KR20040082889A - Site Traffic Increasing Method Using Nth Sub Domain Name And System Implementing The Same - Google Patents

Abstract

PURPOSE: A site traffic increasing method and system is provided to construct and operate a web site on a basis of a link scheme using N dimension sub domain names so that a web site revisit rate is increased on a basis of an automatic address listing function. CONSTITUTION: The system comprises a user terminal(90), an N dimension sub domain name server(130), a domain name server network(100), a basic domain name server(140), and a web server(110). The user terminal(90) installs and operates a web browser. The N dimension sub domain name server(130) includes a domain name, characters related to an operating web site, and IP address data of an N dimension sub domain name affiliated to the domain name. The domain name server network(100) includes a domain name server storing IP address data of the N dimension sub domain name server(130). The basic domain name server(140) receives an IP address request for the N dimension sub domain name from the web browser, obtains the IP address of the N dimension sub domain name server(130) over the network(100), obtains the IP address for the N dimension sub domain name from the N dimension domain name server(130), and offers the IP address to the user terminal(90). The web server(110) stores a domain name, a web page of an N dimension sub domain name affiliated to the domain name, IP addresses corresponding to the domain name and the N dimension sub domain name, and loads the web page corresponding to the N dimension sub domain name to the web browser over the network(100).

Description

Site Traffic Increasing Method Using Nth Sub Domain Name And System Implementing The Same}

The present invention relates to the operation of a web server, and more particularly, to a method of operating a web server and a system for implementing the same, in which a web site traffic increase technique using an N-th domain is applied.

Recently, with the development of information and communication technology, wired / wireless internet services are becoming a part of life, and the onlineization of the paradigm of the industrial economy as a whole is rapidly progressing. Accordingly, the formation of efficient communication channels with customers through online and the maximization of corporate value through the organic combination of online and offline are expected to be the biggest issue in the knowledge economy society now and in the coming years.

In general, most communications on the Internet are through websites. Accordingly, most companies and government offices, as well as individuals, operate a website for the purpose of promoting a product or service, selling a product, introducing a company, or providing an Internet supplementary service. In particular, in the case of a company that implements various e-commerce and content-added services online, the operation of the website may be more essential.

It is no exaggeration to say that, for a website running online, loyal netizens of any kind of site traffic are directly linked to the successful operation of the website. As a result, the website owners will take various marketing measures to increase the traffic of the site. For example, on-line and off-line advertisements and continuous web promotion to maintain the rank of the website rank in various search sites. Strategy. However, in the former case, a considerable amount of advertising expenses are required, which is a burden for the small and medium website owners. Even if the website has been registered, there is a limit that the ranking falls to the lower rank when the relevant search website is registered continuously. In addition, in recent years, various search site operators have used advertising policies such as sponsored advertisements in order to strengthen their profit models, and have provided fixed rank rankings to expensive paid sponsor ad sponsors. There is also a limitation that the frequency of exposure is lower than that of their site. As a result, without much cost, time, and professional management personnel, it is difficult to generate effective and continuous traffic of a loyal netizen by the conventional advertising method according to the prior art.

Recently, the Korean keyword link service, which can be accessed even if only Korean is inputted into an address input window of a web browser such as Microsoft's Internet Explorer, has been commercialized (Netpia, Inc.). Accordingly, a large number of netizens immediately enter a keyword of interest in Korean in the address input window without having to surf the website to be accessed via the search site, and go to the website linked with the Korean keyword. have.

With the commercialization of the Hangul keyword link service as described above, attempts to randomly attract a large number of netizens to the website by preempting high frequency super Hangul keywords (eg, shopping, cosmetics, sex, diet, etc.) have been made throughout the industry. ought. However, in the case of the conventional Korean keyword link service, there is a burden of paying a predetermined cost for the keyword link service every year separately from the maintenance cost of the link target domain in order to maintain the service. In addition, once a super keyword is preoccupied by an individual or a company, the meaning of a link service is lost in the case of various types of keywords that are modified from super keywords or sentence-type keywords that are not words of just a few syllables.

For example, in an industry related to 'diet', many obese women are expected to enter the keyword 'diet' in the address bar, while 'diet-friendly hospitals', 'diet and skin' Hospitals that can manage at the same time is not. Therefore, once a super keyword is preoccupied, even if a related keyword or sentence type keyword is provided with a Korean keyword link service, it is difficult to obtain a substantial effect of increasing website traffic.

Meanwhile, web surfing browsers such as Internet Explorer and Netscape, which are used by most netizens, are becoming more diversified as the version of the program increases. If one of the characters enters a predetermined character in the Internet address input window, the Internet access address including the currently entered character among the addresses of the sites that netizens previously accessed is automatically listed.

For example, as shown in FIG. 1, in order for a netizen to access the web site 'www.yahoo.co.kr' of Yahoo Korea Co., Ltd., the web browser 10 is run on the user terminal and ' Entering the letters www.y '(20) automatically displays the Internet website addresses that include' www.y 'at that address among the websites that netizens have visited in the past (30). Then, the netizens need to enter 'www.y' followed by 'ahoo.co.kr' as shown in Fig. 2, and then use the arrow keys on the keyboard or the mouse in the address list box to access the website at the present time. By selecting the address (40) it is possible to move to the website conveniently. When the web browser 10 is installed to implement such a function, a storage address (hard drive) of the user terminal is allocated an access address storage for storing the address of the website or web page visited by the netizen, and the netizen website When the web page is loaded and the web page is loaded, the address of the web site or web page visited by the netizen is stored in the access address storage area.

The function of the web browser as described above and the problems of the prior art described above have provided the present applicant with the motivation for devising the present invention, and the present applicant effectively avoids the traffic of the website without the high cost by the present invention described below. It is intended to provide a technique that can cause an increase.

Accordingly, the technical problem to be achieved by the present invention is to construct and operate a website based on a link by the N-th subdomain name, without having to spend a lot of advertising costs for the promotion of the website. It solves the discontinuance of the traditional Hangul link service, and based on the automatic address listing function provided by the web browser, increases the reconnection rate of customers who have visited the website once and ultimately increases the traffic of the site and implements the same. It is to provide a system for doing so.

The following drawings attached to this specification are illustrative of preferred embodiments of the present invention, and together with the detailed description of the invention to serve to further understand the technical spirit of the present invention, the present invention is a matter described in such drawings It should not be construed as limited to

1 is a screen example showing an address automatic listing function of a conventional web browser.

2 is an exemplary view showing a process of selecting a connection target address when an address is automatically listed in a conventional web browser.]

3 is a conceptual diagram schematically illustrating a process of obtaining an IP address for a domain name and communicating with a remote computer or a server using a domain name server in the related art.

4 is a schematic structural diagram of a site traffic increase system using an N-th subdomain according to an embodiment of the present invention.

5 is a screen example showing that when the user surfs the website designed according to the present invention, the address according to the N-th subdomain name is automatically output by the address automatic listing function of the web browser.

According to an aspect of the present invention, there is provided a system for increasing site traffic using an N-th subdomain, including: (a) a user terminal mounted and driven by a web browser; (b) an Nth subdomain name server containing IP address information for an Nth subdomain name that includes a string associated with a parent domain name and a website to be operated and is dependent on the parent domain name; (c) a domain name server network including at least a domain name server containing IP address information of the Nth subdomain name server; (d) receiving, at the web browser, an IP address request for the Nth subdomain name through a communication network through a predetermined link interface, and IP address information of the Nth subdomain name server through the domain name server network; A basic domain name server which obtains and obtains an IP address for an Nth subdomain name from the Nth domain server and provides the same to the web browser; (e) a web page according to the parent domain name and the N-th subdomain name subordinate thereto, having an IP address according to the parent domain name and the N-th subdomain name, and an IP for the Nth subdomain name. And a web server which loads a web page according to the N-th subdomain name to the web browser through a communication network to a web browser attempting to access by an address.

In the present invention, the web server preferably stores a web page having a web path according to the N-th subdomain name in a separate web directory.

In the present invention, the N-th subdomain name is a string associated with the website, an advertisement string associated with the website, a string associated with the website but made of Hangul, or related to the website, but in Korean. It is desirable to include an advertising string.

In the present invention, the link interface may be a menu, a string, an image, a flash, or a combination thereof linked by a hyperlink code including at least an Nth subdomain name.

In accordance with another aspect of the present invention, there is provided a method for increasing site traffic using an N-th subdomain name. The method may further include a web path according to a parent domain name and an N-th subdomain name subordinate thereto. Site traffic using a web page having a link interface, a web server given an IP address according to each domain, and an N-th subdomain name server containing IP address information about the parent domain name and the N-th subdomain name. A method of increasing, comprising the steps of: (a) obtaining, by a web browser driven in a user terminal, an IP address for the Nth subdomain name through the Nth subdomain name server using a communication network; (b) in response to a web page call of the user via the link interface, the web browser providing a web page having a web path according to the Nth sub-domain name based on the IP address obtained in the step (a). Requesting to a web server; And (c) reading the web page by referring to the web path according to the N-th subdomain name and loading the web page into the web browser through a communication network.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings. Prior to this, terms or words used in the specification and claims should not be construed as having a conventional or dictionary meaning, and the inventors should properly explain the concept of terms in order to best explain their own invention. Based on the principle that can be defined, it should be interpreted as meaning and concept corresponding to the technical idea of the present invention. Therefore, the embodiments described in the specification and the drawings shown in the drawings are only the most preferred embodiment of the present invention and do not represent all of the technical idea of the present invention, various modifications that can be replaced at the time of the present application It should be understood that there may be equivalents and variations.

First, in order to facilitate understanding of the present invention, the concept of a parent domain name, a secondary subdomain name, a secondary subdomain name, a third subdomain name, and the like, and a remote computer using a domain name The communication process will be outlined. Hereinafter, the term domain name without limitation by sub shall refer to the above-mentioned parent domain name.

A domain name refers to a characterized internet address such as 'kipo.go.kr' or 'yahoo.co.kr' that corresponds to an IP address, which is a numeric address assigned to various computers connected to the Internet, in a 1: 1 manner. Domain names are represented by the letters of a computer's address in real life, making it easier for Internet users to remember and communicate with other computers.

By the way, the communication with the actual computer is performed using two types of addresses, namely, IP addresses represented by numbers among IP addresses and domain names. Therefore, the domain name represented by the letter must be converted into the address represented by the number used by the actual computer to communicate, which is implemented by a so-called domain name server.

The domain name server constructs a database by matching domain names and IP addresses with each other. If a query of a corresponding IP address for a domain name is received from a predetermined computer, the domain name server reads the database to read an IP address and responds to the query. Perform the action.

Figure 3 shows how to communicate with a counterpart computer via a domain name server via a domain name server when communicating with a computer on the Internet.

Referring to FIG. 3, when a general user inputs a domain name (www.kipo.go.kr) in a web browser driven on the user terminal 50, the web browser firstly assigns the domain name server 60 to the domain name. Query the IP address for Then, the domain name server 60 searches the database and reads the corresponding IP address of the queried domain name from the database and transmits it to the web browser running in the user terminal 50. At this time, the domain name server 60 may repeatedly perform a process of querying another domain name server (not shown) such as a root name server and receiving a result to return an IP address corresponding to the queried domain name. Can be. This will be described in detail with reference to an embodiment of the present invention.

When the IP address is transmitted from the domain name server 60 to the web browser, the web browser communicates with the corresponding computer or server 70 using the received IP address to exchange necessary data. Therefore, in order to make a predetermined domain name available to other people on the Internet, the domain name must be registered in the domain name server 60. A domain not registered in the domain name server 60 must be registered by another person using the Internet. If you try to use it, you cannot use it because it cannot be converted to an IP address.

On the other hand, the N-th subdomain name refers to an extended subdomain name in which N predetermined strings are added with a dot as a separator in front of the parent domain name. For example, '111.kipo.go.kr' with a dot in front of the domain name 'kipo.go.kr' followed by one string such as '111', 'Gagaga', 'mail', 'ftp', etc. ',' Kagaga.kipo.go.kr ',' mail.kipo.go.kr ', and' ftp.kipo.go.kr 'are secondary subdomain names, with dots on the left side of the secondary subdomain. The subdomain name added with the predetermined character string is the tertiary subdomain name. In this case, a string including a dot separator added to the left of the parent domain name is called a host name, and the string added to the left of the host name may include Korean characters or special characters. However, it is preferable that Hangul is not included in the (N-1) th or lower character string.

In the case of the N-th subdomain name, if it is registered in the domain name server 60 by matching with the corresponding IP address, the web browser running on the user terminal 50 passes the N-th subdomain name to the domain name server 60. If the query is requested, the domain name server 60 returns the IP address information of the queried domain name to the web browser as described above. The present invention builds and operates a website providing system using such a point to increase site visit traffic to more effectively achieve the purpose of operating a website than before.

Hereinafter, the technical spirit of the present invention will be described in detail with reference to the above-described drawings. In this case, note that '*' means any string.

4 is a system configuration diagram for implementing a method for increasing site traffic by an N-th subdomain according to an embodiment of the present invention.

Referring to Fig. 4, the system according to the present invention includes a web browser 80, for example, a user terminal 90 mounted and driven by Microsoft Internet Explorer, and a web site constructed according to the present invention. When a request for a predetermined web page is sent from the browser 80, a known web server 110 such as an IIS server of Microsoft and an Apache server of Linux, which transmits the web page through a communication network 100, for example, the Internet. ), The N-th domain name server 130 that is recorded and managed in the database 120 by matching the parent domain name, the N-th subdomain name, and the corresponding IP address information, and the web browser 80 includes the domain name. It includes a basic domain name server 140 that makes an initial query for.

The web server 110 stores the web page linked to the web path according to the parent domain name and the web page linked to the web path according to the N-th subdomain name. At this time, the web page called by the N-th subdomain name is preferably stored and managed in a separate web directory as in the following embodiment, but the present invention is not limited thereto.

First Embodiment of Web Server 110 Settings: Hierarchical Categorization

When the website 'http://abc.co.kr/' is mounted on the web server 110, a web page linked to a web path according to the parent domain 'http://abc.co.kr/' Is stored in the root directory (/ root /), and web pages linked to the web path according to the secondary subdomain name 'http: // second string.abc.co.kr/' are the first level subdirectory of the root directory. The webpage stored in (/ root / sub1) and linked to the web path according to the third subdomain name 'http: // third string. *. abc.co.kr/' is the first level subdirectory (/ It is stored and managed in the first level subdirectory (/ root / sub1 / sub2) of root / sub1 /. Here, the secondary subdomain name and the third subdomain name and the web directory corresponding to the secondary subdomain name and the third subdomain name may be extended as much as the type and content of the added string.

In this case, when 'http://abc.co.kr/' is requested from the web browser 80, the index page stored in the root directory (/ root /) is loaded into the web browser 80, and the web browser When 'http: // second string.abc.co.kr/' is requested at 80, the index page stored in the subdirectory (/ root / sub1 /) is loaded into the web browser 80, and the web is When 'http: // third string. *. Abc.co.kr/' is requested from the browser 80, the index page stored in the subdirectory (/ root / sub1 / sub2 /) is stored in the web browser 80. Preferably, the web server 110 is set to load. The technical idea related to the setting of the web server 110 for providing the web browser 80 with a web page according to the domain name requested by the web browser 80 is well known in the art. Since the description is a detailed description thereof will be omitted.

When the web server 110 is set as described above, for example, when the 'http: // third string. *. Abc.co.kr/web page file name' is requested from the web browser 80, the web server ( 110 reads the requested web page file from the corresponding sub directory (/ root / sub1 / sub2) and transmits it to the web browser (80).

In order to achieve the object of the present invention, it is preferable that the character string included in the N-th subdomain name includes a keyword capable of inferring the nature of the website and the content of the content.

Second Embodiment of Web Server Settings 110: Hierarchical Categorization

When the website 'http://abc.co.kr/' is mounted on the web server 110, a web page linked to a web path according to the parent domain 'http://abc.co.kr/' Is stored in the root directory (/ root /), and web pages linked to the web path according to the first example 'http://second-1string.abc.co.kr/' of the secondary subdomain name are root. The web path stored in the first level subdirectory of the directory (/ root / sub1-1) and according to the second example 'http: // second-2 string.abc.co.kr/' of the second subdomain name. Web pages linked to are stored in another first-level subdirectory of the root directory (/ root / sub1-2 /), and the first example of the third subdomain name 'http: // third-1 string. *. Abc' web page linked to the web path according to the ".com" is stored in the subdirectory (/ root / sub1-1 / sub2-1) of the first level subdirectory (/ root / sub1-1 /) of the root directory. Managed, and the second example of the third subdomain name 'http: //third-2string.*.abc.co.kr' Web page with a link to the web in accordance with the path is managed is stored in the other sub-directory (/ root / sub1-1 / sub2-2) of the root directory, subdirectory, step 1 (/ root / sub1-1 /). Here, the secondary subdomain name, the third subdomain name, and the web directory according to the above can be extended as much as the type and content of the added string.

In the above case, when 'http://abc.co.kr/' is requested from the web browser 80, the index page stored in the root directory (/ root /) is loaded into the web browser 80, and When the 'http: // 2-1 string.abc.co.kr/' is requested from the web browser 80, the index page stored in the sub directory (/ root / sub1-1 /) is displayed in the web browser 80. Is loaded in the web browser 80, and when the 'http: //-2-2 string.abc.co.kr/' is requested, the index page stored in the subdirectory (/ root / sub1-2 /) is displayed. When the web browser 80 is loaded and the web browser 80 requests 'http: // 3-1 string. *. Abc.co.kr/', the sub directory (/ root / sub1-1 / When the index page stored in sub2-1 /) is loaded in the web browser 80 and the web browser 80 requests 'http: // third-2 string. *. abc.co.kr/' Index pages stored in the sub directory (/ root / sub1-1 / sub2-2 /) Preferably, the web server 110 is set so that the web browser 80 is loaded.

When the web server 110 is set as described above, for example, when the 'http: //-3-1 string. *. Abc.co.kr/webpage file name' is requested from the web browser 80, Of course, the server 110 reads a specific webpage file requested from a corresponding subdirectory (/ root / sub1-1 / sub2-1) and transmits it to the web browser 80.

In order to achieve the object of the present invention, it is preferable that the character string included in the N-th subdomain name includes a keyword capable of inferring the nature of the website and the content of the content.

Third Embodiment of Web Server Settings 110: Non-hierarchical Categorization

When the website 'http://abc.co.kr/' is mounted on the web server 110, the web page linked to the web path according to the domain 'http://abc.co.kr/' Is stored in the root directory (/ root /), and web pages linked to the web path according to the secondary subdomain name 'http: // second string.abc.co.kr/' are the first level subdirectory of the root directory. Web pages stored in (/ root / sub1) and linked with web paths according to the tertiary subdomain name 'http: // third string. *. abc.co.kr/' are root directories (/ root /) It is stored and managed in the first level subdirectory of / root / sub2. Here, the secondary subdomain name and the tertiary subdomain name and the web directory according to the above can be extended as much as the type and content of the added string.

When the web server 110 is set as described above, when 'http://abc.co.kr/' is requested from the web browser 80, the index page stored in the root directory (/ root /) is displayed in the web browser ( 80), and when the web browser 80 requests 'http: // second string.abc.co.kr/', the index page stored in the subdirectory (/ root / sub1 /) is displayed in the web browser. And the index page stored in the subdirectory (/ root / sub2 /) is loaded when 'http: // third string. *. Abc.co.kr/' is requested from the web browser 80. Preferably, the web server 110 is set to be loaded into the web browser 80.

When the web server 110 is set as described above, for example, when the 'http: // third string. *. Abc.co.kr/web page file name' is requested from the web browser 80, the web server ( 110 reads the requested web page file from the corresponding sub web directory (/ root / sub2 /) and transmits it to the web browser (80).

In order to achieve the object of the present invention, it is preferable that the character string included in the N-th subdomain name includes a keyword capable of inferring the nature of the website and the content of the content.

The first to third embodiments of the setting of the web server 110 according to the present invention described above merely provide an example in which a web page linked by a web path according to the Nth subdomain name is managed in a directory unit. Technical concept according to the invention is a variety of modifications and applications are possible with reference to the above embodiments.

Referring back to FIG. 4, the basic domain name server 140 first receives an IP address return request for the domain name from the web browser 80. Then, although not shown in the figure, the base domain name server 140 is a root domain name server (not shown) based on the first level domain, or the first level domain name and the second level domain name of the requested domain name. Sends an IP address return request for the queried domain name. For example, when the web browser 80 requests an IP address for 'abc.co.kr', the basic domain name server 140 may convert 'abc.co.kr' to the 'co.kr root domain name server'. Inquire about the IP address for.

If the root domain name server stores the IP address for the queried domain name, the root domain name server responds with the corresponding information. If not, the root domain name server responds to the underlying domain name server 140 with the IP address of the sub domain name server (not shown). For example, if 'abc.co.kr' is queried, the subdomain name server stores the IP address information in the root domain name server and responds with the IP address information for 'abc.co.kr'. Is a name server. To this end, the root domain name server stores and manages IP address information of the sub domain name server. Accordingly, the primary domain name server 140 inquires again the domain name requested by the web browser 80 to the sub domain name server. The subdomain name server then responds with an IP address for the queried domain name. This process is performed until the underlying domain name server 140 acquires IP address information of the domain name server managed by the IP address information of the domain name requested by the web browser 80, regardless of the type of domain name. Continues. Accordingly, a second sub domain name server may be interposed between the primary domain name server 140 and the root domain server. In the present invention, as described above, the plurality of domain name server sets used in the process of acquiring the target IP address information by the basic domain name server 140 is called a domain name server network.

The N-th domain name server 130 stores the IP address information of not only the parent domain name but also the secondary or more N-th sub-domain names in order to support web page provision by the above-described web server 110 setting. Manage by listing. For example, the web server 110 provides a website according to the parent domain 'http://abc.co.kr/', and the web server 110 according to the first to third embodiments described above. ) Is set, the N-th domain name server 130 is IP address information for the parent domain name 'abc.co.kr' and at least one or more N-th subdomain name, for example dependent on the parent domain name 'Second string.abc.co.kr', 'second-1 string.abc.co.kr', 'second-2 string.abc.co.kr', 'third string. *. Abc.co .kr ',' 3-1 string. *. abc.co.kr ',' 3-2 string. *. co.kr ', etc. are stored. It is preferable that the IP address of the parent domain name and the IP address of the Nth subdomain name are identical to each other. However, it is natural to those skilled in the art to which each address may be different in some cases.

The web server 110 has an IP address of the parent domain name and the N-th subdomain name. Therefore, when a web page according to the web path of the parent domain name is requested from the web browser 80 of the user terminal 90 or a web page according to the web path of the Nth sub-domain name is requested, the web server 110 The web page is read from the corresponding directory and loaded into the web browser 80 through the communication network 100.

More specifically, when a web page according to a web path of a parent domain name is requested from the web browser 80, the web server 110 communicates a web page under a root directory or a web page in a corresponding sub directory. Load into the web browser 80 through the network (100). For example, when the web browser 80 requests 'http://abc.co.kr/patent/patent.html', the web server 110 requests 'patent.html' from the subdirectory 'patent' of the root directory. 'Read the file is loaded into the web browser (80).

In addition, when a web page according to the web path of the N-th subdomain name is requested from the web browser 80, a corresponding file is read from a directory linked with the N-th subdomain name, and then the web is transmitted through the communication network 100. Load in browser 80. For example, when 'http: // second string.abc.co.kr/patent/patent.html' is requested from the web browser 80, the web server may request 'second string.abc.co.kr'. 'Patent.html' file is read from the sub-directory 'patent' in the web directory linked with 'and loaded into the web browser 80 through the communication network 100.

In the process of loading a predetermined web page in the web server 110 as described above, the base domain name server 140 uses the IP address of the parent domain name corresponding to the web browser 80 or the N-th subdomain name dependent thereto. As a result, the underlying domain name server 140 obtains the IP address of the corresponding web server 110 as described above, and notifies the web browser 80 of this.

According to the present invention, a link interface such as various menus, link strings, link images, link flashes, and the like of various web pages included in the web server 110 uses a web path according to the N-th subdomain name in linking other web pages. . For example, if the website 'http://abc.co.kr' constructed according to the present invention is a newspaper site, the link interface for each newspaper article field linked to the main page is' http: / / Economic Sector News.abc.co.kr, 'political sector news.abc.co.kr' in the political field, or 'http: // cultural sector news.abc.co.kr' in the political field Can be '. In addition, the link interface provided on the web pages related to the cultural field is 'http://theatre.news.culture.abc.co.kr', 'http: // artistic's news.culture.abc.co.kr', 'http://music.news.culture.abc.co.kr'.

In some cases, the link interface provided in the web page mounted on the website operated according to the present invention may use the N-th subdomain name, but may also introduce advertising text. For example, if the website 'http://abc.co.kr' according to the present invention is a diet-related site, it promotes a diet product that can reduce weight intensively among various menus provided on the main webpage. And a link interface that links to a selling web page can be 'http: // diet_10kg_success' in just 3 months.abc.com ',' http: // diet_doesn't_ You can use a link code such as a number of herbal ingredients, food supplements.abc.co.kr.

In order to link a web page using the link code as described above, an IP address (substantially, of the web server 110) of the N th subdomain name according to each link code is transmitted to the N th domain name server 130. IP address) information is set, and the reference directory and index web page for each N-th subdomain name must be set in the web server 110 as well.

When the website is operated on the web server 110 using the above technical configuration, there are advantages as follows.

As already mentioned in the prior art, currently widely used web browsers automatically display the web path of the webpage, including the domain name of the website the user has visited in the past, automatically as the user enters the domain name. It is supposed to display it (refer FIG. 2).

Therefore, when a user accesses a website operated in accordance with the present invention and continues surfing the web, the various link codes of the website are N-th subdomain names into which keywords related to the contents of the website are inserted. The web browser of the user terminal continuously stores the web page path based on the N-th subdomain name in the access address storage area allocated to the storage medium of the user terminal.

In the above state, when the user later inputs a keyword of interest to the address input window of the web browser in order to use the keyword link service, the Nth sub-domain name stored in the access address storage area. If the keyword is included in the address, the address according to the N-th subdomain name automatically appears in the address input window.

For example, the method according to the present invention was applied to a diet site, and the user accesses the diet site according to the present invention and performs site surfing by a link code by the N-th subdomain name. // Diet _ 10 kilograms can be successful in 3 months. Abc.co.kr, 'http://diet_foods.com' Suppose you opened a web page using a link code such as "com. Then, when the user enters the word 'diet' in the address input window of the web browser in order to use the keyword link service, in particular, the Korean keyword link service, the two connection paths as shown in FIG. This will appear in the address bar of your web browser (see 160). Then, the user is exposed to the keyword or the advertising copy contained in the N-th subdomain name according to the present invention, and naturally selects the corresponding address and accesses the website constructed according to the present invention again. This means that in the case of the website according to the present invention, even if a separate advertising means is used, the traffic of the website is increased by inducing a valid reconnection to a user who has visited in the past.

As described above, although the present invention has been described by way of limited embodiments and drawings, the present invention is not limited thereto and is intended by those skilled in the art to which the present invention pertains. Of course, various modifications and variations are possible within the scope of equivalents of the claims to be described.

According to the present invention, keywords related to the operation purpose of the website to be operated are included in the Nth subdomain name and each Nth subdomain name is set to an IP address of the Nth domain name server. Then, the web server sets the web directory and the index web page according to the Nth subdomain name, and designs the link interface included in each webpage using the Nth subdomain name. In this state, when the user visits the website according to the present invention and clicks a link according to the Nth subdomain name to surf the site, a web browser displays a webpage including the Nth subdomain name in the user terminal. The path is remembered. Accordingly, when the user later inputs the characters included in the N-th subdomain name into the web browser, the path according to the N-th subdomain name of the website according to the present invention stored in the address input window of the web browser. Appears. Since the web page address including the N-th subdomain name automatically appeared, the site or web page to be linked is intact and thus the user's freshness is concentrated and thus the probability of effectively inducing the access to the site increases. . Therefore, by designing a website and operating a web server according to the present invention, it is possible to effectively increase the reconnection traffic of a user who has visited in the past without a separate advertising expense or web promotion. This technical effect is further increased when a sentence-type keyword composed of advertisement text is input to the N-th subdomain name. In addition, recently, the Hangul keyword service has been in the spotlight, and if a site-related string or advertisement phrase in Korean is included in the Nth subdomain name, the webpage address according to the Nth subdomain name according to the present invention is displayed in the address input window. Just by making it appear, you can expect the effect of advertising to attract site access. Since the present invention is not limited to the language used, if the website is operated in an English-speaking country, English, not Korean, will be preferable when the N-th subdomain name includes a string related to the site or a string including an advertising copy. .

Claims (16)

(a) a user terminal mounted and driven by a web browser; (b) an Nth subdomain name server containing IP address information for an Nth subdomain name that includes a string associated with a parent domain name and a website to be operated and is dependent on the parent domain name; (c) a domain name server network including at least a domain name server containing IP address information of the Nth subdomain name server; (d) receiving the IP address request for the Nth subdomain name from the web browser through a communication network, acquiring IP address information of the Nth subdomain name server through the domain name server network, and then An underlying domain name server for querying an N-th domain server for an IP address for an N-th subdomain and providing the same to the web browser; (e) a web page according to the parent domain name and the N-th subdomain name subordinate thereto, having an IP address according to the parent domain name and the N-th subdomain name, and an IP for the Nth subdomain name. Site traffic using the N-th subdomain name, comprising: a web server that loads a web page according to the N-th subdomain name to the web browser via a communication network to a web browser attempting to access by an address. Increase system. The method of claim 1, And the web server stores a web page having a web path according to the N th subdomain name in a separate web directory. The method of claim 1, And the N-th subdomain name includes a character string associated with a website. The method of claim 1, And the N-th subdomain name includes an advertisement string associated with a website. The method of claim 1, The Nth subdomain name is associated with a website, but site traffic increase system using the Nth subdomain name, characterized in that it comprises a string consisting of Hangul. The method of claim 1, The Nth subdomain name is associated with a website, but the site traffic increase system using the Nth subdomain name, characterized in that it contains an advertising string in Korean. The method according to any one of claims 3 to 6, When the character included in the string is input from the web browser, the N-th subdomain name of the web page is automatically output according to the N-th subdomain name including the character in the address input window of the web browser. Site traffic increase system using. The method of claim 1, And the link interface is a menu, a string, an image, a flash, or a combination thereof linked by a hyperlink code including at least an Nth subdomain name. A web page having a web path according to the parent domain name and the subordinate N-subdomain name and having a link interface according to the N-th subdomain name, a web server to which an IP address is assigned according to each domain, and the parent domain name And a method for increasing site traffic using an Nth subdomain name server, which includes IP address information about an Nth subdomain name. (a) obtaining, by a web browser driven in a user terminal, an IP address for the Nth subdomain name through the Nth subdomain name server using a communication network; (b) in response to a web page call of the user via the link interface, the web browser providing a web page having a web path according to the Nth sub-domain name based on the IP address obtained in the step (a). Requesting to a web server; And (c) reading the web page by referring to the web path according to the N-th subdomain name and loading the web page to the web browser through a communication network; How to increase site traffic. The method of claim 9, And the web server stores a web page having a web path according to the N th subdomain name in a separate web directory. The method of claim 9, And the N-th subdomain name includes a string associated with a website. The method of claim 9, And the N-th subdomain name includes an advertisement string associated with a website. The method of claim 9, The Nth subdomain name is associated with a website, but the site traffic increase method using an Nth subdomain name, characterized in that it comprises a string consisting of the Hangul. The method of claim 9, The N-th subdomain name is associated with a website, but the site traffic increase method using the N-th subdomain name, characterized in that it contains an advertising string in Korean. The method according to any one of claims 11 to 14, And automatically outputting a web page path according to the Nth sub-domain name including the character in the address input window of the web browser when the text included in the character string is input in the web browser. Site traffic increase method using N-th order subdomain name. The method of claim 9, And the link interface is a menu, a string, an image, a flash, or a combination thereof linked by a hyperlink code including at least an Nth subdomain name.