KR20160002473A - Virtual implement apparatus for customizing of a purchaser in WEB and method of the same - Google Patents

Abstract

The present invention precisely reproduces details of details such as weight / texture / contrast of a product through a web standard virtual realization program when a photograph or an image desired by a buyer is placed on a specific product on a web before a customized order A virtual realizing device and method for providing a finished product to a purchaser, comprising: a user interface for receiving image file information based on input information input through an external input according to a user's operation; A production image detecting unit for detecting a production image selected from the production images stored in advance in the production image information DB based on the image file information, and a product image storage unit for storing product images previously stored in the product image information DB based on the image file information input from the user interface Product image sword detecting selected product image A clone image generation unit for generating a virtual production image (clone image) obtained by cloning the production image so as to control the production image detected by the production image detection unit, a clone image generation unit for cloning the production image at the bottom, After the clone image is placed at the top, the product image is masked and the clone image controls the production image and the production image located at the bottom of the product image is combined with the data value of the product image, A virtual realization processing unit for printing an image to be produced, and a completed image display unit for providing a virtual realization product in which a production image is printed on a 3D product image in a virtual realization processing unit, on a screen.

Description

Technical Field [0001] The present invention relates to a virtual implementation apparatus and method for a customized production of a buyer on the web,

The present invention relates to a virtual realization apparatus and method for customizing a buyer on the web. More particularly, the present invention relates to a virtual realization program and method for realizing a web standard virtual reality program when a photographer or an image desired by a buyer is placed on a specific product on a web, The present invention relates to a virtual realization apparatus and method capable of providing a finished product precisely reproduced with detail detail expressions such as the quality / texture / contrast of a product to a purchaser.

Recently, consumers tend to focus on individuality. Especially in the case of the fashion industry, it refuses to use the same product by mass production and uses an image or an accessory that can bring out a unique personality. In such a trend, there are cases where images or designs printed on their own shoes or clothes are printed or dyed. However, most consumers do not have the ability to carry out such work themselves and often fail to demonstrate their individuality.

In order to solve such a problem, Patent Application No. 2000-0014887, entitled " Specific Design Transfer Printing System Real-time Saved Using the Internet ", which is filed in the prior art, Or printing on a transfer sheet, transferring the same to the article, and delivering the same. By using this method, the user can obtain his / her own personalized item with his / her desired image in a cup or various items, thereby saving personality.

However, as shown in FIG. 1, the above-described method is configured to provide an image having a product shape and an image to be printed (including text) located at the top of the image, The selected image is displayed on the surface of the product type in a limited manner.

Therefore, when the selected image is directly printed on the product and the finished product is produced, it is natural that the feeling of the product is completely changed due to the bending and texture of the product. However, as the user simply receives the virtualized product printed on the form surface of the product, the user can order the customized product, and after receiving the customized product directly, It is often the case that you receive a product that is not at all totally new.

Particularly, when a hole is formed at the center of the printed image, for example, in the case of a mobile phone, when a camera lens is located at the center of the mobile phone and the image is printed on the back side of the mobile phone, the hole is punched and removed. In this case, although the user should be provided with a virtual finished product when the removed image is printed on the product, in the conventional web standard virtual realization program, as shown in FIG. 1, So that such an implementation is impossible.

In the case of providing a virtual realization product of a product combined with a center-removed image, it is provided in a uniform form fixed to the product by a designer or the like, and the user can select an image to be printed on the product, Is impossible. This has been a problem in that the user can not modify or edit the color of the image provided by the business operator in accordance with his or her taste and only the image color of the uniform design that the business operator unilaterally provides.

Recently, the rapid development of Internet - based information and communication technology has made user interface for internet use diversified and convenient, and development of image synthesis technology using the Internet and development of user interface technology for electronic commerce on the web This trend is accelerating.

Therefore, it is necessary to utilize the technology and the information communication technology for design color mapping and design image mapping on the communication network in order to make a design color that sufficiently reflects the user's taste and to order a product using the edited image And has come to draw attention to the present invention on the basis thereof.

Japanese Patent Application Laid-Open No. 10-2009-0001484: Manufacturing and selling of products designed by buyers Japanese Patent Laid-Open Publication No. 10-2000-0036612: A specific design transfer printing system

Accordingly, the present invention has been made to solve the above-mentioned problems, and it is an object of the present invention to provide a web standard virtual realization program, in which, when a photographer or an image desired by a buyer is placed on a specific product on a web, The present invention provides a virtual realization apparatus and method that can provide a finished product that precisely reproduces detailed detail expressions such as texture / contrast to a purchaser.

Other objects of the present invention are not limited to the above-mentioned objects, and other objects not mentioned can be clearly understood by those skilled in the art from the following description.

According to another aspect of the present invention, there is provided a virtual realization device for customizing a buyer in a web, comprising: a user interface for inputting image file information based on input information input through an external input according to a user's operation; A product image detector for detecting a production image selected from the production images stored in advance in the production image information DB based on the image file information input from the user interface, A product image detecting unit that detects a selected product image among product images stored in advance, and a duplicate image generating unit that generates a virtual production image (duplicate image) obtained by duplicating the production image to control the production image detected by the production image detecting unit Boo and the image at the bottom , A 3D product image on the interruption, and a duplicate image on the top, respectively. Then, the product image is masked and the duplicate image controls the production image and the production image located at the bottom of the product image is combined with the data value of the product image A virtual realization processing unit for printing an image produced on the 3D product image of the PNG file; and a completed image display unit for providing a virtual realization product on which an image is printed on the 3D product image in the virtual realization processing unit.

Preferably, the production image is an image selected to be printed on a product, and includes an image or text that is a whole background including a landscape, an entertainer, a character, and a pattern.

Preferably, the product image includes an image of a specific product including an eco-bag, a lighter, a mobile phone case, a mug, a puzzle, an accessory, and clothes as a product image to which an image is to be printed.

Preferably, the production image and the product image to be detected include an image input by the user through photographing, manufacturing, or searching of another web page through a user interface.

Preferably, the product image editing unit further includes a product image editing unit for creating a 3D product image of a PNG file having vector data values of the warmth, texture, contrast, and shape based on the product image detected by the product image detecting unit and storing the product in the product image information DB .

Preferably, the virtual realization processing unit includes an image input unit for receiving the production image, the replica image, and the product image, respectively, and an arrangement unit for arranging the images input to the image input unit as a production image at the bottom, A vector image generation unit for generating a vector image file of the production image and the replica image having a size and position corresponding to the editing information received from the user interface; A matching processing unit for matching the production image and the replica image with each other, and a matching unit for combining the production image located at the lower end of the product image with the product data of the product image based on the batch image file matched by the matching processing unit, Create an edit image And an edit image generating unit.

According to another aspect of the present invention, there is provided a virtual realization method for customizing a buyer in a web according to the present invention, comprising the steps of: (A) (B) generating a 3D product image of a PNG file having a data value including a warmth, texture, contrast and shape value based on the input product image; (C) creating a virtual production image (replica image) replicating the input production image; (D) arranging an image for production at the bottom, a 3D product image for discontinuity and a replica image at the top respectively; , (E) generate a vector image file of the production image and the replica image, and create the production image located at the bottom of the 3D product image with the vector data of the 3D product image Creating an edited image in which a production image is printed on top of a 3D product image; (F) when the replica image is moved through the user interface, Matching each other, and repeating the step (E).

Preferably, the production image and the product image input in the step (A) are an image stored in advance in the production image information DB and the product image information DB in the server, or the user can directly photograph, And an image provided through a search of the image data.

Preferably, the step (B) includes the steps of: detecting a first vector data value by separating only a part of the input product image in which the shape and the masking are combined, and separating only the masked part of the product from the input product image, Detecting a vector data value; detecting a third vector data value by separating only the texture, the lightness, the contrast, and the shape of the product from the input product image; And combining the 1, 2, and 3 vector data values to generate a 3D product image of the PNG file.

Preferably, in the step (B), the 3D product image of the PNG file is divided into at least one of a darkest region, a dark region, an intermediate region, a middle bright region, and a brightest region of the product. Thereby generating a product image.

As described above, the virtual realization device and method for customizing the buyer in the web according to the present invention is a virtual realization method for customizing the buyer in the web according to the present invention, When a product is easily made to be a virtual product, it is possible to provide a product that edits a design color that sufficiently reflects a user's taste by raising the perfection of a product and applies an edited image.

In addition, the business operator can make the design image editing tool available on the web and provide it in a form that conforms to the business process of the design maker, thereby providing the user with professional convenience.

In addition, the user can selectively extract a product corresponding to his or her own preference, and selectively order the edited product by applying the edited design image, so that the user can apply his or her own unique design image to the product There is an effect that can be.

1 is a block diagram showing a production form of a virtual realized product implemented through a conventional virtual realization program
2 is a block diagram showing a configuration of a virtual realization device for customized manufacture of a buyer in a web according to an embodiment of the present invention
3 is a block diagram showing the configuration of the virtual realization processing unit of FIG. 2 in more detail;
FIG. 4A is a diagram showing an image of an article and a 3D product detected by the production image detecting unit and the product image editing unit of FIG. 2;
Fig. 4B is a configuration diagram for explaining the processing of the virtual realization processing unit of Fig. 2
Fig. 4C is a view showing the finished image provided in the finished image display portion of Fig. 2
4D and 4E are diagrams for explaining 3D product image generation of the PNG file of FIG. 2;
5 is a diagram for explaining a processing procedure of the product image editing unit of FIG. 2;
6 is a flowchart for explaining a virtual realizing method for customizing a buyer in a web according to an embodiment of the present invention
FIG. 7 is a diagram showing an embodiment of a virtual realized product provided on a screen according to the present invention

Other objects, features and advantages of the present invention will become apparent from the detailed description of the embodiments with reference to the accompanying drawings.

A preferred embodiment of a virtual realization apparatus and method for customizing a buyer in a web according to the present invention will be described with reference to the accompanying drawings. The present invention may, however, be embodied in many different forms and should not be construed as limited to the embodiments set forth herein. Rather, these embodiments are provided so that this disclosure will be thorough and complete, and will fully convey the scope of the invention to those skilled in the art. It is provided to let you know. Therefore, the embodiments described in the present specification and the configurations shown in the drawings are merely the most preferred embodiments of the present invention and are not intended to represent all of the technical ideas of the present invention. Therefore, various equivalents It should be understood that water and variations may be present.

FIG. 2 is a block diagram illustrating a configuration of a virtual realization device for customizing a purchaser in a web according to an embodiment of the present invention.

2, the virtual realizing device of the present invention includes a user interface 100, an image-for-production detecting unit 200, a product image detecting unit 300, a replica image generating unit 400, An editing unit 500, a virtual realization processing unit 600, and a completed image display unit 700. [

The user interface 100 receives image file information for indexing pre-stored image files based on input information input through an external input according to a user's operation. At this time, the image file includes a product image or an image to be printed on the product. The image file may be a * .png file, a * .jpg file, * .swf file, * .ai file, * .eps file, * .psd file, but the present invention is not limited thereto.

The production image detecting unit 200 detects a production image selected from production images stored in advance in the production image information DB 210 based on the image file information input from the user interface 100. [ Reference numeral 201 in FIG. 4A denotes a detected production image. The production image to be detected at this time includes an image or text that is a whole background such as a landscape, an entertainer, a character, a pattern, etc. as an image to be selected for printing on the product. The production image to be detected at this time includes a production image stored in the production image information DB 210, which is produced by the user through the user interface 100, or obtained by searching for other web pages.

The product image detecting unit 300 detects a selected product image among product images stored in advance in the product image information DB 310 based on the image file information input from the user interface 100. The product image detected at this time is a product image to be printed on the produced image detected by the manufactured image detecting unit 200 and includes images of a specific product such as an eco bag, a lighter, a mobile phone case, a mug, a puzzle, an accessory, . The product image detected at this time includes a production image in which the user directly photographs, manufactures, or searches the other web page through the user interface 100 and stores the inputted product image in the product image information DB 310.

As described above, since the user can directly shoot, produce or search the image detected by the manufactured image detecting unit 200 and the product image detecting unit 300, the user can directly use the inputted image, It is possible to more selectively extract the design image selectively, and selectively apply the edited design image to the extracted product, so that it is possible to more easily apply the original design image of the user to the product that he owns.

The duplicate image generation unit 400 generates a virtual production image (duplicate image) in which the production image is duplicated to control the production image detected by the production image detection unit 200. [

4A, the product image editing unit 500 extracts a PNG file having a vector data value of a warmth, texture, contrast, and shape based on the product image detected by the product image detecting unit 300, Of the 3D product image. Since the 3D product image has data values such as shape, texture, lightness, contrast, and shape of the product, it is possible to reproduce the effect as if the 3D product is being viewed through the monitor and the similar output device, It is suitable for experiencing.

For reference, the product image editing unit 500 is only one embodiment, and the product image stored in the product image information DB 310 is a 3D product having a vector data value of shape, texture, lightness, It should be noted that the configuration of the product image editing unit 500 may be omitted when the image is stored.

4B, the virtual realization processing unit 600 arranges the production image 201 at the lower end, the 3D product image 301 at the stop, and the replica image 202 at the upper end, respectively, The product image is masked and the replica image 202 controls the production image 201 and the production image 201 located at the bottom of the 3D product image 301 is combined with the vector data value of the 3D product image 301 , The production image is printed on the 3D product image of the PNG file which retains the vector data value of the 3D product image 301 as shown in Fig. 4C. As described above, according to the characteristics of the web standard (EI, Firefox, chrome, MAC), only the data of the uppermost copy image 202 is controlled and the lowermost production image 201 is combined with the 3D product image 301, It is possible to experience a virtual product in which a 3D product image is directly expressed without installing the program.

In particular, it is difficult to generate the PNG file of the present invention by a technique utilizing a general Photoshop when generating the PNG file of the product. That is, in the present invention, the darkest region, the dark region, the middle region, the middle bright region, and the brightest region of the product are distinguished and separated, and the product image is generated by specifcating the value of the dark region. According to the method of generating the PNG file of the product through such a method, as shown in FIG. 4D, the skill point where the replica image and the 3D product image as the PNG file overlap each other can be expressed as it is . That is, as shown in FIG. 4E, there is a difference in configuration from the conventional technique of deleting the portion of the product image into which the inserted image is inserted to make the bottom inserted image visible.

Then, the completed image display unit 700 provides a virtual realization product in which a production image is printed on the 3D product image in the virtual realization processing unit 600 on the screen.

FIG. 3 is a block diagram showing the configuration of the virtual realization processing unit of FIG. 2 in more detail.

As shown in FIG. 3, the virtual realization processing unit 600 includes an image obtaining unit 500, an image receiving unit 500, An arrangement unit 620 for arranging the images input to the image input unit 610 as an image for production at the bottom, a 3D product image for the interruption, and a replica image at the top, A vector image generating unit 630 for generating a vector image file of the production image and the replica image having sizes and positions corresponding to the information, A matching processing unit 640 for matching the replicated images with each other, and a matching unit 640 for matching the replicated images with each other based on the batch image file matched by the matching processing unit 640 Combining the position of the image produced on the vector data of the 3D image of the product and includes an edited image generating section 650 for making image is created for the printed edited image to the upper 3D Image.

Hereinafter, the operation of the virtual realization device for customizing the purchaser in the web according to the present invention will be described in detail with reference to the accompanying drawings. Like reference numerals in FIG. 1 or FIG. 2 denote the same members performing the same function.

FIG. 6 is a flowchart for explaining a virtual realization method for customizing a buyer in a web according to an embodiment of the present invention.

Referring to FIG. 6, a pre-stored production image and product image are input based on input information input through an external input according to a user's operation through the user interface 100 (S10). In this case, the input production image and the product image may be images stored in advance in the production image information DB 210 and the product image information DB 310 in the server, but the present invention is not limited thereto, And images provided by the user through shooting, production, or search of other web pages. The production image includes an image or text as a whole background such as a landscape, an entertainer, a character, a pattern, etc., which is selected to be printed on the product, The product image to be targeted includes images of a specific product such as an eco bag, a lighter, a mobile phone case, a mug, a puzzle, an accessory, and clothes.

Then, in the product image editing unit 500, the 3D product image of the PNG file, such as shown at 301 in FIG. 4A, having data values including the sensation, texture, contrast, (S20). At this time, the PNG file of the product is divided into a darkest region, a dark region, an intermediate region, a middle bright region, and a brightest region by separating the dark region, the dark region, do.

That is, as shown in FIG. 5, a first step of detecting a first vector data value by separating only a part of a product image inputted and masking combined, from a product image inputted first, and a step of detecting a masking part And separating only the texture, the lightness, the contrast, and the shape of the product from the input product image to detect the third vector data value. Then, the 3D product image of the PNG file is generated by combining the first, second, and third vector data values of each of the separated images detected through the three-step separation process.

The duplicate image generation unit 400 generates a virtual production image (duplicate image) replicated with the input production image (S30). This is used as a virtual replica image for controlling the production image.

4B, after placing the production image 201 at the lower end, the 3D product image 301 for the interruption, and the replica image 202 at the upper end, respectively, through the virtual realization processing unit 600 S40), a production image and a vector image file of the duplicated image are generated, and the production image located at the bottom of the 3D product image is combined with the vector data of the 3D product image to generate an edited image in which the production image is printed on the 3D product image (S50). As described above, according to the present invention, only the data of the replica image 202 at the uppermost stage is controlled and the production image 201 of the lowest stage is combined with the vector data of the 3D product image 301, As a result, it is possible to experience a virtual product in which a 3D product image is directly expressed without installing a second program.

If the replica image is moved through the user interface 100, the matching processor 640 matches the replica image with the production image based on the vector image file of the replica image (S70). Then, The above step S50 is repeated to generate an edit image in which a production image is printed on the 3D product image (S50).

Then, the virtual realized product, which is the 3D product image on which the production image is printed, is provided on the screen as shown in FIG. 4C (S80).

FIG. 7 is another embodiment showing a virtual realized product provided on a screen according to the present invention.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is to be understood that the invention is not limited to the disclosed exemplary embodiments. It will be apparent to those skilled in the art that various modifications may be made without departing from the scope of the present invention. Accordingly, the true scope of the present invention should be determined by the technical idea of the appended claims.

Claims (10)

A user interface for receiving image file information based on input information input through an external input according to a user's operation;
A production image detecting unit for detecting a production image selected from the production images stored in advance in the production image information DB based on the image file information inputted from the user interface,
A product image detecting unit for detecting a selected product image among product images stored in advance in the product image information DB based on the image file information inputted from the user interface,
A duplication image generation unit for generating a virtual production image (duplication image) duplicated with the production image to control the production image detected by the production image detection unit;
After placing the production image on the bottom, the 3D product image on the discontinuity, and the replica image on the top, the product image is masked, and the reproduction image controls the production image. A virtual realization processing unit coupled with the data value to print the production image on the 3D product image of the PNG file,
And a finished image display unit for providing a virtual realization product on which a production image is printed on a 3D product image in a virtual realization processing unit on a screen. The method according to claim 1,
Wherein the production image is an image selected for printing on a product and comprises an image or text that is a whole background including a landscape, a celebrity, a character, a pattern, and a virtual realization device for customization of a buyer on the web. The method according to claim 1,
The product image is an image of a product to which an image to be printed is to be printed, and includes images of a specific product including an eco bag, a lighter, a mobile phone case, a mug, a puzzle, an accessory, A virtual realization device for production. The method according to claim 1,
Wherein the production image and the product image to be detected include an image input by the user through photographing, production, or other web page search through a user interface. The method according to claim 1,
And a product image editing unit for creating a 3D product image of a PNG file having vector data values of a warmth, texture, contrast, and shape based on the product image detected by the product image detecting unit and storing the 3D product image in the product image information DB, A virtual realization device for customized production of a buyer on the web. The system according to claim 1, wherein the virtual realization processing unit
An image input unit for receiving the production image, the reproduction image and the product image,
A batch processing unit for arranging the images input to the image input unit as a production image at a lower stage, a 3D product image at an interruption,
A vector image generation unit for generating a vector image file of the production image and the replica image having a size and position corresponding to the editing information received from the user interface,
A matching processor for matching the produced image and the replicated image based on the vector image file generated by the vector image generating unit,
And an edit image generating unit for combining the production image located at the lower end of the product image with the vector data of the product image based on the batch image file matched by the matching processing unit to generate an edit image printed with the production image on the product image A virtual realization device for customization of a buyer on the web. (A) inputting pre-stored production images and product images based on input information input through an external input according to a user's operation through a user interface;
(B) generating a 3D product image of a PNG file having data values based on the input product image, the data values including a warmth, a texture, a contrast, and a shape value,
(C) generating a virtual production image (replica image) replicating the input production image,
(D), placing a product image at the bottom, a 3D product image at the stop, and a duplicate image at the top,
(E) generating a vector image file of the production image and the replicated image, and combining the production image located at the bottom of the 3D product image with the vector data of the 3D product image to generate an edited image in which the production image is printed on the 3D product image Step,
(F) matching the production image and the replica image based on the vector image file of the moved replica image when the replica image is moved through the user interface, and repeating the step (E) A virtual fulfillment method for customized production of buyers on web features. 8. The method of claim 7,
The production image and the product image input in the step (A) may be an image stored in advance in the production image information DB and the product image information DB in the server, or may be an image captured or produced by the user through the user interface, And a virtual realization method for customizing a buyer in the web. 8. The method of claim 7, wherein step (B)
Detecting a first vector data value by separating only a part of the product image in which the shape and the masking are combined,
Detecting a second vector data value by separating only the masking portion of the product from the input product image,
Detecting a third vector data value by separating only the texture, the lightness, the contrast, and the shape of the product from the input product image;
And combining the first, second, and third vector data values of each of the separated images detected through the step to generate a 3D product image of the PNG file. Virtual realization method. 8. The method of claim 7,
In the step (B), the 3D product image of the PNG file is divided into the darkest region, the dark region, the middle region, the middle bright region, and the brightest region of the product, And generating a product image based on the acquired product information.

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