CN111784442A - 3D virtual intelligent fitting system - Google Patents
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- CN111784442A CN111784442A CN202010503026.3A CN202010503026A CN111784442A CN 111784442 A CN111784442 A CN 111784442A CN 202010503026 A CN202010503026 A CN 202010503026A CN 111784442 A CN111784442 A CN 111784442A
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Abstract
The invention discloses a 3D virtual intelligent fitting system which comprises a data acquisition module, a data matching module, a clothing gallery, a wearing data storage library, a client module and a 3D virtual display module. The client scans the sign entry system through the cell-phone, and the data acquisition module collects the detailed body physical sign of customer to data matching module and client module are transmitted to these data. The data matching module integrates the clothing data in the clothing data storage library and the clothing drawing library according to the previous clothing preference of the customer provided by the customer module, analyzes and judges the purchasing demand of the customer, and matches a proper clothing effect for the customer; the 3D virtual display module generates a corresponding human body model based on the body type data of the client, displays the matched wearing and putting-on effect through the human body model and sends the matched wearing and putting-on effect to the client. The invention saves model cost, shooting cost, drawing cost and fitting room construction cost for the merchant; the number of times of frequently changing clothes or trying on is reduced for the customer, and the goods return rate is also reduced.
Description
Technical Field
The invention belongs to the technical field of artificial intelligence, and particularly relates to a 3D virtual intelligent fitting system.
Background
The clothing and eating habits refer to diet, dressing, living and going out which are necessary for human life maintenance, and belong to essential contents which are essential for human social life and are essential for human survival and reproduction. In this century, with the rise of the internet, electronic commerce has entered human life, greatly reduced the regional restrictions on goods and services, and facilitated people's life. Various take-out platforms emerged in recent years solve the problem that people eat; various online booking cars are started, the traveling problem of people is solved, the online hotel booking and various room watching platforms solve the room purchasing requirement of people, and various online shopping malls also exist, so that the clothes wearing requirement of people is met.
However, the garment has its particularity, which is a cosmetic property that is usually concluded by an objective judgment of a person. At present, in the field of clothing sales in network markets, fixed clothing models are mostly adopted for shooting, so that pictures are uploaded for customers to select. Since each person's stature data is different, it is common to make a joke called "buyer show" and "seller show". The existing display system for network clothing sales adopts models and pictures, which not only wastes a large amount of financial resources, but also wastes a large amount of manpower. In the process of purchasing clothes, consumers often face the problem that the purchased clothes cannot be worn at all, and at the moment, the customers need to walk a return process, so that a large amount of social resources and logistics cost are wasted.
In a physical clothing store, a customer mostly observes the wearing effect of the customer through a mirror after trying on the clothing, the mirror is a plane product, the angle which can be observed by the customer is extremely limited, such as the back, the hip and other positions, and the customer can hardly observe the clothing effect through the mirror.
In recent years, artificial intelligence gradually enters the lives of people, so that the life of people is facilitated. How to use artificial intelligence in the fitting field so as to meet the fitting requirements of network malls and entity clothing stores has become a new research direction. The utility model CN201220534837.0 discloses a 3D intelligent fitting system and method, which aims to solve the technical problems of realizing rapid three-dimensional modeling and color restoration of clothes, solving the problems of imbalance of height ratio, upward view, overlook, squint and the like of video images during fitting, and visually displaying the 3D effect of matching between a client and the clothes on a fitting interactive display screen to provide fitting effects in different directions for the client. The intelligent fitting system mainly solves the problem of the hardware structure of the intelligent fitting system, and the software structure of the fitting effect is not explicitly explained.
Disclosure of Invention
The invention aims to overcome the defects in the prior art and provides a virtual intelligent fitting system based on an artificial intelligence technology.
The invention is realized by the following technical scheme:
A3D virtual intelligent fitting system comprises a data acquisition module, a data matching module, a clothing gallery, a wearing data storage library, a client module and a 3D virtual display module,
the data acquisition module is based on a Kinect technology and is used for acquiring body type data of a customer and transmitting the acquired body type data to the data matching module and the client module;
the data matching module matches the body type data with data stored in a clothing gallery, a wearing and matching data storage library and a client module to obtain wearing and matching data suitable for the body type data of a client, and transmits the wearing and matching data to the 3D virtual display module;
the garment gallery is used for storing garment data in the system and outputting the garment data to the 3D virtual display module according to the calling of the data matching module;
the wearing data storage library is used for storing wearing combinations of the clothing data in the clothing gallery and outputting the wearing combinations to the 3D virtual display module according to the calling of the data matching module;
the client module is used for registering information of a customer, storing body type data of the customer and a selected putting-on combination, recording putting-on effect of the customer and visually sending the putting-on effect of the customer to the customer according to calling;
the 3D virtual display module is used for presenting the putting-on effect of the customer in a 3D image mode according to the data transmitted by the data matching module, and providing a change-over button, a color change button and a size change button, so that the customer can freely select the putting-on state; and providing a shopping cart button, and recording and storing the wearing combination selected by the customer into the customer module.
The data acquisition module comprises a 3D scanning device, and the body type data acquired by the 3D scanning device comprises detailed body type signs of a human body, such as head circumference, neck circumference, shoulder width, shoulder circumference, chest circumference, arm length, upper arm circumference, wrist circumference, waist circumference, hip circumference, thigh circumference, foot and wrist circumference, leg length, foot and neck circumference, skin color, face shape, hair style and the like.
The 3D virtual display module generates a corresponding 3D human body model according to body type data of a customer based on a 3D imaging technology and a video image processing technology, then calls corresponding clothing data through the putting-on data, generates a 3D three-dimensional model of clothing according to the clothing data, and finally matches the 3D three-dimensional model of the clothing with the 3D human body model to obtain a 3D three-dimensional image of a putting-on result.
The information of the customer registered by the client module comprises related information such as age, sex, contact information and the like.
The client module logs in a code scanning mode and communicates with a mobile phone with a code scanned by a client through the Internet.
The data acquisition module further comprises a keyboard or a voice input device, and acquires body type data in a keyboard input or voice input mode, wherein the body type data further comprises height, weight, the size of the clothes, trousers and shoes worn by a client at ordinary times and the like.
The data matching module is used for matching according to the data stored in the client module.
The 3D virtual display module is also provided with a model rotating button, so that a customer can observe the wearing effect from multiple angles conveniently.
The client module is also provided with a payment button which is respectively communicated with a merchant account and a customer account through a third-party payment mechanism.
The virtual intelligent fitting system runs based on a computer and software, and the data stored in the clothing gallery, the wearing data storage library and the client module are stored in a hard disk in the computer.
Compared with the prior art, the invention has the following beneficial effects: (1) the data acquisition module of the invention is composed of a 3D scanning device and a keyboard or a voice input device, and customers can automatically determine body type data through the system and input the body type data through the keyboard or the voice, so that the invention can meet the requirements of a network mall and the use requirements of an entity clothing shop; (2) according to the invention, by arranging the client module, the information and the putting-on hobby of the client can be filed, the next calling is convenient, the requirement of the client is met, and meanwhile, the putting-on information can be sent to the client according to the requirement of the client, so that the client and friends can share the information conveniently; (3) according to the invention, the wearing data storage library is arranged, so that various wearing combinations of models, stars or fashion rings can be stored, various matching choices are provided for customers, and the customers are prevented from selecting improper clothes due to wearing experience; (4) by arranging the rotary button, a customer can observe the wearing effect of the customer from multiple angles and multiple directions, and an observation blind area is avoided, so that the fitting effect is more perfect; (5) by using the technical scheme of the invention, the merchant saves model cost, shooting cost, drawing cost and fitting room construction cost, and saves cost; by using the technical scheme of the invention, the frequency of frequently changing clothes or trying on is reduced, the return rate is reduced, the expenditure is saved, and the time cost for purchasing clothes is reduced.
Drawings
Fig. 1 is a schematic structural diagram of a 3D virtual intelligent fitting system of the present invention.
Detailed Description
The present invention is further illustrated by the following examples, but the scope of the present invention is not limited by the examples.
Example 1
A3D virtual intelligent fitting system for a certain superstore comprises a data acquisition module, a data matching module, a clothing drawing library, a wearing data storage library, a client module and a 3D virtual display module,
the data acquisition module is based on a Kinect technology and is used for acquiring body type data of a customer and transmitting the acquired body type data to the data matching module and the client module;
the data matching module matches the body type data with data stored in a clothing gallery, a wearing and matching data storage library and a client module to obtain wearing and matching data suitable for the body type data of a client, and transmits the wearing and matching data to the 3D virtual display module;
the garment gallery is used for storing all garment data owned by a shop and outputting the garment data to the 3D virtual display module according to the calling of the data matching module;
the wearing data storage library is used for storing wearing combinations of the clothing data in the clothing gallery, wherein the wearing combinations comprise effect combinations of various models and star wearing, and outputting the wearing combinations to the 3D virtual display module according to the calling of the data matching module;
the client module is used for registering information of a customer, storing body type data of the customer and a selected putting-on combination, recording putting-on effect of the customer and visually sending the putting-on effect of the customer to the customer according to calling;
the 3D virtual display module is used for presenting the putting-on effect of the customer in a 3D image mode according to the data transmitted by the data matching module, and providing a change-over button, a color change button and a size change button, so that the customer can freely select the putting-on state; and providing a shopping cart button, and recording and storing the wearing combination selected by the customer into the customer module.
The data acquisition module include 3D scanning device, the size data that 3D scanning device gathered include head circumference, neck circumference, shoulder width, shoulder circumference, chest circumference, arm length, go up arm circumference, wrist circumference, waistline, buttockss circumference, thigh circumference, ankle circumference, leg length, foot neck circumference and skin tone, shape of face, the detailed size sign of human body such as hairstyle.
The 3D virtual display module generates a corresponding 3D human body model according to body type data of a customer based on a 3D imaging technology and a video image processing technology, then calls corresponding clothing data through the putting-on data, generates a 3D three-dimensional model of clothing according to the clothing data, and finally matches the 3D three-dimensional model of the clothing with the 3D human body model to obtain a 3D three-dimensional image of a putting-on result.
The information of the customer registered by the client module comprises age, gender and contact information.
The client module logs in a code scanning mode and communicates with a mobile phone with a code scanned by a client through the Internet.
The data matching module is used for matching according to the data stored in the client module.
The 3D virtual display module is also provided with a model rotating button, so that a customer can observe the wearing effect from multiple angles conveniently.
The client module is also provided with a payment button which is respectively communicated with a merchant account and a customer account through a third-party payment mechanism.
The virtual intelligent fitting system runs based on a computer and software, and the data stored in the clothing gallery, the wearing data storage library and the client module are stored in a hard disk in the computer.
After a client enters a market and is in a fitting area, a user scans a code login system on a computer through a mobile phone, at the moment, the 3D scanning device synchronously works, scans, calculates and collects the detailed body signs of the client, such as head circumference, neck circumference, shoulder width, shoulder circumference, chest circumference, arm length, upper arm circumference, wrist circumference, waist circumference, hip circumference, thigh circumference, foot wrist circumference, leg length, foot neck circumference, skin color, face shape, hairstyle and the like, and transmits the data to the data matching module and the client module. The data matching module integrates the clothing data in the clothing data storage library and the clothing drawing library according to the previous clothing preference of the customer provided by the customer module, analyzes and judges the purchasing demand of the customer, and matches a proper clothing effect for the customer; the 3D virtual display module generates a corresponding human body model based on body type data of a customer, and displays a matched wearing effect through the human body model, the customer can observe the wearing effect from multiple angles through a rotating button, can freely select a wearing state through a changing button, a color changing button and a size changing button, can wear and take the clothes satisfactorily, is stored through a shopping cart button, and pays through a payment button to the clothes needing to be settled. After successful payment, the merchant will assemble the prepared uniform to the customer. For the satisfactory wearing effect of the client, after the client sends a call instruction, the client module transmits the data to the mobile phone of the client through the internet, so that the client can use the mobile phone conveniently.
Example 2
A3D virtual intelligent fitting system for network clothing sales is composed of a data acquisition module, a data matching module, a clothing drawing library, a wearing data storage library, a client module and a 3D virtual display module. The client module logs in a code scanning mode and communicates with a mobile phone with a code scanned by a client through the Internet.
The data acquisition module further comprises a keyboard or a voice input device, and acquires body type data in a keyboard input or voice input mode, wherein the body type data further comprises height, weight, the size of the clothes, trousers and shoes worn by a client at ordinary times and the like.
The rest is the same as example 1.
For the client who uses the system once, the body type data can be automatically matched after logging in, so that the time is saved.
For a client using the system for the first time, as a network system cannot provide 3D scanning devices for all clients, the client needs to manually input body type data in a keyboard or voice mode; when the body type of the later-stage client changes, the system can flexibly make corresponding change adjustment according to the manual input of the client, and meanwhile, the system can also make suggestive reminding aiming at the body type change of the client, including diet adjustment, targeted exercise and the like.
Claims (10)
1. A3D virtual intelligent fitting system is composed of a data acquisition module, a data matching module, a clothing gallery, a wearing data storage library, a client module and a 3D virtual display module,
the data acquisition module is used for acquiring body type data of a customer and transmitting the acquired body type data to the data matching module and the client module;
the data matching module matches the body type data with data stored in a clothing gallery, a wearing and matching data storage library and a client module to obtain wearing and matching data suitable for the body type data of a client, and transmits the wearing and matching data to the 3D virtual display module;
the garment gallery is used for storing garment data in the system and outputting the garment data to the 3D virtual display module according to the calling of the data matching module;
the wearing data storage library is used for storing wearing combinations of the clothing data in the clothing gallery and outputting the wearing combinations to the 3D virtual display module according to the calling of the data matching module;
the client module is used for registering information of a customer, storing body type data of the customer and a selected putting-on combination, recording putting-on effect of the customer and visually sending the putting-on effect of the customer to the customer according to calling;
the 3D virtual display module is used for presenting the putting-on effect of the customer in a 3D image mode according to the data transmitted by the data matching module, and providing a change-over button, a color change button and a size change button, so that the customer can freely select the putting-on state; and providing a shopping cart button, and recording and storing the wearing combination selected by the customer into the customer module.
2. The 3D virtual intelligent fitting system according to claim 1, wherein the data collection module comprises a 3D scanning device, and the body shape data collected by the 3D scanning device comprises head circumference, neck circumference, shoulder width, shoulder circumference, chest circumference, arm length, upper arm circumference, wrist circumference, waist circumference, hip circumference, thigh circumference, wrist circumference, leg length, foot neck circumference, skin color, face shape, and hair style.
3. The 3D virtual intelligent fitting system according to claim 1, wherein the 3D virtual display module generates a corresponding 3D three-dimensional dynamic portrait model according to the body type data of the customer, calls corresponding clothing data through the fit data, generates a 3D three-dimensional model of the clothing according to the clothing data, and finally matches the 3D three-dimensional model of the clothing with the 3D three-dimensional dynamic portrait model to obtain a 3D three-dimensional image of the fit result.
4. The 3D virtual intelligent fitting system according to claim 1, wherein the information of the customer registered by the client module includes age, gender and contact information.
5. The 3D virtual intelligent fitting system according to claim 1, wherein the client module logs in by scanning a code and communicates with a mobile phone of the client by scanning the code through the Internet.
6. The 3D virtual intelligent fitting system according to claim 2, wherein the data acquisition module further comprises a keyboard or a voice input device, and acquires body type data by means of keyboard input or voice input, wherein the body type data further comprises height, weight, and the size of the trousers and shoes worn by the customer at ordinary times.
7. The 3D virtual intelligent fitting system according to claim 1, wherein the data matching module preferentially matches according to data stored in the client module.
8. The 3D virtual intelligent fitting system according to claim 1, wherein the 3D virtual display module is further provided with a model rotation button, so that a customer can conveniently observe a wearing and putting-on effect from multiple angles.
9. The 3D virtual intelligent fitting system according to claim 1, wherein the client module is further provided with a payment button, and the payment button is respectively communicated with a merchant account and a customer account through a third party payment mechanism.
10. The 3D virtual intelligent fitting system according to claim 1, wherein the virtual intelligent fitting system is operated based on a computer and software, and the data stored in the clothing gallery, the wearing data repository and the client module are all stored in a hard disk in the computer.
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2020
- 2020-06-05 CN CN202010503026.3A patent/CN111784442A/en active Pending
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| GB201509162D0 (en) * | 2011-02-17 | 2015-07-15 | Metail Ltd | Computer implemented methods and systems for generating virtual body models for garment fit visualisation |
| CN108256975A (en) * | 2018-01-23 | 2018-07-06 | 喻强 | Wearing for 3-D effect is provided for virtual fitting person take system and method based on artificial intelligence |
| CN108711091A (en) * | 2018-05-17 | 2018-10-26 | 张士鹏 | A kind of fitting purchase system and method based on AR technologies |
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