TWM503623U - 3D shopping system with 3D preview for customized products - Google Patents

Abstract

A customized product shopping system apparatus with 3D preview can receive three-dimension data of commodity user and compute these data with pre-stored product models provided by designers. The computed result may include simulated 3D preview images showing how customers wearing these products look for the customers to evaluate the appearance and fitness of ordered product and determine thereby whether to buy the product. In addition, other design requirements related to body shape 3D data may be transmitted to designers through Internet to create customized products and preview the try-on result by 3D simulated image.

Description

Customized 3D online shopping system device for 3D preview try-on

The present invention relates to a product customized 3D online shopping system device, and particularly relates to a product customized 3D online shopping system device that provides a customer 3D mode preview to try on a customized product.

Mass Production goods have been a major business model in the past because they can reduce manufacturing costs and reduce the complexity of distribution or inventory. However, as people's demands for quality of life continue to increase, it is becoming more and more important that products are closer to the needs of customers. Due to advances in manufacturing technology, small-scale production or partial adjustment of goods has become easier, and customization has become a trend in the future.

However, since customization often involves more complex computing techniques, for small workshops or individual designers, the provision of customized services often remains in larger companies. On the other hand, the satisfaction of customized products often depends on some characteristics of the customer, such as height, chest circumference, waist width, distance between eyes, and foot shape. Therefore, traditional online shopping has three shortcomings: (1). Existing online shopping products are mostly limited to standardized or limited specific specifications; however, for goods that differ in personal shape, they must be tried in a physical store to make a final purchase. Decisions, such as clothing, glasses, shoes and other personal items, have led to restrictions on online shopping for such goods. (2) The buyer has his own idea of the content of the design. However, the buyer is not familiar with the production method or the raw materials are not easy to obtain, so that the customer has no chance to realize or participate in the design even if he has his own design idea. (3). If If you want to buy foreign designers, there are also space constraints. You must go to the designer's location to communicate and complete the design and production. Even if you complete the prototype, you still need to further modify the buyer's fit. time.

Therefore, if you can provide a more efficient customized design of online shopping device devices, systems and corresponding methods, and provide an off-site 3D try-on preview ordering system, it will reduce the traffic and time during the buyer's purchase of such goods. Cost; at the same time, the seller can also use the device to extend the order to customers all over the world. Therefore, this device helps to promote the promotion of creative products and enhance customer satisfaction.

According to an embodiment of the present invention, a 3D online shopping system device for previewing a product in a 3D manner is provided, comprising a storage server, a processing server and a network server. The storage server can read and access the 3D figure data scanned by the buyer through the network for the object to be scanned in advance (the format of the 3D file can be: STL, X_T, STP, STEP, IGS or IGES); It can be used for people, animals or various related products or supplies that are tailor-made according to the body shape. It can also store the information of the products sold in the online store and the 3D model information of the wearable products of each product. The processing server can generate a 3D image according to the customer's purchase product and the buyer's body shape data corresponding to the wearable product model of the product, to simulate the 3D visual effect after the customer or the product use object actually wears the customized product. . The web server can transmit the 3D figure data or various design requirements data uploaded by the customer through a network, and can also preview the actual try-on or try-on visual image to the customer through a network transmission 3D mode for the customer to view the vision. The effect is to assess whether it is appropriate to wear the wearable item.

The storage server, processing server and network server mentioned here may be one or more machines individually, or all of them may be on the same machine. These servers can be configured by corresponding program modules and perform the required predetermined functions together with the corresponding operating system and/or library, such as performing network data transmission, mathematical operations, and image processing. Manage the work. For example, a functional module with similar functions such as Java, C, Objective C, Perl, PHP, or R software is used to write a corresponding functional module, and operates on a similar operating system such as hadoop, Linux, and Windows.

In another embodiment, the commodity customized 3D online shopping system device may further include a design commodity server for most designers to upload a 3D model of the wearable product. In other words, different designers can design different wearable products such as backpacks, glasses, hats, shoes, clothes, pants, socks, etc., or other various products that need to be tailored to the body shape, such as commemorative cups, photo frames, furniture. Such as food, clothing, housing, travel, education, music goods or supplies. A product model such as a 3D model related to the wearable product is uploaded to the design item server. These design materials may include 3D model files, product sample photos, and the like. Through such a mechanism, it can be used as an order platform for various design products, and the customer base can be extended to the whole world; even a personal designer can process the relevant model data of his own products without worrying about the complicated operation of the entire system. It will help to bridge the communication and transaction between designers and customers, create more value, and is very conducive to the development of creative goods.

In another embodiment, the commodity customized 3D online shopping system device may further include an interactive server for the customer to discuss with the designer the manner in which the wearable product model is adjusted. For example, customers can ask questions, present their own design needs, patterns or related materials, and receive feedback from designers and preview design results through an interactive server. Through this kind of communication and customer participation, the customer's satisfaction with the product can be increased.

In another embodiment, the interactive server of the commodity customized 3D online shopping system device can provide the customer with a 3D model for the wearable product, and provide 3D data of design requirements and body shape to the corresponding designer.

In addition, the wearable goods mentioned here can be one person or animal clothes, pants, skirts, underwear, glasses, shoes, hats or backpacks; Custom-made products, such as commemorative cups, photo frames, furniture, and other food and clothing products.

The figure data mentioned here may be a 3D material using all or a specific part of the object for the shape and size corresponding to the whole or partial shape of the object. The figure data can also be a simple number, such as the distance between the eyes, the size of the foot, the height, the bust, the arm width, or the 3D scanned data or the calculated 3D image or pure Photos, etc.

Once the customer and the designer have a consensus on the product, the customized 3D online shopping system device can also assist in the completion of the transaction of the corresponding product purchase. For example, the commodity customized 3D online shopping system device has a transaction server to process the processing of the gold stream, logistics or related information flow.

In one embodiment, the customer can connect to the web server through a browser through various electronic devices, such as a notebook, a mobile phone, a tablet, a television, etc., to upload the shape information of the customer or the object used, and Get the corresponding 3D visual image through the browser.

These electronic devices can scan all or part of the shape of the customer or the user through a different sensor such as a 3D scanner, a camera, a laser scanner, etc., to establish and store the customer or use the object shape data. Electronic file to facilitate network transmission.

101‧‧‧Storage server

102‧‧‧Processing server

103‧‧‧Web server

11‧‧‧Network

121‧‧‧Electronic devices

122‧‧‧Electronic devices

131‧‧‧Designer

132‧‧‧Customer

20‧‧‧Customer

201‧‧‧Designer

21‧‧‧Internet

22‧‧‧Commodity customized 3D online shopping system device

221‧‧‧Customer Database

227‧‧‧ Designer Database

223‧‧‧System platform

225‧‧3D preview system

224‧‧‧Communication system

226‧‧‧Backstage trading system

371‧‧‧Scanner

372‧‧‧Commodity customized 3D online shopping system device

373‧‧‧Network

374‧‧‧ display

38‧‧‧Customer

137‧‧‧ computer

311‧‧‧Designer

312‧‧‧Designer

313‧‧‧Designer

32‧‧‧Customized 3D online shopping system installation

331‧‧‧Customer

332‧‧‧Customer

333‧‧‧Customer

40‧‧‧Customer

41‧‧‧Electronic devices

411‧‧‧ camera

42‧‧‧ Simulation results

421‧‧‧ wearing goods

423‧‧‧3D operation button

424‧‧‧Modify wearing goods

43‧‧‧Customized 3D online shopping system installation

44‧‧‧Designer

461‧‧‧3D model

462‧‧‧3D body shape information

463‧‧3D preview image

464‧‧‧Design requirements

465‧‧‧Design modification

466‧‧3D preview image

467‧‧‧Order

468‧‧‧Products

469‧‧‧

47‧‧‧Internet

423‧‧‧3D surround icon button

Figure 1 illustrates a trade-off in accordance with the present embodiment, the creation of a braking device of the 3D online shopping system.

2 illustrates a commodity customized 3D online shopping system apparatus according to an embodiment of the present invention.

FIG. 3A illustrates an embodiment of scanning a customer through a scanner to collect corresponding body shape data.

FIG. 3B illustrates that a plurality of designers and customers from different places communicate and process corresponding transaction activities through the product customized 3D online shopping system device.

4A to 4C illustrate an example of use.

Please refer to FIG. 1, which illustrates a commodity customized 3D online shopping system device according to an embodiment of the present device. In this embodiment, the commodity customized 3D online shopping system device comprises: a storage server 101, a processing server 102, and a network server 103. The network server 103 is connected to the electronic devices 121, 122 of the designer side 131 and the client side 132 of different places via the network 11. The storage server is configured to store a body shape data and a 3D model of a wearable product corresponding to a customer, the wearable product 3D model corresponding to a wearable item. The processing server reads the body shape data and a wearable product model to generate a 3D visual image that simulates the wear of the customer. The web server transmits the shape information of the customer through a network, and can also transmit the worn 3D visual image to the customer, so that the customer can view the 3D visual image after trying on or wearing the product to evaluate the wearing product. Whether it is suitable for the customer's body shape or expected aesthetic requirements.

The storage server, processing server and network server mentioned here may be one or more machines individually, or all of them may be on the same machine. These servers can be configured by corresponding program modules and work with corresponding operating systems and/or libraries to perform desired predetermined functions, such as performing network data transfer, mathematical operations, image processing, and the like. For example, a functional module with similar functions such as Java, C, Objective C, Perl, PHP, or R software is used to write a corresponding functional module, and operates on a similar operating system such as hadoop, Linux, and Windows.

In another embodiment, the commodity customized 3D online shopping system device may further include a design merchandise server for most designers to upload the wearable merchandise model. In other words, different designers can design different wearable products such as backpacks, glasses, hats, shoes, clothes, pants, socks, etc., or other various products that need to be tailored to the body shape, such as commemorative cups, photo frames, furniture. Such as food, clothing, housing, travel, education, music goods or supplies. Upload the 3D model related to the wearable item to the design item server. These design materials may include 3D model files, product sample photos, and the like. Through such a mechanism, it can be used as various devices. The platform for the receipt of the product and the expansion of the customer base to the world. Even individual designers, as long as they deal with the relevant model data of their own products, without worrying about the complex operation of the entire system, will help to match the communication and transaction between the designer and the customer, creating more value.

In another embodiment, the item customized 3D online shopping system device may also include an interactive server for the customer to discuss with the designer the manner in which the wearable item model is adjusted. For example, the customer can ask the corresponding question, or propose their own design needs, or join the design pattern, or receive feedback from the designer and preview the design through the interactive server. Through this kind of two-way communication and customer participation, the customer's satisfaction with the product can be increased.

In another embodiment, the interactive server of the commodity customized 3D online shopping system device can provide a 3D model of the customer for the wearable item, and provide design requirements to the corresponding designer.

In addition, the wearable goods mentioned here can be one-person or animal clothes, pants, skirts, underwear, glasses, shoes, hats or backpacks, or can be customized according to the body shape, such as commemorative cups, A variety of food and clothing such as photo frames and furniture.

The figure data mentioned here may be 3D data for the shape and size of all or part of the body shape of the object to be used by the customer or the product. The figure data can also be a simple number, such as the distance between the eyes, the size of the foot, the height, the bust, the arm width, or the 3D scanned data or the calculated 3D image or pure Photos, etc.

Once the customer and the designer have a consensus on the product, the customized 3D online shopping system device can also assist in the completion of the transaction of the corresponding product purchase. For example, the commodity customized 3D online shopping system device has a transaction server to process the processing of the gold stream, logistics or related information flow.

In one embodiment, the customer can connect to the web server through a browser through various electronic devices, such as a notebook, a mobile phone, a tablet, a television, etc., to upload the customer's body shape information, and through the browser. Get the corresponding 3D preview image.

These electronic devices can scan different parts of the customer or the user through different sensors such as a 3D scanner, a camera, a laser scanner, etc., to establish and store the electronic files of the customer or the object shape data. To facilitate network transmission.

Please refer to FIG. 2, which illustrates a commodity customized 3D online shopping system device 22 according to the present device. The customer connects to the Internet 21 via a client 20 such as a computer, a mobile phone, or a tablet, and is then connected to the customized 3D online shopping system device 22. On the other hand, the designer uploads the 3D model data of the product to the product customized 3D online shopping system device 22 through the electronic device of the designer terminal 201 such as a computer, a tablet, or a mobile phone. The customized product 3D online shopping system device 22 can include a customer database 221, a designer database 227, a system platform 223, a 3D preview system 225, a communication system 224, and a back office transaction system 226.

As described above, the customer scans the body shape information of the product use object (such as himself or his pet) into a three-dimensional data file, and transmits the three-dimensional data file to the product customized 3D online shopping system device 22. The three-dimensional data file can be stored in the customer database 221 . In addition to the three-dimensional data file, the customer database 221 can also store relevant customer information, such as customer contact information.

On the other hand, the designer uploads his three-dimensional product model and related information to the designer database 227. Different from the previous large-scale manufacturing methods, the designer's 3D product model can be adjusted according to the customer's 3D body shape data and design requirements, and the adjusted goods are compared with the body shape data of the customer or his pet. , to generate a three-dimensional preview image. Based on these 3D preview images, the customer can decide whether to make further adjustments, such as changing the color, the shape of the 3D model, adding text, patterns, and the like. Moreover, after the customer is satisfied with the adjusted customized product, the customer can perform the process of order purchase, manufacturing, and logistics mailing.

Designers can customize the 3D online shopping system device 22 to communicate with customers on customized products. In addition, the customer can preview the 3D image through the customized 3D online shopping system device 22 to understand the customer himself or his pet or other belongings, such as a bicycle, a helmet, and the appearance after wearing the customized product. . Through 3D previews and communication between customers and designers, products can provide more flexible customization, and designers do not have to set up websites or handle complex 3D operations. For the customer, you can see the different products of many designers on the same platform, and it can also increase the attractiveness of visiting this platform. Through such a system design, the win-win effect between the customer and the designer can be achieved.

The system platform 223 is responsible for mediating the communication between the customer and the designer, communicating the customized information, providing a 3D panoramic view, and processing related transaction processes. In order to achieve these operations, the system platform 223 accesses the relevant product models of the customer database 221 and the designer database 227, as well as related materials such as designers. The preview system 225 assists in pairing the three-dimensional data files uploaded by the customer with the model data of the products to generate simulated 3D images. After the customer decides to purchase the customized product through the 3D environment image, the background transaction system 226 can assist in the processing of the gold flow related operations, such as the deposit between the platform operator and the designer, and the payment of the customer. The communication system 224 is used to process text, sound, video, and instant or non-instant information communication between the customer and the designer. The customized customized merchandise is delivered to the customer via the processing of the back-end transaction system 226.

The preview system 225 can be implemented through a machine array because it involves more complex three-dimensional operations. For example, through a platform such as Hadoop, the three-dimensional operations required for processing are distributed to a plurality of machines, and the results are integrated into a three-dimensional image that the user can read. Depending on the funding and budget, these 3D images can be made into interactive models or as simple videos that are not interactive. For example, the former allows the user to preview various product viewing angles and different magnifications by operating the mouse, keyboard, touch screen, and the like. For example, the latter is synthesized into an image file, which is provided to customers as a reference through streaming or downloading.

Referring to FIG. 3A, in an embodiment, a scan is performed on the customer through the scanner 371 to collect corresponding body shape data. The relevant data scanned by the scanner 371 is transmitted to the customized product 3D online shopping system device 372 via the network 373. The customized product 3D online shopping system device 372 synthesizes the body shape data of the customer or his pet into a 3D image. The 3D image is presented to the customer for evaluation via display 374. The customer can further provide the corresponding requirements to the designer, and then feedback the updated 3D image. The scanner 371 mentioned here may be a general phase lens and a corresponding computing program installed on the client's computer. For example, a customer can take a picture of their face and add an item that can present a scale, such as a predetermined size of color piece paper, to the photo. The computer program can analyze the color piece of paper in the photo to obtain the required size of the body part, and then customize the 3D online shopping system device through the above-mentioned product, and match it with the designer's product model to generate a simulated instant try-on. 3D visual image.

In addition, the corresponding program may be stored in the above-mentioned product customized 3D online shopping system device, and the program may be transmitted to the client's browser through the web server for execution, thereby generating, for example, an augmented reality effect. To allow customers to see what they are wearing in their instant 3D images. These programs can also be made into corresponding applications, installed in the customer's electronic device, and executed with various hardware of the electronic device to produce a preview of the preview.

Please refer to FIG. 3B, which illustrates that a plurality of designers and customers from different places communicate and process corresponding transaction activities through the customized 3D online shopping system device. In this example, designers 311, 312, 313 from different locations upload the merchandise model to the merchandised customized 3D online shopping system device 32. On the other hand, customers 331, 332, and 333 from different places also upload their own body shape data to the product customized 3D online shopping system device 32. commodity The customized 3D online shopping system device 32 can assist the designers 311, 312, 313 of different fields to communicate with different customers 331, 332, 333 for product customization, instant preview of 3D images and related transaction activities.

Next, please refer to FIG. 4A to FIG. 4C, which illustrate an example of use of the commodity customized 3D online shopping system device 43. First, referring to FIG. 4A, in this example, the designer 44 designs the merchandise and uploads the corresponding 3D model 461 to the customized merchandise 3D online shopping system device 43. Designers can transfer data via the internal network or the Internet 47 in the picture.

On the other hand, the customer 40 scans the face of the face through the camera 411 of the electronic device 41 of the notebook computer, for example, shooting a different angle head face image around the lens. This 3D figure data 461 is uploaded to the customized product 3D online shopping system device 43 via the Internet 47.

Next, please refer to FIG. 4B. The customized product 3D online shopping system device 43 calculates the 3D figure data uploaded by the customer 40 and the 3D model 461 of the designer 44, and simulates the worn 3D preview image 463, which is worn by the electronic device 41 of the customer 40. The simulation result 42 of the commodity 421. The customer 40 can operate the 3D operation button 423 to observe the simulation result 42 of the article 421 worn at different angles.

For the simulation result 42, the customer 41 can further propose the design requirements 464 that he wants to modify, and again transmit it to the customized merchandise 3D online shopping system device 43 via the Internet 47. After receiving the design request 464, the designer 44 provides the relevant information for the design modification 465 to the customized product 3D online shopping system device 43.

Referring to FIG. 4C, the customized product 3D online shopping system device 43 performs recalculation, generates a new 3D preview image 466 for transmission to the electronic device 41 of the customer 40, and presents the simulation result 42 of the modified wearing item 424 at the electronic device 41. . Customer 40 can request an updated modification request that is repeated multiple times until satisfactory. When the customer 40 is satisfied with the merchandise, the order 467 can be placed and sent to the customized merchandise 3D online shopping system device 43. After the customized product 3D online shopping system device 43 performs subsequent gold flow, manufacturing, and logistics, the product 468 is delivered to the customer 40, and the corresponding reward 469 is transmitted to the designer.

Therefore, through the above-mentioned customized 3D online shopping system device, it is possible to provide an effective and convenient bridge and trading platform between the designer and the customer, and to facilitate the production and achievement of the product customization target.

Although the present invention has been described above in terms of the preferred embodiments thereof, it is not intended to limit the present invention, and it is intended that those skilled in the art can make some modifications and refinements without departing from the spirit and scope of the present invention. The scope of the new patent protection shall be subject to the definition of the scope of the patent application attached to this specification.

101‧‧‧Storage server

102‧‧‧Processing server

103‧‧‧Web server

11‧‧‧Network

121‧‧‧Electronic devices

122‧‧‧Electronic devices

131‧‧‧Designer

132‧‧‧Customer

Claims (10)

A 3D online shopping system device for a 3D preview try-on product, comprising: a storage server for storing a 3D body shape data uploaded by a customer and a wearable product model, the figure data corresponding to a customer or the a product use object of the customer, the wearable product model corresponding to a wearable product; a processing server, reading the 3D body shape data and a wearable product model to generate a simulated customer or a product use object to actually wear the customized product a 3D visual image; and a web server that transmits a 3D image of the customized customer or the order object after the actual customer or the order product is used to the customer, so that the customer can preview the product after wearing the product. 3D visual effects to assess whether the product is suitable for the shape or aesthetics of the customer after wearing the item. For example, the product customized 3D online shopping system device described in claim 1 further includes a design product server for most designers to upload 3D preview model data of the wearable product. The device customized 3D online shopping system device as claimed in claim 2, further comprising an interactive server for the customer to discuss with the designer that the product is simulated in a 3D preview manner to simulate a customer or a customized use object. Or how to adjust it further after trying it out. The product customized 3D online shopping system device according to claim 3, further comprising an interactive server for the customer to provide a design requirement for the 3D model of the wearable product, and transmitting the customer 3D body shape data. To the designer, as a consumer 3D online shopping platform, is also a platform for designers to order. The device for customizing a 3D online shopping system according to the first aspect of the invention, wherein the storage server, the processing server and the processing logic of the network server are written by a software program and installed on at least one computer. carried out. The product customized 3D online shopping system device according to claim 1, wherein the wearable article or article is a person or animal clothes, pants, skirts, underwear, glasses, shoes, hats or backpacks; All kinds of products that need to be tailor-made according to the shape, such as commemorative cups, photo frames, furniture, and other food, clothing, housing, travel, education, music products or supplies. The product customized 3D online shopping system device according to claim 1, wherein the figure data is three-dimensional data for the shape and size of all or part of the shape of the object to be used by the customer or the product. The commodity customized 3D online shopping system device according to claim 1 further includes a transaction server for the user to purchase one of the wearable models, and the user or the customized use object can be previewed in a 3D manner. Wear goods and handle the processing of various trading operations for 3D ordering transactions. The device for customizing a 3D online shopping system according to claim 1, wherein the customer connects to the web server through a browser, uploads the figure data, and instantly acquires and interprets the 3D. Image information. The device customized 3D online shopping system device according to claim 1, wherein the customer scans the shape of the customer or the intended object of the product through a 3D scanner and a camera to generate 3D body shape data. As the basis for 3D design modeling and preview try-on.