KR100763306B1 - Mobile phone for communicating a using of a multi-communication id and method of the same - Google Patents

Abstract

The present invention relates to a communication terminal for a unified communication ID and a method for controlling the same, encoding a character or numeric unified communication ID input to a terminal by a user using a keypad and encoding the same into an array of numbers that can be transmitted through a wireless telephone network. Provides a terminal and a control method for a unified communication ID that enables the transmission of a numeric code of a unified communication ID and a screen output and a data transmission of a unified communication ID by decoding the code of the transmitted numeric array and generating the unified communication ID. There is a purpose.

According to the present invention, a registered communication ID consisting of a letter is registered as a domain, and connection identifiers of various communication devices corresponding to the integrated communication ID (mobile phone number, home phone number, work phone number, email address). , Bank account, etc.) in advance, and the call ID can be established by encoding the unified communication ID automatically inputted from the terminal into a number and transmitting it to the exchange, accessing a specific wireless website, or sending an e-mail or account transfer. By making it more convenient, the convenience of use is very high, and there is an effect that the terminal operation in the integrated communication ID system becomes easier.

Description

Communication terminal of integrated communication ID and its control method {MOBILE PHONE FOR COMMUNICATING A USING OF A MULTI-COMMUNICATION ID AND METHOD OF THE SAME}

1 is a view showing a unified communication ID providing system according to an embodiment of the present invention,

Figure 2a is a view showing the appearance of the communication terminal of the unified communication ID according to an embodiment of the present invention,

2b is a block diagram showing a circuit configuration of a terminal for communication of the unified communication ID according to an embodiment of the present invention;

3A to 3E are diagrams illustrating key operation and input functions in a communication terminal for an integrated communication ID according to an embodiment of the present invention;

4A and 4B are diagrams illustrating a terminal key generation signal for communication of an integrated communication ID according to an embodiment of the present invention;

5A, 5B, and 5C are diagrams illustrating a coding process in a communication terminal for an integrated communication ID according to an embodiment of the present invention;

6A, 6B, and 6C are flowcharts illustrating an encoding process for each unified communication ID in a unified communication ID communication terminal according to an embodiment of the present invention;

7A and 7B are flowcharts illustrating a call connection process using a voice input in a communication terminal of an integrated communication ID according to an embodiment of the present invention.

* Description of the symbols for the main parts of the drawings *

A1 to An: terminal for communication of integrated communication ID, 10: encoder,

12: decoder, CEXA: code conversion algorithm,

20: key input section, 22: display section,

26: duplexer, 38: memory,

40: control unit.

The present invention relates to a communication terminal for a unified communication ID and a method of controlling the same. More specifically, a character or numeric unified communication ID input by a user to a terminal using a keypad is encoded into a numeric array that can be transmitted through a wireless telephone network. And a method for controlling the communication terminal of the integrated communication ID which enables the transmission of the numeric code of the integrated communication ID and the output of the screen to the integrated communication ID by decoding the code of the numeric sequence transmitted from the repeater and generating the integrated communication ID. will be.

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, due to the breakthrough of mobile communication technology and the explosive spread of mobile communication terminals, mobile phones and PCS are used for carrying out voice calls and various data communications regardless of gender, age or gender. On the other hand, due to the revival of computer communication, various document exchange, e-mail, and image data transmission and reception through e-mail are generally used by many users. The homepage for each user and company is also actively produced and owned.

Recently, a messenger program, a short message system, has been released by Microsoft, and many users use it. The messenger program is a program that can send and receive a short message with a desired counterpart while registering the IP value of the PC. Unlike the e-mail, the messenger program can deliver the short message in real time while the program is running.

In addition, in recent years, a number of financial companies use the financial server to access the financial server through a computer terminal, perform a user authentication process, and perform financial processing such as transfer to a desired account and setting up various automatic transfers. Banking is rampant.

As a result, users in such communication infrastructures should remember usernames and passwords for authentication of multiple access means, as well as other people's e-mail address, homepage address, mobile communication terminal number, landline telephone number, work telephone number, and fax. It is inconvenient to remember various numbers such as numbers, IDs and passwords for e-mail access, vehicle numbers, domain addresses, and IDs.

For example, when a specific user wants to call a specific third party by using a mobile communication terminal, the user inputs a mobile communication number using a business card provided by the third party and attempts to make a call. It is very inconvenient because you have to enter the work phone number written on the business card separately and retry the call.

In addition, even when accessing a specific person's homepage or to send a mail, there is a problem that there is no system for providing information on the homepage or the e-mail address, such as the telephone number notification system 114, so there is a problem.

In addition, in order to check the user's own e-mail, the user must connect to a specific mail server and input his / her ID and password to check whether the e-mail has been received. It is inconvenient to open and close the window window frequently because it closes, accesses a specific financial server, inputs Ida and password again, and confirms the deposit.

In addition, in the case of a web phone, that is, a voice call (aka dial pad) through a data communication network of a computer terminal, since there is no telephone number for each user of the computer terminal, it is inexpensive and there is no risk of disconnection because the Internet network is used. Although the quality is improved, conventionally, such a web phone also had a problem that a separate unique number should be given, and when a specific unique number was given, the user could select both the web phone number of himself and the desired access target. The problem of having to remember the limitation of the spread of web phones.

In addition, even when urgently need to send a fax to a specific person from the outside, there was an inconvenience to call the specific person and ask for a fax number separately, even if you call a specific company through the phone number notification system 114, There was a problem that the connection must be continuously made until the desired contact of the desired department is connected. Therefore, in the case of the company, the cost and time-consuming loss is enormous, and the caller who calls the corresponding person has to wait a lot of time, which is very inconvenient.

Therefore, in order to solve the above problem, the applicant has filed a patent application "Patent Application No. 10-2002-78521 (Application Date: 12/10/2002), Title of the invention: Unified communication ID providing system and method thereof". .

In the integrated communication ID providing system, an unspecified third party can access a user's various communication means (mobile communication terminal, fax, landline, homepage, email, web phone, messenger, etc.) using a mobile communication terminal. It is a system to uniquely assign the unified communication ID of.

In addition, the integrated communication ID providing system is integrated to enable the identification and duplication of acquaintances and businesses by using the basic integrated communication ID, relational integrated communication ID, and local integrated communication ID that distinguish each integrated communication ID. It is a system that allows a user to easily use the integrated communication ID by registering, managing, and providing a communication ID.

That is, by assigning each user who uses a mobile communication terminal with a unique integrated communication ID instead of a mobile phone number, for example, "chan, angel ...", the user's mobile phone, mail, fax using the integrated communication ID. Is a system that allows free access to wired telephones. Basically, if a user inputs the integrated communication ID of a specific user and the information of the communication means (e.g., mobile phone, mail, fax, wired telephone, etc.) to be connected, It is possible to connect to communication means or to transmit a message.

However, although the above-mentioned integrated communication ID providing system may be used by using a general mobile phone, it is extremely limited in its function, and thus it is required to develop a dedicated terminal capable of executing various functions of the integrated communication ID providing system.

SUMMARY OF THE INVENTION The present invention has been made in view of the above-mentioned circumstances of the prior art, and encodes a character or numeric type unified communication ID input to a terminal using a keypad into a numeric array that can be transmitted through a wireless telephone network, and is transmitted from a repeater. It provides a terminal for the communication of ID and its control method which enables the transmission of the numeric code of the ID and the screen output and the data transmission of the ID to the ID of the integrated communication by decoding the code of the number array and generating it as the ID. There is a purpose.

Another object of the present invention is to perform a separate key operation for each of the basic integrated communication ID, relational integrated communication ID, local integrated communication ID that the user wants to access, thereby generating an identification code for distinguishing each integrated communication ID. The present invention provides a communication terminal for a unified communication ID and a control method thereof, which can be used as a unique ID, a duplicate ID, and a business ID.

Another object of the present invention is that during the voice search, after the search of the pre-stored integrated communication ID, if the inputted integrated communication ID is not stored in advance, the ARS is automatically connected, and after the search is automatically connected to the basic communication means during operation, A communication terminal and a control method for an integrated communication ID for making a call connection to a user terminal of an integrated communication ID desired for a user who cannot easily operate a menu and a keypad.

Another object of the present invention is to provide a terminal for a communication ID and a method of controlling the communication ID having a multi-function menu key so that a user who registers a communication ID can easily perform e-mail transmission, personal information management, and mobile banking.

In order to achieve the above object, according to a preferred embodiment of the present invention, various communication object access numbers are stored as the directory information, and a unique single unified communication ID that collectively refers to the information is provided to recognize only the unified communication ID. An integrated communication ID providing server that manages to provide other access numbers to unspecified third parties, and provides registered telephone numbers in response to query requests of various relay servers; A base station, exchanger, access exchanger, intelligent network exchanger, local / local network that relays communication by performing a call connection by requesting the integrated communication ID information from the caller and inquiring an access number such as an original telephone number to the integrated communication ID providing server. In the integrated communication ID providing system composed of a relay server including a wired switch, an identification signal for distinguishing each integrated communication ID (USID, C-USID, L-USID) is generated and the call connection is desired. A key input unit for inputting a communication ID as a character and for selecting an incoming communication means (for example, a cellular phone, a home landline phone, an office landline phone, a fax, a wireless homepage, a mail server, a finance server, etc.); A display unit which outputs a selection state and a character input state through the key input unit; A duplexer for separating a transmitted / received signal by performing wireless communication with a base station of a mobile communication network through an antenna; A receiving unit which receives voice signals or text information from a mobile communication terminal, a wired telephone terminal or a mobile communication exchange on the other side through the antenna and the duplexer; A transmitter for filtering and amplifying the code information set according to the voice signal input from the microphone and the message setting mode; A voice processing unit for processing a voice signal received from the other party received through the receiving unit to be output through the speaker, and processing a voice signal of the user received from the microphone and outputting the signal to the transmitting unit; Each of the integrated communication ID input through the key input unit, and by selecting the incoming communication means, stores the code information for each integrated communication ID, stores the code information for the various incoming communication means, the code to output the screen through the display A memory for storing screen information for each information and for each incoming communication means; An encoder for converting characters into numeric codes; A decoder for converting the received numeric code into a character; Determining each integrated communication ID input and selection state of the incoming communication means by key operation of the key input unit, reading the corresponding code information and screen information from the memory and displaying them through the display unit, and inputted through the key input unit. There is provided a communication terminal for an integrated communication ID, comprising a control unit for controlling the execution of the decoder and the encoder for code conversion for the integrated communication ID and the selected incoming communication means.

Preferably, the encoder is encoded by a code conversion algorithm for converting the characters input through the key input unit with a predetermined numeric code for each character (each language, a special character) to match the memory and the integrated communication ID providing server Provided is a terminal for communication with an integrated communication ID, characterized in that.

Preferably, the decoder is encoded by a code conversion algorithm for converting a character (an international language, a special character) received as a predetermined character for each numeric code so that the memory and the integrated communication ID providing server match. Provided is a communication terminal for an integrated communication ID, characterized in that.

On the other hand, the present invention checks whether there is duplication, applies for a unique unified communication ID and registers the unified communication ID and various incoming communication means information in the server, and the caller selects the classification ID of the communication terminal of the unified communication ID. Selecting a basic unified communication ID connection mode (USID mode), a relational unified communication ID connection mode (C-USID), or a local unified communication ID connection mode (L-USID) by operating a key; Inputting, by the calling user, the unified communication ID of the called party; Selecting, by the calling user, any one of a plurality of communication means registered in advance by a called party possessing the corresponding unified communication ID; Generating a transmission signal by the calling user; The control unit arranging all the unified communication ID characters and selection codes; Executing the transcoding algorithm at an encoder to convert input characters into numeric codes; There is provided a method for controlling a communication terminal for a unified communication ID, comprising the step of transmitting a converted number to a repeater.

Preferably, the process of selecting the type of the integrated communication ID by operating the classification ID selection key may control the classification of the integrated communication ID according to how many times the selection key is operated. A method is provided.

Preferably, in the case of a communication terminal of the unified communication ID of the called party, receiving a call connection signal and incoming data; Arranging a numeric code which is the corresponding incoming data; Automatically decoding the corresponding numeric code into an integrated communication ID consisting of predetermined characters according to the numeric code; There is provided a method for controlling a terminal for a unified communication ID, comprising: outputting a decoded unified communication ID.

On the other hand, the present invention checks whether there is a duplicate, apply for a unique unified communication ID and registers the unified communication ID and various incoming communication means information in the server, with the voice / text conversion algorithm installed in the terminal, the caller Generating a key signal for starting the voice input mode by operating a key input unit of the communication terminal of the integrated communication ID; Inputting the unified communication ID by voice; Converting the input voice data into text; Arranging the converted characters; Encoding a character into a numeric code; Provided is a method for controlling a terminal for a unified communication ID, comprising the step of transmitting a converted numeric code to a repeater.

Preferably, a voice / text conversion algorithm is not installed in the terminal, and the caller inputs the key input unit of the communication terminal of the unified communication ID while the voice data and the text data corresponding to the voice data are simply connected through the terminal. Generating a key signal for initiating a voice input mode by operating; Inputting the unified communication ID by voice; Storing the voice data; Determining whether the voice data is stored in a memory; If the voice data is stored, extracting text data associated with the voice data; Arranging the extracted characters; Encoding a character into a numeric code; Provided is a method for controlling a terminal for a unified communication ID, comprising the step of transmitting a converted numeric code to a repeater.

Preferably, if the input voice data is not stored in the internal memory of the terminal, automatically calling the ARS device of the preset number; Transmitting the stored voice data; Converting the voice data into a unified communication ID by the ARS device; Extracting an incoming call number corresponding to the unified communication ID; Provided is a method for controlling a communication terminal for an integrated communication ID, comprising the process of connecting a caller and a called party terminal.

EMBODIMENT OF THE INVENTION Hereinafter, this invention is demonstrated in detail with reference to drawings.

1 is a diagram illustrating a unified communication ID providing system according to an embodiment of the present invention.

Referring to this, the integrated communication ID providing system to which the communication terminal of the integrated communication ID according to the present invention is applied is provided between a mobile communication terminal, a mobile communication terminal and a wired telephone terminal, a remote service server having a unique URL and a mobile communication terminal, and mobile. Network configuration of communication terminal and fax terminal is possible. That is, the present invention can be easily connected to a communication device such as a terminal, a server, a fax, etc., which is configured between various terminals and a terminal or a server by using a unique single unified communication ID.

Preferably, such a network is configured in an intelligent network, which is one of the telephone network architectures, so that a new service can be added or an existing service can be changed without configuring a new switching device. It is a network having the concept of creating and managing service logic in a separate system. In this case, the change in the configuration of the network itself is minimized, and the service quality felt by the user can be maintained at the best.

Accordingly, the telephone network using such an intelligent network allows the present invention to establish a system for enabling the definition of a signal generated from a terminal and the interpretation and translation of the signal.

The network configuration of the present invention is as shown in FIG. That is, the present invention may be applied to a mobile communication network, and the same or similarly applied to a wired communication network. 1 shows an example applied to the mobile communication network 100 and the wired communication network 200 to show only one example of the network configuration of the present invention.

In order to recognize the call connection request signal generated from the communication terminals A1 to An of the integrated communication ID, the mobile communication network 100 includes a base station 102, 104, 106 for establishing a wireless network of a predetermined radius. ...) Is provided, and exchangers 108, 110... Are provided for interpreting the signals based on the call connection request signals applied through the base stations 102, 104, 106... The switch 108, 110... Is configured with a signal analyzer (Dial Tone Receiver) for analyzing signals generated from the communication terminals A1 to An of the integrated communication ID.

Recently, intelligent network exchangers 112, 114 .... are added to provide various additional telephone services, such as 080, 1588, and 700, and a database (DB5, DB6) storing access data for each additional service. Is configured in the intelligent network switch 112, 114... Since the Dial Tone Receiver is a number-based interpreter, it is very difficult to construct a letter-based exchange system such as a domain because the call connection signal must also be made based on the number.

However, when the base for accessing a specific communication device is numeric-based, the ID or number given to call-connect terminals (A1 to An) and wired terminals (C1 to Cn) and various servers of the integrated communication ID is a number. Since it must be based, it is impossible to represent the company's characteristics and personality. Therefore, it is also impossible for the access number to indicate a recognition or display function such as a domain.

On the other hand, the present invention provides a unique unified communication ID centered on a single user, a single company, or a single organization to selectively access various call-connected communication devices based on letters and numbers, and uses the unified communication ID. The network is configured so that a call connection can be attempted.

In addition, in the case of the wired terminals C1 to Cn, city exchanges 206, 208, and 210 which integrate the wired terminals C1 to Cn for each region are formed, and the city exchanges 206, 208 and 210. There are interdisciplinary exchanges 202 and 204 .... which are differentially integrated in each province or district in order to be connected to ...). On the other hand, the connection switch 300 for connecting the wireless communication network 100 and the wired communication network 200 is provided.

According to the present invention, the integrated communication ID providing server (MIDNS) is connected to the intelligent network exchangers 112 and 114, and communication is performed by various call connection targets using the access data for the integrated communication ID and the integrated communication ID. Access data for each unified communication ID is built into a database (DB2) so that a device (server, fax, wired / wireless terminal, etc.) can be connected. The connection data of the integrated communication ID providing server (MIDNS) is a telephone number for which the connection code is specified by receiving a connection code converted by the mobile communication terminals A1 to An or wired terminals C1 to Cn. The integrated communication ID providing server (MIDNS) extracts the phone number data to be connected to the call and transmits it to the intelligent network switch (112, 114 ....).

In addition, the mobile communication terminals A1 to An and the wired terminals (C1 to Cn capable of inputting text) according to the present invention have codes for which signal data for call connection, that is, integrated communication IDs of letters or numbers, are preset. A code conversion algorithm (CEXA) for converting to Equation 2 is provided. The code consists of numbers. That is, the code conversion algorithm CEXA is for converting the conventional exchanges 108, 110,... Into numbers that can be interpreted since they are number-based, and the exchanges 108, 110,... If the character recognition is changed on a possible basis, this code conversion algorithm (CEXA) will not be needed. Since the present invention accesses a specific communication device and a remote server using text or transmits data through one-way, even if the exchanges 108 and 110 are based on text recognition, the present invention may be used. It is included within the scope of the present invention unless departing from the gist.

Therefore, when the user inputs "pine 00" as the integrated communication ID through the communication terminals A1 to An of the integrated communication ID as shown in FIG. 1, the communication terminals A1 to An of the integrated communication ID are connected. The ID (e.g., pine 00) is converted into a numeric specific access code (e.g. 14568900) by a pre-stored code conversion algorithm (CEXA). Here, "00" of "pine 00" is previously agreed to be a communication device code indicating a mobile phone, and the total number of code digits may vary depending on how the code is configured and the total number of users who are given the total unified communication ID. Therefore, the user who inputs only "pine 00" can recognize that he is trying to connect with the mobile phone.

When the converted access code (e.g., 14568900) is transmitted to the exchange (e.g., 108) via the base station (e.g., 102), the exchange 108 transmits the access code (e.g., 14568900) to the intelligent network exchange (e.g., 112). send. Then, the intelligent network switch 112 performs a search of a database (e.g., DB5) for the access code (14568900), and if the database (DB5) for the access code (14568900) is not searched, provides the unified communication ID. A query is made to the server MIDNS regarding the access code 14568900 (black arrow advancing direction).

Then, the unified communication ID providing server MIDNS executes a search of the database DB2 for the access code 14568900. If the actual phone number for the access code (14568900) is 011-123-4567, the integrated communication ID providing server (MIDNS) transmits the actual phone number to the intelligent network switch 112 together with the access code (14568900). In addition, the intelligent network switch 112 attempts a call connection through a switch (for example, 110) and a base station (for example, 106) that process the corresponding number. In addition, the access code (for example, 54678900) of the sender through the base station 102, the switch 108 and the intelligent network switch 112 is transmitted in the data packet during the call connection or separately transmitted after the call connection (transparent arrow progress) direction).

Accordingly, a call connection is made between a specific mobile communication terminal (e.g., A1) (e.g., An) (which may be a communication terminal of an integrated communication ID), and the receiving mobile communication terminal An is used for communication of the integrated communication ID. In the case of the terminal, the access code 54678900 transmitted at the time of call connection is converted into a character (caller integrated communication ID: for example, Hong Gil-dong 00) by the code conversion algorithm CEXA, and the screen is output.

At this time, the integrated communication ID providing server (MIDNS) may be transmitted to the receiving side mobile communication terminal (An) including a character additionally registered in the access code (eg, 54678900). For example, if the pre-registered character is "Creative company of 21C, Hong Gil-Dong Co., Ltd.", the integrated communication ID "Hong-Kil-Dong 00" is displayed on the receiving side mobile communication terminal An as well as the transmitted letter "21C creative company." , Hong Gil Dong Co., Ltd. "will be displayed together.

Of course, the characters previously registered in the integrated communication ID providing server (MIDNS) are also registered as an access code (for example, 213454556677853432455). In addition, depending on whether the user is registered, in addition to the additional text, the company's logo may be transmitted separately after the call connection. The scheme for the code conversion algorithm (CEXA) will be described later.

On the other hand, in the integrated communication ID providing system according to the present invention, when a call connection is attempted to the wired terminals C1 to Cn through the communication terminals A1 to An of the integrated communication ID, the communication terminals A1 to C of the integrated communication ID are used. When the user inputs "pine 11" as the unified communication ID through An), the mobile communication terminals A1 to An may store the unified communication ID (for example, pine 11) by the code conversion algorithm CEXA stored in advance. To a specific numeric access code (e.g. 14568911). Here, " 11 " of " pine 11 " is previously agreed as a communication device code indicating the wired terminals C1 to Cn. Therefore, the user who inputs only "pine 11" can recognize that he is trying to connect with wired terminals C1-Cn.

When the converted access code (e.g., 14568911) is transmitted to the exchange (e.g., 108) via the base station (e.g., 102), the exchange 108 transmits the access code (e.g., 14568911) to the intelligent network switch (e.g., 112). send. Then, the intelligent network switch 112 performs a search of the database (e.g., DB5) for the access code (14568911), and provides the integrated communication ID if the database (DB5) for the access code (14568911) is not searched. A query is made to the server MIDNS regarding the access code 14568911 (black arrow advancing direction).

Then, the unified communication ID providing server (MIDNS) performs a search of the database (DB2) for the access code (14568911). When the actual phone number for the access code (14568911) is 02-123-4567, the integrated communication ID providing server (MIDNS) transmits the actual phone number to the intelligent network switch 112 together with the access code (14568911). The intelligent network switch 112 connects to the wired network via the connection exchange 300 for accessing the wired network, and processes the inter-city exchange (eg, 202) for processing a corresponding telephone number (eg, 02-123-4567). And attempts to make a call through a local exchange (eg, 206). In addition, the access code (for example, 54678900) of the sender through the base station 102, the switch 108 and the intelligent network switch 112 is included in the data packet during the call connection or transmitted separately after the call connection (dotted arrow Direction).

Accordingly, a call connection is made between a communication terminal (eg, A1) (eg, An) of a specific unified communication ID, and the receiving wired terminal (eg, C1) codes a connection code 54678900 transmitted when the call is connected. The screen is output by converting the text into a character (eg, Hong Gil-dong 00) by an algorithm CEXA. Caller unified communication ID is not outputted to the terminal that does not display caller character among wired terminal.

Figure 2a is a diagram showing the appearance of the terminal for the communication of the unified communication ID according to an embodiment of the present invention, Figure 2b is a block diagram showing the circuit configuration of the terminal for communication of the unified communication ID according to an embodiment of the present invention It is also.

Referring to this, the communication terminals A1 to An of the integrated communication ID according to an embodiment of the present invention have an outer case 14 and various key operation buttons 20 like a normal mobile phone, and are displayed on the front of the folder. It has a display part 22 and the speaker 28a.

In addition, the front case lower portion of the outer case 14 is provided with a transmitter 30 with a built-in microphone 30a. The function buttons among the key operation buttons 20 are menu buttons 42 and confirmation buttons 44. And a call button 46 and the like are provided.

At this time, as described above, the communication terminals A1 to An of the unified communication ID according to an embodiment of the present invention make a call connection to a specific communication means of a specific called party by using the unified communication ID composed of letters instead of a phone number. Or a message, such a unified communication ID may include a unique basic unified communication ID (aka USID); A relational unified communication ID (aka C-USID) that is shared and used only by acquaintances; It is divided into local unified communications ID (aka L-USID) that is uniquely used only within each administrative district or separate compartment for business purposes.

Accordingly, the key operation unit 20 of the communication terminals A1 to An of the integrated communication ID is provided with a button for distinguishing each of the integrated communication IDs (eg, USID, C-USID, L-USID) for key operation. Should be. In the present invention, the classification ID selection key 42 is used to generate such a distinction signal of the unified communication ID. However, since the classification by the integrated communication ID using the classification ID selection key 42 is merely an example of implementing the present invention, the present invention is not limited thereto.

For example, one operation of the classification ID selection key 42 provided in the communication terminals A1 to An of the integrated communication ID according to an embodiment of the present invention is performed. In the unified communication ID input mode and three times of operation, it can be set in advance to the unified communication ID communication terminals A1 to An to proceed to the local unified communication ID input mode. In addition, when the user operates the classification ID selection key 42, the terminals A1 to An recognize the corresponding mode on the basis of the setting information and generate a differentiated code corresponding to each integrated communication ID.

Fig. 2B shows a circuit configuration of the communication terminals A1 to An of the unified communication ID. The communication terminals A1 to An of the unified communication ID store the code conversion algorithm CEXA to perform code conversion. The encoder 10 and decoder 12, the key input unit 20, the display unit 22, the antenna 24, the duplexer 26, the receiver 28, the transmitter 30, and the voice processor 32 for implementation. ), A speaker 34, a microphone 36, a memory 38, and a control unit 40.

In the figure, the key input unit 20 has a plurality of function key buttons for inputting the other party's telephone number, inputting a voice message for creating a voice message, and selecting various menu functions according to a user's selection operation. There is provided a function key button for generating voice and text messages and generating a reservation transmission time setting signal thereof, and for preparing code information for setting a reservation time for transmission of voice and text messages.

The key input unit 20 may include a mode setting key button (not shown) for executing voice message recording and a transmission time setting mode, and a # key button for registering transmission standby data through recording of the voice message. A registration key button (not shown) used for both purposes, an up / down key button for selecting a menu displayed on the display unit 22, and a number key for performing a plurality of settings or inputs in a voice message reservation transmission menu. It is configured to include a button.

Here, the number key button of the key input unit 20 is a Hangul input key that can be written in the form of a text message directly in accordance with the execution of the Hangul input function, in addition to the function for selecting a menu in the storage and scheduled transmission setting mode of the voice message. It can also be used as a button.

At this time, the communication terminals A1 to An of the unified communication ID according to the present invention are connected to each unified communication ID (eg, USID, etc.) through a specific menu key (eg, 42) and confirmation key 44 of the key input unit 20. Identification signal distinguishing C-USID, L-USID is generated and incoming communication means (e.g., mobile phone, home landline phone, office landline phone, fax, wireless homepage, mail server, financial server ... etc.) Select to try to connect to the call or send the data you entered.

The display unit 22 visually displays a display state or a selection state according to the storage and real time transmission of the voice message according to the function operation state of the key input unit 20 and the reservation transmission time, and the mobile communication switch. It consists of thin display means such as, for example, a liquid crystal display element for visually displaying the received information of voice and text messages from the other party's sender transmitted from (16).

The duplexer 26 performs wireless communication with a base station of a mobile communication network through the antenna 24 to separate a signal transmitted / received, and the receiver 28 is the antenna 24 and the duplexer 26. The voice signal or text information is received from the other party's mobile communication terminal, wired telephone terminal or mobile communication exchanger 16, and the transmitter 30 receives the voice signal and message setting mode input from the microphone 36. The code information set according to the present invention is filtered and amplified so that transmission is possible.

In addition, the voice processing unit 32 processes the voice signal received from the counterpart side received through the receiving unit 28 to be output through the speaker 34, and the user's voice received from the microphone 36. The signal is processed and output to the transmitter 30.

The memory 38 inputs each integrated communication ID through the key input unit 20 and selects an incoming communication means, and codes for each integrated communication ID (basic integrated communication ID, relational integrated communication ID, local integrated communication ID). It stores information, stores code information for various incoming communication means, and stores screen information for each code information and incoming communication means to be displayed on the screen through the display unit 22.

In addition, the code conversion algorithm CEXA is executed in the encoder 10 and the decoder 12. The encoder 10 converts a character into a numeric code, and the decoder 12 receives the received numeric code. Is a means of converting to a character. At this time, the letter is the unified communication ID of the called party or caller. Detailed description of the code conversion will be described later.

The control unit 40 determines each integrated communication ID input and a selection state of the incoming communication unit by the key operation of the key input unit 20, reads the corresponding code information and screen information from the memory 38 and displays the display unit. Displayed through (22), and controls to execute the code conversion algorithm (CEXA) for the code conversion for the integrated communication ID and the selected incoming communication means input through the key input unit 20.

3A to 3E are diagrams illustrating key operation and input functions in a communication terminal for an integrated communication ID according to an embodiment of the present invention.

Referring to this, the communication terminals A1 to An of the integrated communication ID according to an embodiment of the present invention operate the classification ID selection key 42 of the key input unit 20 as shown in FIG. With the communication ID (USID) output window 48 being displayed, a basic unified communication ID for call connection or data transmission can be entered into the input field 48a.

To this end, the memory 38 of the communication terminals A1 to An of the integrated communication ID extracts and displays screen window information according to the classification of the integrated communication ID selected by the classification ID selection key 42. That is, when attempting to make a call connection using a basic unified communication ID, as shown in FIG. 3A, when attempting to connect by using a relational unified communication ID (eg, C-USID), FIG. 3B. When attempting to connect to the screen as shown using a local unified communication ID (L-USID), the screen as shown in Figure 3c is output, the corresponding ID is input, the incoming communication of the ID Choose a means.

As described in advance, the basic unified communication ID is a unique ID, and the call connection and message transmission are possible using various IDs registered by the called party by using only the corresponding ID. As described previously, the relational unified communication ID also registers a specific group in advance and is unique only in that group. For example, a relational unified communications ID (C-USID) of "angel" may exist in group A, and a relational unified communications ID of "angel" may exist in group B. However, there can be no relational unified communication ID of "angel" in group A.

When attempting to make a call connection using a local unified communication ID (L-USID) as shown in FIG. 3C, the local unified communication ID (L-USID) is an ID registered by dividing it into a specific regional unit for a business. Since it refers to, because the owner is automatically connected to a pre-registered landline or mobile phone, it is preferable that the caller does not select a separate incoming communication means.

3d illustrates an input window for performing mobile banking using the communication terminals A1 to An of the unified communication ID according to an embodiment of the present invention, and FIG. 3e illustrates an e-mail transmission state.

Referring to this, the mobile banking does not automatically perform mode conversion by manipulating the classification ID selection key 42 of the communication terminals A1 to An of the integrated communication ID for a predetermined number of times. It is preferable to go through several directories through the operation and selection of the confirmation key 44. When the mobile banking mode is selected, an input window 62a for inputting a basic unified communication ID (USID) as shown in FIG. ) And a check box 62b for selecting one bank among a plurality of banks registered by the called party who owns the corresponding unified communication ID (for example, Hong Gil-dong) in advance, and an input field 62c for inputting a transfer amount is provided. .

The sender can conveniently use the transfer service if he or she only knows the recipient's unified communications ID and the bank. In other words, the unified communication ID is a called number and a virtual account of various communication means.

Further, the e-mail transmission similarly causes the e-mail transmission window 64 to be outputted through the directory of several steps through the operation of the classification ID selection key 42 and the selection of the confirmation key 44. In the e-mail transmission window 64, as shown in FIG. 3E, an input window 64a for inputting a basic unified communication ID (USID) and a plurality of recipients registered in advance with the unified communication ID (for example, Hong Gil-dong) are registered. A check box 64b for selecting one mail server (e.g., Daum) among the email servers is provided, and an input field 64c for inputting contents is provided. Therefore, in this case, the sender can conveniently use the e-mail service if the caller only knows the called party's unified communication ID and the e-mail server. That is, the unified communication ID is the called number and email address of the various communication means.

4A and 4B are diagrams illustrating a terminal key generation signal for communication of an integrated communication ID according to an embodiment of the present invention.

Referring to this, the generation signal of the push button (PB) representing the keyboard layout of the current wired / wireless terminal will be described. In the telephone network of the current wired / wireless network, PB signals use 4 × 4 signaling. The 4x4 signaling uses a plurality of frequencies, such as low and high frequencies, to prevent inaccurate reception at the exchanges 108, 110 ... by the noise of the dial signal.

The low frequencies consist of 697, 770, 852, and 941 Hz, the high frequencies consist of 1209, 1336, 1447, and 1633 Hz, * and # are used as function buttons, and the low frequencies 697, 770, 852, 941 Hz and high frequencies. The row of 1633 Hz is a preliminary column.

Therefore, as shown in FIG. 4B, when the user clicks the "4" button and the "2" button, respectively, the wired terminals C1 to Cn generate 1209, 770 Hz, 1336, and 697 Hz. Wireless terminals generate frequencies in the same way.

5A, 5B, and 5C are diagrams illustrating an encoding process in a communication terminal for an integrated communication ID according to an embodiment of the present invention.

Referring to this, the code conversion and the transmission data through the code conversion algorithm (CEXA) respectively installed in the communication terminal (A1 to An) of the integrated communication ID according to an embodiment of the present invention. Code conversion algorithm (CEXA) defines a code system in multiple ways based on various national languages (in the present invention, for example, Korean and English), numbers, and base. The code system illustrated in the present invention shows only one example, and other code systems included in the gist of the present invention are also included in the scope of the present invention.

The character-code conversion system shown in FIG. 5A is a method of converting and converting a character consisting of consonants and vowels into a code combination by pre-assigning a specific code number for each consonant and vowel.

For example, the code conversion algorithm CEXA defines the consonant groups "a, b, c, d ..." as "10, 11, 13, 14 ...", respectively, and the vowel groups "ㅏ, ㅑ". Assuming that ",", "..." are defined as "30, 31, 32, 33 ...", respectively, the characters for "pine" entered by the user are automatically converted into the connection code of "173411301536". .

The converted access code generates a frequency corresponding to "173411301536" corresponding to the access code, as shown in Figs. 5A and 5B. That is, 1 generates [1209 Hz, 697 Hz], 7 generates [1209 Hz, 941 Hz], 3 generates [1447 Hz, 697 Hz], and 4 generates [1209 Hz, 770 Hz] .....

The converted frequency is converted back to the access code (173411301536) via the switch (108, 110...) And the intelligent network switch (112, 1144...) To the unified communication ID providing server (MIDNS). The integrated communication ID providing server (MIDNS) extracts the actual telephone number of the access code (173411301536) from the database (DB2) and switches the intelligent network switch (112, 114 ....) and the switch (108, 110 ...). To make a call connection.

Accordingly, the unified communication ID providing server MIDNS receives and registers a unified communication ID, and registers an access code for the unified communication ID and an actual telephone number for the access code in advance.

On the other hand, the character-code conversion system shown in Figure 5b is a method of converting the transmission code corresponding to each character by giving a numeric code, which is a specific code in advance for each combination character.

For example, the code conversion algorithm CEXA assigns a code for each combination character therein. The code "hong" is a code of "1530", and the letter "gil" is a code of "1750". Assuming that the character "dong" is defined as "1120", the character for "Hong Gil-dong", which is an integrated communication ID input by the user, is automatically converted into a connection code of "153017501120".

5A and 5B, the converted access code generates a frequency corresponding to "153017501120" corresponding to the access code. That is, 1 generates frequencies of [1209 Hz, 697 Hz], 5 of [1336 Hz, 770 Hz], 3 of [1447 Hz, 697 Hz], and 0 of [1336 Hz, 941 Hz] .....

The converted frequency is converted into an access code (153017501120) through the switch (108, 110...) And the intelligent network switch (112, 1144...), To the integrated communication ID providing server (MIDNS). The integrated communication ID providing server (MIDNS) extracts the actual telephone number of the access code (153017501120) from the database (DB2) and switches the intelligent network switch (112, 114 ....) and the switch (108, 110 ...). To make a call connection.

Therefore, the integrated communication ID providing server MIDNS receives and registers an integrated communication ID, and requires a process of previously registering an access code for the integrated communication ID and an actual telephone number for the access code.

On the other hand, the character-code conversion system shown in Figure 5c shows an example of the character-code conversion system that can be made on the basis of the English language, each letter spelled in advance by assigning a numeric code that is a specific code for each spelling connection This is a method of converting code and sending it.

For example, the code conversion algorithm CEXA assigns a code for each English spelling therein. The letter “A” is a code of “132”, and the letter “B” is a code of “143”. Assuming that the letter "C" is defined as "167", and the letter "D" is defined as a code of "258", the access code of "132143167" is automatically entered for the character "ABC", which is a user-entered communication ID. To.

The converted access code generates a frequency corresponding to "132143167" corresponding to the access code, as shown in Figs. 5A and 5B. 1 means [1209Hz, 697Hz], 3 means [1447Hz, 697Hz], 2 means [1336Hz, 697Hz], 1 means [1209Hz, 697Hz], 4 means [1209Hz, 679Hz] ..... Let's do it.

The converted frequency is converted back to the access code (132143167) via the switch 108, 110... And the intelligent network switch 112, 1144..., To the unified communication ID providing server (MIDNS). The integrated communication ID providing server (MIDNS) extracts the actual telephone number of the access code (132143167) from the database (DB2) and switches the intelligent network switch (112, 114 ....) and the switch (108, 110 ...). To make a call connection.

Therefore, the integrated communication ID providing server MIDNS receives and registers an integrated communication ID, and requires a process of previously registering an access code for the integrated communication ID and an actual telephone number for the access code.

On the other hand, it is possible to easily access the wireless web page through the input of the unified communication ID and the incoming communication means mentioned in the present invention, but in addition to this method can be connected to the wireless web page.

Although not shown, a URL-to-code conversion scheme through a wireless web network may be implemented in the same manner. For example, assuming that the URL is "ABC@msn.com", even if the user inputs "ABC@msn.com" into the mobile communication terminals A1 to An using the English-to-English conversion system shown in FIG. 5C. When the transmission is automatically converted to the access code (132143167 ...) can be connected to the server.

Of course, special characters such as "@" or characters such as ".com" can be constructed more simply when constructing a code system by assigning special numbers. For example, "@" may be given as "00" and the letter "00" may not be assigned to the English letter. The ISP company name "msn, ..." may also be constructed using the English-to-English code conversion system of the present invention. do.

In addition, in the case of ".com, .net, ....." as the top-level domain, a total of about 200 top-level domains exist, so that the top-level domain can be known by giving a code. That is, the conversion to the access code for the URL and the extraction of the actual IP address using the converted access code recognizes and separates the last three-digit number combination as the top-level domain, and separates "00" and "top" representing "@". It is preferable to construct a URL-to-access code conversion system so that the numbers located between the domains are recognized by the ISP company code, and the front-end numbers of "00" are recognized by the domain.

The present invention provides a unique single unified communication ID to database such URL, wired / wireless phone number, fax number, e-mail address and the like on the unified communication ID providing server (MIDNS) shown in FIG. It is a system that allows easy connection. Accordingly, in the present invention, when the unified communication ID is "Hong Gil Dong" and the URL of the user is "ABC@msn.com", the access code (eg 153017501120) for "Hong Gil Dong" is stored in the database. Of course, the access code (for example, 13214316700145263197) of the URL is stored.

The mobile communication terminals A1 to An can be configured by adding a specific number indicating a URL to the integrated communication ID. For example, assuming that a specific number representing a URL is "999", and the code conversion algorithm CEXA is provided in the communication terminals A1 to An of the unified communication ID, the user is configured to communicate with the unified communication ID of the communication terminal A1-A. Input the specific unified communication ID "Hong Gil Dong 999" through An).

Then, the unified communication ID " Hong Gil Dong " is converted into a contracted access code (e.g., 153017501120), and the number "999" representing the URL is combined to generate a single access code (e.g., 153017501120999).

The access code (eg, 153017501120999) is transmitted to the integrated communication ID providing server (MIDNS) to extract the actual URL pre-stored in association with the access code, and access the IP address of the URL. Meanwhile, the IP address may be stored in the integrated communication ID providing server MIDNS instead of the URL stored for each access code.

Through the above method, the user can conveniently access the corresponding device or server without having to remember the telephone number, fax number, URL, etc. to be connected, and is particularly convenient. Can be used very practically.

On the other hand, such a URL-access code conversion system is shown an example, the above-described scheme is a URL-access code conversion system so that the connection is made even if the URL is directly input through the communication terminal (A1 to An) of the unified communication ID It is also possible to build it.

With reference to the accompanying drawings, the function and operation of the communication terminal of the integrated communication ID according to an embodiment of the present invention of the above configuration will be described in detail.

6A, 6B, and 6C are flowcharts illustrating encoding processes for respective unified communication IDs in a unified communication ID communication terminal according to an embodiment of the present invention.

Referring to this, input of a selective identification signal for a plurality of incoming communication means using the communication terminals A1 to An of the integrated communication ID according to an embodiment of the present invention, and the corresponding called party using the integrated communication ID. In order to easily access the corresponding communication means, the integrated communication ID providing server (see FIG. 1, MIDNS) for assigning a unique integrated communication ID and transmitting an actual telephone number to the intelligent network exchange should be provided.

If such a system construction is completed, the user confirms whether or not a duplicate and applies for a unique unified communication ID and registers the unified communication ID and various incoming communication means information in the server. When the server registration for the unified communication ID is completed and one caller recognizes the unified communication ID of a specific called party, the caller uses the communication terminals A1 to An of the unified communication ID according to the present invention. If the caller is to make a call, the caller operates the classification ID selection key 42 of the communication terminals A1 to An of the unified communication ID to establish a basic unified communication ID connection mode (USID mode) or a relational unified communication ID connection mode. Select (C-USID), Local Unified Communications ID Connection Mode (L-USID).

That is, when a key operation is made, the control unit 40 of the communication terminals A1 to An of the integrated communication ID extracts a code table stored in the memory 38 in advance, and determines which mode state to enter. Different codes according to the classification of the communication ID are generated and displayed.

If the calling user selects the basic integrated communication ID mode (USID mode) by operating the classification ID selection key 42 only once, the controller 40 inputs the integrated communication ID stored in the memory 38 in advance. Communication means selection window (refer to FIG. 3A: 48) information is extracted and displayed on the screen.

Then, the calling user inputs the called party's unified communication ID into the corresponding selection window 48. After that, the controller 40 determines whether the confirmation key 44 is input. The confirmation key 44 is a button for generating a code indicating the boundary with the communication means identifier after the input of the integrated communication ID is completed. Therefore, when the calling user operates the confirmation key 44, it is determined that the unified communication ID is terminated.

Subsequently, any one of the communication means (for example, cellular phone, home phone, office phone, fax, e-mail, wireless web page, etc.) registered in advance by the called party by the caller who owns the corresponding communication ID. ), The selection information is determined by the controller 40. In addition, the controller 40 determines whether the transmission signal SEND is applied from the key input unit 20.

If the transmission signal SEND is applied, the controller 40 arranges all USID characters including the identifier. Here, the identifier indicates which unified communication ID (basic unified ID or relational unified ID, local unified ID), which character is the last character of unified ID, and which means of communication is selected. Is the code for this.

When the USID character arrangement is completed, the controller 40 executes the encoder 10 of the code conversion algorithm CEXA to convert the character into a numeric code. The converted number is transmitted to a repeater (not shown) to make a call connection. Details of the entire system, such as signal processing after transmission to the repeater, will be omitted since they are already filed by the present applicant. In addition, when the calling user performs a key operation for the general telephone function but not the communication mode using the integrated communication ID, the general telephone function is performed. For example, the general telephone function refers to an action of inputting an incoming telephone number consisting of numbers to make a call or inputting an incoming telephone number consisting of numbers to transmit text data, rather than inputting an integrated communication ID according to the present invention. .

6B, the caller user operates the classification ID selection key 42 twice using the communication terminals A1 to An of the unified communication ID, thereby providing a relational unified communication ID (C-USID). If is selected, the control unit 40 extracts the relational unified communication ID input and communication means selection window (refer to FIG. 3B: 50) information previously stored in the memory 38 and outputs the information to the screen.

The calling user then enters the recipient's relational unified communications ID into the corresponding selection window 50. After that, the controller 40 determines whether the confirmation key 44 is input. The confirmation key 44 is a button for generating a code indicating the boundary with the communication means identifier after the input of the integrated communication ID is completed. Therefore, when the calling user operates the confirmation key 44, it is determined that the unified communication ID is terminated.

Subsequently, any one of the communication means (for example, mobile phone, home phone, office phone, fax, mail, wireless web page, etc.) registered by the called user by the called party who owns the relational unified communication ID (e.g., When the mobile phone is selected, the controller 40 determines the selection information. In addition, the controller 40 determines whether the transmission signal SEND is applied from the key input unit 20.

If the transmission signal SEND is applied, the controller 40 arranges all C-USID characters including the identifier. Here, the identifier indicates which unified communication ID (basic unified ID or relational unified ID, local unified ID), which character is the last character of unified ID, and which means of communication is selected. Is the code for this.

When the C-USID character arrangement is completed, the controller 40 executes the encoder 10 of the code conversion algorithm CEXA to convert the character into a numeric code. The converted number is transmitted to a repeater (not shown).

As shown in Fig. 6B, the caller user operates the classification ID selection key 42 three times using the communication terminals A1 to An of the unified communication ID to perform local unified communication ID (L-USID). If is selected, the controller 40 extracts the local unified communication ID input and communication means selection window (refer to FIG. 3C: 60) information previously stored in the memory 38 and outputs the extracted information to the screen. Then, the calling user inputs the called party's local unified communication ID into the corresponding selection window 60.

At this time, the local unified communication ID (L-USID) is a category of unified communication IDs used for business, and the calling user does not select a separate communication means. It is preferable to register in advance.

Therefore, the calling user enters only a specific local unified communication ID (L-USID). The control unit 40 determines whether the transmission signal SEND is applied from the key input unit 20.

If the transmission signal SEND is applied, the controller 40 arranges all L-USID characters including the identifier. Here, the identifier indicates which unified communication ID (basic unified ID or relational unified ID, local unified ID), which character is the last character of unified ID, and which means of communication is selected. Is the code for this.

When the L-USID character arrangement is completed, the controller 40 executes the encoder 10 of the code conversion algorithm CEXA to convert the character into a numeric code. The converted number is transmitted to a repeater (not shown).

Fig. 6C is a flowchart showing a signal flow when an incoming call is made using the communication terminals A1 to An of the unified communication ID. First, a communication terminal of the unified communication ID (for example, A1) possessed by one caller is shown. When a call connection request signal is generated from the input or selection of the unified communication ID and the specific communication means (e.g., cellular phone) of the called party, the call connection signal is transferred to the communication terminal (e.g., A2) of the unified communication ID of the called party. The incoming signal is sent.

When the called party receives the incoming signal from the communication terminal (eg, A2) of the unified communication ID, the called party receives the incoming data (eg, caller indication data) from the exchange (see Fig. 1; 108, 110). Unified communication ID of data. That is, even if the called party does not display a specific phone number separately (eg, wife, friend's name, etc.) by manipulating the communication terminal (eg, A2) of the unified communication ID in advance (eg, wife, friend's name, etc.), the unique unified communication ID is called data. As a result, it is transmitted to the communication terminal A2 of the called party's unified communication ID.

The numeric data is decoded by the decoder 12 of the communication terminal A2 of the unified communication ID and converted into character data. The character data at this time is a unified communication ID. Through this, the called party can immediately identify which Unified Communications ID the caller is. In addition, the incoming data further includes separate classification data for distinguishing the basic Unified Communications ID (USID), the Relational Unified Communications ID (C-USID), and the Local Unified Communications ID (L-USID). ID can be displayed by identifying the unified communication ID.

For example, since the caller's integrated communication ID displayed on the communication terminal A2 of the called party's unified communication ID is preferably outputted by the relational unified communication ID rather than the basic unified communication ID, the unified communication ID of the called party's unified communication ID A2. If the caller to be outputted has a "Culgar" as the default unified communication ID, and the receiver is registered as "Wife" and the relational unified communication ID is registered, the relational unified communication ID of "Wife" is displayed when the screen is displayed. It can be output preferentially compared to basic unified communication ID.

On the other hand, in the case of a caller that is not registered as a relational unified communication ID, only the basic unified communication ID of the caller is outputted.

7A and 7B are flowcharts illustrating a call connection process using a voice input in a communication terminal of an integrated communication ID according to an embodiment of the present invention.

Referring to this, FIG. 7A illustrates a call connection process using voice data input in a terminal capable of text conversion, and FIG. 7B illustrates a method of performing a call connection only for an ID registered in advance for automatic call connection or ARS. This is a flowchart showing the process.

First, referring to FIG. 7A, in a state in which the caller converts the communication terminals A1 to An of the integrated communication ID into the voice input mode (there is a separate mode selection key, not shown), the caller is specifically integrated. When the communication ID is input as voice data, the communication terminals A1 to An of the unified communication ID start the unified communication ID mode. In other words, the controller 40 is programmed to determine that the basic integrated communication ID is executed by the key input unit 20.

Therefore, the caller inputs the unified communication ID to which the caller wants to connect, and if there is no further voice input, the controller 40 determines that the voice input is completed and converts the voice data into text data. The program for converting the voice data into the text data is stored in the memory 38, but since such a technique is a very general known technique, further description thereof will be omitted.

 The controller 40 arranges the converted USID characters. In this case, the voice input mode does not include a separate identifier, and basically the called party attempts to connect to a communication means (for example, a cellular phone) previously registered in the server.

When the USID character arrangement is completed, the controller 40 executes the encoder 10 of the code conversion algorithm CEXA to convert the character into a numeric code. The converted number is transmitted to a repeater (not shown) to make a call connection.

Referring to FIG. 7B, FIG. 7B shows that the caller previously recorded voice data using the communication terminals A1 to An of the unified communication ID and connected with a specific unified communication ID. It is assumed that there is no separate voice / text conversion program in the terminals A1 to An.
That is, a specific unified communication ID (a name, unified communication connection identifier, for example, Chan-ga, Hong-gil-dong, etc.) is directly input by fostering, and the unified communication ID (for example, chan-ga) for the unified communication ID (for example, chan-ga) input by the corresponding voice. , Chan-ga) to enter the letter to match the memory to register.
Therefore, the unified communication ID (voice data called “chan-ga”) input by voice is connected with the unified communication ID “chan-ga” input by text, and the unified communication ID matched with letters for the development of the caller by voice comparison only. It is to extract (chan-chan).
As described above, the function performs the same function and function as inputting the unified communication ID (eg, chan-ga) of the called party by text. The voice data of the unified communication ID input by the child is inputted, and the same unified communication ID is inputted by text to match the corresponding voice data with the text data and stored in the memory. If the same voice data is present in the memory, if the same voice data exists, the pre-connected character data (Unified Communication ID: changa) is extracted and automatically inputted. The telephone connection process is the same as in the other embodiments.

First, the caller converts the communication terminals A1 to An of the integrated communication ID into the voice input mode (there is a separate mode selection key, not shown). Upon input, the communication terminals A1 to An of the unified communication ID start the unified communication ID mode. In other words, the controller 40 is programmed to determine that the basic integrated communication ID is executed by the key input unit 20.

Therefore, the caller inputs the unified communication ID to which the caller wants to connect, and if there is no further voice input, the controller 40 determines that the voice input is completed and stores the corresponding voice data in the memory 38. Then, the memory 38 searches whether the same voice data as the corresponding voice data exists. If the voice data exists, the text data previously associated with the voice data is extracted.

When extraction of the text data is completed, the controller 40 arranges the converted USID characters. In this case, the voice input mode does not include a separate identifier, and basically the called party attempts to connect to a communication means (for example, a cellular phone) previously registered in the server.

When the USID character arrangement is completed, the controller 40 executes the encoder 10 of the code conversion algorithm CEXA to convert the character into a numeric code. The converted number is transmitted to a repeater (not shown) to make a call connection.

On the other hand, if the voice data inputted by the caller does not exist in the memory 38, the controller 40 generates an automatic call connection signal to a specific ARS telephone number preset.

If a call connection is made to the ARS phone number, the control unit 38 transmits the prestored caller voice data to the ARS device (not shown). In this case, since the ARS device is associated with the integrated communication ID name providing server (MIDNS), the intelligent network switch (112,114) extracts a corresponding telephone number by converting the voice data from the integrated communication ID name providing server (MIDNS). ) To make a call connection.

Meanwhile, the communication terminal for the integrated communication ID and the control method thereof according to the embodiment of the present invention are not limited to the above-described embodiments, but various modifications can be made without departing from the technical gist of the present invention.

As described above, according to the present invention, a communication terminal for a unified communication ID and a method for controlling the same are registered with a unified communication ID consisting of letters as a domain, and connected to the communication identifiers of various communication devices corresponding to the unified communication ID. Phone number, home phone number, work phone number, e-mail address, bank account, etc.) in advance, and the call connection is established by encoding the unified communication ID automatically inputted from the terminal into a number and transmitting it to the exchange, Access to a specific wireless website, e-mail transmission, account transfers can be made more convenient, the convenience of use is very high, there is an effect that the terminal operation in the unified communication ID system becomes easier.

Claims (9)

Stores a variety of communication target access numbers as its directory information, and uniquely unique basic unified communication connection identifier (USID: for example), which collectively refers to the information, and relation type uniquely assigned to a specific sender and receiver relationship Provide a unified communication connection identifier (C-USID: for example, wife and husband), a local unified communication connection identifier {L-USID: (for example, (Seocho-dong) Jjajang}) uniquely assigned to each region, and the unified communication connection Integrated communication that provides access numbers for each mode selection to unspecified third parties that recognize only identifiers (USID, C-USID, L-USID), and provides registered telephone numbers in response to query requests from various relay servers. ID providing server; Receives the information of the unified communication access identifier (USID, C-USID, L-USID) from the caller, and relays the communication such as call connection by requesting the unified communication ID providing server for querying the access number such as the original telephone number. In the integrated communication ID providing system consisting of a relay server consisting of a base station, exchange, access exchange, intelligent network exchange, local / foreign wired switch, etc., Generates a mode selection signal for each basic unified communication identifier connection mode (USID mode), a relational unified communication identifier connection mode (C-USID), and a local unified communication identifier connection mode (L-USID). Key input unit for inputting unified communication access identifier (USID) as text and selecting incoming communication means (e.g., mobile phone, home landline phone, office landline phone, fax, wireless homepage, mail server, financial server, etc.) Wow; A display unit for displaying a selection state through the key input unit and a character input state in which an integrated communication connection identifier is input; A duplexer for separating a transmitted / received signal by performing wireless communication with a base station of a mobile communication network through an antenna; A receiving unit which receives voice signals or text information from a mobile communication terminal, a wired telephone terminal or a mobile communication exchange on the other side through the antenna and the duplexer; A transmitter for filtering and amplifying the code information set according to the voice signal input from the microphone and the message setting mode; A voice processing unit for processing a voice signal received from the other party received through the receiving unit to be output through a speaker, and processing a voice signal of the user received from the microphone and outputting the signal to the transmitting unit; Input the respective integrated communication connection identifier through the key input unit, select the incoming communication means, stores the code information for each integrated communication connection identifier, stores the code information for the various incoming communication means, and outputs the screen through the display A memory for storing screen information for each code information and incoming communication means; An encoder for converting the unified communication connection identifier inputted as a character into a numeric code; A decoder for converting the numeric code received from the relay server into a character which is an integrated communication connection identifier; Determine the input of the integrated communication mode selection signal and the integrated communication connection identifier by the key operation of the key input unit, the selection state of the incoming communication means, read the corresponding code information and the screen information from the memory and display them through the display; And a control unit configured to control the decoder and the encoder to execute a mode selection signal inputted through the key input unit, an integrated communication connection identifier, and a code conversion for the selected incoming communication unit. The code conversion algorithm of claim 1, wherein the encoder converts a character input through a key input unit into a predetermined numeric code for each character (each language and a special character) so that the memory and the integrated communication ID providing server match each other. Communication terminal of the unified communication ID, characterized in that encoded by. The code conversion algorithm of claim 1, wherein the decoder converts a character (an international language or a special character) received as a predetermined character for each numeric code into a numeric code so that the memory and the integrated communication ID providing server match each other. Communication terminal of the unified communication ID, characterized in that encoded by. The sender classifies the communication terminal identifier of the unified communication connection identifier while checking whether the unified communication connection identifier is duplicated and applying for a unique unified communication connection identifier, and registering the unified communication connection identifier and various incoming communication means in the server. Operating an ID selection key to select a basic integrated communication connection identifier connection mode (USID mode), a relational integrated communication connection identifier connection mode (C-USID), and a local integrated communication connection identifier connection mode (L-USID); Inputting, by the calling user, the unified communication connection identifier of the called party; Selecting, by the calling user, any one of a plurality of communication means registered in advance by a called party possessing the corresponding unified communication connection identifier; Generating a transmission signal by the calling user; Arranging, by the control unit, all integrated communication connection identifiers and selection codes; A code conversion algorithm is executed in the encoder to convert the characters inputted into the unified communication connection identifier into numeric codes; Transmitting the converted number to the repeater; Receiving a call connection signal and incoming data by the called party's communication terminal; Arranging a numeric code which is the corresponding incoming data; Automatically decoding the corresponding numeric code into a unified communication connection identifier composed of predetermined characters according to the numeric code; And a screen outputting the decoded unified communication connection identifier. 5. The method of claim 4, wherein one of the basic unified communication connection identifier connection mode (USID mode), relational unified communication connection identifier connection mode (C-USID), and local unified communication connection identifier connection mode (L-USID) is integrated. The process of selecting a communication connection identifier is characterized in that the classification of the unified communication connection identifier is different depending on how many times the selection key is operated. delete delete delete delete

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