CN115171288B - Shared decorating booth and clothes shared renting system - Google Patents

Abstract

The present invention relates to the technical field of intelligent sharing, and discloses a shared dressing booth. The shared dressing kiosk is provided with a kiosk door for entry and exit, and the shared dressing kiosk is provided with an intelligent wardrobe and a fitting room for storing clothes to be rented; A clothes rental control system is also set in the shared dressing booth, and the clothes rental control system includes a main control unit and an intelligent access control device, an intelligent wardrobe control device, a three-dimensional touch display screen and a communication device respectively connected to the main control unit The user can realize the fitting operation by touching the three-dimensional touch display to open the smart wardrobe and take out the required clothes for try-on and rental operations, and the first code reader is provided on the three-dimensional touch display , the first code reader is used to read the electronic tag on the shared clothes to generate a clothes rental request and send it to the server through the communication device.

Description

Shared dressing kiosk and clothing sharing rental system

technical field

The invention relates to the field of intelligent sharing technology, in particular to a shared dressing kiosk and a clothing sharing rental system.

Background technique

With the development of the Internet of Things and intelligent network technology, the sharing economy centered on convenient leasing has become an important economic model in today's economic society. The sharing economy is a new economic model based on strangers and the temporary transfer of the right to use items. Its essence is to integrate offline idle items, labor, education and medical resources. Some people also say that the sharing economy is that people enjoy social resources fairly, pay and benefit in different ways, and jointly obtain economic dividends. This kind of sharing is more realized through the Internet as a medium.

The sharing economy will become the most important force in the social service industry in the future. In the areas of accommodation, transportation, education services, life services and tourism, excellent sharing economy companies are emerging: from pet foster care sharing, parking space sharing to expert sharing, community service sharing and tour guide sharing, and even WiFi sharing with strong demand for mobile Internet. New models are emerging one after another, integrating offline resources on the supply side and continuously providing users with better experience on the demand side. From sharing large items such as cars and houses, to sharing small items such as umbrellas, basketballs, toys, and clothing, and even sharing fitness, kitchen, laundry, and karaoke, the sharing economy is constantly introducing new ones and permeating our daily lives with ever-changing forms. .

However, for clothing sharing, the prior art does not provide a safe and private sharing platform that is convenient for users to rent shared clothing, which is unfavorable for users to rent clothing.

Contents of the invention

The present invention proposes a shared dressing kiosk and a shared clothing leasing system, which can facilitate users to rent clothing, realize clothing sharing, and reduce clothing costs.

The present invention provides a shared dressing kiosk, the shared dressing kiosk is provided with a kiosk door for entering and exiting, the shared dressing kiosk is provided with an intelligent wardrobe and a fitting room for storing clothes to be rented; A clothes rental control system is set, the clothes rental control system includes a main control unit and an intelligent access control device, an intelligent wardrobe control device, a three-dimensional touch display screen and a communication device respectively connected to the main control unit;

The intelligent access control device includes a first user identity acquisition unit, a second user identity acquisition unit and an access control unit; the first user identity acquisition unit is arranged outside the kiosk door of the shared dressing kiosk to obtain the shared dressing to be entered. The identity information of the user of the kiosk is sent to the server through the communication device for verification; the second user identity acquisition unit is set in the kiosk door of the shared dressing kiosk to obtain the identity information of the user who rents clothes and pass The communication device sends to the server for verification; the access control unit is set on the kiosk door, and the main control unit controls the access control unit to unlock and open the kiosk door when receiving the verification of the user's identity from the server ;

The smart wardrobe includes a plurality of cabinets for placing shared clothing with electronic tags, and each of the cabinets is provided with a corresponding cabinet door; the smart wardrobe control device includes a plurality of electronic tag readers and a plurality of A cabinet door switch assembly, each cabinet is correspondingly provided with one said electronic tag reader and one said cabinet door switch assembly, each said electronic tag reader is used to read and write the shared clothing placed in the corresponding cabinet and send the read-write electronic tag information to the server through the communication device; each of the cabinet door switch components is driven by the main control unit to control the opening or closing of the corresponding cabinet door;

The user can realize the fitting operation by touching the three-dimensional touch display screen to open the smart wardrobe and take out the required clothes for try-on and rental operations. The three-dimensional touch display screen is provided with a first code reader, The first code reader is used to read the electronic tag on the shared clothes to generate a clothes rental request and send it to the server through the communication device, so that the server performs the following operations:

Compare the electronic tag in the clothing rental request with the electronic tag read and recorded by the electronic tag reader on the smart wardrobe to obtain a difference tag after the user enters the shared dressing booth, and the difference tag The corresponding clothing information is displayed through the three-dimensional touch screen to remind the user to put it back into the smart wardrobe, and after receiving the electronic tag reader to read the difference tag, the second The identity information of the user acquired by the user identity acquisition unit is verified, and after the verification is passed, a clothing rental order is generated and fed back to the three-dimensional touch display screen and the user's client.

Further, a two-dimensional code is displayed on the three-dimensional touch display screen, and the user scans the two-dimensional code through its client to send a touch operation request to the server before touching the three-dimensional touch display screen. When the server receives the touch operation request, it compares the identity information of the user who sent the touch operation request with the recorded identity information of the user who currently enters the shared dressing kiosk, and feeds back to the user after the comparison is passed. The three-dimensional touch display screen enables the user to perform touch operations on the three-dimensional touch display screen after logging in through his account information.

Optionally, the three-dimensional touch display is also used as a virtual dressing mirror, and a three-dimensional scanner is also provided on the three-dimensional touch display;

The virtual fitting mirror is used to scan the user's body shape through the three-dimensional scanner to obtain the user's body shape data when receiving the user's touch operation of virtual try-on on the selected shared clothing, and based on the user's body shape data Generate a virtual try-on request with the shared clothing information and send it to the server, and the server feeds back the virtual try-on model of the shared clothing to the virtual try-on mirror according to the virtual try-on request, so that the user can check the virtual try-on effect;

The virtual fitting mirror is also used to generate a real try-on request and send it to the server when receiving the user's touch operation for real try-on of the shared clothes after the virtual try-on, and the server obtains the real try-on request according to the real try-on request. The cabinet where the shared clothing is located, and control the opening of the corresponding cabinet door for the user to obtain the shared clothing from the smart wardrobe for real try-on;

Wherein, the shared clothing selected by the user is the shared clothing in the smart wardrobe that the user can actually try on.

Further, when the server receives the virtual try-on request, it first judges according to the user's body shape data whether the size of the shared clothing of the style in the smart wardrobe meets the user's try-on, if it is judged to be , then all the sizes of the shared clothing that match the style that the user is trying on will be provided for the user to choose, and when the user selects the desired size, a virtual try-on model of the shared clothing of that size will be fed back for the user to view the virtual try-on Wearing effect; if the judgment is negative, notify the user to choose other styles of shared clothing for virtual try-on or pure virtual try-on;

Wherein, the size of the shared clothing corresponding to each electronic tag is recorded in the server, and each size limits the range of user body shape data for try-on, and whether the size of the shared clothing in the smart wardrobe meets the requirements of the user to try on It means that the user's body shape data is within the range of the user's body shape data of the size-limited try-on.

Optionally, the three-dimensional touch display is also used as a virtual dressing mirror, and a three-dimensional scanner is also provided on the three-dimensional touch display;

When the virtual dressing mirror receives the virtual try-on or real try-on touch operation initiated by the user on the three-dimensional touch display screen, it first scans the user's body shape through the three-dimensional scanner to obtain the user's body shape data and sends the to the server, and the server acquires all styles of shared clothing in the smart wardrobe that match the user’s try-on according to the user’s body shape data, and stores all the styles of shared clothing in the smart wardrobe that match the user’s try-on display through the stereo touch screen, so that the user can select the desired style for virtual try-on or real try-on;

Wherein, the size of the shared clothing corresponding to each electronic tag is recorded in the server, and each size limits the range of user body shape data to try on, and the shared clothing in the smart wardrobe that matches all styles of the user's try-on is Refers to: the user's body shape data is within the range of the user's body shape data for size-limited try-on of the shared clothes.

Further, when the user body shape data is contained in the request received by the server for sharing the dressing-up kiosk, the server updates the recorded historical user body shape data according to the currently received user body shape data.

Further, the displaying the clothing information corresponding to the difference label through the three-dimensional touch screen to remind the user to put it back into the smart wardrobe specifically includes:

Display the clothing information corresponding to the difference label through the three-dimensional touch screen to remind the user to put it back into the smart wardrobe;

When receiving the return button after the user touches the clothing information corresponding to any of the difference tags, the smart wardrobe is controlled to open the door of the corresponding cabinet according to the specific information of the difference tags so that the user can return the clothes.

The present invention correspondingly provides a clothing sharing and leasing system, including a client, a server, and a shared dressing kiosk as described in any of the above schemes capable of communicating with the client and the server.

Further, the user can trigger a virtual try-on request for any shared clothing through its client, and when the server receives the virtual try-on request sent by the client, it will send the client a The terminal feeds back the virtual try-on model of the shared clothing for the user to check the virtual try-on effect;

The server is also used to feed back to the client according to the user's historical user body shape data the location of the shared clothing kiosk where the shared clothes that are actually tried on and rented by the user are located, and the corresponding shared clothing kiosks are located according to the user's current The positions are displayed in order from near to far.

Further, the user can also trigger a rental request for any shared clothing through the client. The rental request includes the number of the electronic tag of the shared clothing. When the server receives the rental request sent by the client, the server generates a corresponding The rental lock order is used to lock the shared clothing, and the user is limited to go to the corresponding shared clothing kiosk to take out the corresponding shared clothing within a specified time to complete the rental operation, thereby generating a rental order.

Compared with the prior art, the shared dress-up kiosk and clothing sharing rental system provided by the present invention can provide a safe and private sharing platform that is convenient for users to rent shared clothing for users to try on before leasing, and when the user triggers the rental operation At the same time, compare the electronic tag in the clothing rental request with the electronic tag read and recorded by the electronic tag reader on the smart wardrobe to obtain the difference tag after the user enters the shared dressing booth. The clothing information is displayed through the three-dimensional touch screen to remind the user to put it back into the smart wardrobe, and after receiving the electronic tag reader to read the difference tag, the user's identity information is verified. After the verification is passed, a clothing rental order is generated and fed back to the three-dimensional touch screen and the user's client. Therefore, it is possible to enable the user to take out and try clothes from the smart wardrobe that are not suitable for leasing and return them to the smart wardrobe in time, preventing the user from taking out the clothes that have not been rented out of the shared dressing kiosk.

Description of drawings

Fig. 1 is a schematic structural diagram of an embodiment of a shared dressing-up booth provided by the present invention.

Fig. 2 is a schematic structural diagram of an embodiment of a clothing rental control system for a shared dressing booth provided by the present invention.

Fig. 3 is a structural schematic diagram of an embodiment of an intelligent access control device for a shared dressing booth provided by the present invention.

Fig. 4 is a structural block diagram of an embodiment of a smart wardrobe for a shared dressing booth provided by the present invention.

Fig. 5 is a structural block diagram of an embodiment of a three-dimensional touch display screen of a shared dressing booth provided by the present invention.

Fig. 6 is a structural block diagram of an embodiment of the clothing sharing rental system provided by the present invention.

Detailed ways

The following will clearly and completely describe the technical solutions in the embodiments of the present invention with reference to the accompanying drawings in the embodiments of the present invention. Obviously, the described embodiments are only some, not all, embodiments of the present invention. Based on the embodiments of the present invention, all other embodiments obtained by persons of ordinary skill in the art without creative efforts fall within the protection scope of the present invention.

Referring to Fig. 1 , it is a schematic structural diagram of a shared dressing booth provided by an embodiment of the present invention. The shared dressing booth is provided with a booth door 49 for access, and the shared dressing booth is provided with an intelligent wardrobe 44 for storing clothes to be rented and Fitting room 51.

Referring to Fig. 2, a clothes rental control system is also set in the shared dressing booth, and the clothes rental control system includes a main control unit 21 and an intelligent access control device 22 connected to the main control unit 21, an intelligent wardrobe control device 23, A three-dimensional touch screen 52 and a communication device 25 .

Wherein, as shown in FIG. 3 , the smart access control device 22 includes a first user identity acquisition unit 221 , a second user identity acquisition unit 222 and an access control unit 223 . The first user identity obtaining unit 221 is arranged outside the kiosk door 49 of the shared dressing-up kiosk to obtain the identity information of the user who is about to enter the shared dressing-up kiosk and send it to the server for verification through the communication device 25 . The second user identity acquiring unit 222 is set in the kiosk door 49 of the shared dressing kiosk to acquire the identity information of the user renting clothes and send it to the server through the communication device 25 for verification. The access control unit 223 is arranged on the kiosk door 49 , and the main control unit controls the access control unit 223 to unlock and open the kiosk door 49 when receiving the authentication of the user's identity by the server.

Wherein, the kiosk door 49 is provided with a two-dimensional code 50, and when the user needs to enter the shared dressing kiosk to rent clothes, the user scans the two-dimensional code on the shared dressing kiosk through its client, or enters a two-dimensional code on its client. The number on the code, the client sends the first unlocking request to the server according to the QR code or number of the shared dress-up kiosk.

Wherein, a specific APP is installed on the client used by the user, and the user logs in the APP after registering an account on the APP, and the client realizes interaction with the server through the APP. Wherein, the client is preferably a mobile terminal such as a mobile phone.

After receiving the first unlocking request, the server detects the state of the shared dress-up kiosk. If no user enters the shared dress-up kiosk, it is judged to be in an idle state. If a user enters the shared dress-up kiosk, its state is determined to be a non-idle state. . When the server detects that the state of the shared dress-up kiosk is idle, it first sends a user identity information identification instruction to the shared dress-up kiosk, thereby controlling the first user identity acquisition unit 221 (for example, a camera) to acquire the The user's identity information (for example, face image) is sent to the server through the communication device 25 for verification. When the server receives and verifies the user's identity as passed, it sends the first unlocking instruction to the shared dress booth, and the shared dress The kiosk unlocks the access control according to the first unlocking instruction, and the user can enter the shared dressing kiosk to select, try on, and rent clothes. After the user enters the shared dress-up kiosk, the shared dress-up kiosk will be automatically locked, and the lock-up prompt information will be fed back to the server. After receiving the lock-up prompt information, the server will know that there is currently a user entering the shared dress-up kiosk, and change the status of the shared dress-up kiosk to non- In the idle state, other users are prevented from entering the shared dressing kiosk, thereby providing a safe and private space for entering users, which is convenient for users to try on and rent clothes.

It can be understood that each client has a unique identification code (obtained when the user registers and recorded in the server). During the interaction between the client and the server, the information sent by the client to the server includes its identification code. , so as to facilitate the server to identify the client. Similarly, each shared dress-up booth has a unique identification code, which is used to distinguish shared dress-up booths located in different locations. The identification code, geographic location and clothing information in the shared dressing booth of each shared dressing booth are updated to the server in real time.

Referring to FIG. 4 and FIG. 5 , the smart wardrobe 44 includes a plurality of cabinets 31 for placing shared clothes with electronic tags, and each cabinet 31 is provided with a corresponding cabinet door 32 . The smart wardrobe control device 23 includes a plurality of electronic tag reader-writers and a plurality of cabinet door switch assemblies, and each cabinet grid 31 is correspondingly provided with one of the electronic tag reader-writers and one of the cabinet door switch assemblies, each The electronic tag reader is used to read and write the electronic tag on the shared clothing placed in the corresponding cabinet 31 and send the clothing information of the read and written electronic tag to the server through the communication device 25 . Each cabinet door switch assembly is driven by the main control unit 21 to control the opening or closing of the corresponding cabinet door 32 .

Specifically, each cabinet 31 has a unique number. Each shared clothing is designed with an electronic tag, and the electronic tag on each shared clothing has a unique number. When the shared clothing is put into the cabinet 31, the electronic tag on the shared clothing is read by the corresponding electronic tag reader 231 on the cabinet 31 and sent to the server, and the server will receive the serial number and sending information of the electronic tag on the shared clothing. Bind the number of the cabinet 31 corresponding to the electronic tag reader to record in the server, wherein the server also records the clothing information corresponding to the number of each shared clothing, including clothing size, clothing style, clothing brand And the rental price, etc., and record the information corresponding to the number of each cabinet 31, including the number, location and cabinet information (including size and location, etc.) of the shared dressing booth where it is located.

During specific implementation, the electronic tag reader 231 of each cabinet 31 can be triggered to read the electronic tag information in the cabinet 31 when the cabinet door 32 is closed, and send the read electronic tag information To the server, when the server receives the current electronic tag information sent by the cabinet 31, it compares the current electronic tag information with the recorded last electronic tag information sent by the cabinet 31 when the cabinet door 32 was closed last time, thereby It can be determined that the current reduced electronic tags (shared clothes taken out) or increased electronic tags (shared clothes put in) of the cabinet 31 are currently present.

Wherein each cabinet 31 of the smart wardrobe 44 can place shared clothing in the following manner:

Method 1: each cabinet 31 corresponds to place a piece of shared clothing;

Method 2: Multiple compartments 33 are designed in each cabinet 31, and multiple compartments 33 can be placed horizontally. The clothes are placed in the compartments 33 in a folded manner. For vertically placing the interlayer, the clothes are placed in the interlayer 33 in the manner of hanging on a hanger. In addition, the partitions 34 between the cabinets 31 are made of signal shielding materials to ensure that the reading range of the electronic tag reader in each cabinet 31 is located in the cabinet. Each compartment in the cabinet corresponds to a shared piece of clothing, so the electronic tag reader can use a reader with multiple read-write functions.

In the above-mentioned mode 2, a clothing locking component (electrically connected to the main control unit) can be additionally provided in each compartment 33 , through which the shared clothing can be locked and cannot be taken out in the compartment 33 . Preferably, the clothing locking component is also used to make the electronic tag on the shared clothing easy to be read by the electronic tag reader when locking the shared clothing. In this way, the main control unit controls the locking and unlocking of the clothing locking parts in each compartment 33, thereby limiting that the user can only take out the shared clothing that has been unlocked in the cabinet 31, preventing the user from taking out the clothing in the same cabinet 31. Other shared clothes.

In addition, each cabinet 31 can be provided with a corresponding reminder light 35, and the reminder light 35 on each cabinet 31 has three states: on, blinking, and off. The three states correspond to the three clothing states of the cabinet respectively. For example, when the light is on, it means that there are clothes in the cabinet;

Wherein, the two-dimensional code is displayed on the three-dimensional touch display screen 52, and the user scans the two-dimensional code through its client to send a touch operation request to the server before touching the three-dimensional touch display screen. When the server receives the touch operation request, it compares the identity information of the user who sent the touch operation request with the recorded identity information of the user who currently enters the shared dressing kiosk, and feeds back to the user after the comparison is passed. The three-dimensional touch display screen 52 enables the user to perform touch operations on the three-dimensional touch display screen after logging in through his account information.

Specifically, the user can realize the fitting operation by touching the three-dimensional touch display screen 52 to open the smart wardrobe 44 and take out the required clothes for trying on and renting operations. Of course, in order to prevent users from trying on clothes unrestrainedly, it is also possible to limit the number threshold of each user who enters the shared dressing booth to try on clothes for free. If this number threshold is exceeded, a fee is required to try on.

After users try on the clothes, they can rent the selected shared clothes. The three-dimensional touch display screen 52 is provided with a first code reader 520, and the first code reader 520 is used to read the electronic tag on the shared clothing to generate a clothing rental request and send it through the communication device 25 to the server. Make said server do the following:

Compare the electronic tag in the clothing rental request with the electronic tag read and recorded by the electronic tag reader on the smart wardrobe to obtain a difference tag after the user enters the shared dressing booth, and the difference tag The corresponding clothing information is displayed through the three-dimensional touch display screen 52 to remind the user to put the corresponding shared clothing back into the smart wardrobe 44, and read the difference tag after receiving the electronic tag reader. Afterwards, verify the user's identity information obtained by the second user identity obtaining unit 222, and generate a clothing rental order after the verification is passed, and feed it back to the three-dimensional touch display screen 52 and the user's client.

It can be understood that the "difference label" refers to the difference between the number of shared clothes (number of electronic tags) that the user takes out from the smart wardrobe 44 (whether they try it on or not) and the number of shared clothes (number of electronic tags) that the user actually rents. Differences, for example, the shared clothing taken out by the user from the smart wardrobe 44 includes 4 pieces, and the electronic tags are respectively label A, label B, label C and label D, while the shared clothing that the user reads through the first code reader 520 for rental Including tag A and tag B, so that the difference tags are tag C and tag D, that is, the user does not rent the two pieces of shared clothing corresponding to tag C and tag D taken out by the user. At this time, in order to prevent the user from taking out the two shared clothes (label C and label D) that have not been rented out of the shared dressing booth, and to facilitate the next user to try on and rent them, the user needs to take the two shared clothes (label C and label D) Put it back into the smart wardrobe 44 to continue the rental operation of shared clothes.

During specific implementation, the clothing information corresponding to the difference label is displayed through the three-dimensional touch display screen 52 to remind the user to put it back into the smart wardrobe 44, wherein the clothing information corresponding to each difference label corresponds to a A virtual return button; when the user touches the return button after the clothing information corresponding to any of the difference tags, a corresponding shared clothing request is generated and sent to the server, and the server controls all items according to the specific information of the difference tags. The smart wardrobe opens the door of the corresponding cabinet to allow the user to return the clothes. For example, it is possible to open the cabinet where the shared clothes were originally located or to open another cabinet with storage space.

Further, when the server receives that the electronic tag reader/writer reads the difference tag, the main control unit 21 controls the second user identity acquisition unit 222 to acquire the identity information of the current rental user (such as person Face image) for verification, the specific verification process is to compare the user identity information obtained by the second user identity acquisition unit 222 with the recorded user identity information obtained by the first user identity acquisition unit 221 and currently entering the shared dressing kiosk Comparison, if the comparison is consistent, the verification is passed, so as to ensure that the user who rents the clothes and the user who enters the shared dressing booth are the same person. In addition, when the server passes the verification of the user identity information acquired by the second user identity acquisition unit 222, it will generate a clothing rental order and feed it back to the three-dimensional touch display screen 52 and the user's client, and at the same time send it to the shared dressing kiosk With the second unlocking instruction, the shared clothing kiosk unlocks the access control according to the second unlocking instruction, and the user can leave the shared clothing booth.

Further, in an optional embodiment, the three-dimensional touch display screen 52 is also used as a virtual dressing mirror, and a three-dimensional scanner 500 is also arranged above the three-dimensional touch display screen. The virtual fitting mirror is used to scan the user's body shape through the three-dimensional scanner 500 to obtain user body shape data when receiving the user's touch operation for virtual try-on of the selected shared clothes, and based on the user's body shape The data and the shared clothing information generate a virtual try-on request and send it to the server, and the server feeds back the virtual try-on model of the shared clothing to the virtual try-on mirror according to the virtual try-on request, so that the user can view the virtual try-on effect . The virtual fitting mirror is also used to generate a real try-on request and send it to the server when receiving the user's touch operation for real try-on of the shared clothes after the virtual try-on, and the server obtains the real try-on request according to the real try-on request. The cabinet where the shared clothing is located, and control the opening of the cabinet door 32 of the corresponding cabinet 31 for the user to obtain the shared clothing from the smart wardrobe for real try-on; wherein, the shared clothing selected by the user is the The shared clothes that can be tried on by users in the smart wardrobe.

Further, when the server receives the virtual try-on request, it first judges according to the user’s body shape data whether the size of the shared clothing of the style in the smart wardrobe matches the size of the user to try on, if it is judged to be , then all the sizes of the shared clothing that match the style that the user is trying on will be provided for the user to choose, and when the user selects the desired size, a virtual try-on model of the shared clothing of that size will be fed back for the user to view the virtual try-on wearing effect; if it is judged as no, then notify the user to select other styles of shared clothing for virtual try-on or pure virtual try-on; wherein, the server records the size of the shared clothing corresponding to each electronic tag, and each size Limiting the range of user body shape data for try-on, whether the size of the shared clothes in the smart wardrobe conforms to the user's try-on means: the user body shape data is within the range of user body shape data for size-limited try-on. It can be understood that the "pure virtual try-on" here means that the user can only try on the clothes virtually through the virtual try-on mirror but cannot take out the shared clothes from the smart wardrobe 44 for real try-on.

In another optional embodiment, the three-dimensional touch display screen 52 is also used as a virtual dressing mirror, and a three-dimensional scanner 500 is also provided on the three-dimensional touch display screen. When the virtual dressing mirror receives the virtual try-on or real try-on touch operation initiated by the user on the three-dimensional touch display screen 52, the user's body shape is first scanned by the three-dimensional scanner 500 to obtain the user's body shape data And send to the server, the server obtains according to the user's body shape data the shared clothing of all styles that meet the user's try-on in the smart wardrobe, and stores all the styles of the smart wardrobe that match the user's try-on. The shared clothing is displayed through the three-dimensional touch display screen, so that the user can choose the desired style for virtual try-on or real try-on; wherein, the size of the shared clothing corresponding to each electronic tag is recorded in the server , and each size limits the range of user body shape data for try-on, the shared clothes in the smart wardrobe that match all styles of the user’s try-on means: the user’s body shape data is located in the size of the shared clothes to limit the user’s try-on within the size range.

It can be seen that the difference between this embodiment and the previous embodiment is that when the user initiates a virtual try-on or real try-on touch operation on the three-dimensional touch display screen, the three-dimensional scanner 500 will first The user's body shape is scanned to obtain the user's body shape data, and all shared clothes that are suitable for the user's real try-on (suitable size) are determined and displayed according to the user's body shape data, so that the user can only choose the displayed shared clothes for virtual try-on and real try-on, Thereby improving the efficiency of try-on and rental.

It can be understood that, in any of the above-mentioned embodiments, when the request received by the server for a shared dressing-up kiosk contains the user body shape data, the server compares the recorded historical user body shape data according to the currently received user body shape data. to update. In this way, it can be guaranteed that the user information (especially the user body shape information) recorded by the server is the latest and most accurate.

Wherein, the function of the user body shape data recorded by the server and updated in time is as follows: the user can trigger a virtual try-on request for any shared clothing through its client, when the server receives the virtual try-on request sent by the client, according to The recorded user body shape data and shared clothing information feed back the virtual try-on model of the shared clothes to the client, so that the user can check the virtual try-on effect. At the same time, according to the user's body shape data, the server feeds back to the client the location of the shared clothing kiosks where the shared clothing can be tried on and rented by the user (the size matches). Displayed in order of distance.

In addition, the user can also trigger a rental request for any shared clothing through the client. When the server receives the rental request sent by the client, and the rental request includes the number of the electronic tag of the shared clothing (that is, the number corresponding to the determined shared clothing kiosk Cabinet information), the server generates the corresponding rental lock order and locks the shared clothing (the shared clothing cannot be tried on or rented by other users after it is locked), and the user is restricted to go to the corresponding shared clothing within the specified time The kiosk completes the rental operation after taking out the corresponding shared clothes, thereby generating a rental order.

Referring to FIG. 6 , it is a schematic structural diagram of a clothing sharing rental system provided by an embodiment of the present invention. The clothing sharing rental system includes at least one client 501, a server 502 and at least one shared dressing kiosk 503, wherein the shared dressing kiosk 503 Using the structure of the shared dress-up kiosk as described in any of the above embodiments, the communication interaction process between the client 501, the server 502 and the shared dress-up kiosk 503 can refer to the relevant description of the shared dress-up kiosk as described in any of the above-mentioned embodiments , which will not be repeated here.

Exemplarily, the computer program described in the embodiments of the present invention can be divided into one or more modules, and the one or more modules are stored in the memory and executed by the processor to complete the present invention. invention. The one or more modules may be a series of computer program instruction segments capable of accomplishing specific functions, and the instruction segments are used to describe the execution process of the computer program in the management system implementing a shared dressing-up kiosk.

The so-called processor can be a central processing unit (Central Processing Unit, CPU), and can also be other general-purpose processors, digital signal processors (Digital Signal Processor, DSP), application specific integrated circuits (Application Specific Integrated Circuit, ASIC), off-the-shelf Programmable gate array (Field-Programmable Gate Array, FPGA) or other programmable logic devices, discrete gate or transistor logic devices, discrete hardware components, etc. The general-purpose processor can be a microprocessor or the processor can also be any conventional processor, etc., and the processor is the control center of the software testing system based on defect data analysis, and uses various interfaces and lines to connect the entire Describe the various parts of the management system of the shared costume booth.

The memory can be used to store the computer programs and/or modules, and the processor realizes the shared dressing kiosk by running or executing the computer programs and/or modules stored in the memory and calling the data stored in the memory. Various functions of the management system. The memory may mainly include a program storage area and a data storage area, wherein the program storage area may store an operating system, an application program required by at least one function, etc.; the data storage area may store collected data (such as account information) and the like. In addition, the memory can include high-speed random access memory, and can also include non-volatile memory, such as hard disk, internal memory, plug-in hard disk, smart memory card (Smart Media Card, SMC), secure digital (Secure Digital, SD) card , a flash memory card (Flash Card), at least one magnetic disk storage device, flash memory device, or other volatile solid-state storage devices.

Wherein, if the implemented modules are realized in the form of software functional units and sold or used as independent products, they can be stored in a computer-readable storage medium. Based on this understanding, the present invention realizes all or part of the processes in the methods of the above embodiments, and can also be completed by instructing related hardware through computer programs. The computer program can be stored in a computer-readable storage medium, and the computer When the program is executed by the processor, the steps in the above-mentioned various method embodiments can be realized. Wherein, the computer program includes computer program code, and the computer program code may be in the form of source code, object code, executable file or some intermediate form. The computer readable medium may include: any entity or device capable of carrying the computer program code, recording medium, U disk, removable hard disk, magnetic disk, optical disk, computer memory, read-only memory (ROM, Read-Only Memory) , Random Access Memory (RAM, Random Access Memory), electrical carrier signal, telecommunication signal and software distribution medium, etc. It should be noted that the content contained in the computer-readable medium may be appropriately increased or decreased according to the requirements of legislation and patent practice in the jurisdiction. For example, in some jurisdictions, computer-readable media Excludes electrical carrier signals and telecommunication signals.

It should be noted that the device embodiments described above are only illustrative, and the units described as separate components may or may not be physically separated, and the components shown as units may or may not be physically separated. A unit can be located in one place, or it can be distributed to multiple network units. Part or all of the modules can be selected according to actual needs to achieve the purpose of the solution of this embodiment. In addition, in the drawings of the device embodiments provided by the present invention, the connection relationship between the modules indicates that they have a communication connection, which can be specifically implemented as one or more communication buses or signal lines. It can be understood and implemented by those skilled in the art without creative effort.

The above is only a preferred embodiment of the present invention, but the scope of protection of the present invention is not limited thereto. Any person skilled in the art can easily conceive of changes or modifications within the technical scope disclosed in the present invention. Replacement should be covered within the protection scope of the present invention. Therefore, the protection scope of the present invention should be determined by the protection scope of the claims.

Claims (10)

1. A shared dressing booth is characterized in that a booth door for entrance and exit is arranged on the shared dressing booth, and an intelligent wardrobe and a fitting room for storing clothes to be rented are arranged in the shared dressing booth; a clothes leasing control system is also arranged in the shared decorating pavilion and comprises a main control unit, and an intelligent access control device, an intelligent wardrobe control device, a three-dimensional touch display screen and a communication device which are respectively connected with the main control unit;

the intelligent access control device comprises a first user identity acquisition unit, a second user identity acquisition unit and an access control unit; the first user identity acquisition unit is arranged outside a pavilion door of the shared decorating pavilion and used for acquiring identity information of a user to enter the shared decorating pavilion and sending the identity information to the server for verification through the communication device; the second user identity acquisition unit is arranged in a pavilion door of the shared decorating pavilion and used for acquiring identity information of a user leasing clothes and sending the identity information to the server for verification through the communication device; the access control unit is arranged on the pavilion door, and the main control unit controls the access control unit to unlock and open the pavilion door when receiving the result that the server verifies that the identity of the user passes;

the intelligent wardrobe comprises a plurality of cabinet lattices and is used for placing shared clothes with electronic tags, and each cabinet lattice is provided with a corresponding cabinet door; the intelligent wardrobe control device comprises a plurality of electronic tag readers-writers and a plurality of cabinet door switch assemblies, wherein each cabinet lattice is correspondingly provided with one electronic tag reader-writer and one cabinet door switch assembly, and each electronic tag reader-writer is used for reading and writing an electronic tag on shared clothes placed in the corresponding cabinet lattice and sending the read and written electronic tag information to the server through the communication device; each cabinet door switch assembly is driven by the main control unit to control the opening or closing of the corresponding cabinet door of the cabinet grid;

the user can realize fitting operation through touch-control the three-dimensional touch-control display screen so as to open the intelligent wardrobe and take out the required clothes to try on and lease the operation, be equipped with first code reader on the three-dimensional touch-control display screen, first code reader is used for reading the electronic tags on the shared clothes in order to generate the clothing lease request and send for the server through communication device, makes the server carry out following operation:

and comparing the electronic tag in the clothing leasing request with the electronic tag which is reduced after the user which is read and recorded by the electronic tag reader-writer on the intelligent wardrobe enters the shared decorating pavilion to obtain a difference tag, displaying clothing information corresponding to the difference tag through the three-dimensional touch display screen to remind the user to put back to the intelligent wardrobe, verifying the identity information of the user acquired by the second user identity acquisition unit after receiving the difference tag read by the electronic tag reader-writer, generating a clothing leasing order after verification, and feeding the clothing leasing order back to the three-dimensional touch display screen and the client of the user.

2. The shared decorating kiosk of claim 1, wherein a two-dimensional code is displayed on the stereoscopic touch display screen, a user scans the two-dimensional code through a client of the user before touching the stereoscopic touch display screen to send a touch operation request to a server, and when receiving the touch operation request, the server compares identity information of the user sending the touch operation request with recorded identity information of a user currently entering the shared decorating kiosk, and feeds the identity information back to the stereoscopic touch display screen after the comparison is passed, so that the user can log in through account information of the user to perform touch operation on the stereoscopic touch display screen.

3. The shared decorating kiosk of claim 2 wherein the stereoscopic touch display screen also serves as a virtual fitting mirror and a three-dimensional scanner is provided thereon;

the virtual fitting mirror is used for scanning the body shape of a user through the three-dimensional scanner to obtain body shape data of the user when receiving touch operation of the user for virtual fitting on the selected shared clothes, generating a virtual fitting request based on the body shape data of the user and information of the shared clothes and sending the virtual fitting request to the server, and the server feeds back a virtual fitting model of the shared clothes to the virtual fitting mirror according to the virtual fitting request so that the user can check the virtual fitting effect;

the virtual fitting mirror is further used for generating a real fitting request and sending the real fitting request to a server when touch operation of a user for real fitting of the shared clothes after virtual fitting is received, the server obtains the cabinet lattices where the shared clothes are located according to the real fitting request, and controls the corresponding cabinet lattice cabinet door to be opened so that the user can obtain the shared clothes from the intelligent wardrobe for real fitting;

the shared clothes selected by the user are shared clothes which can be used for the user to try on in the intelligent wardrobe.

4. The shared decorating kiosk of claim 3 wherein when the server receives the virtual fitting request, it first determines whether the size of the style of shared clothing in the intelligent wardrobe is in accordance with the user's fitting according to the user body shape data, and if so, it provides all the sizes of the style of shared clothing in accordance with the user's fitting for the user to select, and feeds back a virtual fitting model of the size of the shared clothing when the user selects the desired size, so that the user can view the virtual fitting effect; if not, informing the user to select other styles of shared clothes for virtual fitting or pure virtual fitting;

the server records the size of the shared clothes corresponding to each electronic tag, each size limits the body type data range of the user trying on, and whether the size of the shared clothes in the intelligent wardrobe accords with the size of the user trying on means that: the user body shape data is within the user body shape data range of the size-limited fitting.

5. The shared decorating kiosk of claim 2 wherein the stereoscopic touch display screen also serves as a virtual fitting mirror and a three-dimensional scanner is provided thereon;

when a virtual fitting mirror receives touch operation of virtual fitting or real fitting initiated by a user on the three-dimensional touch display screen, firstly, scanning the body shape of the user through the three-dimensional scanner to obtain body shape data of the user and sending the body shape data to a server, wherein the server obtains shared clothes in all styles in the intelligent wardrobe, which accord with the styles in which the user tries, according to the body shape data of the user, and displays the shared clothes in all the styles in the intelligent wardrobe, which accord with the styles in which the user tries, through the three-dimensional touch display screen, so that the user can select a required style to perform virtual fitting or real fitting;

the server records the size of the shared clothes corresponding to each electronic tag, each size limits the body type data range of the user trying on, and the shared clothes conforming to all styles tried on by the user in the intelligent wardrobe refer to: the user body shape data is within a user body shape data range of a size-limited fitting of the shared garment.

6. A shared grooming kiosk according to any one of claims 3 to 5, characterized in that when the user body shape data is included in a server-received request for shared grooming a kiosk, the server updates the recorded historical user body shape data according to the currently received user body shape data.

7. The shared decorating kiosk of claim 1 wherein displaying the clothing information corresponding to the differential label through the stereoscopic touch display screen to remind the user to return to an intelligent wardrobe specifically comprises:

displaying the clothes information corresponding to the difference label through the three-dimensional touch display screen to remind a user to put back the clothes information into the intelligent wardrobe;

when a returning key is received after a user touches the clothes information corresponding to any difference label, the intelligent wardrobe is controlled to open the cabinet door of the corresponding cabinet lattice according to the specific information of the difference label so that the user returns the clothes.

8. A shared garment rental system comprising a client, a server and a shared decorating kiosk according to any one of claims 1 to 7 in communication with the client and server.

9. The clothing sharing lease system of claim 8, characterized in that, a user can trigger a virtual try-on request for any shared clothing through a client, when the server receives the virtual try-on request sent by the client, a virtual try-on model of the shared clothing is fed back to the client according to the recorded historical user body shape data and shared clothing information, so that the user can check the virtual try-on effect;

the server is further used for feeding back the positions of the shared decorating kiosks where the shared clothes which can be fit for the real try-on and lease of the user are located to the client according to the historical user body type data of the user, and displaying the fit shared decorating kiosks in an arrangement mode from near to far from the current position of the user.

10. The clothing sharing lease system of claim 9, wherein the user can further trigger a lease request for any shared clothing through the client, the lease request includes the number of the electronic tag of the shared clothing, when the server receives the lease request sent by the client, the server generates a corresponding lease locking order to lock the shared clothing, and the user is limited to go to a corresponding shared dress booth within a specified time to take out the corresponding shared clothing and then complete the lease operation, thereby generating the lease order.

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