the central management server 200, and the central management server 200 proceeds with the authentication process using the received mobile phone number of the user. When authentication is completed, an authentication completion message is transmitted to the electronic locker 100, and the user selects a return box and inputs a return quantity. The electronic locker 100 prints a receipt and opens the door of the selected box so that the garment can be returned.

The central management server 200 displays the type, dimension, quantity, and borrower information of the robes borrowed from the electronic locker 100 through the rental procedure as described above, and the types and dimensions of the robes currently available for rental in the electronic locker 100. It is managed in the vestment rental DB, and through the return procedure, the type of robe currently returned to the electronic locker 100, the quantity by dimension, and the returner information are managed in the vestment return DB.

The user terminal 300 is to allow a user to access a web page on a computer or an app on a smartphone, select a garment, and select a rental date to make a reservation, which corresponds to a computer or a smartphone.

The reservation reception unit 250 of the central management server 200 connected to the web page and the app is connected by date by accessing the web page or the app through the user terminal 300 and entering the type, size, quantity, and date of use. The type and quantity of the reservation is recorded in the reservation reservation DB, and the reservation acceptance information is transmitted to the administrator terminal 400 and the user terminal 300 to inform the administrator and the user.

When the reservation reception unit 250 records the contents of the user's dress reservation in the dress reservation DB, the spare confirmation unit 260 periodically records the reservation reception information recorded in the dress reservation DB (for example, at intervals of 1 minute or 5 minutes). ) Monitor and compare the date of use of the dress in the dress reservation DB with the current date.

For example, suppose the date of use to use the robe is January 8, 2020, and the current date is January 7. Alternatively, the date of use may be January 7, 2020, and the current date may be January 7, for immediate use. Of course, if you want to rent and use it right now, the date of use will be January 7, 2020, and the current date will also be January 7. The present invention includes all cases where a reservation is made for use the next day or a few hours later or now.

When the period from the current date to the use date remains less than a predetermined period, the spare confirmation unit 260 searches the robes rental DB and corresponds to the type and dimensions of the reserved robes among the robes currently available for rental in the electronic locker 100. It is determined whether there is a spare, and if there is no spare, information on the type and size of the undergarment is transmitted to the manager terminal.

Here, the predetermined period can be set to 24 hours, or the administrator can change it. If the current date is January 7th, if the usage date is January 7th or January 8th, in both cases, the period from the current date to the usage date is less than a predetermined period.

For example, if you reserve to rent a'size 34 under men's wear' on January 7, and the current date is January 7, the extra check will be made if less than 24 hours remain from the current date to the date of use. 260 searches the dress rental DB to determine whether there is an extra'size 34 under men's wear' in the electronic locker 100. The electronic locker 100 currently has 10 sets of '34 size under men's wear,' but it will be judged that there is no spare if all are already reserved by other people, and if only 6 of the 10 are reserved, there is a spare. something to do. The spare confirmation unit 260 transmits information on the type and size of the undergarment (for example, 34 size under men's clothing) to the manager terminal 400 when there is no spare. The manager may immediately fill in the spare dress using the dress transport vehicle 410.

The rental time adjustment unit 270 informs the user terminal 300 of the available rental time on the date of use of the robes when reservations are received for the types and dimensions of the robes without extras, but the type and dimensions of the robes without extras. Whenever the reservation for Korea exceeds a certain quantity, the available rental time is delayed by a predetermined time or more to inform the user terminal 300.

For example, if reservations for'size 34 under men's wear' are accumulated, the user terminal 300 informs them that the rental time is 1 pm on January 7, the date of use of the dress, but there is no extra'men's wear. Reservations for the '34 Bottom Size' are accumulated and the rental time is delayed by 2 hours or more every time 10 items corresponding to a certain quantity are exceeded. Is to inform you. If there is a large amount of reservation for the dress without extras, all of them can be prepared and filled in the electronic locker 100, but since the space of the box may be insufficient, the time interval is increased for every predetermined quantity unit (for example, 10 sets). If the user is informed of the available rental time, the first 10 books are rented, so it is easy to secure a space for additional 10 pieces in the electronic locker 100, and there is a time interval of 2 hours, so the rental of robes is provided. The company employee can pre-fill the locker in the electronic locker 100 using the vehicle 410, and the user can immediately rent the dress reserved in the electronic locker 100 at a rental time. As a result, it is possible to provide a service that can be satisfied by both the rental company and the customer.

In the case where the period from the current date to the date of use exceeds a predetermined period, the extra confirmation unit 260 has an excess ratio to the total quantity of the same type and size as the reserved dress in the dress rental DB is less than a certain percentage. Even if there is a spare, it transmits information on the type and dimensions of the corresponding dress to the manager terminal 400.

For example, suppose that the current date is January 7, 2020, the date of use to use a robe (34 size under men's wear) is January 8, and the predetermined period is set to 12 hours. In this case, it remained over a predetermined period from January 7 to January 8. However, when the extra confirmation unit 260 searches the rob rental DB, 8 of the 10 reserved '34 size under men's clothing' are reserved, but 2 are not yet reserved, the total quantity There are only two spares compared to ten, so the ratio is 20%. In this case, even if there are two extras corresponding to 30% or less, which is a preset ratio set by the system, information on the type and size of the corresponding dress (34 size under men's clothes) is transmitted to the manager terminal 400. The manager can know that there is only a few spares left, and the reservation will be completed soon, so he can prepare for his spare dress.

The configuration of the electronic locker 100 will be described in detail as follows.

The touch screen 110 serves as an interface through which a user inputs touch and information when renting and returning a garment. The touch screen 110 is equipped with an AI camera 170.

The AI camera 170 is mounted on the touch screen 110 and photographs a user located in front of the touch screen 110, and acquires an image of the photographed user.

The size recommendation unit 180 recommends the user's body size by using a deep learning based search engine on the image of the user captured by the AI camera 170. The size recommendation unit 180 includes a deep learning-based search engine that learns a user's image using a deep learning algorithm and recommends the user's body size.

Deep learning algorithms are designed to produce optimal results for each feature. A typical CNN (Convolution neural network) is excellent in performance in the field of vision because it can learn even filters that generate feature maps.

Based on CNN (Convolutional Neural Network) based VGG-16, VGG-19, AlexNet, ResNet, GoogLeNet, or ZFNet, the size and shape of the user image captured by the AI camera 170 are assigned to the feature points. Accordingly, the body size of the corresponding user is obtained.

The authentication request unit 120 receives the user's phone number through the touch screen 110 and requests authentication from the central management server 200.

The dressing product selection unit 130 is set to the size recommended by the size recommendation unit 180 so that the user can select and pay for the rental reservation product using the user terminal 300 after authentication is completed through the authentication request unit 120. The corresponding garment product is displayed through the touch screen 110. In this case, the electronic locker 100 can display all the products that can be rented and allow the user to select them. After displaying only the products corresponding to the size recommended by the size recommendation unit 180 among the products reserved by the user, You can also choose to.

The payment request unit 140 requests payment to the central management server 200 for payment for the selected garment product through the garment product selection unit 130.

The return box selection unit 150 displays the return box through the touch screen 110 to select the return box. Multiple return boxes are displayed and the user selects one of them. The return box selection unit 150 may display only a return box with sufficient space, except for a return box that already contains a lot of robes.

When payment is completed during the rental of the robes, the door opening unit 160 opens the door of the ship containing the robes products reserved by the user to receive the robes. In addition, when returning the robe, the door opening unit 160 opens the door of the box selected by the user among the displayed return boxes to return the robe to the box.

The dressing product selection unit 130 requests the central management server 200 to confirm whether the dressing product selected by the user through the touch screen 110 is a rental reservation made through the user terminal 300. The central management server 200 searches the contents of the vestment reservation DB to check whether the selected product is the reserved product, and if the result of the check is correct, proceeds with the payment step, and if wrong, requests the selection again. Of course, the size recommended by the user through the size recommendation unit 180 may be slightly different from the size recorded in the dress reservation DB in advance by the user, but if the type of dress matches, the product selected by the selected product Confirm that it corresponds to and proceed with payment.

The dressing product selection unit 130 searches the contents of the dressing reservation DB for the content reserved by the user to the central management server 200, requests information about the dressing product that is reserved, and receives information about the dressing product reserved. If so, only the information on the corresponding garment product can be displayed and selected through the touch screen. That is, rather than displaying all serviceable robes and prompting the user to select a reserved product from among them, only the information about the reserved product is displayed on the touch screen by querying the user's reservation and allowing the user to confirm and select I can do it.

In this case, a product corresponding to the size recommended by the size recommendation unit 180 may be displayed on the touch screen to be selected by the user using a deep learning-based search engine among products reserved by the user.

The return box selection unit 150 transmits information on the box selected by the user among the return boxes displayed through the touch screen 110 and the return dress to the central management server 200. The central management server 200 records the information in the dress return DB and sends the contents of the dress return recorded in the dress return DB to the user terminal 300 and the administrator terminal 400 to inform.

When the total number of returned robes in all return boxes exceeds a certain amount, the total number of returned robes in the return return notification unit 280 transmits to the manager terminal 400, or the total number of returned robes in all return boxes. When the quantity of the returned dress exceeds the preset quantity in the corresponding return box, the information of the corresponding return box and the quantity information of the dress in the return box are transmitted to the manager terminal 400 to inform that it is time to collect the dress.

For example, when the total number of returned robes in all return boxes of the electronic locker 100 exceeds 60 sets, the total number of returned robes is transmitted to the manager terminal 400 to inform the recovery of the robes. If you have a lot of robes in the rob rental company, it is inefficient to collect the robes in the return box too often, so it is instructed to collect the robes only when the total amount exceeds a certain amount.

In addition, when the quantity of returned robes in a certain return box exceeds the standard value set of 20 in the return box, the information of the corresponding half-nam box and the quantity of the robes contained in the return box are transmitted to the manager terminal 400. You can tell them to recover them quickly. Since the size of each return box is different, the standard quantity can be set differently for each return box, so if the returned quantity exceeds the standard quantity of the relevant box, that is, if the box contains too many robes, the information of the returned box and the quantity of the robes in the box Inform the manager so that the collection of returned vests can be done smoothly.

Although the present invention has been described in detail with reference to preferred embodiments, those skilled in the art to which the present invention pertains can describe the present invention in other specific forms without changing its technical spirit or essential features, as described above. It should be understood that the embodiments are illustrative in all respects and not restrictive.

And, the scope of the present invention is specified by the claims, which will be described later, rather than by the detailed description, and all the changed or modified forms derived from the meaning and scope of the claims and their equivalent concepts are included in the scope of the present invention. It should be interpreted as.

100...electronic locker
110... touch screen
120...Certification Request
130.
140...Payment Request
150...
160...door open part
170...AI Camera
180... recommended size
200...central management server
210...Loan processing department
220... return processing unit
230...Certification processing department
240...Payment processing unit
250... Reservation
260...extra confirmation
270... rental time control
280.
300...resident terminal
400...admin terminal
410...Vehicle carrier
500...payment server

Claims (10)

As a system for unmanned rental and return of robes using artificial intelligence-based electronic lockers using electronic lockers installed at funeral halls that can rent and return robes of various types and dimensions,
It is equipped with a touch screen screen equipped with an AI camera that acquires a user image to learn the user's body size by learning based on deep learning, and keeps men's and women's wardrobes in separate boxes by type and dimension, and touch screen screen Accepts a request for rental of the user's robe through, opens the door of the ship containing the robe of the dimension paid by the user, and allows the user to borrow the robe, and receives a request for returning the robe through the touch screen. An electronic locker that allows the user to return the robes by opening the return box selected by the user; And
When the user makes a request for rental of a garment through the touch screen, an authentication number is transmitted to the user's smartphone to perform the authentication process, allowing the user to select and pay for the garment, and request payment processing in the electronic locker When received, it works in conjunction with the payment server to process the payment, and when the user requests to return the robe through the touch screen, it transmits the authentication number to the user's smartphone to perform the authentication process and allow the user to select the return box. Through the rental procedure as above, the type, dimension, quantity, and borrower information of the robes borrowed from the electronic locker and the quantity and type of robes currently available for rental in the electronic locker are managed in the rob rental DB and returned through the return procedure. Includes a central management server that manages the type, size, quantity, and return information of the garments currently returned to the electronic locker in the uniform return DB,
And a user terminal that allows a user to access a web page on a computer or an app on a smartphone, select a robe, and select a rental date to make a reservation,
Access to the web page or app through the user terminal, and enter the type, size, quantity, and date of use to make a reservation. The reservation of the central management server connected to the web page and app when making a reservation for reservation is the type and quantity of the reservation by date. Records in the robes reservation DB, transmits the reservation acceptance information to the administrator terminal and the user terminal,
The central management server,
The spare confirmation unit periodically monitors the contents of reservations recorded in the reservation reservation DB, compares the date of use of the reservation in the reservation reservation DB with the current date, and if the period from the current date to the usage date is less than a predetermined period, the reservation rental DB By searching, it is determined whether there are spares corresponding to the types and dimensions of the reserved robes among the robes currently available for rental in the electronic locker, and if there are no extras, information on the type and dimensions of the undergarments is transmitted to the manager terminal,
The central management server,
If the reservation for the type and size of the dress without extras accumulates, the user's terminal will inform the user of the available rental time on the date of use of the dress, but the reservation for the type and size of the dress without extras is more than a certain quantity. Whenever it exceeds, the available rental time is delayed by a predetermined time or more to inform the user's terminal, and a dress corresponding to the reserved type and dimension is rented first, so that there is space to add a certain quantity to the electronic locker. When secured, the delayed predetermined time interval allows the staff of the garment rental company to secure time and space for pre-filling the garments corresponding to the types and dimensions without extras in the electronic locker using the vehicle.
The return box selection unit of the electronic locker transmits information about the box selected by the user and the return dress to the central management server among the return boxes displayed through the touch screen of the electronic locker,
The central management server records the corresponding information in the return dress DB, and transmits the return content of the record recorded in the return dress DB to the administrator terminal and the user terminal,
If the total number of returned robes in all return boxes exceeds a certain quantity, the total number of returned robes in all return boxes is sent to the administrator terminal, or the return in each return box. Artificial intelligence, characterized in that when the quantity of the vested garment exceeds the pre-set quantity, the information of the corresponding tamper box and the quantity information of the robe included in the tamper box are sent to the manager terminal to inform the administrator that it is time to collect the robe. Unmanned rental and return system for robes using an electronic locker.
delete delete delete The method according to claim 1,
The central management server,
Although the period from the current date to the usage date is over a certain period, if the ratio of the total quantity of the same type and size as the reserved dress in the dress rental DB is less than a certain percentage, even if there is a spare, the corresponding dress The unmanned rental and return system for robes using artificial intelligence-based electronic lockers, characterized by transmitting information on the types and dimensions of the information to the manager terminal.
The method according to claim 1,
The electronic locker,
A touch screen inputted by the user when renting and returning the robe;
An AI camera mounted on the touch screen and photographing a user located in front of the touch screen and acquiring an image of the captured user;
An authentication request unit that receives a user's phone number through the touch screen and requests authentication to the central management server;
A size recommendation unit for recommending the user's body size using a deep learning based search engine on the image of the user acquired by the AI camera;
A dress product selection unit displaying a dress product corresponding to a size recommended by the size recommendation unit through the touch screen to select and pay for a dress product reserved for rental using a user terminal after the authentication is completed through the authentication request unit;
A payment request unit for requesting payment for the selected garment product through the garment product selection unit;
A return box selection unit displaying a return box through the touch screen so as to select a return box; And
When payment is completed, a garment using an artificial intelligence-based electronic locker, characterized by comprising a door opening unit that opens a door of a ship containing a reservation product reserved by a user and opens a door of a box selected by a user among displayed return boxes. Unmanned rental and return system.
The method according to claim 6,
The dressing product selection unit searches the central management server for the contents of the dressing reservation DB and requests confirmation that the dressing product selected by the user through the touch screen is the dressing that the rental reservation is made through the user terminal. Unmanned rental and return system for robes using an AI-based electronic locker, characterized by proceeding and requesting a choice again if wrong.
The method according to claim 6,
The dressing product selection unit searches the contents of the dressing reservation DB for the content reserved by the user to the central management server, requests information about the dressing product that is reserved, and receives information about the dressing product, the corresponding dressing Unmanned rental and return system for uniform using artificial intelligence-based electronic locker, characterized in that only information on the product can be displayed and selected through the touch screen.
delete delete

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