KR20060115304A - Data processing system and method using of a mobile phone - Google Patents

Abstract

A system for processing data by using a mobile communication terminal and a method thereof are provided to enable a user to easily check an incoming call signal or receipt of a short message in real time and to process additional data by using an application which performs various additional functions. A system for processing data by using a mobile communication terminal comprises transmitting-side terminals(M1,M2), a relaying system, receiving-side terminals(M3,M4), a messenger application, and a data process server(DPS). The transmitting side terminals(M1,M2) enables users to construct a short message, to transmit the short message, and to generate a call connection request signal by inputting a phone number of a specific receiving-side terminal. The relaying system, including base transceiving stations(10A-10D), control stations(14A,14B), an MSC(Mobile Switching Center,16) and relaying stations(12A-12D), performs a relaying process via a communication network matching operation for relaying the call request signal from the transmitting-side terminals(M1,M2) and transmitting the text data. The receiving side terminals(M3,M4) receive the text data and the call connection request signal from the transmitting-side terminals(M1,M2), process generation of the received text data and call connection request signal into other type text data, and transmits the processed text data to the data process server. The messenger application, mounted on a receiving-side PC, outputs the text data, including the call connection request data and the text data, on a screen and outputs a reception state of the receiving-side terminals(M3,M4). The data process server(DPS) transmits the data transmitted from the receiving side terminals(M3,M4), including the call connection request data and the text data, to the pre-registered messenger application.

Description

DATA PROCESSING SYSTEM AND METHOD USING OF A MOBILE PHONE}

1 is a schematic diagram showing a schematic configuration of a data processing system using a mobile communication terminal according to a first embodiment of the present invention;

2 is a block diagram showing the configuration of a data processing server included in a data processing system using a mobile communication terminal according to a first embodiment of the present invention;

3 is a block diagram showing the configuration of a mobile communication terminal provided in the data processing system using the mobile communication terminal according to the first embodiment of the present invention;

4A and 4B are flowcharts showing signal flows of a data processing system using a mobile communication terminal according to a first embodiment of the present invention;

5 is a schematic diagram showing a schematic configuration of a data processing system using a mobile communication terminal according to a second embodiment of the present invention;

6 is a flowchart illustrating a signal flow of a data processing system using a mobile communication terminal according to a second embodiment of the present invention;

7 is a block diagram showing the configuration of a mobile communication terminal provided in a data processing system using a mobile communication terminal according to a third embodiment of the present invention;

8 is a diagram illustrating packet data generated through a mobile communication terminal of a data processing system using a mobile communication terminal according to a third embodiment of the present invention;

9 is a flowchart showing a signal flow of a data processing system using a mobile communication terminal according to a third embodiment of the present invention;

10 is a flowchart illustrating a signal flow of a data processing system using a mobile communication terminal according to a fourth embodiment of the present invention;

11 is a schematic diagram showing a schematic configuration of a data processing system using a mobile communication terminal according to a fifth embodiment of the present invention;

12 is a block diagram showing the configuration of a data processing server included in a data processing system using a mobile communication terminal according to a fifth embodiment of the present invention;

13 is a flowchart showing a signal flow of a data processing system using a mobile communication terminal according to a fifth embodiment of the present invention;

14 is a block diagram showing the configuration of a data processing server included in a data processing system using a mobile communication terminal according to a sixth embodiment of the present invention;

15 is a flowchart illustrating a signal flow of a data processing system using a mobile communication terminal according to a sixth embodiment of the present invention;

16A and 16B are flowcharts showing signal flows of a data processing system using a mobile communication terminal according to a seventh embodiment of the present invention;

17 is a schematic diagram showing a schematic configuration of a data processing system using a mobile communication terminal according to an eighth embodiment of the present invention;

18 is a diagram showing a broadcast output screen of color text and video using a data processing system using a mobile communication terminal according to an eighth embodiment of the present invention;

19 is a flowchart illustrating a signal flow of a data processing system using a mobile communication terminal according to an eighth embodiment of the present invention;

20 is a view showing a messenger output screen of color characters using a data processing system using a mobile communication terminal according to a ninth embodiment of the present invention;

21 is a flowchart illustrating a signal flow of a data processing system using a mobile communication terminal according to a ninth embodiment of the present invention;

22 is a schematic diagram showing a schematic configuration of a data processing system using a mobile communication terminal according to a tenth embodiment of the present invention;

23 is a flowchart illustrating a signal flow of a data processing system using a mobile communication terminal according to a tenth embodiment of the present invention.

* Explanation of symbols for main parts of drawings *

M1, M2: Calling party mobile terminal, M3, M4: Calling party mobile terminal,

A1 to An: User PC, DPS: Data processing server.

The present invention relates to a data processing system using a mobile communication terminal and a processing method thereof, and more particularly, an incoming call received to a mobile communication terminal according to a user's setting while playing or playing a game through a PC in a noisy environment. By receiving call signal and text message reception information through PC application, it is easy to check whether incoming call signal and text message are received in real time, and additional data due to loading of application that performs various additional functions. The present invention relates to a data processing system and a processing method using a mobile communication terminal.

As is well known, due to the recent development of information and communication technology, the development of information providing technology that provides real-time information to various subscribers through at least one host server through a remote data communication network is actively underway.

Based on this, in recent years, information selection technology and compression technology are being developed to more easily access peripheral technologies such as cache memory expansion technology to provide accurate information to subscribers more quickly and subscribers' tastes and preferences. It is also accelerating the development of various contents and its solutions.

Recently, various data are transmitted from the calling mobile communication terminal to the called party's mobile communication terminal using the remote data transmission system, that is, the data transmission system using the mobile communication terminal, thereby satisfying the user's expectation for transmitting and receiving multimedia data.

Therefore, in recent years, mobile communication technologies have been rapidly developed to reflect various user's preferences, and various functions are embedded therein whenever a next-generation phone of a mobile communication terminal is released. to be. In addition to the cutting edge of mobile communication terminals, these new generation users have a taste for online games using PCs. In the case of online games, users use headphones for surround sound effects or play a game with stereo sound output through speakers. As a result, games that are given more realism can be progressed, and such an online game is usually enjoyed at home or in a PC room.

However, despite the rapid development of recent mobile communication terminals for generations, a noisy auditory environment is transmitted even when a telephone call signal or SMS data is transmitted through the user's mobile communication terminal while the user enjoys an online game. There was a problem in that it is not easy to know.

In addition, the recent generation of the new generation wants a mobile communication terminal service that can reflect a variety of their own personality, so to use a lot of services such as to output the ringtone to their own music to indicate their own unique ringtones, etc. Doing. Nevertheless, in the case of the character data, there has been no current method for allowing a specific color to be assigned to a specific character. Of course, the called party can change the entire color of the text data output on the screen of his mobile terminal, but the caller cannot control the color output on the screen of the receiver terminal, and recently through the MMS phone And multi-mail containing the color text data can be sent to the desired destination mobile communication terminal by push method and output. However, the multi-mail can be inputted only in the form of a single image on the screen of the form created on the web. That is, since the character data is transmitted in the form of a single image file such as JPG, there is no function to change the color of a specific character.

In addition, in the case of such a multi-mail, there is a problem in that an additional cost is generated for the confirmation of the mail or text data because the called user can output the contents through the screen or the speaker while incurring a separate wireless Internet cost.

On the other hand, when the user sends a text message to the called party through the outgoing mobile communication terminal, the caller may not be able to specify some color of his or her text, and also may not attach and output music suitable for the text message. It is a limit to message transmission. However, since the combination of text and music data is essential in the current generation's mobile communication culture where personality expression is a culture, text messages and music data can be output simultaneously without incurring additional costs. It is time to have a service.

SUMMARY OF THE INVENTION The present invention has been made in view of the above-described circumstances of the prior art, and a call-out signal and text message reception information received by a mobile communication terminal according to a user's setting while a user is playing a game or a game in a noisy environment. It is an object of the present invention to provide a data processing system using a mobile communication terminal and a method of processing the same so that an incoming call signal and a text message can be easily confirmed in real time by outputting the same through a PC application.

Another object of the present invention is to send the text message as the user desires without any additional cost by returning the color specification code value and location information of the text message using the free space of the packet indicating the calling number. The present invention provides a data processing system and a processing method using a mobile communication terminal that can be specified and transmitted in a specific color.

Another object of the present invention is to control the music code value and the wireless Internet access when the calling user transmits a text message by setting such that the receiving user has a separate application for automatic wireless Internet access and transmission in the mobile communication terminal. By returning the code value together, the called terminal accesses a specific server through the wireless Internet through the music code value and the wireless internet access control code value received with the reception of the corresponding text message, and downloads and outputs the corresponding music data. The present invention provides a data processing system using a mobile communication terminal and a processing method thereof so that a terminal outputs a text message and simultaneously outputs music data.

It is another object of the present invention to notify a receiver whether or not to receive a text message together with URL information of a server while temporarily storing color text data transmitted by a sender through a server relaying color text transmissions. The data processing system and the processing method using the mobile communication terminal to be able to use the various editing functions provided to the server by automatically connected to the server via the wireless swap network to download the character data by the confirmation signal of the In providing.

Another object of the present invention is to edit the text data in any color in the server, while temporarily storing the text data sent by the sender to the server via the server that edits / relays the color text, and sends the text message to the receiver. It notifies the reception with the URL information of the server, and automatically connects to the server through the wireless swap network according to the receiver's confirmation signal and downloads the corresponding color text data so that the sender has the same effect as the color designated by the sender. The present invention provides a data processing system and a processing method using a mobile communication terminal.

Another object of the present invention is that a sender specifies a specific sentence as a color that can be displayed on a white background screen, and a specific sentence is designated as a white color to transmit a text message so that the receiver changes the screen background color to display a sentence designated as white. The present invention provides a data processing system and a processing method using a mobile communication terminal.

Another object of the present invention is the output information of the cable broadcast to the receiver, in the state of uploading the color text data and video data transmitted by the sender to the server via the linked server for output to the color text transmission relay and cable broadcasting Data using the mobile communication terminal to notify the user with the URL information of the cable broadcasting server, and to output the cable broadcasting data according to the receiver's confirmation signal, or to view text and video data of the cable broadcasting through the TV. The present invention provides a processing system and a method of treating the same.

Another object of the present invention is to transmit a text message and a color designated value from a sender's terminal to a messenger application of a specific receiver, so that the text data designated by the color can be output on a messenger output screen of a specific receiver. The present invention provides a system and a method of treating the same.

In order to achieve the above object, according to a preferred embodiment of the present invention, a calling party terminal for creating and transmitting a text message and generating a call alert signal through input of a specific called party number; Relaying means for relaying the call call signal from the calling terminal and transmitting the text data through communication network matching, the relaying means including a mobile communication base station, a control station, an exchange, and a relay station; A receiving terminal for receiving text data and a call call signal from the calling terminal and generating and processing corresponding text data or call call information as separate text data to a predetermined data processing server; A messenger application mounted on the called party's PC that outputs the reception state of the called party's terminal by outputting data including call call information or text data transmitted from the called party's terminal; Provided is a data processing system comprising a data processing server configured to transmit data including call call information or text data transmitted from the called terminal to a previously registered messenger application.

Preferably, the data processing server is a connection means called WAP Proxy between the mobile terminal and the Internet server, WAP gateway for converting the mobile communication data into a protocol that can be interpreted by the server; A WEB gateway for matching the data transmitted through the web network with the protocol in the server; An SMS server capable of receiving text messages via the NO.7 network; A connection unit for connecting data transmitted through the WAP gateway, the WEB gateway, and an SMS server with an internal module of the server; A connection module for receiving route information from the connection section and performing route processing according to whether or not the destination information of the called party's terminal number exists; A connection detection algorithm for checking a logon state of a messenger application of a called user; A billing processing algorithm for processing billing for transmission of registration information when a data interface signal is generated; A file processing algorithm for generating appropriate transmission packet data according to the type of data to be transmitted; A registration file setting algorithm for listing, registering, and managing call transfer information or transmission files of text data; To change the protocol for the messenger application, change the protocol to be appropriate for the messenger application, manage the data while the corresponding messenger application is logged out, waiting for the data to be transmitted, and transmit the data in real time when the logon is confirmed later. A messenger data processing algorithm; A data storage unit for storing a transmission file uploaded from each user, and storing profile information registered for each user according to a setting of a called party or a calling party user; Determines whether a call call signal or text data is received from the called party's mobile terminal, grasps the logon state of the messenger application of the called party's user, converts the call call signal or text data into a file, and executes a messenger application of the called party's user. The present invention provides a data processing system using a mobile communication terminal, comprising: a central control module configured to perform data transmission control by detecting a logon of a messenger in real time while a messenger of a called user is logged out.

Preferably, the called-party mobile terminal sets a corresponding automatic transmission application by a key input signal for automatic transmission of call call information or text data by a key manipulation therein, and the call call signal and text transmitted through the receiving unit. Control processing to determine whether or not to receive the data to generate and process the call call information or text data in a single packet, and to transmit the packet data to a predetermined transmission number (number of data processing server) or a pre-registered SMS server There is provided a data processing system using a mobile communication terminal, characterized in that the automatic transmission application for performing the.

On the other hand, the present invention is a process for setting the automatic transmission function on the called-party mobile terminal equipped with the automatic transmission application;

Applying a call signal or text data to the called-party mobile terminal;

Automatically converting the call data or the text data into single packet data including the number of the calling party terminal and the called party terminal by the automatic transmission application of the called party's mobile terminal;

Converting the data into a form of text data and transmitting the data to a predetermined data processing server;

Extracting, by the data processing server, a previously registered messenger ID through the called party's terminal number;

Determining, by the data processing server, whether a corresponding messenger ID is logged on;

There is provided a data processing method using a mobile communication terminal, characterized in that the data processing server comprises a process of transmitting data to the corresponding messenger application.

On the other hand, the present invention is a process for setting the automatic transmission function on the called-party mobile terminal equipped with the automatic transmission application;

Applying a call signal or text data to the called-party mobile terminal;

Automatically converting the call data or the text data into single packet data including the number of the calling party terminal and the called party terminal by the automatic transmission application of the called party's mobile terminal;

Automatically accessing a wireless Internet network by the automatic transmission application;

Accessing an address of a data processing server preset to the automatic transmission application;

Transmitting the packet data to a data processing server;

Extracting, by the data processing server, a previously registered messenger ID through the called party's terminal number;

Determining, by the data processing server, whether a corresponding messenger ID is logged on;

There is provided a data processing method using a mobile communication terminal, characterized in that the data processing server comprises a process of transmitting data to the corresponding messenger application.

On the other hand, the present invention comprises a calling party terminal for creating and transmitting a text message and generating a call alert signal through input of a specific called party terminal number;

An intelligent network switch performing relay processing through matching of a network for relay processing and transmission of text data from a call call signal from the calling terminal, and executing various additional functions;

A data interface setting is registered by a called terminal, and is connected to the intelligent network switch to a data processing server for transmitting data including call call information or text data transmitted from the intelligent network switch to the previously registered messenger application. A data processing system using a mobile communication terminal is provided.

On the other hand, the present invention comprises the steps of setting the data interface to the data processing server by the destination mobile terminal;

Registering, by the data processing server, the number of the called party's mobile terminal with the intelligent network exchange to set an interface;

Transmitting text data or a call alert signal from the calling mobile terminal;

The intelligent network switch transmitting the data to the data processing server;

Extracting, by the data processing server, a previously registered messenger ID through the called party's terminal number;

Determining, by the data processing server, whether the called party's messenger ID is logged on;

There is provided a data processing method using a mobile communication terminal, characterized in that the data processing server comprises a process of transmitting data to the corresponding messenger application.

On the other hand, the present invention comprises a calling party terminal for creating and transmitting a text message, generating a call alert signal through input of a specific called party terminal number, and registering specific music data and background data in a data processing server; Relaying means for relaying the call call signal from the calling terminal and transmitting the text data through communication network matching, the relaying means including a mobile communication base station, a control station, an exchange, and a relay station; A receiving terminal for receiving text data and a call call signal from the calling terminal and generating and processing corresponding text data or call call information as separate text data to a predetermined data processing server; A messenger application mounted on the called party's PC that outputs the reception state of the called party's terminal by outputting data including call call information or text data transmitted from the called party's terminal; Sending data including call call information or text data transmitted from the called terminal to the previously registered messenger application, receiving and specifying background music and background data in advance through the caller's mobile, and transmitting to the called messenger application. Provided is a data processing system using a mobile communication terminal, characterized in that the data processing server comprising the background music, the background image data in the data processing.

Preferably, the data processing server is further equipped with an algorithm for processing to search for the presence of background data or background music data by searching through the caller's mobile terminal included in the data when receiving the destination interface data; A data processing system using a mobile communication terminal is provided.

On the other hand, the present invention comprises the steps of registering the specific music and background data to the data processing server by the caller mobile terminal; Setting an automatic transmission function on a called-party mobile terminal equipped with an automatic transmission application; Applying a call signal or text data to the called-party mobile terminal; Automatically converting the call data or the text data into single packet data including the number of the calling party terminal and the called party terminal by the automatic transmission application of the called party's mobile terminal; Automatically accessing a wireless Internet network by the automatic transmission application; Accessing an address of a data processing server preset to the automatic transmission application; Transmitting the packet data to a data processing server; Extracting, by the data processing server, a previously registered messenger ID through the called party's terminal number; Determining, by the data processing server, whether a corresponding messenger ID is logged on; Extracting sender information from the packet data by the data processing server; Extracting, by the data processing server, previously registered background music and background information using the caller information; A data processing method using a mobile communication terminal is provided by the data processing server comprising a process of transmitting call call data and text data including background music and screen data to a corresponding messenger application.

On the other hand, the present invention provides a caller terminal for creating and transmitting a text message and generating a character data by generating a specific character designation signal, a color code designation for a specific character, and a position designation code of a character for which color code designation is performed; ; Relaying means for transmitting text data from the calling terminal through communication network matching, the relaying means including a mobile communication base station and a control station, an exchange, and a relay station; Provided is a data processing system using a mobile communication terminal, characterized in that consisting of the receiving terminal receiving color data from the calling terminal and extracting the color designation code and its location code in color.

Preferably, the color designation code and location data is provided in the data processing system using a mobile communication terminal, characterized in that included in the data packet indicating the calling party number.

Preferably, the color designation code and the position data are provided in the data processing system using a mobile communication terminal, characterized in that included in the packet data indicating the content of the character data.

Meanwhile, the present invention generates a text message by generating and sending a text message, generating a specific text designation signal, a color code designation for a specific text, a location designation code of a character for which color code is specified, and a called party's mobile number information. A calling party terminal to create; Relaying means for transmitting text data from the calling terminal through communication network matching, the relaying means including a mobile communication base station and a control station, an exchange, and a relay station; Upload the text data from the calling terminal, store the data packet, extract the called party's mobile number from the inside of the data packet, generate the received text data, and transmit the downloaded data to the called party's mobile terminal. A data processing server to enable; Receives text data reception information from the data processing server, downloads the received text data by connecting to the data processing server via a wireless Internet network, extracts a color designation code and its location code, and outputs the corresponding color data in color. Provided is a data processing system using a mobile communication terminal, characterized in that it comprises a called terminal.

Preferably, a data processing system using a mobile communication terminal is provided in the text receiving information transmitted from the data processing server to the called-party mobile terminal further comprises a URL value of the corresponding server.

Preferably, the data processing server is called a WAP Proxy between the mobile terminal and the Internet server, WAP gateway for converting the mobile communication data into a protocol that can be interpreted by the server; An SMS server capable of receiving text messages via the NO.7 network; A connection unit connecting data transmitted through the WAP gateway and an SMS server with an internal module of the server; A connection module for receiving the connection information from the connection unit, checking the terminal number of the calling user, and performing path processing on the color text data, video, and image data transmitted from the calling terminal; A connection detection algorithm for detecting a connection of the calling user's mobile terminals M1 and M2; A billing processing algorithm for processing billing according to the transmission relay of the color character data when a data interface signal is generated; A file storage algorithm for storing the uploaded data and separately storing the number of the calling mobile terminal and the number of the called mobile terminal included in the data packet; A receiving side notification algorithm which receives the number information of the called party's mobile terminal from the file storing algorithm, creates and transmits the color text receiving information to be sent to the called terminal; A data storage unit for storing color text data, images and video data uploaded from the calling mobile terminal, and storing connection path data of the called party's mobile terminal number with respect to the corresponding data; Upload and store video and image data including color text messages from the calling mobile terminal, extract the number of the called mobile terminal included in the data packet, and notify the called mobile terminal whether to receive the data, and Provided is a data processing system using a mobile communication terminal, comprising a central control module for downloading the received data through a wireless Internet network through a URL and data address value.

Meanwhile, in the present invention, when specific text data is input to the calling mobile terminal, and the text data is designated by a predetermined area to set a color for the designated area, the color text transmitting application installed inside the calling mobile terminal corresponds to the corresponding text. Generating packet data consisting of color character data and attached data such as an image and a video, and a color setting code value and color setting position data; Color character transmission application installed in the calling mobile terminal is a process of driving the wireless Internet through the pre-stored URL, and access to the data processing server of the URL address; Uploading a corresponding data packet from the calling mobile terminal to a data processing server; Extracting, by the data processing server, the number of the called mobile terminal from the data packet uploaded from the calling mobile terminal; Storing and registering data including color text data by the data processing server; Creating, by the data processing server, text received data to be transmitted to the called party's mobile terminal; Transmitting the data packet to the called-party mobile terminal; A process of the called-party mobile terminal outputting the corresponding text received data and connecting to the data processing server by operating a confirmation button; Downloading, by the data processing server, the color text data and other attached data of the caller previously stored by checking the number of the called-party mobile terminal to the called-party mobile terminal; Color character application pre-installed inside the called-party mobile terminal is driven to display the color character data using the designated color code value and the designated position value for each character of the corresponding color character data. A data processing method using a mobile communication terminal is provided.

Preferably, the process of creating the text receiving data to be transmitted to the called-party mobile terminal by the data processing server further includes generating a data packet including the URL value of the corresponding server in the corresponding data. A data processing method using a terminal is provided.

On the other hand, the present invention comprises a calling party terminal for creating a text message and inputting the destination mobile terminal number, and transmitting the data packet to the data processing server; Relaying means for transmitting text data from the originating terminal through communication network matching, the relay means including a mobile communication base station and a control station, an exchange, and a relay station; Uploads text data from the calling terminal, stores the data packet, assigns a word and vocabulary of the text data to an arbitrary color code value, edits the location data with the color code value, and edits the data. A data processing server extracting the called party's mobile number from the inside of the packet to generate text data reception information, and transmitting the downloaded data to the called party's mobile terminal to download the data; Receives text data reception information from the data processing server, downloads the received text data by connecting to the data processing server via a wireless Internet network, extracts a color designation code and its location code, and outputs the corresponding color data in color. Provided is a data processing system using a mobile communication terminal, characterized in that it comprises a called terminal.

Preferably, the data processing server stores a plurality of specific words and emoticons matching the corresponding words therein, and determines whether the same word exists by comparing the words of the uploaded text data with the words to which the emoticons are connected. The present invention provides a data processing system using a mobile communication terminal, in which an algorithm for automatically editing a word to an emoticon when the same word exists is embedded.

Preferably, the data processing server is called a WAP Proxy between the mobile terminal and the Internet server, WAP gateway for converting the mobile communication data into a protocol that can be interpreted by the server; An SMS server capable of receiving text messages via the NO.7 network; A connection unit connecting data transmitted through the WAP gateway and an SMS server with an internal module of the server; A connection module for receiving the connection information from the connection unit, checking the terminal number of the calling user, and performing path processing on the text data transmitted from the calling terminal; A connection detection algorithm for detecting a connection of the calling user's mobile terminals M1 and M2; A billing processing algorithm for processing billing according to transmission of text data when a data interface signal is generated; A file storage algorithm for storing the uploaded data and separately storing the number of the calling mobile terminal and the number of the called mobile terminal included in the data packet; A file editing algorithm for editing the text data transmitted from the calling party terminal into color text data by arbitrarily designating each word or vocabulary in a separate color according to the separation of words and vocabulary included in the text data; A receiving-side notification algorithm for receiving the number information of the called-party mobile terminal from the file storing algorithm and generating and transmitting the color character received information to be sent to the called-party terminal; Stores the color text data, image and video data uploaded from the calling mobile terminal, the access path data of the called party's mobile terminal number with respect to the corresponding data, and the data storing the emoticon information associated with the specific text. Wealth; Uploads and stores video and image data including text messages from the calling mobile terminal, extracts the number of the called mobile terminal included in the data packet, and notifies the called mobile terminal whether data is received, and sends each text message. Specify a random color code for each word or vocabulary of the word, generate color-specific location information, convert it to color characters, and recognize the words contained in the text message. And a central control module for changing the word into a connected emoticon and downloading the received data to the called party's terminal (M3, M4) through the wireless Internet network through URL and data address values of the server. A data processing system using a mobile communication terminal is provided.

On the other hand, the present invention is the process of inputting the text data to be transmitted to the calling mobile terminal; Transmitting the corresponding text data to a remote data processing server via a wireless Internet or an SMS network by inputting a called mobile terminal number; Storing, by the data processing server, the corresponding character data in a data storage unit; Extracting, by the data processing server, a called mobile terminal number included in the corresponding data packet; Assigning, by the data processing server, an arbitrary color for each word and vocabulary of the corresponding character data, and setting the location information of the specified color character together; Generating, by the data processing server, information for notifying the called party of the received information of the text message by using the called party terminal number information extracted from the corresponding text data; Transmitting, by the data processing server, text message reception information to the called-party mobile terminal; A step in which the called-party mobile terminal receiving the received information of the text message from the data processing server automatically connects to the data processing server through a wireless internet network through a key operation of a confirmation button; Detecting, by the data processing server, a connection of a called mobile terminal; Extracting the stored color text data using the number of the called party's mobile terminal and downloading it to the called party's mobile terminal; Provided is a data processing method using a mobile communication terminal, wherein the destination mobile terminal is configured to output corresponding color text data on a screen.

Preferably, the data processing server comparing the words contained in the text message sent by the sender with the words connected to the emoticon; Determining which word in the word of the text message matches the word to which the emoticon is connected; When there is a matched word, a data processing method using a mobile communication terminal is provided, further comprising the step of performing an edit to change the word into an emoticon.

On the other hand, according to the present invention, a text message is created and a called party's mobile terminal number is input, and a registered word and emoticon data connected to the word are embedded therein, and the word of the input text message is compared with the registered word to match. An originating terminal for performing emoticon conversion on the automatically matched word by determining whether the message is matched and transmitting the corresponding character data to the called mobile terminal; Relaying means for transmitting text data from the calling terminal through communication network matching, the relaying means including a mobile communication base station and a control station, an exchange, and a relay station; Receives text data receiving information from the calling mobile terminal and outputs the screen, embeds a pre-registered word and emoticon data connected to the word, compares the word of the input text message with the registered word, and confirms whether it matches. According to the present invention, a data processing system using a mobile communication terminal is provided, which comprises a called terminal configured to perform emoticon conversion on a automatically matched word and output the converted text data.

On the other hand, the present invention is a process for receiving the text data input from the calling mobile terminal; Inputting a number of the called mobile terminal into the calling mobile terminal; Comparing the words of the text message and the registered words to which the emoticons are connected; Automatically converting a word matching the registered word into an emoticon; Generating a data packet after the change is completed; Transmitting, by the calling mobile terminal, the data packet to the called party; Provided is a data processing method using a mobile communication terminal, characterized in that the receiving mobile terminal is a screen output of the data packet.

Preferably, the receiving mobile terminal receives a text message, and comparing the words of the text message with the registered words connected to the emoticon; There is provided a data processing system using a mobile communication terminal, characterized in that it further comprises the step of automatically changing the word matching the registered word into an emoticon.

On the other hand, the present invention is a process for inputting text data to the calling mobile terminal; Selecting a specific character in the state and selecting a color designation code for the character; If there is a sentence that needs to be encrypted in the sentence, setting the white color code by specifying the sentence; Generating a text data packet by inputting a location code, a designated color code, and a number of a receiver mobile terminal selected by the calling mobile terminal; Transmitting, by the calling mobile terminal, the corresponding text data; Receiving, by the called-party mobile terminal, the corresponding text data; Extracting, by the destination mobile terminal, the color code and the location code from the packet through a color text packet forming / output processor mounted therein, and changing the text data through the corresponding color table; Screen outputting the corresponding character data; Executing a wallpaper change mode included in a user setting of the called party's mobile terminal; There is provided a data processing method using a mobile communication terminal, characterized in that the sentence is designated in white of the received text message is a screen output process according to the change of the background picture.

On the other hand, the present invention is a process for inputting specific text data using the calling mobile terminal; Setting the color for the designated area by designating the character data by a predetermined area; Generating packet data consisting of the corresponding color text data, the color setting code value, the color setting position data, and the number of the called party's mobile terminal; If there is a sentence that needs to be encrypted in the sentence, setting the sender by setting the white color code by specifying the sentence and setting the white color; Uploading the data packet from the calling mobile terminal to a data processing server; Extracting, by the data processing server, the number of the called mobile terminal from the data packet uploaded from the calling mobile terminal; Storing and registering data including color character data; Creating and transmitting, by the data processing server, text received data to be transmitted to the called party's mobile terminal; Connecting the called party's mobile terminal to the data processing server; Downloading, by the data processing server, the color text data and other attached data of the caller previously stored by checking the number of the called-party mobile terminal to the called-party mobile terminal; A color character application pre-installed inside the called-party mobile terminal is driven to display the color character data using the designated color code value for each character and the designated position value; When the encrypted message is included in the text message, a data processing method using a mobile communication terminal is provided, which comprises a process of changing the background screen of the called party's mobile terminal to output a screen set to white.

Preferably, the data processing server determines the color code of the transmitted text message, and determining whether the white color code is included; If the white color code is included, the data processing server further includes a step of transmitting a message containing information including a separate encryption indication icon in the receiver that the password is included in the corresponding text message. A data processing method using a mobile communication terminal is provided.

On the other hand, the present invention generates a text message and transmits it, generates a specific character designation signal, color code designation for a specific character, color code designation of a character having designated color code, image and video data, and mobile number information of a called party. A calling terminal for creating a text data packet; Relaying means for transmitting text data from the calling terminal through communication network matching, the relaying means including a mobile communication base station and a control station, an exchange, and a relay station; Upload the text data from the calling terminal, store the data packet, transmit the data packet to the cable broadcasting server, and receive the data broadcasting program and time zone information transmitted from the cable broadcasting server to the called party's mobile terminal. A data processing server for transmitting and processing; A cable broadcasting server for uploading text data transmitted from the data processing server, various image and video data, and outputting them to the OSD of a specific broadcasting program; Provided is a data processing system using a mobile communication terminal, characterized in that the receiving terminal is configured to receive the broadcast information from the data processing server and output the screen.

Preferably, when the data uploaded from the sender's mobile terminal is a large amount of data, the data processing server changes the size of the image and video data to change to the small amount of data, and associates the caller with the called party number. A data processing system using a mobile communication terminal is provided, further comprising a function of capturing broadcast screen data in which a text message is output, so that a caller or a called party can download the screen capture data.

Preferably, when the cable broadcasting server outputs data consisting of text data, video and image data to a broadcast screen, the cable broadcasting server outputs text data and video / image data to separate screen areas. A data processing system using a communication terminal is provided.

On the other hand, the present invention is a process for specifying a specific character data is input to the calling mobile terminal, by setting a specific area of the character data to set the color for the designated area and the image and video data to be output together on the broadcast screen; ; Generating, by the calling mobile terminal, packet data consisting of corresponding color text data, attached data such as an image and a video, and a color setting code value and color setting position data; Uploading, by the calling mobile terminal, a corresponding data packet to a data processing server; Determining, by the data processing server, the capacity of the data packet uploaded by the calling mobile terminal, and resetting the size of the corresponding data to small capacity data if the capacity is larger than a preset value; Transmitting, by the data processing server, the data to a cable broadcasting server; Registering the data by the cable broadcasting server, and transmitting the program information and the time zone information to which the corresponding text message, video, and image data are output to the data processing server; The data processing server provides a data processing method using a mobile communication terminal, comprising the step of transmitting the information to the calling mobile terminal and the called mobile terminal.

Preferably, the data processing server is configured to capture corresponding broadcast screen data; Storing the captured broadcast screen data in association with each called party and the calling party's mobile terminal; When the download request signal of the corresponding broadcast screen is applied from the called party or the calling mobile terminal, the data processing method using the mobile communication terminal is further provided.

On the other hand, the present invention is a process of driving the messenger application mounted on the sender mobile terminal; Inputting text data to be transmitted and setting the specific color code for the designated area by specifying specific areas of the text data while the messenger is carrying out a specific called party and a messenger; Generating, by the calling mobile terminal, packet data consisting of a color setting code value and color setting position data of the corresponding color text data; Transmitting, by the calling mobile terminal, the corresponding text data to a called PC through a messenger server; The called party's PC checks the corresponding character received data, checks the sender and outputs the caller ID, and the color character application pre-installed in the corresponding messenger application is driven to display the character data through the color code of the corresponding character data and color designated position information. There is provided a data processing method using a mobile communication terminal, comprising a process of outputting a screen in color.

Meanwhile, the present invention has a web communication module embedded therein while a messenger application is embedded therein, and a color code value is attached to a sentence of a designated area so that color text data can be generated therein, and a packet storing the corresponding location information. A caller PC capable of forming data; The character data designated by the color, SMS, and sentence by the sending SMS is uploaded from the calling PC, the number data of the called party's mobile terminal or various image and video information are uploaded, and the data is transmitted to the cable broadcasting server. A processing server; The data processing server is connected via a web server, uploads text data or various image and video data transmitted by the caller, outputs it to the OSD of a specific broadcast program, and captures a broadcast screen on which the data is output to process the data. A cable broadcasting server for transmitting to the server; Provided is a data processing system using a mobile communication terminal, comprising a receiver mobile terminal receiving message output broadcast information from the data processing server and outputting the screen.

On the other hand, the present invention is a process of driving the messenger application of the calling party PC; Specifying specific text data in a messenger input window, specifying the text data by a predetermined area to set a color for the designated area, and designating image and video data to be output together on a broadcast screen; Generating, by the calling PC, packet data consisting of corresponding color text data, attached data such as an image and a video, and color setting code values and color setting position data; Uploading, by the calling mobile terminal, a corresponding data packet to a data processing server; Determining, by the data processing server, the capacity of the data packet uploaded by the calling mobile terminal, and resetting the size of the corresponding data to small capacity data if the capacity is larger than a preset value; Transmitting, by the data processing server, the data to a cable broadcasting server; Registering the data by the cable broadcasting server, and transmitting the program information and the time zone information to which the corresponding text message, video, and image data are output to the data processing server; Provided is a data processing method using a mobile communication terminal, wherein the data processing server is configured to transmit the corresponding information to a calling mobile terminal and a called mobile terminal.

Preferably, the cable broadcasting server is a process of capturing corresponding broadcast screen data; Transmitting, by the cable broadcasting server, corresponding capture data to the data processing server; Storing the captured broadcast screen data in association with each called party and the calling party's mobile terminal; When the download request signal of the corresponding broadcast screen is applied from the called party or the calling party mobile terminal, the data processing method using the mobile communication terminal is provided, further comprising the step of downloading the capture data by the data processing server.

Hereinafter, a data processing system using a mobile communication terminal according to a first embodiment of the present invention will be described in detail with reference to the drawings.

1 is a schematic diagram showing a schematic configuration of a data processing system using a mobile communication terminal according to a first embodiment of the present invention.

Referring to this, the data processing system using the mobile communication terminal according to the first embodiment of the present invention is the incoming call received by the mobile communication terminal according to the user's setting while playing or playing a game through a PC in a noisy environment By receiving the call signal and text message reception information through the application of the PC, it is a system that can easily check the incoming call signal and text message reception in real time.

In order to interface a call signal and text data transmitted to a specific mobile terminal to a specific PC through a data processing system using a mobile communication terminal according to the first embodiment of the present invention, two methods are used. One of the methods is that the called-party mobile terminal M3.M4 receives call signals and text data of specific calling-party mobile terminals M1 and M2, retransmits them to a specific server, and messengers online on that particular server. By performing the logon, the call signal and the text data are transmitted to the messenger application of the called user who is capable of the call signal and the text data.

To do this, an application for transmitting data to a specific server must be provided inside the called-party mobile terminals M3 and M4, and the corresponding application remains in standby according to the setting of the called user. When received, the call signal and text data should be transmitted to the preset server.

In another method, a data interface is set on the mobile communication switch 16, and a call signal and text data being transmitted to the called mobile terminals M3 and M4 are interfaced to a specific messenger application so that the called mobile terminal M3 is connected. On the M4 side, the call signal and the text data are not transmitted.

First, referring to the former method, in the data processing system using the mobile communication terminal according to the first embodiment of the present invention, the called mobile terminal (M3.M4) is connected to the call signal of the specific calling mobile terminal (M1, M2) and In order to receive the text data, retransmit it to a specific server again, and perform a messenger logon online on the specific server to transmit the call signal and the text data to the messenger application of the called user who can make the call signal and the text data. An unspecified number of users must pre-register and install the corresponding messenger application on the user's PCs A1 to An.

The user's PCs (A1 to An) have a general known messenger function, and interface with call information, text data arrival information and text data transmitted from a specific server and applied to their mobile terminals M3 and M4. Dedicated messenger application further includes a function for outputting a screen. Therefore, the messenger application mounted on the PC (A1 to An) of the called user includes a conventional function but is not a conventional application, and further includes a function of receiving a call call signal and text data and outputting a screen.

Therefore, in the data processing system using the mobile communication terminal according to the first embodiment of the present invention, a character transmitted by the called mobile terminal (M3, M4) by a messenger application mounted on the PC (A1 to An) of the called user. Data and call signaling should be interfaced and transmitted. At this time, the called-party mobile terminal (M3, M4) performs a setting for automatic data transmission therein, and when a call signal or text data is applied according to the setting, a preset call number (for example, a predetermined specific An automatic transmission application for automatically transmitting a call signal or text data to a mobile terminal having a mobile terminal or a specific SMS server (not shown) is mounted.

Therefore, the data processing system using the mobile communication terminal according to the first embodiment of the present invention includes a specific mobile terminal (not shown) for receiving call signals and text data transmitted from the called mobile terminals M3 and M4, or A data processing server (DPS) including an SMS server therein and a built-in messenger server is provided. At this time, the called-party mobile terminal (M3, M4) is automatically connected to the data processing server (DPS) via the wireless Internet, and may transmit the call call signal and text data, in the present invention, such automatic wireless Internet access Since the content is also included in the gist of the present invention, only the content of transmitting the call signal and text data through SMS will be described.

Meanwhile, the call call signal interfaced in the data processing system using the mobile communication terminal according to the first embodiment of the present invention indicates call call information, and the call call signal is applied to the called party's mobile terminals M3 and M4. Information indicating that the information has been received and the calling party terminal number information. Therefore, when the called user is playing or playing a game through the PCs A1 to An, a calling party calls for a call while the messenger application mounted on the called user's PCs A1 to An is logged on. It is possible to determine whether a signal has been generated, and output the text data transmitted from the corresponding calling party user through the messenger application.

To this end, a data communication system using a mobile communication terminal according to the first embodiment of the present invention is provided with mobile communication base stations 10A, 10B, 10C, and 10D for relaying a wireless call call signal. (10A, 10B, 10C, 10D) (Base Station Transceiver; BTS) is a first, second, third, fourth mobile terminal (M1, M2, M3, A plurality of M4) are distributed in the vicinity of the moving position, so that one mobile terminal (eg, M1) and another mobile terminal (eg, M2) can move and transfer / register voice calls and wireless data. In order to perform wireless transmission and reception of voice and text information by matching with the mobile terminal of the other party.

Further, in the data processing system using the mobile communication terminal according to the first embodiment of the present invention, the mobile communication relay stations 12A, 12B, 12C, and 12D are configured, and the mobile communication relay stations 12A, 12B, 12C, and 12D are provided. Is for relaying and connecting the respective mobile communication base stations 10A, 10B, 10C, 10D and the mobile communication control stations 14A, 14B, and the mobile communication control stations 14A, 14B This is for performing matching functions of the mobile communication base stations 10A, 10B, 10C, and 10D, handoff processing between each base station cell, and call connection control through mobile communication relay stations 12A, 12B, 12C, and 12D.

In the figure, the mobile communication switch 16 is, for example, in a state where the first mobile terminal M1 and the second mobile terminal M2 can normally talk, the first mobile terminal M1 and the second mobile. Attempting to mutually connect the terminal (M2) to enable the transmission of voice calls and text information, the mobile communication base station 10A, the mobile communication relay station 12A and the mobile communication control station 14 through the The voice call is controlled by receiving the call connection attempt signal from the first mobile terminal M1.

That is, when a call connection attempt signal is applied from one calling mobile terminal (for example, M1), the number of the calling mobile terminal (M1) and the number of the called mobile terminal (for example, M3) are sent to the called mobile terminal. The M3 transmits the corresponding call call information to the data processing server DPS through a WAPS server or an SMS server (not shown) provided in the data processing server DPS. DPS) extracts the information of the called party user according to the interface information transmitted from the called party's mobile terminal M3, that is, the called party's mobile terminal number and the number of the calling mobile terminal that generates the call call signal. To determine whether the corresponding messenger application is logged on at a remote location according to the registered messenger ID of the called party, the call is sent to the messenger application. And transmits the information.

Therefore, the called party received a call signal from "010-123-4567" via the PC (A1 to An) equipped with a messenger application. By outputting the call call information through the messenger application screen, it is possible to recognize in real time which calling party user has applied a call signal for a call to the mobile terminal M3 of the called party user.

In addition, the called user is sent from the calling mobile terminal M1 via the PCs A1 to An on which the messenger application is mounted. The text message transmitted through the 7 network can be interfaced and output through the SMS server included in the data processing server (DPS). Therefore, it is possible to confirm through the destination PCs A1 to An what text data of the contents from the calling party mobile terminal M1 is applied to the called party mobile terminal M3. During the PC operation, even if the destination mobile terminal M3 is located at a remote location, if only the messenger application is logged on, the call call information and text data can be checked in real time.

To this end, the mobile terminal (M3, M4) of the called user in the data processing system using the mobile communication terminal according to the first embodiment of the present invention registers the interface setting of the call call signal and the text data, and the calling party When the call call signal and the text data are applied from the mobile terminals M1 and M2 of the user, the call call signal and the text data are automatically applied to the preset data processing server DPS.

Then, the data processing server (DPS) checks the logon state of the corresponding messenger ID through the messenger ID for each user registered in advance, and determines whether the messenger of the corresponding user is logged on, and if the messenger of the user is logged on, It transmits the call call signal and the text data to the messenger application.

Therefore, the interface function can be set in advance inside the called-party mobile terminals M3 and M4, and a packet for transmitting an authorized call call signal and text data to a pre-registered server is created, and data is automatically transmitted to the server. A data transfer application (DTA) for transferring data is installed. In this case, there are two ways for the called mobile terminal (M3, M4) to transmit data to the remote server, the called mobile terminal (M3, M4) is basically the calling terminal included in the call call signal Data indicating the number and the call call signal may be generated in the form of a text message packet and transmitted in the form of a text message to an SMS server (not shown) included in a remote data processing server (DPS).

In another method, a data transmission application (DTA) mounted inside the called-party mobile terminal (M3, M4) automatically connects to the data processing server (DPS) having a specific IP code through a swap network to make a call. It is a method of transmitting data or text data indicating the calling party terminal number and the call signal included in the signal through the wireless Internet network.

Therefore, in the data processing server DPS, mobile terminal M3 and M4 number information of each user and account information such as personal information, messenger ID and password are stored in a separate database DB1. If the user is also a member with a messenger installed, the calling party user's profile information and the information registered by the calling party user are separately stored in the second database DB2, and the call call signal and the text data are stored in the PC of the called party user ( When transmitting to the messenger application mounted on A1 to An), it is preferable to process the transmission together. For example, basic information stored in the database DB2 of the data processing server DPS is, for example, name or ID, greeting, affiliation information, image information, video information, mail address information, mini homepage information, and the like.

2 is a block diagram showing the configuration of a data processing server included in a data processing system using a mobile communication terminal according to a first embodiment of the present invention.

Referring to this, the data processing server (DPS) provided in the data processing system using the mobile communication terminal according to the first embodiment of the present invention includes a WAP gateway (WAP Gateway), WEB gateway (WEB Gateway) therein It consists of module, connection part, authentication center, central control module, data storage part, connection module, connection detection algorithm, charging processing algorithm, file processing algorithm, registration file setting algorithm, and messenger data processing algorithm.

The WAP gateway 21 is a connection means called WAP Proxy between the mobile terminal and the Internet server. The WAP gateway 21 converts mobile communication data into a protocol that can be interpreted by the server. ) Is a configuration for matching the data transmitted through the web network with the protocol in the server, the data processing server (DPS) includes such a WAP Gateway (WAP Gateway), WEB Gateway (WEB Gateway), NO.7 network An SMS server (not shown) capable of receiving text messages is connected.

Accordingly, the data processing server DPS receives a call call signal and text data from the mobile terminal M3 or M4 of the called user by using a text message or a wireless Internet connection through the swap network. do.

The connection unit 22 is a connection unit for connecting data transmitted through the WAP gateway 21, the WEB gateway 23, and an SMS server (not shown) with an internal module of the server.

The connection module 30 is a means for receiving the connection information from the connection unit 22 and performing route processing according to whether or not the registration information of the terminal number of the called user exists. The connection detection algorithm 32A is a called party. An algorithm for checking the logon state of a user's messenger application.

The charging processing algorithm 32B is means for processing charging for registration information transmission when a data interface signal is generated, and the file processing algorithm 32C is an algorithm for generating appropriate transmission packet data according to the type of data to be transmitted, for example. If the data to be transmitted is a call signal, an algorithm for generating a data packet of "010-123-4567 received a call signal from 010-123-4567" by combining received caller data and call information. to be.

The registration file setting algorithm 32D is an algorithm for listing, registering, and managing call transfer information or transmission files of text data.

The messenger data processing algorithm 32E changes the protocol for data to be sent to the messenger application of the called user according to the messenger application, manages while waiting for the data to be transmitted while the messenger application is logged out, and confirms logon later. Time Algorithm for transmitting data in real time.

The data storage unit 28 stores transmission files uploaded from each user, and pre-registered profile information (information including image, video, greeting, e-mail address, and avatar information) according to the setting of the called party or the calling party user. Is stored for each user.

The central control module 26 determines whether a call call signal or text data is received from the called party mobile terminals M3 and M4, grasps the logon state of the messenger application of the called party, and determines the corresponding call call signal or the like. It converts a file of text data and transmits it to the messenger application of the called party. The messenger of the called party is logged out to detect the logon of the messenger in real time and perform data transmission control.

3 is a block diagram showing the configuration of a mobile communication terminal provided in the data processing system using the mobile communication terminal according to the first embodiment of the present invention.

Referring to this, the called-party mobile terminals M3 and M4 provided in the data processing system using the mobile communication terminal according to the first embodiment of the present invention perform all the functions of the basic mobile terminal, Accordingly, the call call information and the received text data are interfaced to the data processing server (DPS).

In more detail, the mobile terminal (eg, M3) includes a key input unit 50, a display unit 52, an antenna, a duplexer 54, a receiver 56, a transmitter 58, a voice processor 64, and a speaker ( 60, a microphone 62, a memory 66, and a control unit 68.

In the figure, the key input unit 50 is provided with a plurality of function key buttons for inputting a telephone number of the other party, inputting a character for creating a text message, and selecting various menu functions according to a user's selection operation. Further, according to the execution of the registration information setting mode, a function key button for creating code information of a message for registering registration information of the user is provided separately.

The key input unit 50 has a mode setting key button for executing a registration information setting mode, a plurality of selection key buttons selected by a user under the registration information setting mode, and an input key for text input, and a call connection signal. The SEND key for generating a not only generates a call connection signal, but also generates a starting point signal for requesting transmission of registration information of a specific called party corresponding to a telephone number entered after the terminal is connected to a preset server through a swap network. It performs the role at the same time, and performs the reservation drive setting of the application for the automatic interface of call call information and text data to the data processing server (DPS).

Here, the input key of the key input unit 50 is used as a Hangul input key button that can directly write the registration information in the form of a text message, it is possible to use as a numeric input button for entering a phone number.

The display unit 52 visually displays the registration information input and its attachment file selection state under the registration information setting mode according to the function operation state of the key input unit 50, and displays the registration information of the counterpart mobile terminal when the call is connected. It consists of thin display means such as, for example, a liquid crystal display element for visual display.

The display unit 52 outputs the reservation driving setting information on the screen when setting the automatic transmission application when the call call information or the text message of the key input unit 50 is received.

In the same figure, the duplexer 54 performs radio communication with a base station of a mobile communication network through the antenna to separate a transmitted / received signal, and the receiver 56 receives the antenna and the duplexer 54 through the antenna. A voice signal or text information is received from the other party's mobile terminal, wired telephone terminal or mobile communication switch 16. The transmitter 58 is set according to the voice signal inputted from the microphone 62 and the registration information setting mode. Code information is filtered and amplified to enable transmission.

In addition, the voice processor 64 processes the voice signal received from the counterpart received through the receiver 56 to be output through the speaker 60, and the voice signal of the user received from the microphone 60. The signal is processed and output to the transmitter 58.

The memory 66 is a means for storing call call information or text messages received from the calling mobile terminals M1 and M2, and storing interface information to the data processing server DPS.

The controller 68 sets the corresponding automatic transmission application by a key input signal for automatic transmission of call call information or text data by a key operation of the key input unit 50, and is transmitted through the receiving unit 56. Determines whether call call signal and text data are received, generates and processes the call call information or text data in a single packet, and transmits the packet data to a predetermined transmission number (number of data processing server) or a registered SMS server. The control process to be transmitted is performed. Therefore, the control unit 68 is equipped with an automatic transmission application for generating packet data and automatically transferring the data to a pre-registered server.

The function and operation of the data processing system using the mobile communication terminal according to the first embodiment of the present invention having the above-described configuration will be described in detail with reference to the accompanying drawings.

4A and 4B are flowcharts showing signal flows of a data processing system using a mobile communication terminal according to a first embodiment of the present invention.

First, the data processing system using the mobile communication terminal according to the first embodiment of the present invention, when the calling signal of the calling party for the call to the destination mobile terminal (M3, M4) is applied, or the text data is applied, There are three methods of transmitting the call call information and the text data to the messenger of the called user. The first is equipped with an automatic transmission application inside the called-party mobile terminal (M3, M4), when the call signal or text data is applied, automatically converts the data into the form of text data to set a predetermined data processing server ( DPS) to transmit data to the messenger application via the data processing server (DPS).

In addition, the second method is equipped with an automatic transmission application inside the destination mobile terminal (M3, M4), when the call signal or text data is applied, automatically converts the data into a wireless Internet transmission file to process the preset data A method of transmitting data to a server (DPS) through a wireless Internet network and transmitting data to a messenger application through the data processing server (DPS) is described in detail with reference to FIG. 4A.

The third method connects a data processing server (DPS) to the mobile communication repeater, and interfaces with the data processing server (DPS) through the destination mobile terminal (M3, M4) or the PC (A1 to An) of the destination user. When setting, the data call server (DPS) through the mobile communication repeater before the call call signal or text data applied to the called mobile terminal (M3, M4) is transmitted to the called mobile terminal (M3, M4) This is how you send it. Therefore, the data is transmitted to the messenger application via the data processing server DPS, and the call call signal and the text data information are not left in the called-party mobile terminal M3 and M4. Explain through.

Referring to FIG. 4A, first, a called party sets an interface to a messenger in a data transmission application DTA mounted inside the called-party mobile terminals M3 and M4. In other words, the called party sets reserved driving to the data transmission application DTA mounted inside the called-party mobile terminals M3 and M4.

In this state, when the caller composes a text message (or a call alert signal) and transmits it to a specific called mobile terminal (M3, M4), the corresponding text data is transmitted through the NO. , M4).

Then, the called-party mobile terminals M3 and M4 automatically drive the data transmission application DTA as set in the control unit 68 to generate packet data combining the corresponding text data and the caller mobile terminal number. do. In that state, it automatically connects to the wireless Internet and connects to a pre-registered data processing server (DPS). The called party's mobile terminals M3 and M4 transmit the pre-generated packet data to the data processing server DPS.

Then, the data processing server DPS extracts the messenger ID information of the called user according to the called party user number and determines whether the messenger is logged on. If the messenger of the called user is logged on, the data processing server (DPS) transmits the packet data to the messenger application.

Then, the called-side messenger application outputs the packet data, outputs the text data, and outputs the corresponding caller information.

On the other hand, when a caller inputs a number of a specific called mobile terminal and operates a call button to generate a call alert signal, the corresponding call alert signal is received by the called party's mobile terminals M3 and M4 via a repeater.

Then, the called-party mobile terminals M3 and M4 automatically drive the data transmission application DTA as set in the control unit 68 to generate packet data combining the call call signal and the caller mobile terminal number. Create In that state, it automatically connects to the wireless Internet and connects to a pre-registered data processing server (DPS). The called party's mobile terminals M3 and M4 transmit the pre-generated packet data to the data processing server DPS.

Then, the data processing server DPS extracts the messenger ID information of the called user according to the called party user number and determines whether the messenger is logged on. If the messenger of the called user is logged on, the data processing server (DPS) transmits the packet data to the messenger application.

Then, the called party messenger application outputs the packet data, and outputs the packet data so that the called party can recognize which caller generated the call signal for the call.

 Referring to FIG. 4B, in a state in which an SMS server (not shown) connects an intelligent network switch (the same as the mobile communication switch of FIG. 1) and the data processing server (DPS) mounted therein, the called party is connected to the called mobile terminal. By using (M3, M4), the data processing server (DPS) is connected through a wireless Internet network to set the interface of the called party.

In this state, when the caller composes a text message (or a call alert signal) and transmits it to a specific called party's mobile terminal (M3, M4), the corresponding text data is a SMS server attached to the intelligent network switch. To be applied. Then, the intelligent network exchanger makes a query to the data processing server DPS for the interface setting of the called party mobile terminal M3, M4. Then, the data processing server (DPS) extracts the interface setting information of the called party and transmits it to the intelligent network switch.

If the called party has previously set the interface, the intelligent network exchanger does not transmit the corresponding text data or the call alert signal to the called mobile terminals M3 and M4, but transmits the data to the data processing server DPS.

Then, the data processing server DPS extracts the messenger ID information of the called user according to the called party user number and determines whether the messenger is logged on. If the messenger of the called user is logged on, the data processing server (DPS) transmits the packet data to the messenger application.

Then, the called party messenger application outputs the packet data, screens the text data (or call call information), and outputs the corresponding caller information.

Hereinafter, a data processing system using a mobile communication terminal according to a second embodiment of the present invention will be described in detail with reference to the accompanying drawings.

5 is a schematic diagram showing a schematic configuration of a data processing system using a mobile communication terminal according to a second embodiment of the present invention.

Referring to this, in the data processing system using the mobile communication terminal according to the second embodiment of the present invention, the registered background or the background when the text data or the call call signal is transmitted to the called user according to the setting of the calling user. It is a system to designate music and transmit it to the called messenger.

That is, this system is equipped with a separate application for automatic wireless Internet connection and transmission in the mobile communication terminal of the called user, and when the calling user transmits the text message by the setting, the music code value and the wireless Internet access control code By returning the value together, the receiving terminal accesses the specific server through the wireless Internet through the music code value and the wireless internet access control code value received with the reception of the corresponding text message, and downloads and outputs the corresponding music data. Is a data processing system using a mobile communication terminal to output a text message and simultaneously output music data.

In the data processing, both the calling user and the called user are equipped with a messenger application supported by the data processing server (DPS), and the calling user in advance sends a specific background and background music to the data processing server (DPS). You must register. In this state, if the called user sets a reservation for the data transmission application (DTA) of the mobile terminals M3 and M4, and sets the call call signal or the text data to be automatically interfaced with the messenger, the data processing server DPS The background information includes background music information or background information in the data packet and transmits the message to the called party's messenger application.

To this end, the data processing server (DPS ') of the data processing system using a mobile communication terminal according to a second embodiment of the present invention is a communication module including a WAP gateway (WAP Gateway), WEB gateway (WEB Gateway), It consists of connection part, authentication center, central control module, data storage part, connection module, connection detection algorithm, charging processing algorithm, file processing algorithm, registration file setting algorithm, messenger data processing algorithm, and background / music designation algorithm.

The WAP gateway 21 is a connection means called WAP Proxy between the mobile terminal and the Internet server. The WAP gateway 21 converts mobile communication data into a protocol that can be interpreted by the server. ) Is a configuration for matching the data transmitted through the web network with the protocol in the server, the data processing server (DPS) includes such a WAP Gateway (WAP Gateway), WEB Gateway (WEB Gateway), NO.7 network An SMS server (not shown) that can receive text messages is connected.

Accordingly, the data processing server (DPS) receives a call call signal and text data from the mobile terminal (M3, M4) of the called user by using a text message or a wireless Internet connection through the swap network. do.

The connection unit 22 is a connection unit for connecting data transmitted through the WAP gateway 21, the WEB gateway 23, and an SMS server (not shown) with an internal module of the server.

The connection module 30 is a means for receiving the connection information from the connection unit 22 and performing route processing according to whether or not the registration information of the terminal number of the called user exists. The connection detection algorithm 32A is a called party. An algorithm for checking the logon state of a user's messenger application.

The charging processing algorithm 32B is means for processing charging for registration information transmission when a data interface signal is generated, and the file processing algorithm 32C is an algorithm for generating appropriate transmission packet data according to the type of data to be transmitted, for example. If the data to be transmitted is a call signal, an algorithm for generating a data packet of "010-123-4567 received a call signal from 010-123-4567" by combining received caller data and call information. to be.

The registration file setting algorithm 32D is an algorithm for listing, registering, and managing call transfer information or transmission files of text data.

The messenger data processing algorithm 32E changes the protocol for data to be sent to the messenger application of the called user according to the messenger application. Algorithm for transmitting the data in real time upon logon confirmation. The wallpaper / music designation algorithm 32F designates data inclusion while the sender uploads a specific wallpaper and music data in advance, and when the data interface processing is performed to a specific called party in the future, the background music and wallpaper are applied. An algorithm that processes the packet data to be included together.

The data storage unit 28 stores a transmission file uploaded from each user, and pre-registered profile information (information including image, video, greeting, e-mail address, avatar information, etc.) according to a setting of a called party or a calling party user, Background music information, music information) is stored for each user.

The central control module 26 determines whether a call call signal or text data is received from the called party mobile terminals M3 and M4, grasps the logon state of the messenger application of the called party, and determines the corresponding call call signal or the like. Transmits the text data to the messenger application of the called party, converts the text data, and detects the logon of the messenger in real time while the messenger of the called party is logged out to perform data transmission control. It is a control means for copying the stored background image and music data to be processed and included in the data packet.

The function and operation of the data processing system using the mobile communication terminal according to the second embodiment of the present invention having the above-described configuration will be described in detail with reference to the accompanying drawings.

6 is a flowchart illustrating a signal flow of a data processing system using a mobile communication terminal according to a second embodiment of the present invention.

In the data processing system using the mobile communication terminal according to the second embodiment of the present invention, the calling user is first connected to the data processing server (DPS) via a web network or a wireless internet network, and the specific music data or a specific background screen. Register the data.

In that state, when the called user connects to the data processing server (DPS ') via the web network or the wireless Internet network and sets the data interface, in that state, the caller creates a text message (or a call alert signal), When transmitted to a specific destination mobile terminal (M3, M4), the text data is applied to the SMS server attached to the intelligent network switch NO.7 network.

Then, the intelligent network exchange determines whether the called party mobile terminal (M3, M4) interface setting, and if the called party has already set the interface, the intelligent network exchange unit sends the corresponding text data or call call signal to the called party's mobile terminal. The data is transmitted to the data processing server DPS without transmitting to M3 and M4.

Then, the data processing server DPS extracts the messenger ID information of the called user according to the called party user number and determines whether the messenger is logged on. If the messenger of the called user is logged on, the data processing server (DPS) searches the calling user's data to determine whether there is a background music or background data registered separately. If there is already registered background music or background data, packet data is generated including the background music and the background image in the data to be transmitted to the called party's messenger.

Then, the packet data is transmitted to the called messenger application. Then, the destination messenger application outputs the packet data, outputs the text data (or call call information), and outputs background music and background data including the caller information through the screen and the speaker.

Hereinafter, a data processing system using a mobile communication terminal according to a third embodiment of the present invention will be described in detail with reference to the accompanying drawings.

7 is a block diagram showing the configuration of a mobile communication terminal provided in the data processing system using the mobile communication terminal according to the third embodiment of the present invention.

Referring to this, the data processing system using the mobile communication terminal according to the third embodiment of the present invention separates the color designation code value and the location information of the text message by using the free space of the packet indicating the calling number. It is a system that allows a sender to send a text message to a specific color without sending money as desired.

That is, the data processing system using the mobile communication terminal according to the third embodiment of the present invention does not connect to the wireless Internet separately, and the color designation code and the corresponding color are output in the packet of the sender's text data. This system is designed to send and send a text message to a specific color without any cost by sending the location code together without any cost. Preferably, the color designation code is provided in the free space of the packet displaying the calling number. And a location code of a character in which the corresponding color is output. There are usually dozens of bytes of free space, so use that space to include the code.

To this end, the calling mobile terminal (eg, M1 ') and the called mobile terminal included in the data processing system using the mobile communication terminal according to the third embodiment of the present invention have a color text packet formation / output processor ( 65, a control unit 68 'for controlling the color character packet formation / output processor 65 is provided, and a memory 66 for storing color code data and positioning code data. . Components corresponding to other normal mobile functions are omitted.

The color text packet forming / output processor 65 forms a packet including the color code and the position data of the color text in the text data or in the data for the sender indication, and the color code and color from the transmitted packet data. A processor for extracting position data of a character and converting the character into a designated color and outputting the color. The color character packet forming / output processor 65 is mounted on the mobile terminals M1, M2, M3, and M4 in the form of an application. have.

In addition, the control unit 68 'connects specific character data with a color designation code according to a key signal from the key input unit 50, generates a corresponding position code, and generates the color character packet formation / output processor 65. Drive control means.

8 is a diagram illustrating packet data generated through a mobile communication terminal of a data processing system using a mobile communication terminal according to a third embodiment of the present invention.

Referring to this, as shown in Fig. 8, the packet of character data includes a header H indicating the start of the data, data Ca indicating the content of the character, and data Cb indicating the calling party number. A color position and a designated color code are mounted inside the caller number data Cb. At the end of the packet, a code (T) indicating the end of data is formed.

The function and operation of the data processing system using the mobile communication terminal according to the third embodiment of the present invention having the above-described configuration will be described in detail with reference to the accompanying drawings.

9 is a flowchart illustrating a signal flow of a data processing system using a mobile communication terminal according to a third embodiment of the present invention.

First, in the data processing system using the mobile communication terminal according to the third embodiment of the present invention, the calling user inputs the text data using the mobile terminal M1. Then, select a specific character and select a color designation code for that character. At this time, since the color text packet forming / output processor 65 is preferably provided with a color table, the calling user performs code selection while outputting the corresponding color color on the screen. Then, the character data packet including the code is generated by driving the color character packet formation / output processor 65 with the position code selected by the user and the designated color code.

In this state, when the corresponding text data is transmitted from the calling user's mobile terminals M1 and M2, the receiving user's mobile terminals M3 and M4 receive the text data. Then, the color character packet formation / output processor 65 mounted in the mobile terminal M3, M4 of the called user is extracting the color code and the location code from the packet and using the color table to retrieve the character data. Change it. Then, the character data is displayed on the screen.

Hereinafter, a data processing system using a mobile communication terminal according to a fourth embodiment of the present invention will be described in detail with reference to the accompanying drawings.

A function and an operation of a data processing system using a mobile communication terminal according to a fourth embodiment of the present invention having the above-described configuration will be described in detail with reference to the accompanying drawings.

In the data processing system using the mobile communication terminal according to the fourth embodiment of the present invention, the calling user may set a text message by setting the separate application for automatic wireless Internet connection and transmission in the mobile communication terminal of the called user. By sending the music code value and the wireless Internet access control code value together when sending a message, the called terminal accesses a specific server through the wireless Internet through the music code value and the wireless internet access control code value received with the reception of the corresponding text message. By downloading and outputting the corresponding music data, the receiving mobile communication terminal outputs a text message and simultaneously outputs the music data.

10 is a flowchart illustrating a signal flow of a data processing system using a mobile communication terminal according to a fourth embodiment of the present invention.

The data processing system using the mobile communication terminal according to the fourth embodiment of the present invention is the same as including the color code in the character data in the third embodiment, the control data for the specific music code and wireless Internet automatic access, and By including the wireless Internet URL value in the text data, when the called user outputs the corresponding text data through the mobile terminal (M3, M4), it automatically connects to a specific server through the wireless Internet network and outputs the specified music. It is to be.

Therefore, the called party's mobile terminals M3 and M4 are equipped with an application which automatically executes connection and download according to the control code.

First, the calling user inputs the text data using the mobile terminal M1. Then, in this state, the key operation is selected to select the specific music previously stored in the mobile terminal M1 and to include the music code for the text data.

Then, the music designation / output application generates a text data packet including the corresponding music code. In this case, the mobile terminal M1 may designate a music code in a state of being connected to a server providing a specific music code through a wireless Internet network, and then input text data.

Once the text data including the music code and the wireless Internet automatic access control code is generated through the calling mobile terminal M1, the text data is transmitted to the called mobile terminals M3 and M4. Then, the text data is received by the mobile terminals M3 and M4 of the called user. Then, the music generation / output application mounted inside the mobile terminal (M3, M4) of the called user is driven through the corresponding wireless Internet automatic access code to be connected to a specific music data providing server through the wireless Internet network, and the corresponding music. Download music data matching the code. The music data is output as well as the text data.

Hereinafter, a data processing system using a mobile communication terminal according to a fifth embodiment of the present invention will be described in detail with reference to the accompanying drawings.

11 is a schematic diagram showing a schematic configuration of a data processing system using a mobile communication terminal according to a fifth embodiment of the present invention.

Referring to this, the data processing system using the mobile communication terminal according to the fifth embodiment of the present invention temporarily stores color text data transmitted by a sender on a server through a server relaying color text transmission, It notifies the user whether to receive the text message along with the URL information of the server, and automatically connects to the server through the wireless swap network according to the confirmation signal of the receiver so that the user can download the text data. It is one system to help.

That is, the data processing system using the mobile communication terminal according to the fifth embodiment of the present invention is a system for transmitting a larger amount of data from the caller to the called party through a server that relays text data through a wireless Internet network. Unlike the other embodiments described above, in the present embodiment, the wireless Internet network is not transmitted from the sender's mobile terminal (M1.M2) directly to the destination mobile terminal (M3, M4). Upload the data to be transmitted to a separate server (DSP) through, and to download it again through the destination mobile terminal (M3, M4).

In such a system, a moving picture and image data including a larger amount of text data can be transmitted, and color information included in the text message can be freely transmitted without being limited to the text message transmission capacity.

In addition, the text message transmitted by the data processing system using the mobile communication terminal according to the fifth embodiment of the present invention to separately specify the color code and the position where the color code is set by the user setting for each word and vocabulary, Input the designated value and the number of the called mobile terminal to generate a text message packet, and transmit it to the server (DPS), and the data processing server (DPS) for relaying is wireless from the corresponding receiving mobile terminals (M1, M2). Receives the data packet through the Internet or SMS network NO.7, extracts the recipient's mobile terminal (M3, M4) number from the data packet and receives the text message to the called mobile terminal (M3, M4). Text message stored through the wireless Internet network automatically by the key operation of the destination mobile terminal (M3, M4) by transmitting the information and the URL of the server Other data, then download.

As a result, the present invention can easily perform data upload and download between the calling party and the called party through a wireless Internet network even for a large amount of data.

To this end, the data processing system using a mobile communication terminal according to a fifth embodiment of the present invention is provided with mobile communication base stations 10A, 10B, 10C, and 10D for relaying a wireless call call signal. (10A, 10B, 10C, 10D) (Base Station Transceiver; BTS) is a first, second, third, fourth mobile terminal (M1, M2, M3, A plurality of M4) are distributed in the vicinity of the moving position, so that one mobile terminal (eg, M1) and another mobile terminal (eg, M2) can move and transfer / register voice calls and wireless data. In order to perform wireless transmission and reception of voice and text information by matching with the mobile terminal of the other party.

Further, in the data processing system using the mobile communication terminal according to the fifth embodiment of the present invention, the mobile communication relay stations 12A, 12B, 12C, and 12D are configured, and the mobile communication relay stations 12A, 12B, 12C, and 12D are provided. Is for relaying and connecting the respective mobile communication base stations 10A, 10B, 10C, 10D and the mobile communication control stations 14A, 14B, and the mobile communication control stations 14A, 14B A matching function of the mobile communication base stations 10A, 10B, 10C, and 10D, handoff processing between each base station cell, and call connection control are performed through the mobile communication relay stations 12A, 12B, 12C, and 12D.

In the figure, the mobile communication switch 16 is, for example, in a state where the first mobile terminal M1 and the second mobile terminal M2 can normally talk, the first mobile terminal M1 and the second mobile. Attempting to mutually connect the terminal (M2) to enable the transmission of voice calls and text information, the mobile communication base station 10A, the mobile communication relay station 12A and the mobile communication control station 14 through the The voice call is controlled by receiving the call connection attempt signal from the first mobile terminal M1.

That is, when a color SMS transmission key signal is manipulated from one calling mobile terminal (for example, M1), the calling mobile terminal M1 automatically operates the data processing server through a wireless Internet network based on a pre-stored URL. DPS) to upload character data designated for each word, vocabulary, sentence, number information of the called party's mobile terminal, or various image and video information.

Accordingly, the data processing server (DPS) is provided with a swap server (WAPS) and SMS server (not shown) for forming a wireless Internet network, the data processing server (DPS) is the corresponding mobile terminal (M1) Extracts the number of the called party's mobile terminal from the data packet and transmits the information on the reception of the color text data to the called party's mobile terminal M3. In this case, the information is preferably transmitted through the SMS network NO.7, and further includes a URL value of the corresponding server, so that the wireless Internet is automatically executed even if the receiver operates only a confirmation key. It is preferable to include a data address to be separately downloaded in the information transmitted by the server so that the server (DPS) can be accessed and the data is automatically downloaded once the data processing server (DPS) is accessed. .

Therefore, color text messages are uploaded inside the calling mobile terminals M1 and M2 and the called mobile terminals M3 and M4, which are driven under a data processing system using a mobile communication terminal according to the fifth embodiment of the present invention. In order to be able to do so in conjunction with the URL value of the data processing server (DPS) running inside, a separate application for driving the wireless Internet by automatically extracting the URL value contained in the data must be installed. In addition, in order to accurately output the color text data received by both parties to the color format, an application for outputting the color text must be included in order to recognize the color code value and to accurately output the color text according to the corresponding position setting value. do.

12 is a block diagram showing the configuration of a data processing server included in a data processing system using a mobile communication terminal according to a fifth embodiment of the present invention.

Referring to this, the data processing system using the mobile communication terminal according to the fifth embodiment of the present invention is a data processing server (DPS) provided in the data processing system using the mobile communication terminal according to the fifth embodiment of the present invention. Consists of communication module including WAP Gateway, connection part, authentication center (AUC), central control module, data storage part, connection module, connection detection algorithm, charging processing algorithm, file storage algorithm, and receiver notification algorithm. It is done.

The WAP gateway 70 is a connection means called WAP Proxy between the mobile terminal and the Internet server. The WAP gateway converts mobile communication data into a protocol that can be interpreted by the server, and the data processing server (DPS) An SMS server (not shown) including such a WAP gateway and capable of receiving text messages through the NO.7 network is connected.

Accordingly, the data processing server (DPS) is a text message, or color text data, images, video data, etc. from the mobile terminal (M3, M4) of the called user by using a wireless Internet connection through the swap network, or the like. Will be sent.

The connection unit 72 is a connection means for connecting the data transmitted through the WAP Gateway (WAP Gateway) 70 and the SMS server (not shown) with the internal module of the server.

The access module 75 receives the access information from the access unit 72, checks the terminal number of the calling user, and routes the color text data, video, and image data transmitted from the calling terminal M1 and M2. The connection detection algorithm 76A is an algorithm for detecting the connection of the calling user's mobile terminals M1 and M2.

The charging processing algorithm 76B is a means for processing the charging according to the transmission relay of the color character data when a data interface signal is generated, and the file storage algorithm 76C stores the uploaded data, and the calling mobile terminal M1, M2. ) And the number of the destination mobile terminal (M3, M4) included in the data packet, respectively. At this time, the charging processing algorithm 76B performs charging processing for both the sender who uploads the data and the receiver who downloads the data.

In addition, the receiving side notification algorithm 76D receives the number information of the called party mobile terminal M3, M4 from the file storing algorithm 76D, and creates and transmits the color letter receiving information to be sent to the called terminal. For example, if the received data is color text data, the data "The color text message from 010-123-4567 was received at 00: 00" by combining the calling mobile information and the information indicating the color text. Algorithm for generating packets.

The data storage unit 78 stores color text data, images and video data uploaded from the calling mobile terminals M1 and M2, and stores connection path data of the called party's mobile terminal number for the corresponding data. Means.

The central control module 80 receives and stores video and image data including color text messages from the calling mobile terminals M1 and M2, and stores the numbers of the called mobile terminals M3 and M4 included in the data packet. Extracts the data to notify the called party's mobile terminal whether the data is received, and downloads the received data through the wireless Internet network through the URL and data address of the server.

The data processing server (DPS) can effectively relay large-capacity color text data, image data, and video data between the calling mobile terminals M1 and M2 and the called mobile terminals M3 and M4. It can be said that the convenience is very high since the receiver can download text data or other data at the desired time by using the mobile terminals M3 and M4.

The function and operation of the data processing system using the mobile communication terminal according to the fifth embodiment of the present invention having the above-described configuration will be described in detail with reference to the accompanying drawings.

13 is a flowchart illustrating a signal flow of a data processing system using a mobile communication terminal according to a fifth embodiment of the present invention.

First, in a data processing system using a mobile communication terminal according to a fifth embodiment of the present invention, a caller inputs specific text data using the calling mobile terminals M1 and M2, and designates the text data by a predetermined area. When the color for the designated area is set, the color text transmission application installed inside the calling-party mobile terminal M1 or M2 includes the corresponding color text data and attached data such as an image and a video, and a color setting code value and a color setting position. Generates packet data consisting of data.

In addition, the color character transmission application installed inside the calling mobile terminals M1 and M2 drives the wireless Internet through a pre-stored URL, and accesses the data processing server (DPS) of the corresponding URL address. After connection, the calling mobile terminal M1, M2 uploads the corresponding data packet.

Then, the data processing server DPS extracts the number of the called mobile terminal from the data packet uploaded by the calling mobile terminals M1 and M2, and stores and registers the data including the color text data. The data processing server (DPS) prepares the text reception data to be transmitted to the called mobile terminal, generates a data packet including the URL value of the corresponding server in the corresponding data, and receives the called mobile terminals M3 and M4. To send.

Then, the called-party mobile terminal (M3, M4) checks the corresponding character received data to confirm who sent the character data, and then operate the confirmation button (not shown). Then, the color character application pre-installed inside the called mobile terminals M3 and M4 is driven to automatically connect to the data processing server DPS through the URL value attached to the received character data.

Then, the data processing server (DPS) downloads the previously stored color text data and other attached data to the called party's mobile terminal (M3, M4) by checking the number of the called party's mobile terminal (M3, M4). Let's do it. Therefore, the color character application pre-installed inside the called-party mobile terminal M3 or M4 is driven to display the color character data using the designated color code value and the designated position value for each character. do.

According to the present invention executed by the above process, it is possible to effectively transmit a large amount of data uploaded from the calling mobile terminal (M1, M2) to the called party. It can be downloaded at any time, making it convenient and providing more privacy.

Hereinafter, a data processing system using a mobile communication terminal according to a sixth embodiment of the present invention will be described in detail with reference to the accompanying drawings.

14 is a block diagram showing a configuration of a data processing server included in a data processing system using a mobile communication terminal according to a sixth embodiment of the present invention.

Referring to this, the data processing system using the mobile communication terminal according to the sixth embodiment of the present invention is a server that temporarily stores the text data transmitted by the sender on the server via the server that edits / relays the color text. Edit the text data in any color at, and notify the receiver whether or not to receive the text message with the URL information of the server, and automatically connect to the server through the wireless swap network according to the receiver's confirmation signal to display the corresponding color text data. By making it available for download, the system has the same effect as the sender specifying the color.

That is, the data processing system using the mobile communication terminal according to the sixth embodiment of the present invention is an embodiment for improving the convenience of use by reducing the writing time of the text data while maintaining the effect of the color text message. When the general text data consisting of the server is transmitted to the server, the server specifies a random color for each word and vocabulary, and the called party can download and check it.

The basic configuration and operation are similar to those in the fifth embodiment, but in the sixth embodiment, the sender does not have to directly write the color texts, while the effect of transmitting the color texts is high. It has an editing function for specifying color color for.

Although not shown, the data processing system using the mobile communication terminal according to the sixth embodiment of the present invention has an emoticon editing function of text data. For example, assuming that the sentence of the text data transmitted by the caller using the mobile terminals M1 and M2 is "the eyes of the beloved ???? is like a star", the server receiving the text data is random. Edit it by attaching an emoticon (☆) such as "Love's eyes are like ☆."

The emoticon editing function is also automatically edited by the server even if the receiver does not specify otherwise, so that the visual effect of the text data to be transmitted becomes very high. The same convenience as time.

To this end, the data processing system using the mobile communication terminal according to the sixth embodiment of the present invention includes a data processing server (DPS) for performing the color specification function and the emoticon editing function of the text data, the data The processing server (DPS) includes a communication module including a WAP gateway, a connection unit, an authentication center (AUC), a central control module, a data storage unit, a connection module, a connection detection algorithm, a billing processing algorithm, a file storage algorithm, It consists of a file editing algorithm and a receiver notification algorithm.

The WAP gateway 81 is a connection means called WAP Proxy between the mobile terminal and the Internet server. The WAP gateway converts mobile communication data into a protocol that can be interpreted by the server, and the data processing server (DPS). Includes a WAP gateway, and is connected to an SMS server (not shown) capable of receiving text messages through the NO.7 network.

Accordingly, the data processing server (DPS) is a text message, or color text data, images, video data, etc. from the mobile terminal (M3, M4) of the called user by using a wireless Internet connection through the swap network, or the like. Will be sent.

The connection unit 82 is a connection unit for connecting data transmitted through the WAP gateway 81 and an SMS server (not shown) with an internal module of the server.

The access module 86 receives the access information from the access unit 82, checks the terminal number of the calling user, and performs a path processing on the text data transmitted from the calling terminal M1 or M2. The connection detection algorithm 88A is an algorithm for detecting a connection of the calling user's mobile terminals M1 and M2.

The billing processing algorithm 88B is a means for processing billing according to the transmission relay of text data when a data interface signal is generated, and the file storage algorithm 88C stores the uploaded data, and the calling mobile terminals M1 and M2. And the number of called mobile terminals (M3, M4) included in the data packet, respectively. At this time, the billing processing algorithm 88B performs billing processing for both the sender who uploads the data and the called party who downloads the data.

On the other hand, the file editing algorithm (88D) by randomly designating each word or vocabulary in a separate color according to the separation of the words and vocabulary contained in the character data, the character data transmitted from the corresponding source terminal (M1, M2) As an algorithm for editing into color character data, the file editing algorithm 88D is an algorithm for assigning a specific color code value to each word and vocabulary, and generating a data packet including position information of the word. Through this, the caller inputs and transmits general text data, but the called party can receive color text data.

In addition, the file editing algorithm 88D may be configured to change some words of the text data uploaded by the sender into emoticons using a plurality of specific words previously stored in the data storage unit 90 and emoticon information connected to each word. If you upload a sentence like "Love's eyes are like a star", and an emoticon of "☆" is connected to the word "stars," The pupil can be edited to change to a sentence such as ☆. "

In addition, the receiving side notification algorithm 88E receives the number information of the called party mobile terminals M3 and M4 from the file storing algorithm 88D, and generates and transmits the color character received information to be sent to the called terminal. For example, if the received data is color text data, the data "The color text message from 010-123-4567 was received at 00: 00" by combining the calling mobile information and the information indicating the color text. Algorithm for generating packets.

The data storage unit 90 stores the color text data, the image, and the video data uploaded from the calling mobile terminals M1 and M2, and stores the connection path data with the called party's mobile terminal number for the corresponding data. It is a means for storing emoji information associated with a specific character.

The central control module 92 uploads and stores video and image data including text messages from the calling mobile terminals M1 and M2, and stores the numbers of the called mobile terminals M3 and M4 included in the data packet. Extracts and notifies the called party's mobile terminal whether data is received, specifies an arbitrary color code for each word or vocabulary of each text message, generates color-designated location information, and converts and converts it to color text. If the word included in the message is recognized and an emoticon for each word exists, the user can edit to change the word to a connected emoticon.The receiver receives the received data through the wireless Internet network through the URL and data address of the server. Control means for downloading to the terminals (M3, M4).

The function and operation of the data processing system using the mobile communication terminal according to the sixth embodiment of the present invention having the above-described configuration will be described in detail with reference to the accompanying drawings.

15 is a flowchart illustrating a signal flow of a data processing system using a mobile communication terminal according to a sixth embodiment of the present invention.

First, in the data processing system using the mobile communication terminal according to the sixth embodiment of the present invention, by using the calling mobile terminal (M1, M2) to create the text data to be sent by the sender, by entering the destination mobile terminal number, The text data is transmitted to a remote data processing server (DPS) through the wireless Internet or SMS network.

Then, the data processing server DPS extracts the called party's mobile terminal number included in the data packet while storing the corresponding character data in the data storage unit 90. Then, an arbitrary color is designated for each word and vocabulary of the corresponding character data, and the position information of the specified color character is set together.

The data processing server (DPS) generates information for notifying the called party of the received information of the text message by using the called party terminal number information extracted from the corresponding text data, and transmits the information to the called party's mobile terminals M3 and M4. . For example, if the received data is color text data, the data packet "010-123-4567 received a color text message at 00: 00" is combined with the information indicating the calling mobile information and the color text. Create and send.

On the other hand, although not shown, the data processing server (DPS) compares the words contained in the text message sent by the sender with the words connected to the emoticon, any one of the words of the text message matches the word connected to the emoticon If you do, you can edit to change the word into an emoticon. For example, if you upload a sentence like "Love ???? 's eyes are like stars," and an emoticon of "☆" is connected to the word "Star," "Love's eyes are ☆" You can edit it with a sentence such as "."

In addition, the receiving side mobile terminal (M3, M4) receiving the received information of the text message from the data processing server (DPS) is automatically called by the receiver through a key operation such as a confirmation button through the data processing server ( DPS), and for this purpose, the URL value of the corresponding server is included in the text message reception information transmitted to the data processing server (DPS).

Therefore, when the data processing server (DPS) detects the connection of the destination mobile terminal (M3, M4), by extracting the stored color text data using the number of the destination mobile terminal (M3), the destination mobile terminal (M3) To M4). Then, the called party's mobile terminals M3 and M4 can output the corresponding color text data on the screen.

On the other hand, in the data processing system using the mobile communication terminal according to the sixth embodiment of the present invention, the change of the specific word into the emoticon data is not necessarily performed by connecting to the server. If the connected emoticon change program is installed, the terminal itself may change it automatically.

Hereinafter, a data processing system using a mobile communication terminal according to a seventh embodiment of the present invention will be described in detail with reference to the accompanying drawings.

16A and 16B are flowcharts showing signal flows of a data processing system using a mobile communication terminal according to a seventh embodiment of the present invention.

First, in a data processing system using a mobile communication terminal according to a seventh embodiment of the present invention, a sender designates a specific sentence as a color that can be displayed on a white screen, and designates a specific sentence as a white color to transmit a text message. It is a system that allows the recipient to change the screen background color so that the sentence specified in white can be checked on the screen.

That is, since the background of the mobile terminal is generally designated as a white background, even if the text data designated as white color is output on the screen, the user cannot recognize the corresponding character data. Various encryption methods exist in the mobile communication technology, but since these encryption methods are made by random numbers, there is a problem that a very complicated and separate application must be downloaded, a burden on the processor or CPU, and battery consumption are high.

Therefore, the present embodiment describes a technique for producing an encryption effect for a specific sentence by simply specifying a color character and changing a background screen.

First, since the basis of such a technique is due to the designation of color for character data, it is possible to apply the technique of the present invention as a whole.

By assigning the same color as the background of the mobile terminal, there are two main methods for preventing a user from confirming some sentences before changing a separate background. One method is a method of directly transmitting text data between a mobile terminal and a mobile terminal, and another method is a method of transmitting text data through a relay server. Of course, these two methods also consist of the same content, but the difference between the transmission method and the content of the two methods are not at all different. When only the server is used, when the server receives the text reception information to the called party, depending on whether or not the white designated character is included in the transmission of the text reception information, it may indicate through a separate icon or emoticon that the encrypted text is included. .

16A is a flowchart illustrating a signal flow for transmission of color text data between a mobile terminal and a mobile terminal.

First, the calling user inputs the text data using the mobile terminal M1. Then, select a specific character and select a color designation code for that character. If there is a sentence that needs to be encrypted in the sentence, the sender may be set to a white color by setting a white color code by specifying the sentence.

In this case, since a color table is preferably formed inside the calling mobile terminals M1 and M2, the calling user performs code selection while outputting a color through the screen using the corresponding color color table. Then, the calling mobile terminal M1, M2 generates a text data packet by inputting an area of the selected sentence, that is, a location code, a designated color code, and a number of the called mobile terminal.

In this state, when the corresponding text data is transmitted from the calling user's mobile terminals M1 and M2, the receiving user's mobile terminals M3 and M4 receive the text data. Then, the color character packet forming / output processor (not shown) mounted inside the mobile terminal M3 or M4 of the called user extracts the color code and the location code from the packet and uses the corresponding color table to extract the corresponding character data. Change it. Then, the character data is displayed on the screen.

At this time, the called party executes the background changing mode included in the user setting of the called mobile terminal (M3, M4) to confirm whether the encrypted text is included in the received text message. Can be changed. If there is a white text in the text message, the white text will be displayed on the screen.

FIG. 16B is a flowchart illustrating a signal flow for transmitting a text message including an encrypted sentence through a relay server.

First, when a caller inputs specific text data using the calling mobile terminals M1 and M2, and sets the color for the designated area by designating the text data by a predetermined area, the calling mobile terminals M1 and M2. Color character transmission application installed inside the) generates the packet data consisting of the corresponding color character data, color setting code value, color setting position data, the number of the called mobile terminal.

If there is a sentence that needs to be encrypted in the sentence, the sender may be set to a white color by setting a white color code by specifying the sentence.

In addition, the color character transmission application installed inside the calling mobile terminals M1 and M2 drives the wireless Internet through a pre-stored URL, and accesses the data processing server (DPS) of the corresponding URL address. After the connection, the calling mobile terminal M1 or M2 uploads the corresponding data packet.

Then, the data processing server DPS extracts the number of the called mobile terminal from the data packet uploaded by the calling mobile terminals M1 and M2, and stores and registers the data including the color text data. The data processing server (DPS) prepares the text reception data to be transmitted to the called mobile terminal, generates a data packet including the URL value of the corresponding server in the corresponding data, and receives the called mobile terminals M3 and M4. To send.

At this time, the data processing server (DPS) determines the color code of the transmitted text message, and determines whether the white color code is included. If the white color code is included, the data processing server (DPS) may display a separate encryption display icon such as ??, ??, etc. to inform the recipient that the password is included in the corresponding text message. Include in the data to be sent to

Then, the called-party mobile terminal (M3, M4) checks the corresponding character received data, and confirms who sent the character data, and whether the text message includes an encrypted sentence, and then manipulates the confirmation button (not shown) do. Then, the color character application pre-installed inside the called mobile terminals M3 and M4 is driven to automatically connect to the data processing server DPS through the URL value attached to the received character data.

Then, the data processing server (DPS) downloads the previously stored color text data and other attached data to the called party's mobile terminal (M3, M4) by checking the number of the called party's mobile terminal (M3, M4). Let's do it. Therefore, the color character application pre-installed inside the called-party mobile terminal M3 or M4 is driven to display the color character data using the designated color code value and the designated position value for each character. do.

If the encrypted message is included in the text message, the called party can change the background screen of the mobile terminal (M3, M4) to screen output the sentence set to white.

In case of using the data processing system using the mobile communication terminal according to the seventh embodiment of the present invention, in case of an important sentence or a sentence in which privacy must be particularly secured, the screen output of the sentence can be excluded from others. Convenience is very high, and privacy can be secured even when sending sentences between lovers.

Hereinafter, a data processing system using a mobile communication terminal according to an eighth embodiment of the present invention will be described in detail with reference to the accompanying drawings.

17 is a schematic diagram showing a schematic configuration of a data processing system using a mobile communication terminal according to an eighth embodiment of the present invention.

Referring to this, the data processing system using a mobile communication terminal according to an eighth embodiment of the present invention, the color text data and the video transmitted by the sender via a linked server for the output of color text transmission relay and cable broadcasting In the state of uploading the data to the server, the receiver is notified of the cable broadcasting output information together with the URL information of the cable broadcasting server, and the cable broadcasting data is output on the screen according to the receiver's confirmation signal, or the cable broadcasting is transmitted through the TV. It is a system that allows you to watch text and video data of.

That is, in the data processing system using the mobile communication terminal according to the eighth embodiment of the present invention, when the sender transmits the text data, the video, and the image data to the data processing server associated with the cable broadcasting server, the corresponding data processing server is a text message. It transmits data, video, and image data to the cable broadcasting server, and receives the output time or program information of the corresponding data and notifies the called party and the sender of the corresponding message so that the corresponding program can be viewed in the corresponding time zone. Conventionally, a technique for outputting text data on a cable broadcasting screen is known, but there is no technology for quickly transmitting the corresponding program information to a caller and a called party, and there is no technology for outputting image and video data. It was not easy to use because it did not know at what time of the program.

However, the present invention is a technology that is highly convenient because it can perform charge change, capacity change and editing of large amount of data through a separate relay server, and quickly transmit the output time zone or program information of the data to the sender and the called party. .

To this end, the data processing system using a mobile communication terminal according to an eighth embodiment of the present invention is provided with mobile communication base stations 10A, 10B, 10C, and 10D for relaying a wireless call call signal. (10A, 10B, 10C, 10D) (Base Station Transceiver; BTS) is a first, second, third, fourth mobile terminal (M1, M2, M3, A plurality of M4) are distributed in the vicinity of the moving position, so that one mobile terminal (eg, M1) and another mobile terminal (eg, M2) can move and transfer / register voice calls and wireless data. In order to perform wireless transmission and reception of voice and text information by matching with the mobile terminal of the other party.

Further, in the data processing system using the mobile communication terminal according to the eighth embodiment of the present invention, the mobile communication relay stations 12A, 12B, 12C, and 12D are configured, and the mobile communication relay stations 12A, 12B, 12C, and 12D are provided. Is for relaying and connecting the respective mobile communication base stations 10A, 10B, 10C, 10D and the mobile communication control stations 14A, 14B, and the mobile communication control stations 14A, 14B A matching function of the mobile communication base stations 10A, 10B, 10C, and 10D, handoff processing between each base station cell, and call connection control are performed through the mobile communication relay stations 12A, 12B, 12C, and 12D.

In the figure, the mobile communication switch 16 is, for example, in a state where the first mobile terminal M1 and the second mobile terminal M2 can normally talk, the first mobile terminal M1 and the second mobile. Attempting to mutually connect the terminal (M2) to enable the transmission of voice calls and text information, the mobile communication base station 10A, the mobile communication relay station 12A and the mobile communication control station 14 through the The voice call is controlled by receiving the call connection attempt signal from the first mobile terminal M1.

That is, when a color SMS transmission key signal is manipulated from one calling mobile terminal (for example, M1), the calling mobile terminal M1 automatically operates the data processing server through a wireless Internet network based on a pre-stored URL. DPS) to upload character data designated for each word, vocabulary, sentence, number information of the called party's mobile terminal, or various image and video information.

In addition, the data processing server (DPS) via a web server (WEBS) via a cable for uploading text data, various image and video data sent by the sender, and outputs to the OSD (On Screen Display) of a specific broadcast program Broadcasting server (CBS) is provided, the data processing server (DPS) receives the program information and the output time zone information that the data is output from the cable broadcasting server (CBS) receives the caller and the called mobile terminal (M1) , M2, M3, M4).

In addition, if the data uploaded from the sender's mobile terminal (M1, M2) is a large amount of data, the data processing server (DPS) performs the editing to change the size of the image and video data to a small amount of data. By linking the caller and the called party number, the screen message to which the text message is output is captured so that the caller or the called party can download the screen capture data.

18 is a diagram illustrating a broadcast output screen of color text and video using a data processing system using a mobile communication terminal according to an eighth embodiment of the present invention.

Referring to this, in the data processing system using the mobile communication terminal according to the eighth embodiment of the present invention, a state in which the broadcast screen described with reference to FIG. 17 is output will be described with reference to FIG. 18. FIG. The output screen 102 of the main broadcast program is designated on the TV screen 100, and an OSD region 104 for outputting a text message transmitted by the caller is provided at the lower side thereof. An area 106 for outputting video and image data is provided.

The function and operation of the data processing system using the mobile communication terminal according to the eighth embodiment of the present invention having the above-described configuration will be described in detail with reference to the accompanying drawings.

19 is a flowchart illustrating a signal flow of a data processing system using a mobile communication terminal according to an eighth embodiment of the present invention.

First, in a data processing system using a mobile communication terminal according to an eighth embodiment of the present invention, a caller inputs specific text data using the calling mobile terminals M1 and M2, and designates the text data by a predetermined area. Set the color for the designated area and specify the image and video data to be output together on the broadcast screen. Then, the color character transmission application installed inside the calling mobile terminal (M1, M2) generates the packet data consisting of the corresponding color character data and attached data, such as image, video, color setting code value, color setting position data do.

In addition, the color character transmission application installed inside the calling mobile terminals M1 and M2 drives the wireless Internet through a pre-stored URL, and accesses the data processing server (DPS) of the corresponding URL address. After the connection, the calling mobile terminal M1 or M2 uploads the corresponding data packet.

Then, the data processing server (DPS) determines the capacity of the data packet uploaded by the calling mobile terminal (M1, M2), and if the capacity is larger than a predetermined amount to reset the size of the data to change to a small amount of data. The data is transmitted to the cable broadcasting server (CBS). Then, the cable broadcasting server (CBS) registers the data, and transmits the program information and the time zone information to which the text message, the video, and the image data are output to the data processing server (DPS).

Then, the data processing server DPS transmits the information to the calling mobile terminals M1 and M2 and the called mobile terminals M3 and M4 so that the broadcast program can be viewed. The data processing server (DPS) captures a screen of a corresponding broadcast program and stores data in connection with each caller and called party information.

If a download request for the data is made from the calling mobile terminal M1 or M2 or the called mobile terminal M3 or M4, the data processing server DPS transmits the captured screen data to the corresponding terminal. .

Hereinafter, a data processing system using a mobile communication terminal according to a ninth embodiment of the present invention will be described in detail with reference to the accompanying drawings.

20 is a diagram illustrating a messenger output screen of color text using a data processing system using a mobile communication terminal according to a ninth embodiment of the present invention.

Referring to this, a data processing system using a mobile communication terminal according to a ninth embodiment of the present invention transmits a text message and a color designated value from a sender's terminal to a messenger application of a specific receiver in color on a messenger output screen of a specific receiver. It is a system that can output specified character data.

That is, in the data processing system using the mobile communication terminal according to the ninth embodiment of the present invention, a caller owning the mobile terminals M1 and M2 runs a messenger application provided in the mobile terminals M1 and M2. In addition, the system designates color text data and transmits the color text data to a remote called party's PC to output the corresponding color text data on the screen of the messenger application mounted on the PC.

In order to implement a data processing system using a mobile communication terminal according to the ninth embodiment of the present invention, a messenger application (not shown) mounted on the calling mobile terminal (M1, M2) and a PC is used for color code. The color table data must be shared identically, and the positioning data must be recognized.

Then, as shown in FIG. 20, the messenger application is driven on the screen 110 of the called party's PC to output the color text transmitted from the caller's mobile terminals M1 and M2 during the chat.

For example, when the called party 112 inputs the sentence 112a, the caller 114 outputs color designated text data using the mobile terminals M1 and M2. For example, the caller 112 outputs the specified text 114a in red. It becomes possible to designate, and it is also possible to designate another sentence 114b in blue.

The function and operation of the data processing system using the mobile communication terminal according to the ninth embodiment of the present invention having the above-described configuration will be described in detail with reference to the accompanying drawings.

21 is a flowchart illustrating a signal flow of a data processing system using a mobile communication terminal according to a ninth embodiment of the present invention.

First, in a data processing system using a mobile communication terminal according to a ninth embodiment of the present invention, a sender runs a messenger application mounted on mobile terminals M1 and M2, and then performs a messenger with a specific called party. Inputs the character data to be transmitted, and sets the color for the designated area by designating the character data by each area.

Then, the color character transmission application installed inside the calling mobile terminals M1 and M2 generates packet data including color setting code values and color setting position data of the corresponding color character data.

In addition, the color text transmission application installed inside the calling mobile terminals M1 and M2 drives the wireless Internet through a pre-stored URL, and receives the text data through a messenger server (not shown) of the corresponding URL address. Transfer processing to the side PC.

Then, the called party's PC (not shown) checks the corresponding character received data, checks the sender, and outputs a caller ID. Display text data in color through location information.

Hereinafter, a data processing system using a mobile communication terminal according to a tenth embodiment of the present invention will be described in detail with reference to the accompanying drawings.

22 is a schematic diagram showing a schematic configuration of a data processing system using a mobile communication terminal according to a tenth embodiment of the present invention.

Referring to this, the data processing system using the mobile communication terminal according to the tenth embodiment of the present invention, as a modification of the eighth embodiment of the present invention, mediates a linked server for outputting color text transmission and output to cable broadcasting. In the state where the sender uploads the color text data and the video data transmitted through the messenger application to the server, the receiver informs the output information of the cable broadcast together with the URL information of the cable broadcast server. It is a system to output the cable broadcasting data or to view the text and video data of the cable broadcasting through the TV.

To this end, a data processing system using a mobile communication terminal according to a tenth embodiment of the present invention has a web communication module embedded therein while a messenger application is embedded therein, and a color code value for generating color text data therein. Is attached to a sentence in a designated area, and sender PCs A1 to An are provided so that packet data storing the positional information can be formed.

In addition, in the data processing system using the mobile communication terminal according to the tenth embodiment of the present invention, the character data and the called party designated the color for each word, vocabulary, or sentence by the color SMS sending data from the sending PCs A1 to An A data processing server (DPS) for uploading number information or various image and video information of a mobile terminal is provided. The data processing server (DPS) includes text data transmitted by a caller through a web server (WEBS), and various data. A cable broadcasting server (CBS) for uploading image and video data and outputting it to an OSD (On Screen Display) of a specific broadcasting program is connected, and the data processing server (DPS) corresponds to the cable broadcasting server (CBS). It receives the program information and the output time zone information that the data is output and transmits to the called party's mobile terminal (M3, M4).

In addition, when the data uploaded from the sender's PC (A1 to An) is a large amount of data, the data processing server (DPS) performs editing to change the size of the image and video data to a small amount of data. In conjunction with the called party number and captures the screen data that the text message is output so that the sender or called party can download the screen capture data.

The function and operation of the data processing system using the mobile communication terminal according to the tenth embodiment of the present invention having the above-described configuration will be described in detail with reference to the accompanying drawings.

23 is a flowchart illustrating a signal flow of a data processing system using a mobile communication terminal according to a tenth embodiment of the present invention.

First, in a data processing system using a mobile communication terminal according to a tenth embodiment of the present invention, in a state in which a caller drives a messenger application using a calling party PC (A1 to An), specific text data is input to the messenger input window. Inputs the text data by a predetermined area, sets the color of the designated area, and designates the image and video data to be output together on the broadcast screen.

Then, the color character transmission application installed inside the calling-party PCs A1 to An generates the corresponding color character data and attached data such as an image and a video, and packet data including color setting code values and color setting position data. .

In addition, the messenger application installed inside the calling PCs A1 to An connects the data to the data processing server DPS of the corresponding URL address connected through the web server. After the connection, the calling party PCs A1 to An upload the corresponding data packets.

Then, the data processing server DPS determines the capacity of the data packet uploaded by the source PCs A1 to An, and if the capacity is larger than a preset value, resets the size of the corresponding data to change to the small capacity data. The data is transmitted to the cable broadcasting server (CBS). Then, the cable broadcasting server (CBS) registers the data, and transmits the program information and the time zone information to which the text message, the video, and the image data are output to the data processing server (DPS).

Then, the data processing server DPS transmits the corresponding information to the calling party PCs A1 to An and the called party mobile terminals M3 and M4 to watch the broadcast program. The cable broadcasting server (CBS) captures a screen of the broadcast program and transmits it to the data processing server (DPS), and the data processing server (DPS) is connected to a mobile terminal (M3) of a called party connected through a wireless data network. Download the data to M4).

Through this, the data processing system using the mobile communication terminal according to the tenth embodiment of the present invention can simply transmit color text data, various video and image data in a messenger application of a PC so as to be outputted on a broadcast screen. The processing server can conveniently watch the broadcast output screen by transmitting the broadcast program information to the called party.

On the other hand, the data processing system and the processing method using a mobile communication terminal according to an embodiment of the present invention is not limited only to the above embodiment, various modifications can be made within the scope not departing from the technical gist.

As described above, the data processing system and the processing method using the mobile communication terminal according to the present invention can interface the call call signal and the text data from the receiving terminal to the messenger even during the operation or game through the PC in the PC room. Therefore, it is easy to determine which caller has made a call, what text data has arrived, and can block data input to the called terminal in a situation where a specific call signal and text data should not be received by the called terminal. It can be effective. In addition, there is an effect that the convenience of communication can be effectively increased by transmitting the color text data to the called party in various ways.

Claims (38)

A calling terminal for creating and transmitting a text message and generating a call alert signal through input of a specific called terminal number; Relaying means for relaying the call call signal from the calling terminal and transmitting the text data through communication network matching, the relaying means including a mobile communication base station, a control station, an exchange, and a relay station; A receiving terminal for receiving text data and a call call signal from the calling terminal and generating and processing corresponding text data or call call information as separate text data to a predetermined data processing server; A messenger application mounted on the called party's PC that outputs the reception state of the called party's terminal by outputting data including call call information or text data transmitted from the called party's terminal; And a data processing server configured to transmit data including call call information or text data transmitted from the called party's terminal to the registered messenger application. The data processing server of claim 1, wherein the data processing server comprises: a WAP proxy connecting means called a WAP proxy between a mobile terminal and an Internet server, the WAP gateway converting mobile communication data into a protocol that can be interpreted by the server; A WEB gateway for matching data transmitted through a web network with a protocol in a server; An SMS server capable of receiving text messages via the NO.7 network; A connection unit for connecting data transmitted through the WAP gateway, the WEB gateway, and an SMS server with an internal module of the server; A connection module for receiving route information from the connection section and performing route processing according to whether or not there is registration information of a terminal number of a called user; A connection detection algorithm for checking a logon state of a messenger application of a called user; A billing processing algorithm for processing billing for transmission of registration information when a data interface signal is generated; A file processing algorithm for generating appropriate transmission packet data according to the type of data to be transmitted; A registration file setting algorithm for listing, registering, and managing call transfer information or transmission files of text data; To change the protocol for the messenger application, change the protocol to be appropriate for the messenger application, manage the data while the corresponding messenger application is logged out, waiting for the data to be transmitted, and transmit the data in real time when the logon is confirmed later. A messenger data processing algorithm; A data storage unit for storing a transmission file uploaded from each user, and storing profile information registered for each user according to a setting of a called party or a calling party user; Determines whether a call call signal or text data is received from the called party's mobile terminal, grasps the logon state of the messenger application of the called party's user, converts the call call signal or text data into a file, and executes a messenger application of the called party's user. And a central control module for controlling data transmission by detecting a logon of the messenger in real time while the messenger of the called user is logged out. The mobile terminal of claim 1, wherein the called-party mobile terminal sets a corresponding automatic transmission application by a key input signal for automatic transmission of call call information or text data by a key manipulation therein, and the call call transmitted through the receiving unit. Determining whether the signal and the text data is received to generate and process the call call information or the text data in a single packet, and transmit the packet data to a predetermined transmission number (number of the data processing server) or a pre-registered SMS server. A data processing system using a mobile communication terminal, characterized in that it is equipped with an automatic transmission application for performing control processing. Setting an automatic transmission function on a called-party mobile terminal equipped with an automatic transmission application; Applying a call signal or text data to the called-party mobile terminal; Automatically converting the call data or the text data into single packet data including the number of the calling party terminal and the called party terminal by the automatic transmission application of the called party's mobile terminal; Converting the data into a form of text data and transmitting the data to a predetermined data processing server; Extracting, by the data processing server, a messenger ID registered through the called party's terminal number; Determining, by the data processing server, whether a corresponding messenger ID is logged on; And a data processing server transmitting the data to the corresponding messenger application. Setting an automatic transmission function on a called-party mobile terminal equipped with an automatic transmission application; Applying a call signal or text data to the called-party mobile terminal; Automatically converting the call data or the text data into single packet data including the number of the calling party terminal and the called party terminal by the automatic transmission application of the called party's mobile terminal; Automatically accessing a wireless Internet network by the automatic transmission application; Accessing an address of a data processing server preset to the automatic transmission application; Transmitting the packet data to a data processing server; Extracting, by the data processing server, a previously registered messenger ID through the called party's terminal number; Determining, by the data processing server, whether a corresponding messenger ID is logged on; And a data processing server transmitting the data to the corresponding messenger application. A calling terminal for creating and transmitting a text message and generating a call alert signal through input of a specific called terminal number; An intelligent network switch performing relay processing through matching of a network for relay processing and transmission of text data from a call call signal from the calling terminal, and executing various additional functions; A data interface setting is registered by a called terminal, and is connected to the intelligent network switch to a data processing server for transmitting data including call call information or text data transmitted from the intelligent network switch to the previously registered messenger application. Data processing system using a mobile communication terminal, characterized in that configured. Setting a data interface to a data processing server by a called mobile terminal; Registering, by the data processing server, the number of the called party's mobile terminal with the intelligent network exchange to set an interface; Transmitting text data or a call alert signal from the calling mobile terminal; The intelligent network switch transmitting the data to the data processing server; Extracting, by the data processing server, a previously registered messenger ID through the called party's terminal number; Determining, by the data processing server, whether a corresponding messenger ID is logged on; And a data processing server transmitting the data to the corresponding messenger application. A calling terminal for creating and transmitting a text message, generating a call alert signal through input of a specific called terminal number, and registering and setting specific music data and background data in a data processing server; Relaying means for relaying the call call signal from the calling terminal and transmitting the text data through communication network matching, the relaying means including a mobile communication base station, a control station, an exchange, and a relay station; A receiving terminal for receiving text data and a call call signal from the calling terminal and generating and processing corresponding text data or call call information as separate text data to a predetermined data processing server; A messenger application mounted on the called party's PC that outputs the reception state of the called party's terminal by outputting data including call call information or text data transmitted from the called party's terminal; Sending data including call call information or text data transmitted from the called terminal to the previously registered messenger application, receiving and specifying background music and background data in advance through the caller's mobile, and transmitting to the called messenger application. A data processing system using a mobile communication terminal, characterized in that composed of a data processing server to process the background music, the background data included in the data. The data processing server of claim 8, wherein the data processing server is configured to perform a search through a caller mobile terminal included in the data to search whether there is background data or background music data when receiving the corresponding interface data. Data processing system using a mobile communication terminal, characterized in that further mounted. Registering, by the caller's mobile terminal, specific music and background data in the data processing server; Setting an automatic transmission function on a called-party mobile terminal equipped with an automatic transmission application; Applying a call signal or text data to the called-party mobile terminal; Automatically converting the call data or the text data into single packet data including the number of the calling party terminal and the called party terminal by the automatic transmission application of the called party's mobile terminal; Automatically accessing a wireless Internet network by the automatic transmission application; Accessing an address of a data processing server preset to the automatic transmission application; Transmitting the packet data to a data processing server; Extracting, by the data processing server, a previously registered messenger ID through the called party's terminal number; Determining, by the data processing server, whether a corresponding messenger ID is logged on; Extracting sender information from the packet data by the data processing server; Extracting, by the data processing server, previously registered background music and background information using the caller information; The data processing server is a data processing method using a mobile communication terminal, characterized in that consisting of transmitting the call data including the background music, screen data and text data to the messenger application. A calling terminal for generating text messages and generating text data by generating a text message, a specific text designation signal, a color code designation for a specific text, and a color designation code for the color coded text; Relaying means for transmitting text data from the calling terminal through communication network matching, the relaying means including a mobile communication base station and a control station, an exchange, and a relay station; And a receiving side terminal configured to receive color data from the calling terminal, extract a color designation code and a location code thereof, and output the corresponding color data in color. 12. The data processing system according to claim 11, wherein the color designation code and the location data are included in a data packet indicating a calling party number. 12. The data processing system using a mobile communication terminal according to claim 11, wherein said color designation code and location data are contained in packet data indicating the content of character data. A caller terminal that generates a text message by generating and transmitting a text message, generating a specific text designation signal, color code designation for a specific text, location designation code of a character for which color code is specified, and recipient mobile number information, respectively. Wow; Relaying means for transmitting text data from the calling terminal through communication network matching, the relaying means including a mobile communication base station and a control station, an exchange, and a relay station; Upload the text data from the calling terminal, store the data packet, extract the called party's mobile number from the inside of the data packet, generate the received text data, and transmit the downloaded data to the called party's mobile terminal. A data processing server to enable; Receives text data reception information from the data processing server, downloads the received text data by connecting to the data processing server via a wireless Internet network, extracts a color designation code and its location code, and outputs the corresponding color data in color. A data processing system using a mobile communication terminal, characterized in that consisting of the receiving terminal. 15. The data processing system according to claim 14, wherein a URL value of the corresponding server is further included in the text reception information transmitted from the data processing server to the called-party mobile terminal. 15. The system of claim 14, wherein the data processing server is called a WAP Proxy between the mobile terminal and the Internet server, and the WAP gateway converts mobile communication data into a protocol that can be interpreted by the server; An SMS server capable of receiving text messages via the NO.7 network; A connection unit connecting data transmitted through the WAP gateway and an SMS server with an internal module of the server; A connection module for receiving the connection information from the connection unit, checking the terminal number of the calling user, and performing path processing on the color text data, video, and image data transmitted from the calling terminal; A connection detection algorithm for detecting a connection of the calling user's mobile terminals M1 and M2; A billing processing algorithm for processing billing according to the transmission relay of the color character data when a data interface signal is generated; A file storage algorithm for storing the uploaded data and separately storing the number of the calling mobile terminal and the number of the called mobile terminal included in the data packet; A receiving side notification algorithm which receives the number information of the called party's mobile terminal from the file storing algorithm, creates and transmits the color text receiving information to be sent to the called terminal; A data storage unit for storing color text data, images and video data uploaded from the calling mobile terminal, and storing connection path data of the called party's mobile terminal number with respect to the corresponding data; Upload and store video and image data including color text messages from the calling mobile terminal, extract the number of the called mobile terminal included in the data packet, and notify the called mobile terminal whether to receive the data, and A data processing system using a mobile communication terminal, characterized in that consisting of a central control module for downloading the received data through the wireless Internet network through the URL and data address value. When specific text data is input to the calling mobile terminal, and the text data is designated by a predetermined area to set the color for the designated area, the color text transmitting application installed inside the calling mobile terminal may display the corresponding color text data and image. Generating packet data consisting of attached data such as a video, a color setting code value, and color setting position data; Color character transmission application installed in the calling mobile terminal is a process of driving the wireless Internet through the pre-stored URL, and access to the data processing server of the URL address; Uploading the data packet from the calling mobile terminal to a data processing server; Extracting, by the data processing server, the number of the called mobile terminal from the data packet uploaded from the calling mobile terminal; Storing and registering data including color text data by the data processing server; Creating, by the data processing server, text received data to be transmitted to the called party's mobile terminal; Transmitting the data packet to the called-party mobile terminal; A process of the called-party mobile terminal outputting the corresponding text received data and connecting to the data processing server by operating a confirmation button; Downloading, by the data processing server, the color text data and other attached data of the caller previously stored through the number confirmation of the called mobile terminal to the called mobile terminal; Color character application pre-installed inside the called-party mobile terminal is driven to display the color character data using the designated color code value and the designated position value for each character of the corresponding color character data. Data processing method using a mobile communication terminal characterized in that. 18. The method of claim 17, wherein the writing of the text reception data to be transmitted to the called-party mobile terminal by the data processing server further includes generating a data packet including a URL value of the corresponding server in the corresponding data. Data processing method using a mobile communication terminal. A calling terminal for creating a text message and inputting a called mobile terminal number, and transmitting the data packet to a data processing server; Relaying means for transmitting text data from the calling terminal through communication network matching, the relaying means including a mobile communication base station and a control station, an exchange, and a relay station; Uploads text data from the calling terminal, stores the data packet, assigns a word and vocabulary of the text data to an arbitrary color code value, edits the location data with the color code value, and edits the data. A data processing server extracting the called party's mobile number from the inside of the packet to generate text data reception information, and transmitting the downloaded data to the called party's mobile terminal to download the data; Receives text data reception information from the data processing server, downloads the received text data by connecting to the data processing server via a wireless Internet network, extracts a color designation code and its location code, and outputs the corresponding color data in color. A data processing system using a mobile communication terminal, characterized in that consisting of the receiving terminal. The data processing server of claim 19, wherein a plurality of specific words and emoticons matching the corresponding words are stored in the data processing server, and the same words exist by comparing the words of the uploaded text data with the words to which the emoticons are connected. And an algorithm for determining whether the same word is present and automatically editing the same word as an emoticon. 20. The system of claim 19, wherein the data processing server is called a WAP Proxy between the mobile terminal and the Internet server, and the WAP gateway converts mobile communication data into a protocol that can be interpreted by the server; An SMS server capable of receiving text messages via the NO.7 network; A connection unit connecting data transmitted through the WAP gateway and an SMS server with an internal module of a server; A connection module for receiving the connection information from the connection unit, checking the terminal number of the calling user, and performing path processing on the text data transmitted from the calling terminal; A connection detection algorithm for detecting a connection of the calling user's mobile terminals M1 and M2; A billing processing algorithm for processing billing according to transmission of text data when a data interface signal is generated; A file storage algorithm for storing the uploaded data and separately storing the number of the calling mobile terminal and the number of the called mobile terminal included in the data packet; A file editing algorithm for editing the text data transmitted from the calling party terminal into color text data by arbitrarily designating each word or vocabulary in a separate color according to the separation of words and vocabulary included in the text data; A receiving-side notification algorithm for receiving the number information of the called-party mobile terminal from the file storing algorithm and generating and transmitting the color character received information to be sent to the called-party terminal; Stores the color text data, image and video data uploaded from the calling mobile terminal, the access path data of the called party's mobile terminal number with respect to the corresponding data, and the data storing the emoticon information associated with the specific text. Wealth; Uploads and stores video and image data including text messages from the calling mobile terminal, extracts the number of the called mobile terminal included in the data packet, and notifies the called mobile terminal whether data is received, and sends each text message. Specify a random color code for each word or vocabulary of the word, generate color-specific location information, convert it to color letters, edit it, and recognize the words contained in the text message. And a central control module for changing the word into a connected emoticon and downloading the received data to the called party's terminal (M3, M4) through the wireless Internet network through URL and data address values of the server. Data processing system using a mobile communication terminal. Inputting text data to be transmitted to the calling mobile terminal; Transmitting the corresponding text data to a remote data processing server via a wireless Internet or an SMS network by inputting a called mobile terminal number; Storing, by the data processing server, the corresponding character data in a data storage unit; Extracting, by the data processing server, a called mobile terminal number included in the corresponding data packet; Assigning, by the data processing server, an arbitrary color for each word and vocabulary of the corresponding character data, and setting the location information of the specified color character together; Generating, by the data processing server, information for notifying the called party of the received information of the text message by using the called party terminal number information extracted from the corresponding text data; Transmitting, by the data processing server, text message reception information to the called-party mobile terminal; A step in which the called-party mobile terminal receiving the received information of the text message from the data processing server automatically connects to the data processing server through a wireless Internet network through a key operation of a confirmation button; Detecting, by the data processing server, a connection of a called mobile terminal; Extracting the stored color text data using the number of the called party's mobile terminal and downloading it to the called party's mobile terminal; And a process of outputting the corresponding color text data on the screen by the called party's mobile terminal. 23. The method of claim 22, further comprising: comparing, by the data processing server, words included in a text message sent by the sender with words to which emoticons are connected; Determining which word in the word of the text message matches the word to which the emoticon is connected; If there is a matched word, the data processing method using a mobile communication terminal further comprising the step of performing an edit to change the word to an emoticon. By creating a text message and entering the called party's mobile terminal number, the pre-registered word and the emoticon data connected to the word are embedded therein, and the word of the input text message is compared with the registered word to automatically determine whether it matches. A calling terminal for performing emoticon conversion on the matched word and transmitting the corresponding character data to the called mobile terminal; Relaying means for transmitting text data from the calling terminal through communication network matching, the relaying means including a mobile communication base station and a control station, an exchange, and a relay station; Receives text data receiving information from the calling mobile terminal and outputs the screen, embeds a pre-registered word and emoticon data connected to the word, compares the word of the input text message with the registered word, and confirms whether it matches. A data processing system using a mobile communication terminal, characterized in that for performing the emoticon conversion for the word automatically matched by the determination, and the destination terminal for outputting the converted text data. Receiving, by the calling mobile terminal, text data; Inputting a number of the called mobile terminal into the calling mobile terminal; Comparing the words of the text message and the registered words to which the emoticons are connected; Automatically converting a word matching the registered word into an emoticon; Generating a data packet after the change is completed; Transmitting, by the calling mobile terminal, the data packet to the called party; The data processing method using a mobile communication terminal, characterized in that the destination of the mobile terminal screen outputs the data packet. The method of claim 25, further comprising: receiving, by the called-party mobile terminal, a text message, and comparing a word of the text message with a registered word to which an emoticon is connected; A data processing system using a mobile communication terminal, characterized in that it further comprises the step of automatically changing the word matching the registered word into an emoticon. Inputting text data into the calling mobile terminal; Selecting a specific character in the state and selecting a color designation code for the character; If there is a sentence that needs to be encrypted in the sentence, setting the white color code by specifying the sentence; Generating a text data packet by inputting a location code, a designated color code, and a number of a receiver mobile terminal selected by the calling mobile terminal; Transmitting, by the calling mobile terminal, the corresponding text data; Receiving, by the called-party mobile terminal, the corresponding text data; Extracting, by the destination mobile terminal, the color code and the location code from the packet through a color text packet forming / output processor mounted therein, and changing the text data through the corresponding color table; Screen outputting the corresponding character data; Executing a wallpaper change mode included in a user setting of the called party's mobile terminal; The text processing method using a mobile communication terminal, characterized in that made of a process of outputting the screen in accordance with the change of the background picture of the text specified in the text message received. Inputting specific text data using the calling mobile terminal; Setting the color for the designated area by designating the character data by a predetermined area; Generating packet data consisting of the corresponding color text data, the color setting code value, the color setting position data, and the number of the called party's mobile terminal; If there is a sentence that needs to be encrypted in the sentence, setting the sender by setting the white color code by specifying the sentence and setting the white color; Uploading the data packet from the calling mobile terminal to a data processing server; Extracting, by the data processing server, the number of the called mobile terminal from the data packet uploaded from the calling mobile terminal; Storing and registering data including color character data; Creating and transmitting, by the data processing server, text received data to be transmitted to the called party's mobile terminal; Connecting the called party's mobile terminal to the data processing server; Downloading, by the data processing server, the color text data and other attached data of the caller previously stored through the number confirmation of the called mobile terminal to the called mobile terminal; A color character application pre-installed inside the called-party mobile terminal is driven to display the color character data using the designated color code value for each character and the designated position value; If the encrypted message is included in the text message, the data processing method using a mobile communication terminal, characterized in that consisting of a process for outputting a screen set to a white screen by changing the desktop of the called mobile terminal. 29. The method of claim 28, further comprising: determining, by the data processing server, a color code of a transmitted text message to determine whether a white color code is included; If the white color code is included, the data processing server further includes a step of transmitting a message containing information including a separate encryption indication icon in the receiver that the password is included in the corresponding text message. Data processing method using a mobile communication terminal characterized in that. A text data packet is generated by generating and sending a text message, generating a specific text designation signal, a color code designation for a specific text, a location designation code, image and video data, and a mobile number of the called party. A calling party terminal to create; Relaying means for transmitting text data from the calling terminal through communication network matching, the relaying means including a mobile communication base station and a control station, an exchange, and a relay station; Uploads the text data from the calling terminal, stores the data packet, transmits the data packet to the cable broadcasting server, receives the data broadcasting program and time zone information transmitted from the cable broadcasting server, and transmits it to the called party's mobile terminal. A data processing server for processing; A cable broadcasting server for uploading text data transmitted from the data processing server, various image and video data, and outputting them to the OSD of a specific broadcasting program; And a receiver terminal configured to receive broadcast information from the data processing server and output the screen. 31. The data processing server of claim 30, wherein the data processing server changes the size of the image and video data to small-capacity data when the data uploaded from the sender's mobile terminal is a large-capacity data. And a function of capturing the broadcast screen data in which the text message is output in association with the processing to enable the caller or the called party to download the screen capture data. 31. The method of claim 30, wherein the cable broadcasting server outputs the text data and the video / image data to separate screen areas when the data consisting of text data, video, and image data is output to the broadcast screen. Data processing system using a mobile communication terminal. Inputting specific text data to the calling mobile terminal, specifying the text data by a predetermined area, setting a color for the designated area, and designating image and video data to be output together on a broadcast screen; Generating, by the calling mobile terminal, packet data consisting of corresponding color text data, attached data such as an image and a video, and a color setting code value and color setting position data; Uploading, by the calling mobile terminal, a corresponding data packet to a data processing server; Determining, by the data processing server, the capacity of the data packet uploaded by the calling mobile terminal, and resetting the size of the corresponding data to small capacity data if the capacity is larger than a preset value; Transmitting, by the data processing server, the data to a cable broadcasting server; Registering the data by the cable broadcasting server, and transmitting the program information and the time zone information to which the corresponding text message, video, and image data are output to the data processing server; And a data processing server transmitting the corresponding information to the calling mobile terminal and the called mobile terminal. 34. The method of claim 33, wherein the data processing server comprises: capturing corresponding broadcast screen data; Storing the captured broadcast screen data in association with each called party and the calling party's mobile terminal; And when the download request signal of the corresponding broadcast screen is applied from the called party or the calling party's mobile terminal, the process of downloading the captured data by the data processing server. Driving a messenger application mounted on the caller's mobile terminal; Inputting text data to be transmitted and setting the specific color code for the designated area by specifying specific areas of the text data while the messenger is carrying out a specific called party and a messenger; Generating, by the calling mobile terminal, packet data consisting of color setting code values and color setting position data of the corresponding color text data; Transmitting, by the calling mobile terminal, the corresponding text data to a called PC through a messenger server; The called party's PC checks the corresponding character received data, checks the sender, and outputs a caller ID. The data processing method using a mobile communication terminal, characterized in that consisting of the process of outputting the screen in color. While the messenger application is mounted inside, the web communication module is embedded, and the color code value can be attached to the sentence of the designated area so that the color text data can be generated inside, and the packet data storing the location information can be formed. So that one caller PC; The character data designated by the color, SMS, and sentence by the sending SMS is uploaded from the calling PC, the number data of the called party's mobile terminal or various image and video information are uploaded, and the data is transmitted to the cable broadcasting server. A processing server; The data processing server is connected via a web server, uploads text data or various image and video data transmitted by the caller, outputs it to the OSD of a specific broadcast program, and captures a broadcast screen on which the data is output to process the data. A cable broadcasting server for transmitting to the server; And a receiver mobile terminal configured to receive a message output broadcast information from the data processing server and output the screen. Running a messenger application of the calling party's PC; Specifying text data in a messenger input window, specifying the text data by a predetermined area, setting a color of the designated area, and designating image and video data to be output together on a broadcast screen; Generating, by the calling PC, packet data consisting of corresponding color text data, attached data such as an image and a video, and color setting code values and color setting position data; Uploading, by the calling mobile terminal, a corresponding data packet to a data processing server; Determining, by the data processing server, the capacity of the data packet uploaded by the calling mobile terminal, and resetting the size of the corresponding data to small capacity data if the capacity is larger than a preset value; Transmitting, by the data processing server, the data to a cable broadcasting server; Registering the data by the cable broadcasting server, and transmitting the program information and the time zone information to which the corresponding text message, video, and image data are output to the data processing server; And the data processing server transmits the corresponding information to the calling mobile terminal and the called mobile terminal. 38. The method of claim 37, wherein the cable broadcasting server comprises: capturing corresponding broadcasting screen data; Transmitting, by the cable broadcasting server, corresponding capture data to the data processing server; Storing the captured broadcast screen data in association with each called party and the calling party's mobile terminal; And when the download request signal of the corresponding broadcast screen is applied from the called party or the calling party's mobile terminal, the process of downloading the captured data by the data processing server.

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