KR100384953B1 - Method and System for Providing Mobile Phone number Domain Service - Google Patents

Abstract

The present invention relates to a system and method for providing a terminal phone number domain service, and more particularly, to a gateway for performing a switching function by accepting and interconnecting a call line and a data conversion function for providing a wireless Internet service to a calling terminal; A relay server that registers a domain corresponding to the called terminal phone number, maps the corresponding domain corresponding to the called terminal phone number, receives an IP address from a domain name server when the Internet is connected, and transmits a domain corresponding to the called terminal phone number; And a database for storing at least the terminal number and the domain corresponding thereto so that the domain corresponding to the called terminal number can be mapped. Therefore, according to the present invention, when the calling terminal owner requests the other party to make a phone call, if the other party is busy or absent, the calling terminal owner can access the homepage of the other party and perform a desired function without inputting a separate URL.

Description

System and method for providing terminal phone number domain service {Method and System for Providing Mobile Phone number Domain Service}

The present invention relates to a system and method for providing a terminal phone number domain service, and more particularly, when a terminal owner makes a call request to the other party, if the other party is busy or absent, the terminal owner directly connects to the homepage of the other party and the desired function The present invention relates to a terminal phone number domain service providing system and a method for supporting the same.

There are already hundreds of millions of wireless service subscribers all over the world. With the rapid increase in wireless communication, various services using wireless communication have been developed and spread. Commonly used wireless communication devices (hereinafter referred to as 'terminals') may include personal digital assistants (PDAs), two-way pagers, mobile phones (including cellular telephones), phage computing devices, and the like. The wireless communication system has been continuously developed from the ground transmission tower system in the 1890s to the geostationary satellite communication in the 1960s and the introduction of low-orbit mobile satellite communications in the 1980s. As the wireless communication system develops, the wireless internet service has also developed. Wireless Internet service refers to a service that allows users to access the Internet anytime, anywhere, as well as search for various information. When the terminal was first introduced, the terminal and the PC were completely separate devices, but as wireless data appeared, they were gradually integrated and recently developed into the wireless Internet. The wireless Internet using such a terminal is classified into a built-in type and a non-built-in type according to the presence or absence of a web browser, and a built-in type which can enjoy all Internet services using only a terminal has become mainstream. Early wireless Internet service is SMS (Short Message), a short message service that allows a digital mobile subscriber to send and receive short messages over public telephone networks, data communications networks, or the Internet when short sentences are sent to other mobile subscribers in Korean or English. Service, but now, you can use a variety of applications such as cyber shopping, stock trading, banking, life information.

In order to provide wireless Internet service in current mobile communication network, phone.com develops Handheld Device Transport Protocol (HDTP) and Handheld Device Markup Language (HDML), and TTML in Nokia (Tagged Text Markup Language) was developed, and Ericsson developed Intelligent Transfer Protocol (ITTP). Amid the enthusiasm for wireless internet in Korea, the area of wireless internet service is expanding as domestic portal service companies launch wireless internet service. For example, Yahoo Korea (http://www.yahoo.co.kr) launched wired / wireless portal service centered on search and mail through partnership with 011, 017, 019 operators, and 011, 017, 019 When subscribers access the Yahoo! Korea site through a device equipped with a WAP (Wireless Application Protocol) browser, they can search for new mail, check past mail, send mail, and check external mail, including directory search, English dictionary, stock quote, exchange rate. Services related to information, weather information, etc. can be used. Navercom (http://www.naver.com) has partnered with SK Telecom to provide content search services and search services for WAP-based sites, and has been deployed in over 100 domestically built with WML (Wireless Markup Language) and HDML. Site and overseas wireless site search service will be provided. Daum Communications (http://www.daum.net) provides 'Daum Mobile Services' that can use the Internet service wirelessly, and Lycos Korea (http://www.lycos.co.kr) The company plans to offer a wireless Internet service that combines satellite broadcasting with its contents.

As a method of using such a wireless Internet service using a terminal, a method of inputting an English alphabet marked with a number on a terminal according to a domain name and a method of using exclusive contents of a wireless internet site are typically used. In order to communicate with other computers connected to the Internet, a terminal owner must know the address of a computer connected to the Internet. A computer's address is represented by a numeric address (e.g., 123.234.56.7), but because it is difficult to understand or remember, the address is represented by an alphabetic domain address system (e.g. nic.or.kr). Is developed and used as the homepage address. Thus, public IP addresses or domain addresses exist with unique, non-duplicate names throughout the world, so that any computer around the world can communicate if it is connected to the Internet.

However, the method of providing a wireless Internet service using such a terminal has various problems. First, there is a problem in that a procedure for inputting a URL (Universal Resource Locator) of a corresponding homepage is complicated when trying to access an arbitrary homepage. For example, to access the homepage of Yahoo, a typical search site using a wireless internet-enabled terminal, use the number keys (in English letters) of the keypad 12 times (that is, the [y] key 3, [ a] key 1, [h] key 2, [o] key 6). In addition, when entering a personal homepage, the domain name is generally long, so that the user can access the desired homepage through several input processes. Second, in the current wireless Internet service, in order to access the other party's homepage when the other party is busy or absent, the user has to end the telephone call request and enter the URL of the corresponding homepage again using the contents of the wireless Internet service. have.

Accordingly, the present invention has been made to solve the conventional problems as described above, the first object of the present invention is to provide a mobile phone carrier by providing a site builder and a terminal phone number domain service for creating a home page, the terminal owner When the other party requests a phone call to the other party, if the other party is busy or absent to provide a terminal phone number domain service providing system and method for connecting the terminal owner to the other party's homepage without input of a separate URL.

The second object of the present invention is to create a site builder and terminal phone number domain service to make a homepage and operate itself through a server, so that when the terminal owner requests the other party to make a phone call, if the other party is busy or absent, a separate URL is provided. It is to provide a terminal phone number domain service providing system and method for connecting the terminal owner to the homepage of the other party without input.

The third object of the present invention is to configure a terminal by adding a shortcut key (for example, 'LINK' key) that can be directly connected to the corresponding URL, the terminal owner inputs the desired telephone number and then enters the corresponding shortcut key corresponding to the telephone number. The present invention provides a terminal phone number domain service providing system and method for connecting a terminal owner to a URL.

A fourth object of the present invention is to provide a terminal phone number domain service providing system and method for creating a personal homepage through a general network (eg, the Internet) and registering a terminal domain using the terminal phone number domain service of the corresponding homepage. To provide.

A fifth object of the present invention is to provide a terminal phone number domain service providing system and method capable of providing a number domain to a person who wants to be assigned a number domain by securing a plurality of number domains through a domain name server.

1 is a block diagram showing a configuration of a first embodiment according to the present invention,

2 is a block diagram showing a detailed configuration and connection state of the relay server and the database of FIG.

3 is a flowchart illustrating a home page creation process and a domain registration process of a home page according to the present invention;

4 is a flowchart illustrating the operation of the first embodiment according to the present invention;

4A is a diagram illustrating a screen of a short message on a request for access to a counterpart homepage;

5 is a block diagram showing a configuration of a second embodiment according to the present invention,

6 is a flowchart for explaining the operation of the second embodiment according to the present invention;

7 is an exemplary view showing another embodiment of a terminal according to the present invention.

♣ Explanation of symbols for the main parts of the drawing ♣

100: terminal 200: base station

300: mobile phone carrier 320: relay server

400: domain name server 800: management server

In order to achieve the above object, the present invention provides a wireless Internet service providing system for providing a desired service by connecting a calling terminal to the Internet by a request of a calling terminal equipped with a WAP browser. A gateway for exchanging by acceptance and interconnection and data conversion for providing wireless Internet service to the calling terminal; A relay server that registers a domain corresponding to the called terminal phone number, maps the corresponding domain corresponding to the called terminal phone number, receives an IP address from a domain name server when the Internet is connected, and transmits a domain corresponding to the called terminal phone number; And a database for storing the domain and the IP address corresponding to the terminal number so that the domain corresponding to the called terminal number and the IP address corresponding to the domain can be mapped.

In addition, the present invention is a wireless Internet service providing system for providing a desired service by connecting the calling terminal to the Internet at the request of the calling terminal equipped with a WAP browser, interconnected with the base station, and accepting and interconnecting call lines The mobile telephone service includes a gateway that performs a switching function and a data conversion function for providing a wireless Internet service to a calling terminal, and a prompt message center for transmitting a message indicating the execution of the terminal phone number domain service to the calling terminal. Providing a mobile phone carrier; It is interconnected with the mobile phone carrier through the Internet, registers the domain corresponding to the called terminal phone number, maps the corresponding domain corresponding to the called terminal phone number, and receives the IP address from the domain name server when accessing the Internet. A management server for transmitting a domain corresponding to the phone number; And a database for storing at least the terminal number and the domain corresponding thereto so as to map the domain corresponding to the called terminal number.

The present invention also provides a wireless Internet service providing method for providing a desired service by connecting a calling terminal to the Internet by a request of a calling terminal equipped with a WAP browser. Identifying; If the called terminal is busy or absent, transmitting a guide message regarding execution of the terminal phone number domain service; When the calling terminal owner executes the terminal phone number domain service, mapping a domain corresponding to the terminal phone number and an IP address corresponding to the domain; And connecting the homepage of the calling terminal owner and the called terminal owner through the mapped IP address.

The present invention also provides a wireless Internet service providing method for providing a desired service by connecting a calling terminal to the Internet by a request of a calling terminal equipped with a WAP browser. Identifying; If the called terminal is busy or absent, transmitting a guide message regarding execution of the terminal phone number domain service; Connecting the calling terminal with the management server if the called terminal owner wants the terminal phone number domain service; And extracting a domain corresponding to the homepage of the called terminal owner and connecting the calling terminal owner to the homepage of the called terminal owner.

Hereinafter, exemplary embodiments of a terminal phone number domain service providing system and method according to the present invention will be described in detail with reference to the accompanying drawings.

(First embodiment)

1 is a block diagram showing a configuration of a first embodiment according to the present invention, the terminal phone number domain service providing system is a terminal 100, a base station 200, a mobile phone carrier 300, a domain name server (DNS: Domain name server) 400, the Internet 500, the web server 600, and the client 700. Here, the mobile phone carrier 300 includes a gateway 310, a relay server 320, a database 330 and the announcement message center 340, the relay server 320 is shown in Figure 2, A server program 322 and a processing program 324, and the database 330 includes a member DB 330a, an Internet Protocol (IP) address DB 330b, and a terminal-specific domain DB 330c. . In addition, the processing program 324 includes a site creator (hereinafter referred to as "Wes Site Builder" (WSB)) 324a and a mobile phone number domain service (MPDS) unit 324b.

The terminal 100 collectively refers to a wireless communication device that can use a telephone call request and a wireless Internet service. The terminal 100 of the present invention uses a wireless communication terminal that can use a wireless Internet service by mounting a WAP browser. . The terminal for wireless communication may also use a terminal for International Mobile Telecommunications (IMT) -2000 that uses a frequency (2 GHz) band higher than cellular (800 MHz) or PCS (1.8 GHz). This IMT-2000 terminal can make a call from anywhere in the world and implement a multimedia service for sending and receiving video data. At least 14.4Kbps per second is required to receive wireless Internet service, and IMT-2000 terminal is up to 100 times faster than current mobile phone, so free transmission and reception of voice, video and data is possible. Such terminals are currently provided by many mobile operators.

The base station 200 is wirelessly connected to the terminal 100, a wired network connecting the mobile phone carrier 300 and the base station 200 to connect the terminal 100 and the mobile phone carrier 300, the terminal 100. ) And a wireless network connecting the base station 200 and an antenna, a transmitter, a receiver, and a power supply device for connecting such wired and wireless networks, and serve as a matching function to enable interconnection thereof. In addition, the base station 200 may include a base station controller (not shown) that receives a short message transmitted from the mobile telephone carrier 300 and converts the short message into a data burst message of a signaling channel. . The antenna used in the base station 200 uses a directional or non-directional antenna according to the characteristics of the base station 200, and the receiving antenna generally uses two antennas in a spatial diversity scheme. Although only two terminals 100 and a base station 200 are shown in FIG. 1, it is apparent to those skilled in the art that a plurality of terminals 100 and a base station 200 may be combined.

The mobile phone carrier 300 is interconnected with the base station 200, the exchange function by the acceptance and interconnection of the call line and the data conversion function for providing a wireless Internet service to the terminal 100 and, if necessary, the terminal 100 ) To control the entire system to store a short message including a callback number or a callback URL, and to store and manage various data. In addition, although the mobile telephone carrier 300 is generally the same as the exchange of a public switched telephone network (PSTN), it has a special function according to the call processing characteristics of the terminal 100 in functional terms. These special functions include wireless channel assignment and call channel switching, manage necessary information through continuous data communication with the base station 200, monitor and analyze the call volume by line section, and distribute the call volume according to the result and wireless internet. When the service is used, the data format is converted into data that can be processed by the terminal 100, or conversely, data that is transmitted from the terminal 100 is converted into processable data. As mentioned above, the mobile telephone carrier 300 includes a gateway 310, a relay server 320, a database 330, and an announcement message center 340, which are configured of the relay server 320 and the database 330. The detailed configuration and connection state will be described in detail with reference to FIG. 2.

The gateway 310 is interconnected with the base station 200 and serves to convert WAP and Transmission Control Protocol / Internet Protocol (TCP / IP) in between. That is, the wireless Internet service requests of all terminals 100 pass through the gateway 310, and the gateway 310 requests the service again through the existing Internet wired network according to the WAP. Subsequently, the gateway 310 receives the response from the relay server 320 and pushes the WAP to the terminal 100 that originally requested the service. In other words, the gateway 310 is a web protocol stack using the wireless session protocol (WSP), the wireless transaction protocol (WTP), the wireless transport layer security (WTLS), and the wireless datagram protocol (WDP), which are components of the WAP protocol stack. In other words, it switches to HTTP and TCP / IP. The WAP architecture provides a scalable protocol environment and a hierarchical overall network structure for developing application programs for terminals. In addition, the gateway 310 includes a content encoder and a content decoder to convert the WAP content into a concise coded format to reduce the data size on the network or to convert the data to data before being encoded again. It performs the function. If the relay server 320 provides WAP content made of WML, the gateway 310 directly transmits the WAP content to the terminal 100 through the base station 200, and the relay server 320 provides web content made of HTML. The HTML filter converts the WML to the terminal 100 through the base station 200.

WAP is an industry standard for the efficient transport of Internet-centric wireless data services in a wireless environment. The purpose of WAP is to enable the use of Internet services in digital cellular telephones and wireless terminals and to operate in other types of wireless network technologies. Developing protocol specifications and developing content and application technologies that can be used for other types of wireless network technologies and devices. WAP content and applications are created based on the web content format, and WAP content is transmitted using WTP, a communication protocol built on the web communication protocol. The wireless terminal uses the user interface microbrowser to navigate the entire site, which has similar functionality to the standard web browser used on the web. WAP content types and protocols are optimized for the communications market and all portable wireless devices, and WAP uses proxy technology for seamless connectivity between wireless URLs and relay servers 80.

The guide message center 340 is located between the base station 200 and the relay server 320, and the terminal through the base station 200 in a character (ie, short) format of a size suitable for the limited display screen of the terminal 100 Provides a communication service for delivering the short message to the 100 or provides a guide message by voice. That is, the terminal 100 transmits a short message or a voice message to the terminal 100 asking whether to access the homepage of the counterpart when the counterpart requested by the terminal owner is busy or absent. Here, the short message may include a callback signal for informing whether the relay server 320 is connected to the counterpart homepage or a callback URL for directly connecting to the counterpart homepage. The written short message is sent with each piece of information according to the type of callback. For example, if the callback type of the short message is to be set as a callback number, the user data field of the short message includes a callback delimiter indicating that the short message is a message to be called back to the relay server 320, and the callback of the short message. If the type is to be set as the callback URL, the user data field is transmitted to the terminal 100 including a callback identifier indicating that the short message is a message to be called back to the other party's homepage and a homepage URL of the requesting party.

The DNS 400 is interconnected with the relay server 320 and performs a domain name service for acquiring a domain according to a request of a person who wants to own a domain by securing a plurality of domains. In addition, if necessary, a numeric domain may be secured and a domain corresponding to the telephone number may be paid to the homepage client. The Domain Name Service is a service that converts IPs that are designed to find and recognize computers on the Internet into domain names that are designed to make it easier for Internet users to remember. Currently, most Internet service providers (ISPs) have a name server that provides domains to customers. It provides a naming service. In the case of an individual, a name server is not provided to operate a name server. Therefore, a domain name service is provided through an ISP or another domain provider to use the Internet. Such a DNS 400 may be provided by itself in the mobile telephone carrier 300 or may use the DNS 400 of an ISP or another domain provider.

The web server 600 is connected to the relay server 320 through the Internet 500, and receives the personal homepage URL transmitted from the relay server 320 to finally connect the terminal 100 to the counterpart homepage. Play a role. In addition, the terminal 100 provides content to the terminal 100 and collects desired information in association with another medium or path according to the request of the terminal 100, and transmits the collected information.

The client 700 is a computer used by a general user who visits the terminal phone number domain service providing system of the present invention, and means a web browser such as Netscape or Internet Explorer installed in the computer. The client 700 may access the relay server 20 using a web browser and then register as a member or change member information, and may use all contents provided by the real-time domain name service providing system. In addition, the client 700 who wants to produce a homepage may access the relay server 320 to open a homepage, and the client 700 who owns the homepage may access the relay server 320 and join as a member. In addition, the homepage domain registration procedure can be performed.

FIG. 2 is a block diagram illustrating a detailed configuration and connection state of the relay server 320 and the database 330 of FIG. 1. The relay server 320 includes a server program 322 and a processing program 324. 330 includes a member DB 330a, an IP address DB 330b, and a terminal DB 330c for each terminal. The processing program 324 also includes a WSB 324a and an MPDS unit 324b.

The relay server 320 is a server hardware whose server name is registered in a domain name server and enables general Internet users to search for information in the form of a URL. The web server for smoothly operating the terminal phone number domain service providing system of the present invention The server program must be installed and run. Accordingly, the relay server 320 may request the server program 322 to be executed to process the service request of the terminal 100 transmitted from the gateway 310 and the information request of the terminal 100 (eg, homepage connection request, homepage production). Processing programs 324 that support server-client interactions to handle requests, and the like.

The server program 322 includes NCSA, CERN, Apache, JIGSAW, a server for Unix, IIS, a server for Windows NT, and WebSite, a server for both Windows NT and Windows 95/98, and the processing program 324 is generally CGI. It uses a standardized information communication method called Common Gateway Interface. The information transmitted to the relay server 320 in accordance with the CGI format is processed by the CGI program installed in the relay server 320 by appropriately interpreting the information request of the terminal owner in accordance with the CGI standard format.

The WSB 324a included in the processing program 324 serves to provide a service for producing a homepage at the request of the terminal owner or the client 700, and the MPDS unit 324b accesses the homepage of the terminal owner. It receives the request, extracts the domain of the corresponding homepage, and acts as a bridge that connects the terminal owner with the other homepage. There are two methods for producing a home page using the WSB 324a, but a method using a terminal 100 and a general computer. However, it is preferable to manufacture a home page using a general computer in terms of time and efficiency. Since there are various types of homepage production programs (eg, Namo WebDieter, Dreamweaver, Front Page, etc.) used in the WSB 324a, any one of them is selected and used. Regardless of which program you use, it's important to simplify your homepage creation process so that novices can easily create their own homepages. The MPDS unit 324b stores the domain of the registered homepage in the domain DB 330c for each terminal, and when the terminal owner requests access to the other homepage, the domain of the terminal is extracted from the domain DB 330c for each terminal and the Internet ( 500 to transmit to the web server 600.

The database 330 stores the member DB 330a for storing personally identifiable information and the IP address DB 330b for granting a dynamic IP to the corresponding domain when using the Internet 500, and the domain of the registered terminal owner. Terminal-specific domain DB 330c for extracting the domain of the terminal requested by the request of 324b is included. Here, there are two methods of allocating an IP address, a static (static) IP address assignment method and a dynamic IP address assignment method. A static IP address assignment method is a method of allocating a user to a client when connecting to the Internet. The address assignment method is used to assign users when they are behind a firewall or when they are not connected to the Internet. Therefore, you must use a static IP address when connecting to the Internet, but you do not need to use a static IP address when you are not connected to the Internet, and you can use it within the range of dynamic IP addresses. In the present invention, the relay server 320 uses a method of allocating a dynamic IP address for a person who wants to access the other party's homepage through the relay server 320 by the terminal 100 or a computer. As part of the connection process, the point-to-point protocol (PPP) service that is connecting tells the PC which PPP interface to use during the current connection cycle. This dynamic IP address is changed every time the terminal owner accesses the relay server 320. The use of such dynamic IP addresses saves a limited static IP address space and allows the use of a spare address space, which provides flexibility in the design of the network, which makes it easy to manage address assignment. Because of this advantage, most ISPs use a method of assigning dynamic IP addresses. However, a homepage owner with a static IP can use that IP as is.

Hereinafter, the operation relationship of the terminal phone number domain service providing system and method according to the present invention will be described in more detail with reference to the accompanying drawings.

3 is a flowchart illustrating a homepage creation process and a domain registration process of a homepage according to the present invention, and a person who intends to create and register a homepage (hereinafter, referred to as a 'register client') is a terminal phone number domain service of the present invention. Assume that you have performed the membership registration process to become a member of the provisioning system.

First, the registration client accesses the relay server of the present invention through a browser of a terminal or a computer (S310). The relay server asks the registration client whether the homepage is owned and determines whether the registration client has its own homepage according to the response of the registration client (S320). If it is determined that the registration requester does not have a homepage, the WSB of the relay server operates the homepage production program (S330) to support the registration requester to create his own homepage. As mentioned above, it is desirable to easily implement a homepage creation program so that even a beginner can easily follow.

Next, the relay server determines whether the registration requester has completed the homepage production (S340). If the homepage production has not been completed yet, the process proceeds to the above step (S330) and proceeds to the remaining production process, and the homepage production is completed. The domain registration procedure of the homepage is performed (S350). When all the homepages are completed, check the typos of data and click the link to check whether it is smooth.If there is no error, check whether the homepage is registered on the relay server. If it is registered, specify the domain of the homepage and then install the homepage on the Internet. Register. In order to register a homepage on the Internet, a service provider can directly establish and register a web server or register with an Internet service provider (ISP) in which an existing web server is established.However, the homepage registration means uses WS-FTP, You can register at the ISP homepage corner or use a PC communication program. Website registration methods and methods vary depending on the ISP. WS-FTP is a program developed by IPSWITCH, which has a lite version and a pro version. The pro version has a resume function, but can be used for 30 days only. It is available. In the present invention, the relay server performs the registration of the homepage created and assigns a domain. Thereafter, the relay server stores the assigned domain address in the terminal-specific domain DB. In addition, as a result of the determination in step S320, if the registration client owns his homepage, the client is instructed to input the domain of the homepage (S370), and the input domain is stored in the domain DB for each terminal.

4 is a flowchart illustrating the operation of the first embodiment according to the present invention, and FIG. 4A is a screen example of a short message about a request for access to a counterpart homepage. Prior to describing this operation, it is assumed that the guide message to the calling terminal uses the short message and the call request type of the short message is selected when the registration client registers as a member in the terminal phone number domain service providing system of the present invention.

First, the terminal owner inputs the phone number of the counterpart terminal owner who wants to make a call and makes a call request (S405). At this time, the terminal transmits the information (for example, the calling terminal phone number and the called terminal phone number) to the base station through the preset channel selected in advance, and the base station transmits the received information to the mobile telephone carrier through the data link. The mobile phone carrier determines the state of the called terminal to determine whether the called terminal is busy or absent (S410). As a result, if the called terminal is not busy or absent, the base station assigns a callable voice channel to the called terminal when the voice channel is empty, activates the corresponding voice channel, and transmits a monitoring tone (ie, 6 KHz). At this time, the base station confirms the voice channel tuning of the called terminal and then connects the calling terminal and the called terminal, and the caller makes a phone call with the called party (S415).

As a result of the determination in step S410, if the called terminal is busy or absent, the relay server extracts information on the called terminal owner from the member DB to determine the callback type selected by the called terminal owner. As mentioned above, callback types include callback signals and callback URLs, and short messages containing callback signals can quickly determine whether the caller is using MPDS and delay access time of the other party's homepage, while short messages containing callback URLs Call requester's use of MPDS is relatively slower than short message by callback signal, but can access the other party's homepage quickly because it can access the other party's homepage.

If the callback type is a callback signal, the guide message center receives the callback signal from the relay server and transmits a short message asking whether the MPDS is executed to the calling terminal (S420). When the short message is transmitted, the short message may be transmitted when the predetermined number of times is reached by counting the repetition number of busy or missed signals. Short messages consist of user data fields and contain the message content, callback type, and callback signal. One embodiment of the short message displayed on the calling terminal is shown in FIG. 4A. The calling terminal owner can read the displayed message and press the corresponding button (e.g. a 'call' button) if he wants an MPDS. The relay server receives the callback signal from the calling terminal and determines whether the calling terminal owner wants the MPDS (S425). As a result, if the calling terminal owner wants the MPDS (that is, pressing a call button), the domain of the called terminal requested by the calling terminal owner is extracted from the domain DB for each terminal (S430).

If the callback type is a callback URL, the relay server extracts the domain of the called terminal requested by the originating terminal owner from the domain DB for each terminal (S435). Next, the guide message center receives the callback URL from the relay server and transmits a short message to the calling terminal asking whether the MPDS is executed (S440). Short messages consist of user data fields and contain the message content, the callback type, and the callback URL. One embodiment of the short message displayed on the calling terminal is shown in FIG. 4A. In this case, the short message displayed on the terminal is the same regardless of the callback type, and only the procedure that the relay server processes when the callback is made is different. The calling terminal owner can read the displayed message and press the corresponding button (e.g. a 'call' button) if he wants an MPDS. The relay server receives the callback signal from the calling terminal and determines whether the calling terminal owner wants the MPDS (S445).

After the step S430 or in step S445, if the calling terminal owner wants the MPDS (that is, presses a call button), the relay server assigns a corresponding IP to the IP address DB (S450). After transmitting the IP address to the web server to connect the terminal to the home page of the other party (S455). The owner of the called terminal who accesses the homepage performs the desired task. If the originating terminal owner does not want the MPDS in step S455 or steps S425 and S445, the process ends.

(2nd Example)

5 is a block diagram showing the configuration of the second embodiment according to the present invention. The terminal phone number domain service providing system includes a terminal 100, a base station 200, a mobile telephone carrier 300, and a domain name server (DNS). Domain Name Server) 400, the Internet 500, a web server 600, a client 700, and a management server 800. Here, the mobile telephone carrier 300 includes a gateway 310 and a guide message center 340, the management server 800 includes a server program 810 and a processing program 820, the database 330 Includes a member DB 330a, an Internet Protocol (IP) address DB 330b, and a terminal-specific domain DB 330c. In addition, the processing program 820 includes a Wes Site Builder (WSB) 822 and a Mobile Phone number Domain Service (MPDS) unit 824.

The configuration of the second embodiment according to the present invention is the same as that of the first embodiment, but the connection relationships are somewhat different. Therefore, the same parts as those in the first embodiment have the same reference numerals, and the description of the same parts will be omitted here and explained mainly on the differences in order to avoid unnecessarily obscuring the gist of the present invention.

The biggest difference is that the management server 800 of the present invention which independently operates the relay server 320 and the database 330 included in the mobile telephone carrier 300 of the first embodiment performs. Although the management server 800 provides the MPDS, the configuration and role are the same as the relay server 320 of the first embodiment. Another difference is that the first embodiment sets a callback type in advance and includes it in a short message, but in the second embodiment, the management server 800 connected to the Internet 500 extracts the domain of the called terminal and thus the terminal 100. Because it connects with the web server 600, it is not necessary to set these callback types in advance. That is, it is not necessary to include the callback URL in the short message, and only the callback signal is transmitted. Therefore, the registration client needs to select the callback type of the short message when registering as a member in the terminal phone number domain service providing system of the present invention. none.

Hereinafter, an operation relationship of another embodiment of a terminal phone number domain service providing system and method according to the present invention will be described in more detail with reference to the accompanying drawings.

6 is a flowchart illustrating the operation of the second embodiment according to the present invention, wherein a person who intends to create and register a homepage (hereinafter, referred to as a "registrant") is a member of the terminal phone number domain service providing system of the present invention. It is assumed that the person who has performed the membership registration procedure to become a user, and the guide message to the calling terminal using a short message.

First, the requesting client accesses the management server of the present invention through a browser of a terminal or a computer to create a homepage with a homepage production program, and the management server registers the created homepage and designates a domain of the corresponding homepage when all the homepages are completed. After that, the homepage is registered on the Internet (S605). The procedure for creating a homepage and registering a domain of the homepage is described in detail in FIG. 3 and thus will not be described in detail here.

The terminal owner inputs a phone number of the counterpart terminal owner who wants to make a call and makes a call request (S410). At this time, the terminal transmits the information (for example, the calling terminal phone number and the called terminal phone number) to the base station through the preset channel selected in advance, and the base station transmits the received information to the mobile telephone carrier through the data link. The mobile phone carrier determines the state of the called terminal to determine whether the called terminal is busy or absent (S615). As a result, if the called terminal is not busy or absent, the base station assigns a callable voice channel to the called terminal when the voice channel is empty, activates the corresponding voice channel, and transmits a monitoring tone (ie, 6 KHz). At this time, the base station confirms the voice channel tuning of the called terminal and connects the calling terminal and the called terminal, and the caller makes a phone call with the called party (S620).

As a result of the determination in step S616, if the called terminal is busy or missed, the announcement message center transmits a short message asking whether the MPDS is executed to the calling terminal, including a callback signal (S625). When the short message is transmitted, the short message may be transmitted when the predetermined number of times is reached by counting the repetition number of busy or missed signals. Short messages consist of user data fields and contain the message content, callback type, and callback signal. One embodiment of the short message displayed on the calling terminal is shown in FIG. 4A. The calling terminal owner can read the displayed message and press the corresponding button (e.g. a 'call' button) if he wants an MPDS. The mobile phone carrier receives the callback signal from the calling terminal to determine whether the calling terminal owner wants the MPDS (S630). As a result of the determination, if the calling terminal owner wants the MPDS (that is, pressing a call button), the calling terminal and the management server connect through the Internet (S635).

The management server extracts the domain of the called terminal requested by the originating terminal owner from the domain DB of each terminal (S640), assigns an appropriate IP by assigning an arbitrary IP from the IP address DB (S645), and then sends the IP address to the web server. By connecting the terminal to the home page of the other party (S650). The called terminal owner who accesses the home page performs the desired task and then terminates all processing.

As such, the first embodiment has the advantage that cash receipts are instantaneous and server management is not required by providing the MPDS of the present invention to a mobile telephone carrier, whereas it is difficult to provide MPDS to subscribers of other mobile telephone carriers. There are disadvantages. On the contrary, the second embodiment has the advantage of providing the MPDS of the present invention to subscribers of all mobile telephone carriers, but has the disadvantage of delaying access time and difficulty in managing and collecting fees. Accordingly, the present invention is preferably used in combination with the first embodiment and the second embodiment to suit the surrounding environment.

(Third Embodiment)

7 is an exemplary view showing another embodiment of a terminal according to the present invention. As illustrated in FIG. 7, a shortcut key (eg, a 'LINK' key) 710 for directly using the MPDS of the present invention may be added to a terminal to implement a service of directly connecting to a counterpart's homepage if the terminal owner desires it. . That is, when the terminal owner presses the 'LINK' key after inputting the terminal's terminal telephone number, the corresponding signal is directly transmitted to the relay server 320 of the first embodiment or the management server 800 of the second embodiment. At this time, the relay server 320 or the management server 800 extracts the domain of the counterpart homepage requested by the originating terminal owner from the domain DB for each terminal, assigns an appropriate IP from the IP address DB, and then assigns the corresponding web. The terminal is connected to the other party's homepage by sending an IP address to the server.

In another embodiment of the present invention, the present invention may be implemented to secure a plurality of numeric domains in advance and assign a numeric domain corresponding to the terminal phone number to a terminal owner who desires the numeric domain.

The above description is only for explaining one embodiment, and the present invention is not limited to the above-described embodiment and can be variously changed within the scope of the appended claims. For example, the shape and structure of each component specifically shown in the embodiment of the present invention may be modified.

As described above, according to the system and method for providing a terminal phone number domain service according to the present invention, when the calling terminal owner requests the other party to make a phone call, if the other party is busy or absent, the terminal accesses the homepage of the other party without inputting a separate URL. It has the effect of performing the desired function.

In addition, by adding a shortcut key (for example, 'LINK' key) that can be directly connected to the originating terminal to the URL, the terminal owner enters the desired phone number, and then enter the shortcut key to the URL corresponding to the terminal phone number There is an effect that can connect the terminal owner.

In addition, by making their own homepage and registering the homepage using a terminal or a general computer, there is an effect that can promote his homepage to people who do not know their homepage URL.

Claims (17)

In the wireless Internet service providing system for providing a desired service by connecting the calling terminal to the Internet at the request of a calling terminal equipped with a WAP browser, A gateway which is interconnected with a base station and performs a data conversion function for providing a wireless Internet service to the calling terminal and an exchange function by accepting and interconnecting a call line; Registering a domain corresponding to the called terminal phone number and mapping a corresponding domain corresponding to the called terminal phone number, and receiving an IP address from a domain name server when the Internet is connected, and transmitting a domain corresponding to the called terminal phone number Relay server; And And a domain for storing the domain corresponding to the terminal number and the IP address so as to map a domain corresponding to the called terminal number and an IP address corresponding to the domain. system. The method of claim 1, The terminal phone number domain service is connected to the relay server, and further comprises a guide message center for transmitting a guide message for the execution of the terminal phone number domain service to the called terminal at the request of the relay server. Provide system. The method of claim 1, wherein the relay server A server program for processing a service request of the calling terminal transmitted from the gateway; And Receives a request for access to the homepage of the site producer providing a service for producing a homepage at the request of the calling terminal owner or the client and the calling terminal owner and extracts the domain of the corresponding homepage, And a processing program for supporting a server-client interaction, including a terminal phone number domain service unit connecting the counterpart homepage. 2. The terminal phone number domain service providing system according to claim 1, wherein the relay server provides the terminal phone number domain service to a client equipped with a web browser. The method of claim 1, wherein the database A member database for storing personally identifiable information; An IP address database for granting an IP to a corresponding domain when using the Internet; And A terminal phone number domain service providing, comprising: a terminal database for storing the registered domain of the terminal owner and extracting and transmitting a domain corresponding to the called terminal at the request of the terminal phone number domain service unit; system. The short message message of claim 2, wherein the guide message center includes a callback signal for notifying whether the called terminal is connected to the other party's homepage or a callback URL for connecting directly to the other party's homepage when the called terminal is busy or absent. The terminal phone number domain service providing system, characterized in that using any one of the voice message for using the connection service. In the wireless Internet service providing system for providing a desired service by connecting the calling terminal to the Internet at the request of a calling terminal equipped with a WAP browser, A gateway connected to the base station, the gateway performing the exchange function through the acceptance and interconnection of a call line, and the data conversion function for providing a wireless Internet service to the calling terminal, and a guidance message about the execution of the terminal phone number domain service; A mobile telephone carrier for providing a mobile telephone service, including a guide message center for transmitting a message to a calling terminal; The domain is connected to the mobile telephone carrier through the Internet, registers a domain corresponding to the called terminal phone number, maps the corresponding domain corresponding to the called terminal phone number, and obtains an IP address from a domain name server when accessing the Internet. A management server for receiving and transmitting a domain corresponding to the called terminal phone number; And And a database for storing at least a terminal number and a domain corresponding thereto so as to map a domain corresponding to the called terminal number. The method of claim 7, wherein the management server A server program for processing a service request of the calling terminal transmitted from the mobile telephone carrier via the Internet; And Receives a request for access to the homepage of the site producer providing a service for producing a homepage at the request of the calling terminal owner or the client and the calling terminal owner and extracts the domain of the corresponding homepage, And a processing program for supporting a server-client interaction, including a terminal phone number domain service unit connecting the counterpart homepage. 8. The terminal phone number domain service providing system of claim 7, wherein the management server provides the terminal phone number domain service to a client equipped with a web browser. The method of claim 7, wherein the database is A member database for storing personally identifiable information; An IP address database for granting an IP to a corresponding domain when using the Internet; And A terminal phone number domain service providing, comprising: a terminal database for storing the registered domain of the terminal owner and extracting and transmitting a domain corresponding to the called terminal at the request of the terminal phone number domain service unit; system. The method of claim 2, wherein the guide message center includes a short message including a callback signal for notifying whether the called terminal is connected to the other party's homepage or a voice message for using the connection service to the other party's homepage when the called terminal is busy or absent. Terminal phone number domain service providing system, characterized in that using any one of. 9. The calling terminal according to any one of claims 1, 3, 7, and 8, wherein the calling terminal includes a shortcut key for using the terminal phone number domain service, and the phone number and the shortcut key of the called terminal. The terminal phone number domain service providing system according to claim 1, wherein the terminal is connected to a personal homepage of the calling terminal and the called terminal owner. In the wireless Internet service providing method for providing a desired service by connecting the calling terminal to the Internet at the request of a calling terminal equipped with a WAP browser, (a) if the telephone call request is made from the calling terminal, determining a state of the called terminal; (b) if the called terminal is busy or absent, transmitting a guide message regarding execution of a terminal phone number domain service; (c) mapping the domain corresponding to the terminal phone number and the IP address corresponding to the domain when the calling terminal owner executes the terminal phone number domain service; And and (d) connecting the homepage of the calling terminal owner and the called terminal owner through the mapped IP address. The method of claim 13, wherein step (b) (b1) if the callback type is a callback signal, transmitting a short message asking whether to execute the terminal phone number domain service, and extracting the domain of the called terminal if the calling terminal owner wants the terminal phone number domain service; And (b2) if the callback type is a callback URL, extract the domain of the called terminal and send a short message asking whether to execute the terminal phone number domain service, and if the calling terminal owner wants the terminal phone number domain service, an IP address is provided. Terminal phone number domain service providing method comprising the step of assigning. In the wireless Internet service providing method for providing a desired service by connecting the calling terminal to the Internet at the request of a calling terminal equipped with a WAP browser, (a) if the telephone call request is made from the calling terminal, determining a state of the called terminal; (b) if the called terminal is busy or absent, transmitting a guide message regarding execution of a terminal phone number domain service; (c) if the called terminal owner wants the terminal phone number domain service, connecting the calling terminal to a management server; And (d) extracting a domain corresponding to the homepage of the called terminal owner and connecting the calling terminal owner to the homepage of the called terminal owner. 16. The method of any one of claims 13 to 15, wherein the guide message is any one of a short message containing a callback signal for informing whether the other party is connected to the homepage and a voice message for using a connection service to the other party's homepage. Method for providing a terminal phone number domain service, characterized in that using one. The caller terminal of claim 13, wherein the caller terminal comprises a shortcut key for using the terminal phone number domain service, and when the phone number and the shortcut key of the called terminal are input, the caller terminal and the caller terminal are input. Terminal phone number domain service providing method characterized in that the connection to the personal homepage of the called terminal owner