KR100565265B1 - A system and a operating method of transmitting message - Google Patents

Abstract

The present invention provides an automatic transmission of a short message or an e-mail to an alternative receiving path selected and registered by a receiver, comprising: a mobile communication system including a mobile terminal, a base station, a base station controller, and a mobile switch and transmitting and receiving information including a text message; An internet system including a computer and the internet and capable of transmitting and receiving information including e-mail; A gateway connected to the mobile communication system and the Internet system and communicating in a data communication manner; A registration server for recording and storing a transmission path state set by the receiver of the information; Character information received by the mobile terminal, characterized in that it comprises a selection server for setting the transmission path of the information transmitted from at least one of the mobile communication system and the Internet system to the path recorded and stored in the registration server, etc. It is possible to alternately receive the data without being lost to the Internet, and to quickly receive the email received through the Internet.

Description

Character information transmission system and its operation method {A SYSTEM AND A OPERATING METHOD OF TRANSMITTING MESSAGE}

1 is a functional configuration diagram of a character information transmission system according to the prior art;

2 is a flowchart for transmitting text information through a mobile communication network of the prior art;

3 is a flow chart of email information transmission through the Internet of the prior art;

4 is a functional configuration diagram of a text information transmission system according to the present invention;

5 is a flowchart of a method of transmitting short text message information according to the present invention;

6 is a diagram illustrating a method of transmitting a short text message information according to the present invention;

7 is a flowchart of a method for transmitting email information according to the present invention;

8 is an explanatory diagram of a method for transmitting email information according to the present invention;

     ** Explanation of symbols on the main parts of the drawing **

10,110: first portable terminal 15,115: second portable terminal

20,120: first base station 25,125: second base station

30,130: first base station controller 35,135: second base station controller

40,140: Mobile switchboard 50,150: First computer

55,155: Second computer 60,160: Internet

70,170: Gateway 180: Select Server

190: Registration server

According to the present invention, when a short message cannot be received by a mobile communication terminal or an e-mail cannot be received by an Internet address, the present invention provides real-time confirmation without losing data through an alternatively set reception path, in particular, a reception path selected and registered by a receiver (PATH) relates to a text information transmission system and an operation method for automatically transmitting the above short message and email.

The mobile communication system is a mobile terminal freely moving in the service area by its unique telephone number (ID) and real-time communication by wireless connection with the other party anytime and anywhere, and the Internet is connected to the corresponding Internet address (ADDRESS) or email address. It is a packet data transmission system that retrieves data and wires non-real time email data from anywhere in the world.

The above mobile communication system provides a short text message service (SMS: SHORT MESSAGE SERVICE) capable of transmitting simple sentence or file data data as an additional service while performing voice level communication. Send long sentences or large amounts of data via e-mail.

When transmitting a short message (SMS) using the mobile communication system, the sender must enter the corresponding unique number of the receiver, the receiver should be located in the service area, if, out of the service area (SERVICE AREA) If the mobile terminal is located in the shadow area or the power of the mobile terminal is turned off, the transmitted short message is not received and is lost.

The e-mail sent through the internet is sent by inputting and designating a corresponding unique address of the receiver, and storing it in the corresponding server regardless of the recipient's internet access, and the recipient is at a convenient time. Since the server is connected to the Internet and downloads the e-mail from the server and checks it, the e-mail data is retained even if the recipient's computer is turned off.
Since the receiver turns on the computer connected to the Internet, accesses the e-mail server, and checks all the e-mails received through his or her address. Therefore, the receiver checks the information in real time without checking the information in real time.

In case of utilizing both the advantages of the mobile communication system and the Internet, that is, the mobile terminal transmits and stores the short message information that is not received in real time to a designated address of the Internet so that it is not lost and received at the Internet address. Since the e-mail information is received in real time through the short message of the mobile terminal, there is a need to develop a technology for quickly checking.

Hereinafter, a conventional mobile communication system and a text information transmission system using the Internet will be described with reference to the accompanying drawings.

1 is a functional configuration diagram of a character information transmission system according to the prior art, FIG. 2 is a flow chart of character information transmission through a mobile communication network of the prior art, and FIG. Flowchart of sending email information via

Referring to FIG. 1, an information transmission system for transmitting short message information or e-mail information according to the prior art will be described. A plurality of first and second portable terminals 10 and 15 for transmitting information and the first and second portable terminals 10 and 15 are managed in a corresponding service area and wirelessly connected to voice or text message information. Manages and controls the operation of a plurality of base stations (BS) 20 and 25 and a plurality of base stations 20 and 25 for transmitting communication signals, and the corresponding communication signals. A plurality of first and second base station controllers (BSC) (30,35) and a plurality of first and second base station controllers (30,35) for transmitting the first and second mobile terminals; By switching the call of (10,15) Mobile Switching Center (MSC) (40), which manages and controls the entire mobile communication system while establishing a PATH, accesses or subscribes to a specific Internet service using its unique address, First and second computers (PCs) 50 and 55 for transmitting and receiving information and the first and second computers 50 and 55 are connected to the first and second computers 50 and 55 to set a corresponding path and transmit information of a predetermined capacity. A gateway that connects the mobile station 40 and another communication network while simultaneously connecting the mobile station 40 and the internet 60 so as to transmit information to each other, respectively. 70).

Hereinafter, referring to FIG. 2, a description will be given of a conventional method for transmitting text information using a conventional information transmission system.

A first step (S10) of creating short text message information to be transmitted to the other party using the first and second mobile terminals 10 and 15; and the text message information created in the first step (S10) is transmitted and received. A second step (S20) of inputting a unique telephone number of a receiver to be transmitted together with the mobile communication system and transmitting wirelessly through the mobile communication system; and a receiving side mobile terminal receiving text message information wirelessly transmitted by the second step (S20) ( A third step (S30) of checking whether or not the text message is turned on to receive a text message (S30), and the receiving-side portable terminal (10,15) in the third step (S30). Is in the ON state for receiving a text message, the fourth wireless terminal receiving information transmitted through the base stations 20 and 25 of the mobile communication system and confirmed and terminated by the corresponding user; Step S40, and the third stage In the OFF state in which the receiving mobile terminals 10 and 15 are turned off so that they cannot receive text messages in the system S30, wireless transmission is performed through the corresponding base stations 20 and 25 of the mobile communication system. The fifth step (S540) of losing text message data information and ending.

Hereinafter, referring to FIG. 3, a description will be given of a method of transmitting Internet text information using a conventional information transmission system, and a large amount of email information to be transmitted is created using the first and second computers 50 and 55. FIG. A sixth step (S60), a seventh step (S70) of adding the other party's address to the e-mail information created in the sixth step (S60), and transmitting it to the designated party via the Internet 60; An eighth step (S80) of recording and storing the e-mail information transmitted by the seventh step (S70) in a storage area of the corresponding site server assigned to the recipient of the Internet 60; and a recipient computer 50, which receives the e-mail information. In a ninth step S90 of continuously determining whether 55 is connected to the site to receive the corresponding information, and in the ninth step S90, the recipient computers 50 and 55 can receive the information. Are connected to the site Case is constituted by a tenth step (S100) to shut down after receiving and checking the e-mail information.

Hereinafter, the text information transmission system according to the related art having the above configuration will be described in detail with reference to FIGS.

The first and second portable terminals 10 and 15 are connected to the mobile switch 40 through corresponding base stations 20 and 25 and base station controllers 30 and 35, respectively, to switch the mobile switch 40. The communication call CALL is connected through the path PATH, and the first and second computers 50 and 55 are connected to each other via the Internet 60, and the mobile terminal 10, 15), the mobile communication system consisting of the base stations 20 and 25, the base station controllers 30 and 35, and the mobile switching center 40, and the Internet system consisting of the computers 50 and 55 and the Internet 60 are connected to the gateway 70. By means of data communication.

The mobile terminals 10 and 15 constituting the mobile communication system compose a short text message to be transmitted to the other party (S10), input the receiver's unique number and transmit the radio, thereby wirelessly receiving the base station 20 or 25. And it is transmitted to the mobile switching center 40 by the base station controller (30, 35).

Since the mobile switch 40 sets the paths of the sender portable terminals 10 and 15 and the receiver portable terminals 10 and 15 by switching, a call is connected and the call is connected. The above text message information is wirelessly transmitted to the corresponding base station controllers 30 and 35 and the receiver portable terminals 10 and 15 connected wirelessly through the base stations 20 and 25 by the connected paths (S20).

At this time, when the operating power of the receiver portable terminal (10, 15) is turned off (S30), because the wireless transmission of information transmitted through the base station (20, 25) is not received wirelessly and is lost (S50), When the receiver portable terminals 10 and 15 are turned on (S30), the receiver portable terminals 10 and 15 receive information wirelessly transmitted by the turned on portable receivers 10 and 15 and are confirmed in real time by the corresponding user (S40).

In addition, the first and second computers 50 and 55 constituting the Internet system prepare E-MAIL information to be transmitted to the other party (S60), and input the corresponding Internet address of the other party to the Internet 60. Transfer to (S70).

The Internet 60 stores in the allocated storage area of the site server SERVER to which the recipient computers 50 and 55 receiving the transmitted email are subscribed (S80).

In this case, the recipient computers 50 and 55 may receive and confirm the corresponding e-mail information only when they are connected to the corresponding site server through the Internet 60 (S90).

Accordingly, the mobile communication system and the Internet according to the related art having the above-described configuration have a problem in that they cannot exchange or transmit respective text message information and email information.

In addition, the mobile communication system transmits the text message in real time only when the operating power is supplied to the receiver portable terminals 10 and 15, so that the mobile communication system does not check in real time in the absence of the user. In particular, the receiver portable terminal 10, If 15) is turned off or located in a shaded or unserviceable area, there is a problem that the corresponding text message information is lost, and the Internet 60 can send an email only when the recipient computers 50 and 55 are connected to the site. As it can be confirmed, there is a problem that the information can not be delivered quickly.

As an improved prior art that partially solves the above problems, when an email is received at a designated internet address, the mobile terminal 10, 15 notifies that a short message (SMS) has been received. E-mail acknowledgment service is provided as a supplementary service.

However, the e-mail confirmation service of the prior art e-mail improved as described above only notifies that the e-mail has been received, and in order to confirm the contents of the received e-mail, the Internet 60 through the computers 50 and 55. There is a complicated and inconvenient problem in that it must be connected to the Internet or wirelessly connected to the Internet with a mobile terminal.

In addition, another improved conventional technique that solves some of the above-described conventional problems is that the other party's mobile terminal 10,15 or the other party's computer 50,55 to receive the information created in the mobile terminal 10,15. A service for selecting and specifying a transmission is developed and provided.

However, another improved conventional technology as described above has the advantage of selecting and transmitting the other party's receiver mobile terminal 10,15 or the other party's recipient computer 50,55 to receive the information, but also the current state of the other party. Since it can not be confirmed, if the transmission through the mobile communication system is lost, or if the transmission through the Internet is still a problem that cannot be transmitted in real time.

The present invention, if the user does not receive the message data information to the operating or operating communication equipment directly select and set the alternative receiving path, and transmits the information by the mobile terminal short message or Internet e-mail according to the set path information It is an object of the present invention to provide a text information transmission system and an operation method for preventing the loss of received information and promptly and accurately receiving and checking the received information.

In order to achieve the above object, the present invention includes a mobile communication system including a mobile terminal, a base station, a base station controller, and a mobile switch, and capable of transmitting and receiving information including a text message; An internet system including a computer and the internet and capable of transmitting and receiving information including e-mail; A gateway connecting the mobile communication system and the Internet system and communicating in a data communication manner; A registration server for recording and storing a transmission path state set by the receiver of the information; And a selection server configured to set a transmission path of information transmitted from at least one of the mobile communication system and the Internet system to a path recorded and stored in the registration server.

In addition, the present invention devised to achieve the above object, the short message transmission for creating a text message information to be sent to the other party's receiver mobile terminal by the sender's mobile terminal of the mobile communication system and inputting the unique number of the receiver's mobile terminal Process; Confirmation process of retrieving and determining the reception information transmission path setting state of the corresponding receiver mobile terminal through the selection server and accessing the registration server by the mobile exchanger of the mobile communication system which has received the text message information transmitted in the short message transmission process. and; A mobile terminal process of transmitting text message information to the portable terminal when the reception information transmission path of the text message receiver portable terminal is set as the portable terminal; When the receiving information transmission path of the text message receiver portable terminal is set to the Internet email address in the checking process, the mobile mail process transmits the text message information to the corresponding email address.

In addition, the present invention has been made in order to achieve the above object, an email transmission process for creating an email information to be sent to the other party's recipient Internet address by the sender computer of the Internet system and inputting the recipient email address; A setting confirmation step of searching for and confirming a reception information transmission path setting state of a corresponding recipient email address by accessing a registration server and accessing a registration server by an internet site authorized to receive the email information transmitted by the email transmission process; An internet mail process of transmitting email information to a corresponding site email address when the reception information transmission path of the email address is set as an internet email address in the setting confirmation process; When the reception information transmission path of the recipient email address is set as the portable terminal in the setting confirmation process, the Internet short message process is performed to transmit the email information to the portable terminal.

Hereinafter, a text information transmission system and an operation method thereof according to the present invention will be described with reference to the accompanying drawings.

4 is a functional configuration diagram of a text information transmission system according to the present invention, FIG. 5 is a flowchart of a method for transmitting a short text message information according to the present invention, and FIG. FIG. 7 is a flowchart illustrating a method of transmitting email information according to the present invention, and FIG. 8 is a diagram illustrating an email information transmitting method according to the present invention.

Referring to FIG. 4, the text information transmission system according to the present invention includes a plurality of first and second portable terminals (i.e., a plurality of first and second mobile terminals that perform voice level wireless communication with the other party at any time and anywhere while simultaneously moving text messages). 110,115); A plurality of first and second base stations (120, 125) for jurisdiction and control of the plurality of first and second mobile terminals (110, 115) in a corresponding service area (SERVICE AREA) and wirelessly connected to transmit communication signals; A plurality of first and second base station controllers (130,135) for monitoring and controlling the plurality of first and second base stations (120,125) and transmitting corresponding signals; Connected to the plurality of first and second base station controllers 130 and 135 to set a path by switching the call connection request of each mobile terminal 110 and 115 by switching and to monitor the entire mobile communication system. And a mobile communication system including a mobile switch 140 for controlling and transmitting and receiving information including a text message;

Establishing a connection path by connecting to a plurality of first and second computers 150 and 155 and a plurality of first and second computers 150 and 155 for generating, sending, transmitting and receiving a large amount of data communication information such as e-mail. An internet system including an internet 160 including a site server and capable of transmitting and receiving information including an e-mail,

A gateway (GATEWAY) 170 for connecting the mobile communication systems 110, 115, 120, 125, 130, 135, 140 and the Internet system 150, 155, 160, communicating in a data communication manner, and setting a corresponding path to transmit the corresponding information;

The transmission path of the information transmitted from at least one of the mobile communication system and the Internet system is set as a path recorded and stored in the registration server, and the registration information is retrieved by the portable terminal and the computer. If the search result of the registration server is set to the portable terminal, the received information is routed to be transmitted to the mobile terminal. If the search result of the registration server is set to the internet, the received information is transmitted to the Internet address. Select server 180 to set up,

Recording and storing the transmission path state set by the receiver of the information, and recording and storing the reception information transmission path set by the portable terminals 110 and 115 of the mobile communication system in the allocated area, and the computer 150 and 155 of the Internet system. And a registration server 190 for recording and storing the reception information transmission path set in the allocated area and outputting the reception information transmission path set by the portable terminal and the computer under the control of the selection server 180. .

Referring to FIG. 5, the short text message information transmission method according to the present invention will be described. A short text message (SMS) to be transmitted to the other party's mobile terminal (110, 115) via the sender's mobile terminal (110, 115) constituting the mobile communication system. ) To write the information and to transmit by inputting the unique number or phone number (ID) of the corresponding recipient mobile terminal (110, 115), and writes the text message information of the short message to be sent to the other party by the sender mobile terminal (110, 115) (S110) ; Input the unique number (ID) of the other party's receiver mobile terminal (110, 115) to receive the text message information of the prepared short message, and include the created text message information in the unique number (ID) of the input recipient's mobile terminal (110, 115). Short (S120) short transmission process to transmit,

Analyze and verify the unique number of the other party to be transmitted by the mobile switch 140 of the mobile communication system, which has received the information transmitted by the short message transmission process, and through the selection server 180 connected through the gateway 170. The user accesses the registration server 190, searches for, confirms, and determines the reception information transmission path setting state of the corresponding receiver mobile terminal 110, 115. The text message information and the receiver portable terminal (generated from the sender portable terminal 110, 115) are determined. It is recorded and managed by the registration server 190 connected through the gateway 170 and the selection server 180 by the mobile exchange which has received the unique number of 110 and 115, and the transmission path of the reception information set and recorded by the other receiver's mobile terminal. Search for information (S130), and the search result (S130) of the information receiving path of the receiver portable terminal is a portable terminal (110, And determining whether it is set to 115 or whether the computer 150 or 155 on the Internet is set to an e-mail address (S140).

If the reception information transmission path (PATH) of the receiver mobile terminal (110, 115) to receive the text message is set to the mobile terminal (110, 115) in the confirmation process (S140), the path set by the selection server 180 A mobile terminal process (S150) for transmitting text message (SMS) information to the corresponding mobile terminals 110 and 115 of the mobile communication system;

If the receiving information transmission path (PATH) of the text message receiver mobile terminal (110,1150) is set as an e-mail address to be received by the computer 150,155 on the Internet in step S140, the selection server 180 is It consists of a mobile mail process (S160) for transmitting text message information to an e-mail address to be received by the computer (150,155) of the Internet system by the set path.

Referring to FIG. 7, the e-mail information transmission method according to the present invention will be described. The e-mail information to be sent to the other party's receiver is created through the sender computers 150 and 155 of the Internet system connected worldwide. Input and send the E-MAIL address of the recipient computer 150, 155, and send the E-MAIL information to the recipient computer 150, 155 by the sender computer 150, 155 of the Internet system. Create (S210); An e-mail transmission process of inputting unique e-mail addresses of counterpart recipient computers 150 and 155 to receive the e-mail information created as described above and transmitting the e-mail information together with the e-mail information to the internet 160 (S220);

The Internet 160, which has received the email address information of the recipient computers 150 and 155 by the email transmission process S210 and S220, accesses the registration server 190 through the selection server 180, and the corresponding recipient computers 150 and 155. The Internet 160 connects to the registration server 190 through the selection server 180, searches for the registration server 190, and searches the registration information. Confirming a state in which the designated email address is set as an email reception information transmission path (S230); A setting confirmation process of determining whether the reception path of the e-mail information is set to the Internet 160 in the confirmation (S230) (S240);

If it is determined in step S240 that the reception information transmission path of the recipient computers 150 and 155 to receive the e-mail is set to the e-mail address of the Internet 160, the selection server 180 Internet mail process (S250) for transmitting the email information to the email address of the computer (150,155) on the Internet by the path set by),

If the reception information transmission path of the e-mail recipient is not set to the e-mail address of the Internet 160 in the setting check process (S240) but is set to the mobile terminals 110 and 115, the path set by the selection server 180 is set to the path set by the selection server 180. By doing so, it consists of an internet short process (S260) for transmitting email information to the mobile terminals 110 and 115 of the mobile communication system.

Hereinafter, according to the present invention having the above-described configuration, a text information transmission system and its operation method will be described in detail with reference to FIGS.

The mobile communication system includes a plurality of first and second mobile terminals 110 and 115 and a plurality of first and second base stations 120 and 125 which are wirelessly connected in a corresponding service area to transmit a communication signal. The first and second base stations 120 and 125 are managed by the corresponding first and second base station controllers 130 and 135, respectively, and monitored and controlled, and at the same time, the corresponding communication signals are transmitted.

The corresponding signal of each of the base station controllers 130 and 135 is applied to and processed by the mobile exchanger 140. For example, in the case of a call connection request signal for setting a path, a path for accessing the corresponding unique number is connected by switching. At the same time, the mobile switch 140 monitors and controls the operation of the entire mobile communication system.

The first and second computers 150 and 155 are each connected to the Internet 160 and are connected through an assigned and assigned Internet address to transmit email information.

The mobile switching system 140 of the mobile communication system as described above and another communication network including the Internet 160 are connected by the gateway 170 to transmit corresponding information.

The selection server 180 connected to the gateway 170 as described above is connected to the registration server 190 for storing and storing the path information for receiving the received information from each of the mobile terminals 110 and 115 and the receiver. Search and check the set status of the information to be transmitted to the corresponding path.

For example, when the second mobile terminal 115 is in a meeting or is in a non-communicable state, all of the received text message information may be set to be received by the first computer 150. In the above-described state, The reception information transmission path information of the text message received by the second mobile terminal 115 is recorded and stored in the registration server 190.

An example as described above will be described in more detail with reference to the attached FIG. 6. The first mobile terminal 110 attempts to create a text message and to designate and transmit a second mobile terminal 115. 2 When the mobile switch 140 is applied to the mobile switch 140 together with the unique number of the mobile terminal 115, the mobile switch 140 accesses and searches the registration server 190 through the gateway 170 and the selection server 180. Then, the second portable terminal 115 sets the reception information transmission path setting state (설정, ㉯).

As a result of the check by the selection server 180, when the message information transmitted to the second mobile terminal 115 is set to be received through the first computer 150, the selection server 180 The path PATH is set to connect to the first computer 150.

Therefore, the text message information that the first mobile terminal 110 wants to create and transmit to the second mobile terminal 115 is set as the transmission path information checked by the selection server 180 by searching the registration server 190. (I) transmitted to the first computer 150 by a path.

As another example, when a user of the first computer 150 located at a fixed place is in a state where communication is not possible, such as receiving an e-mail, the first computer 150 carries the received e-mail with the first mobile device. It can be received through the terminal 110, and sets the reception information transmission path as described above to record and store in the registration server 190.

Referring to another example as described above in more detail with reference to the attached Figure 8, the second computer 155 writes an e-mail to be sent to the first computer 150 and the e-mail of the first computer 150 The address is entered together and transmitted to the Internet 160.

The Internet 160 searches for a registration server 190 connected through the selection server 180 to determine the setting status of the route information set by the first computer 150 to receive e-mail information. Check (ⓐ, ⓑ).

By the above search and confirmation, since the user of the first computer 150 is moving, the e-mail information cannot be received, and the reception path is changed and set to receive by the first mobile terminal 110. When the set reception information transmission path is recorded and confirmed in the registration server 190, the e-mail information generated from the second computer 155 and transmitted to the first computer 150 is selected by the selection server 180. It is transmitted to the first portable terminal 110 of the mobile communication system (©).

The text message information transmission method using the text information transmission system of the present invention as described above will be described in detail with reference to FIGS. 5 and 6 attached to the text message information using the mobile terminal of the mobile communication system. 110 creates a text message (SMS) information of the short message to be transmitted to the second mobile terminal 115 (S110), and enters the unique number or the telephone number of the second mobile terminal 115 to be received together with the mobile switchboard ( 140) (S120, i).

The mobile switching unit 140 searches for the registration server 190 and checks the reception information transmission path setting status information of the second mobile terminal 115 which is the receiver portable terminal (S130). It is determined whether is the second mobile terminal 115 of the mobile communication system or the computers 150 and 155 connected to the Internet 160 (S140, i).

In the case where the determination result (S140, i) is set as the second mobile terminal 115, the selection server 180 and the mobile exchanger 140 via the base station controller 135 and the base station 125 In operation S150, the short text message information generated and inputted is wirelessly transmitted to the second mobile terminal 115.

However, when the path is set to receive the information by the first computer 150 connected to the Internet 160, the first mobile terminal 110 creates the determination result (S140). The short text message (SMS) information to be transmitted to the second mobile terminal 115 is transmitted to the corresponding e-mail address of the first computer 150 connected to the Internet by the path set by the selection server 180. (S160, ㉰).

In addition, by using the text information transmission system of the present invention as described above, the e-mail information transmission method using a computer of the Internet system will be described in detail with reference to Figs. 7 and 8, for example, the second computer 155 Write the email information in (S210), and input the corresponding email address to be sent to the first computer 150 that is the other recipient (S220, ⓐ).

The Internet 160 searches and checks the registration server 190 through the selection server 180 (S230), and receives e-mail information received by the first computer 150 through the first mobile terminal 110. If the search is confirmed and determined that the transmission path information is set (S240, ⓑ), the email information input to be transmitted is applied to the mobile exchanger 140 through the selection server 180 and the gateway 170. Since the path information based on the receiver unique number for the first mobile terminal 110 retrieved from the registration server 190 is applied, the first mobile terminal 110 sends the email transmitted from the second computer 155. Information is wirelessly received (S260, ©).

However, when the first computer 150 is configured to receive email information in the determination (S240, ⓑ), the email transmitted by the second computer 155 according to the transmission path set by the selection server 180. Information is received by the first computer 150 (S250).

Therefore, according to the present invention having the above configuration, when the mobile communication terminal 110 or 115 or the Internet computer 150 or 155 does not receive the text information, the path information that can be received is set in the registration server 190, Since the transmission path is determined by the selection server 180, since the information is received through another path, the receiving server 180 can receive the information without losing the received information and can quickly check the received information.

According to the present invention, the text message received through the mobile terminal of the mobile communication system is replaced by the e-mail address of the Internet by the reception path change setting, so that the received reception is replaced even during a meeting or when the power is turned off. Through the path, there is an industrial use effect of receiving the text message data information quickly and accurately without being lost.

In addition, since an e-mail message received at an Internet e-mail address is wirelessly received through a mobile terminal, there is a convenient effect of checking in real time quickly.

In addition, since the user easily and automatically transmits the text message and the e-mail information between the mobile communication system and the Internet system according to the reception information transmission path information set in the registration server, the industrial use effect of increasing the reliability of the text message information and the e-mail transmission is increased. There is.

Claims (9)

A mobile communication system including a mobile terminal, a base station, a base station controller, and a mobile exchange, capable of transmitting and receiving information including a text message; An internet system including a computer and the internet and capable of transmitting and receiving information including e-mail, A gateway connecting the mobile communication system and the Internet system and communicating in a data communication manner; A registration server for recording and storing the transmission path state set by the receiver of the information; And a selection server for setting a transmission path of information transmitted from at least one of the mobile communication system and the Internet system to a path recorded and stored in the registration server. The method of claim 1, wherein the selection server, The reception information transmission paths set and stored by the portable terminal and the computer, respectively, are checked by a registration server search. If it is set as a search result portable terminal of the registration server, and set the route to transmit the received information to the portable terminal, Character information transmission system characterized in that the configuration is configured to route the received information to the Internet address if the search result is set to the Internet registration server. The method of claim 1, wherein the registration server, Record and store the reception information transmission path set by the portable terminal of the mobile communication system in the assigned area, Record and store the reception information transmission path set by the computer of the Internet in the assigned area, Character information transmission system comprising a configuration for outputting the reception information transmission path set by the portable terminal and the computer under the control of the selection server. A short message transmission process of creating text message information to be transmitted to the other party's receiver mobile terminal by the sender's mobile terminal of the mobile communication system and inputting and transmitting a unique number of the receiver's mobile terminal; Confirmation process of retrieving and determining the reception information transmission path setting state of the corresponding receiver mobile terminal through the selection server and accessing the registration server by the mobile exchanger of the mobile communication system which has received the text message information transmitted in the short message transmission process. and, When the receiving information transmission path of the text message receiver portable terminal is set to the portable terminal in the confirmation process, the mobile terminal process of transmitting the text message information to the corresponding portable terminal; When the reception information transmission path of the text message receiver mobile terminal is set to the Internet email address in the confirmation process, the text information transmission system comprises a mobile mail process for transmitting the text message information to the corresponding email address. Way. The method of claim 4, wherein the short message transmission process, Creating and inputting a short text message by the caller's mobile terminal; And a method of inputting and transmitting a unique number of a receiver mobile terminal to receive a short text message created in the process. The method of claim 4, wherein the checking process, Accessing a selection server and a registration server by a mobile exchange that has received the text message information and the recipient unique number of the short message transmission process, and searching and confirming the setting state of the reception information transmission path of the receiver mobile terminal; And confirming and determining whether the received information transmission path identified in the process is set as a portable terminal of the mobile communication system. An e-mail sending process of creating e-mail information to be sent to the other party's recipient internet address by the sender computer of the internet system and inputting the e-mail address of the recipient; A setting confirmation step of searching for and confirming the reception information transmission path setting status of the corresponding recipient email address by accessing a registration server through a selection server by an internet site authorized to transmit the email information by the email transmission process; When the receiving information transmission path of the e-mail address is set to the Internet e-mail address in the setting confirmation process, the e-mail process of transmitting the e-mail information to the e-mail address of the site; If the receiving information transmission path of the recipient email address is set to a portable terminal in the setting confirmation process, characterized in that consisting of the Internet short-term process for transmitting the email information to the portable terminal. The method of claim 7, wherein the email transmission process, Creating e-mail information by the sender computer of the Internet system; And inputting a recipient e-mail address to receive the e-mail information created in the step, and transmitting the e-mail information together with the e-mail information to the internet. The method of claim 7, wherein the setting check process, Accessing a selection server by an Internet site receiving the email information and the email address by the email transmission process, searching a registration server, and confirming a reception information transmission path setting state of the recipient email address; And determining whether or not the received information transmission path is set to the Internet e-mail address identified in the above process.

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