KR100785102B1 - Method for Processing Selection Communication for Wireless Internet Terminal Device, Wireless Internet Terminal Device and Program Recording Medium - Google Patents

Abstract

The present invention relates to a selective communication processing method in a wireless internet terminal, and a wireless internet terminal and a recording medium for the same. The selective communication processing method in a wireless internet terminal according to the present invention comprises a predetermined key input means in a wireless internet terminal. Checking whether the call button is selected or the wireless internet connection button is selected after the telephone number is input through the telephone number, and when the call button is selected after the telephone number is input, And transmitting to the switch on the communication network, and if the wireless internet connection button is selected after the telephone number is input, transmitting the input telephone number to the wireless internet connection server on the communication network.

Wireless Internet Terminal, Phone Number, Uniform Resource Locator (URL), Wireless Internet

Description

Selective communication processing method in wireless internet terminal and wireless internet terminal and recording medium therefor {Method for Processing Selection Communication for Wireless Internet Terminal Device, Wireless Internet Terminal Device and Program Recording Medium}

1 is a simple block diagram of a Replacing URL For Telephone Number Server (RUFTNS) server for implementing the present service.

2 is a simple flowchart for channel establishment / allocation for the present service.

Figure 3 is a simple flow chart of the process of retrieving the Internet-connected channel for the next user.

Fig. 4 is a simple flowchart of the operation of the server transmission / reception unit for forming a channel (call) for the present service.

5 is a simple block diagram for channel formation / allocation.

6 is a simple block diagram of a TNDNS network topology installed in a wired / wireless buffer area on the wireless Internet to convert a telephone number into a domain name or an IP address.

7 is a simple block diagram of TNDNS for converting phone numbers into domain names and IP addresses.

FIG. 8 illustrates a process of inputting a telephone number of a web server to be connected to a wireless Internet terminal and transmitting a web server telephone number from a wireless internet terminal to a TNDNS installed in a wired / wireless buffer area when a wireless internet access command is issued. Simple flow chart.

Fig. 9 is a simple illustration of a wireless internet terminal for accessing the wireless internet by entering a telephone number.

Fig. 10 extracts the domain name and IP address of the web server corresponding to the telephone number transmitted from the TNDNS from the wireless Internet terminal, passes it to the wireless Internet terminal, and accesses the web server through the wireless web browser mounted on the wireless Internet terminal. A simple flow chart of the process.

<Description of main parts of drawing>

100: RUFTNS server 105: server transmission and reception unit

110: site URL automatic generation unit 115: message generation unit

120: site search / connection 125: channel formation / allocation

130: control unit 135: site access / transmission and reception unit

140: independent channel unit 145: temporary storage of the user's telephone number

The present invention is a step of confirming whether a call button is selected or a wireless Internet connection button is selected after a telephone number is input through a predetermined key input means in a wireless Internet terminal, and as a result of the confirmation, the telephone number is input. When the button is selected, the inputted telephone number is transmitted to the exchange on the communication network via the base station, and if the wireless internet connection button is selected after the telephone number is input, the inputted telephone number is transmitted to the wireless internet connection on the communication network. It relates to a selective communication processing method in a wireless Internet terminal comprising the step of transmitting to a server.

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With the explosive growth of the recent mobile telecommunications market, the number of wireless subscribers has already surpassed fixed-line subscribers in 1999. This may be a result of the combination of convenience of mobile communication, which enables communication anytime and anywhere, without limitation of time and place, decrease of equipment price due to technological development, and increase of people's purchasing power due to economic growth.

  While early mobile telecommunications only provided simple voice calls, various service functions including short message services have been added in recent years, and the usage has increased significantly. Efforts to provide at the Internet terminal have continued.

  As a result, wireless Internet services such as WAP (Wireless Application Protocol) and ME (Mobile Explorer) have emerged and are rapidly developing and emerging as technologies that will lead future mobile communication. The wireless Internet, which has been introduced in Korea since 1999, increased by 460% from 2.25 million subscribers at the end of February 2000 to 14 million at the end of October. It has become a major technology sector of mobile communication service.

WAP is the result of the WAP Forum for creating technical standards specifications for developing applications and services that run on networks over the wireless Internet. WAP describes application frameworks and network protocols for devices such as mobile phones, pagers and PDAs. This specification extends or leverages mobile network technologies such as digital data network standards and Internet technologies such as XML, URL, script, and HTML. The WAP programming model is similar to the WWW programming model. Doing so allows you to use existing tools such as web servers and XML tools as they are, which has many benefits for application developers. WAP documents and protocols are optimized for portable wireless devices. WAP uses a proxy technology for connectivity between the wireless domain and the WWW. WAP proxies can be developed using proven technologies, such as CGI scripts, by allowing you to use documents or applications that are serviced on a standard WWW server.

Phone.com was developed as software that enables Internet-based services on mobile phones. This allows wireless subscribers to access Internet-based services such as e-mail, news, stocks, weather, travel information, sports, or corporate intranet-based services.

The Palm VII is a device capable of wireless two-way data communication, with two-way wireless radios and antennas. It adds a web clipping application and a wireless Internet message transfer application for wireless Internet access. It's fast, with forms for news, stock quotes, weather, etc. pre-built in wireless Internet terminals, but without graphics and other decorating information. The Wireless Internet Message Transfer application is a simplified version of Jeonju Mail. It is an application that the user decides to send only the first 500 bytes of a message and receive more.

The above technology for a wireless Internet service is an implementation of a protocol or a program that is the basis for enabling wireless Internet to be executed by a wireless Internet terminal. In other words, the limitations of the method for making a real user access to the wireless Internet more convenient and the input keyboard of the wireless Internet terminal have not been calculated. In addition, the wireless Internet using wireless communication has no limitation of time and place. Instead, it is not suitable to use the Internet because the input keyboard of the wireless internet terminal is implemented mainly for voice calls. In particular, it is cumbersome and complicated to input the address (URL) of the site to be used as the basis for using the wireless Internet.

The wireless Internet was developed to access the wired internet in a wireless environment, and thanks to the light weight of the wireless internet terminal, mobility and portability are emphasized more freely from the constraints of time and space than the wired internet. have.

However, the wireless Internet does not adapt various standards of the existing wired internet to the characteristics of the wireless network, but ignores the basic communication standards of the existing wired internet and adopts a new type of communication standard optimized for the characteristics of the wireless internet terminal and the wireless network. Since the wireless Internet is connected to the existing wired Internet, a gateway or proxy server for wired / wireless buffering is required at a location where the wireless environment and the wired environment meet.

In the wireless Internet, a gateway or proxy server is a server that acts as an intermediary between a wireless Internet terminal using a heterogeneous wireless network and a wired network and a server on the wired Internet. The wireless application protocol (WAP) or mobile explorer (ME) of the wireless internet network is used. Wireless Internet protocols such as WM (Wireless Markup Language), HDML (Handheld Device Markup Language), and mobile-HyperText Markup Language (m-HTML), and HyperText Transfer Protocol (HTTP) over wired Internet. It converts to wired internet protocol such as and wired internet language such as HTML.

Meanwhile, in the existing wired Internet, a client accesses a web server on the Internet by inputting a URL of a web server composed of a domain name into a web browser while being connected to the Internet through an Internet service provider (ISP). This is done by connecting to the web server through the Domain Name Server (DNS), which converts the URL into an IP address.

On the other hand, the method of accessing a server on the wired / wireless Internet through the wireless Internet is a method of accessing a basic wireless website provided by a wireless Internet service provider through a menu method, and inputting a domain name into a wireless internet terminal browser such as wired internet. How to approach them. In particular, a method of accessing a server on a wired / wireless internet by inputting a domain name in a wireless internet terminal browser is performed through DNS connected to a gateway or proxy server in a wired / wireless buffered area on the wireless internet as in the wired internet. Like this, DNS connected to the gateway or proxy server converts the domain name inputted from the wireless Internet terminal into the IP address used by the corresponding server.

However, the basic wireless Internet provided by the wireless Internet service provider through the menu method has a disadvantage of providing only a complicated multi-level approach of the menu method and limited contents. The server URL on the wired / wireless internet is directly transmitted to the browser of the wireless Internet terminal. The wireless Internet type of input has a disadvantage in that a complicated URL input method must be selected in order to overcome the limitation of the numeric input type-oriented wireless Internet terminal keyboard.

An object of the present invention for solving the above problems is to check whether a call button is selected or a wireless Internet connection button is selected after a telephone number is input through a predetermined key input means, and as a result of the confirmation, the telephone number is If the call button is selected after input, the telephone number is transmitted to the exchange on the communication network via the base station. When the wireless internet connection button is selected after the telephone number is input, the input telephone number is transmitted to the communication network. It is to provide a wireless Internet terminal having a program for transmitting to the wireless Internet connection server.

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Selective communication processing method in the wireless Internet terminal according to the present invention, the step of checking whether the call button or the wireless Internet connection button is selected after the telephone number is input through a predetermined key input means in the wireless Internet terminal And when the call button is selected after the telephone number is input, when the call button is selected, the input telephone number is transmitted to the exchange on the communication network through the base station, and when the telephone number is input, the wireless internet connection button is selected. And transmitting the input telephone number to a wireless internet connection server on a communication network.
In the selective communication processing method in the wireless Internet terminal according to the present invention, if the wireless Internet connection button is selected after the telephone number is input, the step of transmitting the input telephone number to the wireless Internet connection server on the communication network When the wireless internet connection button is selected after the phone number is input, the confirmation result is that the communication mode is changed to the wireless internet access mode, and the browser is executed, and the predetermined phone number is entered in the executed browser. And transmitting to a wireless Internet connection server on a communication network.
On the other hand, it includes a computer-readable recording medium recording a program for executing the selective communication processing method in the above-described wireless Internet terminal.
Meanwhile, the wireless Internet terminal according to the present invention checks whether a call button is selected or a wireless internet connection button is selected after a telephone number is input through a predetermined key input means. After the call button is selected, the inputted telephone number is transmitted to the exchange on the communication network via the base station. When the wireless internet connection button is selected after the telephone number is input, the inputted telephone number is transmitted wirelessly on the communication network. And a program for transmitting to the Internet connection server.
Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings. First, in adding reference numerals to the elements of each drawing, it should be noted that the same elements are denoted by the same reference numerals as much as possible even if they are shown in different drawings. In addition, in the following description, in order to explain the embodiments of the present invention, specific details such as specific elements are illustrated, which are provided to help a more general understanding of the present invention, and the present invention may be practiced without these specific details. It will be apparent to those skilled in the art. In describing the present invention, when it is determined that a detailed description of a related known function or configuration may unnecessarily obscure the subject matter of the present invention, the detailed description thereof will be omitted.

In addition, in order to be more faithful to the present invention, it is noted that changes or modifications can be made by those skilled in the art without departing from the spirit of the present invention.

Embodiments of a method and system for automatically accessing a wireless homepage of a telephone number owning company or an individual through a telephone number input using a Replacing URL For Telephone Number Server (RUFTNS) server will be described first.

1 is a simple block diagram of a Replacing URL For Telephone Number Server (RUFTNS) server for implementing the present service.

The server transmission / reception unit 105 receives a signal of a user who wants to access a wireless Internet service, and if the signal is connected to a pre-configured channel and sends a signal to a pre-formed channel, the user can continuously use the wireless Internet. If the new access request signal is sent to the site URL automatic generation unit 110 to be connected to the wireless Internet site.

The server transceiving / retrieving unit 105 extracts the user's telephone number with respect to the wireless Internet access request signal and stores the telephone number in the user telephone number temporary storage unit 145. This stored telephone number is used to determine whether the signal received by the server transceiving / retrieving unit 105 is a signal being used by accessing an Internet site or a new connection request signal until the user terminates the wireless Internet service. That is, if the user's signal received by the server transceiving / retrieving unit 105 does not exist in the user's phone number temporary storage unit 145, it is regarded as a new connection request signal and is sent to the site URL automatic generation unit 110. If the number is a temporary number in the temporary storage unit 145, the channel forming / assigning unit 125 receives a notification of which channel is currently connected to the wireless Internet through the control unit 130 and transmits the previously formed channel.

The site URL automatic generation unit 110 stores data linking the URL and the phone number of each wireless Internet site. In response to the wireless Internet access request signal transmitted from the transmission / reception unit 105, a URL of the site for the received telephone number is generated and transmitted to the site search / connection unit 120.

The site search / access unit 120 attempts to access the wireless Internet site requested by the information user about five times through the site access / transmission / reception unit 135, and if it fails, the controller 130 transmits the message to the message generator 115. Notifies the user to generate a message about the failure, and sends this message through the server transmission / reception unit 105, and if successful, the controller 130 notifies the channel formation / allocation unit 125 to prepare an extra channel. The server transmission / reception unit 105 is notified of the completion of the connection. The server transmission / reception unit 105 notified of the completion of the connection checks the user stored in the user phone number temporary storage unit 145 and signals the channel allocated by the channel formation / allocation unit 125 for the phone number. Instead of transmitting to the site URL automatic generation unit 110, the completed connection signal received in the future is transmitted directly to the independent channel unit 140 connected to the site connection transmission / reception unit 135 so that the user is located in the middle of the wireless Internet site. Replacing URL For Telephone Number Server (RUFTNS) Server 100 enables users to enjoy the service without being aware of it

The channel forming / assigning unit 125 allocates a channel to the signal of the completion of the wireless Internet site access and notifies the server transmission / reception / retrieval unit 105 through the control unit 130 to perform the wireless internet connection as described above. To form channels

The site access transmission / reception unit 135 receives a site search / connection unit 120 command to perform a search connection to a site desired by the user, and the connection completion signal is directly connected to the independent channel unit 140 until the service is terminated. Wireless internet access is supported.

2 is a simple flowchart for channel establishment / allocation for the present service.

When the user inputs the telephone number of the wireless Internet site to be connected (200) and transmits (205) the RUFTNS server 100 to receive it (210), the received signal is a new wireless Internet site access request signal or is currently connected to the service. If it is a signal that is being used and is a signal that is already connected and in service (215), the received signal is transmitted to the independent channel unit 140 (220), and if it is a new connection request signal (225), the site URL automatic generation unit 110 At step 235, a site URL linked to a telephone number is generated (230) and a site search and access are attempted.

The site connection is attempted about 5 times (240) and if the connection fails (245), the controller 130 generates a connection failure message in the message generator 115 through the server transmission / reception unit 105. Send to the user (250).

If the connection is successful (255), the channel forming / assigning unit 125 assigns the channel to the independent channel unit 140 (260), and the control unit 130 assigns the connection completion and the allocated channel to the server transmission / reception unit. Transmit to 105 (265). The server transmitting / receiving / receiving unit 105 which has received the fact checks the wireless Internet access requester through the user phone number temporary storage unit 145 (270) and stores the user phone number temporary storage unit 145 (275). ). Input the address number for the channel allocated from the channel forming / assigning unit 125, and it is used to continuously transmit to the already formed channel for the connection completed signal received later (280). Channel formation)

3 is a simple flow chart of the process of retrieving the Internet-connected channel for the next user.

When the server transmission / reception unit 105 receives the user's wireless Internet access termination signal (300), the controller 130 first transmits the service user's telephone number and the telephone number stored in the user's telephone number temporary storage unit 145. After the address number of the allocated channel is deleted (305), the allocated channel storage unit of the channel forming / assigning unit 125 is deleted (310) and stored in the available channel storage unit (315). Finally, after canceling the channel connection with the site access transmission / reception unit 135 to terminate the channel connection with the independent channel unit 140 allocated for the user to secure a memory area for another user (320). The number of allocated channels is performed by deleting the storage address of the user's use channel formed at 140.

4 is a simple flowchart of the operation of the server transmission / reception unit for forming a channel (call) for the present service.

Upon receiving the signal of the wireless internet access requester (400), the server transmission / reception unit 105 extracts the user's telephone number from the received signal (405) and ends the user's use of the Internet in the user's telephone number temporary storage unit 145. Save until 410.

After determining through the search unit 120 whether the received Internet access request signal is a new access request signal or a signal being accessed, if the signal is being connected (415), it is transmitted to the allocated independent channel unit 140 (420). If the access request signal (425) is sent to the automatic site URL generation unit 110 to generate a wireless Internet site URL based on the telephone number transmitted by the user. The controller 130 receives the site access completion signal and the storage address in the independent channel unit 140 of the allocated channel for the access request signal (430), and stores the same in the user telephone number previously stored (435). In operation 440, the signal search and channel formation are connected to the server transmission / reception unit 105, the independent channel unit 140, and the site connection transmission / reception unit 135 for the previously connected user.

5 is a simple block diagram for channel formation / allocation.

The channel forming / allocating unit 125 may include a comparison unit 500 which compares the independent channel address storage unit 510, the usable channel storage unit 515, the allocated channel storage unit 520, and compares them. It consists of a temporary storage unit 505 for storing the storage address of the channel to be actually formed in the independent channel unit 140.

The comparator 500 transmits a channel of the usable channel storage unit 515 to the allocation channel storage unit 520 in response to a command of the control unit 130 to allocate the channel of the independent channel unit 140. Information about the available channel is transmitted to the controller 130.

The independent channel address storage unit 510 performs a function of assigning an actual address number of the independent channel unit 140 to form a real channel for each channel, and holds an actual storage address for each channel storage unit. When a channel is allocated from the usable channel unit 515 to the allocated channel unit 520 by the user's request, the real address of the channel allocated to the independent channel unit 140 is given.

The usable channel storage unit 515 and the allocation channel storage unit 520 participate in the virtual (numerical) channel allocation to know the information on the number of currently available channels before the actual channel allocation. The real channel is formed when the address of the independent channel address storage unit 515 is transmitted to the independent channel unit 140 through the temporary storage unit 505.

Until now, an embodiment of a method and system for automatically accessing a wireless homepage of a telephone number-owning company or an individual through a telephone number input using a Replacing URL For Telephone Number Server (RUFTNS) server 100 has been described. An embodiment of a method and system for automatically accessing a wireless homepage of a telephone number owning company or individual through telephone number input using a telephone number to domain name server (TNDNS) will be described.

6 is a simple block diagram of a TNDNS network topology installed in a wired / wireless buffer area on the wireless Internet to convert a telephone number into a domain name or an IP address.

The wireless Internet terminal 600 is connected to a gateway or proxy server 605 in a wired / wireless buffer area through a wireless Internet protocol such as WAP or ME and a wireless Internet language such as WML, HDML, and m-HTML. The proxy server 605 is connected to the web server 620 through the Internet supporting HTTP and HTML.

The web server 620 basically has a structure of a wireless website accessible from the wireless internet terminal 600, and the wireless internet terminal 600 is accessed through a gateway or proxy server 605 in a wired / wireless buffer area. In this case, the wireless Internet terminal 600 is allowed to access through the wireless website structure.

The TNDNS 601 performs a role similar to that of the existing wired Internet, and is equipped with a DBMS (Database Management System) 615 that can convert a phone number into a domain name and an IP address. That is, as DNS on the wired Internet converts a domain name into an IP address by a request from a client, TNDNS plays a role of converting a telephone number into a domain name and an IP address by a request from the wireless Internet terminal 600. Perform.

7 is a simple block diagram of TNDNS for converting telephone numbers into domain names and IP addresses.

The TNDNS 610 is composed of a telephone number receiver 705, a domain and IP address transmitter 710, and a telephone number domain DBMS 615. The telephone number domain DBMS 615 includes a telephone number D / B 715. ), A domain D / B 720, an IP address D / B 725, and a domain and IP address extractor 700.

Phone number D / B (715), domain D / B (720), and IP address D / B (725) of the phone number domain DBMS 615 are connected to the correlation database. It can be converted to an address, and in turn provides information that can be used to convert a domain or IP address into a phone number.

Therefore, when the telephone number of the web server supporting the wireless Internet is received from the wireless Internet terminal 600 via the gateway or the proxy server 605 to the telephone number receiver 705 of the TNDNS 610, the telephone number domain DBMS ( The domain and IP address extractor 700 of 615 refers to the telephone number D / B 715, the domain D / B 720, and the IP address D / B 725 to connect with the received telephone number. Extract the domain and IP address

The domain and IP address extracted through the above process are transmitted to the wireless Internet terminal 600 via the gateway or proxy server 605 through the domain and IP address transmitter 710 of the TNDNS 610, and the wireless Internet terminal. The browser mounted at 600 accesses the web server with reference to the domain and IP address received from the TNDNS 610.

8 is a simple diagram of a process of inputting a telephone number of a web server to be connected to a wireless Internet terminal and transmitting a web server telephone number from a wireless internet terminal to a TNDNS installed in a wired / wireless buffer area when a wireless internet access command is issued. It is a flow chart.

In order to access the wireless Internet by entering a telephone number, the user of the wireless Internet terminal inputs the telephone number in the same manner as in the existing voice call process (800). Instead of the voice call connection button, a wireless internet connection button mounted in the wireless internet terminal 600 or a wireless internet connection command programmed in the wireless internet terminal is input (operation 805). Then, the wireless Internet terminal checks whether the command issued by the user after the currently input telephone number is a wireless Internet access command or a simple voice call command (810), and in the case of a voice call (815), the existing voice call connection method. In step 820, a voice call is connected to the receiving terminal. However, if the presently issued command is a wireless Internet access command (825), the wireless Internet terminal 600 automatically changes to the wireless Internet access mode, runs a wireless web browser (830), and then WAPs the entered telephone number. The wireless Internet protocols such as and ME, and the wireless Internet languages such as WML, HDML, and m-HTML are processed into a form recognizable by the TNDNS 610 (835).

When the processing of the telephone number inputted through the above process is completed, the wireless Internet access mode of the wireless Internet terminal 600 transmits the telephone number through the gateway or proxy server 605 in the buffered area on the wired or wireless Internet and the TNDNS ( And transmits to 610.

9 is a simple exemplary diagram of a wireless Internet terminal for accessing the wireless Internet by inputting a telephone number.

When the user of the wireless Internet terminal inputs a telephone number without special manipulation or mode change of the wireless Internet terminal 600, and then clicks the wireless Internet access button (i button) of the terminal 600, the process as shown in FIG. The wireless internet terminal 600 is automatically changed to a wireless internet access mode, and the input telephone number is transmitted to the TNDNS 610 to obtain a domain and an IP address for wireless internet access.

On the contrary, if a phone number is input and a call button (SEND button) is clicked, a voice call connection is attempted with a terminal corresponding to the input phone number without changing the wireless Internet mode or accessing the TNDNS 610.

In FIG. 9, a dedicated button for wireless Internet access is present in the wireless Internet terminal 600. However, the wireless internet button may not exist in all the wireless internet terminals 600. In this case, a process of accessing the wireless Internet through the input telephone number may be started by a function key made by combining a specific key of the wireless internet terminal 600 or an interface of a wireless internet access program installed in the wireless internet terminal. .

Fig. 10 extracts the domain name and IP address of the web server corresponding to the telephone number transmitted from the TNDNS from the wireless Internet terminal, passes it to the wireless Internet terminal, and accesses the web server through the wireless web browser mounted on the wireless Internet terminal. Here is a simple flow chart of the process.

When a telephone number is received from the wireless Internet terminal 600 to the TNDNS 610 through a gateway or proxy server 605 existing in the wired / wireless buffer area through the process as shown in FIG. 8, the domain and IP address of the TNDNS 610 are extracted. The unit 700 checks whether the received telephone number exists in the telephone number D / B 715 (1000). If the received telephone number exists in telephone number D / B 715 (1005), the domain and IP address associated with the telephone number in domain D / B 720 and IP address D / B 725 are Since it exists, the domain and IP address corresponding to the telephone number are extracted through the domain and IP address extraction unit 700 (1010). However, if the received telephone number is not present in the telephone number D / B 715 (1015), the domain corresponding to the received telephone number also in the domain D / B 720 and the IP address D / B 725. And since the IP address does not exist, the TNDNS 610 transmits a message to the wireless Internet terminal 600 that it cannot extract the domain and IP address of the web server through the currently entered phone number (1020).

When the domain and IP address corresponding to the telephone number received from the wireless Internet terminal 600 to the TNDNS 610 are extracted through the above process, the domain and IP address transmitter 710 of the TNDNS 610 is extracted. After processing the IP address and IP address according to a given wireless Internet protocol (1025), and transmits to the wireless Internet terminal 600 via a gateway or proxy server (605) (1030).

After transmitting from the wireless Internet terminal 600 to the TNDNS 610, if the domain and IP address corresponding to the telephone number is received from the TNDNS 610 to the wireless Internet terminal 600, the wireless Internet terminal 600 is received By outputting the displayed domain name on the screen (1035), the domain name or URL information of the web server corresponding to the telephone number to be currently connected is output.

Then, by inputting the IP address of the web server 620 received in the wireless web browser mounted on the wireless internet terminal 600, a wireless internet access request is executed from the wireless internet terminal 600 to the web server 620. (1040). This process is the same as the process of accessing the wireless Internet through the wireless web browser from the existing wireless Internet terminal 600, and is repeated until there is a response from the web server 620. If the connection between the wireless web browser and the web server 620 is successful through the above process (1045), the web browser of the wireless internet terminal 600 provides the wireless Internet service through the same process and method as the existing wireless internet. Operate (1050).

According to the present invention, in the wireless Internet service, which is attracting attention as a field to lead mobile communication in the future, the user can enjoy the wireless Internet more conveniently by overcoming limitations of the number input of the wireless Internet terminal.

In addition, by using each phone number (mobile phone, regular phone, etc.) that is easy to remember and easy to enter instead of the URL of the Internet, the wider layer can use the wireless Internet, and voices can be extended to personal homepages and e-mail services. It can accelerate the formation of the future telecom market, which focuses on data communication rather than currency.

Claims (4)

Checking whether a call button is selected or a wireless internet connection button is selected after a telephone number is input through a predetermined key input means in the wireless internet terminal; And If the call button is selected after the telephone number is input, the telephone number is transmitted to the switchboard on the communication network via the base station, and if the wireless internet connection button is selected after the telephone number is input, And transmitting the input telephone number to a wireless internet connection server on a communication network. The method of claim 1, wherein if the wireless internet connection button is selected after the telephone number is input, the step of transmitting the input telephone number to the wireless internet connection server on the communication network, If the wireless internet connection button is selected after the phone number is input, changing the communication mode to the wireless internet access mode and executing a browser; And And transmitting the input predetermined telephone number to the wireless internet connection server on the communication network in the executed browser. A computer-readable recording medium having recorded thereon a program for executing the method of claim 1. Check whether the call button is selected or the wireless internet connection button is selected after the telephone number is input through a predetermined key input means.If the call button is selected after the telephone number is input, the input And a program for transmitting the telephone number through a base station to an exchange on a communication network, and if the wireless internet connection button is selected after the telephone number is input, the inputted telephone number to the wireless internet connection server on the communication network. Wireless Internet terminal, characterized in that.

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