KR100450508B1 - Method for searching and providing information on a company - Google Patents

Abstract

The present invention relates to a company information search and providing method for easily searching for information of a company or an individual using an information communication system, comprising the steps of: a web server constructing a company information database; And transmitting, by the searcher side, the search request to the web server, and transmitting, by the web server, the enterprise information requested by the searcher side to the searcher side, wherein the web server constructs a company information database. The web server may include: giving a company an area index determined by a predetermined number or letter and a predetermined number of digits; Granting, by the web server, a detailed local index determined by a predetermined number or letter and a predetermined number of digits; Granting, by the web server, a business operator index determined by a predetermined number or letter and a predetermined number of digits; And giving, by the web server, an industry-specific index determined by a predetermined number or letter and a predetermined digit.

Description

Method for searching and providing information on a company}

The present invention relates to a company information search and providing method using an information and communication network, and more specifically, corresponding to the information or Internet sites (hereinafter referred to as "company information") about the company or individual to be searched, By inputting a unique number or code (hereinafter referred to as a "unique index") donated by the operator to each region, each industry, etc. after the operator's URL (Uniform Resource Locator), the necessary information can be easily retrieved. The present invention relates to a method of searching and providing corporate information.

The conventional technology related to information retrieval mainly relates to a technology related to the retrieval of an Internet site, and has a 'Internet retrieval system and control method thereof', which is Korean Patent Application No. 2000-014080.

The invention relates to various related data such as government, politics, economy, culture, arts, tourism, leisure, education, music, medical, history, media, TV, shopping, film, business, religion, real estate, food, games, etc. In order to search for various types of information systematically and conveniently by selecting a field by dividing by country and region, selecting a country, region, or selecting a country, region, etc. A government related database search step of searching the data through a detailed electronic map of each country; A political-related database search step of searching for person-exploration data of transitional and executive, legislative and judicial branches of governments around the world; An economic database search step for retrieving data of economic institutions and stocks and economic flows around the world at a glance; A cultural database search step of searching for traditional cultures and characteristic cultural data of each country of the world; A search for a database related to the arts to search famous countries and selected works of art that shine around the world for each country; Searching for a database related to tourism from where the user obtains information about reservations to reservations such as cyber travel as well as travel-related information (such as accommodation and traffic information) based on detailed electronic maps and web GIS technology; A leisure-related database search step of searching the data so as to enjoy the characteristic leisure sports in each country of the world; An education database search step for retrieving data from cyber admissions to credits for cyber universities around the world; A music-related database search step of searching the data so as to grasp the representative music genres and the history of each country of the world at a glance; A medical-related database search step of searching for the data so that the medical information of the world can be shared with the image systems of each country; A history database search step for retrieving the data in order to experience the unique history and artefacts of each country in the world through the cyber museum; Searching a database related to a media agency to search the data so that the mass media and media organizations around the world can be reached in each country; A TV-related database search step of searching the data so that a global search program can be contacted with a desired program for each country; A shopping database search step in which only the most distinctive and reliable shops of the world are selected by each country and the data is searched for purchase in each country of the world; A movie database search step of selecting only the best movies in each country of the world and retrieving the data so that the movies of the country can be seen; A corporate database search step of retrieving the data of the global companies to identify the systems, the Internet, trade and finance in each country; A search for a religion-related database for searching the data so as to understand the status of the world's religious groups and activities by country; A real estate database search step of searching for building and land sales data based on a detailed electronic map and GIS technology of real estate information of each country of the world; A food-related database search step of searching the data to obtain various cooking information together with representative food cultures of each country of the world; And a game-related database search step for searching the data so that the world's famous electronic games can be a battleground of excellent game enthusiasts in each country.

However, the present invention has a problem that it takes not only a lot of time to search, but also a government or institution with a site by using the electronic map to approach and search the information desired by the searcher step by step.

An object of the present invention is to solve the above problems, the operator server classifies and stores the company information according to a predetermined classification criteria, and receives a signal inputting a predetermined index after the URL of the operator site from the searcher computer And, by transmitting the company information corresponding to the index to the searcher computer, it is possible to simplify the search step of the searcher.

Still another object of the present invention is to provide an opportunity for a company or individual who does not have an Internet site to promote themselves on the Internet.

1 is an exemplary diagram of an information communication system to which the present invention is applied.

2 is an overall flowchart of a method for searching and providing corporate information according to an embodiment of the present invention.

3 is a detailed flowchart of an enterprise information database construction step according to an embodiment of the present invention.

4 is a detailed flowchart of a company information retrieval step according to an embodiment of the present invention.

5 is an exemplary view of a 'search screen' window appearing on the searcher computer screen according to the present invention;

The present invention for achieving the above object relates to a method for searching and providing corporate information using an information communication network, comprising the steps of: building a corporate information database by a web server; And transmitting, by the searcher side, the search request to the web server, and transmitting, by the web server, the enterprise information requested by the searcher side to the searcher side, wherein the web server constructs a company information database. The web server may include: giving a company an area index determined by a predetermined number or letter and a predetermined number of digits; Granting, by the web server, a detailed local index determined by a predetermined number or letter and a predetermined number of digits; Granting, by the web server, a business operator index determined by a predetermined number or letter and a predetermined number of digits; And giving, by the web server, an industry-specific index determined by a predetermined number or letter and a predetermined digit.

Preferably, after the web server grants the company an index for each industry determined by a predetermined number or letter and a predetermined number of digits, the web server determines whether the company has applied for a professional index grant application. ; And if the web server has applied for a professional index grant as a result of the determination of the web server, the web server granting the corresponding professional index to the company.

Preferably, the searcher side transmits a search request to the web server, and the web server transmits the enterprise information requested by the searcher side to the searcher side. Receiving an index; Searching, by the web server, a company and company information corresponding to the search index in a DB server; And transmitting, by the web server, the searched enterprise information to the searcher side.

More preferably, the search index includes at least one of a regional index, a detailed regional index, a business division index, and an industry-specific index after the URL of the operator site, or includes a full-text index after the URL of the operator site. It is characterized by.

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

1 is an exemplary diagram of an information communication system to which the present invention is applied.

As shown in the figure, an information communication system to which the present invention is applied includes an information communication network 100, an operator server, and an operator server that support a search and provision service of information related to the present invention on the Internet. Corporate computer 200 (hereinafter referred to as "corporate side") that transmits and receives information related to the promotion or advertisement of a member company or individual (hereinafter referred to as "corporate") (hereinafter referred to as "corporate information") and Receives corporate information from the company side, transmits related information, classifies and stores the company information according to a predetermined index for each index, stores the company information provided by the company, and searches a searcher's request. According to the operator server 300 that transmits the search information to the searcher computer and the company site to search after the URL of the operator site Searcher computer 400 by entering a unique index to receive the necessary information from the enterprise operator server 300 (hereinafter referred to as the "searcher side") a.

The information communication network 100 refers to the Internet using a TCP / IP protocol that can be connected by wire through a computer and a WAP protocol that can be wirelessly connected to a mobile phone and a portable information terminal (PDA).

In addition, the enterprise side 200 and the searcher side 400 as a computer device that can communicate with the Internet browser that can display the web content, wireless Internet communication as well as personal computers such as desktop computers, notebook computers, etc. Mobile phones, personal digital assistants (PDAs) and IMT2000; personal computers include at least Windows 95 / NT4 or higher operating systems, Pentium 100 MHz or higher CPUs, 16Mb or higher memory, 20Mb or higher disks, Windows 95 compatible sound cards, video RAM It is preferable to include 1 Mb or more Windows 95 compatible graphics card. In this embodiment, the enterprise side 200 and the searcher side 400 is limited to the case of a personal computer, but the present invention is not limited thereto and is the same below.

In addition, the operator server 300 transmits and receives information related to the enterprise information search with the company side and the searcher side, and gives an index according to a predetermined criterion to the company according to the basic information received from the company side, DB If the web server 310 that controls the server and the member DB for managing the basic information of the company, the web server has given the regional index, detailed regional index, business operator index and industry type index for the company, An index DB for managing each index, a special index DB for managing a professional index granted to the company, and a company information provided by the company, when the web server grants a special index according to the application of the company; It includes a DB server 320 including a company information DB.

2 is a flowchart illustrating an enterprise information search and provision method according to an embodiment of the present invention.

A person who intends to provide corporate information related to the present invention to an operator site registers as a member of the operator site through his computer 200 (S2).

The web server 310 at the time of membership registration, ID, password (password) from the company side 200, company name, region name, business registration number, representative's name, representative's resident registration number, representative's address, business classification, business type, The presence or absence of a homepage, and if there is a homepage receives a URL, the number of employees and company information that is information for promoting the company itself, DB server 320 is the company information among the information received by the web server 310 is company information In the DB, other information (hereinafter referred to as "basic information") is stored in the member DB (S4).

The web server 310 assigns a regional index, a detailed regional index, a business operator index, and an industry type index to a company by using the basic information stored in the member DB in step S4, and assigns each index of the company. Store in the index DB to build a corporate information database (S6).

When the searcher side 400 inputs an index of company information that the searcher wants to search after the URL of the operator site and transmits a search request to the web server 310, the web server 310 performs the step S6. After searching the company requested by the searcher side 400 in the index DB established by the company information corresponding to the company is transmitted to the searcher side 400 (S8).

A detailed description of the company information database establishment step according to step S6 of FIG. 2 will be given below with reference to FIG. 3.

3 is a detailed flowchart of an enterprise information database construction step according to an embodiment of the present invention.

The web server 310 gives the company a local index determined by a number or letter and a predetermined number of digits preset by an operator through the local name of the company stored in the member DB in step S4, and the DB server ( 320 stores the local index given to the company in the index DB (S12).

In this embodiment, the method of granting the regional index will be described in detail as follows.

Web server 310 distinguishes each company's area from Seoul, six major metropolitan cities, Gyeonggi-do, Chungcheongnam-do, Jeollanam-do, Gyeongsangnam-buk-do, Jeju-do, and Gangwon-do. A number DDD is assigned as a local index, Seoul assigns a local index to 002, and the DB server 320 stores the local index assigned to the company in the index DB.

In this embodiment, the region index for each region is as shown in Table 1 below, but the present invention is not limited thereto and is the same below.

Local people Geo index Local people Geo index Seoul 002 Jeju Island 064 Gyeonggi-do 031 Chungcheongnam-do 041 Busan 051 Chung-cheong bukdo 043 Incheon Metropolitan City 032 Gyeongsangnam-do 055 Daegu Metropolitan City 053 Gyeongsangbuk-do 054 Daejeon 042 Jeollanam-do 061 Gwangju 065 Jeollabuk do 063 Ulsan 052 Gangwon-do 033

After assigning an index for each region in step S12, the web server 310 determines the number or letter preset by the operator through the region name of the company stored in the member DB in step S4. The detailed regional index is given to the company, and the DB server 320 stores the detailed regional index assigned to the company in the index DB (S14).

In this embodiment, the detailed region index granting method will be described in detail as follows.

The web server 310 divides Seoul into 25 sub-regions, including Gangnam-gu, Gangdong-gu, Gangbuk-gu, and Gangseo-gu, and divides Gyeonggi-do into 31 sub-regions, including Goyang, Ilsan-gu, Gwacheon, and Gwangmyeong, and Busan to Gangseo-gu, Geumjeong-gu, and Nam-gu. The city is divided into 16 sub-regions, including Dong-gu, and Incheon city is divided into 10 sub-regions including Gyeyang-gu, Nam-gu, and Nam-dong.The city is divided into 8 sub-regions, including Nam-gu, Dalseo-gu, and Dong-gu, and Daejeon is divided into Daedeok-gu and Dong-gu. The city is divided into five detailed regions including Yuseong-gu, Gwangju Metropolitan City into five detailed regions including Gwangsan-gu and Nam-gu, and Ulsan is divided into five detailed regions such as Ulju-gun, Nam-gu and Dong-gu, and Jeju Island is divided into four regions including Seogwipo-si and Jeju-si. The Chungcheongnam-do is divided into 15 detailed regions including Gongju, Nonsan, and Boryeong, and the Chungcheongbuk-do is divided into 11 detailed regions including Jecheon, Cheongju, and Chungju. Gyeongsangnam-do is divided into 19 sub-regions including Geoje, Gimhae, and Miryang-si, Gyeongsangbuk-do is divided into 23 sub-regions including Gyeongsan, Gyeongju, and Gumi, and Jeollanam-do is divided into 22 sub-regions, including Gwangyang, Naju, and Mokpo. Jeollabuk-do is divided into 14 detailed regions including Gunsan, Gimje, and Namwon, and Gangwon-do is divided into 18 detailed regions including Gangneung, Donghae, and Samcheok. The DB server 320 stores the detailed area index assigned by the web server 310 in the index DB.

The detailed area index of the game area among the detailed area indexes provided in the present embodiment is shown in Table 2 below.

Cebu area Detailed geo index Cebu area Detailed geo index Goyang 00 Osan-si 16 Ilsan-gu 01 Yongin 17 Gwacheon 02 Uiwang 18 Gwangmyeong-si 03 Uijeongbu 19 Guri 04 Icheon 20 Gunpo 05 Paju-si 21 Gimpo 06 Pyeongtaek 22 Namyangju 07 Hanam 23 Dongducheon 08 Gapyeong-gun 24 Bucheon (Sosa, Ohjeong, Wonmi) 09 Gwangju-gun 25 Seongnam (Bundang, Crystal, Jungwon) 10 Yangju-gun 26 Suwon (Kwonseon, Jangan, Paldal) 11 Yeoju-gun 27 Siheung 12 Yeoncheon-gun 28 Ansan-si 13 Pocheon-gun 29 Anseong 14 Hwaseong-gun 30 Anyang-si 15

The web server 310 grants to the company a provider classification index determined by a number or letter and a predetermined number of digits preset by an operator through the operator classification of the company stored in the member DB in step S4. The DB server 320 stores the company and the assigned business entity indexes in the index DB (S16).

In the present embodiment, the web server 310 grants A when the corporation is a corporate operator, B when the corporation is an individual entrepreneur, and grants C when the corporation is a non-business individual.

The web server 310 provides the company with an index for each industry type determined by a predetermined number or letter and a predetermined digit by an operator through the industry of the company stored in the member DB in step S4, and the DB server ( 320 stores an index for each industry type assigned to the company in the index DB (S18).

In the present embodiment, the web server 310 subdivides the business sector into 54 business sectors, assigns a 3-digit unique index to the web server 310, and sets the sector-specific index for the business sector of the business run by the company in the steps S12 to the first. In addition to the region, sub-region and operator classification index in step S16 is given an index for each industry type, the DB server 320 stores the industry-specific index assigned to the index DB. Each industry index is shown in Table 3 below.

The web server 310 determines whether the enterprise side 200 has applied for the application of granting a professional index at the time of joining the company in the step S2 (S20).

The full-text index refers to a business type and is a letter or a predetermined number of numbers that a searcher can easily remember in relation to the business type. An index that allows you to search for information.

In the present embodiment, a three-digit or four-digit number is assigned to the company as the specialized index. Table 4 below shows the specialized index according to the present embodiment.

Professional index Sectors Professional index Sectors 0001 Education Information Service 0909 Tool, manufacturing and sales related services 1000 Government Agency Services 1004 National Flower Delivery Information Service 2000 Local Government-related Services 1010 Domestic and foreign aviation related information service 3000 National Chamber of Commerce related service 1212 National Hotel, Accommodation-related Services 4000 Broadcasting, media related services 2424 Nationwide Transportation (Moving) Related Services 5000 Law-related Services 4444 Funeral Information Services 6000 Tax and accounting related services 4989 Used Car, Furniture, Home Appliance Information Service 7000 Trade, customs and attorney services 5555 E-commerce distribution services 8000 Real estate related services 6677 National Transit Information Service 9000 Finance, Securities, Insurance Related Services 7700 Car related information service 119 Hospital / Clinic Related Information Service 7788 National railway related information service 999 Nationwide Job / Jobs 7979 Religious / Group / Association / Club Related Services 404 Construction (Bidding, Construction) Related Services 9090 Travel and tourism information services

As a result of the determination in step S20 of the web server, when the enterprise side 200 does not apply for a professional index grant, the web server 310 terminates the enterprise information database building system related to the present invention.

As a result of the determination of the step S20 of the web server, when the company side 200 applies for a professional index grant, the web server 310 grants the corresponding professional index to the company (S22).

In the present embodiment, the granting of the professional index is limited to the case in which the enterprise side 200 applies. However, the present invention is not limited thereto, and the operator applies the company side 200 after the examination according to a predetermined criterion. It is desirable to be able to assign the full-text index regardless of whether or not.

The enterprise information retrieval step according to step S8 of FIG. 2 will be described in detail with reference to FIGS. 4 and 5 as follows.

4 is a detailed flowchart illustrating a company information retrieval step according to an embodiment of the present invention. FIG. 5 is an exemplary view of a 'search screen' window displayed on a searcher computer screen according to the present invention.

The web server 310 receives an access signal of an operator site related to the present invention from the searcher side 400 (S32).

The web server 310 transmits the search screen illustrated in FIG. 5 to the searcher side 400 (S34).

When the searcher side 400 inputs the index corresponding to the company desired by the searcher through the computer 400 after the URL of the operator site, the search server received in step S34, the web server 310. ) Receives the index input by the searcher side 400 (S36).

In this embodiment, the URL of the operator site is www. Assuming kn.tv, the input format of the index will be described in detail as follows.

When the searcher side 400 searches for a company covering all industries in the Gyeonggi region, the index input format is www. kn.tv/031

In addition, when the searcher side 400 searches for businesses for all industries existing in Goyang-si, Gyeonggi-do, the index input format is www. kn.tv/03100

In addition, when the searcher side 400 searches for a company operating in the form of a corporation existing in Goyang-si, Gyeonggi-do, the index input format is www. If you are searching for kn.tv/03100A and are looking for an individual, go to www. kn.tv/03100C

In addition, when the searcher side 400 searches for a venture company among corporations existing in Goyang-si, Gyeonggi-do, the index input format is www. kn.tv/03100A.470

And, if the searcher side 400 wants to search for flower delivery related information of the whole country using a specialized index, the index input format is www. If kn.tv/1004 is used and you want to search for information related to transportation and moving around the country, the index input format is www. kn.tv/2424

The web server 310 searches for the company corresponding to the index received from the searcher side 400 in the index DB or / and the specialized index DB in step S36, and the company information corresponding thereto. Search in the information DB (S38).

The web server 310 transmits the company information searched by the step S38 to the searcher side 400 (S40).

The web server 310 determines whether there is a request for searching for another enterprise information from the searcher side 400, and when there is a request, the web server 310 returns to the step S34, If there is no request, the web server 310 terminates the system for the enterprise information retrieval step related to the present invention (S42).

The invention can also be embodied as computer readable code on a computer readable recording medium. The computer-readable recording medium includes all kinds of recording devices in which data that can be read by a computer system is stored. Examples of computer-readable recording media include ROM, RAM, CD-ROM, magnetic tape, floppy disk, optical data storage, and the like, and also include those implemented in the form of carrier waves such as transmission over the Internet. The computer readable recording medium can also be distributed over network coupled computer systems so that the computer readable code is stored and executed in a distributed fashion.

According to the present invention as described above, the searcher side by inputting a predetermined index after the URL of the operator site to search the enterprise information required by the searcher, thereby improving the search speed.

In addition, according to the present invention, there is an effect that provides an opportunity for companies or individuals who do not have an Internet site to promote them on the Internet.

Claims (7)

In the corporate information providing method using an information and communication network, (S12), in the web server, giving the enterprise a local index determined by a predetermined number or letter and a predetermined number of digits; Granting, by the web server, a detailed local index determined by a predetermined number or letter and a predetermined number of digits (S14); (S16), by the web server, assigning a company classification index determined by a predetermined number or letter and a predetermined digit to the company; Granting, by the web server, the industry type index determined by a predetermined number or letter and a predetermined number of digits (S18); Receiving (S36) the web server from a searcher side; Searching, by the web server, a company and company information corresponding to the search index in a DB server (S38); And In step S40, the web server transmits the searched company information to the searcher side. The search index, Information received through the URL input window of the Internet browser used by the searcher, and includes at least one of the regional index, the detailed regional index, the business operator index, and the industry type index after the URL of the web server operation site. Corporate information providing method characterized in that. The method of claim 1, Determining whether the web server has applied for a professional index grant in the process of assigning the indexes determined by the web server to a predetermined number or letter and a predetermined number of digits (S20); And As a result of the determination of the web server, when the company applies for a professional index granting step, the web server grants the corresponding professional index to the company (S22). More, The search index includes at least one of the regional index, detailed regional index, business operator index, industry index, professional index. delete delete delete delete delete