KR20010070783A - Method and apparatus for processing web documents using multi-browse function - Google Patents

Abstract

PURPOSE: A method and an apparatus for processing a web document with a multibrowsing function are provided to integrate each web document and perform an independent browsing of each web document by individually storing and managing a plurality of web documents. CONSTITUTION: A web document including a basic document at least is acquired(S30). At least one or more subordinate web documents are acquired by the basic document(S31). Data of the subordinate web documents acquired are respectively stored in a determined storage unit(S32). A document selector respectively connected to the subordinate web documents is displayed on a screen of a terminal(S33). In case that one is selected among the document selectors, a subordinate web document relevant to the document selector is displayed on the screen of the terminal(S34). All sorts of browsing functions are executed(S35). It is judged whether another document selector is selected(S36).

Description

Method and apparatus for processing web documents using multi-browse function

The present invention relates to a web document processing method and apparatus having a multi-browser function, and more particularly, to a web document processing method and apparatus for independently browsing each web document by separately storing and managing a plurality of web documents. It is about.

The World Wide Web (WWW) is a wide area hypermedia information retrieval network that provides access to web information internationally through networked hypertext computer servers and clients. Hypertext is an information presentation method that includes link information in text so that the text points to other text documents. The hypertext page (or web page) composed of the hypertexts may include text, graphic (still) images, and multimedia objects such as audio or moving picture recordings.

These web pages on the World Wide Web are accessed using a web browser such as Internet Explorer (trademark) or Netscape (trademark), which are called on the screen. Most web browsers use a single document in one web browser window. It was designed to see. FIG. 1 illustrates such a conventional browser. When the web browser is driven, the browser shown in FIG. 1 is displayed on the screen of the terminal, and when the site address name is entered in the address window 40, the site is displayed in the browser window 50. The web page of is displayed. In Fig. 1, reference numeral 10 denotes a browser or site name, reference numeral 20 denotes a menu for performing browsing, and reference numeral 30 denotes a "back", "forward", "stop", and "refresh" of the displayed web page. This is the same page conversion. The reference numeral 60 denotes a task status bar displaying a work status, and the reference numeral 70 denotes a Windows task bar having a Windows start button on which a browser program is executed. In FIG. 1, reference numerals 11, 12, and 13 are buttons for performing a function of minimizing, windowing, maximizing, or removing a web page. In such a browser, one web address (URL) corresponds to one document, and the user enters the address or navigates to another web document through a hyperlink. Therefore, in order to refer to several web documents at the same time, several browser windows should be displayed together on the screen. There is a browser designed to eliminate this inconvenience, but it has to download a separate browser and there is a problem in compatibility with the browser used by most users. Therefore, it would be convenient in many ways to be able to display and use multiple documents on the screen using the most popular browser. However, in the existing browser, as shown in FIG. 1, only one address window 40 is present, and thus, several documents cannot be displayed on the screen.

Accordingly, an object of the present invention is a web document processing method having a multi-browsing function to independently browse each web document by separately storing and managing a plurality of web documents in order to solve the above-mentioned disadvantages; and To provide a device.

Another object of the present invention is to provide a web document processing method and apparatus having a multi-browsing function to independently browse each result by receiving and receiving data from the user to individually store and manage the processed result based on the data. To provide.

It is still another object of the present invention to provide a computer readable recording medium having recorded thereon procedures for integrating and browsing each web document independently by storing and managing a plurality of web documents individually.

Still another object of the present invention is to provide a web browser with a function of integrating and browsing each web document independently by storing and managing a plurality of web documents individually.

Another object of the present invention is applied to a PC-based client-server system, web TV, PDA, web phone, etc., simultaneously reading and storing one or more documents or search results using one web browser and selecting one of them To provide a web document processing method and apparatus having a multi-browsing function to browse.

1 illustrates an example of an existing web browser screen.

2 is a schematic diagram illustrating a web document processing apparatus having a multi-browser function according to the present invention.

3 is a flowchart illustrating a first embodiment of a web document processing method having a multi-browser function according to the present invention.

4 illustrates an example of a multi-browser screen according to the first embodiment.

5 shows an example of a multi-link address creation screen in the first embodiment.

6 is a flowchart illustrating a second embodiment of a web document processing method having a multi-browser function according to the present invention.

7 illustrates an example of a multi-browser screen according to the second embodiment.

According to one aspect of the present invention, a web document processing method for integrating and browsing a plurality of web documents in a terminal connected to a network is provided, the method comprising: obtaining a web document including at least a basic document; Obtaining at least one dependent web documents by the base document; Storing the obtained dependent web documents data in a predetermined storage unit, respectively; Displaying document selectors associated with each of the dependent web documents on a screen of the terminal; And displaying, on the screen of the terminal, a subordinate web document corresponding to the document selector among subordinate web documents stored in the storage unit when one of the document selectors is selected. Provided is a web document processing method.

According to another aspect of the present invention, there is provided a web document processing apparatus for integrating and browsing a plurality of web documents in a terminal connected to a network, the module comprising: a module for obtaining a web document including at least a basic document; A module for obtaining at least one dependent web documents by the base document; A module which stores data of the obtained dependent web documents in a predetermined storage unit, respectively; A module for displaying document selectors associated with each of the dependent web documents on a screen of the terminal; And a module for displaying a subordinate web document corresponding to the document selector among subordinate web documents stored in the storage unit on the screen of the terminal when one of the document selectors is selected. Provided is a web document processing apparatus.

In still another aspect of the present invention, there is provided a computer-readable recording medium having recorded thereon a procedure for a web document processing method of integrating and browsing a plurality of web documents in a terminal connected to a server, the device comprising at least a basic document. Obtaining a web document; Obtaining at least one dependent web documents by the base document; Storing the obtained dependent web documents data in a predetermined storage unit, respectively; Displaying document selectors associated with each of the dependent web documents on a screen of the terminal; And if one of the document selectors is selected, displaying a subordinate web document corresponding to the document selector among subordinate web documents stored in the storage unit on a screen of the terminal. Provide a computer readable recording medium.

Hereinafter, with reference to the accompanying drawings will be described in detail the embodiments implementing the configuration and operation of the web document processing method and apparatus having a multi-browsing function according to the present invention.

2 is a schematic diagram illustrating a web document processing apparatus having a multi-browser function according to the present invention. Referring to FIG. 2, user A 88, user B 89, user C 90, and so on (hereinafter, referred to as users 88, 89, 90,...) Are each user terminal A 85. Web document processing according to the present invention via the Internet 91 using the user terminal B 86, the user terminal C 87, etc. (hereinafter referred to as user terminals 85, 86, 87, ...). The device 80 is connected. The web document processing apparatus 80 provides a multi-browsing environment for easily and quickly accessing a plurality of web documents for each of the user terminals 85, 86, 87, ... connected through the Internet 91. To provide. To this end, the web document processing apparatus 80 includes a basic document 802 in which a web program for executing a web document processing method according to the present invention is described, and user terminals 85 connected to the basic document 802 on the Internet. (86, 87, ...) is provided with a basic document providing unit (801). The basic document 802 is provided to the user terminals 85, 86, 87, ... in the form of a URL. The base document 802 is a subordinate web document acquisition module 810 for acquiring at least one or more subordinate web documents by the base document, and a storage module for storing data of the acquired subordinate web documents in a predetermined storage unit, respectively. 811, a document selector generation module 812 for generating document selectors associated with each of the subordinate web documents and displaying them on a screen of the terminal, and a function of creating / deleting / modifying the subordinate web documents. A subordinate web document processing module 813 is provided.

Each of these modules is transmitted to the user terminals 85, 86, 87, ... in the form of a web program embedded in the basic document via the Internet 91, and executed. The basic document is written in a web programming language such as HTML, PHP, ASP, XML, etc., including a script, and executed in the user terminals 85, 86, 87,... In addition, the modules may be configured in a separate executable file and installed and executed in the user terminals 85, 86, 87,... The dependent web document acquisition module 810 is controlled by the base document and is a module for obtaining at least one or more dependent web documents from web servers 82, 83, 84,... Dependent web documents can be used for web documents such as HTML (DHTML), PHP, ASP, JSP, and XML, including scripting languages, as well as multimedia objects such as graphic (still) images, and audio or moving picture recordings. Controlled by The acquired dependent web documents are stored in a storage medium (memory, HDD, floppy disk, CD-RW, etc.) of the user terminals 85, 86, 87, ... through the storage module 811. Subordinate web documents brought from web servers 82, 83, 84, ... generate document selectors associated with themselves through the document selector generation module 812 and display them on the screen of the terminal. When one of the document selectors is selected, the subordinate web document processing module 813 displays a subordinate web document corresponding to the document selector among subordinate web documents stored in the storage medium on the screen of the terminal. In addition, the subordinate web document processing module 813 performs an overall management function for the subordinate web document, that is, a function such as creation / deletion / change. The dependent web document may be stored in an object such as a frame, an inline frame, a layer, a division, a division, and a span, in which case the objects are displayed in the dependent web documents. Perform the function.

A method of implementing a multi-browser function provided by the web document processing apparatus 80 will now be described with reference to FIGS. 3 and 4. 3 is a flowchart illustrating a first embodiment of a web document processing method having a multi-browser function according to the present invention, and FIG. 4 illustrates an example of a multi-browser screen according to the first embodiment. First, a basic document is obtained by accessing a server providing a basic document (S30). Thereafter, a plurality of dependent web documents to be browsed are acquired (S31). The dependent web documents to be obtained are predefined by the web document processing device 80 or users 88,89,90, ... and by users 88,89,90, ... It is classified as specified when browsing. In advance, the web document processing apparatus 80 selects major websites that users (88,89,90, ...) would prefer in advance by subject matter (eg, IT information, sports, economy, history, etc.). Or provide users with their own websites. The process of the user registering his favorite web documents will be described later in detail with reference to FIG. The dependent web document designated by the users 88, 89, 90, ... when browsing is registered in the document selection unit 200 when the users 88, 89, 90, ... are surfing the web. Obtained by entering the URL of the website directly into the additional address bar 45 without selecting the dependent web document to browse using the document selectors. Another way to be specified when browsing by users 88, 89, 90, ... is to click on a string linked to a given web document to obtain a web document linked to the string. Another way to be specified when browsing by the users 88, 89, 90, ... is to obtain a web document according to the input result submitted through the input form included in the given web document. In order to perform such a function, not only the link information for the web document but also the information indicating that the linked web document is a document to be processed by the web document processing apparatus 80 must be included in the string formed in a hypertext form. Information indicating that the document is to be processed by the web document processing device 80 may be implemented by specifying a tag (TAG) of a predefined form in the anchor (ANCHOR) for the string, there can be any number of methods in addition to this It is apparent to those skilled in the art. The dependent web document acquisition method by clicking on the above-described string can be conveniently used when multi-browsing by selecting only the article desired by the news list.

When the dependent web documents are acquired in step S31 described above, the dependent web documents are stored in a storage area individually allocated to a storage medium of the user terminals 85, 86, 87, ..., and associated with the storage unit. It is provided with a layer (S32). In the storage area, the content of each web document is stored in a predetermined number of predetermined sizes, or by dynamically allocating a storage capacity corresponding to the size of the web document for each of the web documents. The content of the web document may be stored in the allocated storage area. Each stored web document is associated with a layer supported in HTML. The layer (LAYER) is a tag supported by the extended HTML (or DHTML), to provide a function that can display the content of the web document therein by specifying a specific area. The layers may appear to overlap each other. In addition, using a scripting language such as JavaScript, the layer can be freely changed, hidden, or made overlapping layers appear transparent. In this embodiment, the layers of the web documents are superimposed on the screen by using the characteristics of the above-described layer, and only one of the layers is displayed on the screen, and all remaining layers are transparently processed to switch screens between the web documents. Perform the function. In addition, in the present exemplary embodiment, a layer is used to display the contents of the web documents stored in the storage unit 803, but corresponding web document objects, for example, a frame (FRAME), an inline frame (IFRAME), and a division ( DIVISION, SPAN, etc. may be used to display the contents of web documents on the screen and also serve as a storage area for the web documents. In addition to the above objects, it is obvious that future objects and techniques that can perform the above-described functions may be used.

When the plurality of subordinate web documents are stored in the allocated storage area and the layers thereof are defined, the associated document selector for each layer is displayed in the multi-browser window 300 (S33). For example, the following variables may be defined to implement a multi-browser function for each of the dependent web documents. This assumes that all n dependent web documents are multibrowsed. The objects and scripts shown here are for illustrative purposes only and are not written according to the correct syntax.

homeUrl: address of homepage document (basic document)

multibrowseUrl [n]: address of the multibrowser document (the third document is multibrowseUrl [2])

multibrowseName [n]: the name of the multibrowse document (the fourth document is multibrowseName [3])

multibrowseIndex: A variable that stores the number of multibrowsed documents currently selected (between 0 and (n-1).)

If no other frames are used, document.frames refers to a multibrowse document.

document.frames [multibrowseIndex]: Frames containing the currently selected multibrowse document

document.all.layer [i] refers to the layer of a multibrowsed document.

document.all.layer [multibrowseIndex]: Layer containing the currently selected multibrowse document

to be.

Using these variables, the code for the document selector is, for example,

<span name = docTitle3 onMouseOver = "Select (3)">

Content of MulbrowseName [3]

</ span>

Has the form

When the document selectors are displayed on the screen and the user selects one of them, the layer corresponding to the document selector selected by the user is displayed on the screen by executing the Select function by the phrase 'onMouseOver = "Select (3)"' ( S34). The code for the Select function could be, for example:

function Select (i) {

document.all.layer [multibrowseIndex] .visibility = invisible; (Invisible layers of previously selected documents)

multibrowseIndex = i;

document.all.layer [multibrowseIndex] .visibility = visible; (Shows layers in the currently selected document)

}

That is, if one of the document selectors is selected, the document selector passes its identifier as the variable i to the select function. The Select function takes the variable i (ie, the identifier of the selected document selector) as an argument so that the layer corresponding to the previously selected dependent web document is not displayed, and instead shows only the layer corresponding to the currently selected document selector. As described above, all the subordinate web documents (here, n total subordinate web documents) exist in the overlapped state in a certain area of the multibrowser window 300. Therefore, when the select function is performed, the multibrowser window is viewed from the user's point of view. It is recognized that the dependent web document displayed at 300 is instantly converted to another dependent web document.

If only a layer corresponding to one of the dependent web documents is visible on the screen, the user performs various browse functions on the layer (S35). At this time, operations such as forward / backward / stop / refresh of the control bar 35 affect only the subordinate web documents displayed on the layer. The functions in the control bar 35 described above are implemented using, for example, the following JavaScript.

1) home

document.location.href = homeURL;

2) back

document.frames [multibrowseIndex] .location.history (-1);

3) forward

document.frames [multibrowseIndex] .location.history (+1);

4) Refresh

document.frames [multibrowseIndex] .location.reload ();

The operations such as forward / backward / stop / refresh described above are operations that affect the dependent web document being displayed in the multi-browser window 300. In contrast, the new window / clear operation of the control bar 35 is an operation for managing dependent web documents. That is, when the 'New window' button is clicked, a new browser window is generated and the dependent web document currently displayed on the multi-browser window 300 is displayed on the newly created browser window. The browser window has the form of a conventional general browser window. Clicking the 'Clear' button deletes the dependent web document currently displayed in the multi-browser window 300. In addition, the document selector corresponding to the deleted dependent web document is also deleted, and the multi-browser window 300 displays the dependent web document corresponding to the document selector following the deleted document selector in the document selector 200.

Continuously monitoring whether a user selects another document selector while browsing the selected layer. It is determined whether another document selector is selected (S36), and if another document selector is selected, the process returns to step S34 to display a layer corresponding to the document selector selected by the user on the screen. On the other hand, if another document selector is not selected, the process returns to step S35 to continue various browse functions on the layer. Note that even if you change the type of dependent web document displayed on the screen by selecting another document selector, the contents of the previous dependent web document are not deleted, but the contents remain intact and are only invisible to the user's eyes. do. That is, when the document selector corresponding to the previous subordinate web document is selected again, the subordinate web document does not show the initialized document and maintains the previous document state. This can be very convenient when working with cross-reference to multiple web documents.

As described above, dependent web documents that are multi-browsed may be predefined by the user. 5 shows an example of a multi-link address creation screen in the first embodiment. Referring to FIG. 5, the multi-link address creation window includes a title unit 92 indicating that a provided window is for creating a multi-link address, a URL input unit 93 for inputting a URL for a subweb to be multi-browsed, and A name input unit 94 for describing a name to be used as a document selector for the subordinate web document, and a description input unit 95 for describing a general description of the subordinate web document. When the user enters the contents in the URL input unit 93, the name input unit 94, and the description input unit 95, and then clicks the 'Make Multilink Address' button 96, the web document described above is multi-browsed. Designated as a dependent web document. When the user later accesses the web document processing apparatus 80, the web documents that he / she created on the multi-link address creation screen are collectively arranged without the user's separate operation. ) Is automatically saved in the storage area and one dependent web document is displayed. An example of code that displays a total of n web documents in a layer (inline frames in this code) is shown below.

<script>

for (i = 0; i <n; i ++) {

document.write ("<iframe src =" + multibrowseUrl [i] + "> </ iframe>");

}

</ script>

In the above-described first embodiment, the subordinate web documents are formed by specifying a specific URL of a website including the subordinate web documents. However, the dependent web documents may be formed of a plurality of results processed based on the data by receiving predetermined data from the user without displaying only the contents included in the URL. The second embodiment of the present invention implements a designation method by processing such a web document, and receives a search word from a user, receives a search result for the search word from a plurality of search engines, and provides the plurality of search results. Multi-browsing. 6 and 7, a second embodiment of a web document processing method according to the present invention will be described in detail. 6 is a flowchart illustrating a second embodiment of a web document processing method having a multi-browser function according to the present invention, and FIG. 7 illustrates an example of a multi-browser screen according to the second embodiment.

First, a search word is input from the users 88, 89, 90, ... through the search word input unit 47 (S61). Thereafter, the search word is transmitted to a plurality of predetermined search engines and a search is requested (S62). The types of search engines are those specified in advance in the web document processing apparatus 80, and although not shown in the drawing, a user may use a script language having a predetermined format suitable for the search engine even for a search engine not designated in advance. You can also add search engines. Since a technique of delivering a search word to each search engine and making a search request is an easy technique for those skilled in the art, a detailed description thereof will be omitted. Each search engine performs a search using the provided search word and provides the result to the basic document 802. The basic document 802 configures the provided search results in the form of subordinate web documents for each search engine (S63). That is, the search results for a single search word are composed of separate web documents for each search engine. When a plurality of web documents are constructed, subsequent steps S64 to S68 are the same as in the above-described first embodiment, and thus a detailed description thereof will be omitted. As the name of the document selector selected by the user, the name of the search engine may be used (see the search engine selector 250 of FIG. 7).

Codes for implementing the multi-browsing function according to an embodiment of the present invention are web-enabled languages such as HTML (DHTML), PHP, ASP, JSP, and XML, including scripting languages, and general-purpose programs such as Java, C, C ++, and Basic. In addition, multimedia objects such as graphic (still) images, and audio or moving picture recordings may be used. The code and multimedia objects are stored in a storage device of a web server system, such as a memory, a hard disk driver, or an optical storage medium serving as a cache. As such, the program code itself of the web document processing method having the multi-browser function of the present invention is recorded as the basic document 802 of the web document processing device 80. The code can be executed in several places. That is, the program code may be written in the form of a server-side program that is directly executed in the web document processing apparatus 80 using a program such as PHP, ASP, JSP, or the like. In contrast, the program code may be written in a Java language or a Javascript language and executed on a client side (ie, a user terminal). It can also be integrated into a web browser using a general-purpose program such as C, C ++, or Basic.

In the above-described embodiments, the dependent web document shown through multi-browsing is a text, graphic (still) image made of a web authoring language such as HTML (DHTML), PHP, ASP, JSP, XML, etc. including a script. And multimedia objects such as audio or moving picture recordings may be used. The client-side terminal (i.e., user terminal) applied in the present invention is a computer-based Internet enabled device such as a personal computer, a web TV, a PDA, a web phone and a mobile communication device, and the web browser is a web navigation program used for a computer device. to be.

In addition, in the present invention, the multi-browsing function is to be performed, such a function, of course, if you put a multi-browsing implementation function in a certain web editor (for example, Namo Web Editor or front page, etc.) Considered to be included. In other words, when editing a link in the editor, the multibrowser can be selected, and the output file of the editor allows the multibrowser to be implemented, that is, the case where the editor program performs the preprocessing is considered to be within the claims of the present invention. do.

Web document processing method and apparatus having a multi-browsing function according to the present invention as described above to perform a multi-browsing function, the user can view a plurality of documents or search results without moving to another page on the same web page By saving Internet surfing time by making the internet more convenient.

Although the embodiments of the present invention have been described so far, the present invention is not limited thereto, and various embodiments which can be modified and changed within the true spirit and scope of the principles described and claimed are also included in the scope of protection of the present invention. It should be understood that it belongs.

Claims (33)

In the web document processing method for integrating and browsing a plurality of web documents in the terminal connected to the network network, Obtaining a web document including at least a basic document; Obtaining at least one dependent web documents by the base document; Storing the obtained dependent web documents data in a predetermined storage unit, respectively; Displaying document selectors associated with each of the dependent web documents on a screen of the terminal; And And when one of the document selectors is selected, displaying the dependent web document corresponding to the document selector among the subordinate web documents stored in the storage unit on the screen of the terminal. How to process a web document. The method of claim 1, wherein the basic document is displayed as a URL of a document to be loaded. 3. The web document processing method of claim 2, wherein the basic document generates, deletes, or changes the dependent web document. The method according to any one of claims 1 to 3, wherein acquiring another new subordinate web document through a link on the subordinate web document displayed on the screen of the terminal deletes the data of the storage unit in which the existing subordinate web document is stored. And recording the contents of the subordinate web document in the storage unit and displaying the new subordinate web document on the screen. The method according to any one of claims 1 to 3, wherein the dependent web documents are formed by designating a specific URL of a website including the dependent web documents. . The web document processing according to any one of claims 1 to 3, wherein the subordinate web documents are formed of results processed based on predetermined data received or selected from a user. Way. The document of claim 6, wherein the dependent web documents are documents representing search results performed by a plurality of search engines. Receiving a search word from the user; Providing the search word to a plurality of search engines and requesting a search; And And receiving the search results from the search engines, respectively, and designating the search results as the dependent web documents. The multi-browser function according to any one of claims 1 to 3, wherein the type of the subordinate web documents includes a predetermined one provided to the user or specified by the user during browsing. How to process web documents. The web document processing method of claim 8, wherein the subordinate web document that is previously designated and provided to the user is designated by the server and / or the user. The method of claim 8, wherein the subordinate web document designated by the user at the time of browsing is designated as a web document linked to the string when the user is designated by directly inputting an IP address or domain or clicks a string containing a predetermined identifier. Or a web document according to an input result which is designated or submitted through an input form included in a predetermined web document. The multi-browser function according to any one of claims 1 to 3, wherein the data of the plurality of subordinate web documents is automatically stored in the storage unit without a separate operation of the user when web browsing is performed. Web document processing method provided with. According to any one of claims 1 to 3, wherein the web page of the server displayed on the screen of the terminal includes an address bar or a search word window, and a virtual browser window is displayed in a state where a plurality of web documents overlapping Web document processing method having a multi-browser feature characterized in that. The method of claim 12, wherein the plurality of dependent web documents are stored in association with an object such as a frame, an inline frame, a layer, a player, a division, and a span. And displaying a selected object in the virtual browser window when a selection event occurs. The web document processing method according to any one of claims 1 to 13, wherein the web document processing method is implemented by a script and / or a general-purpose program and executed in the terminal. In the web document processing apparatus for integrating and browsing a plurality of web documents in the terminal connected to the network network, A module for obtaining a web document including at least a basic document; A module for obtaining at least one dependent web documents by the base document; A module which stores data of the obtained dependent web documents in a predetermined storage unit, respectively; A module for displaying document selectors associated with each of the dependent web documents on a screen of the terminal; And And a module for displaying a subordinate web document corresponding to the document selector among subordinate web documents stored in the storage unit on a screen of the terminal when one of the document selectors is selected. One web document processing device. The web document processing apparatus of claim 15, wherein the basic document is displayed as a URL of a document to be loaded. 16. The web document processing apparatus of claim 15, wherein the basic document generates, deletes, or changes the dependent web document. 18. The method according to any one of claims 15 to 17, wherein when acquiring another new subordinate web document through a link on the subordinate web document displayed on the screen of the terminal, the data of the storage unit storing the existing subordinate web document is deleted and the new subordinate web document is deleted. And recording the contents of the subordinate web document into the storage unit, and displaying the new subordinate web document on the screen. 18. The web document processing apparatus according to any one of claims 15 to 17, wherein the subordinate web documents are formed by designating a specific URL of a web site including the subordinate web documents. . 18. The web with a multi-browser function according to any one of claims 15 to 17, wherein the dependent web documents are formed of a plurality of results processed based on predetermined data received or selected from a user. Document processing device. The web document processing apparatus of claim 20, wherein the web document processing apparatus receives a search word from the user, provides the search word to a plurality of search engines, requests a search, receives a search result from the search engines, and receives the search result. A web document processing apparatus having a multi-browser function, comprising: a multi-search module for designating a web document. 18. The method of any one of claims 15 to 17, wherein the types of subordinate web documents are pre-specified and provided to the user and specified by the user during browsing. Web document processing device. The web document processing apparatus according to claim 22, wherein the dependent web document which is previously designated and provided to the user is designated by the server and / or the user. 23. The method of claim 22, wherein the subordinate web document designated by the user at the time of browsing is designated as a web document linked by the string when the user is directly inputted by inputting an IP address or domain or clicking a string containing a predetermined identifier. Or a web document according to an input result which is designated or submitted through an input form included in a predetermined web document. 18. The web document processing apparatus according to any one of claims 15 to 17, wherein the web document processing apparatus is implemented as a script and / or a general-purpose program and is driven in the terminal. 18. The web document processing apparatus according to any one of claims 15 to 17, wherein the terminal is a PC-based client-server system, a web TV, a PDA, or a web phone. 18. The multibrowse function according to any one of claims 15 to 17, wherein data of the plurality of subordinate web documents is automatically stored in the storage unit without a separate operation of the user when web browsing is performed. Web document processing apparatus provided with. 18. The method of any one of claims 15 to 17, wherein the web page of the server displayed on the screen of the terminal includes an address bar or a search word window, and a virtual browser window displayed in a state where a plurality of web documents are overlapped. Web document processing apparatus having a multi-browser function characterized in. The method of claim 28, wherein the plurality of web documents are stored in association with an object such as a frame, an in-frame, an layer, a layer, a division, a division, and a span. The web document processing apparatus having a multi-browser function of displaying a selected object in the virtual browser window when a selection event occurs. A computer-readable recording medium having recorded thereon a procedure for a web document processing method for integrating and browsing a plurality of web documents at a terminal connected to a network by a server, Obtaining a web document including at least a basic document; Obtaining at least one dependent web documents by the base document; Storing the obtained dependent web documents data in a predetermined storage unit, respectively; Displaying document selectors associated with each of the dependent web documents on a screen of the terminal; And And if one of the document selectors is selected, displaying a subordinate web document corresponding to the document selector among subordinate web documents stored in the storage unit on a screen of the terminal. Recordable media that can be read by In the web document processing method for performing web browsing in a terminal capable of Internet communication, Opening and loading several web documents at once; Loading the document into objects such as different layers or frames; Selecting one of several documents to display the selected document in a multi-browser window, and when the document is selected, an object is visible and the currently visible layer disappears; Inputting a URL into the address bar of the multi-browser to change the document of the object currently displayed in the multi-browser window into an address document; And A step of acting on the document of the object currently displayed in the multi-browser window when the forward / back / refresh button is clicked. In a web browser that is run on a networked terminal to integrate a plurality of web documents for browsing, Obtaining at least one or more web documents; Storing data of the obtained web documents in a predetermined storage unit; Displaying document selectors associated with each of the web documents; And And when one of the document selectors is selected, displaying a web document corresponding to the document selector among the web documents stored in the storage unit on the screen of the terminal. A web page that provides a web browsing function to a user connected through a terminal capable of internet communication, A document selecting unit which simultaneously uploads a plurality of web documents to a web browser and displays one of the documents for the user to select; And a multi-browser window in which the previous web document disappears and the object of the selected web document is displayed when the selected document is displayed.