KR100363447B1 - The Multi-information Retrieval System and Mothod Thereof using Multi-Information Retrieval Types - Google Patents

Abstract

The present invention relates to an Internet information retrieval system using an information retrieval engine and a method thereof.

In the conventional information retrieval method on the Internet, it is common to search related information by inputting a combination of search terms in a search box.

The information retrieval method of the present invention comprises a main search engine, a plurality of subject-specific web page sections on one web page, and a subject-specific search engine unit linked to each of the topic web page sections, and the main search engine section searches the main search engine section. After inputting the desired information, a plurality of related web pages are displayed on the screen, and a system and method for quickly and accurately searching for the information to be searched are compared and analyzed.

By using the information retrieval method of the present invention, various information can be searched as if learning while watching the corresponding web page.

Description

The Multi-information Retrieval System and Mothod Thereof using Multi-Information Retrieval Types}

The present invention relates to an Internet information retrieval system using an information retrieval engine and a method thereof. Particularly, a plurality of web pages related to a search web interface are displayed on a search web interface by including a main search engine unit, a plurality of web pages for each topic on one web page, and a search engine for each topic linked to the web pages for each topic. The present invention relates to a system and a method of searching for information using the same that can be quickly and accurately searched for while searching for and comparing similarities.

Sea of Information There is a great deal of information on the Internet. The key to using the Internet is how to access the information you are looking for easily. The process of information retrieval is generally performed in the order of analysis of search topics, selection of search terms, creation of search expressions, execution of search, and evaluation of search results.

Search engines were developed to enable users to easily and quickly search for information.

The information retrieval method is divided into directory search, keyword search, and meta search method. The directory search method categorizes information into categories by subject, selects a topic similar to the information to be searched, and searches from the top directory to the sub directory.

The keyword search method is a method in which a search engine searches for information and outputs it on a website screen after entering a search in a search box.

Meta search method is to search and print the information registered in the search service provider.

However, the conventional information retrieval method is a linear search system that inputs a search word into a web page search box, selects an option and an operator, and clicks a search button to output desired information on the screen. In this case, you have to move the output information by order and classification to find the information you want. Whenever you click on the information, the screen changes by one page and you get lost or go back to the search box. There is an uncomfortable problem such as having to search again from the beginning.

The present invention is to solve the problems of the prior art, an object of the present invention is to put various information on the homepage screen of the information retrieval system website, each topic webpage linked with the search engine, the user can quickly To provide a multi-information retrieval system to collect and share a lot.

Another object of the present invention is to provide a multi-information retrieval system capable of comparing and analyzing the output information by putting the same type of information on multiple web pages, and by searching the same by continuously inputting the same search word.

Another object of the present invention is that the main search engine unit and the subject search engine unit can exchange information with each other, and the information for the operators or the general public who need to comprehensively search the related information by determining the subject and subtopics. It is to provide a multi-information retrieval method to collect the information quickly.

Another object of the present invention is to perform a reverse search to the main search engine to collect the external data come to the main search engine if the subject search engine does not find the information in the DB and to perform a directory search method and a keyword search method by topic The main search engine unit and the subject search engine unit interoperate with each other or separate or provide only three search engine units per subject, and the other subject search engine unit provides a multi-information retrieval method for individual search.

As a technical concept for achieving the object of the present invention, the first aspect of the present invention is the main search engine unit for collecting external data, the subject search engine unit for searching the collected or registered data, the collected or registered data This is accomplished by presenting an automatic classification unit and management tool unit for organizing and managing, and a document editing unit for editing the retrieved information.

In the second aspect of the present invention, when a searcher enters a search word, the automatic classification unit and the management tool unit classify and organize the external data collected by the main search engine and netizens or affiliated Internet related companies, and store them in a DB. This is achieved by providing an information retrieval system in which the subject search engine searches the DB.

The third aspect of the present invention is divided into a number of web page screen and main menu screen that can adjust the size of the homepage screen of the information search website, the web page is a sub-search term input window of the keyword search method using a search engine by topic The main menu screen is divided into a directory search unit and is achieved by presenting an information retrieval system with a website homepage having a main search term input window using the main search engine.

The fourth aspect of the present invention is based on the external data collected by using the main search engine unit works in conjunction with each other until the search engine for each subject finds the desired information, the information found can be copied and organized in the document editing unit and multiple search engines It is achieved by suggesting an information retrieval method that can perform search using the main term and careless control as the search word, comparative search using the search word for comparative analysis, and precise search using the same search word.

1 is a schematic explanatory diagram of a web interface which is an embodiment of the present invention.

2 is an explanatory diagram of a system configuration and an operation principle thereof according to an embodiment of the present invention.

3 is a flowchart illustrating an example of retrieving information using the information retrieval system of the present invention.

4 is a flowchart of an example of performing individual information retrieval using the system of the present invention.

5 is an explanatory diagram of an example of a method in which search engines search for similar information by using the system of the present invention.

6 is an explanatory diagram of a conventional information retrieval method compared with FIG.

7 is an explanatory diagram of an example of a method of searching and collecting a plurality of pieces of information to be found using the system of the present invention.

8 is an explanatory diagram of an example of a method of searching for information having high search difficulty using the system of the present invention.

9 is an explanatory diagram of an example of a method for searching while comparing and analyzing with the system of the present invention.

10 is an explanatory diagram of an example of a method of relaying a display by displaying several web pages using the system of the present invention.

11 is an explanatory diagram for an example of a method for searching by dividing a subject and a subtopic using the system of the present invention.

12 is an explanatory diagram of an example of a method for reverse search using the system of the present invention.

13 is an explanatory diagram of an example of a method of simultaneously using a directory search and a keyword search in a portal and a shopping mall site with the system of the present invention.

14 is an explanatory diagram of an example of a method of performing a linked search and an individual search according to an option of the system according to the present invention. It is explanatory drawing about how to.

<Description of the symbols for the main parts of the drawings> 1: Web interface unit 2: Main search box

3, 4, 5, 6: Search engines by subject 7, 8, 9, 10: Web pages by subject

11, 12, 13, 14: Directory Search Engine

15: website main menu 16, 17, 18, 19: screen size adjustment

20: information search interface 21: main search engine

22: External data part 23: Registration data part

24: data section 25: automatic classification section

26: management tool unit 27: document editing unit

Hereinafter, with reference to the accompanying drawings for the configuration and operation of the embodiment of the present invention will be described in detail.

In order to apply the Internet search system of the present invention, an operator server unit having a web server, a DB server, and a database pool capable of inputting and outputting various DBs can be connected to the operator server unit through the Internet to retrieve information. A user terminal having a communication means must be provided essentially.

1 is an example of a web interface applicable to the multiple information retrieval system of the present invention.

As shown in FIG. 1, a main search for inputting a search term of information to be searched first by a web interface unit 1, through which an information searcher can operate on a website of an operator server unit. A window 2, a website main menu section 15, a subject-specific web page section (7) (8) (9) (10), which are activated in a plurality of divided areas, and the web page section, respectively. The search engine unit 3, 4, 5, 6 for each subject, and the directory search engine unit 11, 12, 13, 14 provided in each web page are included.

When the information to be searched is input into the main search box 2, a plurality of web pages related to the information to be searched are activated on the screen, and a search term is input into a search box for each topic linked to each of the activated web pages. Faster refinement of searches.

2 is a schematic explanatory diagram of a system configuration and an operation principle thereof according to an embodiment of the present invention.

As shown in FIG. 2, an information retrieval interface 20 for accessing and retrieving information by an Internet information searcher, a searcher inputs a search word for the first time, searches a website for related information, and the like. A main search engine unit 21 for collecting data from the server, a registration data unit 23 stored in a database pool of the operator server unit, an automatic classification unit 25 and a management tool unit 26 of the data; A data section 24, a document editing section 27 for appropriately editing the retrieved information, and a plurality of subject-specific web page sections linked with the data section 24 and the document editing section 27. FIG.

The main search engine unit 21 includes a search robot and a search term inputted to the main search box 2 by the search robot and a search engine unit 3, 4, 5, and 6 for each subject. The data stored in the external data unit 22 are collected using individual search terms. Herein, the search engines 3, 4, 5, and 6 for each subject are assigned symbols indicating rankings by ①, ②, ③, ④, and the like. In addition, the search word input to the main search window 2 is Collects all information related to the main search box search term by inputting a broader search term than the individual search term entered in the search engine unit (3) (4) (5) (6) for each subject. The search word inputted to the engine part is a search word related to the information that the searcher wants to find. The search robot collects all external data including the search word entered in the search engine unit 3, 4, 5, and 6 by topic. In addition, the main search engine unit 21 controls the interlocking control device of the automatic classification unit 25 and the operation logic of the search engine units 3, 4, 5, and 6 for each subject. The subject searched by the operator (AND, OR, NOT) of the topic-based search engine (3) (4) (5) (6) It is configured to include a control unit to display on the easy unit (7) (8) (9) 10. Further, the control unit is a search term in the subject search engine unit (3) (4) (5) (6) By separating the input operators as follows, the operator list for each subject is created by the search engine unit (3) (4) (5) (6), and the interlocking control device of the automatic classification unit 25 is the subject search engine unit (3) ( 4) By performing one-to-one arithmetic processing with reference to the search query ranking list and operator list prepared by (5) and (6), the web page section 7, 8, 9 and 10 of each subject is displayed. If the operator (AND, OR, NOT) is not set in the arithmetic logic device of the webpages 7, 8, 9 and 10, the interlocking control device is displayed according to the classified information.

The external data unit 22 refers to a database of domain addresses, web sites, newsgroups, hypertext, newspaper information, information contained in ftp sites, and the like, which are registered on the Internet.

The registration data unit 23 refers to data sent or registered by netizens using the information retrieval interface unit 20 or affiliated Internet-related companies.

The data unit 24 is composed of various management programs such as the automatic classification unit 25, the management tool unit 26, and the like as a data warehouse in which the main search engine unit 21 collects and registers external data. The information is sorted by the automatic classification unit 25 and the management tool unit 26 to store data so that the search engine for each subject can find the information. That is, the management tool unit 26 includes the data unit ( 24) Search engines by subject (3) (4) (5) (6) collected by individual search terms and included in external data collected by individual search terms and information stored by affiliates, members, customers and netizens. And an information analysis device to generate a classification list for each search word so that the information can be classified by the search word inputted to the search word. Herein, the information analysis device collects the data stored in the data unit 24 to create a classification list for each search word. Matched data with individual search terms inputted to the subject search engines 3, 4, 5, and 6, and classify the matched data by search terms and list them by index or index. And a symbol given to the search engine unit 3, 4, 5, 6 for each subject in advance to the created list (to the search engine search for the subject 3, 4, 5, 6). By re-attaching the corresponding ①, ②, ③, and ④ to the data head of the list, a classification list for each search word is created. Here, the automatic classification unit 25 is an information analysis device of the management tool unit 26. To identify the location of a search word by assigning a serial number to the search word included in the data of the classification list for each search word, and searching the position of the searched data so that the data where the search word location is located is located at the highest order in the logically adjacent number order. Interlocking control Is configured to include the value. For example, assuming that the search term entered into the theme search engine unit (3) abc, imparts a continuous number in the abc. That is, the number 1 is assigned to a, the number 2 is assigned to b, the number 3 is assigned to c, and the user can browse from the order of closest order with the combination of serial numbers given to the search word. Rank the data. In addition, all other search words are configured to give a search word ranking list by assigning another serial number in the same manner as described above.

The subject search engines included in the subject web page unit one by one may search similar information between the web pages, may be linked with the main search engine unit 21, or may be individually searched.

3 is a flowchart illustrating an example of an information retrieval method using the multimedia information retrieval system of the present invention.

A searcher accessing the information search interface 20 and inputting a search word in the main search window (S10);

Inputting a search term in a topic-specific search box (S11);

Performing a search by clicking the main search engine (S12);

Collecting the information from the external data unit by the main search engine (S13);

Registering a user's information by an individual or a business operator using a web interface (S14);

A process of organizing the information collected by the main search engine unit from the outside in the automatic classification view and the management tool unit (S15);

Outputting information organized by the automatic classification unit and the management tool unit on a plurality of subject-specific web page screens (S16), (S17), (S18), (S19),

Copying the information output on the plurality of web pages in the document editing unit (S20).

According to the information input by the searcher in the main search window (2) and the information options and operations entered into the topic search engine unit (3) (4) (5) and (6) in the above process, it is possible to search and output various types of information. In other words, the search terms by individual search terms and operator options are available in various kinds of search functions, such as automatic search, linked search, or manual search. First, the automatic search of the search terms of the main search engine unit 21 is prepared. When executing the first search by using the operator option to set the left and right character range of each search word entered in the main search box (2) and the topic search engine unit (3) (4) (5) (6). When executing the second automatic search, select the similar words to the left and right of the search terms entered in the main search box (2) and the search terms entered in the topic search engine unit (3) (4) (5) (6). In order to prepare for linked search, the search engine unit for each subject without a search word in the main search box (2) 3) (4) (5) (6) When the search is executed by inputting the search word, the search term ranking list of the interlocking control device is created as the search term reverse ranking list by the option of the main search engine 21 to execute the search. The automatic search is performed after the first search using the search terms entered in the main search box (2) and the individual search terms inputted into the subject search engines (3) (4) (5) (6). If the user clicks on the main search engine unit 21 without changing the search word, the secondary search option set in the logical operation unit of the main search engine unit 21 is driven, and the main search window (2) The search word input in the search term and the topic-specific search engine (3) (4) (5) (6) automatically selects the similar words to the right or left of each search term entered in the data section 24 to drive the information analysis device. Classification lease by search term entered in the search engine unit (3) (4) (5) (6) by topic in the information analysis device as in the first search In this case, the interlocking control device is automatically operated to provide a search term ranking list by assigning a serial number for each search term (3) (4) (5) (6) as the first search. , The controller is automatically operated to search the subject search engines (3) (4) (5) (6) and separate the operator inputted together to search the subject search engines (3) (4) (5) (6). The operator list is created by the operator, and the interlocking control device performs one-to-one operation processing by referring to the search query ranking list and operator list categorized by thematic search engine unit (3) (4) (5) (6). If the operator of the operation logic device is not set, the interlocking control device classifies the page unit 7, 8, 9, and 10. In addition, only the subject search engines 3, 4, 5, and 6 analyze the information in the data unit 24. Search engines, interlocking devices, and control devices to search for the necessary information, and present a function to search the best information quickly and accurately by comparing the search engines (3) (4) (5) (6) by topic. If you enter a search term in the main search engine unit (3) (4) (5) (6) without entering a search term in the main search box (2) and click on the main search engine unit 21, the search robot ( 2) the data stored in the external data unit 22 is collected by using the search word entered in the search term and the individual search terms inputted into the search engine unit 3, 4, 5 and 6 by subject. In this case, the information analysis device is automatically driven to generate a classification list for each keyword using the data registered in the data unit 24. In addition, at this time, the interlocking control device is automatically driven to create a search term ranking list using data included in the classification list for each search term. Here, the search term ranking list is assigned a serial number for each search term to give the closest ranking. Herein, the subject search engines 3, 4, 5, and 6 are assigned symbols indicating rankings by ①, ②, ③, ④, and the like. The information is searched by the subject-based search engines (3) (4) (5) () in the order of symbols given to the series of search engines (3) (4) (5) (6) included in the data of the search term ranking list. 6) The searched data is sorted and arranged, and the search term ranking list and the search term are created by creating a search term reverse ranking list in which the serial numbers assigned to the data of the search term ranking list are given in reverse order by the option of the main search engine unit 21. By comparing and analyzing the reverse ranking list, re-classifying the most searched information into a new search query ranking list and relocating the information by subject search engine unit (3) (4) (5) (6) enables repeated comparative analysis. In addition, the controller is automatically operated to separate the operators inputted into the subject search engines 3, 4, 5, and 6, such as search terms, and the subject search engines 3, 4, 5, ( 6) An operator list is created for each item, and the operation is performed one-to-one by referring to the reclassified search word ranking list and the operator list and displayed on the subject web page 7, 8, 9, and 10.

FIG. 4 is a flowchart illustrating the procedure in which the system is operated when a searcher using the system performs an individual search using the topical search engine 3 in the topical web page 7.

Searcher enters a search term in the topic-specific search engine (3) (S30),

The searcher starts the search by clicking the topic-based search engine (S31),

The subject search engine unit enters the data unit 24 to collect information collected by the main search engine unit (S32);

Outputting information retrieved from the data search unit 24 by the topic search unit 24 to the topic web page unit 7 (S33);

If the subject search engine does not find the information searched by the data unit 24, the main search engine unit may include a step (S34) of collecting related information from the external data unit 22.

As can be seen from the above, the subject web page section 7 can search for information by performing individual search, and the web page sections 7, 8, 9, 10, etc. of the topic can be individually searched. Can function.

FIG. 5 shows information search engines 3, 4, 5, and 6 linked to each other so that information can be searched in conjunction with each other. The information N2 is output to the subject webpage 7. Input information (N2) into the search engine section 3 by topic. When the information is searched, information (N3) and (N4) are outputted, and information similar to the searched information (N3) is selected. Enter information (N4) in the) and continues the search engine unit (3) for each subject continues to search.

When information (N4) is clicked, information (N5) and (N6) are output, and information (N6) is entered into the subject search engine (5) among them. As a result, information (N7) and (N8) are similar to the information found. If the information N5 stops the search and the search information by the subject search engine 6 selects the information N8 and the information to be found is correct, the search may be terminated.

As described above, the present invention can be searched continuously, and the prior art has to come back from the beginning if there is no information, but the above system repeats because it selects and searches similar information output on several web pages. You can find information without it. Eliminate the hassle of finding repeatedly.

6 illustrates a method of searching for information by a conventional information retrieval system. When information D1 is inputted to the information retrieval engine S, information D2 is output. If it is not the information you are looking for you should go back to the search engine (S) and select the information (D3) to continue searching. As a result of selecting and searching the information D3, the information D4 is output. If the information to be found is correct, the information D5 may be searched. However, if it's not the information you're looking for, you'll have to go back and start over and over again.

The conventional search method is a linear search method, which is a system to return if there is no information. You have to go through dozens of iterations because you have to go around and search and find similar information. Since the screen changes every time you search, it is gone because there is no screen saver, so you have to come back and search to find the information. In a conventional search system, iterative search is inevitable.

FIG. 7 relates to a method for collecting a plurality of pieces of information at a time, and can collect a lot of information repeatedly, or search for four subject search engines 3, 4, 5, and 6 in order. Alternatively, if the main search engine unit 2 and the subject search engine unit 3, 4, 5, and 6 are repeatedly searched in conjunction, a lot of information can be collected in a short time.

Using the system of the present invention, enter the search terms C1, C2, C3, C4 into the subject search engines 3, 4, 5, 6, and then click C5, C6, C7. (C8) is output. Copy the output information to the document editing unit 27, and input the search term (C5) (C6) (C7) (C8) in the search engine unit (3) (4) (5) (6) by subject and click related information. (C9) (C10) and C11 are output. The outputted information is copied and organized in the document editing unit 27. Repeatedly searching for information like this can collect a lot of information.

FIG. 8 relates to a search method assuming difficult information to be searched. In the above system, the main search engine unit 21 and the subject search engine unit 3, 4, 5, and 6 perform a repetitive search. Because there is no search hard to find. This is a hypothesis made just in case. When the user enters a search word in the topic search engine unit 3 and clicks, the search engine 3-1 searches and if no information is found, the search engine unit 4 goes to the topic search engine unit 4 and continues the search. In this state, the search continues and if the search engine 4-1 does not find it, the search engine unit 5 goes to the topic and continues the search. Eventually, if the last topic-specific search engine (6) does not find it, the search term is input to the red search window (2). The data is collected from the external data unit 22 and searched until it is found again.

9 is a method required by a professional who specializes in comparing and analyzing information. Enter the search terms (E1) (E2) (E3) to be analyzed in the subject search engine (3) (4) (5) and change the necessary information one by one, and keep searching until the information for comparison analysis comes out. And filled with the information to be compared to copy the document editing unit 27 and repeat the same search again and again in the same way can make a good comparison analysis information.

Enter the search terms (E1), E2, and E3 that you want to compare in the search engine section (3) (4) (5) by topic and click on the comparison data (E4) in the web page section (7) (8) (9) of the topic. (E5) (E6) is searched. The searched information is copied to the document editing unit 27, and the search terms (3) (4) (5) for each subject are input to the search terms (E7), E8, and E9. E11) and E12 are output. In order to copy and arrange the outputted information in the document editing unit 27 and to continuously search the comparison data, the above-described method may be continued.

FIG. 10 is a method of retrieving information in a relay manner by uploading several pieces of the same information, which is necessary for experts who need to collect information precisely. The same information is uploaded to the search engine unit 3, 4, and 5 for each subject, and the search is performed one by one, and the same search words F1, F2, and F3 are analyzed in various directions. Even if the same subject is interpreted, the interpretation can vary, so you can collect information with the exact intention by searching.

If you want to focus on the height (F4) of the topic-based search engine (3), the same height (F4) to the topic-based search engine (3) (4) (5) You can search for various height (F4) information by entering it. After searching for the information to find, copy and arrange in the document editing unit (27). If you want to keep searching for detail, you can do it over and over again. This is necessary for businesses or professionals who need precise search.

FIG. 11 is a method of searching for information by dividing a subject and a subtopic, and is a method that can be used when one subject wants to know information in various ways.

The subject is the main search box (2), and the subtopic is the subject search engine unit (3) (4) (5) (6) to search the input information, a variety of information is the subject web page (7) (8) (9) It is output to (10). If necessary, you can continue to search the output information. The main search engine (G1) is entered into the main search box (2) and the main search engine (3) (4) (5) is entered into the main search engine (3) (4) (5). The section 21 and the topic-based search engines 3, 4, and 5 interwork to search for necessary information.

12 illustrates a method of performing a reverse search in the present invention search system. The main search engine unit 21 collects necessary information from the external data unit 22 and registers the information in the data unit 24. When placed, the search engines 3, 4, 5, and 6 by topic collect the necessary information and output it on a web page. However, if the subject search engines (3) (4) (5) (6) do not find the necessary information (H2) in the data section 24, then the main search engine 21 operates the necessary information (H1). ) Is to be collected from the external data unit 22. The subject-specific search engine unit 3, 4, 5, and 6, which operate individually, also perform the same function as the main search engine unit 21 from the secondary role.

FIG. 13 shows a directory search engine in a category that allows keyword search (2) (3) (4) (5) (6) and directory search (11) (12) (13) (14) to be used together. (11) (12) (13) (14) is used to search for the necessary information (K1), and then to the keyword search engine (21) (3) (4) (5) (6). The keyword search engines 21, 3, 4, 5, and 6 complement the thresholds of directory search 11, 12, 13, and 14, and are portals. Mainly used for shopping mall sites.

FIG. 14 illustrates a method of performing a coordinated search and an individual search according to an option and an operator of a search engine. In the option, the search engine unit 3, 4, 5 and 6 for each subject are used when performing a self-search. If nothing is input, the main search engine unit 21 is not linked, and three of the four search engines for each subject are searched in conjunction with the main search engine unit 21, and the other one is the main search engine unit 21. You can do individual searches without any interference from them. Entering the search term (L1) into the main search box (2) and entering the search terms (L2) (L3) and (L4) into the search engine unit (3) (4) (5) by topic. L11 is output. The search engine unit 6 for each subject searches individually by inputting another search word L5. The other three and the main search engine unit 21 may also serve as an auxiliary search engine. Even if the same search word is used, various kinds of information are searched according to the option, and it is good to use it when searching various information and a lot of information. The screen function icons of sub (7) (8) (9) (10) have functions of left, right, up, down, full, front and rear screen respectively. 8) Press the left zoom function (S41) (S61) and the right zoom function (S51) (S71) of the left and right zoom icons in (9) and (10), respectively. The subject web page 7 (9) is enlarged to change the shape of the example of the activation icon (S81), and pressing the activation icon (S81) is restored to its original shape. Press (8), (9) and (10) the upper and lower magnification icons in the upper magnification function (S43) and the lower magnification function (S63) (S73). It expands into thematic webpage section (9) (10) and thematic webpage section (7) (8) and changes to the shape of the example activation icon (S83), and when the activation icon (S83) is pressed again, each shape is restored to its original shape. Likewise, the overall magnification icons (S42), S52, S62 and S72 of the entire magnification icons in the above-described thematic web page sections 7, 8, 9, and 10 are pressed to form the web. The screen is enlarged to the full screen of the site and changed to the shape of the activation icon (S82) of the example, and when the activation icon (S82) is pressed again, it is returned to the original shape. The previous screen functions (S44) (S54) (S64) (S74) of the previous screen icons in (10) and the subsequent screen functions (S45) (S55) (S65) (S75) of the subsequent screen icons are the subject web page sections ( 7) (8) (9) (10) The topic webpage section (7) (8) (9) (10) can be viewed again by clicking on the topic. (8) (9) (10) is changed to the shape of the example activation icons (S84, S85) every time it is crossed, press again to see the screen before and after.

As described above, the present invention relates to a method for allowing an Internet user to search easily and quickly, and is also a feature of the invention so that experts who search for information can also be used. A lot of information is registered in the Internet, which is a virtual space, and it is more important to systematically classify and manage various information. Depending on how you search a lot of information on the Internet, you can save time and money, and the information retrieval system makes it easy for users to search a myriad of information. The present invention has an effect that can be easily, quickly and accurately found for Internet users who want a variety of information.

In addition, in order to provide easy, fast and accurate information, multiple computers and multiple search engines may be installed to solve the problem when several technicians find the information. However, it is a problem in much cost, place and efficiency. In order to solve this problem, a multiple information retrieval system has been invented. Composed of several web pages on one website and equipped with multiple information search engines, it is effective to perform information search by interworking with each other.

In addition, it consists of one main search engine unit, several subject web page units and subject search engine units. The main search engine unit registers and manages external data collection and collected data in the data room. Search the entered search word in the data room and print out the exact information in the web page document window. Since search engines search information in conjunction with each other, it is possible to input and search several pieces of information at once, so that a large amount of information can be collected in a short time.

In addition, the data can be retrieved and the data can be retrieved and outputted in a binary manner so that the search can be performed quickly and the system can be efficiently managed. The main search engine and the subject search engine can be searched by linking the topics and subtopics, and by collecting the same information on the search engine one by one, it can collect accurate information. If you don't have a search term that you're searching for, you can go back to another web page and do the search, so you don't have to go back and start searching again.

In addition, since the conventional search method is a linear structure search method, the mobile search is not possible to the side, but the present invention has the effect of searching a variety of information by the mobile search.

Claims (29)

An operator server unit having a web server, a DB server, and a database pool capable of inputting and outputting various DBs, and a user terminal having communication means for retrieving information by accessing the operator server unit through an Internet network. In the Internet system, An information retrieval interface unit for accessing an Internet information retrieval and searching for information; The main search engine unit for the searcher to enter a search term for the first time to search a related information website and collect data from an external data unit; A registration data unit stored in the database pool of the operator server unit; A data section having an automatic classification section and management tool section of the data; A document editor for copying and outputting searched information; And a subject-specific search engine which is linked to each of a plurality of subject-specific web page units linked to the data unit and the document editing unit. The method according to claim 1, The information retrieval interface unit includes a main search box for inputting a search word of information to be searched by a searcher for the first time, a main menu window for a website, a subject search box provided for each of the subject web pages activated in a plurality of divided regions, and each web. A multiple information retrieval system comprising a directory search window provided on a page. The method according to claim 1, The main search engine unit collects external data, controls the topic-based search engine to be linked to the multi-information retrieval system, characterized in that for outputting the web page section for each topic. The method of claim 1, wherein the external data unit is a database of information registered on the Internet around the world, the registration data unit is data that is sent or registered by netizens or affiliated Internet-related companies using the information search interface unit Information retrieval system. The method according to claim 1, The data unit includes a plurality of management programs such as the main search engine unit, an automatic classification unit, and a management tool unit. The main search engine unit collects and registers external data, and provides various types of information to the automatic classification unit and the management tool. A multi-information retrieval system, characterized in that the data storage unit to be summarized by the unit so that the search engine for each topic can find information. The method according to claim 1, The plurality of thematic search engines included in the plurality of thematic webpages one by one search for similar information between the webpages, and are linked to the main search engine to perform a search or perform an individual search. Search system. An operator server unit having a web server, a DB server, and a database pool capable of inputting and outputting various DBs, and a user terminal having communication means for retrieving information by accessing the operator server unit through an Internet network. An information retrieval interface unit for accessing and retrieving information by an Internet information retrieval in an Internet system; a main search engine unit for retrieving a website of related information by inputting a search term for the first time; A registration data unit stored in a database pool of the operator server unit, a data unit including an automatic classification unit and a management tool unit of the data, a document editing unit for copying and outputting the retrieved information, the data unit and By subjects linked to each web page part by multiple topics linked to the document editor An information retrieval method using a multi-information retrieval system including a color engine, The searcher enters a search term in the information search interface, Inputting a search word into the search engine unit for each subject; Click the main search engine to perform a search, The main search engine unit collects information from an external data unit; Registering the information of an individual or a business operator using the information retrieval interface unit; Organizing information collected by the main search engine unit from the outside in the automatic classification view and management tool unit; Outputting the information organized by the automatic classification unit and the management tool unit to a plurality of thematic web page unit screens; And copying the information output to the plurality of web pages in a document editing unit. The method according to claim 7, The multi-information retrieval method according to claim 1, wherein the searcher can search for and output various types of information according to the information inputted into the search box of the main search engine unit and the information options and operations inputted into the search box of the subject search engine unit. The method according to claim 7, The information retrieval interface unit includes a main search box for inputting a search word of information to be searched by a searcher for the first time, a main menu window for a website, a subject search box provided for each of the subject web pages activated in a plurality of divided regions, and each web. A multi-information retrieval method comprising a directory search window provided on a page. The method according to claim 7, The main search engine unit collects external data, controls the topic-based search engine to be linked, and outputs the web page unit for each topic. The method according to claim 7, The external data unit is a database of information registered on the Internet around the world, the registration data unit is data that is sent or registered by netizens or affiliated Internet-related companies using the information retrieval interface unit. The method according to claim 7, The data unit includes a plurality of management programs such as the main search engine unit, an automatic classification unit, and a management tool unit. The main search engine unit collects and registers external data, and provides various types of information to the automatic classification unit and the management tool. Multi information retrieval method characterized in that the data storage unit arranged in the unit to search information by the subject search engine. The method according to claim 7, The plurality of thematic search engines included in the plurality of thematic webpage units one by one search for similar information between web pages, and perform multi-information or individual search in conjunction with the main search engine unit. Search method. The method according to claim 13, In the individual search, a searcher inputs a search term in a topic-specific search box, Where searchers begin searching by clicking on a topic-based search engine, Collecting the information collected by the main search engine unit by the search engine unit acting on the data unit; Outputting, by the subject search engine unit, information retrieved from the data unit to the subject web page; And the main search engine unit collects related information from an external data unit if the subject search engine does not find the information searched in the data unit. The method according to claim 14, The plurality of subject web page units may search for information by performing individual searches, and perform a function of an independent web page individually. The method according to claim 13, The linked search of the main search engine and the topic search engine, If the search engine is clicked to enter the search term in the first topic search engine section, if the search engine searches and if no information is found, the search engine section goes to the second topic search engine section, and the search engine continues searching. If the second subject search engine continues to search and finds no information, the process proceeds to a third subject search engine and the search engine continues to search; If the third subject search engine does not find any information, the multi-information retrieval method may repeat the search process until the search is inputted to the main search engine and the data is collected from an external data unit. The method according to claim 7, Enter a plurality of search terms into a plurality of subject search engines, and continue to search until the information to be compared and analyzed, changing the necessary information one by one, and copying and arranging the document editing section when it is filled with the information to be compared. Multiple information retrieval method characterized in that the comparative search repeatedly in the same way again. The method according to claim 7, The same kind of information is uploaded to a plurality of subject search engines in the same way and searched one by one and one by one, and the multiple search terms are searched in multiple directions. Information retrieval method. The method according to claim 13, The main search engine unit and thematic search engine unit linked search, The main search engine is input to the main search engine unit, and a plurality of search terms, which are subtopics, are input to a plurality of thematic search engines, and the main search engine unit and the plurality of thematic search engines are linked to search for necessary information. Multiple information retrieval method. The method according to claim 7, If the plurality of subject search engines do not find the necessary information in the data unit, the multi-information retrieval method may be configured to operate the main search engine unit to collect necessary information from the external data unit. The method according to claim 7, When the main search engine unit and the plurality of subject search engines perform a cooperative search, some of the plurality of subject search engines perform a coordinated search with the main search engine unit, and the remaining subject search engine units are used for individual search. Multiple information retrieval method characterized by. The method according to claim 9, Searching for information using the directory search engine; If it is difficult to find information in the directory search process, the multiple information retrieval method characterized in that for performing the information search using the plurality of thematic search engines. 7. The multi-information retrieval system according to claim 1 or 6, wherein the subject web page screen function icons have left, right zoom, top, bottom zoom, full zoom, and front and back screens, respectively. . The method according to claim 1, The management tool unit provided in the data unit includes an information analysis apparatus for creating a classification list for each search word so that each search word included in all data collected by each search word is classified by the search word input to the search engine for each topic. Multiple information retrieval system, characterized in that provided by. The method of claim 24, The automatic classification unit provided in the data unit identifies the location of the search word by assigning a serial number to the search word included in the data of the classification list for each search word created by the information analysis device, and logically disguises the data of the search word location. Multiple information retrieval system characterized in that it comprises an interlocking control device for creating a search query ranking list to be located from the top in the order of adjacent numbers. The operator of claim 25, wherein the main search engine controls an interlocking control device included in the automatic classification unit and an operation logic unit of a search engine unit for each subject to separate operators inputted into the subject search engine unit such as search terms to create an operator list. And one-to-one arithmetic processing with reference to the created operator list and search term ranking list. The method according to claim 8, The searcher may further include an automatic search method according to the information entered in the search box of the main search engine unit and information options and operations entered in the search box of the topic search engine unit. The automatic search method, A step of executing the primary search by an operator option set to determine the left and right character ranges of each search term entered in the main search engine unit and the subject search engine unit, and If the user does not search for the information required by the first search, if the user clicks on the main search engine for the second time without changing the inputted individual search terms, the main search engine set in the logical operation device of the main search engine Performing a secondary search by a secondary search option in which an operator option is set to select similar words to the left and right of the search terms entered and the search terms entered in the topic-based search engine unit; By executing the second search, a search term inputted to the main search engine unit and similar words on the right or left side of each search term inputted to the subject search engine unit are automatically selected to drive the information analysis device of the data unit to classify by search term. Creating a list, Creating a search term ranking list by assigning a serial number for each search term to the data included in the classified search list for each search term so that the searched data is located in the logically closest numbered order from the top; At the same time as the creation of the search term ranking list, a control device is driven by the control of the main search engine unit to separate an operator inputted as a search term in the search engine unit for each subject to create an operator list for each search engine unit for each subject. And performing a one-to-one arithmetic processing with reference to the created search word ranking list and the created operator list to display the generated search word ranking list. The method according to claim 16, When the user clicks on a search term in the first topic search engine, the search engine searches and if no information is found, the linked search process continues to search for the second topic search engine. Entering a search term only for the topical search engine and clicking on the main search engine; By clicking the main search engine unit, the search robot collects the data stored in the external data unit and registers it in the data unit by using the search term input in the main search box and the individual search term input in the subject search engine unit. Wow, At the same time as the data is registered in the data unit, an information analysis apparatus is driven to create a classification list for each keyword using the data registered in the data unit; At the same time as the classification list for each search word is created, an interlocking control device is driven to assign a serial number for each search word by using data included in the search list for each search word to create a search term ranking list for the closest ranking. Steps, Creating a search term reverse ranking list in which the serial numbers assigned to the search words of the data of the created search term ranking list are given in reverse order; Re-classifying the most searched information into a new search query ranking list by comparing and analyzing the written search query ranking list and the written search word reverse ranking list and rearranging the searched data for each subject search engine unit; Creating a list of operators for each topic search engine by separating the operators included in the search terms of the data of the new search term ranking list rearranged by the search engine sections for each topic; And performing a one-to-one arithmetic processing with reference to the created new search term ranking list and the created operator list to display the generated new search term ranking list. The method according to claim 27 or 28, The search term ranking list identifies the number of search word words for each search term input to the search engine unit for each subject, and the serial number is assigned to the number of the identified words, thereby multiplying data by the closest ranking. Search method.