Method and apparatus for operating a virtual shop

Abstract

[Problem] To improve a virtual store.　[Solution] Provided is a method for operating a virtual store, the method using an image data processing method for handling a product (C) obtained by applying a specific image (A) to a specific article (B), a terminal of a virtual store user intending to buy or sell the product (C), a terminal of a virtual store operator, and a server connected to the Internet.

Description

Technical Field

[0001] The present invention relates to a method and an apparatus for operating a virtual store. In particular, the present invention relates to a method and an apparatus for operating a virtual store that can display a sample image of a product in a state closer to the actual product on a terminal of a user who intends to purchase or list a product printed with an item on the virtual store.

Background Art

[0002] A method of manufacturing and selling products in which items such as clothing, daily necessities, and stationery that are generally imaged are printed with patterns or characters designated by a purchaser has already become widespread. For example, manufacturing and selling systems described in the following Patent Documents 1 to 6 are known.

[0003] Patent Document 1 describes a product sales system that individually manufactures and sells custom products in which an image published in a book is printed on a desired material.

[0004] In the clothing production system described in Patent Document 2, for each order, a printing device receives a printing signal regarding a color / pattern according to a customer's request from a management computer and prints it on each fabric (raw fabric).

[0005] In the embroidery system described in Patent Document 3, a user selects clothing through the Internet, specifies an embroidery location on the clothing, and selects an embroidery pattern. The embroidery simulation is imaged in three dimensions. The embroidery pattern control signal is provided to a remote embroidery machine through the Internet, and the embroidery pattern customized by the user can be automatically sewn onto the actual clothing.

[0006] In the system for making custom-made clothing in a retail facility described in Patent Document 4, a customer selects a figure from a catalog, a computer device transmits a printing instruction related to the drawing selected by the customer to a printer, and the printer applies a coloring agent to the clothing based on the printing instruction to reproduce the selected figure on the clothing.

[0007] Patent Document 5 describes an umbrella ordering process that allows customers to order custom umbrellas online by specifying an image for the umbrella fabric.

[0008] These conventional technologies allow for the production of small quantities of diverse products that meet individual customer requirements, minimizing raw material waste, even when customers, stores, and manufacturing facilities are geographically separated, by utilizing the internet and various terminal devices. Such a customized system is welcomed by customers because it allows them to select products from a wide range of options anytime, anywhere.

[0009] However, in such made-to-order systems, customers often select an image from a selection of images or printed materials and place an order without seeing the actual product. While internet-based ordering systems generally allow customers to adjust and confirm the size and placement of the image pattern they specify, it is difficult to discern detailed information about the finished product, such as the texture and feel of fabric or knitted goods, from the images provided for such adjustment and confirmation. There will inevitably be some difference between the product's appearance as seen in the images or printed materials provided to the customer and the actual finished product. This difference is influenced by the image equipment used by the customer, their psychology (their imagination and level of expectation), and other factors. As a result, in some cases, the difference between the product imagined at the time of ordering and the product received may exceed the customer's acceptable range, leading to customer dissatisfaction.

[0010] In particular, custom-made T-shirts, where customers specify the design printed on the shirt fabric, are popular at schools, companies, and events, and their ease of ordering online is a major draw for consumers. However, these custom-made T-shirts often feature relatively large designs with strong trends, messages, or visual elements, and customers frequently demand that their desired design be faithfully reproduced on the final product. The higher the customer's expectations for such custom-made products, the more likely dissatisfaction with the finished product is to arise.

[0011] Therefore, the applicant has already proposed an image data processing method and apparatus that allows customers to more accurately visualize the actual product when manufacturing custom-made goods by printing a design specified by the customer onto items such as clothing (Patent Document 6). However, the specific usage of the above image data processing method and apparatus is not disclosed in that document. [Prior art documents] [Patent Documents]

[0012] [Patent Document 1] Japanese Patent Publication No. 2003-162644 [Patent Document 2] Japanese Patent Publication No. 2006-252402 [Patent Document 3] Japanese Patent Publication No. 2001-314677 [Patent Document 4] Special Publication No. 2013-511093 [Patent Document 5] Japanese Patent Publication No. 2020-77252 [Patent Document 6] International application PCT / JP2020 / 026724 [Overview of the Initiative] [Problems that the invention aims to solve]

[0013] Therefore, the inventors considered introducing the groundbreaking image data processing method and apparatus previously proposed by the applicant into actual commercial transactions. [Means for solving the problem]

[0014] As a result, the inventors have devised a method and apparatus for processing the above-mentioned image data for use in the operation of a so-called virtual store. A virtual store, as used here, refers to a means of buying and selling goods that does not require a physical store or cash transactions, where goods are displayed and sold on the internet and payment is made online. It is also called a "virtual store" or "online shop." In other words, the present invention is as follows.

[0015] (Invention 1) An image data processing method for handling a product (C) obtained by applying a specific image (A) to a specific article (B), a terminal of a virtual store user who intends to purchase or sell the product (C), a terminal of a virtual store operator, and a server connected to the Internet. A method for operating a virtual store, comprising: The image data processing method performs the following steps 1 to 5: (Step 1) A step of converting image data (A0) corresponding to the image (A) to obtain image data (A1). (Step 2) A step of converting image data (B0) corresponding to the article (B) to obtain image data (B1) corresponding to the surface state of the area where the image (A) of the article (B) is printed. (Step 3) A step of obtaining image data (A2) from the image data (A1) and the image data (B1). (Step 4) A step of converting the image data (A2) to obtain image data (A3). (Step 5) A step of obtaining image data (C0) corresponding to the product (C) from the image data (A3) and the image data (B0). The server:[[]] Based on the image data (C0) obtained by the image data processing method, a sample image of the product (C) is displayed on the terminal of the virtual store user. Information regarding the purchase and / or sale of the product (C) is transmitted and received between the terminal of the virtual store user and the terminal of the virtual store operator. A method for operating a virtual store. (Invention 2) In Step 1: Values corresponding to one or more of hue, lightness, saturation, transparency, and sharpness of the image data (A0) corresponding to the image (A) are converted to obtain the image data (A1). The method for operating a virtual store according to claim 1. (Invention 3) In Step 1: such that one or more of lightness, saturation, and transparency decrease Converting values corresponding to one or more of brightness, chroma, and transparency of the image data (A0) corresponding to the image (A) above, to obtain the image data (A1) above, A method for operating a virtual store according to claim 1. (Invention 4) In the above step 2, Converting the image data (B0) corresponding to the article (B) above, to obtain image data (B1) corresponding to the concavity / convexity and / or texture of the area to which the image (A) of the article (B) is applied, A method for operating a virtual store according to claim 1. (Invention 5) In the above step 2, Converting the color image data included in the image data (B0) corresponding to the article (B) above into grayscale image data, and / or Applying a blur conversion to the image data (B0) above, to obtain image data (B1) corresponding to the concavity / convexity and / or texture of the area where the image (A) is printed on the article (B), A method for operating a virtual store according to claim 1. (Invention 6) In the above step 3, From the image data (A1) and the image data (B1) above, to obtain image data (A2) that reflects both the image (A) and the surface state of the area to which the image (A) of the article (B) is applied, A method for operating a virtual store according to claim 1. (Invention 7) In the above step 3, From the image data (A1) and the image data (B1) above, to obtain image data (A2) that reflects both the image (A) and the area where the image (A) of the article (B) is printed, A method for operating a virtual store according to claim 1. (Invention 8) In the above step 4, Convert one or more values ​​corresponding to hue, brightness, saturation, transparency, and sharpness in the above image data (A2) to obtain the above image data (A3). A method for operating a virtual store as described in claim 1. (Invention 9) In step 4 above, The values ​​corresponding to one or more of the hue, brightness, saturation, transparency, and sharpness in the above image data (A2) are transformed to obtain the above image data (A3) so that one or more of the brightness, saturation, transparency, and sharpness values ​​increase. A method for operating a virtual store as described in claim 1. (Invention 10) In step 5 above, From the above image data (A3) and the above image data (B0), Image data (C0) is obtained as a sample image of a custom-made product obtained by applying the above image (A) to the above item (B). A method for operating a virtual store as described in claim 1. (Invention 11) The image above (A) shows the selection made by a user on their device when they attempt to purchase or list product (C) in the virtual shop mentioned above. A method for operating a virtual store as described in claim 1. (Invention 12) A method for operating the virtual shop described in claim 1, wherein the information relating to the purchase and / or listing of the above product (C) includes one or more of the size, quantity, shipping address, and price of the above product (C). (Invention 13) The above article (B) is made of one or more materials selected from resin, metal, ceramic, and natural products. A method for operating a virtual store as described in claim 1. (Invention 14) The above item (B) is clothing. A method for operating a virtual store as described in claim 1. (Invention 15) An image data processing device for handling a product (C) in which a specific image (A) is applied to a specific item (B), a terminal for a virtual shop user intending to purchase or list the product (C), a terminal for a virtual shop operator, and a server connected to the internet, the device for operating a virtual shop, The above image data processing device has the following devices 1 to 5: (Device 1) A device that converts image data (A0) corresponding to the above image (A) to acquire image data (A1). (Device 2) A device that converts image data (B0) corresponding to the article (B) above to acquire image data (B1) corresponding to the surface state of the area on the article (B) where the image (A) above is printed. (Device 3) A device for acquiring image data (A2) from the above image data (A1) and the above image data (B1). (Device 4) A device that converts the above image data (A2) to acquire image data (A3). (Device 5) A device that acquires image data (C0) corresponding to the above product (C) from the above image data (A3) and the above image data (B0). The above server is Based on the image data (C0) obtained by the above image data processing method, a sample image of the above product (C) is displayed on the terminal of the above virtual shop user. The terminal of the virtual shop user and the terminal of the virtual shop operator will send and receive information regarding the purchase and / or listing of product (C). A device for operating a virtual shop. (Invention 16) In the above device 1, Convert one or more values ​​of hue, brightness, saturation, transparency, and sharpness in the above image data (A0) corresponding to the above image (A), To obtain the above image data (A1), An apparatus for operating a virtual shop as described in claim 15. (Invention 17) In the above device 1, To decrease one or more of the brightness, saturation, and transparency, Convert the values ​​of brightness, saturation, and transparency corresponding to 1 or greater in the above image data (A0) that corresponds to the above image (A), To obtain the above image data (A1), An apparatus for operating a virtual shop as described in claim 15. (Invention 18) In the above device 2, Convert the image data (B0) corresponding to the above item (B), Image data (B1) is obtained that corresponds to the unevenness and / or texture of the area to which the above image (A) of the above article (B) is applied. An apparatus for operating a virtual shop as described in claim 15. (Invention 19) In the above device 2, The color image data contained in the image data (B0) corresponding to the above item (B) is converted to grayscale image data. and / or, The above image data (B0) was blurred, In the above article (B), image data (B1) is obtained that corresponds to the unevenness and / or texture of the area where the above image (A) is printed. An apparatus for operating a virtual shop as described in claim 15. (Invention 20) With the above device 3, From the above image data (A1) and the above image data (B1), Obtain image data (A2) that reflects both the above image (A) and the surface condition of the area of ​​the above item (B) to which the above image (A) is applied. An apparatus for operating a virtual shop as described in claim 15. (Invention 21) With the above device 3, From the above image data (A1) and the above image data (B1), Obtain image data (A2) that reflects both the above image (A) and the area of ​​the above item (B) on which the above image (A) is printed. An apparatus for operating a virtual shop as described in claim 15. (Invention 22) In the above device 4, Convert one or more values ​​corresponding to hue, brightness, saturation, transparency, and sharpness in the above image data (A2) to obtain the above image data (A3). An apparatus for operating a virtual shop as described in claim 15. (Invention 23) In the above device 4, The values ​​corresponding to one or more of the hue, brightness, saturation, transparency, and sharpness in the above image data (A2) are transformed to obtain the above image data (A3) so that one or more of the brightness, saturation, transparency, and sharpness values ​​increase. An apparatus for operating a virtual shop as described in claim 15. (Invention 24) With the above device 5, From the above image data (A3) and the above image data (B0), Image data (C0) is obtained as a sample image of a custom-made product obtained by applying the above image (A) to the above item (B). An apparatus for operating a virtual shop as described in claim 15. (Invention 25) The image above (A) shows the selection made by a user on their device when they attempt to purchase or list product (C) in the virtual shop mentioned above. An apparatus for operating a virtual shop as described in claim 15. (Invention 26) Information regarding the purchase and / or listing of the above product (C) includes one or more of the following: size, quantity, shipping address, or price of the above product (C). An apparatus for operating a virtual shop as described in claim 15. (Invention 29) The above article (B) is made of one or more materials selected from resin, metal, ceramic, and natural products. An apparatus for operating a virtual shop as described in claim 15. (Invention 27) The above item (B) is clothing. An apparatus for operating a virtual shop as described in claim 15. [Effects of the Invention]

[0016] In this invention, even when the actual product (C) to be displayed (listed and advertised) in a virtual store has not yet been manufactured, a sample image that highly accurately reproduces the actual state of the intended product (C) can be obtained. Moreover, in this invention, users of the virtual store can display a large number of such sample images on their terminals in a short time by swapping out various combinations of images (A) and items (B) in a customized manner. This invention can solve problems unique to virtual stores, such as "it is difficult to imagine the actual product" and "it takes effort to photograph products to attract attention." This invention enables the realization of a virtual store where users can purchase products with greater reliability. Furthermore, this invention enables the realization of a virtual store where users can list products with greater predictability. [Brief explanation of the drawing]

[0017] [Figure 1] An illustrative diagram to visually understand the above process 1 and the image data conversion performed by device 1. [Figure 2] An illustrative diagram to visually understand the above process 2 and the image data conversion performed by device 2. [Figure 3] An illustrative diagram to visually understand the above process 3 and the image data conversion performed by device 3. [Figure 4] An illustrative diagram to visually understand the above process 4 and the image data conversion performed by device 4. [Figure 5] An illustrative diagram to visually understand the above process 5 and the image data conversion performed by device 5. [Figure 6] A schematic example of a sales website for a custom-made T-shirt (C) obtained by printing an image (A) onto an item (B) is shown. The left side (11) is an example using the present invention. The right side (10) is an example not using the present invention. [Figure 7] The processing flow of the above-mentioned image data processing and image data processing device is schematically shown. [Figure 8] Figure 7 shows an example of an image generated by "Data B1". [Figure 9]Figure 7 shows an example of an image generated by "Data A3". However, depending on the drawing format, the actual color image is displayed in black and white. [Figure 10] This diagram schematically illustrates how a user purchases goods using the method and apparatus for operating a virtual store according to the present invention. [Figure 11] This diagram schematically illustrates how a user lists products using the method and apparatus for operating a virtual shop according to the present invention. [Modes for carrying out the invention]

[0018] The present invention provides a method and apparatus for operating a virtual store that uses an image data processing method and apparatus as a means of providing users who intend to purchase or list products using the virtual store with product sample images that are closer to the actual product. The details of the present invention will be described below.

[0019] [Image (A), Article (B), Product (C)] The above-described image data processing method and apparatus are for handling a product (C) in which a specific image (A) is applied to a specific article (B). The specific image (A) is all visible objects that have design and informational value and can be visually evaluated and identified, including, for example, paintings, photographs, books, and printed versions thereof, as well as digital data thereof displayed on mobile devices such as PCs and smartphones. The specific article (B) is all media on which the image (A) can be printed directly or indirectly on its surface.

[0020] In the case of direct printing, so-called digital printing is used, specifically, transmitting image data based on image (A) as print data to a printing press via the Internet, intranet communication, or electronic media. The printing press then uses the received print data to control the output of colorants such as ink to print the desired image (A) onto the surface of the article (B). In the case of indirect printing, image data based on image (A) is transmitted as print data to a printing press via the Internet, intranet communication, or electronic media. The printing press then uses the received print data to control the output of colorants such as ink to print the desired image (A) onto a laminate substrate such as a film or sheet. The resulting printed sheet or film is then adhered to the surface of the article (B), with or without the use of an adhesive. The article (B) is not limited to any tangible object that can be bought and sold, and may be an artificial object, a natural object, or a composite thereof. The materials constituting the above article (B) may include resin, metal, ceramic, or natural material, and may consist of, for example, paper, cloth, fiber, plastic, wood, glass, ceramic, or a composite of two or more materials selected from these.

[0021] The above-mentioned product (C) is, for example, a custom-made product (C) such as clothing, footwear, daily necessities, general merchandise, or stationery. Such custom-made products are generally produced by printing an image selected by the customer from images or samples displayed on a terminal device onto the surface of a general-purpose medium such as clothing, footwear, daily necessities, general merchandise, or stationery selected by the customer. The product (C) utilizing the present invention is preferably a custom-made product (C) on a cloth daily necessities or general merchandise (B) with a preferred pattern or design (A) printed on it, and more preferably clothing such as a T-shirt printed with a pattern or design selected by the customer. When using a cloth article (B), the pattern or design (A) sample often looks different from the pattern or design of the actually produced custom-made product (C). For the customer, it is difficult to predict the actual finished product of such a custom-made product (C). Therefore, the above-mentioned image data processing method and image data processing device aim to generate an image that is close to the actual product (C) before printing.

[0022] [Image Data Processing Method / Image Data Processing] In this invention, starting from image data (A0) corresponding to a pre-selected image (A) and image data (B0) of a pre-selected article, image data (C0) is obtained by converting these images in devices 1 to 5 that perform the following steps 1 to 5, thereby generating an image that closely resembles the actual product (C).

[0023] [Process 1 / Equipment 1] Normally, when an image (A) is printed on some medium, the vibrancy and transparency of the original image (A) are somewhat lost depending on the printing conditions and usage environment. Therefore, in the present invention, in step 1, the above image data (A1) is brought closer to the state of the printed image (A).

[0024] In step 1, image data (A1) is obtained by converting image data (A0) corresponding to the above image (A). Specifically, in step 1, one or more values ​​corresponding to hue, brightness, saturation, transparency, and sharpness of the above image data (A0) corresponding to the above image (A) are converted to obtain the above image data (A1). The variables to be converted and the amount of conversion are set appropriately according to the characteristics of the image (A) and the type of item (B). If the above item (B) is, for example, paper, cloth, or wood, and the color of the above image (A) is reproduced as cloudy and dark on the actual product (C), then in step 1, one or more values ​​corresponding to brightness, saturation, and transparency of the above image data (A0) corresponding to the above image (A) are converted to obtain the above image data (A1) so that one or more of the brightness, saturation, transparency, and sharpness are reduced. Conversely, if the item (B) is, for example, plastic or glass, and the color of the image (A) is reproduced transparently and brightly on the actual product (C), then in step 1, the values ​​corresponding to one or more of the brightness, saturation, and transparency of the image data (A0) corresponding to the image (A) are transformed to obtain the image data (A1) so that one or more of the brightness, saturation, transparency, and sharpness values ​​increase. The transformation in step 1 is appropriately defined depending on the combination of image (A) and item (B).

[0025] If item (B) is a custom-made T-shirt, in step 1, the values ​​corresponding to brightness, saturation, and transparency of 1 or more in the image data (A0) corresponding to the image (A) are converted to preferably reduce the brightness, saturation, and transparency of 1 or more in the original image (A) to 80% or less, and more preferably reduce the brightness, saturation, and transparency of 1 or more in the original image (A) to 75% or less, thereby obtaining the image data (A1).

[0026] The apparatus 1 that performs such process 1 generally includes a database, an image data (A0) output unit, a data conversion unit, an image data (A1) output unit, a memory, and a transmission unit. The database stores image data (A0) corresponding to the selectable image (A). Based on the signal corresponding to the image (A) input to the image data processing device, the data conversion unit of apparatus 1 extracts the requested image data (A0) from the database and converts the image data (A0) according to predetermined conditions to generate image data (A1). The generated image data (A1) is transmitted to apparatus 3 that performs process 3, which will be described later.

[0027] Figure 1 is an illustrative diagram to help understand the above-described process 1 and apparatus 1. Figure 1 corresponds to the case in process 1 and apparatus 1 where the brightness, saturation, and transparency values ​​of image data (A0) are converted so that one or more of the brightness, saturation, and transparency values ​​decrease, thereby generating image data (A1). In this invention, it is not necessary to actually display the image (101) generated by image data (A1), but for convenience, Figure 1 schematically shows image (A)(100) and the image (101) generated by image data (A1). Comparing image (101) with image (A)(100), image (101) will appear slightly darker and duller in color than image (A)(100).

[0028] [Process 2 / Equipment 2] Step 2 is a necessary step to reflect the appearance of the actual product (C) in the image data (A1) acquired in Step 1.

[0029] In step 2, the image data (B0) corresponding to the article (B) is converted to obtain image data (B1) corresponding to the surface condition of the area on the article (B) where the image (A) is printed. Specifically in step 2, the image data (B0) corresponding to the article (B) is converted to obtain image data (B1) corresponding to the unevenness and / or texture of the area on the article (B) to which the image (A) is applied. If the article (B) is made of a flexible material such as paper or cloth, or a low-gloss material such as wood or ceramic, in step 2, the color image data included in the image data (B0) corresponding to the article (B) is usually converted to grayscale image data and / or the image data (B0) is blurred to obtain image data (B1) corresponding to the unevenness and / or texture of the area on the article (B) where the image (A) is printed. By using both conversion to grayscale image data and blurring, the flexibility, matteness, and smoothness of the surface of the article (B) can be reflected in the image data (B1). The methods for converting to grayscale image data and blurring the image will be determined as appropriate depending on the material and shape of item (B).

[0030] The apparatus 2 that performs such process 2 generally includes a database, an image data (B0) output unit, a data conversion unit, an image data (B1) output unit, a memory, and a transmission unit. The database stores image data (B0). The image data (B0) includes color image data corresponding to the color tone of the article (B). The color image data includes values ​​corresponding to the raised parts (brightly appearing convex parts) on the surface of the article (B) and values ​​corresponding to the indented parts (darkly appearing concave parts) on the surface of the article (B). Generally, for the image data (B0), R, G, and B values ​​are assigned to each pixel as color image data.

[0031] In accordance with the wrinkles and roughness of the actual item (B), a distribution of color image data corresponding to the entire area of ​​item (B) is generated. Based on the signal corresponding to the image (A) input to the image data processing device, the data conversion unit of device 2 extracts a dataset from the image data (B0) corresponding to the area of ​​item (B) on which the image (A) is placed, and converts the color image data contained in the dataset into grayscale image data according to predetermined conditions. Generally, the R, G, and B values ​​contained in the color image data are converted into a single grayscale value. The conversion method and the correction method associated with the conversion are appropriately determined according to the characteristics of the image (B). Typically, the grayscale data corresponding to the raised parts (brightly appearing convex parts) on the surface of item (B) is closer to the white value, and the grayscale data corresponding to the indented parts (darkly appearing concave parts) on the surface of item (B) is closer to the black value. In this way, image data (B1) containing the grayscale image data is generated.

[0032] The data conversion unit described above can also perform a blurring transformation on the dataset corresponding to the area of ​​the item (B) on which the image (A) is placed. By performing both the conversion to grayscale image data and the blurring transformation, the grayscale data leaning towards white and the grayscale data leaning towards black contained in the generated image data (B1) are adjusted to correspond to a state on the surface of the item (B) where the raised parts (brightly appearing convex parts) and penetrated parts (darkly appearing concave parts) are smoothly continuous and have a fine distribution.

[0033] The blurred image data (B1) is suitable when the item (B) is made of a relatively thin fabric, such as a T-shirt. By using grayscale image data and blurring in combination, the fine irregularities, slopes, smoothness, and resulting texture of the fabric, which are found in T-shirt fabric, can be reflected in the image data (B1). In step 2 and apparatus 2 described above, the generated image data (A1) is transmitted to apparatus 3, which will be described later.

[0034] Figure 2 is an illustrative diagram for understanding the above-described process 2 and apparatus 2. Figure 2 corresponds to the case in process 2 and apparatus 2 when the color image data contained in the image data (B0) corresponding to the article (B) is converted to grayscale image data and blurred. In this invention, it is not necessary to actually display the image (201) generated by the image data (B1), but for convenience, Figure 2 schematically shows the image (200) generated by the image data (B0) of article (B) and the image (201) generated by the image data (B1). While image (200) corresponds to the color of article (B), image (201) is limited to the region of the selected image (A) and is a black and white image.

[0035] [Process 3 / Equipment 3] Step 3 corresponds to the first synthesis step of the image corresponding to image (A) and the image corresponding to item (B).

[0036] In step 3, image data (A2) is obtained from the above image data (A1) and the above image data (B1). That is, in step 3, image data (A2) is obtained from the above image data (A1) and the above image data (B1) that reflects both the above image (A) and the surface condition of the area of ​​the above article (B) to which the above image (A) is applied. If a product (C) with image (A) printed on the article (B) is requested, in step 3, image data (A2) is obtained from the above image data (A1) and the above image data (B1) that reflects both the above image (A) and the surface condition of the area of ​​the above article (B) to which the above image (A) is printed.

[0037] The device 3 that performs this process 3 generally includes a data conversion unit, an output unit for image data (A1) and image data (B1), an output unit for image data (B1), a memory, and a transmission unit. The memory stores image data (A1) and image data (B1). The data conversion unit of device 3 combines the output image data (A1) and image data (B1) according to a predetermined program to generate image data (A2). The acquired image data (A2) is transmitted to device 4, which will be described later.

[0038] Figure 3 is an illustrative diagram for understanding the above-described process 3 and apparatus 3. Figure 3 corresponds to the process 3 and apparatus 3, where image data (A2) is obtained from the above-described image data (A1) and image data (B1) to reflect both the image (A) and the surface state of the area of ​​the article (B) on which the image (A) is printed. In this invention, it is not necessary to actually display the image generated by image data (A2), but for convenience, Figure 3 schematically shows the image (101) generated by image data (A1), the image (201) generated by image data (B1), and the image (301) generated by image data (A2). In image (301), the colors of image (101) and the black and white / gray of image (201) can be visually observed.

[0039] [Process 4 / Equipment 4] Step 4 corresponds to the correction process for the image data (A2) obtained in Step 3. When color image data is converted to grayscale data, the data values ​​of colors that actually appear vivid or bright may be converted to data values ​​corresponding to black or dark gray. For this reason, the grayscale data generated in Step 2 does not necessarily perfectly match the brightness and darkness that can be seen on the item (B).

[0040] Therefore, in step 4 above, the image data (A2) is transformed to obtain image data (A3). Specifically, in step 4 above, one or more values ​​corresponding to hue, brightness, saturation, transparency, and sharpness of the image data (A2) are transformed to obtain image data (A3). For example, in step 4 above, one or more values ​​corresponding to hue, brightness, saturation, transparency, and sharpness of the image data (A2) are transformed to obtain image data (A3) so that one or more of the brightness, saturation, transparency, and sharpness values ​​increase.

[0041] The apparatus 4 that performs this process 4 generally includes a data conversion unit, an image data (A2) output unit, an image data (A3) output unit, a memory, and a transmission unit. The data conversion unit of apparatus 4 converts the output image data (A2) according to a prescribed program to generate image data (A3). The acquired image data (A3) is transmitted to apparatus 5, which will be described later.

[0042] Figure 4 is an illustrative diagram for understanding the above-described process 4 and apparatus 4. Figure 4 corresponds to the case in process 4 and apparatus 4 where the values ​​corresponding to the brightness and saturation of the above-described image data (A2) are transformed so that the brightness and saturation increase, thereby generating the above-described image data (A3). In this invention, it is not necessary to actually display the image (401) generated by the image data (A3), but for convenience, Figure 4 schematically shows the image (301) generated by the image data (A2) and the image (401) generated by the image data (A3). Image (401) will appear brighter and more vivid than image (301). However, the three-dimensional effect observed in image (301) is also maintained in image (401). Image (401) reproduces the appearance of image (A) as it appears when it is applied (typically printed) on an article (B).

[0043] [Process 5 / Equipment 5] Step 5 is the process of generating an image to predict the product (C) on which the image (A) is applied (typically printed) onto an article (B).

[0044] In step 5 above, image data (C0) corresponding to the product (C) is obtained from the image data (A3) and the image data (B0). Specifically, in step 5 above, image data (C0) as a sample image of a custom-made product obtained by applying the image (A) to the item (B) is obtained from the image data (A3) and the image data (B0). If a clothing product (C) with image (A) printed on the item (B) is requested, in step 5 above, image data (C0) as a sample image of a custom-made clothing product obtained by printing the image (A) on the item (B) is obtained from the image data (A3) and the image data (B0).

[0045] The apparatus 5 that performs such process 5 generally includes a data conversion unit, an output unit for image data (A3) and image data (B0), an output unit for image data (C0), and a memory. The data conversion unit of the apparatus 5 combines the output image data (A3) and image data (B0) according to a prescribed program to generate image data (C0). By transmitting the acquired image data (C0) to a display device separately provided or connected to the image data processing device, the image generated by the image data (C0) can be displayed. The image displayed here is used to provide a sample of product (C) for the manufacture and sale of product (C).

[0046] Figure 5 is an illustrative diagram to help understand the above-described process 5 and apparatus 5. Figure 5 corresponds to a case where the present invention is used to manufacture and sell a custom-made shirt (C) obtained by printing an image (A) onto an article (B). In process 5 and apparatus 5, the above-described image data (A3) and the above-described image data (B0) are combined to obtain image data (C0) as a sample image. An image (501) is generated from the above-described image data (C0). Image (501) is treated as a sample image of the custom-made shirt (C).

[0047] [Terminals / Servers] In the virtual store intended by this invention, users can browse and purchase goods using a device connected to the internet. Furthermore, in the virtual store intended by this invention, users can list and sell goods using a device connected to the internet. In this invention, the product (C) obtained by applying the above-mentioned specific image (A) to the above-mentioned specific article (B) is treated as a product in the virtual store. The above-mentioned device refers to any device that can connect to the internet, and may be any type of device such as a smartphone, tablet, or PC.

[0048] In this invention, information regarding products, purchases, and listings is sent and received between users' terminals via a server, and it is preferable that such transmission and reception be carried out using a so-called "chatbot" method. The so-called chatbot method is welcomed by users who use smartphones as their internet-connected terminals.

[0049] [purchase] A user of the virtual shop of the present invention selects the above image (A) and the above item (B) on a terminal connected to the internet and requests a sample image of the desired product (C) from the server. The above image (A) may be one that the server displays on the user's terminal based on data provided by the virtual shop, or it may be data stored as the user's personal property on the user's terminal or on various cloud services. For example, a user selects an image of a landscape (sea) taken during a trip as the above image (A) and a T-shirt as the above item (B), and requests a sample image of a T-shirt (C) with a picture of the sea printed on it. In this case, for example, when the user touches the "View Product Sample" button, the server receives a sample image request signal for product (C).

[0050] In response to the user's request, the server acquires the image data (C0) using the image data processing method and apparatus described above, through steps 1 to 5 and apparatus 1 to 5. The server transmits sample image data of the product (C) based on the image data (C0) to the virtual shop user's terminal. Thus, a sample image of the product (C) based on the image data (C0) is displayed on the virtual shop user's terminal. Since the sample image displayed on the terminal reflects the wrinkles and unevenness of the T-shirt, the virtual shop user can examine the quality of the product as if they were looking at the real thing.

[0051] When the user decides to make a purchase and, for example, touches the "Purchase" button on their terminal screen, the server of the present invention detects the order for product (C) and then causes information regarding the purchase of product (C) to be sent and received between the virtual shop user's terminal and the virtual shop operator's terminal. The user can send information to the server, along with the purchase decision notification, regarding the size, quantity, and delivery address of the product (C) they intend to purchase. For example, if the user orders T-shirts (C) with a picture of the sea printed on them for both parent and child to wear, the purchase information sent and received will include "1 large size," "1 small size," "amount: 5000 + 3000 = 8000 yen," and "delivery to one location."

[0052] The server communicates various data so that payment is made from the virtual shop user to the virtual shop operator according to the payment method selected by the user. The user completes the payment using the payment method they selected, and the virtual shop operator receives the sales proceeds for the goods. The virtual shop operator also delivers the actual goods according to the delivery conditions selected by the user. Thus, the sale of goods using the virtual shop operation method and apparatus of the present invention is completed.

[0053] [Listing] The method and apparatus for operating a virtual shop of the present invention allows users of the virtual shop to display, sell, and manufacture products (C) of their own choosing. For example, the present invention is useful when the user is a designer and wants to manufacture and sell unique products using various design drawings they have created as materials for various products.

[0054] In this invention, such users (designers) do not need to create a prototype of the final product in advance. The user uploads an image of their design drawing to a server from a terminal connected to the internet. The server of this invention registers the uploaded design image as one of the images (A). Users who visit the virtual shop can purchase a product (C) that combines the design image (A) with the item (B).

[0055] For example, the user (designer) described above may want to sell tableware printed with a cat design they created and can list it on the virtual shop of the present invention. The user (designer) uploads an image of the cat design to the server of the present invention, selects the tableware on which they want to print the design, and sends the selection information to the server. As a result, the cat design image (A) (cat image (A)) and the limited items (B): mugs, glasses, and plates are linked and registered on the server of the present invention.

[0056] In this invention, the user (designer) displays sample images of products (C): cat-themed mugs, glasses, and plates, on their terminal, with a cat image (A) printed on an item (B). The user (designer) then reviews and confirms the expected finished product (C) on the terminal display before deciding to list the product (C) for sale. For example, when the user (designer) touches the "List under these conditions" button on the terminal screen, the cat image (A) and the items (B) associated with the cat image (A): mugs, glasses, and plates are registered on the server as materials available to the user of this invention. The user (designer) does not need to create prototypes of products using the cat image (A) or take photographs of prototypes.

[0057] Visit the virtual shop of this invention and purchase goods. let's If a user selects the cat image (A) as image (A), only mugs, glasses, and plates will be displayed as combinable items (B). In accordance with the user's selection, the present invention displays a sample image of one of the products (C): cat-themed mugs, glasses, or plates on the user's terminal. The user can purchase one of the products (C): cat-themed mugs, glasses, or plates. The server of the present invention sends and receives information regarding payment, delivery, and deposit between the user's terminal and the virtual shop operator's terminal as described above, in order to deliver the products (C): cat-themed mugs, glasses, or plates to the user. Furthermore, the server of the present invention sends and receives information regarding listing fees and sales proceeds between the user's (designer's) terminal and the virtual shop operator's terminal.

[0058] In the present invention, the image data processing method and apparatus described above can also be used on the platform of another virtual shop designated by the user (designer) to use the image data (C0) of the product (C) (e.g., a mug, glass, or plate with a cat) requested by the user (designer). In this case, the method and apparatus for operating a virtual shop of the present invention will list and sell the product (C) on the virtual shop on behalf of the user (designer) and collect the sales proceeds. The server of the present invention will cause information regarding the amount and payment method to be sent and received between the user's (designer's) terminal and the virtual shop operator's terminal so that the user's (designer's) share of the profits is paid from the sales proceeds received by the virtual shop operator.

[0059] In this case, the method and apparatus for operating a virtual shop of the present invention provides the user (designer) with high-quality sample images while simultaneously acting as an intermediary for accessing the virtual shop platform. Currently, each virtual shop has different specifications for seller information registration, communication methods with buyers, and payment information registration, requiring sellers to perform individual operations according to each specification. By using the method and apparatus for operating a virtual shop of the present invention, the user (designer) does not need to worry about such differences in individual environments.

[0060] [effect] Figure 6 is an illustrative diagram to illustrate why the above image (501) is valid as a sample image. Figure 6 shows the display of a sales site for custom-made T-shirts obtained by printing image (A) onto an item (B). Without using the above image data processing method and image data processing device (10), customers look at image (A) and an image of the item (B) (B0), imagine the finished shirt, and place an order. It is difficult to accurately predict the texture and color of the shirt that will actually arrive just by looking at image (A) and image (B0). In contrast, when a sample image of a custom-made T-shirt is displayed using the above image data processing method and image data processing device (11), it is possible to predict the texture and color of the finished T-shirt with relative accuracy. By providing such sample images, it is possible to improve customer purchasing intent and product satisfaction.

[0061] Such sample images are beneficial to both users looking to purchase items in a virtual store and users looking to sell items in a virtual store.

[0062] By using the method and apparatus for operating a virtual store of the present invention, the production of actual products is limited to when an order for that product is confirmed, eliminating the risk of holding prototypes or display items as unsold goods. The method and apparatus for operating a virtual store of the present invention allows buyers to select products with a level of reliability similar to that of a physical store, and allows sellers to decide on items to sell with a level of predictability similar to that of a physical store. In particular, by using the method and apparatus for operating a virtual store of the present invention, sellers of products, especially users (designers) who create the materials for products, can reduce tasks outside their core business, such as prototyping and image creation of finished products using their materials, and as a result, they can expect increased revenue by utilizing virtual stores where images are important.

[0063] Furthermore, the method and apparatus for operating a virtual shop according to the present invention allows for one-stop online settlement of payments from buyers and profit sharing for sellers, enabling efficient and highly satisfying transactions for both sellers and buyers.

[0064] Furthermore, if the method and apparatus for operating a virtual store of the present invention uses means (so-called chatbots) that allow virtual store users to send and receive information in a chat format, users can purchase and list products anytime, anywhere, while referring to realistic sample images. By utilizing this invention, virtual shops can meet the needs of buyers and producers in recent years, such as "wanting to keep travel memories as personal belongings," "wanting to manufacture and purchase unique souvenirs in small batches," and "wanting to commercialize their artwork with minimal initial investment." [Examples]

[0065] [Sample image of a custom-made T-shirt] Figure 7 schematically shows the processing flow of the image data processing and image data processing device described above. Steps 1 to 5 shown in Figure 7 were performed for the manufacture and sale of custom-made T-shirts printed with color landscape photographs.

[0066] Figure 8 shows the image generated by "Data B1" acquired in process 2 and apparatus 2 as shown in Figure 7. In this image, the original T-shirt's color tone has been changed to black and white / gray as generated by the grayscale data.

[0067] Figure 9 shows the image generated by "Data A3" shown in Figure 7. However, in the specification, the actual color image is displayed in black and white mode. This image reproduces the state in which a color landscape photograph is printed on a finished T-shirt. This image also represents shadows caused by wrinkles and curvature of the T-shirt. Using "Data C," obtained by combining this image with a T-shirt image, a sample image of a custom-made T-shirt is displayed. Customers and manufacturers can predict the printed areas of the finished T-shirt with near accuracy from the sample image.

[0068] [Purchasing items from a virtual shop] Figure 10 shows how a user purchases goods using the method and apparatus for operating a virtual store according to the present invention. The circled numbers in Figure 10 indicate the order of processing.

[0069] In this example, the user selects a photograph as image (A), a T-shirt as item (B), and requests a sample image of product (C) from an internet-connected terminal. Image (A) may be an image stored by the user on their terminal or in the cloud, or an image transmitted to the user's terminal by the server used in this invention. In response to the user's request, the image data of image (A) and item (B) are processed to generate sample image data of T-shirt (C), and the sample image of T-shirt (C) is displayed on the user's terminal. If the user is satisfied with the sample image of T-shirt (C), they send a message agreeing to the virtual shop's terms of service (e.g., agreement to copyright policy), an order message, order quantity, number of items ordered, shipping address, payment method, etc., to the server using a chatbot. The virtual shop operator receives the purchase information from the internet-connected terminal and arranges the manufacturing, delivery, and collection of payment for the actual T-shirt (C). In this example, the user is given a wide selection of images (A), so they can order T-shirts (C) in a so-called made-to-order manner. While the actual T-shirt (C) is produced after the product order is placed, users can decide to purchase it after reviewing a sample image that accurately reproduces the actual product. Therefore, using the method and apparatus for operating a virtual store of the present invention, virtual products can be offered to customers as "their own unique products" without accumulating unnecessary inventory.

[0070] [Listing products in a virtual shop] Figure 11 shows how a user lists a product using the method and apparatus for operating a virtual shop according to the present invention. The circled numbers in Figure 11 indicate the order of processing.

[0071] In this example, the user selects a photo they own as image (A), a T-shirt as item (B), and requests a sample image of product (C) from an internet-connected device. The server responds to the user's request by processing the image data of image (A) and item (B) to generate a sample image of T-shirt (C) and displays the sample image of T-shirt (C) on the user's device. If the user is satisfied with the sample image of T-shirt (C), they send a message to the server via chatbot agreeing to the virtual shop's terms of service (e.g., agreement to copyright policy), a listing message, virtual shop name, number of listings, quantity, price, payment method, etc. The virtual shop operator receives the listing request information from the internet-connected device and acts as an agent to list (upload) T-shirt (C) to the virtual shop specified by the user. The sample image of T-shirt (C) becomes viewable on the virtual shop platform. When an order is placed for a T-shirt (C) that has been listed, the operator of the virtual shop that handled the listing (which may be different from the operator of the platform where the item is actually listed) arranges for the manufacturing, delivery, and collection of payment for the physical product. In this example, the user is given a wide selection of images (A), so they can list a so-called "one-of-a-kind" T-shirt (C). The production of the physical T-shirt (C) begins after the product order is placed, and the user does not need to prototype the physical product. Therefore, the method and apparatus for operating a virtual shop of the present invention realizes an environment in which unique products can be bought and sold without generating unnecessary inventory. [Industrial applicability]

[0072] This invention makes product sample images provided by virtual shops to users more closely resemble images of actual products, thereby increasing the credibility of the products offered by virtual shops. Moreover, this invention improves convenience not only for virtual shop users who wish to purchase products, but also for virtual shop users who wish to list products for sale. It is expected that this invention will further expand the number of virtual shop users and revitalize the virtual shop market and the online business industry as a whole. [Explanation of Symbols]

[0073] 1 Process 1, Equipment 1 100 images (A) Image generated by 101 Image data (A1) 2 Process 2, Equipment 2 Image generated by 200 image data (B0) Image generated by 201 Image data (B1) 3 Process 3, Equipment 3 Image generated by 301 Image data (A2) 4 Process 4, Equipment 4 Image generated by 401 Image Data (A3) 5 Process 5, Equipment 5 Image generated by 501 Image Data (C0) 10 Sample display without using the above image data processing method and image data processing device. 11 Sample display using the above image data processing method and image data processing device.

Claims

1. A method for operating a virtual shop, comprising: an image data processing method for handling a product (C) in which a specific image (A) is applied to a specific item (B); a terminal of a virtual shop user intending to list the product (C); a terminal of a virtual shop user intending to purchase the product (C); a terminal of a virtual shop operator; and a server connected to the internet, The above image data processing method involves the following steps 1 to 5: (Step 1) A step of converting the image data (A0) corresponding to the above image (A) to obtain image data (A1). (Step 2) A step of converting the image data (B0) corresponding to the article (B) to obtain image data (B1) corresponding to the surface state of the area on the article (B) where the image (A) is printed. (Step 3) A step of obtaining image data (A2) from the above image data (A1) and the above image data (B1). (Step 4) A step to convert the above image data (A2) and obtain image data (A3). (Step 5) A step to obtain image data (C0) corresponding to the product (C) from the above image data (A3) and the above image data (B0). Furthermore, the above server, Based on the image data (C0) obtained by the above image data processing method, a sample image of the product (C) is displayed on the terminal of the virtual shop user who intends to purchase the product (C) and on the terminal of the virtual shop user who intends to list the product (C) for sale. Information regarding the purchase of product (C) is transmitted between the terminal of the virtual shop user who intends to purchase product (C) and the terminal of the virtual shop operator. Information regarding the listing of product (C) is transmitted between the terminal of the virtual shop user who intends to list product (C) and the terminal of the virtual shop operator. Furthermore, A virtual shop user who intends to purchase the above product (C) can, after reviewing and confirming the sample image of the above product (C) displayed on the virtual shop user's terminal, decide to purchase the above product (C) on the virtual shop user's terminal. Furthermore, When a design image is uploaded to the server from the terminal of a virtual shop user who intends to list the above product (C), the server registers the design image as one of the above images (A). When information about the item (B) selected for the design image is uploaded to the server from the terminal of a virtual shop user who intends to list the above product (C), the server links the above image (A) and the above item (B) and registers them together. A virtual shop user who intends to list the above product (C) can, after reviewing and confirming the sample image of the above product (C) displayed on the virtual shop user's terminal, decide to list the above product (C) on the virtual shop user's terminal. Methods for running a virtual shop.

2. In step 1 above, Convert one or more values ​​of hue, brightness, saturation, transparency, and sharpness in the image data (A0) corresponding to the image (A) above. To obtain the above image data (A1), A method for operating a virtual store as described in claim 1.

3. In step 1 above, To decrease one or more of the brightness, saturation, and transparency, The values ​​corresponding to 1 or more for brightness, saturation, and transparency of the above image data (A0) that corresponds to the above image (A) are converted. To obtain the above image data (A1), A method for operating a virtual store as described in claim 1.

4. In step 2 above, Convert the image data (B0) corresponding to the above item (B), Image data (B1) is acquired that corresponds to the unevenness and / or texture of the area to which the above image (A) of the above article (B) is applied. A method for operating a virtual store as described in claim 1.

5. In step 2 above, The color image data contained in the image data (B0) corresponding to the above item (B) is converted to grayscale image data. and / or, The above image data (B0) is then blurred. In the above article (B), image data (B1) is acquired that corresponds to the unevenness and / or texture of the area where the above image (A) is printed. A method for operating a virtual store as described in claim 1.

6. In step 3 above, From the above image data (A1) and the above image data (B1), Obtain image data (A2) that reflects both the above image (A) and the surface condition of the area of ​​the above article (B) to which the above image (A) is applied. A method for operating a virtual store as described in claim 1.

7. In step 3 above, From the above image data (A1) and the above image data (B1), Obtain image data (A2) that reflects both the above image (A) and the area of ​​the above item (B) on which the above image (A) is printed. A method for operating a virtual store as described in claim 1.

8. In step 4 above, The above image data (A3) is obtained by converting one or more values ​​corresponding to hue, brightness, saturation, transparency, and sharpness of the above image data (A2). A method for operating a virtual store as described in claim 1.

9. In step 4 above, The values ​​corresponding to one or more of the hue, brightness, saturation, transparency, and sharpness of the above image data (A2) are transformed to increase one or more of the brightness, saturation, transparency, and sharpness values, and the above image data (A3) is obtained. A method for operating a virtual store as described in claim 1.

10. In step 5 above, From the above image data (A3) and the above image data (B0), Image data (C0) is obtained as a sample image of a custom-made product obtained by applying the above image (A) to the above item (B). A method for operating a virtual store as described in claim 1.

11. The image above (A) shows the selection made by a user on their device when they attempt to purchase or list product (C) in the virtual shop mentioned above. A method for operating a virtual store as described in claim 1.

12. A method for operating a virtual shop according to claim 1, wherein the information relating to the purchase and / or listing of the above product (C) includes one or more of the size, quantity, shipping address, and price of the above product (C).

13. The above article (B) is made of one or more materials selected from resin, metal, ceramic, and natural products. A method for operating a virtual store as described in claim 1.

14. The above item (B) is clothing. A method for operating a virtual store as described in claim 1.

15. A device for operating a virtual shop, comprising: an image data processing device for handling a product (C) in which a specific image (A) is applied to a specific item (B); a terminal for a virtual shop user intending to purchase the product (C); a terminal for a virtual shop user intending to list the product (C) for sale; a terminal for a virtual shop operator; and a server connected to the internet, The above image data processing device has the following devices 1 to 5: (Device 1) A device that converts image data (A0) corresponding to the above image (A) to acquire image data (A). (Device 2) A device that converts image data (B0) corresponding to the article (B) to acquire image data (B1) corresponding to the surface state of the area on the article (B) where the image (A) is printed. (Device 3) A device for acquiring image data (A2) from the above image data (A1) and the above image data (B1). (Device 4) A device that converts the above image data (A2) to acquire image data (A3). (Device 5) A device that acquires image data (C0) corresponding to the product (C) from the above image data (A3) and the above image data (B0). The above server is Based on the image data (C0) obtained by the above image data processing device, a sample image of the above product (C) is displayed on the terminal of the virtual shop user who intends to purchase the above product (C) and on the terminal of the virtual shop user who intends to list the above product (C) for sale. Information regarding the purchase of product (C) is transmitted between the terminal of the virtual shop user who intends to purchase product (C) and the terminal of the virtual shop operator. Information regarding the listing of product (C) is transmitted between the terminal of the virtual shop user who intends to list product (C) and the terminal of the virtual shop operator. Furthermore, A virtual shop user who intends to purchase the above product (C) can, after reviewing and confirming the sample image of the above product (C) displayed on the virtual shop user's terminal, decide to purchase the above product (C) on the virtual shop user's terminal. Furthermore, When a design image is uploaded to the server from the terminal of a virtual shop user who intends to list the above product (C), the server registers the design image as one of the above images (A). When information about the item (B) selected for the design image is uploaded to the server from the terminal of a virtual shop user who intends to list the above product (C), the server links the above image (A) and the above item (B) and registers them together. A virtual shop user who intends to list the above product (C) can, after reviewing and confirming the sample image of the above product (C) displayed on the virtual shop user's terminal, decide to list the above product (C) on the virtual shop user's terminal. A device for operating a virtual shop.

16. In the above device 1, Convert one or more values ​​of hue, brightness, saturation, transparency, and sharpness in the image data (A0) corresponding to the image (A) above. To obtain the above image data (A1), An apparatus for operating a virtual store as described in claim 15.

17. In the above device 1, To decrease one or more of the brightness, saturation, and transparency, The values ​​corresponding to 1 or more for brightness, saturation, and transparency of the above image data (A0) that corresponds to the above image (A) are converted. To obtain the above image data (A1), An apparatus for operating a virtual store as described in claim 15.

18. In the above device 2, Convert the image data (B0) corresponding to the above item (B), Image data (B1) is acquired that corresponds to the unevenness and / or texture of the area to which the above image (A) of the above article (B) is applied. An apparatus for operating a virtual store as described in claim 15.

19. In the above device 2, The color image data contained in the image data (B0) corresponding to the above item (B) is converted to grayscale image data. and / or, The above image data (B0) is then blurred. In the above article (B), image data (B1) is acquired that corresponds to the unevenness and / or texture of the area where the above image (A) is printed. An apparatus for operating a virtual store as described in claim 15.

20. In the above device 3, From the above image data (A1) and the above image data (B1), Obtain image data (A2) that reflects both the above image (A) and the surface condition of the area of ​​the above article (B) to which the above image (A) is applied. An apparatus for operating a virtual store as described in claim 15.

21. In the above device 3, From the above image data (A1) and the above image data (B1), Obtain image data (A2) that reflects both the above image (A) and the area of ​​the above item (B) on which the above image (A) is printed. An apparatus for operating a virtual store as described in claim 15.

22. In the above device 4, The above image data (A3) is obtained by converting one or more values ​​corresponding to hue, brightness, saturation, transparency, and sharpness of the above image data (A2). An apparatus for operating a virtual store as described in claim 15.

23. In the above device 4, The values ​​corresponding to one or more of the hue, brightness, saturation, transparency, and sharpness of the above image data (A2) are transformed to increase one or more of the brightness, saturation, transparency, and sharpness values, and the above image data (A3) is obtained. An apparatus for operating a virtual store as described in claim 15.

24. In the above device 5, From the above image data (A3) and the above image data (B0), Image data (C0) is obtained as a sample image of a custom-made product obtained by applying the above image (A) to the above item (B). An apparatus for operating a virtual store as described in claim 15.

25. The image above (A) shows the selection made by a user on their device when they attempt to purchase or list product (C) in the virtual shop mentioned above. An apparatus for operating a virtual store as described in claim 15.

26. Information regarding the purchase and / or listing of the above product (C) includes one or more of the following: size, quantity, shipping address, or price of the above product (C). An apparatus for operating a virtual store as described in claim 15.

27. The above article (B) is made of one or more materials selected from resin, metal, ceramic, and natural products. An apparatus for operating a virtual store as described in claim 15.

28. The above item (B) is clothing. An apparatus for operating a virtual store as described in claim 15.

Images