KR20020089707A - method for mail transmission in mobile terminal - Google Patents

Abstract

PURPOSE: A method of sending mail in a mobile terminal is provided to convert a message into various types, and to transmit the message as a mail type to a receiver, thereby converting a short message into a long message, converting the short message into various types, and transmitting a long message as E-mail. CONSTITUTION: A mobile terminal(10) inputs a character to transmit mail. A base station(30) connects the mobile terminal(10) with a mobile phone exchange(50). The mobile phone exchange(50) includes an HLR where terminal information of a receiver is stored, and connects a message transmitted through the base station(30) to the mobile terminal(20). An SMSC(Short Message Service Center)(80) reads the terminal information of the receiver from the HLR(70), and transmits the message. A mobile phone exchange(60) receives the message from the SMSC(80), and transmits the message to the mobile terminal(20). A base station(40) connects the mobile phone exchange(60) with the mobile terminal(20). A message converting and E-mail processing server(90) receives the message to convert the message, and transmits the message as E-mail.

Description

Method for mail transmission in mobile terminal

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a mail transmission method of a mobile terminal, and more particularly, to a mail transmission method of a mobile terminal capable of converting a short message into a long message and transmitting the same, and sending it by email as a text or a document.

1 is a block diagram of a message transmission system of a general mobile phone. As shown in FIG. 1, an ARS text message system 20 is accessed using a mobile phone 10 to display a text or picture in a database 20A. ) Is transmitted as a character or a picture encoded in the), and the selected character or picture is transmitted to the mobile communication system 40 through a dedicated line so that the character or picture is displayed on the display unit of the mobile phone 50 of the other party.

More detailed description of the technical content is as follows.

When the user connects to the ARS text message system 20, the user is informed of the text or picture composed of voice in the database 20A provided in the ARS text message system 20, and the message is selected.

In addition, when the user presses the other party's mobile phone number 40 using the mobile phone 10 button, and the user's mobile number is correct and the user's phone number is correct, the ARS text message system 20 searches for the information entered by the user. The result of the comparison is then compared with the local database to determine the match.

If the information entered by the user is matched, the selected picture and text message is transmitted to the Internet transmission server 30 as the corresponding data.

The ARS text message system 20 receives the database 20A created and reads the textualized characters and pictures as codes, and determines whether the characters and pictures match the codes of the regenerated database 20A. 20A) is transmitted to the mobile communication system 40 so that a picture or text is displayed on the display of the other party's mobile phone 50. That is, the database 20A created in the ARS text message system 20 is transmitted to the Internet transmission server 30, and the database 20A is opened to read text and picture codes.

In this way, the regenerated database 20A is transmitted to the mobile communication system 40 connected by the dedicated line protocol network, and the transmitted database 20A is displayed on the display of the mobile phone 50 of the other party.

On the other hand, the conventional short message service (SMS) has a problem that the text or picture service can be pushed only when the mobile phone is turned on, and only the short message can be transmitted.

Accordingly, the present invention has been made to solve the above problems, and the object of the present invention is to convert a short message into a long message and to transmit it, and to convert the short message into various formats and send it by email.

1 is a block diagram of a message transmission system of a typical mobile phone.

2 is a block diagram of a system for transmitting SMS (Short Message Service) mail between the present invention.

3 is a configuration diagram of an SMS mail transmission system between a third party and a company applied to the present invention.

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

10, 20, 100, 800: mobile terminal

30, 40, 700: base station

50, 60, 600: Mobile telephone exchange

70, 500: Subscriber registration device

80, 400: Short Message Service Center

90, 900: Message Conversion and Email Processing Server

200: third party linked server

300: company linked server

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings.

Mail transmission method in a mobile terminal applied to the present invention,

A step in which a caller inputs a message to a terminal, a message being transmitted to a short message service center (SMSC) through the terminal, a step of reading terminal information of a receiver from the SMSC, and reading terminal information of the receiver And transmitting the message to the corresponding terminal according to the ohm, and converting the message into various forms and transmitting the message to the corresponding recipient by mail.

Short Message Service (SMS) is made between companies or between companies.

The short message may be converted into a long message and transmitted.

The mail can be sent as text or document.

FIG. 2 is a block diagram of a short message service (SMS) mail transmission system applied to the present invention. As shown in FIG. 2, a mobile terminal 10 for inputting a text for transmitting a message and the mobile terminal 10 are shown in FIG. ) And a base station 30 that connects the mobile telephone exchange 50 and a home location register (HLR) 70 storing terminal information of a receiver through the base station 30. A mobile telephone exchanger (50) for connecting the transmitted message to the corresponding mobile terminal (20), and an SMSC (Short) for reading the mobile terminal information of the receiver from the HLR 70 of the mobile telephone exchanger (50) and transmitting the message. Message Service Center (Short Message Service Station) 80, a mobile telephone exchange 60 for receiving a message of the mobile terminal 10 from the SMSC 80 and transmitting it to the mobile terminal 20, and the mobile telephone. Exchanger 60 and tooth The base station 40 connecting the terminal 20, the mobile terminal 20 receives the message through the base station 40, and receives the message from the SMSC 80 converts the message and emails the message It is configured to include a message conversion and email processing server 90 to be sent to, described with the operation status and progress thereof as follows.

When the caller inputs a message (or mail) to be sent to the terminal 10, it is transmitted to the SMSC 80 through the base station 30 and the mobile telephone exchange 50. (S10)

The SMSC 80 reads the terminal information of the receiver from the HLR 70 (S12).

The receiver terminal information read from the HLR 70 transmits a message to the corresponding terminal 20 through the mobile telephone exchange 60 and the base station 40. (S14)

Meanwhile, the message conversion and email processing server 90 receiving the message from the SMSC 80 converts the message into various types of messages and then sends a mail to the corresponding recipient through the Internet (S16).

In this case, the message transmission program uses TCP (Transmission Control Protocol) / IP (Internet Protocol).

3 is a configuration diagram of a system for transmitting a short message service (SMS) mail between a third party and a company applied to the present invention, and a third party mobile terminal 100 for inputting a text to transmit a message as shown therein, and the third party. Third party interlocking server 200 for transmitting the message of the mobile terminal 100, the company interlocking server 300 receiving the message transmitted from the third party interlocking server 200, and the HLR 500 of the mobile telephone exchange 600 Short Message Service Center (SMSC) 400 that reads the mobile terminal information of the receiver and transmits the message, and receives the message of the mobile terminal 100 from the SMSC 400 to the corresponding mobile terminal 800. The mobile telephone exchange 600, the base station 700 for connecting the mobile telephone exchange 600 and the mobile terminal 800, and receives the message from the SMSC (80) to convert the message and send the message Send by email It is configured to include a message conversion and processing e-mail server 900 will be described hamkkye to its operating conditions and process as follows.

SMS (Short Message Service) (or WAP push data) mail transmitted through the terminal 100 is transmitted to the third party interworking server 200, and the mail transmitted to the third party interlocking server 200 is its interlocking server through the Internet. Is sent to 300.

In addition, the mail sent to the company's interlocking server 300 is sent to the SMSC 400 again, wherein the SMSC 400 reads the terminal information of the receiver from the HLR (500).

The SMSC 400 reads the terminal information of the receiver, sends a mail (SMS) to the corresponding terminal 800, and then sends an SMS or an email sending result to its interlocking server 300.

In addition, the message conversion and email processing server 900 that receives the mail from the SMSC 400 converts the message into various types of messages and sends the mail to the corresponding recipient.

In other words, the message part is divided into several parts to be set as a body part of the mail, and the serial number of each divided message part is managed.

A recipient account is set using the message portion, and a sender account uses an ez-i mail account.

In addition, by using HTML (HyperText Markup Language), HDML (Hierarchical Data Markup Language), WML (Wireless Markup Language), XML (eXtended Markup Language) file URL (Uniform Resource Locator), HTML, HDML, WLM, Send an XML mail.

In addition, the SMS format is divided into SMS / SMS & Email, Recipient ID, URL, Content (or Message), and SMTP (Simple Mail Transfer Protocol) server designation through webmail such as separate ez-i mail. This is possible.

URL-parsing a file created in HTML to transmit an HTML document as mail content.

In this way, SMS or WAP push data can be transmitted to the terminal, and also can be sent by email.

As described above, according to the present invention, the short message can be converted into a long message and transmitted to the terminal, the short message can be converted into various formats and transmitted by e-mail, and the long message can be sent as an e-mail.

Claims (4)

A sender entering a message on a terminal; Transmitting a message to a Short Message Service Center (SMSC) through the terminal; Reading the terminal information of the receiver from the SMSC, Transmitting a message to a corresponding terminal according to reading the terminal information of the receiver; And converting the message into various forms and transmitting the message to a corresponding recipient in a mail. The method of claim 1, wherein the Short Message Service (SMS) is between a company and a third party. The method of claim 1, wherein the short message is converted into a long message and transmitted. The method of claim 1, wherein the mail can be transmitted as a text or a document.