WO2019178837A1 - Clothing customization design method and platform - Google Patents

Abstract

The present invention is suitable for the field of clothing customization, and provides a clothing customization design method and platform. The method comprises: receiving body data information of a user, and generating a three-dimensional human body model of the user according to the received body data information of the user; receiving a clothing style selected by the user, and designing and generating a customized clothing style according to the modification of the user for parts, and/or fabrics and accessories, of the clothing style; matching a corresponding size according to the body data information of the user, and performing three-dimensional simulation display on the clothing style selected by the user in combination with the body data information of the user; and receiving a clothing style finally determined by the user, and generating a clothing order. According to the present invention, by acquiring body data of a user, and selecting and designing parts, fabrics and accessories under optional clothing styles, clothing that meets the body size and user preference requirements of the user is finally generated, and then the clothing is produced and delivered, thereby making it convenient for the user to purchase clothing; moreover, the body condition of the user can be matched in the clothing industry.

Description

Customized design method and platform for clothing Technical field

The invention relates to the field of clothing customization, in particular to a garment customization design method and platform.

Background technique

With the continuous development of society and economy, people began to pursue the individualization of clothing, hoping to wear clothing that meets their physical characteristics and aesthetic needs. In the traditional clothing customization process, one is that the consumer needs to see the tailor, and the trimmer manually measures the size of the human body of the consumer, and then draws the composition on the fabric according to the experience according to the size. The unfolded view of the various parts of the garment is finally cut with scissors. After the garment is tried by the consumer, if a certain part is found to be inappropriate, the relevant parts must be disassembled and modified before sewing. The process is cumbersome; The design method is not conducive to custom clothing for large-volume consumers, and is not conducive to tailoring for consumers in different places. The other is that the professional fashion designer carries out the design of the clothing style. The clothing enterprise produces the mass in accordance with the clothing size comparison table, and wholesales it to the retailer. The consumer goes to the store by visiting the offline store or the online store. Choose the right outfit.

The defects of the former two kinds of garment production processes are: the level of craftsmanship of the costumer is uneven, and it is difficult to mass-produce; at the same time, with the development of the economy and the progress of the times, consumers are increasingly pursuing the individualization of clothing styles. Fashion, the changing cycle of clothing styles is getting shorter and shorter, and the styles are more and more. The traditional manual design and cutting methods are obviously difficult to adapt to these requirements. The latter drawback is: First, from the aspect of clothing style design, the existing clothing enterprises are produced in large quantities according to the clothing size comparison table. The clothing size comparison table is divided into the women's size comparison table and the men's size comparison table. , children's clothing size comparison table, which women's size comparison table is divided into outerwear, skirts, shirts, tops, suits, pants (trousers and jeans and other fabric pants), etc., the same style of clothing different code The production of several garments requires professional plate-making grading technicians to grading them. Since different companies have different grading standards, the number of clothing codes is not the same. Second, the same style of clothing needs to be taken care of. Wearing a size consumer, so the same style needs to produce multiple yards of clothing, which leads to some sizes in the same style are quickly selected by consumers, and the other size is unattended, so the clothing is in production and In the retail process, more inventory and goods will be produced, which will increase the cost of sales, which will also cause the price of clothing to be artificially high. Third, by season and region. The objective constraints, garment manufacturing industry production sales volume of clothing that paragraph is pre-sentence based on experience, which led to the industry's so-called "busy season", "off-season", as well as regional differences, resulting in increased cost of sales production.

Summary of the invention

An object of the embodiments of the present invention is to provide a garment customization design method and platform, and according to the collected human body data information, match the corresponding clothing size, and then the consumer performs a single clothing component on the optional clothing style and / or modification of the surface accessories, to complete a certain degree of clothing personalized design, and finally combined with the consumer's human body data information to select the appropriate clothing size to order production, complete the consumer's personalized requirements for specific clothing styles and purchase.

The embodiment of the present invention is implemented in this manner, and a method for custom design of a garment, the method comprising:

Receiving body data information of the user, and generating a three-dimensional human body model of the user according to the received body data information of the user;

Receiving a clothing style selected by the user and generating a customized clothing style according to the user's modified design of the clothing style component and/or the surface accessory;

Adapting the corresponding size according to the user's body data information, and performing three-dimensional simulation display on the clothing style selected by the user in combination with the user's body data information;

Receive the finalized clothing style and generate a clothing order.

In one embodiment, the receiving user's physical data information includes:

Receiving body data information provided by a plurality of different angle photo information provided by the user; or

Receiving body data information provided by the user-supplied video information of the surround shooting; or

Receiving body data information of the user collected by the scanning device around the human body.

In one embodiment, the generating the three-dimensional human body model of the user according to the received user body data information specifically includes:

Generating a three-dimensional body model of the user based on the received user body data information;

A user's head model is generated based on the received user body data information.

In one embodiment, the receiving a style of the garment selected by the user and generating a customized garment style according to a modified design of the garment style component and/or the facial accessory by the user includes:

Receiving the basic clothing style selected by the user in the optional clothing style;

Receiving the user's modified design of the basic clothing style parts and/or surface accessories and optional special process requirements, thereby generating a customized clothing style.

In one embodiment, the three-dimensional simulation display of the clothing style selected by the user according to the physical data information of the user and the corresponding physical size information combined with the physical data information of the user includes:

Deriving size information of different body parts of the user according to the physical data information of the user;

The clothing size of the aptamer is adapted according to the obtained size information of different body parts of the user.

In one embodiment, the three-dimensional simulation display of the clothing style selected by the user in combination with the user's body data information includes:

Performing a three-dimensional simulation of the garment and the human body model according to the generated three-dimensional human body model and the adapted clothing size;

Simulation of the simulated clothing and human body model.

In one embodiment, the method further comprises: after performing three-dimensional simulation on the garment and the human body model according to the generated three-dimensional human body model of the user and the adapted clothing size:

Generate a heat map between the garment and the mannequin.

In one embodiment, the method further comprises: after simulating the simulated garment and the human body model:

The three-dimensional costume and human body model after the simulation showcases the show.

Another object of an embodiment of the present invention is to provide a garment custom design platform, the platform comprising:

a model establishing unit, configured to receive body data information of the user, and generate a three-dimensional human body model of the user according to the received user body data information;

a style setting unit, configured to receive a clothing style selected by the user and generate a customized clothing style according to a modification design of the clothing style component and/or the surface accessory;

The simulation display unit is configured to adapt the corresponding size according to the physical data information of the user, and perform three-dimensional simulation display on the clothing style selected by the user in combination with the physical data information of the user;

The confirmation unit is configured to receive the clothing style finally determined by the user and generate a clothing order.

In one embodiment, the model building unit includes:

a picture receiving unit, configured to receive body data information provided by a plurality of different angles of photo information provided by the user; or

a video receiving unit, configured to receive body data information provided by the user-supplied video information of the surrounding shooting; or

And a scanning unit, configured to receive body data information of the user collected by the scanning device around the human body.

In one embodiment, the model building unit includes:

a body modeling unit, configured to generate a three-dimensional body model of the user according to the received user body data information;

The head modeling unit is configured to generate a user's head model according to the received user body data information.

In one embodiment, the style setting unit includes:

a style selection unit for receiving a basic clothing style selected by the user in an optional clothing style;

The design unit is configured to receive a modified design of the parts and/or surface accessories of the basic clothing style and optional special process requirements, thereby generating a customized clothing style.

In one embodiment, the simulation display unit includes:

a size obtaining unit, configured to obtain size information of different body parts of the user according to the physical data information of the user;

And an adapting unit, configured to adapt the size of the aptamer according to the obtained size information of different body parts of the user.

In one embodiment, the simulation display unit further includes:

a simulation unit, configured to perform three-dimensional simulation on the garment and the human body model according to the generated three-dimensional human body model and the adapted clothing size;

The display unit is used for simulating the simulated garment and the human body model.

In one embodiment, the platform further includes:

A heat display unit for generating a heat map between the garment and the mannequin.

In one embodiment, the platform further includes:

The catwalk display unit is used to show the three-dimensional costume and human body model after the simulation.

The embodiment of the present invention firstly receives the body data information of the user through a clothing customization design method and platform, and generates a three-dimensional human body model of the user according to the received user body data information; and then receives the clothing style selected by the user and according to the user The modified design of the garment style parts and/or the surface accessories generates a customized clothing style; then, according to the user's body data information, the corresponding size is adapted, and the user's body data information is combined with the user's selected clothing style for three-dimensional simulation display; Receiving the finalized clothing style of the user and generating the clothing order. The whole process is generated by the user's body data information, and the generated human body model includes body and facial features, and the user selects the clothing style to perform three-dimensional simulation display. The effect of the time display can be infinitely close to the actual effect of the user trying on the real clothes in the real environment, and at the same time, the dynamic display is carried out through the heat map and the catwalk action. The program does not require the user to undress in the physical store to try on, and does not need the user. Go to the mall for fitting, net Selecting on the network and trying on it is very convenient for the user to choose the style of the clothing that he wants. After the user chooses the clothing, the order is produced and delivered.

DRAWINGS

1 is a flow chart showing an implementation of a garment customization design method according to a first embodiment of the present invention;

2 is a flow chart showing an implementation of a garment customization design method according to a second embodiment of the present invention;

3 is a structural diagram of a garment custom design platform provided by a third embodiment of the present invention;

4 is a structural diagram of a garment custom design platform according to a fourth embodiment of the present invention.

detailed description

The technical solutions in the embodiments of the present invention will be clearly described in conjunction with the drawings in the embodiments of the present invention. Some embodiments of the invention, rather than all of the embodiments. All other embodiments obtained by those skilled in the art based on the embodiments of the present invention without creative efforts shall fall within the scope of the present invention.

The terms "first", "second", "third", "fourth", etc. (if present) in the specification and claims of the present invention and the above figures are used to distinguish similar objects without being used for Describe a specific order or order. It is to be understood that the data so used may be interchanged where appropriate so that the embodiments described herein can be implemented in a sequence other than what is illustrated or described herein. In addition, the terms "comprises" and "comprises" and "the" and "the" are intended to cover a non-exclusive inclusion, for example, a process, method, system, product, or device that comprises a series of steps or units is not necessarily limited to Those steps or units may include other steps or units not explicitly listed or inherent to such processes, methods, products or devices.

The specific implementation of the present invention is described in detail below in conjunction with specific embodiments:

Embodiment 1:

FIG. 1 is a flowchart showing an implementation process of a garment customization design method according to a first embodiment of the present invention, which is described in detail as follows:

In step S101, body data information of the user is received, and a three-dimensional human body model of the user is generated according to the received user body data information.

In the specific implementation process, the user can log in through the registered user account after registering the user account, and the login method may be a webpage login or an application, etc., and the user may also select a non-member user. The operation is performed after logging in to the corresponding webpage or downloading the application, and the specific operation manner is different according to the manner of receiving the physical data information of the user. For example, receiving the physical data information of the user may receive the physical data information sent by the user. Or the user accepts a specific scanning device to scan the body of the user to obtain the body data information of the user, and after acquiring the body data information of the user, generates a three-dimensional human body model of the user according to the received body data information of the user.

In step S102, the clothing style selected by the user is received and a customized clothing style is generated according to the user's modified design of the clothing style component and/or the surface accessory.

In a specific implementation process, after the webpage or the application receives the user's physical data information, the user may select a clothing style in the corresponding webpage or software operation interface, and the clothing style is entered in advance by the system, and the user selects the clothing style. The modification options for the parts and the accessories of the surface accessories can be modified according to the system settings. The user can select one or more of the parts and accessories to be selected, and the specific clothing styles can also be selected. Choose the style of the style, such as long or short, slim or loose. The selection of parts, accessories and styles are systematically entered in advance and provide modifiable options for the user to design and use, so that the user can easily select the design and finally design a customized clothing style.

In step S103, the corresponding size is adapted according to the physical data information of the user, and the three-dimensional simulation display of the clothing style selected by the user is performed in combination with the physical data information of the user.

In the specific implementation process, according to the user body data information that has been obtained before, the size of the clothing can be adapted for the user. After the user selects the clothing style, the user can adapt the clothing size corresponding to the style to the user under the specific style. At the same time, after the user selects the style of the clothing, the user can select the style of the clothing to be displayed in three dimensions. During the display process, the user can adjust the parts, accessories and styles according to their own preferences, in the process. The three-dimensional display can be performed, because the three-dimensional simulation shows the aptamer clothing adapted according to the user's body data information, and the body data information is also the collected user body data information, and the head information is also the user's head three-dimensional simulation. Information, in the process of three-dimensional display, the displayed content can be infinitely close to the effect of the user fitting in the physical store under the real scene. In order to adapt to different customers' physical conditions and preferences, the size can be set to a finer size standard than the usual clothing size, for example, it can be subdivided into a looser size or a more slim size under the traditional clothing size, and Set a maternity code, or obesity code for a specific group of people, such as pregnant women, obese people, etc., and set a looser or slim size for a specific body part.

In step S104, the clothing style finally determined by the user is received and a clothing order is generated.

In the specific implementation process, the user finally selects the clothing style determined by the user according to the effect of the three-dimensional simulation display or the preference of the user, and orders the specific clothing style, and the system receives the clothing order corresponding to the style clothing after receiving the order. After the order is generated, it is sent to the factory to produce a specific style of clothing, and finally the specific clothing selected by the user is delivered to the user.

According to the embodiment of the present invention, a garment customization design method first receives body data information of a user, and generates a three-dimensional human body model of the user according to the received user body data information; and then receives the clothing style selected by the user and according to the user pair. The modified design of the garment style component and/or the surface accessory generates a customized garment style; then, according to the user's body data information, the corresponding size is adapted, and the user's body data information is used to perform a three-dimensional simulation display on the user selected clothing style; Finally, the clothing style finally determined by the user is received and the clothing order is generated. In the whole process, the user's body data information is collected, and the human body model of the user is generated, including the body and facial features, and the three-dimensional simulation is performed after the user selects the clothing style. The effect displayed during the exhibition can be infinitely close to the actual effect of the user trying on the real clothes in the real environment. By selecting and trying on the network, the user can choose the style of the favorite clothing, and the user can select the clothing as needed. Single production and distribution, this kind The way has changed the process of traditional clothing production and purchase, which is convenient for users to choose and can also reduce the cost of garment manufacturing, reduce unnecessary garment production, and realize on-demand production.

Embodiment 2:

FIG. 2 is a flowchart showing an implementation process of a garment customization design method according to a second embodiment of the present invention, which is described in detail as follows:

In step S201, body data information of the user is received, and a three-dimensional human body model of the user is generated according to the received user body data information.

In the specific implementation process, the user can log in through the registered user account after registering the user account, and the login method may be a webpage login or an application, etc., and the user may also select a non-member user. The operation is performed after logging in to the corresponding webpage or downloading the application, and the specific operation manner is different according to the manner of receiving the physical data information of the user. For example, receiving the physical data information of the user may receive the physical data information sent by the user. Or the user accepts that the specific scanning device scans his body to obtain the user's body data information, that is, receiving the user's body data information includes various ways: for example, by receiving body data provided by a plurality of different angles of photo information provided by the user. Information; or by receiving body data information provided by the user-supplied video information of the surround shooting; or by receiving body data information of the user collected by the scanning device around the human body. After obtaining the original information of the user's body data information, or by using the graphic image recognition technology to identify the three-dimensional human body model that is the same as the user's physical characteristics, or the specific human body data information scanned by the scanning device is generated to be the same as the user's physical characteristics. Human body model. The scanning device may be a vision-based graphic image scanning device such as a camera, or may be a scale-based scanning device such as an infrared or laser distance detecting scanning device. The generating the three-dimensional human body model of the user according to the received user body data information specifically includes: generating a three-dimensional body model of the user according to the received user body data information; and generating a user's head model according to the received user body data information. The head information can be subdivided into head face information and head hairpin information.

In step S202, the basic clothing style selected by the user in the optional clothing style is received.

In the specific implementation process, after receiving the user's physical data information, the user may select the clothing in the optional clothing style according to the recommendation of the system, or the user may select the desired clothing style through the screening in the clothing data information. The clothing style is recorded by the system in advance for storage or for selection by the system. For a specific clothing style, there may be a basic clothing style, and a slim, loose or other corresponding to the basic clothing style. Styles, for example, for a jacket, there can be a basic model, there are a number of specific models with a number of sizes under the basic models, there can be a loose model under the basic jacket, there are a number of specific models with a number of sizes under the loose section, in the basic There is also a self-cultivation model under the jacket. There are a number of specific models with a size label under the slim section. Then there can be an extension, that is, the length of the jacket is moderately lengthened. Of course, it can also be shortened, etc. There are several specific models of size labels under the long section, but Special groups, such as pregnant women or obese people and people with physical disabilities, can set special style models for special body parts, and then there are several specific models with size labels under these models. Among them, the relationship between the basic models and the loose models or the slim models can be really different models of a clothing style, or other similar models recommended according to the basic models.

For the clothing style that is entered and stored in the system in advance, the specific clothing style is the overall shape information of the clothing, and the piece piece information and the accessory information of the clothing, and the piece piece information of the clothing may be the piece piece information with the texture. The information of the piece includes the size information of the piece, the pattern information of the piece, the cloth elasticity information of the piece, the color information of the piece, the thickness information of the piece piece cloth, the flexibility information of the piece piece cloth, etc. The piece information is completely consistent with the actual piece piece cloth information in the actual production process. Between the piece and the piece, between the piece and the accessory, between the piece and the picture, the stitching relationship between the picture and the accessory is also saved in the piece. Clothing style information.

In step S203, the user's modified design of the basic clothing style components and/or surface accessories and optional special process requirements are received to generate a customized clothing style.

In the specific implementation process, after the user selects the basic clothing style, the user can design a limited design of the basic clothing style, and the designable limit is entered by the system in advance and is selected by the user, for example, The parts of the garment are modified and designed, for example, the fabric of the garment can be modified, for example, the accessories of the garment can be modified, for example, the processing technology of the garment can be modified, and the user can select one of the available options. Item or multiple or no selection. The component specifically for the garment may be a cuff or a sleeve of the garment, a cuff or a pants tube, and a component part in the garment such as a neckline, wherein the fabric specific to the garment may be a type of the fabric or a pattern or a texture of the fabric. The accessory material specifically for the garment may be the type of the auxiliary material or the pattern or arrangement of the auxiliary material, etc., wherein the process specific to the garment may be a processing choice of the needle thread or a process selection for the special accessory processing on the garment, such as printing and dyeing, embroidering or The specific choice of bronzing, etc., for the printing, the printed pattern may be the pattern provided by the system or the picture information uploaded by the user, and the embroidery may be an embroidery pattern or a character provided by the system or a specific character or pattern input by the user. information. Appeals allow users to easily select designs and ultimately create custom clothing styles.

In step S204, the size information of the different body parts of the user is obtained according to the physical data information of the user.

In the specific implementation process, after obtaining the user's body data information, the user obtains the user's body data information to obtain the size information of the user's different body parts, and the special collection requirements for the body data information of the clothing, and also according to the received The type of the user's body data information is different, or the size information of each different part of the user's body is calculated by the graphic image recognition technology, or the size information of the different parts of the user's body is measured by the scanning device.

In step S205, the clothing size of the aptamer is adapted according to the obtained size information of different body parts of the user.

In the specific implementation process, after the size information of different body parts of the user is obtained, different clothing sizes can be adapted according to the physical characteristics of the user, and the specific adaptation process may be performed according to the user's body dimension information and body length information. Adaptation, for example, the top can be adapted according to the user's chest circumference, waist circumference, and upper body length information. The adaptation requirement is that the dimension information of the garment must be greater than or equal to the user's body dimension information. Of course, the adapted clothing size can be a specific fixed one. The size can also be multiple size models and then the final selection by the user. For example, the user likes to wear a close fit and can choose the smaller size of the fit size. The user likes to wear a loose size and can choose the larger size of the fit size. In this case, a moderate size default adaptation can be set for the user to select, wherein the user who logs in the account can select the wearing preference size under the preference setting for the user according to the wearing preference information set by the user.

In step S206, the clothing and the human body model are three-dimensionally simulated according to the generated three-dimensional human body model and the adapted clothing size.

In the specific implementation process, after the user selects the clothing style, the user can select the clothing style according to the user's three-dimensional human body model and the adapted clothing size, and the user can customize according to his own preferences during the simulation display process. After re-adjusting the parts, surface accessories and styles, 3D simulation can be carried out in this process. Because the 3D simulation is based on the user's body data information, the aptamer clothing is also adapted, and the body data information is also collected. The user body data information is also the user's head three-dimensional simulation information for the head information, and the simulation result obtained by the simulation is the physical characteristics of the user, the head is the user's head feature and the face, and the simulation result is infinitely close to the real scene. The case where the user tries on the clothes in the store.

In order to adapt to different customers' physical conditions and preferences, the size can be set to a finer size standard than the usual clothing size, for example, it can be subdivided into a looser size or a more slim size under the traditional clothing size, and For pregnant women, obese people, etc., set pregnant women's code, or obesity code, and set a loose or slim size for specific body parts, or directly according to the body's chest, waist, sitting and other dimensional information. The body length information and the inherent characteristics of the body at different ages set corresponding finer clothing size standard information.

In step S207, the simulated clothing and the human body model are simulated and displayed.

In the specific implementation process, after the simulation is completed, the clothing and the human body model can be simulated and displayed. When the display is performed, the displayed content can be infinitely approached to the effect of the user fitting in the physical store in the real scene, in order to be closer to reality. In the scenario, the user tries on the scene of the clothes, and can also set different background environments, so that the effect of the simulation display can be applied to the real environment in which the user wears clothes in different scenarios. For example, setting an empty rural scene, a carpet catwalk scene, an office scene, etc., when performing simulations, you can select different scene environments for simulation display.

In step S208, a heat map between the garment and the mannequin is generated.

In the specific implementation process, during the three-dimensional simulation display of the clothing style selected by the user, the heat map between the garment and the human body model may also be selected, and the thermal map is a graphical display showing the data information of the pressure between the garment and the human body. The method, for example, the neckline part and the neck are relatively close to the body, and the sleeve tube and the arm are loosely displayed with less pressure. The graphical display of the pressure shows the heat map between the garment and the human body model, which is convenient for the user to intuitively display. Feel the fit of the clothes and the body. Ultimately it is convenient for the user to decide whether they need to make changes or make choices.

In step S209, the simulated three-dimensional clothing and the human body model are displayed in a catwalk.

In the specific implementation process, in order to more closely approximate the real scene in the process of displaying the three-dimensional simulation of the clothing style selected by the user, the human body model can also be displayed on the catwalk wearing the image of the specific clothing, for example, setting the image of wearing the specific clothing. Take the red carpet, or make some daily action display, such as starting, lifting, stretching, walking, etc., through the display of the catwalk action, the user can intuitively feel the different body movements when the user wears the clothing. The dynamic effect of the clothing and the human body, the show of the effect of the catwalk is calculated and generated by the three-dimensional simulation method. In order to make the catwalk display more diversified, the user can also carry out the hairstyle of the head model in the mannequin model. Transformation, that is, the user selects other hairstyles in the optional hairstyle library, and after selecting other hairstyles, the simulation display and the catwalk show are used for the user to view the clothing effect, so that the user can select the clothing, and of course, the hairstyle can also be selected. Set in the part and surface accessories setting Let users choose to replace in advance.

In step S210, the clothing style finally determined by the user is received and a clothing order is generated.

In the specific implementation process, the user finally selects the clothing style determined by the user according to the effect of the three-dimensional simulation display or his own preference, and orders the specific clothing style, and the system generates the clothing order corresponding to the style clothing after receiving the order. After the order is generated, it is sent to the factory to produce a specific style of clothing, and finally the specific clothing selected by the user is delivered to the user.

According to the embodiment of the present invention, a garment customization design method first receives body data information of a user, and generates a three-dimensional human body model of the user according to the received user body data information; and then receives the clothing style selected by the user and according to the user pair. The modified design of the garment style component and/or the surface accessory generates a customized garment style; then, according to the user's body data information, the corresponding size is adapted, and the user's body data information is used to perform a three-dimensional simulation display on the user selected clothing style; Finally, the clothing style finally determined by the user is received and the clothing order is generated. In the whole process, the user's body data information is collected, and the human body model of the user is generated, including the body and facial features, and the three-dimensional simulation is performed after the user selects the clothing style. The effect displayed during the exhibition can be infinitely close to the actual effect of the user trying on the real clothes in the real environment. By selecting and trying on the network, it is very convenient for the user to choose the style of the favorite clothing, and also through the heat map and the catwalk show, Can be greatly convenient for users to get Knowing the image and other information when wearing the clothes, the user finally chooses according to the simulation effect of the display. After the user selects the clothing, the user orders and distributes the goods according to the demand. This way changes the process of purchasing the traditional clothing production, that is, convenient. The user's choice can also minimize the cost of garment manufacturing, reduce unnecessary garment production, and achieve on-demand production.

Embodiment 3:

FIG. 3 is a structural diagram of a garment custom design platform provided by the first embodiment of the present invention, which is detailed as follows:

The model establishing unit 301 is configured to receive body data information of the user, and generate a three-dimensional human body model of the user according to the received user body data information.

In the specific implementation process, the model establishing unit is used for the user to log in through the registered user account after registering the user account, and the login may be performed by means of a webpage login or an application, etc., of course, the user may also select The non-member user performs the operation after logging in to the corresponding webpage or downloading the application, and the specific operation manner is different according to the manner of receiving the physical data information of the user, for example, the physical data information of the receiving user can be sent by the receiving user. The body data information, or the user accepts a specific scanning device to scan the body of the user to obtain the body data information of the user, and after acquiring the body data information of the user, generates a three-dimensional human body model of the user according to the received body data information of the user. .

The style setting unit 302 is configured to receive a clothing style selected by the user and generate a customized clothing style according to a modification design of the clothing style component and/or the surface accessory.

In a specific implementation process, the style setting unit is configured to select a clothing style in a corresponding webpage or a software operation interface after the webpage or the application receives the user's body data information, and the clothing style is entered by the system in advance. After selecting the style of the clothing, the user can modify the design of the parts and the modification options of the surface accessories according to the system settings. The user can select one or more of the parts and accessories to be selected, specific Apparel styles can also choose to choose the style of the style, such as long or short, slim or loose. The selection of parts, accessories and styles are systematically entered in advance and provide modifiable options for the user to design and use, so that the user can easily select the design and finally design a customized clothing style.

The simulation display unit 303 is configured to adapt the corresponding size according to the physical data information of the user, and perform three-dimensional simulation display on the clothing style selected by the user in combination with the physical data information of the user.

In a specific implementation process, the simulation display unit is configured to adapt the size of the clothing to the user according to the user body data information that has been obtained before, and after the user selects the clothing style, the user can adapt the style to the specific style. The corresponding clothing size, at the same time, after the user selects the clothing style, the user can select the clothing style to perform three-dimensional simulation display. During the display process, the user can adjust the parts, surface accessories and styles according to their own preferences. In this process, three-dimensional display can be performed. Since the three-dimensional simulation shows the aptamer clothing adapted according to the user's body data information, the body data information is also the collected user body data information, and the head information is also the user. The three-dimensional simulation information of the head, in the process of three-dimensional display, the displayed content can be infinitely approached by the user in the real scene to perform the fitting effect in the physical store. In order to adapt to different customers' physical conditions and preferences, the size can be set to a finer size standard than the usual clothing size, for example, it can be subdivided into a looser size or a more slim size under the traditional clothing size, and Set a maternity code, or obesity code for a specific group of people, such as pregnant women, obese people, etc., and set a looser or slim size for a specific body part.

The confirmation unit 304 is configured to receive the clothing style finally determined by the user and generate a clothing order.

In a specific implementation process, the confirmation unit is configured to select a clothing style determined by the user according to the effect of the three-dimensional simulation display or the user's preference, and place an order for the specific clothing style, and the system generates the corresponding style clothing after receiving the order. Clothing order. After the order is generated, it is sent to the factory to produce a specific style of clothing, and finally the specific clothing selected by the user is delivered to the user.

According to the embodiment of the present invention, a clothing customization design platform first receives body data information of a user, and generates a three-dimensional human body model of the user according to the received user body data information; and then receives the clothing style selected by the user and according to the user pair. The modified design of the garment style component and/or the surface accessory generates a customized garment style; then, according to the user's body data information, the corresponding size is adapted, and the user's body data information is used to perform a three-dimensional simulation display on the user selected clothing style; Finally, the clothing style finally determined by the user is received and the clothing order is generated. In the whole process, the user's body data information is collected, and the human body model of the user is generated, including the body and facial features, and the three-dimensional simulation is performed after the user selects the clothing style. The effect displayed during the exhibition can be infinitely close to the actual effect of the user trying on the real clothes in the real environment. By selecting and trying on the network, the user can choose the style of the favorite clothing, and the user can select the clothing as needed. Single production and distribution, this kind The way has changed the process of traditional clothing production and purchase, which is convenient for users to choose and can also reduce the cost of garment manufacturing, reduce unnecessary garment production, and realize on-demand production.

Embodiment 4:

FIG. 4 is a flowchart showing an implementation process of a clothing custom design platform according to a fourth embodiment of the present invention, which is described in detail as follows:

The model establishing unit 401 is configured to receive body data information of the user, and generate a three-dimensional human body model of the user according to the received user body data information.

In the specific implementation process, the model establishing unit is used for the user to log in through the registered user account after registering the user account, and the login may be performed by means of a webpage login or an application, etc., of course, the user may also select The non-member user performs the operation after logging in to the corresponding webpage or downloading the application, and the specific operation manner is different according to the manner of receiving the physical data information of the user, for example, the physical data information of the receiving user can be sent by the receiving user. Body data information, or the user accepts that a particular scanning device scans his or her body to obtain the user's body data information, that is, receiving the user's body data information includes multiple ways: for example, by receiving a plurality of different angles of photo information provided by the user. The provided body data information; or by receiving body data information provided by the user-supplied rounded video information; or by receiving body data information of the user collected by the scanning device around the human body. After obtaining the original information of the user's body data information, or by using the graphic image recognition technology to identify the three-dimensional human body model that is the same as the user's physical characteristics, or the specific human body data information scanned by the scanning device is generated to be the same as the user's physical characteristics. Human body model. The scanning device may be a vision-based graphic image scanning device such as a camera, or may be a scale-based scanning device such as an infrared or laser distance detecting scanning device. The generating the three-dimensional human body model of the user according to the received user body data information specifically includes: generating a three-dimensional body model of the user according to the received user body data information; and generating a user's head model according to the received user body data information. The head information can be subdivided into head face information and head hairpin information.

The style selection unit 402 is configured to receive a basic clothing style selected by the user in the optional clothing style.

In the specific implementation process, after receiving the physical data information of the user, the style selection unit may select the clothing in the optional clothing style according to the recommendation of the system, or the user may select the required content through the screening in the clothing data information. Apparel styles, in which the clothing styles are entered in advance by the system for selection by the user or recommended by the system. For a specific clothing style, there may be a basic clothing style, and a slim style and looseness corresponding to the basic clothing style. For models or other styles, for example, for a jacket, there can be a basic model. There are several models with a number of sizes under the basic model. There can be another loose model under the basic jacket. There are several models with several size labels under the loose model. Under the basic jacket, there can be another self-cultivation model. There are several specific models with a size label under the slim section. Then there can be an extension, that is, the length of the jacket is moderately lengthened, of course, it can also be shortened. Then there are several size labels under the long section. Models, and for special people, such as pregnant women or obese people and people with physical disabilities, you can set special models for zooming special body parts, and then there are several specific models with size labels under these models. Among them, the relationship between the basic models and the loose models or the slim models can be really different models of a clothing style, or other similar models recommended according to the basic models.

For the clothing style that is entered and stored in the system in advance, the specific clothing style is the overall shape information of the clothing, and the piece piece information and the accessory information of the clothing, and the piece piece information of the clothing may be the piece piece information with the texture. The information of the piece includes the size information of the piece, the pattern information of the piece, the cloth elasticity information of the piece, the color information of the piece, the thickness information of the piece piece cloth, the flexibility information of the piece piece cloth, etc. The piece information is completely consistent with the actual piece piece cloth information in the actual production process. Between the piece and the piece, between the piece and the accessory, between the piece and the picture, the stitching relationship between the picture and the accessory is also saved in the piece. Clothing style information.

The design unit 403 is configured to receive a modification design of the basic clothing style component and/or the surface accessory of the user and an optional special process requirement, thereby generating a customized clothing style.

In the specific implementation process, after the user selects the basic clothing style, the user can design a limited design of the basic clothing style, and the designable limit is entered by the system in advance and is selected by the user, for example, The parts of the garment are modified and designed, for example, the fabric of the garment can be modified, for example, the accessories of the garment can be modified, for example, the processing technology of the garment can be modified, and the user can select one of the available options. Item or multiple or no selection. The component specifically for the garment may be a cuff or a sleeve of the garment, a cuff or a pants tube, and a component part in the garment such as a neckline, wherein the fabric specific to the garment may be a type of the fabric or a pattern or a texture of the fabric. The accessory material specifically for the garment may be the type of the auxiliary material or the pattern or arrangement of the auxiliary material, etc., wherein the process specific to the garment may be a processing choice of the needle thread or a process selection for the special accessory processing on the garment, such as printing and dyeing, embroidering or The specific choice of bronzing, etc., for the printing, the printed pattern may be the pattern provided by the system or the picture information uploaded by the user, and the embroidery may be an embroidery pattern or a character provided by the system or a specific character or pattern input by the user. information. Appeals allow users to easily select designs and ultimately create custom clothing styles.

The size obtaining unit 404 is configured to obtain size information of different body parts of the user according to the physical data information of the user.

In the specific implementation process, after obtaining the user's body data information, the user obtains the user's body data information to obtain the size information of the user's different body parts, and the special collection requirements for the body data information of the clothing, and also according to the received The type of the user's body data information is different, or the size information of each different part of the user's body is calculated by the graphic image recognition technology, or the size information of the different parts of the user's body is measured by the scanning device.

The adapting unit 405 is configured to adapt the clothing size of the aptamer according to the obtained size information of different body parts of the user.

In the specific implementation process, after the size information of different body parts of the user is obtained, different clothing sizes can be adapted according to the physical characteristics of the user, and the specific adaptation process may be performed according to the user's body dimension information and body length information. Adaptation, for example, the top can be adapted according to the user's chest circumference, waist circumference, and upper body length information. The adaptation requirement is that the dimension information of the garment must be greater than or equal to the user's body dimension information. Of course, the adapted clothing size can be a specific fixed one. The size can also be a plurality of size models, and the user can make a final selection. For example, the user likes to wear a close-fitting size, and the user can choose to fit the smaller size of the size. The user prefers to wear a looser size to select the larger size of the size. By default, a moderate size default adaptation can be set for the user to select. For the user who logs in the account, the user can select the wearing preference size under the preference setting according to the wearing preference information set by the user.

The simulation unit 406 is configured to perform three-dimensional simulation on the clothing and the human body model according to the generated three-dimensional human body model and the adapted clothing size.

In the specific implementation process, after the user selects the clothing style, the user can select the clothing style according to the user's three-dimensional human body model and the adapted clothing size, and the user can customize according to his own preferences during the simulation display process. After re-adjusting the parts, surface accessories and styles, 3D simulation can be carried out in this process. Because the 3D simulation is based on the user's body data information, the aptamer clothing is also adapted, and the body data information is also collected. The user body data information is also the user's head three-dimensional simulation information for the head information, and the simulation result obtained by the simulation is the physical characteristics of the user, the head is the user's head feature and the face, and the simulation result is infinitely close to the real scene. The case where the user tries on the clothes in the store.

In order to adapt to different customers' physical conditions and preferences, the size can be set to a finer size standard than the usual clothing size, for example, it can be subdivided into a looser size or a more slim size under the traditional clothing size, and For pregnant women, obese people, etc., set pregnant women's code, or obesity code, and set a loose or slim size for specific body parts, or directly according to the body's chest, waist, sitting and other dimensional information. The body length information and the inherent characteristics of the body at different ages set corresponding finer clothing size standard information.

The display unit 407 is configured to simulate the simulated clothing and the human body model.

In the specific implementation process, after the simulation is completed, the clothing and the human body model can be simulated and displayed. When the display is performed, the displayed content can be infinitely approached to the effect of the user fitting in the physical store in the real scene, in order to be closer to reality. In the scenario, the user tries on the scene of the clothes, and can also set different background environments, so that the effect of the simulation display can be applied to the real environment in which the user wears clothes in different scenarios. For example, setting an empty rural scene, a carpet catwalk scene, an office scene, etc., when performing simulations, you can select different scene environments for simulation display.

The heat display unit 408 is configured to generate a heat map between the garment and the human body model.

In the specific implementation process, during the three-dimensional simulation display of the clothing style selected by the user, the heat map between the garment and the human body model may also be selected, and the thermal map is a graphical display showing the data information of the pressure between the garment and the human body. The method, for example, the neckline part and the neck are relatively close to the body, and the sleeve tube and the arm are loosely displayed with less pressure. The graphical display of the pressure shows the heat map between the garment and the human body model, which is convenient for the user to intuitively display. Feel the fit of the clothes and the body. Ultimately it is convenient for the user to decide whether they need to make changes or make choices.

The catwalk display unit 409 is used for the catwalk display of the simulated three-dimensional clothing and the human body model.

In the specific implementation process, in order to more closely approximate the real scene in the process of displaying the three-dimensional simulation of the clothing style selected by the user, the human body model can also be displayed on the catwalk wearing the image of the specific clothing, for example, setting the image of wearing the specific clothing. Take the red carpet, or make some daily action display, such as starting, lifting, stretching, walking, etc., through the display of the catwalk action, the user can intuitively feel the different body movements when the user wears the clothing. The dynamic effect of the clothing and the human body, the show of the effect of the catwalk is calculated and generated by the three-dimensional simulation method. In order to make the catwalk display more diversified, the user can also carry out the hairstyle of the head model in the mannequin model. Transformation, that is, the user selects other hairstyles in the optional hairstyle library, and after selecting other hairstyles, the simulation display and the catwalk show are used for the user to view the clothing effect, so that the user can select the clothing, and of course, the hairstyle can also be selected. Set in the part and surface accessories setting Let users choose to replace in advance.

The confirmation unit 410 is configured to receive the clothing style finally determined by the user and generate a clothing order.

In the specific implementation process, the user finally selects the clothing style determined by the user according to the effect of the three-dimensional simulation display or his own preference, and orders the specific clothing style, and the system generates the clothing order corresponding to the style clothing after receiving the order. After the order is generated, it is sent to the factory to produce a specific style of clothing, and finally the specific clothing selected by the user is delivered to the user.

According to the embodiment of the present invention, a clothing customization design platform first receives body data information of a user, and generates a three-dimensional human body model of the user according to the received user body data information; and then receives the clothing style selected by the user and according to the user pair. The modified design of the garment style component and/or the surface accessory generates a customized garment style; then, according to the user's body data information, the corresponding size is adapted, and the user's body data information is used to perform a three-dimensional simulation display on the user selected clothing style; Finally, the clothing style finally determined by the user is received and the clothing order is generated. In the whole process, the user's body data information is collected, and the human body model of the user is generated, including the body and facial features, and the three-dimensional simulation is performed after the user selects the clothing style. The effect displayed during the exhibition can be infinitely close to the actual effect of the user trying on the real clothes in the real environment. By selecting and trying on the network, it is very convenient for the user to choose the style of the favorite clothing, and also through the heat map and the catwalk show, Can be greatly convenient for users to get Knowing the image and other information when wearing the clothes, the user finally chooses according to the simulation effect of the display. After the user selects the clothing, the user orders and distributes the goods according to the demand. This way changes the process of purchasing the traditional clothing production, that is, convenient. The user's choice can also minimize the cost of garment manufacturing, reduce unnecessary garment production, and achieve on-demand production.

The integrated unit, if implemented in the form of a software functional unit and sold or used as a standalone product, may be stored in a computer readable storage medium. Based on such understanding, the technical solution of the present invention, which is essential or contributes to the prior art, or all or part of the technical solution, may be embodied in the form of a software product stored in a storage medium. A number of instructions are included to cause a computer device (which may be a personal computer, server, or network device, etc.) to perform all or part of the steps of the methods described in various embodiments of the present invention. The foregoing storage medium includes: a U disk, a mobile hard disk, a read-only memory (ROM), a random access memory (RAM), a magnetic disk, or an optical disk, and the like. .

The above is only the preferred embodiment of the present invention, and is not intended to limit the present invention. Any modifications, equivalent substitutions and improvements made within the spirit and principles of the present invention should be included in the protection of the present invention. Within the scope.

Claims (16)

A garment custom design method, characterized in that the method comprises: Receiving body data information of the user, and generating a three-dimensional human body model of the user according to the received body data information of the user; Receiving a clothing style selected by the user and generating a customized clothing style according to the user's modified design of the clothing style component and/or the surface accessory; Adapting the corresponding size according to the user's body data information, and performing three-dimensional simulation display on the clothing style selected by the user in combination with the user's body data information; Receive the finalized clothing style and generate a clothing order. The method of claim 1, wherein the receiving the user's physical data information comprises: Receiving body data information provided by a plurality of different angle photo information provided by the user; or Receiving body data information provided by the user-supplied video information of the surround shooting; or Receiving body data information of the user collected by the scanning device around the human body. The method of claim 1, wherein the generating the three-dimensional human body model of the user according to the received user body data information comprises: Generating a three-dimensional body model of the user based on the received user body data information; A user's head model is generated based on the received user body data information. The method of claim 1 wherein said receiving a clothing style selected by a user and generating a customized clothing style based on a user's modified design of the garment style component and/or the facial accessory comprises: Receiving the basic clothing style selected by the user in the optional clothing style; Receiving the user's modified design of the basic clothing style parts and/or surface accessories and optional special process requirements, thereby generating a customized clothing style. The method according to claim 1, wherein said adapting the corresponding size according to the user's body data information and combining the user's body data information with the user's selected clothing style for three-dimensional simulation comprises: Deriving size information of different body parts of the user according to the physical data information of the user; The clothing size of the aptamer is adapted according to the obtained size information of different body parts of the user. The method according to claim 1, wherein the three-dimensional simulation display of the clothing style selected by the user in combination with the user's body data information comprises: Performing a three-dimensional simulation of the garment and the human body model according to the generated three-dimensional human body model and the adapted clothing size; Simulation of the simulated clothing and human body model. The method according to claim 6, wherein the method further comprises: after performing three-dimensional simulation on the clothing and the human body model according to the generated three-dimensional human body model of the user and the adapted clothing size: Generate a heat map between the garment and the mannequin. The method according to claim 6, wherein the method further comprises: after simulating the simulated clothing and the human body model: The three-dimensional costume and human body model after the simulation showcases the show. A garment custom design platform, characterized in that the platform comprises: a model establishing unit, configured to receive body data information of the user, and generate a three-dimensional human body model of the user according to the received user body data information; a style setting unit, configured to receive a clothing style selected by the user and generate a customized clothing style according to a modification design of the clothing style component and/or the surface accessory; The simulation display unit is configured to adapt the corresponding size according to the physical data information of the user, and perform three-dimensional simulation display on the clothing style selected by the user in combination with the physical data information of the user; The confirmation unit is configured to receive the clothing style finally determined by the user and generate a clothing order. The platform of claim 9, wherein the model building unit comprises: a picture receiving unit, configured to receive body data information provided by a plurality of different angles of photo information provided by the user; or a video receiving unit, configured to receive body data information provided by the user-supplied video information of the surrounding shooting; or And a scanning unit, configured to receive body data information of the user collected by the scanning device around the human body. The platform of claim 9, wherein the model building unit comprises: a body modeling unit, configured to generate a three-dimensional body model of the user according to the received user body data information; The head modeling unit is configured to generate a user's head model according to the received user body data information. The platform according to claim 9, wherein the style setting unit comprises: a style selection unit for receiving a basic clothing style selected by the user in an optional clothing style; The design unit is configured to receive a modified design of the parts and/or surface accessories of the basic clothing style and optional special process requirements, thereby generating a customized clothing style. The platform of claim 9, wherein the simulation display unit comprises: a size obtaining unit, configured to obtain size information of different body parts of the user according to the physical data information of the user; And an adapting unit, configured to adapt the size of the aptamer according to the obtained size information of different body parts of the user. The platform of claim 9, wherein the simulation display unit further comprises: a simulation unit, configured to perform three-dimensional simulation on the garment and the human body model according to the generated three-dimensional human body model and the adapted clothing size; The display unit is used for simulating the simulated garment and the human body model. The platform of claim 14, wherein the platform further comprises: A heat display unit for generating a heat map between the garment and the mannequin. The platform of claim 14, wherein the platform further comprises: The catwalk display unit is used to show the three-dimensional costume and human body model after the simulation.

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