KR20050025380A - Method and system for creating homepage using module insertion program - Google Patents

Abstract

A method and a system for creating a homepage using a module insertion program inserting an individual module into the homepage created from a commercial web editor program are provided to maximally simplify a homepage creating process by automatically inserting the desired homepage module into web page configuration created from the commercial web editor program. The system includes a manager terminal(110), a worker terminal(120), and a module insertion server(130). The manager terminal and the worker terminal are equipped with a commercial web agent program and the module insertion program. The module insertion program generates converted web page configuration data by inserting the individual module such as a bulletin board, a coupon registration section, and a shopping mall into a preset position of raw web page configuration data, and registers it to a personal homepage area of the module insertion server. The module insertion server includes a homepage creation controller(133), a module information extractor(136), a source code converter(139), a transceiver(143), and a storing part(146).

Description

Method and system for creating homepage using module insertion program {METHOD AND SYSTEM FOR CREATING HOMEPAGE USING MODULE INSERTION PROGRAM}

The present invention relates to a method and system for creating a homepage using a module insertion program. In particular, an individual module (for example, a bulletin board, a shopping mall, an album, etc.) desired by a user may be inserted into a web page generated using a commercial web editor program. The present invention relates to a method and system for creating a homepage using a module insertion program that enables a smooth homepage creation and modification even without a developer.

With the rapid spread of the Internet, the space of homepages of companies or individuals is gradually increasing as a means of promotion on the Internet.

However, it is not easy to directly create a satisfactory home page for a general user who has not received professional training on homepage creation. To address these difficulties, various commercial web editor programs (eg, front page, Namo web editor, etc.) are produced and sold. However, in order to create a homepage using all the functions of such a commercial web editor program, a separate education or learning is required. Therefore, the structure and shape of a web page generated by a general user using such a commercial web editor program may be similar. There is no choice but to.

Recently, websites that provide free homepages to Internet users (eg, Naver, etc.) have appeared, and internet users who have subscribed to the website go through their homepage creation process provided by the website. You can create a home page.

However, the structure or shape of the homepage created through the website has a standardized form (for example, personal introduction, bulletin board, guestbook, counter, etc.) for all subscribers. It is limited to contents such as posts registered within. In other words, the subscriber has a limitation that the structure or shape of the homepage cannot be modified at all. Due to these limitations, subscribers only have a homepage in form, but do not use the homepage usefully.

Therefore, the conventional homepage creation method cannot have a satisfactory homepage composition or shape without the help of an expert, and thus requires a professional manpower for creating or modifying a homepage, and it is not enough for ordinary users including web designers. There was a problem.

Accordingly, an object of the present invention is to provide a method and system for creating a homepage using a module insertion program that enables a general Internet user to generate a web page having a desired homepage configuration and individual modules even if no expert can modify the source code. .

Another object of the present invention is to select a homepage module (for example, a shopping mall, a coupon, a bulletin board, etc.) selected by a user within a unique web page configuration created using a commercial web editor program (for example, a front page or a namo web editor). It is automatically inserted to provide a method and system for creating a homepage using a module insertion program that maximizes the simplicity of the homepage creation process.

It is still another object of the present invention to provide a method and system for creating a homepage using a module insertion program for generating a homepage satisfactory with a minimum number of people.

It is still another object of the present invention to provide a method and system for creating a homepage using a module insertion program that enables an internet user to freely set the size of an individual module to be inserted into a homepage to create a personalized homepage. .

Another object of the present invention is that the individual module inserted in the homepage can be transformed into a suitable size automatically by calculating the monitor size or web browser screen size of the visitor, and also can update the homepage configuration, so that the user can surf the web smoothly. The present invention provides a method and system for generating a homepage using a module insertion program that enables the module.

It is still another object of the present invention to provide a method and system for creating a homepage using a module insertion program for simultaneously processing a web page data conversion task and an upload task on a single screen in a homepage generation process.

In order to achieve the above objects, according to an aspect of the present invention, by receiving a project registration information including web page generation basic information, operator information, web page type information, worker designation information from the first user terminal through a communication network Registering the information, and if the connection request is received from the second user terminal, searching for one or more project information designated as a worker by the user of the second user terminal, and converting the retrieved project information to the second user terminal. Transmitting a raw web page conversion request including raw web page configuration data and module selection information from the second user terminal in response to any project information selected from the one or more project information; Write down raw web page configuration data Including external image information and module embedded image information, and using the raw web page configuration data to generate converted web page configuration data into which module information corresponding to the module selection information is inserted so as to correspond to the module embedded image information. And a step of transmitting the converted web page configuration data to the second user terminal through a communication network, and a system for enabling the web page generation method to be performed. An apparatus and a record carrier are provided.

In addition, when the web page generation basic information includes a homepage URL where the converted web page is to be registered, receiving the request for registering the converted web page configuration data from the second user terminal and converting the converted web page configuration data. The method may further include registering to correspond to the homepage URL.

The generating of the converted web page configuration data may include extracting module information corresponding to the module selection information, wherein the module information includes at least a connection URL to a module corresponding to the module selection information. Detecting a size of the module embedded image corresponding to the module embedded image information and generating the converted web page configuration data using the raw web page configuration data, the module information, and the size of the module embedded image. It may further comprise a step.

The module is inserted to correspond to the size of the module embedded image included in the raw web page, and when the size of the module embedded image is changed, the display size of the module is correspondingly changed.

In addition, when the raw web page conversion request includes language selection information, extracting module information corresponding to the module selection information is extracting module information corresponding to the language selection information.

In addition, the method for generating a web page according to the present invention comprises the steps of receiving the home page access request from a third user terminal, recognizing the size information of the converted web page configuration data and the size information of the third user terminal display unit; And updating the size information of the converted web page configuration data according to the size information of the third user terminal display unit, and transmitting the updated converted web page configuration data to the third user terminal. Can be.

The method may further include transmitting the converted web page configuration data to a web server corresponding to the external home page URL when the web page generation basic information further includes an external home page URL to which the converted web page is registered. have.

In addition, the transmission of the original web page conversion request and the registration request of the conversion web page configuration data may be made by each function button provided on one screen in the second user terminal.

The transmitting of the converted web page configuration data to the second user terminal through a communication network may include: automatically generating address information for registering the converted web page configuration data corresponding to the homepage URL; And transmitting the converted address information and the converted web page configuration data to the second user terminal.

The raw web page configuration data may be generated using a commercial web page generation program, and the first user terminal and the second user terminal may coincide.

The raw web page configuration data may include two or more module insertion image information, and converted web page configuration data in which independent module information is inserted corresponding to each module insertion image information is generated.

The module information corresponds to at least one of a bulletin board module, a shopping mall module, an album module, a coupon module, a library module, and the like.

According to a preferred embodiment of the present invention, a method for generating a web page using a module insertion server connected through a communication network in a user terminal, when the connection information is input to transmit the connection information to the module insertion server Receiving one or more project information designated as a worker by a user corresponding to the connection information from the module insertion server, wherein the project information includes web page generation basic information and web page type information; Receiving selection information about arbitrary project information from the one or more project information, and receiving selection information about raw web page configuration data generated by using a commercial web page generating program, wherein the raw web page Configuration data is at least external image information and module shovel Including image information; and, when a conversion request for the raw web page configuration data is input, transmitting the raw web page configuration data and module selection information to the module insertion server; A method of generating a web page, the method comprising: receiving converted web page configuration data into which module information corresponding to the module selection information is inserted so as to correspond to module insertion image information. A system, apparatus, and recording medium may be provided to facilitate the operation.

The receiving of the converted web page configuration data may further include receiving address information to which the converted web page configuration data generated by the module insertion server is registered.

In addition, the web page generation method according to the present invention comprises the step of receiving the registration request of the conversion web page configuration data, and the conversion web page to the module insertion server to register the conversion web page configuration data corresponding to the address information The method may further include transmitting a registration request of configuration data.

In addition, the web page generation method according to the present invention is a step of receiving project registration information, wherein the project registration information includes web page generation basic information, operator information, web page type information, worker designation information, and a project When registration completion information is input, the method may further include transmitting the project registration information to the module insertion server.

If a conversion request for the raw web page configuration data is input, checking whether or not the conversion corresponding to the raw web page configuration data has already been performed, and if the conversion has already been performed, displaying an error message. It may further comprise a step.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings.

1 is a block diagram of a home page generation system according to an exemplary embodiment of the present invention.

Referring to FIG. 1, the homepage generation system according to the present invention includes an administrator terminal 110, a worker terminal 120, and a module insertion server 130.

The manager terminal 110 and the worker terminal 120 are commercial web agent programs 113a, 113b-hereinafter referred to as 113 for generating web pages, and module insertion programs 116a, 116b-116 hereinafter according to the present invention. It is provided. The commercial web agent program 113 may be a notepad (i.e., C: \ WINDOWS \ NOTEPAD.EXE) or a web agent program (e.g., front page) for generating web page configuration data (e.g., source code, etc.). (Microsoft FrontPage), Namo Web Editor, etc.). The type of commercial web agent program 113 may be freely selected according to each manager or each worker. The module insertion program 116 inserts the appropriate individual module (for example, a bulletin board, a coupon registration area, a shopping mall, etc.) into a predetermined position corresponding to the raw web page configuration data generated by the administrator or worker, and converts the converted web page configuration data. Generate and register the completed conversion web page configuration data in the personal homepage area of the module insertion server 130. The function of the module insertion program 116 will be described in detail later with reference to the accompanying drawings.

The module insertion server 130 includes a homepage generation controller 133, a module information extractor 136, a source code converter 139, a transceiver 143, and a storage 146. Although each component of the module insertion server 130 of FIG. 1 is illustrated mainly for a function for converting a raw web page into converted web page data, the module insertion server 130 may be a manager terminal 110 or a worker terminal 120. It may further include a component for registering the updated web page data worked by to provide a homepage registration service. However, methods and components for providing a homepage registration service using generated webpage configuration data are well known to those skilled in the art, and thus detailed description thereof will be omitted.

The homepage generation control unit 133 may include a module information extraction unit 136 to convert raw web page configuration data into converted web page configuration data in response to a module insertion request transmitted from the administrator terminal 110 or the worker terminal 120. Functions to control the source code converter 139, the transceiver 143 and the storage unit 146.

The module information extracting unit 136 extracts the appropriate module information (eg, URL information accessible to the module information) by determining the type of the module to be inserted into the web page generated by the administrator or the operator and the size of the module. Perform the function.

The source code conversion unit 139 converts the source code of the original web page received from the administrator terminal 110 or the worker terminal 120 into a predetermined form using the module information extracted by the module information extraction unit 136. To generate the converted web page.

The transceiver 143 receives data (for example, homepage generation basic information, raw web page, etc.) from the manager terminal 110 and / or the worker terminal 120, and generates the data by the source code conversion unit 139. And transmits the converted web page to the manager terminal 110 and / or the worker terminal 120. Of course, when the registered web page is registered in the external web server 150 designated by the administrator, the converted web page configuration data may be further transmitted to the external web server 150.

The storage unit 146 stores web page generation basic information (eg, homepage type, manager information, etc.), worker selection information for each homepage, converted webpage configuration data, and the like. Of course, the storage unit 146 may be divided according to the type of data stored in a plurality.

Web page generation method according to the present invention may be performed independently in the administrator terminal 110 or worker terminal 120 having a commercial web agent program 113 and the module insertion program 116, the following managers An operator to designate a homepage to be created using the terminal 110 will be described based on a method of creating a homepage using the worker terminal 120.

2A is a flowchart illustrating a method for setting homepage generation basic information according to an exemplary embodiment of the present invention, and FIG. 2B is an exemplary view of a project view screen according to an exemplary embodiment of the present invention. 2C is an exemplary diagram of a project registration screen according to an exemplary embodiment of the present invention, and FIG. 2D is an exemplary diagram of a web page detailed information input screen according to an exemplary embodiment of the present invention.

In describing the flowchart shown in FIG. 2A, an exemplary view of the screen display of FIGS. 2B to 2D will be described together for convenience of understanding.

Referring to FIG. 2A, in step 210, the manager terminal 110 (that is, the module insertion program 116 installed in the manager terminal 110) receives access information (eg, an ID and a password) from the manager and establishes a communication network. Transmit to the module insertion server 130 through.

In operation 215, the module insertion server 130 determines whether the access information received through operation 210 is valid. If it is valid, the module insertion server 130 transmits the access approval information to the manager terminal 110 in step 220, and if it is not valid, the module insertion server 130 transmits an error message to the manager terminal 110 in step 225. .

The manager terminal 110 receives access approval information from the module insertion server 130 in step 225. Of course, as shown in step 220 and step 225, it is also possible to switch to the next screen (see Fig. 2b) of the login screen without transmitting the connection approval information separately.

In operation 230, the manager terminal 110 receives new project registration information from the manager. In operation 235 and operation 240, the manager terminal 110 receives a web page type selection and a worker selection from the administrator.

If it is determined that the access information of the manager is valid through steps 210 to 225, the manager terminal 110 displays a project view screen as shown in FIG. 2B on the display unit. The project view screen of FIG. 2B includes a plurality of selection button areas 270 including a project registration button, a project modification button, a store modification button, a designer management button, a project search area 273, and a registered project display area 275. It includes. If a project registered using the project registration button exists, the corresponding information is displayed in the registered project display area 275, and if a plurality of project information is displayed in the registered project display area 275, the project search area 273 You can easily search for the project you want.

If the manager wants to register a new project and clicks the project registration button, the manager terminal 110 display unit displays a project registration screen as shown in FIG. 2C.

The project registration screen includes a project creation basic information input area 280 (e.g., web page name, one or more homepage addresses, operator information, etc.), a web page type selection area 283, and a design worker selection area 286. do.

The administrator inputs the name of the desired web page, the homepage address to which the created web page is registered, the operator information, etc. using the project creation basic information input area 280. Thereafter, the web page type selection area 283 and the design worker selection area 286 are used to select a web page type corresponding to the web page (for example, one of a store, a bulletin board, a coupon, an album, and the like). Then, select the worker who will work with the generated web page. The web page type selection area 283 and the design worker selection area 286 are set in the form of a drop-down menu, so that the administrator can easily select items.

After the administrator inputs all the information, the user proceeds to the next step (see FIG. 2D) by clicking the confirmation button provided at the bottom of the project registration screen.

Referring again to FIG. 2A, in step 245, the manager terminal 110 receives web page detailed information (eg, a business name, a business number, a representative name, etc.) from a manager.

2D illustrates a detailed information input screen. That is, if the administrator selects "store" as the web page type using the web page type selection area 283 of step 235 and FIG. 2C, the detailed information corresponding to the store (e.g., business name, business number, representative name) Etc.). If there are a plurality of projects already registered by the user, the search button 290 may be selected to select a desired project from the plurality of projects. The administrator can also select a store classification button 293 to select a suitable store classification. For example, when the administrator selects the store classification button 293, the manager terminal 110 may display a separate store classification screen on the display unit. In addition, the store classification screen includes major categories such as 'marriage', 'school', 'car' and 'clothing', and one or more detailed classifications for each major category (for example, 'hanbok collection' and 'shoes' under the 'clothing' item). ',' Baby clothes, 'etc.) to ensure that the appropriate store classification. After completing the input of all information, the administrator can complete the project registration by clicking the 'OK' button at the bottom of the detailed information input screen.

Referring back to FIG. 2A, in step 250, the manager terminal 110 determines whether information input is completed by the manager. For example, when the administrator clicks the 'OK' button at the bottom of the detailed information input screen, it may be determined that information input is completed. Of course, even when the 'OK' button is clicked after some information is input in the project registration screen shown in FIG. 2C, it can be determined that the information input is completed. You can continue.

When the information input is completed, the manager terminal 110 transmits the project registration information input by the manager in step 255 to the module insertion server 130 through the communication network. Otherwise, it waits at the current work step.

The module insertion server 130 receives the input information from the manager terminal 110 through the communication network in step 260 and stores the received input information corresponding to the manager.

3A is a flowchart illustrating a web page generation process of an operator according to an exemplary embodiment of the present invention, and FIG. 3B is a diagram illustrating a project selection screen of an operator according to an exemplary embodiment of the present invention. 3C is an exemplary view of a screen display showing a configuration of a raw web page according to an exemplary embodiment of the present invention, and FIG. 3D is a diagram illustrating source code of a raw web page according to an exemplary embodiment of the present invention. FIG. 3E is a diagram illustrating a configuration confirmation screen of a raw web page according to an exemplary embodiment of the present invention, and FIG. 3F is a diagram illustrating a conversion request screen of a raw web page according to an exemplary embodiment of the present invention. 3G is an exemplary view of a screen display showing a conversion result of a raw web page according to a preferred embodiment of the present invention, Figure 3H is an example of a screen display showing the configuration of a conversion web page according to a preferred embodiment of the present invention 3I is a diagram illustrating the source code of the conversion web page according to an embodiment of the present invention.

In describing the flowchart illustrated in FIG. 3A, an exemplary view of the screen display of FIGS. 3B to 3I will be described together for convenience of understanding.

Referring to FIG. 3A, in operation 310, the worker terminal 120 receives connection information from an operator and transmits the connection information to the module insertion server 130 through a communication network.

In operation 315, the module insertion server 130 determines whether the access information received through operation 310 is valid. If valid, the module insertion server 130 searches for a project designating the worker as a designer among one or more projects registered by the manager in step 320, and transmits the searched project list to the worker terminal through the communication network in step 325. For example, an administrator registers three projects, 'A', 'B', and 'C', 'A' and 'B' for worker 'a', and 'C' for worker 'b' If specified, if the operator connected through step 310 is 'a', the module insertion server 130 searches for projects 'A' and 'B' through steps 320 and 325 and returns the search information to the user terminal of 'a'. Will be sent to.

However, if the access information is not valid, in step 330, the module insertion server 130 transmits an error message to the worker terminal 120.

The worker terminal 120 receives the project list information in which the worker is registered as a designer in step 335.

In step 340, the worker selects a project to be worked on using the project selection screen shown in FIG. 3B. The worker may select a project to work by using the project selection window 420 displayed by clicking the task selection button 410 on the project selection screen shown in FIG. 3B. By selecting any project, the operator can check the project properties (for example, web page type) registered by the administrator and create a web page corresponding to the project property (for example, if the web page type is bulletin board). , Create a web page with the bulletin board module inserted).

In step 345, the worker creates a raw web page using a commercial web agent program 113 installed in the worker terminal 120. The raw web page shown in FIG. 3C includes text, an external image 430, and a module embedded image 440. The external image 430 refers to all images in the web page except for the module insertion image 440, and may be divided into a top external image and a side external image. Since the module insertion image 440 is for determining the position and the size of the module into which the module (eg, a bulletin board, a shopping mall, etc.) is inserted, the type of the image may be arbitrarily determined by the operator. Figure 3d illustrates the source code of the raw web page shown in Figure 3c. In the source code of FIG. 3D, information indicating the module insertion image 440 is "<img src =" http://data.betanews.net/imgdb/inline/1061738596.jpg "border = '0' width =" 580 " height "363"> "is inserted. That is, the position for inserting the module and the size of the module to be inserted are determined. Of course, if the operator changes the size of the module insertion image 440, the size of the inserted module is also changed.

When the operator executes the web page configuration confirmation screen (that is, one function of the module insertion program) in operation 350, the operator terminal 120 displays a screen display as shown in FIG. 3E on the display unit.

Referring to FIG. 3E, the web page configuration confirmation screen includes a job selection button 410, a convert / upload button 455, a file list display area 460, and a preview area 465.

When the worker selects the folder where the work file corresponding to any project is located, the work files included in the folder are displayed in the file list display area 460, and any work file in the file list display area 460 is displayed. When selected, the preview area 465 displays a web page corresponding to the work file. That is, the worker may reconfirm the work contents using the preview area 465 before performing the conversion / upload operation using the conversion / upload button 455. In addition, when the operator wants to modify the web page displayed in the preview area 465, it is also possible to modify the web page. For example, if a worker right-clicks over the preview area 465, a list of predefined programs (for example, Notepad, Frontpage, Namo Web Editor, etc.) will be available for you to work with or modify that web page. When displayed and the operator selects an arbitrary program, the program is executed and the modification of the web page is made possible. Thereafter, when the conversion / upload button 455 is clicked by the worker, the conversion file selection screen shown in FIG. 3F is displayed on the display of the worker terminal 120, and the flow proceeds to step 355 of FIG. 3A.

Referring back to FIG. 3A, in step 355, the worker terminal 120 (that is, the module insertion program) determines whether a raw web page conversion request is input from the worker. For example, this may be to check whether any work file is selected by the operator and the convert button 470 of FIG. 3F is input.

When the raw web page conversion request is input, the flow proceeds to step 365 to transmit the raw web page conversion request to the module insertion server 130 through the communication network. However, if the raw web page conversion request is not entered, the process proceeds back to the step selected by the worker.

In step 370, the module insertion server 130 extracts individual module information (eg, web page type information, module access URL, etc.) corresponding to the raw web page conversion request, and converts the converted web using the extracted individual module information. Create a page.

The module insertion server 130 may generate various methods of generating the converted web page in response to the raw web page conversion request received from the worker terminal 120. Only two of them are described by way of example.

The first is to include the raw web page configuration data and the web page type in the raw web page conversion request. That is, when a worker selects arbitrary work files and inputs a raw web page conversion request (that is, clicks the convert button 470), the corresponding web page configuration data and web page type are transmitted to the module insertion server 130 together. Be sure to The module insertion server 130 determines which module should be inserted using the web page type, extracts individual module information, and converts raw web page configuration data to correspond to the extracted individual module information. The source code of the original web page shown in FIG. 3d represents a case where the first method is applied.

The second method is to ensure that only the raw web page configuration data is included in the raw web page conversion request, and that the worker includes the web page type in the raw web page configuration data. For example, in the source code shown in FIG. 3D, the module insertion image 440 area in the source code of the worker-created raw web page is set to "<img src =" http://data.betanews.net/imgdb /inline/1061738596.jpg "'ModuleTag' =" mall "border = '0' width =" 580 "height" 363 ">" The second method is convenient when several modules need to be inserted in one homepage compared to the first method. Of course, if there are several design forms constituting each module, it is possible to select an arbitrary design (for example, 'design form' = "w001"). Of course, even if the operator is to modify the source code in this way, only the input degree of the option, not the modification of the technical content is enough even without technical knowledge of the source code configuration.

Thereafter, in step 375, the module insertion server 130 transmits the converted web page generated in step 370 to the worker terminal 120 through the communication network.

The worker terminal 120 stores the converted web page received from the module insertion server 130 in step 380. And the conversion result of a raw web page is shown in FIG. 3G.

The conversion result screen shown in FIG. 3G includes an address (for example, E: \ a302 \ bbs1.htm) in which the conversion web page configuration data is stored, and an address in which the raw web page configuration data is newly stored (for example, E: \ a302). \ bbs1.tmp.htm), the address where the conversion web page will be registered when registering the conversion web page configuration data to the homepage via the network (for example, http://wwa.urirang.com/store/warehouse/bbs1. htm). That is, the converted web page configuration data is replaced with a file name of the raw web page configuration data and stored, and the raw web page configuration data is updated and stored with a temporary file name. The address in the homepage where the conversion web page is registered is automatically set by the module insertion server 130 and displayed on the conversion result screen. Also, the conversion file selection screen of FIG. 3F or the conversion result screen of FIG. 3G may further include a 'menu' item. When the operator clicks the 'menu' item and selects the convert button 470, the module insertion server 130 includes a basic menu bar corresponding to the module to be inserted into the web page in the process of converting the raw web page. Can be inserted. For example, if the web page is about a store and the module to be inserted is a shopping mall module, the basic menu bar inserted therein may include a menu such as "search for a product, place an order, and view a shopping cart".

Hereinafter, the changes of the source code will be briefly described using the structure of the converted web page and the source code.

The configuration of the conversion web page is shown in FIG. 3H, and the source code of the conversion web page shown in FIG. 3H is shown in FIG. That is, in the converted web page of FIG. 3H, the administrator designates the type of the web page as 'store' in advance (see FIG. 2C), the worker works accordingly, and the module insertion server 130 performs the module of the web page. The shopping mall module 480 is inserted into the inserted image 440. Looking at the source code of the location where the shopping mall module 480 is inserted, the <iframe id = 'megryan887-7-Z001' frameborder = '0' src = '/ util / expirechk.asp? Link = / mall / shop / shop.asp & master = megryan887-7-Z001 &amp; ... style = 'left:; top:; position:; width: 580 px; height: 363px; ' forcate = 'mall' ...> That is, the module in the source code "<img src =" http://data.betanews.net/imgdb/ inline / 1061738596.jpg "border = '0' width =" 580 "height" 363 ">" of FIG. 3D. The size of is kept constant, but a new address for accessing the actual shopping mall module is inserted. In addition, operator information corresponding to the corresponding shopping mall module (ie, megryan887-see FIG. 2C) is inserted together. Thus, if the module is used as a term payment method, the operator information may be used as the payer information.

Referring again to FIG. 3A, in operation 385, the worker terminal 120 determines whether a request for uploading a conversion web page is input from the worker. For example, in Figure 3G, after selecting any work file (i.e., converting web page configuration data), it is checked whether the upload to server button 475 is clicked. If clicked in step 390 transmits the selected work file to the module insertion server 130 through communication only. If not, however, proceed to the step requested by the operator.

The module insertion server 130 receives the converted web page configuration data in step 395 and stores it in correspondence with the project (or administrator, operator, etc.) and the designated URL. That is, the module insertion server 130 may provide a homepage service. Also, as described above with reference to FIG. 2C, when the administrator additionally inputs an external URL address as a homepage, the converted web page configuration data is also transmitted to a separate web server 150 in addition to the module insertion server 130 to have the same contents. Can be serviced through multiple servers.

As such, if a web page generation process according to the present invention includes only a design desired by a worker without understanding technical matters, a satisfactory web page is generated, thereby reducing homepage cost and time. In addition, only one web designer can freely create a web page that includes desired functions. In addition, since the size of individual modules included in the web page can be arbitrarily changed by the operator, the module size can be implemented according to the web page configuration rather than the web page configuration according to the module size.

4 is a flowchart illustrating a web page generation process of a worker according to another exemplary embodiment of the present invention.

However, in describing the flowchart illustrated in FIG. 4, descriptions of steps 510 to 550 that are the same as steps 310 to 350 described above with reference to FIG. 3A will be omitted.

Referring to FIG. 4, in step 355, the worker terminal 120 (that is, the module insertion program) determines whether a raw web page conversion request is input from the worker. For example, this may be to check whether any work file is selected by the operator and the convert button 470 of FIG. 3F is input.

When the raw web page conversion request is input, the process proceeds to step 560 to extract individual module information (eg, module access URL, etc.) to be included in the raw web page. The individual module information that should be included in the web page includes the web page type information (eg 'ModuleTag' = "mall") included in the source code by the worker or the web page type information (e.g. For example, it can be extracted using 'store'. In addition, the individual module information that can be extracted by the module insertion program 116 installed in the worker terminal 120 is stored in advance in the storage of the manager terminal 110. If necessary, the new individual module information may be updated using the update button included in the module insertion program 116.

In operation 565, the worker terminal 120 generates a conversion web page using the individual module information extracted in operation 560. That is, the raw web page is updated by using administrator information inputted by the administrator when registering the project and individual module information (for example, 'wwa.urirang.com/db/mall/shop/shop.asp' as an access address). 3i).

In operation 570, the worker terminal 120 stores the converted web page and displays the conversion result on the display of the worker terminal 120 (see FIG. 3G).

Thereafter, in step 575, the worker terminal 120 checks whether a conversion web page upload request is input from the worker, and if so, transmits the conversion web page configuration data to the module insertion server 130 through step 580.

In step 585, the module insertion server 130 receives the converted web page and stores the received converted web page corresponding to the project.

5 is a flowchart illustrating a method of limiting conversion operations of the same raw web page according to an exemplary embodiment of the present invention.

The flowchart shown in FIG. 5 is intended to reduce the load incurred in web page conversion in case the worker wants to convert the same raw web page again later even though the worker has already converted a specific raw web page. That is, when a conversion request for the same raw web page is input while performing the raw web page conversion process according to the flowchart shown in FIG. 3A or 4, the steps according to the flowchart shown in FIG. 5 may be performed.

Referring to FIG. 5, the worker terminal 120 extracts source code of one or more first source web pages selected for conversion by the worker in step 610.

In operation 620, the worker terminal 120 determines whether a conversion web page corresponding to the same source code as the source code extracted through operation 610 exists in the storage unit.

If the corresponding conversion web page does not exist, the conversion web page is generated in step 630. Operation 630 may include an individual module extraction process and a conversion web page generation process by the worker terminal 120 or the module insertion server 130. In operation 640, the worker terminal 120 stores the converted web page generated by the worker terminal 120 or the module insertion server 130 in the storage unit and displays the conversion result on the display unit.

However, if there is a conversion web page corresponding to the raw web page selected in step 620, the flow proceeds to step 650 where a guidance message (for example, the conversion web page is' c: \ a302 \ bbs1. htm 'already exists).

6 is a diagram illustrating a web page structure according to another preferred embodiment of the present invention.

The web page generation method described above with reference to FIGS. 2 to 5 has been directed to a method of inserting only one module in one web page.

However, in the web page generation method according to the present invention, a worker can freely insert a plurality of modules in one web page. This is because each module is designed to exist independently and exist together in one html document. 6 is a diagram illustrating a case in which a worker inserts a shopping mall module and a bulletin board module together in one web page.

In this case, the administrator inserts a plurality of web page types in the project registration screen shown in FIG. 2C by extracting the appropriate modules to be inserted into the corresponding web page from the module insertion server 130 or the worker terminal 120 (for example, For example, a store and a bulletin board, a worker inserts a plurality of module insert images and sets the web page type in the source code corresponding to each module insert image (for example, 'ModuleTag' = "mall in the first image). ", 'ModuleTag' =" bbs "is inserted into the second image). Of course, if different configurations exist for each module, the operator can select any configuration (eg, add 'design form' = "b001" into the source code corresponding to each module embed image).

According to still another preferred embodiment of the present invention, a web page display method is provided in which a web page is reconfigured according to the size of a user terminal display unit when an arbitrary user accesses the home page through a communication network.

That is, the user terminal of each accessor knows the size of its own display unit or the screen size of the web browser. When the user terminal accesses the module insertion server 130 through a communication network, the module insertion server 130 also knows the corresponding display unit information. do.

Therefore, the configuration of the web page displayed on the display unit can be reconfigured and provided to correspond to the display unit information of the user terminal.

For example, if a web page created by an operator is created based on the size '1024 x 768' and the module size is '580 x 353', the size of the visitor user terminal display unit is '800 x 600'. The size can also be reduced by the ratio.

So far, we have described how to create a web page that allows the worker or administrator to insert the desired module into the web page generated by the worker. In addition, the special effects desired by the worker or administrator (for example, inserting a flash animation, snowing effect). Naturally, it can be added to the web page.

In addition, although the description has been focused on the case where the language of the module inserted in the module insertion image 440 is Korean, the operator designates a language to be inserted into the source code of the raw web page (for example, 'Lang' = In the case of 'KR' or 'Lang' = 'EN', etc., a module corresponding to the language may be inserted. That is, even if the operator is not fluent in a foreign language, the appropriate module can be inserted into the web page only by language selection.

As described above, the method and system for creating a homepage using the module insertion program according to the present invention have an effect of generating a webpage having a homepage configuration and individual modules desired by a general Internet user even without an expert who can modify the source code. have.

In addition, the present invention provides a homepage module selected by a user (eg, a shopping mall, a coupon, a bulletin board, etc.) within a unique web page configuration created using a commercial web editor program (eg, a front page, a Namo web editor, etc.). Since it is inserted automatically, it can maximize the simplification of the homepage creation process.

In addition, the present invention has the effect of generating a homepage satisfactory with a minimum number of people.

In addition, the present invention can freely set the size of the individual module to be inserted into the home page, the Internet user can create a unique homepage effect.

In addition, according to the present invention, the individual module inserted into the homepage can be automatically transformed into a suitable size by calculating the monitor size or the web browser screen size of the visitor, and also can update the homepage configuration so that the visitor can surf the web smoothly. There is also an effect.

In addition, the present invention has the effect that can simultaneously process the web page data conversion and upload operation on a single screen in the home page generation process.

Although the above has been described with reference to a preferred embodiment of the present invention, those skilled in the art to which the present invention pertains without departing from the spirit and scope of the present invention as set forth in the claims below It will be appreciated that modifications and variations can be made.

1 is a block diagram of a home page generation system according to an embodiment of the present invention.

2A is a flowchart illustrating a method for setting homepage generation basic information according to an exemplary embodiment of the present invention.

2B is an exemplary view of a project view screen according to an embodiment of the present invention.

Figure 2c is an illustration of a project registration screen according to an embodiment of the present invention.

2D is an exemplary view of a web page detail information input screen according to a preferred embodiment of the present invention.

3A is a flowchart illustrating a web page generation process of an operator according to an exemplary embodiment of the present invention.

Figure 3b is a diagram illustrating a project selection screen of the worker according to an embodiment of the present invention.

3C is an exemplary diagram of a screen display showing a configuration of a raw web page according to a preferred embodiment of the present invention.

3D illustrates the source code of a raw web page in accordance with one preferred embodiment of the present invention.

3E is a diagram illustrating a configuration confirmation screen of a raw web page according to a preferred embodiment of the present invention.

3F is a diagram illustrating a conversion request screen of a raw web page according to one preferred embodiment of the present invention.

3G is an exemplary diagram of a screen display showing a conversion result of a raw web page according to a preferred embodiment of the present invention.

3H is an exemplary diagram of a screen display showing the structure of a conversion web page according to a preferred embodiment of the present invention.

3I illustrates the source code of a converted web page in accordance with one preferred embodiment of the present invention.

4 is a flowchart illustrating a web page generation process of an operator according to another exemplary embodiment of the present invention.

Figure 5 is a flow chart illustrating a method of limiting conversion operations of the same raw web page in accordance with a preferred embodiment of the present invention.

6 illustrates a web page structure according to another preferred embodiment of the present invention.

<Explanation of symbols for the main parts of the drawings>

110: manager terminal

120: worker terminal

130: module insertion server

133: homepage generation control

136: module information extraction unit

139: source code conversion unit

143: transceiver

146: storage unit

Claims (21)

In the method of generating a web page through a communication network in the module insertion server, Registering a project by receiving project registration information including web page generation basic information, operator information, web page type information, and worker designation information from a first user terminal through a communication network; Retrieving one or more project information designated as a worker by a user of the second user terminal when a connection request is received from a second user terminal; Transmitting the retrieved project information to the second user terminal; Receiving a raw web page conversion request including raw web page configuration data and module selection information from the second user terminal in correspondence with any project information selected from the one or more project information, wherein the raw web page configuration data Includes at least external image information and module embed image information; Generating converted web page configuration data into which module information corresponding to the module selection information is inserted, corresponding to the module insertion image information using the raw web page configuration data; And Transmitting the converted web page configuration data to the second user terminal through a communication network. Web page generation method comprising a. The method of claim 1, When the web page generation basic information includes a homepage URL where the converted web page is to be registered, Receiving a registration request of the converted web page configuration data from the second user terminal; Registering the converted web page configuration data corresponding to the homepage URL Web page generation method characterized in that it further comprises. The method of claim 1, Generating the converted web page configuration data, Extracting module information corresponding to the module selection information, wherein the module information includes at least a connection URL to a module corresponding to the module selection information; Detecting a size of a module embedded image corresponding to the module embedded image information; And Generating the converted web page configuration data by using the raw web page configuration data, the module information, and the size of the module insertion image. Web page generation method characterized in that it further comprises. The method of claim 3, The module is inserted to correspond to the size of the module embedded image included in the raw web page, When the size of the module insertion image is changed, the display size of the module is also changed accordingly. Web page generation method characterized in that. The method of claim 3, If the raw web page conversion request includes language selection information, Extracting module information corresponding to the module selection information is extracting module information corresponding to the language selection information. Web page generation method characterized in that. The method of claim 2, Receiving the homepage connection request from a third user terminal; Recognizing size information of the converted web page configuration data and size information of the third user terminal display unit; Updating size information of the converted web page configuration data according to size information of the third user terminal display unit; Transmitting the updated converted web page configuration data to the third user terminal. Web page generation method characterized in that it further comprises. The method of claim 2, Transmitting the converted webpage configuration data to a web server corresponding to the external homepage URL when the webpage generation basic information further includes an external homepage URL to which the converted webpage is to be registered. Web page generation method characterized in that it further comprises. The method of claim 2, The transmission of the raw web page conversion request and the registration request of the conversion web page configuration data from the second user terminal are performed by each function button provided on one screen. Web page generation method characterized in that. The method of claim 2, Transmitting the converted web page configuration data to the second user terminal through a communication network, Automatically generating address information for registering the converted web page configuration data corresponding to the home page URL; Transmitting the automatically generated address information and the converted web page configuration data to the second user terminal. Web page generation method comprising a. The method of claim 1, The raw web page configuration data is generated using a commercial web page generation program. Web page generation method characterized in that. The method of claim 1, The first user terminal and the second user terminal match Web page generation method characterized in that. The method of claim 1, Wherein the raw web page configuration data includes two or more module insertion image information, and generated conversion web page configuration data in which independent module information is inserted corresponding to each module insertion image information is generated. Web page generation method characterized in that. The method of claim 1, The module information corresponds to at least one of a bulletin board module, a shopping mall module, an album module, a coupon module, and a library module. Web page generation method characterized in that. A method for generating a web page using a module insertion server connected through a communication network in a user terminal, Transmitting the access information to the module insertion server when access information is input; Receiving one or more project information designated as a worker by a user corresponding to the access information from the module insertion server, wherein the project information includes web page generation basic information and web page type information; Receiving selection information on arbitrary project information from the at least one project information; Receiving selection information on raw web page configuration data generated using a commercial web page generating program, wherein the raw web page configuration data includes at least external image information and module embedding image information; Transmitting the raw web page configuration data and module selection information to the module insertion server when a conversion request for the raw web page configuration data is input; Receiving conversion web page configuration data into which module information corresponding to the module selection information is inserted so as to correspond to the module insertion image information from the module insertion server. Web page generation method comprising a. The method of claim 14, Receiving the converted web page configuration data, Further receiving address information to which the conversion web page configuration data generated by the module insertion server is registered. Web page generation method characterized in that. The method of claim 15, Receiving a registration request of the converted web page configuration data; Transmitting a registration request of the conversion web page configuration data to the module insertion server to register the conversion web page configuration data corresponding to the address information. Web page generation method characterized in that it further comprises. The method of claim 14, Receiving project registration information, wherein the project registration information includes web page generation basic information, operator information, web page type information, and worker designation information; Transmitting project registration information to the module insertion server when project registration completion information is inputted Web page generation method characterized in that it further comprises. The method of claim 14, When a conversion request for the raw web page configuration data is input, checking whether conversion corresponding to the raw web page configuration data has already been performed; Displaying an error message if the conversion has already been performed Web page generation method characterized in that it further comprises. In the module insertion server for performing a web page generation method through a communication network, Web page generation basic information, operator information, web page type information, worker registration information including project registration information from the first user terminal, connection request and raw web page configuration data and module selection information from the second user terminal. Means for receiving a raw web page conversion request, wherein the raw web page configuration data includes at least external image information and module embedded image information; Registering a project corresponding to the project registration information; Means for retrieving one or more project information designated as a worker by a user of the second user terminal using the connection request; Means for generating converted web page configuration data into which module information corresponding to the module selection information is inserted using the raw web page configuration data to correspond to the module insertion image information; Means for transmitting the retrieved project information and the converted web page configuration data to the second user terminal via a communication network. Module insertion server comprising a. In the recording medium that can be read by the module insertion server, a program of instructions that can be executed by the module insertion server is tangibly implemented to perform a web page generation method. Registering a project by receiving project registration information including web page generation basic information, operator information, web page type information, and worker designation information from a first user terminal through a communication network; Retrieving one or more project information designated as a worker by a user of the second user terminal when a connection request is received from a second user terminal; Transmitting the retrieved project information to the second user terminal; Receiving a raw web page conversion request including raw web page configuration data and module selection information from the second user terminal in correspondence with any project information selected from the one or more project information, wherein the raw web page configuration data Includes at least external image information and module embed image information; Generating converted web page configuration data into which module information corresponding to the module selection information is inserted, corresponding to the module insertion image information using the raw web page configuration data; Transmitting the converted web page configuration data to the second user terminal through a communication network. Recording medium that records a program that can run. In the program that can be read by the user terminal is composed of instructions that can be executed by the user terminal to perform a web page generating method, Transmitting the access information to the module insertion server when access information is input; Receiving one or more project information designated as a worker by a user corresponding to the access information from the module insertion server, wherein the project information includes web page generation basic information and web page type information; Receiving selection information on arbitrary project information from the at least one project information; Receiving selection information on raw web page configuration data generated using a commercial web page generating program, wherein the raw web page configuration data includes at least external image information and module embedding image information; Transmitting the raw web page configuration data and module selection information to the module insertion server when a conversion request for the raw web page configuration data is input; Receiving conversion web page configuration data into which module information corresponding to the module selection information is inserted so as to correspond to the module insertion image information from the module insertion server. Programs that can run.