KR100330501B1 - Web browsing picture capturing and editing image offer system and method - Google Patents

Abstract

Disclosed are an image providing system and a method of capturing and editing a web browsing screen. The image providing system that captures and edits the web browsing screen according to the present invention receives a URL and edit information from a customer through a communication network, accesses the received URL to capture the web browsing screen, and receives the captured web browsing image. At least one server provided with a client who wants to receive a snap image by providing a server computer that provides a snap image by editing the edited information to the server computer and a URL and edit information for a web browsing screen to be captured to the server computer through a communication network. Including a customer terminal and providing only URL information and edit information for displaying a web browsing screen that the customer wants to capture, the server computer generates and provides a snap image desired by the customer in real time. As a result, the customer can easily and quickly obtain a snap image of the desired conditions.

Description

Web browsing picture capturing and editing image offer system and method}

The present invention relates to an image capture system, and more particularly, to a system and method for providing an image captured and edited to a customer terminal by a web browsing screen requested by a customer.

There are many websites on the Internet that show site rankings such as the number of visits and the level of web design. In particular, on sites that award prizes according to rankings, designers directly capture the first browsing screen of the websites and show a reduced image (hereinafter, referred to as a snap image) with a brief introduction.

1 is a flowchart illustrating a method of capturing a conventional web browsing screen.

Referring to FIG. 1, in order to capture a desired web browsing screen, the user visits a web site displaying a corresponding web browsing screen through a web browser (step 1). After the first step, the web browsing screen of the visited website is stored as an image using capture-only software (step 3). After the third step, a snapshot is edited to reduce and change the captured web browsing screen using a predetermined image editor to generate a snap image of the web browsing screen (step 5).

As such, there is a inconvenience in that, in order to generate a snap image, a complicated procedure of visiting, capturing, and editing a web site is required.

The technical problem to be achieved by the present invention is to provide a system for automatically generating and providing an image of capturing and editing the web browsing screen of the URL, if the customer presents only the URL name of the desired website.

Another object of the present invention is to provide a method for providing an image captured and edited by a web browsing screen performed in the system.

1 is a flowchart illustrating a method of capturing a conventional web browsing screen.

2 is a diagram showing the overall configuration of an image providing system that captures and edits a web browsing screen according to the present invention.

FIG. 3 is a block diagram illustrating an example of the image capture server 40 shown in FIG. 2.

4 is a block diagram illustrating an embodiment of the image capture module illustrated in FIG. 3.

5 is a diagram illustrating a structure of snap image information data to be stored in the database 34.

FIG. 6 is a flowchart illustrating a method of capturing and editing a web browsing screen performed in the system shown in FIG. 2.

In order to achieve the above object, the image providing system of capturing and editing a web browsing screen according to the present invention receives a URL and editing information from a customer through a communication network, accesses the received URL to capture a web browsing screen, and the captured A customer who wants to receive a snap image by editing the web browsing image according to the received edit information and providing the server computer as a snap image to the customer and the URL and edit information of the web browsing screen to be captured to the server computer through the communication network. It includes at least one customer terminal provided to.

In order to achieve the above object, an image providing system that captures and edits a web browsing screen according to the present invention communicates with a server computer and a server computer for capturing / editing a web browsing screen to generate a snap image, and the desired web browsing screen from the server computer. And at least one customer terminal provided to a customer to be provided with a snap image for the server computer, wherein the server computer stores a database storing the snap image information, each of which receives a URL and edit information from the customer computer. Determines whether a snap image is stored according to the received URL and editing information by referring to the snap image information stored in the file, and extracts and provides the snap image to a customer computer according to the determination result, or according to the received URL and editing information. Capture and edit the web browsing screen URL and edit information from multiple image capture servers and customer computers that create and store as snap images, provide the created snap images to customer computers, and store information about the created snap images in the database as snap image information. If a request for providing a snap image according to the request, the image server is selected from the least load among the plurality of image capture server includes a control server for providing the URL information of the selected image capture server to the customer computer.

In order to achieve the above another task, at least one client terminal provided to a customer who wants to receive a web browsing screen capture service and a web browsing screen of a URL provided from the customer terminal are captured and edited according to the customer's request. In a computer network system in which a server computer providing a result as a snap image to a customer terminal is connected through a communication network, an image providing method of capturing and editing a web browsing screen according to the present invention corresponds to a URL and edit information received from a customer terminal. If there is a request for a snap image, the server computer determines whether the server is storing the requested snap image. If the server computer is storing the requested snap image in steps (a) and (a), it extracts the requested snapshot image. In step (b) and step (a) provided to the terminal, the server computer If not storing the nap image, in step (c) and step (c) of connecting to the received URL to capture the web browsing screen, the server computer edits the captured web browsing screen according to the request of the customer terminal, In step (d) of generating the result as a snap image and providing the result to the customer terminal, the server computer stores the information of the snap image and the snap image generated in step (d) as snap image information, respectively. Is done.

In order to achieve the above object, at least one client terminal provided to a customer who wants to receive a web browsing screen capture service and a web browsing screen of a URL provided from the customer terminal are captured and edited, and the edited result is used as a snap image. In a computer network system including a plurality of image capturing servers to be generated and a server computer providing a generated snap image to a client terminal through a communication network, an image providing method of capturing and editing a web browsing screen is provided from a client terminal. When providing the snap image in steps (a) and (a) of determining whether the provision of the snap image corresponding to the URL and the editing information is requested, the server computer requests the request from the client terminal among the plurality of image capture servers. (B) specifying the image capture server to create the snap image , the image capture server specified in step (b) determines whether the snap image requested in step (a) is stored, and extracts the requested snap image if the snap image requested in steps (c) and (c) is stored. If the snap image requested in steps (d) and (c) is not stored, the web browsing screen is captured by capturing the web browsing screen and edited according to the customer's request. Steps (e) and step (e) of generating as a snap image and providing the generated information to the customer terminal are stored as snap image information, respectively.

Hereinafter, with reference to the accompanying drawings, a web browsing screen capture system and method according to the present invention will be described as follows.

2 is a diagram showing the overall configuration of an image providing system that captures and edits a web browsing screen according to the present invention. The server computer 30 is a computer provided in a company that manages an image providing system that captures and edits a web browsing screen, and the customer terminal 10 uses a computer operated by the server computer 30 to receive a service. to be. The customer terminal 10 connecting to the server computer 30 is connected via a communication network 20 such as the Internet.

The server computer 30 includes a program and a database for capturing and editing a web browsing screen of a URL (Uniform Resource Locator) requested from a customer. The customer terminal 10 has an Internet browser (eg, Netscape, Internet Explorer) capable of displaying web content in the form of Hyper Text Markup Language (HTML). The web browser allows each computer to access and display the contents of the customer care HTML template in the server computer 30. The HTML template of the server computer 13 has a main web (WWW) page to display to the user.

Specifically, the server computer 30 includes a control server 32, a plurality of image capture servers 40-44, and a database 34. Image capture servers 40, 42, and 44 capture and edit web browsing screens to generate snap images. At this time, the server computer 30 is provided with a plurality of image capture server in order to minimize the load required to capture and edit the web browsing screen. In addition, each image capture server includes hard disks 40a, 42a, and 44a, and stores the snap images generated by the image capture servers 40, 42, and 44 on the hard disks 40a, 42a, and 44a. The information about each stored snap image is stored in a database (DB).

The database 34 stores information on snap images stored in the hard disks 40a, 42a, and 44a. Specifically, URL information of each snap image stored in the hard disks 40a, 42a, and 44a, URL information of an image capture server storing the snap image, an updated date and description, and the like are stored. The data structure stored in the database 34 will be described in detail with reference to FIG.

The control server 32 distributes the load of the image capture servers 40, 42, 44 so as not to overload the particular image capture server.

The operation of the web browsing screen capture system will now be described in detail with reference to FIG.

First, the customer requests the server computer 30 to provide a snap image of capturing a web browsing screen using the customer terminal 10 through a communication network 20 such as the Internet (1). As such, when a request for providing a snap image from the customer terminal 10 is requested, the control server 32 of the server computer 30 monitors a plurality of image capture servers 40, 42, and 44 to capture an image having the least load. The server is extracted, and the extracted URL information of the image capture server is transmitted to the customer terminal 10 through the communication network 20 (2). Hereinafter, it is assumed that the load of the image capture server 40 is the smallest for convenience of explanation.

The customer terminal 10 transmits the URL information and the desired edit information of the website displaying the web browsing screen to be captured by the image capture server 40 corresponding to the URL transmitted from the control server 32 through the communication network 20. Transmit (3). Here, the editing information is information including a reduction ratio and resolution of the captured image. The image capture server 40 first determines whether a snap image of the web browsing screen requested from the customer terminal 10 is stored in the hard disks 40a, 42a, and 44a with reference to the database 34. If the snap image requested from the customer terminal 10 is stored in the hard disks 40a, 42a, and 44a as a result of referring to the database 34, the snap image stored in the hard disk is extracted and the customer terminal ( 10) (4).

However, as a result of referring to the database 34, if the snap image requested from the customer terminal 10 is not stored in the hard disk, the image capturing server 40 causes the website of the URL transmitted from the customer terminal 10 to be used. Connect to capture a web browsing screen, edit the requested editing information to generate the requested snap image from the customer terminal, and transmits the generated snap image to the customer terminal 10 (4). In addition, the image capture server 40 compresses the generated snap image and stores it on the hard disk 40a, and the information about the compressed and stored snap image, that is, the URL information of the snap image, and stores it on the hard disk as described above. URL information of the image capture server 40, a brief description of the snap image, and information such as a stored date / time are stored in the database 34.

As a result, when the customer provides only the URL information of the website displaying the web browsing screen to be captured to the server computer 30, the server computer 30 captures and edits the web browsing screen to generate a snap image. And, the completed snap image can be provided in real time.

FIG. 3 is a block diagram illustrating an example of the image capture server 40 shown in FIG. 2. The image capture server 40 includes an image processing controller 50, a plurality of image capture modules 52a, 52b, 52c, and a hard disk 40a. For convenience of description, FIG. 3 shows a database 34 and a communication network 20 together.

Referring to FIGS. 2 and 3, when the condition for generating a snap image from the customer terminal 10, that is, the URL and the edit information is provided through a communication network 20 such as the Internet, 34, it is determined whether a snap image corresponding to the requested condition is stored in the hard disks 40a, 42a, and 44a. If the snap images requested by the customer are stored in the hard disks 40a, 42a, and 44a, the snap images are extracted and provided to the customer terminal through the communication network 20. At this time, if the snap image requested from the customer is on the hard disk 40a of the image capture server 40, the image processing controller 50 extracts the corresponding snap image from the hard disk 40a and provides it to the customer terminal 10. can do. However, if the snap image requested from the customer is stored in the hard disks 42a and 44a of the other image capture servers 42 and 44, the client terminal 10 receives the URL information of the image capture server storing the snap image. To provide. When the customer terminal 10 requests the corresponding snap image to the image capture server of the provided URL, the image capture server extracts the corresponding snap image with reference to the hard disk and provides it to the customer terminal 10.

On the other hand, if the snap image requested by the customer is not stored in the hard disks 40a, 42a, 44a as a result of referring to the database 34, the image processing control unit 50 controls the image capture modules 52a, 52b, 54c. ) To generate the requested snap image and provide it to the customer terminal 10. In detail, the image processing controller 50 designates one image capture module having a low load among the plurality of image capture modules 52a, 52b, and 52c.

An image capture module (hereinafter referred to as 52a) designated by the image processing control section 50 captures the web browsing screen of the URL requested from the customer. The image capturing module edits the captured image according to the editing conditions requested by the customer to generate a snap image, transmits the generated snap image to the image processing control unit 50 and simultaneously compresses and stores the captured image on the hard disk 40a. do. Then, the information of the snap image stored in the hard disk 40a is stored in the database 34.

The image processing controller 50 provides the snap image transmitted from the image capture module 52a to the customer terminal 10 through the communication network 20.

4 is a block diagram illustrating an embodiment of the image capture module illustrated in FIG. 3. The image capture module includes an image capture unit 60, an image reduction unit 62, a filtering unit 64, and a compression unit 66.

Referring to FIG. 4, the image capture unit 60 accesses a URL provided from a customer and captures a web browsing screen corresponding to the URL. The image reduction unit 62 reduces the web browsing screen captured from the image capture unit 60 to the reduction ratio and resolution requested by the customer. The filtering unit 64 compensates for the damage of the image in the process of reducing the image in the image reduction unit 62, and compresses the compensated reduced image as the snap image of the web browsing screen requested by the customer. Transfer to section 66. The compression unit 66 compresses the snap image transmitted from the filtering unit 64 and stores it in the hard disk 40a. For example, a bitmap image of 800x600 and 16color is 938K. If it is compressed to 1/6 using JPEG, the size is 154K. As such, when compressing and storing a snapshot image, one million images may be stored in the 12G hard disk 40a.

5 is a diagram illustrating a structure of snap image information data to be stored in the database 34.

As described above, the database 34 stores the positions of the snap images stored in the hard disks 40a, 42a, and 44a and the stored date / time information. 'URL_Domain' represents the URL name of the website and its domain whose snap image is the web browsing screen. 'URL_Domain' is 'URL_org', 'URL_net', 'URL_com', 'URL_edu', 'URL_gov', 'URL_mil', 'URL_int', 'URL_com', 'URL_ackr', 'URL_orkr', 'URL_etc' Each can be classified as' Where 'URL_etc' is the URL name of any domain that does not belong to .org, .net, .com, .edu, .gov, .mil, .int, .com, .ac.kr, or .or.kr Indicates.

Subsequently, 'URL_Path' represents a path name, and information on this may be omitted. 'URL_FileName' represents a file name of a corresponding web browsing screen, and 'Title' represents a '<title>' portion of a web document corresponding to the corresponding web browsing screen. In addition, 'Saved_Domain' is a portion in which the domain name of the image capture server in which the snap image is stored is recorded, 'Saved_Img_Name' represents a file name of the stored snap image, and 'Explain' is a description of the stored snap image, for example, a reduction ratio, a resolution, and the like. Information about this is recorded. 'Update_Date' is the part where the date and time the snap image is stored on the hard disk is recorded.

As such, the database records URL information about snap images stored on the hard disk, URL information of an image capture server storing the same, and a stored date / time. Thus, referring to the database 34, the image processing controller 50 may know which snap image is stored in each of the hard disks 40a, 42a, and 44a.

FIG. 6 is a flowchart illustrating a method of capturing and editing a web browsing screen performed in the system shown in FIG. 2.

2 and 6, when the control server 32 of the server computer 30 is requested to provide a snap image from the customer terminal 10 (step 80), a plurality of image capture servers 40, 42, 44, a low load image capture server is designated (step 82). That is, the server computer 30 preferably operates a plurality of image capture servers in order to minimize the load on the image capture server for generating a snap image requested by the customer. Referring to the eighty-second step in more detail, the control server 32 transmits URL information of the low-load image capture server among the plurality of image capture servers 40, 42, and 44 to the customer terminal 10. Step 82). For example, the control server 32 sequentially designates a plurality of image capture servers 40, 42, and 44 in a predetermined order, so that a specific image capture server among the image capture servers 40, 42, and 44 is designated. Concentration of loads can be prevented. The customer terminal 10 transmits the URL information and the edit information of the web browsing screen to be captured to the image capture server corresponding to the URL transmitted from the control server 32 as a condition of the desired snap image. Hereinafter, it is assumed that the URL information transmitted from the control server 32 to the customer terminal 10 is URL information of the image capture server 40.

After the eighty-eighth step, when the URL information and the edit information are received from the customer terminal 10, the image capture server 40 refers to the database 34 to display a snap image corresponding to the condition requested from the customer terminal 10. It is determined whether it is stored (step 84). That is, the image capture server 40 refers to the 'URL_Domain', 'URL_Path', and 'URL_FileName' in the image table (see FIG. 5) stored in the database 34, and the snap image corresponding to the URL requested by the customer is located on the hard disk. It is judged whether it is stored in any one of 40a, 42a, and 44a (step 84).

In step 84, if the snap image corresponding to the URL requested by the customer is not stored in any of the hard disks 40a, 42a, and 44a, the image capture server 40 designated in step 82 is the customer terminal. The web browsing screen is captured by accessing the URL received from step 10 (step 90).

After operation 90, the image capture server 40 edits the captured web browsing screen by reflecting the reduction ratio and resolution requested by the customer, and generates the edited image as a snapshot to provide to the customer terminal 10. (Step 92).

After operation 92, the image capture server 40 stores the generated snap image on its hard disk 40a, and stores information on the snap image in the database 34 in the data structure shown in FIG. (Step 94).

In operation 84, if the snap image corresponding to the URL requested by the customer is stored in the hard disks 40a, 42a, and 44a, it is determined whether the web browsing content of the URL requested from the customer has been recently updated. step). Here, whether or not the web browsing content of the URL has been recently updated may be determined by the image capture server 40 checking 'Udate_Date' in a table stored in the database 34. For example, if the snap image stored in the hard disks 40a, 42a, and 44a is a snap image for web browsing more than two hours ago, it is determined that the contents of the web browsing have been updated.

If it is determined in step 86 that the web browsing content of the URL requested by the customer has been recently updated, steps 90 through 94 are sequentially performed.

On the other hand, in step 86, if it is determined that the web browsing content of the URL requested by the customer has not been recently updated, the image capture server 40 refers to the database 34, and the snap image requested from the customer is located on a certain hard disk. Obtaining information on whether the data is stored, referring to the hard disk, extracting the corresponding snap image and providing the snap image to the customer terminal 10 (operation 80). Specifically, the image capture server 40 refers to 'Saved_Domain' and 'Saved_Img_Name' in a table stored in the database 34 to determine which image file name is stored on the hard disk of which image capture server. Extract information about The image capture server 40 accesses the hard disk of the extracted image capture server, extracts a snap image corresponding to the extracted image file name, and provides the image to the customer terminal 10. In addition, the image capture server 40 provides the hard disk information and the image file name extracted from the database 34 to the customer terminal 10, and the customer terminal 10 corresponds to the URL provided from the image capture server 40. Requests the image capture server to provide a snap image corresponding to the image file name. The image capture server 42 extracts a snap image corresponding to the image file name provided from the customer terminal 10 with reference to the hard disk 42a and provides it to the customer terminal 10.

On the other hand, the present invention can also be embodied as computer readable codes on a computer readable recording medium. The computer-readable recording medium includes all kinds of recording devices in which data that can be read by a computer system is stored. Examples of computer-readable recording media include ROM, RAM, CD-ROM, magnetic tape, floppy disk, optical data storage, and the like, and may also be implemented in the form of a carrier wave (for example, transmission over the Internet). Include. The computer readable recording medium can also be distributed over network coupled computer systems so that the computer readable code is stored and executed in a distributed fashion.

As described above, an image providing system and method for capturing and editing a web browsing screen according to the present invention provide a URL information and editing information for displaying a web browsing screen that a customer wants to capture. Create and provide a snap image in real time. As a result, the customer can easily and quickly obtain a snap image of the desired conditions.

Claims (11)

When the URL and the edited information are received through the communication network, the web browser screen is captured by accessing the received URL, and the snapped image is generated by editing the captured web browsing screen according to the received edited information. Providing a server computer; And At least one customer terminal provided to a customer to transmit the URL and the edit information to the server computer, and to receive a snap image of the URL; The server computer A plurality of image capture modules connected to the received URL to capture a corresponding web browsing screen, and editing the captured web browsing image according to the received edit information to generate a snap image and snap image information; A storage unit to store snap images generated by each of the image capture modules; A database storing information on each of the snap images stored in the storage unit as snap image information; And When the URL and the edit information are received from the customer terminal, it is searched whether the snap image corresponding to the received URL and the edit information is stored in the storage unit by referring to the database, and stored in the storage unit according to the search result. An image processing control unit for extracting a snap image or providing the received URL and edit information to an image capture module of one of the plurality of image capture modules, and providing the snap image generated by the image capture module to the customer terminal; Captured and edited web browsing screen, characterized in that the image providing system comprising a. The method of claim 1, wherein each of the image capture modules is An image capture unit configured to capture a web browsing screen by accessing the received URL when the URL and the edit information are received from the image processing controller; An image editing unit editing the web browsing image captured by the image capturing unit according to the received editing information; A filtering unit for filtering the image edited by the image editing unit to compensate for the damaged image and generating it as a snap image, and providing the generated snap image to the image processing controller; And And an image compression unit for storing the snap image generated by the filtering unit in the storage unit and storing the snap image information in the database. The method of claim 1, wherein the snap image information stored in the database includes information about a domain, a path, a file name and a title of a web browsing screen corresponding to the snap image, and stored date / time information. An image providing system that captures and edits a web browsing screen. When a snap image is requested, the first URL information is provided, and when the second URL and the edit information are received at the first URL, the second URL is accessed, the corresponding web browsing screen is captured, and the capture is performed according to the received edit information. A server computer that edits a web browsing screen to create a snap image and provide the generated snap image; And The client is provided with the first URL information from the server computer, and the second URL and the edited information are transmitted to the first URL to provide a snapshot image of the web browsing screen of the second URL from the server computer. At least one customer terminal, The server computer A database that stores information about each of the generated snap images; Each has a unique URL, and when the second URL and the edit information are received from the customer terminal, it is referred to the database to search whether the snap image corresponding to the second URL and the edit information is stored. Extract the stored snap image according to the search result, or capture the web browsing screen by accessing the second URL, edit it according to the edit information, generate and store the snap image, and provide the generated snap image to the customer terminal. A plurality of image capture servers storing information on the generated snap image as the snap image information in the database; And When a request for providing a snap image is requested from the customer terminal, one image capture server having the least load among the plurality of image capture servers is selected, and URL information of the selected image capture server is provided to the customer terminal as the first URL. And a control server for controlling the customer terminal to access an image capture server having the least load. The method according to claim 5, wherein the control server sets a predetermined sequence number to the plurality of image capture servers and, when a request for providing a snap image is requested from the client terminal, transmits URL information of the image capture server according to the determined sequence number to the client terminal. An image providing system that captures and edits a web browsing screen. The snap image information of claim 5, wherein the snap image information stored in the database includes information about a domain, a path, a file name, and a title of a web browsing screen corresponding to the snap image, a domain of the image capture server storing the snap image, and a snap. An image providing system that captures and edits a web browsing screen, including an image name and description, and stored date / time information. Capture at least one customer terminal provided to the customer to be provided with a capture service of the web browsing screen and the web browsing screen of the URL provided from the customer terminal to edit according to the customer's request, and the edited result as a snap image In a computer network system in which a server computer provided to a customer terminal is connected through a communication network, the server computer captures, edits and provides a web browsing screen. (a) determining whether to store a snap image corresponding to the transmitted URL and the edited information when the URL and the edited information are transmitted from the customer terminal; (b) if the snap image corresponding to the transmitted URL and the edit information is stored in step (a), extracting the snap image and providing the snap image to the customer terminal; (c) if the snap image corresponding to the transmitted URL and the edit information is not stored in the step (a), accessing the transmitted URL to capture a web browsing screen; (d) editing the captured web browsing screen according to the edit information, and generating the edited result as a snap image and providing the edited result to the customer terminal; And and (e) storing the snap image generated in step (d) and information on the generated snap image as snap image information, respectively. The method of claim 8, If the snap image corresponding to the transmitted URL and the edit information is stored, the server computer further includes the step (b1) of determining whether the web browsing screen corresponding to the stored snap image has been recently updated. If the corresponding web browsing screen is updated in step (b1), proceed to step (c), and if it is determined that the web browsing screen is not updated, capture and edit the web browsing screen, wherein the stored snap image is provided and provided. Way. 10. The method of claim 9, wherein the updating of the corresponding web browsing screen is determined based on whether the stored snap image was generated before a predetermined time. A plurality of image capture servers for capturing and editing web browsing screens of at least one client terminal and a URL provided from the client terminal provided to a customer who wants to provide a web browsing screen capture service, and generating the edited result as a snap image. In a computer network system comprising a server, and providing the generated snap image to the customer terminal connected via a communication network, capturing and editing the web browsing screen in the providing method, (a) When a request for providing a snap image is requested from the customer terminal, select an image capture server to generate a snap image requested from the customer terminal among the plurality of image capture servers, and select the URL of the selected image capture server from the customer terminal. Providing to the terminal; (b) the client terminal transmitting URL and edit information corresponding to the snap image to be provided by the URL provided in step (a); (c) determining whether a snap image corresponding to the URL and the edit information is stored when the URL and the edit information are transmitted from the customer terminal, in the image capture server selected in the step (a); (d) if the selected image capture server stores the snap image corresponding to the URL and the edit information in step (c), extracting the snap image and providing the snap image to the customer terminal; (e) If the snap image corresponding to the URL and the edit information is not stored in the step (c), the selected image capture server captures a web browsing screen by editing the URL and edits it according to the edit information. Generating an edited result as a snap image and providing the edited result to the customer terminal; And and (f) storing the snap image generated in step (e) and the information on the generated snap image as snap image information, respectively. 12. The web browsing screen according to claim 11, wherein the server computer assigns a predetermined sequence to the plurality of image capture servers, and designates an image capture server to generate the requested snap image according to the determined sequence. How to provide captured and edited images.