KR20060012218A - Call system of a multi-communication id and method of the same and calling device of a multi-communication id - Google Patents

Abstract

The present invention relates to a call connection terminal of the integrated communication ID, a call connection system using the terminal and a call connection method, wherein a user inputs an integrated communication ID including letters and other special characters, numbers, and English in a separate selection mode. After inputting and operating the call button, the user automatically receives the actual phone number corresponding to the unified communication ID through the WAP network without the user's recognition. Provides call connection terminal of integrated communication ID, call connection system and call connection method using the terminal so that called party identification system for incoming call is generated by numbers, English, and other special characters. Has its purpose.

The present invention is provided with a key operation unit capable of inputting numbers and letters, and is provided with a mode selection button capable of selecting a USID mode, a C-USID mode, and an L-USID mode. When this operation is performed, it automatically connects to the preset server by a swap network, transmits the calling party's telephone number information and the called party's integrated communication ID, and performs the automatic connection routine to generate the automatic call connection request signal to the actual telephone number provided from the server. A set communication terminal call connection terminal; A mobile communication server receiving the telephone number information of the called terminal, the telephone number information of the corresponding integrated communication ID call connecting terminal, and a call connection request signal from the integrated communication ID call connecting terminal to execute a call connection procedure; A wireless data transmission / reception server provided at a front end of the integrated communication ID name providing server to perform data transmission / reception from the terminal for the integrated communication ID call through a swap network; The integrated communication ID of the USID, C-USID, and L-USID, which is built in DB in association with the actual telephone number of the terminal for the integrated communication ID call connection, is individually registered, and the integrated communication is performed through the wireless data transmission / reception server. Receives the phone number information and mode selection information of the terminal from the ID call connection terminal, and the integrated communication ID of the called party to be called, and extracts the actual telephone number information of the called party and transmits it through the wireless data transmission / reception server. Call connection system of the integrated communication ID, characterized in that the server configured to provide the integrated communication ID name executing the control routine

According to the present invention, wireless data communication and voice call are interlocked, so that a connection to a plurality of communication means is made by using a single unified communication ID so that the actual number of each communication means is not memorized one by one, and the convenience is excellent. In addition, since the voice call and the separate wireless data communication are separately performed, the registered information of the called party can be viewed simultaneously with the voice call.

Description

CALL SYSTEM OF A MULTI-COMMUNICATION ID AND METHOD OF THE SAME AND CALLING DEVICE OF A MULTI-COMMUNICATION ID}

1 is a schematic diagram showing a schematic configuration of a unified communication ID providing system according to a conventional embodiment;

2A is a table showing directory information for each communication ID registered in the integrated communication ID providing system;

2B is a diagram illustrating a setting state of basic directory information for each communication ID registered in the integrated communication ID providing system;

3 is a diagram illustrating a call connection network configuration through a call-in relay network according to a conventional embodiment;

4A and 4B illustrate a signal analysis process in a unified communication ID providing system according to a conventional embodiment;

5 is a schematic diagram schematically showing the configuration of a call connection system using a call connection terminal of the integrated communication ID according to an embodiment of the present invention;

6 is a diagram illustrating a setting state of basic directory information for each communication ID registered in the call connection system of the unified communication ID according to an embodiment of the present invention;

7 is a block diagram showing the configuration of a terminal for call connection of the unified communication ID according to an embodiment of the present invention;

8 is a schematic diagram showing a data transmission system through a call connection system of a unified communication ID according to an embodiment of the present invention;

9 is a diagram illustrating a structure of a data packet commonly used in a call connection terminal of an integrated communication ID and a call connection system using the terminal according to an embodiment of the present invention;

10A and 10B are flowcharts illustrating a signal flow of a call connection system of an integrated communication ID according to an embodiment of the present invention;

11 is a block diagram showing the configuration of a terminal for call connection of a unified communication ID according to another embodiment of the present invention;

12 is a schematic diagram schematically showing the configuration of a call connection system of the unified communication ID according to another embodiment of the present invention;

13A and 13B are flowcharts illustrating a signal flow of a call connection system of an integrated communication ID according to an embodiment of the present invention.

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

MIDNS: server for providing integrated communication ID name, A1 to An: terminal for connecting integrated communication ID call,

B1 to Bn: Recipient's terminal, WAPS: Wireless data transmission / reception server,

MCS: Mobile Communications Server.

The present invention relates to a call connection terminal of the integrated communication ID, a call connection system and a call connection method using the terminal, and more specifically, the user is composed of letters and other special characters, numbers, English, etc. in a separate selection mode. Enter the communication ID and operate the call button, the query is automatically received from the user without recognizing the actual phone number corresponding to the integrated communication ID through the WAP network. Call connection terminal and call connection system using the terminal, which generate the call connection request signal so that the called party identification system for the incoming call is composed of numbers, English, and other special characters, not letters, telephone numbers. It is about a method.

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, even when a specific user wants to call a specific third party using a mobile communication terminal, he / she inputs a mobile communication number and attempts to make a call using a business card provided from the third party, but cannot make a call. It is very inconvenient because you have to enter the work phone number written on the business card again 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 remembered both the web phone number of himself and the desired connection target. There was a limit to the spread of web phones due to the problem of having to.

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.

Accordingly, in order to solve the above problem, the applicant has filed a patent under the name of "Integrated Communication ID Providing System and Method thereof".

Hereinafter, the patent (integrated communication ID providing system and method) will be described in detail with reference to the accompanying drawings. 1 is a schematic diagram showing a schematic configuration of a unified communication ID providing system according to a conventional embodiment.

Referring to this, in the integrated communication ID providing system according to an embodiment of the present invention, an unspecified third party can use various types of communication means (mobile communication terminal, fax, landline, homepage, email, web phone, messenger, etc.) of a user using a mobile communication terminal. A single unified communication ID can be uniquely assigned to each user so that the unified specific communication ID (Multi-Communication ID) can be accessed by an unspecified third party through various communication networks. Representative ID of a plurality of directory information (mobile communication terminal number, fax number, landline telephone number, homepage URL, e-mail ID, web phone number, messenger ID ......., etc.) granted.

That is, when a user inputs a specific third party's unified communication ID through the unified communication ID providing system, the specific third party's mobile communication terminal, fax, and landline telephone may be set depending on whether the directory information of the unified communication ID is disclosed. You will be able to access your website, email, web phone and messenger in real time. For example, when it is necessary to access a home page of a specific third party, a user who recognizes only the third party's mobile terminal number can be provided with the homepage URL of the user without having to call the user of the corresponding number.

The integrated communication ID providing system is a representative name that a plurality of users can access to obtain or access information on various communication means, and an integrated communication ID providing server (MIDNS) for providing a unique integrated communication ID for each user is provided. .

The integrated communication ID providing server (MIDNS) assigns an integrated communication ID to each user, and converts various communication information of the corresponding user into directory information for each integrated communication ID. Therefore, the integrated communication ID providing server (MIDNS) has a first DB (DB1) storing personal information of the user and a second DB (DB2) storing the integrated communication ID information for each user and the directory information for the communication ID. Is provided.

The query information from the mobile communication terminals A1 to An is first transmitted to the mobile communication server MCS. The mobile communication server (MCS) determines whether the request signal from the mobile communication terminals (A1 to An) is a call connection or text data transmission. The integrated communication ID providing server (MIDNS) is a mobile communication server (MCS). Since the second DB (DB2) is opened, the mobile communication server (MCS) retrieves the information of the calling mobile communication terminals (A1 to An), the request information from the mobile communication terminal (MCS), and the receiving mobile communication terminal. (B1 to Bn) is searched.

Therefore, the mobile communication server (MCS) scans the information of the mobile communication terminals (A1 to An) of the instrumented sender to determine whether the subscriber is capable of making a call, and then selects the receiver's mobile communication terminals (B1 to Bn). If the corresponding recipient number is not searchable in the DB of the mobile communication server (MCS), a multi-scanning request is performed to determine whether the corresponding communication ID exists in the integrated communication ID providing server (MIDNS).

According to the scan request signal, the unified communication ID providing server MIDNS scans the second DB DB2 to scan in which table the unified communication ID exists, and if the unified communication ID is scanned, read the corresponding directory information. Take it and give it.

For example, if a user wants to connect to a specific user's mobile communication terminals B1 to Bn through the mobile communication terminals A1 to An, the integrated communication ID providing server indicates that the connection target device is a mobile communication terminal. When a unique number recognizable by the (MIDNS) is inputted and provided in front of the unified communication ID, it may enable faster communication connection.

2A is a table showing directory information for each communication ID registered in the integrated communication ID providing system.

Referring to this, the integrated communication ID and the directory information for each integrated communication ID established in the DB of the integrated communication ID providing server MIDNS are shown in FIG. 2A. The integrated communication ID providing server (MIDNS) is located between various communication devices, and can easily access various communication devices of a user having the corresponding integrated communication ID through a single unique integrated communication ID.

To this end, a second table DB2 of the integrated communication ID providing server MIDNS is provided with a plurality of table diagrams 10, and communication devices for generating data (e.g., mobile communication terminals, landline telephone terminals, PCs). The integrated communication ID providing server (MIDNS) is connected to a relay device (for example, various relay servers, repeaters, root servers, etc.) to which the communication device first connects.

Accordingly, in the table 10, the directory information is classified based on the unified communication ID (eg, pine, 1004 pine, * Hong Gil-dong * ..... etc.) donated by the unified communication ID providing server (MIDNS). It is registered. In this case, the unified communication ID 12 may be freely configured according to the user's selection, including all Korean, English, numbers, special characters, image data, and video data. After searching whether the unified communication ID 12 of the other registered users overlaps with the unified communication ID 12 to be registered, the unified communication ID 12 which is desired to be registered is different from the unified communication ID of the other user. If it is a unique one that is not duplicated, it can be registered.

One unified communication ID 12 has directory information registered for various communication targets according to the user's wishes. The directory information includes mobile phone information 14 (e.g., 011-123-4567) and home telephone number (e.g., 16). , 02-123-4567), work telephone number 18 (eg, 02-123-8910), homepage information (20: eg, WWW. Hongdong.co.kr), E-Mail information (22: eg, Hongdong @ mails.net), vehicle number, child's real name, dog's number, child's image information, etc. can be registered.

At this time, the directory information, which is sub-information of the integrated communication ID 12, should be assigned a unique number for each communication device. For example, the mobile phone information may be defined as 1, the home phone number 2, the work phone number 3, the home page 4, the E-mail 5, and the like.

In addition, the directory information registered on the basis of the unified communication ID 12 may be disclosed or closed according to the user's wishes, and only specific information may be closed.

The purpose of assigning a unique number to each directory information is for the sender to quickly access the receiver or to provide only the information requested by the sender. For example, if a caller uses the mobile communication terminals A1 to An to request the homepage information of a recipient having an integrated communication ID of "pine" to the integrated communication ID providing server (MIDNS), the caller should use "4 pine". It transmits to the integrated communication ID providing server (MIDNS).

Then, the unified communication ID providing server MIDNS first scans the unified communication ID (eg, pine) among the information of the second DB DB2, and then searches for "4" in the directory information of the unified communication ID (eg, pine). The information on the homepage to be read is read and transmitted to the mobile communication terminals A1 to An of the corresponding source. At this time, a unique number (eg, 1, 2, 3, 4, 5 ...) that characterizes each access object is not limited to the number but also includes various special characters, general characters, and the like.

2B is a diagram illustrating a setting state of basic directory information for each communication ID registered in the integrated communication ID providing system.

Referring to this, in the second DB DB2 of the integrated communication ID providing server MIDNS, a plurality of table diagrams 10 are configured, and communication devices (eg, mobile communication terminals, wired telephone terminals, PCs) generating data. The integrated communication ID providing server (MIDNS) is connected to a relay device (for example, various relay servers, repeaters, root servers, etc.) to which the communication device first connects.

In this case, the integrated communication ID providing server (MIDNS) is connected to each communication device (e.g., mobile communication terminal, wired telephone terminal, PC. ... Information) can be set as a communication device for basic reception.

That is, a specific user can access the integrated communication ID providing server (MIDNS) using the mobile communication terminals A1 to An or a PC (not shown) to set a basic communication device which is desired to receive. For example, if the user sets the home wired telephone as the basic communication device, the user connects to the integrated communication ID providing server (MIDNS) by using a PC or the mobile communication terminals A1 to An. You can check the device information.

In addition, when an unspecified third party desires to make a call with a specific user, for example, a user whose integrated communication ID is "pine" by using the mobile communication terminals A1 to An or other communication devices, the unspecified third party has his / her mobile communication. Only the " pine " which is the unified communication ID of the receiver is input to the terminals A1 to An, and the call button 32 is operated.

Then, the integrated communication ID providing server (MIDNS) scans the phone number of the user who registered the integrated communication ID called "pine". In this case, the integrated communication ID providing server (MIDNS) determines whether the corresponding receiving user has registered the basic communication device, and if the corresponding user has registered a home telephone (eg, 02-123-4567) as the basic communication device, the corresponding phone. Extract number data and connect to call. A description of a process of attempting to access a call by extracting a phone number from the integrated communication ID providing server (MIDNS) through an intelligent network will be described later.

In short, the present invention requires the caller to input the unified communication ID (eg, pine) of the receiver, and uses the unified communication ID to specify communication device selection information for designating any one of various communication devices connectable using the unified communication ID. Only when the ID providing server (MIDNS) is transmitted to the integrated communication ID providing server (MIDNS) recognizes which communication device of the receiver that the caller has a specific integrated communication ID to execute the call connection, the present invention is As described above, the receiver can register the setting for the basic communication device in the integrated communication ID providing server (MIDNS), so that the sender can achieve the purpose of talking with the receiver, and the receiver can reflect his situation as much as possible. Any communication device (eg, home telephone) can be made intensively used as desired.

In the above manner, an unspecified third party's access to a communication device other than the communication device (for example, home telephone) set by the receiver as a default may or may not be enabled. That is, the receiver can access only the communication device (eg, home phone) set as a default when an unspecified third party tries to connect to a call or other data communication path using his unified communication ID (eg, pine). It is possible to block the other communication devices from making them inaccessible, and differently, the caller selects a specific communication device (for example, a mobile terminal) together with the receiver's unified communication ID (for example, pine tree) to access it. You can keep it open if you try to.

3 is a diagram illustrating a call connection network configuration through a call network relay network.

Referring to this, the integrated communication ID providing system may configure a network between mobile communication terminals, mobile communication terminals and wired telephone terminals, a remote service server having a unique URL with a mobile communication terminal, a mobile communication terminal and a fax terminal. . 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 the mobile communication network of FIG. 1 and may be similarly applied to the wired communication network. Figure 6a 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 mobile communication terminals A1 to An, the mobile communication network 100 includes a base station 102, 104, 106 ..... Is provided, and the switch 108, 110... Is provided for interpreting the signal based on the call connection request signal 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 mobile communication terminals A1 to An.

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 based on numbers, the IDs or numbers given to connect to mobile communication terminals A1 to An, wired terminals C1 to Cn, and various servers must be number based. It is impossible to indicate the characteristics of the company and the personality of the individual. 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, there is provided a connection switch (300 ....) for connecting the wireless communication network 100 and the wired communication network (200).

The integrated communication ID providing server (MIDNS) is connected to the intelligent network switch (112, 114 ...), and communication devices (servers) which are various call connection targets using the connection 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 it can be connected to, a fax, a wired / wireless terminal, etc.). 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 text input) according to the present invention may be configured with a preset code for signal data for call connection, that is, an integrated communication ID of letters or numbers. 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 numerical codes that can be interpreted since they are number-based.

Therefore, when the user inputs "pine 00" as the unified communication ID through the mobile communication terminals A1 to An as shown in FIG. 3, the mobile communication terminals A1 to An have the corresponding unified communication ID (for example, pine 00 ) Is converted into a specific numerical access code (e.g., 14568900) by a pre-stored code conversion algorithm (CEXA). Here, " 00 " of " pine 00 " is a communication device code indicating the mobile communication terminals A1 to An, and the total number of digits is how the code is composed and the total number of users who are given the total unified communication ID. It may differ according to. Therefore, the user who inputs only "pine 00" can recognize that he is trying to connect with the mobile communication terminals A1 to An.

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 the database (e.g., DB5) for the access code (14568900), and if the database (DB5) for the access code (14568900) is not searched, the integrated communication ID is provided. 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). The intelligent network switch 112 then attempts to call through the exchange (eg 110) and the base station (eg 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 established between a specific mobile communication terminal (eg, A1) (eg, An), and the receiving side mobile communication terminal (An) converts the access code 54678900 transmitted when the call is connected to the code conversion algorithm (CEXA). By converting into a character (sender integrated communication ID: for example, Hong Gil-dong 00) and outputting the screen. The scheme for the code conversion algorithm (CEXA) will be described later with reference to FIGS. 8A, 8B, and 8C.

The character-code conversion system shown in FIG. 4A is a method of converting a character consisting of consonants and vowels into a code combination by assigning a number, which is a specific code, to each consonant and vowel in advance.

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 connection code generates a frequency corresponding to "173411301536" corresponding to the connection code. 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 switches 112, 114 .... and the switches 108, 110 ... To make a call connection.

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

However, in the case of the invention of the " integrated communication ID providing system and method ", the encoded code corresponding to the intelligent network switch 112, 114 .... and the switch 108, 110 .... is decoded. Since the transcoding algorithm must be equipped with more transcoding algorithms in all intelligent network exchangers (112, 114 ....) and exchanges (108, 110 ....), it is economically disadvantageous to build a new system. The disadvantage is that the time required is relatively long.

In addition, in the case of the " integrated communication ID providing system and method thereof ", an encoding algorithm for converting a character into a numeric code must be installed in the user's mobile communication terminals A1 to An, and the character is converted into a number. In addition, it is necessary to decode the number again, extract the actual telephone number corresponding to the decoded code, and transmit it to the user's mobile communication terminal (A1 to An). The disadvantage is that it takes a little more time.

The present invention has been made in view of the above-described prior art, and when a user inputs an integrated communication ID made of letters and other special characters, numbers, English, etc. in a separate selection mode, and manipulates a call button, the user does not recognize it. In the unsuccessful state, the system automatically receives the actual telephone number corresponding to the integrated communication ID through the WAP network and receives the actual telephone connection request signal from the actual telephone number. An object of the present invention is to provide a call connection terminal of an integrated communication ID, a call connection system and a call connection method using the terminal, which are made of numbers, English, and other special characters, not telephone numbers.

Another object of the present invention is the user inputs the integrated communication ID consisting of letters and other special characters, numbers, English, etc. in a separate selection mode, and automatically manipulates the call button (WAP) in the state that the user does not recognize The actual telephone number corresponding to the integrated communication ID is queried through the network, and the caller identification system for receiving the call is generated by generating the actual call connection request signal from the actual telephone number provided. A processor made of other special characters; At the same time, a processor for accessing a pre-registered wireless homepage and outputting the corresponding information to the caller's mobile terminal is provided with a separate processor, which is configured to enable a multi-communication call connection terminal. An object of the present invention is to provide a call connection system and a call connection method using the terminal.

In order to achieve the above object, according to a preferred embodiment of the present invention according to the user's selection operation, the input of the other party's telephone number, the input of the voice message for the preparation of the voice message, a plurality of menus for selection of various menu functions A function key button and a mode (USID, C-USID, L-USID mode) selection key signal for each unified communication ID and a separate key signal for generating various selection means for the communication means connected to the called party by the corresponding unified communication ID. A key input unit provided with key buttons; For example, a liquid crystal for visually displaying a message of a pre-registered called party, while visually displaying 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 and the reservation transmission time setting. A display unit made of thin display means such as a display element; 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 signal or text information from the other party's mobile communication terminal, wired telephone terminal or mobile communication exchange through the antenna and duplexer; A transmitter for filtering and amplifying the code information set according to the voice signal and the message setup mode input from the microphone; 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; Input the respective communication ID through the key input unit, and by selecting the incoming communication means, and stores the code information for each integrated communication ID (basic integrated communication ID, personal registration integrated communication ID, local commercial integrated communication ID), A memory for storing code information about an incoming communication means (mobile phone, home phone, company phone, fax, e-mail, etc.) and storing screen information for each code information and incoming communication means to be displayed on the screen through the display unit; When the call request signal generated by the integrated communication ID and the call button (not shown) input through the key input unit is applied, a data packet to be transmitted is generated, and the data packet is transmitted through a wireless data transmission / reception server. An automatic connection request algorithm for transmitting to a unified communication ID name providing server and automatically receiving a real phone number from the unified communication ID name providing server and automatically generating a call connection request signal for the corresponding phone number; 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. Unified communication ID and a call connection terminal, characterized in that the control unit for controlling the automatic connection request algorithm to automatically execute the call connection through the generation of the data packet for the selected incoming communication means and the actual telephone number received Is provided.

Preferably, the data packet generated by the automatic access request algorithm includes the calling party's telephone number, the integrated communication ID mode selection data, the called party's integrated communication ID, and the communication means identifier data intended to be connected by the called party. Provided is a terminal for call connection of an integrated communication ID.

On the other hand, the present invention is provided with a key operation unit capable of inputting numbers and letters, a mode selection button for selecting the USID mode, C-USID mode, L-USID mode is provided, and the receiver side integrated communication ID is inputted When the call button is operated, it automatically connects to the preset server by a swap network and transmits the calling party's telephone number information and the called party's integrated communication ID, and generates the automatic call connection request signal to the actual telephone number provided from the server. Unified communication ID call connection terminal configured to perform; A mobile communication server receiving the telephone number information of the called terminal, the telephone number information of the corresponding integrated communication ID call connecting terminal, and a call connection request signal from the integrated communication ID call connecting terminal to execute a call connection procedure; A wireless data transmission / reception server provided at a front end of an integrated communication ID name providing server to perform data transmission / reception from a terminal for connecting an integrated communication ID through a swap network; The integrated communication ID of the USID, C-USID, and L-USID, which is built in DB in association with the actual telephone number of the terminal for the integrated communication ID call connection, is individually registered, and the integrated communication is performed through the wireless data transmission / reception server. Receives the phone number information and mode selection information of the terminal from the ID call connection terminal, and the integrated communication ID of the called party to be called, and extracts the actual telephone number information of the called party and transmits it through the wireless data transmission / reception server. Provided is a call connection system of an integrated communication ID, comprising a server providing a unified communication ID name for executing a control routine.

Preferably, the unified communication ID name providing server, the personal information of the unified communication ID registrant and the actual phone number information of the unified communication ID registrant and the actual number for each communication means, the unified communication ID associated with the actual phone number, each unified communication ID C-USID information for each registrant, the actual telephone number of the C-USID target, a database for storing L-USID data classified and registered for each region is further provided, the call connection system of the integrated communication ID.

Preferably, an integrated communication ID call connection system is provided, wherein the integrated communication ID registered in the integrated communication ID name providing server may be registered as letters, numbers, various special characters, English, barcodes, and image data.

On the other hand, the present invention collectively provides the integrated communication ID uniquely to enable real-time access and real-time information, and the server, relay providing the integrated communication ID of the connection information and various open information of the various communication means that can be connected A server, comprising: a process of registering a unified communication ID and a connection telephone number by a unified communication ID name providing server; Generating a selection signal for one of the unified communication IDs (USID, C-USID, L-USID) from the unified communication ID call connection terminal; Receiving, by the terminal for the integrated communication ID call connection, a key input of the called party's general integrated communication ID and communication means identifier information; Generating a call connection request signal through the integrated communication ID call connection terminal; Generating, by the integrated communication ID call connection terminal, a data packet including a called party's integrated communication ID and communication means identifier information through an automatic connection request algorithm; Connecting the integrated communication ID call connection terminal to a predetermined integrated communication ID name providing server through a swap network; Transmitting, by the integrated communication ID call connection terminal, the called party's integrated communication ID and communication means identifier information; Extracting and transmitting, by the integrated communication ID name providing server, actual communication means number information associated with the called party's integrated communication ID; Receiving, by the integrated communication ID call connection terminal, actual communication means number information, and automatically generating a call connection request signal for the corresponding communication means number information to the base station; The integrated communication ID call connection method is provided, wherein the integrated communication ID call connection terminal is connected to a called terminal.

Preferably, the step of separately registering the personal registration Unified Communications ID (C-USID) for each caller to the Unified Communications ID name providing server; Transmitting, by the integrated communication ID call connection terminal, the corresponding integrated communication ID mode selection information (C-USID), the called-side integrated communication ID and communication means identifier information; The integrated communication ID name providing server further comprises the step of extracting a personal communication registered personal communication ID for each sender, and extracting and transmitting the actual communication means number information associated with the personal registration integrated communication ID, further comprising the integrated communication ID Call connection method.

Preferably, the integrated communication ID name providing server receives and registers a plurality of regional commercial integrated communication IDs according to a category of the local commercial integrated communication ID; Transmitting, by the integrated communication ID call connection terminal, corresponding integrated communication ID mode selection information (L-USID), local commercial integrated communication ID input information, and communication means identifier information; The unified communication ID name providing server extracts a plurality of pre-registered local commercial unified communication IDs (L-USIDs) classified as the unified communication IDs in a corresponding region, and is connected to the local unified commercial IDs (L-USID). Extracting and transmitting actual communication means number information; There is provided a call connection method of an integrated communication ID, further comprising the step of selecting an actual telephone number associated with any one of the local commercial integrated communication IDs from the integrated communication call connection terminal.

On the other hand, in the known mobile communication terminal consisting of a key input unit, a display unit, an antenna, a duplexer, a receiving unit, a transmitting unit, a voice processing unit, a speaker, a microphone, and a memory, each integrated communication ID input is performed by key operation of the key input unit. And determining a selection state of the incoming communication means, reading the corresponding code information and the screen information from the memory and displaying the code information and the screen information through the display unit, and generating the integrated communication ID inputted through the key input unit and the data packet for the selected incoming communication means. And a voice call control unit controlling an automatic connection request algorithm to be described later to automatically execute a call connection through reception of an actual telephone number. When the integrated communication ID input through the key input unit and the call request signal generated by the call button are applied, generate a data packet to be transmitted, and provide the integrated communication ID name through the wireless data transmission / reception server. It transmits to the server, receives the real phone number and the called party's homepage URL information from the integrated communication ID name providing server automatically generates a call connection request signal for the corresponding phone number, and automatically connects to the called party's homepage URL. A connection request algorithm; A wireless communication module that matches the protocol with the wireless data transmission / reception server according to each communication codec, and receives actual telephone number and URL information of a specific unified communication ID through data transmission / reception with the wireless data transmission / reception server; ; In addition to the automatic connection request algorithm, the control unit generates a data packet requesting the actual telephone number data transmission for a specific integrated communication ID input through a key input unit, and transmits and controls the data packet to a remote server. Receives the actual telephone number information of the ID and the wireless homepage URL information of the called party and transmits the data to the automatic connection request algorithm and the voice call controller, and accesses to the wireless homepage URL and outputs the information separately from the voice call. There is provided a call connection terminal of an integrated communication ID, comprising a wireless data communication control unit for controlling.

In addition, the present invention is a wireless voice call network including a well-known mobile communication server for making a voice call through a wireless terminal, the voice call unit performing a general voice call function, and the specific incoming call number in association with the voice call unit When a call connection signal is generated, an algorithm for automatically generating a wireless homepage connection request signal for a corresponding telephone number is provided therein, and a wireless data communication unit for accessing the wireless homepage URL of the called party to view information regardless of a voice call. Integrated communication ID call connection terminal provided with; A wireless data transmission / reception server provided at a front end of an integrated communication ID name providing server to perform data transmission / reception from a terminal for connecting an integrated communication ID through a swap network; DB is constructed by interworking each phone number and URL of a wireless homepage, and when the called party's telephone number information is authorized from the terminal for accessing the integrated communication ID through the wireless data transmitting / receiving server, it is associated with the called party's telephone number. An integrated communication ID call connection system is provided, which comprises an integrated communication ID name providing server that executes a control routine to extract wireless homepage URL information and transmit the wireless homepage URL information through the wireless data transmission / reception server.

On the other hand, the present invention is the process of selecting the general telephone mode selection information and the called party's telephone number information from the terminal for the integrated communication ID call; Generating an operation signal of a call button from the integrated communication ID call connection terminal; Generating, by the integrated communication ID call connection terminal, a call connection request signal to a mobile communication network including a base station and a switch; At the same time, the integrated communication ID call connection terminal transmitting the information on the telephone number to the integrated communication ID name providing server via a wireless data transmission / reception server; Determining, by the integrated communication ID name providing server, whether wireless homepage URL information matching the corresponding telephone number is registered; Extracting, by the integrated communication ID name server, corresponding information if a wireless homepage URL for the corresponding telephone number exists; Transmitting, by the integrated communication ID name providing server, wireless homepage URL information to the integrated communication ID call connection terminal; The integrated communication ID call connection method is provided, wherein the integrated communication ID call connection terminal is connected to a corresponding wireless homepage.

Preferably, when the call release signal for wireless data communication is generated from the integrated communication ID call connection terminal irrespective of the voice call in the integrated communication ID call connection terminal, the call of the wireless data communication is further included. Provided is a call connection method of an integrated communication ID.

Preferably, if it is determined that the wireless homepage URL information matching the telephone number is unregistered, the integrated communication ID name providing server further includes transmitting unregistered information to the corresponding communication ID call access terminal. Provided is a call connection method of an integrated communication ID.

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

5 is a schematic diagram showing the configuration of a call connection system using a call connection terminal of the integrated communication ID according to an embodiment of the present invention.

Referring to this, in a call connection system using a call connection terminal of an integrated communication ID according to an embodiment of the present invention, a user inputs an integrated communication ID including letters and other special characters, numbers, and English in a separate selection mode. And, if the call button is operated, the actual phone number corresponding to the corresponding unified communication ID is provided through the WAP network automatically when the user does not recognize the actual call connection request signal. By generating a caller identification system for the incoming call is not a letter, telephone number, but a number, English, other special characters, bar codes, registration image data.

"Integrated Communication ID" illustrated in the present invention is a character (Hong Gil-dong, Superman, Angel, etc.) and other special characters (@@, ^^, **, etc.), numbers (1004, 4989, etc.), English (Zang, King, It is composed of free forms such as Lover, barcode, and image data, and it is possible to openly register and delete according to user's choice. It can be called a category of telephone numbers in that it can make a voice call by making a call connection by inputting "Unified Communication ID", and in terms of an ID for accessing various communication means (fax, email, homepage, etc.) of the called party, It is said to be included in a much broader category than the category of numbers. In addition, in the case of a general unified communication ID, a plurality of duplicate IDs may not exist, and thus, may have a nature of a domain in this respect.

Therefore, the call connection system using the call connection terminal of the integrated communication ID according to an embodiment of the present invention, unlike the integrated communication ID providing system filed by the present applicant, replaces the letters with numbers in the terminal and the system There is no encoding operation to convert the number into the corresponding character. A call connection system using a call connection terminal of an integrated communication ID according to an embodiment of the present invention corresponds to an integrated communication ID of a called party input by an unspecified user through the user mobile communication terminals A1 to An. Receives actual phone number through WAP network, which is a wireless data network, and automatically attempts to connect to the call without the corresponding calling user using the actual phone number provided by the mobile terminal A1 to An. System.

Therefore, although the calling user inputs the called party's unified communication ID (for example, " Hong Gil Dong "), which is an action during a general telephone call, and operates the call button, the mobile communication terminals A1 to An of the calling user are automatically integrated. Attempts to connect to the communication ID name providing server (MIDNS) via a swap network and requests the actual telephone number (eg, 011-234-5678) of the called party's unified communication ID (Hong Gil-dong), and the unified communication ID name providing server ( MIDNS) transmits the actual telephone number information (011-234-5678) of the called party through the swap network. Then, the mobile communication terminals A1 to An of the calling user automatically generate a call connection signal for the called party's actual telephone number 011-234-5678. This sequence of steps takes place within a second or two, so the calling user will not be aware of the sequence of events taking place through the system.

In addition, the mobile communication terminals A1 to An for performing this series of routines input a numeric telephone number and perform a voice call in the same manner as in the conventional art, and a general USID mode (that is, a unified communication ID). Call Mode), C-USID Mode (Unified Communication ID Call Mode for Personal Registration), and L-USID Mode (Local Commercial Unified Communication ID Call Mode). In this case, since the conventional general mode and the general USID mode have been described above, further description thereof will be omitted, and the C-USID mode and the L-USID mode will be described in detail.

C-USID mode (Unified Communication ID Call Mode for Personal Registration) attempts to access a call using the unified communication ID registered and edited independently regardless of the general USID by interworking with a general unified communication ID (eg, a general USID). Mode. To this end, the mode selection buttons are separately provided in the mobile communication terminals A1 to An, and information on the corresponding mode is included in the packet when generating the data packet of the unified communication ID.

For example, when the called party's general unified communication ID is "Chunhyang", it is a unified communication ID that is publicly used, such as a domain, and its actual telephone number (for example, 011-234-5678) is its unified communication ID, "Chunhyang". Is connected to the registered communication ID name providing server (MIDNS), but apart from this, if a specific caller registers "my wife" instead of "Chunhyang" in the integrated communication ID name providing server (MIDNS), the caller Cannot be dialed to 011-234-5678, the actual telephone number of "Chunhyang". Accordingly, in the case of such a personal registration, it is possible to register with the Unified Communications ID Name Providing Server (MIDNS) so that it can be used in the C-USID mode and use a separate Unified Communications ID of "Manu". Therefore, such C-USID is allowed to be duplicated personally. That is, an unspecified user A may register C-USID information of "manu" in the unified communication ID name providing server (MIDNS), and the user of B also "pushes" in the unified communication ID name providing server (MIDNS). C-USID information can be registered, and the actual telephone number for each "wife" of each user is different.

The L-USID is an integrated communication ID used for local commercial use, and a plurality of companies or stores are registered as L-USID in the integrated communication ID name providing server (MIDNS). The L-USID is registered in each industry and the trade name in the integrated communication ID name providing server (MIDNS), for example, industry representatives of specific regional units such as Dong, Myeon, Lee (Jejang, Janbong, Florist, etc.) It is classified as being classified as commercially used to extract, view and call access to the information.

This "unified communications ID" is an advantage of being able to call a called party who has been disconnected for a long time with the concept of a lifetime telephone number, even if the actual telephone number is changed by personal circumstances, unless the corresponding unified communications ID is changed. The advantage of being able to access a variety of communication means by using the integrated communication ID of the very innovative communication system, and various system applications are possible.

To this end, the call connection system using the call connection terminal of the integrated communication ID according to an embodiment of the present invention is provided with a key operation unit capable of inputting numbers and letters, USID mode, C-USID mode, L-USID A mode selection button is provided to select a mode, and when the called party's unified communication ID is input and the call button is operated, it automatically connects to the preset server by a swap network and transmits the calling party's telephone number information and the called party's unified communication ID. There is provided an integrated communication ID call connection terminal (A1 to An) configured to perform an automatic connection routine to generate an automatic call connection request signal to an actual telephone number provided from a server.

In addition, in the call connection system using the call connection terminal of the integrated communication ID according to an embodiment of the present invention, the telephone number information of the called terminal B1 to Bn from the integrated communication ID call connection terminals A1 to An is described. And a known mobile communication server (MCS) that executes a call connection procedure by receiving telephone number information of the corresponding integrated communication ID call connection terminals A1 to An and a call connection request signal.

A wireless data transmission / reception server (WAPS) provided at the front end of the integrated communication ID name providing server (MIDNS) to perform data transmission and reception from the integrated communication ID call connection terminals (A1 to An) via a swap network is provided. do.

On the other hand, the present invention separately registers the integrated communication ID of the USID, C-USID, L-USID established DB in conjunction with the actual phone number of the terminal for the integrated communication ID call connection (A1 to An), the wireless data The phone number information and mode selection information of the terminal, and the unified communication ID of the called party are received from the unified communication ID call connection terminals A1 through An through a transmit / receive server WAPS. There is provided an integrated communication ID name providing server (MIDNS) which executes a control routine to extract telephone number information and transmit it via the wireless data transmission / reception server (WAPS).

In addition, the first, second, third, fourth database (DB1, DB2, DB3, DB4) built in the unified communication ID name providing server (MIDNS) is the personal information of the unified communication ID registrant and the actual telephone number of the unified communication ID registrant Information and the actual number of each communication means, the integrated communication ID associated with the actual telephone number, the C-USID information of each registered communication ID registrant and the actual telephone number of the C-USID subject, and the L-USID data classified and registered by each region. Are stored databases.

FIG. 6 is a diagram illustrating a setting state of basic directory information for each communication ID registered in a call connection system of an integrated communication ID according to an embodiment of the present invention.

Referring to this, the second DB (DB2) of the integrated communication ID providing server (MIDNS) is composed of a plurality of table diagram 10, the integrated communication ID connected to the actual telephone number and the number of various actual communication means to the DB It is built.

In this case, the integrated communication ID providing server (MIDNS) is connected to each communication device (e.g., mobile communication terminal, wired telephone terminal, PC. ... Information) can be set as a communication device for basic reception.

That is, a specific user can access the integrated communication ID providing server (MIDNS) using the mobile communication terminals A1 to An or a PC (not shown) to set a basic communication device which is desired to receive. For example, if the user sets the home wired telephone as the basic communication device, the user connects to the integrated communication ID providing server (MIDNS) by using a PC or the mobile communication terminals A1 to An. You can check the device information.

In addition, when an unspecified third party desires to make a call with a specific user, for example, a user whose integrated communication ID is "pine" by using the mobile communication terminals A1 to An or other communication devices, the unspecified third party has his / her mobile communication. Only the " pine " which is the unified communication ID of the receiver is input to the terminals A1 to An, and the call button 32 is operated. Then, the unified communication ID providing server (MIDNS) receives the information and the mode selection information on the unified communication ID via the wireless data transmission / reception server (WAPS), and writes the unified communication ID called "pine". Scan the phone number of the registered user.

In this case, the integrated communication ID providing server (MIDNS) determines whether the corresponding receiving user has registered the basic communication device, and if the corresponding user has registered a home telephone (eg, 02-123-4567) as the basic communication device, the corresponding phone. Extract number data and connect to call. A description of a process of attempting to access a call by extracting a phone number from the integrated communication ID providing server (MIDNS) through an intelligent network will be described later.

In short, the present invention requires the caller to input the unified communication ID (eg, pine) of the receiver, and uses the unified communication ID to specify communication device selection information for designating any one of various communication devices connectable using the unified communication ID. Only when the ID providing server (MIDNS) is transmitted to the integrated communication ID providing server (MIDNS) recognizes which communication device of the receiver that the caller has a specific integrated communication ID to execute the call connection, the present invention is As described above, the receiver can register the setting for the basic communication device in the integrated communication ID providing server (MIDNS), so that the sender can achieve the purpose of talking with the receiver, and the receiver can reflect his situation as much as possible. Any communication device (eg, home telephone) can be made intensively used as desired.

In the above manner, an unspecified third party's access to a communication device other than the communication device (for example, home telephone) set by the receiver as a default may or may not be enabled. That is, the receiver can access only the communication device (eg, home phone) set as a default when an unspecified third party tries to connect to a call or other data communication path using his unified communication ID (eg, pine). It is possible to block the other communication device from making it inaccessible, and differently, the caller selects a specific communication device (for example, a mobile terminal) together with the recipient's unified communication ID (for example, pine tree) to access it. You can keep it open if you try to.

7 is a block diagram showing the configuration of a terminal for call connection of the unified communication ID according to an embodiment of the present invention.

Referring to this, the call connection terminals A1 to An of the unified communication ID according to an embodiment of the present invention may include a key input unit 40, a display unit 42, an antenna 43, a duplexer 44, and a receiver ( 46, a transmitter 48, a voice processor 50, a speaker 52, a microphone 54, a memory 56, an automatic connection request algorithm 58, and a controller 60.

In the figure, the key input section 40 has a plurality of function key buttons for inputting a telephone number of the other party according to a user's selection operation, inputting a voice message for creating a voice message, and selecting various menu functions. 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. In addition, the key input unit 40 specified in the present invention is a variety of communication means of the called party connectable by the mode (USID, C-USID, L-USID mode) selection key signal of each unified communication ID and the corresponding unified communication ID. There is provided a separate key button for generating a selection key signal for.

That is, 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, C-USID, etc.) through a specific menu key and confirmation key (not shown) among the key input unit 40. L-USID) to generate an identification signal, and select the incoming communication means (e.g., mobile phone, home landline phone, office landline phone, fax, wireless homepage, mail server, financial server, etc.) Attempt to connect or transfer the entered data.

The display unit 42 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 40 and the reservation transmission time, and the wireless data transmission. It consists of thin display means such as, for example, a liquid crystal display element for visually displaying a message of a pre-registered called party transmitted from the integrated communication ID name providing server MIDNS via a receiving server WAPS.

The duplexer 44 performs radio communication with a base station of a mobile communication network through the antenna 43 to separate a signal transmitted / received, and the receiver 46 is the antenna 43 and the duplexer 44. Receives a voice signal or text information from the other party's mobile communication terminal, wired telephone terminal or mobile communication exchange (not shown) through the transmission unit 48, the voice signal and the message input from the microphone 54 is set Code information set according to the mode is filtered and amplified so that transmission is possible.

In addition, the voice processing unit 50 processes the voice signal received from the other party received through the receiving unit 46 to be output through the speaker 52, and the user's voice received from the microphone 54. The signal is processed and output to the transmitter 48.

The memory 56 inputs each integrated communication ID through the key input unit 40 and selects an incoming communication means. Each integrated communication ID (basic integrated communication ID, integrated communication ID for personal registration, local commercial integrated communication ID) is selected. It stores the code information for each, and stores the code information for a variety of incoming communication means (mobile phone, home phone, company phone, fax, e-mail, etc.), and by the code information to be displayed on the screen through the display unit 42, incoming communication The screen information for each means is stored.

In addition, the automatic connection request algorithm 58 generates a data packet to be transmitted when the call request signal generated by the integrated communication ID and the call button (not shown) input through the key input unit 40 is applied. The data packet is transmitted to the unified communication ID name providing server (MIDNS) via the wireless data transmission / reception server (WAPS), and the actual phone number is authorized from the unified communication ID name providing server (MIDNS). Algorithm that automatically generates call connection request signal for number. In this case, the data packet generated by the automatic connection request algorithm 58 will be described later with reference to FIG. 9.

The control unit 60 judges each integrated communication ID input and a selection state of the incoming communication unit by the key operation of the key input unit 40, reads the corresponding code information and screen information from the memory 56 and displays the display unit. And an automatic connection request algorithm for automatically executing a call connection through the generation of a data packet for the unified communication ID and the selected incoming communication means and the actual telephone number input through the key input unit 40. Control 58.

8 is a schematic diagram showing a data transmission system through a call connection system of an integrated communication ID according to an embodiment of the present invention.

Referring to this, the call access system of the integrated communication ID according to an embodiment of the present invention is based on a system for performing data transmission / reception using a wireless data network and a wireless voice communication network, respectively.

In order to recognize the call connection request signal generated from the integrated communication ID call connection terminals (A1 to An), a known base station (62, 64 ..... ), And an exchanger (66 ....) for interpreting the signal based on the call connection request signal applied through the base stations (62, 64 ...). The switch 66... Is configured with a signal analyzer (Dial Tone Receiver) for analyzing signals generated from the above-mentioned communication ID call connection terminals A1 to An. Since the configuration of the mobile communication network and the voice processing routine in the network are already known, further description thereof will be omitted.

In this case, since the dial tone receiver is a number-based interpreter, call connection signals must also be number-based, so it is very difficult to construct a letter-based exchange system such as a domain, and a character-based exchange system. In order to establish a, all of the integrated communication ID call connection terminals A1 to An must be replaced with new terminals.

Accordingly, in the present invention, a system is constructed to enable a call connection for a voice call, which is a general telephone function, by using only the integrated communication ID operating on a text basis. To this end, a wireless data transmission / reception server (WAPS) provided at the front end of the unified communication ID name providing server (MIDNS) to transmit and receive data from the unified communication ID call connection terminals (A1 to An) through a swap network is provided. .

On the other hand, the present invention separately registers the unified communication ID of the USID, C-USID, L-USID established DB in conjunction with the actual phone number of the unified communication ID call connection terminals (A1 to An), the wireless The phone number information and mode selection information of the terminal and the unified communication ID of the called party are received from the unified communication ID call connection terminals A1 to An via a data transmission / reception server WAPS. There is provided an integrated communication ID name providing server (MIDNS) which executes a control routine to extract actual telephone number information and transmit it via the wireless data transmission / reception server (WAPS).

Therefore, when the calling user inputs the called party's unified communication ID (for example, " Hong Gil Dong ") and operates the call button, the mobile communication terminals A1 to An of the corresponding calling user automatically receive the unified communication ID name providing server (MIDNS). Attempts to connect through a swap network to request the actual phone number of the called party's unified communications ID (Hong Gil-dong) (eg, 011-234-5678), and the unified communications ID name providing server (MIDNS) is called through the swap network. Send actual phone number information (011-234-5678). Then, the mobile communication terminals A1 to An of the calling user automatically generate a call connection signal for the called party's actual telephone number 011-234-5678.

Then, the call connection signal executes a call connection routine for a general voice call, for example, the call connection signal is transmitted to the exchange 66 via the base stations 62 and 64, and the connection exchange 68 and the exchange (70) A call connection is made to the destination mobile communication terminals B1 to Bn via the base stations 72 and 74. At this time, the called-side mobile communication terminals B1 to Bn may be terminals for an integrated communication ID call connection, or may be general mobile communication terminals.

Therefore, the present invention automatically sends and receives actual phone number data and automatically calls routines on the basis of inputting the called party's telephone number with the donated letters using the wireless network WAP network and voice call network. Since the gist of the present invention, even if a part of the configuration or a part of the function is somewhat changed, it will be included in the scope of the present invention as long as it does not depart from the gist of the present invention.

9 is a diagram illustrating a structure of a data packet commonly used in a call connection terminal of an integrated communication ID and a call connection system using the terminal according to an embodiment of the present invention.

Referring to this, the data packet 76 generated by the integrated communication ID call connection terminals A1 to An according to an embodiment of the present invention and transmitted to the integrated communication ID name providing server MIDNS includes a general data packet. Similarly, it consists of a header (H: 78) indicating the start of data and a tail (T: 82) indicating the end of the packet, and the content (C: 80) containing the contents of the packet therebetween.

At this time, the data packet 76 of the present invention is composed of its contents 80, and includes telephone number data 802 of the integrated communication ID call connection terminals A1 to An as the calling party; USID mode selection data (USID, C-USID, L-USID any one of the selected data: 804) selected by the unified communication ID call connection terminals A1 to An; Called party's unified communications ID data 806; Communication means identifier data 808 (e.g., cell phone, fax, work phone, home phone, e-mail, etc.).

Accordingly, the automatic connection request algorithm 58 provided in the calling party integrated communication ID call connection terminals A1 to An is the key input unit 40 of the integrated communication ID call connection terminals A1 to An. When the called party's integrated communication ID (eg, Hong Gil-dong) and the communication means identifier (cell phone: selection signal 1) are inputted through the combination, the data packet 76 as shown in FIG. 9 is generated to combine the swap network. Through the integrated communication ID name providing server (MIDNS) is transmitted.

The function and operation of the call connection terminal of the integrated communication ID and the call connection system using the terminal according to an embodiment of the present invention having the above-described configuration will be described in detail with reference to the accompanying drawings.

10A and 10B are flowcharts illustrating signal flows of a call connection system of an integrated communication ID according to an embodiment of the present invention.

First, input of a selection identification signal for a plurality of incoming communication means using the integrated communication ID call connection terminals A1 to An according to an embodiment of the present invention, and the corresponding called party using the integrated communication ID. In order to easily access the communication means, a unique called party's unified communication ID is assigned, and the unified communication ID and the actual telephone number associated with the ID must be registered in the unified communication ID name providing server (MIDNS).

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 unified communication ID call connection terminals A1 to An according to the present invention. If the caller makes a call with the called party, the caller operates the classification ID selection key (not shown) of the communication terminal A1 to An for communication using the integrated communication ID call (USID mode) or personal registration. Select the Unified Communications ID Connection Mode (C-USID) and Local Unified Communications ID Connection Mode (L-USID).

If the calling user selects the basic unified communication ID mode (USID mode) by operating the classification ID selection key (not shown) only once, the controller 60 waits until the called party ID input is completed. . When the called party's integrated communication ID is input and the confirmation key is input, the controller 60 waits until the input of the communication means identifier. When the selection key signal for the communication means identifier is applied, the controller 60 transmits the corresponding data to the automatic access request algorithm 58 to generate a data packet for transmission. When the automatic connection request algorithm 58 generates a data packet consisting of a called party ID and a communication means identifier, the automatic connection request algorithm 58 automatically switches to a predetermined wireless data transmission / reception server WAPS through a swap network. Connect.

Then, the generated data packet (receiver side integrated communication ID, communication means identifier ..) is automatically transmitted. Then, the wireless data transmission / reception server WAPS transmits the corresponding data packet to the unified communication ID name providing server MIDNS, and the unified communication ID name providing server MIDNS analyzes the corresponding data packet. Extract the called party's unified communication ID included in the extracted real phone number and communication means number and transmit it to the unified communication ID call connection terminal (A1 to An) via the wireless data transmission / reception server (WAPS). do.

Then, the automatic connection request algorithm 58 of the integrated communication ID call connection terminals A1 to An receives the corresponding actual telephone number and transmits a call connection request signal to the base stations 62 and 64 as in the general voice call function. It happens automatically. At this time, the user only inputs the unified communication ID and operates the call button SEND, and does not perform any other action, and the call connection routine for other unified communication IDs includes the unified communication ID connection terminals A1 to A. An) and automatically execute according to the routine set in the integrated communication ID name providing server (MIDNS).

If, as shown in Figure 10b, the calling user has selected the personal registration unified communication ID (C-USID) using the unified communication ID call connection terminals (A1 to An), the control unit 60 Wait until the called party ID input is completed. When the called party's integrated communication ID is input and the confirmation key is input, the controller 60 waits until the input of the communication means identifier. When the selection key signal for the communication means identifier is applied, the controller 60 transmits the corresponding data to the automatic access request algorithm 58 to generate a data packet for transmission. When the automatic connection request algorithm 58 generates a data packet consisting of a called party ID, a communication means identifier, and a personal registration integrated communication ID (C-USID) selection information, the automatic connection request algorithm 58 automatically generates a data packet. Connect to the configured wireless data transmission / reception server (WAPS) through a swap network.

Then, the generated data packet (receiver side integrated communication ID, communication means identifier ..) is automatically transmitted. Then, the wireless data transmission / reception server WAPS transmits the corresponding data packet to the unified communication ID name providing server MIDNS, and the unified communication ID name providing server MIDNS analyzes the corresponding data packet so that the sender can analyze the data packet. Extract the actual telephone number and communication means number connected to the personal registration unified communication ID registered personally and transmit it to the unified communication ID call connection terminal (A1 to An) via the wireless data transmission / reception server (WAPS). do.

Then, the automatic connection request algorithm 58 of the integrated communication ID call connection terminals A1 to An receives the corresponding actual telephone number and transmits a call connection request signal to the base stations 62 and 64 as in the general voice call function. It happens automatically.

If, as shown in Figure 10b, the calling user selects the local Unified Communications ID (L-USID) that is the local commercial Unified Communications ID using the Unified Communications ID call connection terminals (A1 to An), the control unit 60 waits until the called party ID input is completed. When the called party's local unified communication ID is input and the confirmation key is input, the controller 60 waits until the input of the communication means identifier. When the selection key signal for the communication means identifier is applied, the controller 60 transmits the corresponding data to the automatic access request algorithm 58 to generate a data packet for transmission. When the automatic connection request algorithm 58 generates a data packet including a called party ID, a communication means identifier, and a local unified communication ID (L-USID) selection information, the automatic connection request algorithm 58 automatically sets a preset radio. Connect to the data transmission / reception server (WAPS) via a swap network.

Then, the generated data packet (receiver side integrated communication ID, communication means identifier ..) is automatically transmitted. Then, the wireless data transmission / reception server WAPS transmits the corresponding data packet to the unified communication ID name providing server MIDNS, and the unified communication ID name providing server MIDNS analyzes the corresponding data packet for each region. A plurality of actual telephone numbers and communication means numbers classified as local unified communication IDs are extracted and transmitted to the unified communication ID call connection terminals A1 to An via the wireless data transmission / reception server WAPS.

Then, the unified communication ID access terminals A1 to An output a plurality of corresponding local unified communication IDs through the display unit 42, and at this time, any one of the unified local communication IDs through the key input unit 40. When the selection signal is generated, the selection signal is transmitted to the automatic connection request algorithm 58.

Then, the automatic connection request algorithm 58 of the integrated communication ID call connection terminals A1 to An receives the corresponding actual telephone number and transmits a call connection request signal to the base stations 62 and 64 as in the general voice call function. It happens automatically. At this time, when the integrated communication ID is a barcode or image data printed on the ground, the control unit 60 is scanned by using a camera (not shown) provided in the integrated communication ID access terminals A1 to An. It is authorized to generate a data packet, and the integrated communication ID name providing server (MIDNS) to perform the automatic call connection routine by extracting and retransmitting the actual telephone number associated with the corresponding registered bar code or image data. It is one of the application technology included in the gist of the present invention.

Hereinafter, a call connection terminal of an integrated communication ID and a call connection system and method using the terminal according to another embodiment of the present invention will be described in detail with reference to the accompanying drawings.

11 is a block diagram showing the configuration of a terminal for call connection of a unified communication ID according to another embodiment of the present invention.

Referring to this, the terminal for the call connection of the unified communication ID according to another embodiment of the present invention provides a real phone number previously registered by the called user by using a plurality of processors which separately perform voice calls and wireless data communication. The URL of the called party's wireless personal home page can be provided. To this end, the integrated communication ID call connection terminals A1 'to An' additionally perform a routine for extracting and transmitting an actual telephone number for a specific integrated communication ID performed in the first embodiment of the present invention. A separate routine for transmitting URL information of the wireless homepage previously registered by the called party is added.

Therefore, the integrated communication ID call connection terminals A1 'to An' execute the automatic call connection with the actual telephone number received, and access the wireless homepage of the called party through a processor provided separately from the caller. The screen is output through the display unit 96. As a result, while performing a voice call, the personal homepage of the called party can be accessed through a swap network to view information.

To this end, the integrated communication ID call connection terminals A1 'to An' according to the second embodiment of the present invention include a key input unit 94, a display unit 96, an antenna, a duplexer 98, and a receiver 100. , Transmitter 102, voice processor 108, speaker 104, microphone 106, memory 118, voice call controller 110, wireless communication module 112, automatic connection request algorithm 114, The wireless data communication control unit 116 is configured.

In the figure, the key input unit 94 has a plurality of function key buttons for input of the other party's telephone number, input of a voice message for creating a voice message, and selection of various menu functions according to a user's selection operation. There is 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. In addition, the key input unit 94 specified in the present invention is a variety of communication means of the called party connectable by the mode (USID, C-USID, L-USID mode) selection key signal of each unified communication ID and the corresponding unified communication ID. There is provided a separate key button for generating a selection key signal for.

That is, the communication terminals A1 'to An' of the unified communication ID according to the present invention use the unified communication IDs (eg, USID, C-) through specific menu keys and confirmation keys (not shown) of the key input unit 94. Identification signal to distinguish USID, L-USID is generated, and the incoming communication means (e.g., mobile phone, home landline phone, office landline phone, fax, wireless homepage, mail server, financial server ... etc.) Attempt to connect or transfer the data entered.

The display unit 96 visually displays the display state or the 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 94 and the scheduled transmission time, and the wireless data transmission. Thin display means such as a liquid crystal display device for visually displaying the message of the registered called party and the information of the called party's wireless homepage transmitted from the unified communication ID name providing server MIDNS via the receiving server WAPS. Is done.

The duplexer 98 performs radio communication with a base station of a mobile communication network through the antenna to separate a transmitted / received signal, and the receiver 100 communicates with the other party through the antenna and the duplexer 98. A voice signal or text information is received from a terminal, a wired telephone terminal, or a mobile communication switch (not shown), and the transmitting unit 102 sets code information set according to the voice signal and message setting mode input from the microphone 104. It can be filtered and amplified to enable transmission.

In addition, the voice processor 108 processes the voice signal received from the counterpart side received through the receiver 100 to be output through the speaker 104, and the voice of the user input from the microphone 106. The signal is processed and output to the transmitter 102.

The memory 118 inputs each integrated communication ID through the key input unit 94 and selects the incoming communication means. Each integrated communication ID (basic integrated communication ID, integrated communication ID for personal registration, local commercial integrated communication ID) is selected. It stores the code information for each, and stores the code information for a variety of incoming communication means (mobile phone, home phone, company phone, fax, e-mail, etc.), by the code information to display the screen through the display unit 42, incoming communication means Each routine setting information is stored so as to store screen information and perform voice call and wireless data communication separately.

The voice call control unit 110 judges each integrated communication ID input and a selection state of the incoming communication unit by the key operation of the key input unit 94, and reads the corresponding code information and screen information from the memory 118. And display through the display unit 96, and automatically described later to automatically execute the call connection through the generation of the data packet for the unified communication ID and the selected incoming communication means and the actual telephone number received through the key input unit 94 The connection request algorithm 114 is controlled.

In addition, the automatic connection request algorithm 114 generates a data packet to be transmitted when the call request signal generated by the integrated communication ID and the call button (not shown) input through the key input unit 94 is applied, The data packet is transmitted to the unified communication ID name providing server (MIDNS) via the wireless data transmission / reception server (WAPS), and the actual telephone number and the destination homepage URL are received from the unified communication ID name providing server (MIDNS). The algorithm receives the information and automatically generates a call connection request signal for the telephone number and automatically connects to the destination homepage URL.

The wireless communication module 112 is a communication module for performing wireless data communication. The wireless communication module 112 matches a protocol with the wireless data transmission / reception server WAPS according to each communication codec, and the wireless data transmission / reception server WAPS. It is a means for receiving the actual phone number and URL information of a specific unified communication ID through data transmission and reception.

The wireless data communication control unit 116, together with the automatic connection request algorithm 114, controls to generate a data packet for requesting actual telephone number data transmission for a specific unified communication ID input through the key input unit 94. And control the data packet to the remote server, and receive the actual telephone number information and the wireless homepage URL information of the called party corresponding to the unified communication ID to the automatic connection request algorithm 114 and the voice call controller 110. It is a control unit which transmits data and controls access to the wireless homepage URL and output of the information separately from the voice call.

Meanwhile, the integrated communication ID call connection terminals A1 'to An' having the above-described configuration are merely functions of a terminal for connecting the integrated communication ID, and a separate wireless homepage connection processor is not configured. It is possible to configure a plurality of processors that perform voice calls and wireless data communication separately, and to configure separate communication routines.

12 is a schematic diagram schematically showing a configuration of a call connection system of a unified communication ID according to another embodiment of the present invention.

Referring to this, in the integrated communication ID call connection system according to another embodiment of the present invention, the user inputs the integrated communication ID consisting of letters and other special characters, numbers, English, etc. in a separate selection mode, and manipulates a call button. If the user does not recognize and receives the actual phone number corresponding to the corresponding unified communication ID automatically through the WAP network and generates the actual call connection request signal with the provided real phone number, A processor in which the called party identification system is composed of numbers, alphabets, and other special characters other than letters and telephone numbers; At the same time, it is a system for enabling complex communication by separately providing a processor for accessing a pre-registered wireless homepage and attempting a swap connection to output the corresponding information to the caller's mobile terminal.

In the call connection system of the integrated communication ID according to another embodiment of the present invention, the actual telephone number information, the actual number information of various communication means, and the wireless homepage URL information must be pre-registered with respect to the unique integrated communication ID of the called party. do.

To this end, a call connection system using a call connection terminal of the integrated communication ID according to another embodiment of the present invention is provided with a voice call unit 90 performing a general voice call function and a key manipulation unit capable of inputting numbers and letters. It is equipped with a mode selection button to select USID mode, C-USID mode and L-USID mode, and when the called party's integrated communication ID is input and the call button is operated, it automatically connects to the preset server by a swap network. It sends the calling party's phone number information and the called party's integrated communication ID, and generates an automatic call connection request signal for the actual phone number according to the actual phone number provided from the server and the URL information of the pre-registered wireless homepage, regardless of the voice call. Provided are the integrated communication ID call connection terminals A1 'to An' provided with a wireless data communication unit 92 for accessing the URL of the called party's wireless homepage. .

In addition, in the call connection system using the call connection terminal of the unified communication ID according to another embodiment of the present invention, the phone of the called terminal B1-Bn is connected from the unified communication ID call connection terminals A1 'through An'. A known mobile communication server (MCS) is provided which executes a call connection procedure by receiving the number information, telephone number information of the corresponding communication ID call connection terminals A1 to An, and a call connection request signal.

In addition, a wireless data transmission / reception server (WAPS) provided at the front end of the integrated communication ID name providing server MIDNS 'to perform data transmission and reception from the integrated communication ID call connection terminals A1' to An 'via a swap network. ) Is provided.

On the other hand, in the present invention, the integrated communication ID of the USID, C-USID, L-USID constructed DB by linking the actual phone number and the wireless homepage URL of the integrated communication ID call connection terminals (A1 'to An') Registered, the telephone number information and mode selection information of the terminal from the unified communication ID call connection terminals A1 'to An via the wireless data transmission / reception server WAPS, and unified communication of the called party The integrated communication ID name providing server (MIDNS ') that executes a control routine to receive the ID, extract the actual telephone number information and the wireless homepage URL information of the called party, and transmit it via the wireless data transmission / reception server (WAPS). Is provided.

In addition, the first, second, third, fourth database (DB5, DB6) built in the integrated communication ID name providing server (MIDNS) stores the personal information of the integrated communication ID registrant and the wireless homepage URL information of the integrated communication ID registrant, respectively. Database. In addition, the present invention provides computer terminals C1 to Cn for registering data by connecting to the unified communication ID name providing server MIDNS 'for registering a wireless homepage on the unified communication ID name providing server MIDNS'. Is provided.

The function and operation of the call connection terminal of the integrated communication ID and the call connection system using the terminal according to another embodiment of the present invention having the above-described configuration will be described in detail with reference to the accompanying drawings.

13A and 13B are flowcharts illustrating a signal flow of a call connection system of an integrated communication ID according to another embodiment of the present invention.

First, the call connection system of the unified communication ID according to another embodiment of the present invention is the process of extracting the actual phone number and receiving the corresponding phone number using the unified communication ID as in the first embodiment, and automatically calling through the corresponding phone number. Since a series of processes has been described in the first embodiment, it will be omitted. In FIGS. 13A and 13B, the voice call processor and the wireless data communication processor, which are separately driven based on a general phone number input, are described. Signal flow will be described.

When the called party's telephone number is input in the general telephone mode by using the integrated communication ID call connecting terminals A1 'to An' and an operation signal of the call button SEND is generated, the integrated communication ID call connecting terminal A1 is generated. '~ An') automatically generates a call connection request signal for a mobile communication network composed of a base station and a switch.

At the same time, the integrated communication ID call connecting terminals A1 'to An' are connected to the integrated communication ID name providing server MIDNS 'via the wireless data transmission / reception server WAPS. Send the information. Then, the integrated communication ID name providing server (MIDNS ') determines whether the wireless homepage URL information matching the corresponding phone number is registered, and extracts the corresponding information if the wireless homepage URL for the corresponding phone number exists. It transmits to the ID call connection terminals A1 'to An' so that the wireless homepage information can be viewed using the integrated communication ID call connection terminals A1 'to An'.

If the integrated communication ID call connection terminals A1 'to An' make a call connection for a voice call, a voice call is made and a call connection end signal is generated from the called party or the calling party. Release it. Since the processor for the voice call and the processor for the wireless data communication are each configured and operated separately, even if the call is released, the connection to the wireless homepage is not released. Therefore, when the call release signal for the wireless data communication is generated in the integrated communication ID call connection terminals A1 'to An', regardless of the voice call, the call of the wireless data communication is released.

Fig. 13B describes a routine performed in the integrated communication ID name providing server (MIDNS '). First, the calling party and the called party are the computer terminals C1 to Cn or the integrated communication ID call connection terminals A1' to An '. Register the wireless homepage URL information and the telephone number information connected to the integrated communication ID name providing server (MIDNS ').

In the state where the information registration is completed, the integrated communication ID name providing server (MIDNS ') determines whether reception for a specific telephone number is made. If the reception of a specific telephone number is made through the wireless data transmission / reception server WAPS, the unified communication ID name providing server MIDNS 'determines whether the wireless homepage URL information matching the telephone number is registered. To judge. If there is no wireless homepage URL information matching the telephone number, unregistered information is transmitted to the integrated communication ID call connection terminals A1 'to An'.

If there is a pre-registered wireless homepage URL information, if there is a wireless homepage URL for the phone number, the information is extracted and transmitted to the integrated communication ID call access terminals (A1 'to An') to transmit the wireless homepage information. The integrated communication ID call connection terminals A1 'to An' are made available for browsing.

On the other hand, the terminal for the call connection of the unified communication ID according to the embodiment of the present invention, the call connection system using the terminal and the method of call connection are not limited to the above-described embodiment but within the scope not departing from the technical gist. Various changes are possible in.

As described above, the call connection terminal of the integrated communication ID according to the present invention, the call connection system and the call connection method using the terminal interlock wireless data communication and voice call, and use a plurality of integrated communication IDs. The connection to the communication means is made so that the actual number of each communication means is not memorized every day, and the convenience is excellent, and the voice call and the separate wireless data communication are made separately so that the registered information of the called party can be recorded simultaneously with the voice call. There is an effect that you can read.

Claims (13)

According to the user's selection operation, input of the other party's phone number, input of voice message for creating voice message, multiple function key buttons for selection of various menu functions, and mode of each unified communication ID (USID, C-USID) And a key input unit provided with a separate key button for generating a selection key signal for a variety of communication means on the called party that can be connected by the selected key signal and the integrated communication ID; For example, a liquid crystal for visually displaying a message of a pre-registered called party, while visually displaying 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 and the reservation transmission time setting. A display unit made of thin display means such as a display element; 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 signal or text information from the other party's mobile communication terminal, wired telephone terminal or mobile communication exchange through the antenna and duplexer; A transmitter for filtering and amplifying the code information set according to the voice signal and the message setup mode input from the microphone; 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; Input the respective communication ID through the key input unit, and by selecting the incoming communication means, and stores the code information for each integrated communication ID (basic integrated communication ID, personal registration integrated communication ID, local commercial integrated communication ID), A memory for storing code information about an incoming communication means (mobile phone, home phone, company phone, fax, e-mail, etc.) and storing screen information for each code information and incoming communication means to be displayed on the screen through the display unit; When the call request signal generated by the integrated communication ID and the call button (not shown) input through the key input unit is applied, a data packet to be transmitted is generated, and the data packet is integrated through a wireless data transmission / reception server. An automatic connection request algorithm for transmitting to a communication ID name providing server and automatically receiving a real phone number from the integrated communication ID name providing server and automatically generating a call connection request signal for the corresponding phone number; 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. Unified communication ID and a call connection terminal, characterized in that the control unit for controlling the automatic connection request algorithm to automatically execute the call connection through the generation of the data packet for the selected incoming communication means and the actual telephone number received . The data packet generated by the automatic access request algorithm includes a calling party's telephone number, unified communication ID mode selection data, called unified communication ID, and communication means identifier data intended to be connected by the called party. Terminal for call connection of the unified communication ID, characterized in that. Key operation part for inputting numbers and letters is provided, and mode selection button for selecting USID mode, C-USID mode, and L-USID mode is provided. Integrated communication set up to automatically connect to the preset server by a swap network to transmit the calling party's telephone number information and the called party's integrated communication ID, and to perform the automatic connection routine to generate the automatic call connection request signal to the actual telephone number provided from the server. ID call connection terminal; A mobile communication server receiving the telephone number information of the called terminal, the telephone number information of the corresponding integrated communication ID call connecting terminal, and a call connection request signal from the integrated communication ID call connecting terminal to execute a call connection procedure; A wireless data transmission / reception server provided at a front end of an integrated communication ID name providing server to perform data transmission / reception from a terminal for connecting an integrated communication ID through a swap network; The integrated communication ID of the USID, C-USID, and L-USID, which is built in DB in association with the actual telephone number of the terminal for the integrated communication ID call connection, is individually registered, and the integrated communication is performed through the wireless data transmission / reception server. Receives the phone number information and mode selection information of the terminal from the ID call connection terminal, and the integrated communication ID of the called party to be called, and extracts the actual telephone number information of the called party and transmits it through the wireless data transmission / reception server. Unified communication ID call connection system, characterized in that configured to provide a server providing a unified communication ID name executing a control routine. According to claim 3, wherein the unified communication ID name providing server, personal information of the unified communication ID registrant and the actual phone number information of the unified communication ID registrant and the actual number for each communication means, the unified communication ID associated with the actual phone number, each C-USID information for each unified communication ID registrant, the actual telephone number of the C-USID target, a database storing L-USID data classified and registered for each region is further included. The integrated communication ID call access system according to claim 3, wherein the integrated communication ID registered in the integrated communication ID name providing server may be registered as letters, numbers, various special characters, English, barcodes, and image data. In the integrated communication ID uniquely assigned to enable real-time connection and real-time information access, and the server and relay server, which collectively refer to the connection information and various open information of various communication means that can be connected, Registering and processing the unified communication ID and connection telephone number by the unified communication ID name providing server; Generating a selection signal for one of the unified communication IDs (USID, C-USID, L-USID) from the unified communication ID call connection terminal; Receiving, by the terminal for the integrated communication ID call connection, a key input of the called party's general integrated communication ID and communication means identifier information; Generating a call connection request signal through the integrated communication ID call connection terminal; Generating, by the integrated communication ID call connection terminal, a data packet including a called party's integrated communication ID and communication means identifier information through an automatic connection request algorithm; Connecting the integrated communication ID call connection terminal to a predetermined integrated communication ID name providing server through a swap network; Transmitting, by the integrated communication ID call connection terminal, the called party's integrated communication ID and communication means identifier information; Extracting and transmitting, by the integrated communication ID name providing server, actual communication means number information associated with the called party's integrated communication ID; Receiving, by the integrated communication ID call connection terminal, actual communication means number information, and automatically generating a call connection request signal for the corresponding communication means number information to the base station; The integrated communication ID call connection method, characterized in that the integrated communication ID call connection terminal is made of a call connection with the called terminal. 7. The method of claim 6, further comprising: separately registering the personal registration unified communication ID (C-USID) for each caller in the unified communication ID name providing server; Transmitting, by the integrated communication ID call connection terminal, the corresponding integrated communication ID mode selection information (C-USID), the called-side integrated communication ID and communication means identifier information; The integrated communication ID name providing server further comprises the step of extracting a personal communication registered personal communication ID for each sender, and extracting and transmitting the actual communication means number information associated with the personal registration integrated communication ID, further comprising the integrated communication ID Call connection method. The method of claim 6, further comprising: receiving and registering a plurality of local commercial unified communication IDs according to a classification category of one local commercial unified communication ID; Transmitting, by the integrated communication ID call connection terminal, corresponding integrated communication ID mode selection information (L-USID), local commercial integrated communication ID input information, and communication means identifier information; The unified communication ID name providing server extracts a plurality of pre-registered local commercial unified communication IDs (L-USIDs) classified as the unified communication IDs in a corresponding region, and is connected to the local unified commercial IDs (L-USID). Extracting and transmitting actual communication means number information; And selecting a real telephone number associated with any one of the local commercial integrated communication IDs from the integrated communication call connection terminal. In a known mobile communication terminal consisting of a key input unit, a display unit, an antenna, a duplexer, a receiver, a transmitter, a voice processor, a speaker, a microphone, and a memory, 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. A voice call controller for controlling an automatic connection request algorithm to be described later to automatically execute a call connection through generation of a data packet for the unified communication ID and the selected incoming communication means and actual telephone number reception; When the integrated communication ID input through the key input unit and the call request signal generated by the call button are applied, generate a data packet to be transmitted, and provide the integrated communication ID name through the wireless data transmission / reception server. It transmits to the server, receives the real phone number and the called party's homepage URL information from the integrated communication ID name providing server automatically generates a call connection request signal for the corresponding phone number, and automatically connects to the called party's homepage URL. A connection request algorithm; A wireless communication module that matches the protocol with the wireless data transmission / reception server according to each communication codec, and receives actual telephone number and URL information of a specific unified communication ID through data transmission / reception with the wireless data transmission / reception server; ; In addition to the automatic connection request algorithm, the control unit generates a data packet requesting the actual telephone number data transmission for a specific integrated communication ID input through a key input unit, and transmits and controls the data packet to a remote server. Receives the actual telephone number information of the ID and the wireless homepage URL information of the called party and transmits the data to the automatic connection request algorithm and the voice call controller, and accesses to the wireless homepage URL and outputs the information separately from the voice call. A terminal for call connection of an integrated communication ID, characterized by comprising a wireless data communication control unit for controlling. In a wireless voice call network including a known mobile communication server for making a voice call through a wireless terminal, A voice call unit that performs a general voice call function and an algorithm for automatically generating a wireless homepage connection request signal for a specific called number when a call connection signal is generated for a specific called phone number in connection with the voice call unit are provided therein. An integrated communication ID call connection terminal equipped with a wireless data communication unit for accessing the called party's wireless homepage URL and reading information regardless of the voice call; A wireless data transmission / reception server provided at a front end of an integrated communication ID name providing server to perform data transmission / reception from a terminal for connecting an integrated communication ID through a swap network; DB is constructed by interworking each phone number and URL of a wireless homepage, and when the called party's telephone number information is authorized from the terminal for accessing the integrated communication ID through the wireless data transmitting / receiving server, it is associated with the called party's telephone number. Unified communication ID call connection system, characterized in that consisting of a server providing a unified communication ID name to execute a control routine to extract the URL information of the wireless web site and transmits through the wireless data transmission / reception server. Selecting general telephone mode selection information and called party's telephone number information from an integrated communication ID call connection terminal; Generating an operation signal of a call button from the integrated communication ID call connection terminal; Generating, by the integrated communication ID call connection terminal, a call connection request signal to a mobile communication network including a base station and a switch; At the same time, the integrated communication ID call connection terminal transmitting the information on the telephone number to the integrated communication ID name providing server via a wireless data transmission / reception server; Determining, by the integrated communication ID name providing server, whether wireless homepage URL information matching the corresponding telephone number is registered; Extracting, by the integrated communication ID name providing server, the information if the wireless homepage URL for the telephone number exists; Transmitting, by the integrated communication ID name providing server, wireless homepage URL information to the integrated communication ID call connection terminal; The integrated communication ID call connection method comprising the step of connecting the terminal for the communication ID call connection to the corresponding wireless homepage. The method of claim 11, wherein the call release of the wireless data communication is released when the call release signal for the wireless data communication is generated from the integrated communication ID call connection terminal regardless of the voice call in the integrated communication ID call connection terminal. Call connection method of the integrated communication ID, characterized in that further included. The method of claim 11, further comprising: transmitting unregistered information to the integrated communication ID call connection terminal when the integrated communication ID name providing server determines that the wireless homepage URL information matching the corresponding phone number is not registered. Call connection method of the integrated communication ID, characterized in that.

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