KR20040025447A - Method and System for Transmitting Facsimile Data by Using Mobile Identification Number - Google Patents

Abstract

PURPOSE: A system for transmitting facsimile data by using a number of a mobile communication terminal is provided to transmit facsimile data transmitted with a number of a mobile communication terminal to a specific e-mail account, or to transmit a short message informing a receiver that the facsimile data is received to the mobile communication terminal, thereby enabling the receiver to confirm the facsimile data. CONSTITUTION: A facsimile(200) scans/codes/modulates a target document, and transmits facsimile data to a number of a receiver's mobile communication terminal(282) through a PSTN(210). An exchange(220) receives the facsimile data through the PSTN(210), reads the number of the mobile communication terminal(282), and transmits the facsimile data. A mobile communication provider server(230) distinguishes voice data from the facsimile data, and transmits the facsimile data. A UMS(Unified Messaging System) server(240) receives the facsimile data, and requests an SMS server(270) to write and transmit a short message. The mobile communication terminal(282) receives the short message, connects a web site of the mobile communication provider server(230), and confirms the facsimile data.

Description

Method and System for Transmitting Facsimile Data by Using Mobile Identification Number

The present invention relates to a method and system for transmitting facsimile data using a number of a mobile communication terminal. More specifically, when the facsimile signal including the number information of the mobile communication terminal is transmitted separately from the voice signal and the facsimile signal from the mobile communication server server, the data included in the facsimile signal (UMS: Unified Messaging System, hereinafter ' UMS ') relates to a method and system for transmitting from a server to a user's email account or mobile terminal.

In general, a facsimile is a communication device that decomposes still images such as texts, diagrams, and photographs into pixels, converts them into electrical signals, and transmits them, and restores an original image like the original image by using the electrical signals received from the receiving side facsimile. . The facsimile divides the original picture into several scan lines in a certain order, converts and modulates the contrast of the original into an electrical signal in order of the divided scan lines, and transmits the original picture to the receiving side facsimile through the telephone network.

Recently, as data communication using a facsimile becomes common, a large amount of information is transmitted and received through the facsimile. In particular, in the case of documents that need to be processed quickly, information exchange through facsimile is very effective, and thus, work efficiency is greatly improved. The facsimile has been continuously developed due to technology development, and various additional functions, such as reservation transmission, broadcast transmission, automatic retransmission, and high-definition transmission, have been added. In addition, recently, as the environment of the Internet communication network is rapidly spread, the Internet facsimile which is cheaper than the general facsimile usage fee has appeared and the number of users is increasing.

On the other hand, in order to transmit data using a facsimile, the facsimile must be connected to a public telephone network, and the fax number is sent by inputting the receiving facsimile number. That is, when a user sets a document to be transmitted to the facsimile, the facsimile scans the document, codes the scanned image data with a predetermined code, and stores the document. Subsequently, the built-in modem device dials the receiving facsimile number input by the user, opens a communication path, and communicates data such as communication speed and data compression method between the facsimile machines. .

1 is a block diagram schematically illustrating a data transmission / reception system using a conventional facsimile.

In the data transmission system using the conventional facsimile illustrated in FIG. 1, the transmitting side facsimile 110, the fax server 120, the computer 130, and the receiving side facsimile 150 have a public switched telephone network (PSTN). It is connected through a 140) ("PSTN").

The transmitting side facsimile 100 functions to transmit predetermined document data to the receiving side facsimile 150 through the PSTN 140. The fax server 120 transmits or receives the fax data through the PSTN 140, distributes and transmits the fax data received to each computer 130 terminal, and receives the data for the fax received from the computer 130 through the network. To transmit to the receiving side facsimile (150). In addition, the computer 130 is provided with a program for transmitting a fax for transmitting the fax data directly by the user.

In such a conventional data transmission system using a facsimile, a facsimile must be provided at a receiving side to transmit data. In other words, the sending fax must enter the receiving fax number to transmit the fax data.

However, at present, although a large number of facsimile machines are installed in units of offices, general facsimile machines have not been widely used. Therefore, there is almost no method of transferring an urgent content document online, rather than offline (eg, a courier service), to a home without a facsimile.

In addition, since the facsimile is fixedly installed in a specific place and there is no mobility, there is no method of transmitting urgent contents to an external person to handle business trips or business. That is, in this case, the person who is outside will return to the place where the facsimile is installed and check the document sent to the facsimile. However, in order to return to the place where the facsimile is installed, not only do they have to carry out the work that needs to be done outside, but if they are far from the company, the content of the returned document is returned. There is a problem that takes a long time to check.

In order to solve the above-described problems, the present invention, when the facsimile signal including the number information of the mobile communication terminal transmits the voice signal and the facsimile signal separately from the mobile communication server server, the user in the integrated messaging system center the data contained in the facsimile signal The purpose of the present invention is to provide a method and system for sending an e-mail account or a mobile communication terminal.

1 is a block diagram schematically showing a data transmission and reception system using a conventional facsimile;

2 is a block diagram schematically showing a fax data transmission system using a mobile phone number according to a preferred embodiment of the present invention;

3 is a flowchart illustrating a process of transmitting facsimile data using a mobile phone number according to an embodiment of the present invention;

4 is an exemplary screen illustrating a process of confirming facsimile data using a mobile communication terminal according to an embodiment of the present invention;

5 is a flowchart illustrating a process of confirming contents of facsimile data transmitted using a mobile communication terminal according to an embodiment of the present invention.

<Explanation of symbols for the main parts of the drawings>

200: Facsimile 210: PSTN

220: switch 230: mobile communication provider server

232: signal separator 234: member database

240: UMS server 250: UMS database server

260 email server 270 SMS server

272: SMSC 280: mobile communication network

282: mobile communication terminal 284: WAP gateway

290: Internet 292: Computer

To this end, the present invention is a system for transmitting facsimile data through a telephone network by using a number of a mobile communication terminal, the receiving side mobile communication terminal receiving the fax data scanned, coded and modulated into an analog signal Faxes transmitted through the public switched network to a number of; An exchanger for receiving the facsimile data through the public switched network, reading the number of the mobile communication terminal and transmitting it to a corresponding path; A mobile telecommunication service provider server which receives the facsimile data from the exchange and transmits the facsimile data and the voice data transmitted from the public switched network; A unified messaging system server that receives the facsimile data from the mobile telecommunication operator server and requests the creation and transmission of a short message to a facsimile mail and a short message service server to an email server; And a mobile communication terminal capable of receiving a short message through a mobile communication network and accessing a website of the mobile communication service provider server and accessing a website of a mobile communication terminal equipped with a WML browser for checking the facsimile data. Provides a system for transmitting facsimile data using the number of.

According to another object of the present invention, a method of transmitting facsimile data through a telephone network using a number of a mobile communication terminal, (a) the facsimile converts the document to be transferred to facsimile data through a predetermined operation, the MIN received Transmitting the facsimile data to the computer; (b) receiving, by the mobile operator server, the facsimile data through an exchange, and transmitting the facsimile data and the plurality of voice data received through different paths; (c) a Unified Messaging System server receiving the facsimile data from the mobile operator server, and determining whether the facsimile data includes an e-mail account of a receiving user; (d) the Unified Messaging System Server requesting the short message service server to create a short message indicating the transmission of the facsimile data; (e) the short message service server creating the short message and transmitting the short message to a receiving mobile terminal through a mobile communication network; And (f) the receiving side mobile communication terminal receiving the short message, accessing a website of the mobile communication service provider server, and confirming the facsimile data. Provides a method of transmitting facsimile data.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings. First of all, in adding reference numerals to the components of each drawing, it should be noted that the same reference numerals are used as much as possible even if displayed on different drawings. In addition, in describing the present invention, when it is determined that the detailed description of the related well-known configuration or function may obscure the gist of the present invention, the detailed description thereof will be omitted.

2 is a block diagram schematically showing a fax data transmission system using a mobile phone number according to a preferred embodiment of the present invention.

Fax data transmission system according to a preferred embodiment of the present invention is a facsimile 200, PSTN 210, switchboard 220, mobile operator server 230, member database 234, UMS server 240, UMS database Server 250, email server 260, Short Message Service (SMS) server 270, Short Message Service Center (SMS Center) 272, mobile communication network 280 ), A mobile communication terminal 282, a WAP (Wireless Application Protocol) gateway 284, the Internet 290, and a computer 292.

The facsimile 200 transmits a document to be transmitted to the receiving terminal to the PSTN 210 through a process such as scanning, coding, and modulation. Meanwhile, according to an exemplary embodiment of the present invention, the user may transmit the facsimile data by inputting a mobile phone number to receive the facsimile data transmitted from the facsimile 200.

The PSTN 210 transmits facsimile data input from the facsimile 200 to a receiving terminal device or transmits voice data input from a telephone (not shown).

The exchanger 220 receives the facsimile and voice data transmitted from the PSTN 210 to determine whether the switch is a normal number by using the facsimile number or the telephone number information included in the fax and voice data, and transmits the received number to the receiving terminal device. Function In more detail, the exchange 220 determines whether a predetermined number included in the received data is a number of a mobile communication terminal such as a mobile phone or a PDA, a wired telephone number or a facsimile number.

To this end, the switch 220 uses a station number database (not shown) that stores a system of station numbers used in Korea to determine whether a predetermined number transmitted from the PSTN 210 is a wired telephone number or a telephone number of a mobile communication terminal. To judge. If it is determined that the landline telephone number is transmitted through the PSTN 210 to the terminal device having a corresponding telephone number (wired telephone or facsimile, etc.). Otherwise, if it is determined that the phone number of the mobile communication terminal is transmitted, the received data is transmitted to the mobile communication service provider server.

The mobile telecommunication service provider server 230 receives data from the switch 220 and determines whether the received data is facsimile data or voice data and transmits the received data to the corresponding terminal device. The mobile service provider server 230 includes a signal classification device 232 to determine whether the received data is facsimile data or voice data.

That is, in general, the speech signal is composed of signals in the frequency band of 4 KHz or less. Therefore, the signal classification device 232 measures the frequency domain of the signal received through a specific line, checks which frequency band the signal components are distributed in, and is composed of signals of frequency bands of 4 KHz or less, which are voice signals. When a large number of frequency band signals (several tens of KHz to tens of MHz) are detected, it is determined as facsimile data.

The signal classification device 232 having such a function may be configured by combining a low pass filter (LPF) for extracting a voice signal and a high pass filter (HPF) for extracting a facsimile signal. have. Therefore, the signal classification device 232 transmits the signal passing through the low pass filter to the mobile communication network 270, and the signal passing through the high pass filter to the UMS server 240.

On the other hand, the signal classification device 232 according to the technical idea of the present invention includes a variety of filtering devices that can filter the voice signal and the facsimile data signal using the characteristics of the frequency component.

The member database 234 stores member information such as an ID, a password, a mobile identification number (MIN), an e-mail address, etc. of a user registered as a member on a website operated by the mobile communication service provider server 230. Here, the e-mail address is composed of a combination of the ID and the address of the website generated when subscribing to the website operated by the mobile telecommunication service provider server 230 according to an embodiment of the present invention. For example, if the member ID is 'skt2002' and the website address is 'www.nate.com', the member's email address is 'skt2002@nate.com'. Of course, a separate e-mail address that the user registers or specifies may also be used.

The UMS server 240 transmits the facsimile data received from the mobile communication service provider server 230 to various receiving terminal devices. In addition, it manages information such as voice mail, facsimile mail, and electronic mail stored in the member mail mailbox of the UMS database server 250.

On the other hand, UMS integrates and stores all messages of various types such as voice messages, fax messages, and e-mail messages into a single logical mailbox, so that regardless of the type of terminal such as a general telephone, a mobile phone, a facsimile, a computer, and a logical mailbox, It is a system configured to send and receive stored messages. The background of UMS has been developed based on different technologies such as voice communication technology and data communication technology.However, with the introduction of Voice over Internet Protocol (VoIP) technology, which is a technology that can process data digitally and process it as text information, This is because the distinction between voice communication and data communication is blurred.

In order to use the UMS service, the subscriber should be given a phone number or ID for UMS access at the UMS service provider. The subscriber can connect his / her phone, mobile phone, fax, or computer to the UMS server 240 via the PSTN 210 using the UMS phone number or ID, and access the designated area for each subscriber of the logical mailbox. Accordingly, subscribers can send and receive messages in various formats regardless of time and place by using various communication media such as a telephone, a mobile phone, a fax, and a PC, as long as the UMS access telephone number or ID is used.

When the UMS server 240 according to the embodiment of the present invention receives the facsimile data from the mobile service provider server 230, the UMS server 240 sends an e-mail request to the e-mail server 260. In addition, the SMS server 270 may request the creation and transmission of a short message.

The UMS database server 250 stores the facsimile mail sent from the email server 260 in a member mailbox. In addition, the UMS database server 250 stores voice mails, e-mails, and the like, in addition to the facsimile mails according to an embodiment of the present invention.

The e-mail server 260 transmits an e-mail by coding the facsimile data using the Simple Transfer Mail Protocol (STMP), which is an e-mail transfer protocol, using the e-mail account and the facsimile data received from the UMS server 240. That is, the UMS server 240 that receives the NIM from the mobile service provider server 230 searches the UMS database to extract the member's email account corresponding to the received MIN, and extracts the extracted email account through the network to the email server 260. Will be sent). The fax mail sent from the email server 260 is stored in the mail mailbox of the member of the UMS database server 250.

The SMS server 270 receives the MIN of the receiving mobile terminal 282 and the short message creation request signal from the UMS server 240 to create a short message informing that the fax email has been transmitted, and sends the short message to the SMSC 272. Perform the function. On the other hand, the SMS server 270 is a callback URL (Uniform Resource) so that the mobile communication terminal 282 receiving the short message, for example, presses the call button immediately connected to the mobile operator server 230 to check the fax email on the web Locator) Create and send a message.

Here, the callback URL message means that the information of a specific URL is included in the short message. The callback URL message is composed of a header area composed of a teleservice number (TID: Teleservice ID, hereinafter referred to as 'TID') indicating a callback URL message, and a callback URL area composed of URL information to be accessed.

In addition, the TID is a kind of identification number assigned to distinguish a type of communication service performed between the mobile communication terminal and the mobile communication network. For example, the data assigned to the TID 4098 indicates the SMS data, and the data assigned to the TID 4099 indicates the data for the Voice Message Service (VMS). Therefore, if a user who receives a callback URL message from the SMS server 270 through the mobile communication terminal 282 wants to check the contents of the facsimile email immediately, he / she confirms the contents of the facsimile email by accessing the corresponding website by pressing a call button or the like. Can be.

The SMSC 272 temporarily stores the short message and the MIN received from the SMS server 270 and transmits the short message to the mobile communication terminal 282 having the MIN received through the mobile communication network 280. In addition, the SMSC 270 receives the short message reception confirmation signal from the mobile communication terminal 282 and deletes the short message stored therein.

The mobile communication terminal 282 receives a short message through the mobile communication network 280, and accesses a website of the mobile service provider server 230 through the mobile communication network 280, the WAP gateway 284, and the Internet 290. Has the ability to check your UMS mailbox. To this end, the mobile communication terminal 282 should have a built-in WML browser (Browser) that can view a website implemented in the WML (Wireless Markup Language) for WAP, and must be able to access the wireless Internet. On the other hand, the mobile communication terminal 282 according to the embodiment of the present invention includes a mobile phone, a PDA (PDA) and the like.

The WAP gateway 284 converts text file data on the Internet into a binary code structure. That is, the WAP gateway 284 receives a wireless Internet service by the WAP protocol from the mobile communication terminal 282, converts it into a Transmission Control Protocol / Internet Protocol (TCP / IP) protocol, and transmits it to the Internet server. On the contrary, the response data from the TCP / IP protocol from the Internet server is received, converted into the WAP protocol, and transmitted to the corresponding mobile communication terminal 282.

The computer 292 provides a function that allows a user to access the website of the mobile service provider server 230 through the Internet 290 and to view or output the facsimile data stored in the personal UMS mailbox through a member authentication process. .

3 is a flowchart illustrating a process of transmitting facsimile data using a mobile phone number according to an embodiment of the present invention.

A user who wants to transmit a document to the receiving mobile communication terminal using the facsimile enters the MIN of the receiving mobile communication terminal in the facsimile and sets the document to be transmitted (S300).

The fax scans the set transmission target document, codes the scanned image into a predetermined data transmission format, modulates the coded digital data into an analog signal, and transmits the converted digital data to the PSTN 210 (S302).

The facsimile data transmitted from the facsimile to the PSTN 210 is transmitted to the corresponding mobile service provider server 230 through the exchange 220 (S304). At this time, the data transmitted from the exchange 220 to the mobile communication service provider server 230 includes not only facsimile data according to the present invention but also voice data for calls.

Receiving predetermined data from the switch 220 via a plurality of telephone lines, the mobile telecommunication service provider server 230 is a facsimile whether the signal transmitted through each telephone line through the built-in signal separator 232 is a voice data signal It is determined whether it is a data signal (S306).

If it is determined in step S306 that the signal transmitted is a voice data signal, the mobile telecommunication service provider server 230 forms a call channel to the corresponding mobile communication terminal through the mobile communication network 280 to enable a voice call (S308).

Otherwise, if it is determined that the signal transmitted in step S306 is a facsimile data signal, the mobile telecommunication service provider server 230 transmits the received facsimile data to the UMS server 240 (S310). At this time, the mobile telecommunication service provider server 230 searches through the member database whether a user corresponding to the received MIN is registered as a member using the MIN included in the received facsimile data. The mobile service provider server 230 searches the UMS server 240 for the member's e-mail account (eg, sky2002@nate.com) if the search result is that the user is a member of its website (e.g. www.nate.com). ) Is also sent.

The UMS server 240 receiving the facsimile data from the mobile operator server checks whether an e-mail account is included (S310).

If it is determined in step S310 that the facsimile data does not include the information on the e-mail account, the UMS server 240 requests the SMS server 270 to create and send a short message (S314).

Otherwise, if it is determined in step S310 that the facsimile data includes information regarding the e-mail account, the UMS server 240 not only requests the creation and transmission of the short message to the SMS server 270, but also the e-mail server 260. It also requests the facsimile mail creation and transmission (S316).

The SMS server 270 or the e-mail server 260 receiving the short message or facsimile mail creation request from the UMS server 240 creates and sends the short message and the facsimile mail, respectively (S318).

The short message transmitted from the SMS server 270 is transmitted to and stored in the SMSC 272, and the SMSC 272 transmits the short message to the corresponding mobile communication terminal 282 through the mobile communication network 280, and the email server ( The fax mail sent from 260 is stored in the member-specific mailbox of the UMS database server 250 (S320).

4 is an exemplary screen illustrating a process of checking facsimile data using the mobile communication terminal 282 according to an embodiment of the present invention.

According to the embodiment of the present invention, the user of the mobile communication terminal 282 receiving the short message 4A for the callback URL informing the transmission of the facsimile data, presses a connection button or the like, and operates the web operated by the mobile communication service provider server 230. Connect to the site. A user who accesses the mobile service provider server 230 receives a '1. Mail / text ”item, and on the next screen (4C), select“ 3. Select 'Facsimile Mail'.

Selecting Facsimile Mail in Screen 4C displays the Log-in screen of Screen 4D. "Existing members" column, and the user who is not a member of "2. Select 'Register'. On screen 4c '1. If you select 'Existing member', you will proceed to the member authentication step of screen 4E and enter your ID and password to authenticate your member. On screen 4c '2. If you select 'Sign up,' proceed to the sign up step of screen 4F, enter a new ID, and enter the same password again to go through the sign up process.

Meanwhile, in the embodiment of the present invention, the existing member authentication step is included in the step of checking the facsimile data using the mobile communication terminal, but this is only applicable when the user first checks the facsimile data using the mobile communication terminal. Would be preferred. That is, a user who performs the member authentication process on the screen 4E once by using the mobile communication terminal can automatically log in without the member authentication procedure when checking the facsimile data with the mobile communication terminal.

If the member registration is normally performed at the member registration step of the screen 4F, a subscription success screen such as screen 4G is displayed on the user's mobile communication terminal. When member authentication is normally performed on screen 4E or when member registration is successfully performed on screen 4F, a facsimile mail screen such as screen 4H is displayed. Therefore, the user can see the screen 4H '1. You can check the contents of the newly received fax data by selecting 'Read Mail (1)'. Here, the symbol () indicates the number of newly received facsimile data.

Meanwhile, the exemplary screen of FIG. 4 is only one exemplary screen according to an embodiment of the present invention, and the technical idea of the present invention is not limited thereto, and the configuration of other screens may be limited within the scope of the technical idea of the present invention. It will be possible.

5 is a flowchart illustrating a process of confirming contents of facsimile data transmitted using the mobile communication terminal 282 according to an embodiment of the present invention.

Through the process described with reference to FIG. 3, the mobile communication terminal 282 receives a message for a callback URL through the mobile communication network (S500).

The user selects a predetermined key button of the mobile communication terminal 282 and accesses the website of the mobile service provider server 230 via the mobile communication network 280, the WAP gateway 284, and the Internet 290 (S502). .

The mobile telecommunication service provider server 230 determines whether the user is a registered member using the MIN of the connected mobile telecommunication terminal 282 (S504).

In operation S504, if it is determined that the user is not a member, the mobile service provider server 230 performs a member registration operation such as providing a member registration screen to the mobile communication terminal 282 (S506).

Otherwise, in step S504, if it is determined that the user is a member, the mobile telecommunication service provider server 230 provides an input screen of the user ID and password to the mobile communication terminal 282, and authenticates the member using the input user ID and password. Perform (S508).

The user who completes the membership registration or authentication process selects a facsimile mail reading through a process of selecting a mail service item on the screen of the mobile communication terminal 282 (S510).

The user can check the contents of the facsimile data by selecting a particular facsimile mail from the facsimile mail mailbox displayed on the LCD of the mobile communication terminal 282 (S512).

In FIG. 5, the process of checking the facsimile data using the mobile communication terminal 282 has been described. However, the contents of the facsimile data may be checked using a computer connected to the Internet. That is, the user who checks the short message informing the fact that the facsimile data is received by the mobile communication terminal 282 runs a web browser installed in the computer and inputs the website address of the mobile communication service provider server 230. Go to the website. You can then enter the user ID and password to verify membership and select read mail to view the contents of the received facsimile data. Of course, if the user is not registered as a member on the website, the membership registration procedure must be performed first.

The above description is merely illustrative of the present invention, and those skilled in the art to which the present invention pertains may various modifications without departing from the essential characteristics of the present invention. Accordingly, the embodiments disclosed herein are not intended to limit the present invention but to describe the present invention, and the spirit and scope of the present invention are not limited by these embodiments. It is intended that the scope of the invention be interpreted by the following claims, and that all descriptions within the scope equivalent thereto shall be construed as being included in the scope of the present invention.

As described above, the conventional facsimile can transmit data only to the facsimile, but according to the present invention, data can be transmitted using the number of the mobile communication terminal. In addition, by sending the fax data sent to the number of the mobile terminal to a specific e-mail account or a short message indicating the reception of the facsimile data to the corresponding mobile terminal to the contents of the facsimile data using a mobile terminal or a computer It can be checked by the user.

As a result, the mobile operator can increase the network access fee revenue and service revenue due to the increase of users' access to the mobile network for checking the facsimile data, and the user generally sends the contents of the urgent facsimile document quickly and anywhere anytime. There is an advantage that can be confirmed.

Claims (15)

A system for transmitting facsimile data through a telephone network using a number of a mobile communication terminal, A facsimile that scans, codes, and transmits a facsimile data modulated into an analog signal to a receiving mobile communication terminal through a public switched network (PSTN); An exchanger for receiving the facsimile data through the public switched network, reading the number of the mobile communication terminal and transmitting it to a corresponding path; A mobile telecommunication service provider server which receives the facsimile data from the exchange and transmits the facsimile data and the voice data transmitted from the public switched network; A Unified Messaging System (UMS) server receiving the facsimile data from the mobile telecommunication operator server and requesting the creation and transmission of a short message to a facsimile mail and a short message service (SMS) server to an email server; And A mobile communication terminal capable of accessing the Internet provided with a WML (Wireless Markup Language) browser for receiving the short message through a mobile communication network and accessing a website of the mobile communication provider server to check the facsimile data. System for transmitting facsimile data using the number of the mobile communication terminal comprising a. The method of claim 1, The mobile operator server system is a system for transmitting facsimile data by using the number of the mobile communication terminal characterized in that it comprises a signal classification device for distinguishing the voice data and the facsimile data using a frequency band. The method of claim 2, The signal classification device comprises a combination of a low pass filter (LPF) for passing a signal component of 4 KHz or less and a high pass filter (HPF) for passing a signal component of 4 KHz or more. System for transmitting facsimile data. The method of claim 1, The integrated messaging system server stores an ID, password, and MIN (Moblie Identification Number) of a user registered as a member on the website, and the facsimile mail sent from the email server is stored in each member's mail mailbox. Messaging system A system for transmitting facsimile data using a number of a mobile communication terminal, characterized in that interlocked with the database server. The method of claim 1, The short message is a system for transmitting facsimile data using a number of a mobile communication terminal, characterized in that the callback URL message containing the URL information of the website. The method of claim 1, The short message service server transmits the short message to a short message service center (SMSC) that integrates and manages a short message to transmit the short message to the mobile communication terminal. A system for sending facsimile data. The method according to claim 1 or 4, The receiving user accesses the website using a computer equipped with a web browser and checks the facsimile data stored in the unified messaging system database server. System for transmitting facsimile data using. The method of claim 1, The mobile communication terminal is a system for transmitting facsimile data by using the number of the mobile communication terminal, characterized in that the mobile phone, PDA (PDA). A method of transmitting facsimile data through a telephone network using a number of a mobile communication terminal, (a) the facsimile converting the transmission target document into facsimile data through a predetermined operation, and transmitting the facsimile data to the received MIN; (b) receiving, by the mobile operator server, the facsimile data through an exchange, and transmitting the facsimile data and the plurality of voice data received through different paths; (c) a Unified Messaging System server receiving the facsimile data from the mobile operator server, and determining whether the facsimile data includes an e-mail account of a receiving user; (d) the Unified Messaging System Server requesting the short message service server to create a short message indicating the transmission of the facsimile data; (e) the short message service server creating the short message and transmitting the short message to a receiving mobile terminal through a mobile communication network; And (f) the receiving mobile terminal receiving the short message, accessing a website of the mobile communication service provider server, and confirming the facsimile data; Method for transmitting facsimile data using the number of the mobile communication terminal comprising a. The method of claim 9, wherein in step (c) The mobile telecommunication service provider server searches for a member database storing an ID, a password, and an email account of a member subscribed to the website using the MIN included in the facsimile data, and extracts and sends the email. Method for transmitting facsimile data using the number of the mobile communication terminal. The method of claim 10, The email account is a facsimile data using the number of the mobile communication terminal, characterized in that the website dedicated email account created by the mobile communication provider server using the ID entered when joining the website and given to the member. How to transfer. The method of claim 9, wherein in step (d) If the unified messaging system server determines that the e-mail account is included in the step (c), the unified messaging system server creates a facsimile mail in which the facsimile data is encoded as e-mail data and requests the e-mail server for further transmission to the e-mail account. Method for transmitting facsimile data using the number of the mobile communication terminal, characterized in that. 10. The process according to claim 9, wherein in step (f) The receiving end user accesses the website through the Internet by pressing a specific key button of the mobile communication terminal while checking the short message received by the mobile communication terminal. How to transfer facsimile data. The method of claim 13, If the receiving user is not registered as a member on the website, the mobile communication service provider server provides a member registration screen to the mobile communication terminal, receives an ID and password, and performs a member registration procedure. How to send facsimile data using the number of. 10. The process according to claim 9, wherein in step (f) The user who confirms the transmission of the facsimile data through the received short message, accesses the website by inputting the URL of the website with a computer on which a web browser is installed, and enters an ID and a password to authenticate the member. Method for transmitting facsimile data using the number of the mobile communication terminal, characterized in that the facsimile data can be confirmed.