KR20000075218A - Method for transmitting short message repetition in a terminal - Google Patents

Abstract

PURPOSE: A method for repetitively transmitting same short messages(SMS) in terminals is provided to store many incoming terminal phone numbers in a memory queue, to automatically and repetitively read the stored numbers and access calls to many incoming terminals, so as to transmit the same SMSs to the accessed incoming terminals. CONSTITUTION: If a short message(SMS) is received from a terminal user(205), a controller controls to store the received SMS in a memory buffer, and to store many phone numbers of incoming terminals in a memory queue(206). The controller reads a first incoming terminal stored in the memory queue and accesses a call to the read terminal. The controller transmits the SMS to the first terminal. If the phone number of the terminal is not a last one(208), the controller cuts off the call and increases a list of the stored phone numbers. The controller reads a next incoming terminal and accesses another call to the incoming terminal, to transmit the SMS to a next incoming terminal. If a phone number of the incoming terminal is the last one, the controller reads a last incoming terminal stored in the memory queue and accesses the other call to the read incoming terminal, to transmit the SMS to the last incoming terminal.

Description

How to repeatedly send a short message on a device {METHOD FOR TRANSMITTING SHORT MESSAGE REPETITION IN A TERMINAL}

The present invention relates to a method for transmitting a short message (Short MeSsage: hereinafter abbreviated as SMS) in a terminal, and more particularly, to a method for repeatedly transmitting a short message in a terminal so that the same SMS can be repeatedly transmitted to a plurality of destination terminals. will be.

In general, an SMS is a simple message input by using a user terminal, and the above-mentioned SMS is transmitted / received between calling / receiving terminals by a service center.

That is, after the service center receives the SMS from the specific originating terminal, the service center controls the specific originating terminal to transmit the SMS to the desired destination terminal. As described above, in the process of transmitting an SMS using a service center, when the same SMS is transmitted to a plurality of destination terminals, the number of destination terminals to which an SMS input, a destination terminal telephone number input, a transmission, and an end operation are to be transmitted. There was an uncomfortable problem of having to input repeatedly.

Accordingly, the present invention has been made to solve the above-described problems, the object of which is to store a plurality of destination terminal phone numbers in the memory queue (memory queue), when the same SMS is transmitted to a plurality of destination terminals, by the control unit; The present invention provides a method of repeatedly transmitting a short message in a terminal for transmitting an SMS to the called terminal after the telephone number stored in the memory queue is automatically connected to the repetitive read and called terminal.

In order to achieve the above object, in the present invention, a method for repeatedly transmitting an SMS of a terminal controls to store the received SMS in a memory buffer when the SMS is received from the terminal user, and stores a plurality of incoming terminal telephone numbers received from the terminal user. Controlling to store in a queue; Reading the first destination terminal stored in a memory queue, connecting to the read destination terminal, and transmitting an SMS to the first destination terminal; If the telephone number of the called terminal is not the last, turn off the currently connected call, increase the list of phone numbers stored in the memory queue, lead the next called terminal stored in the memory queue, and then go to the next called terminal After the call is connected, sending an SMS to the next called terminal; And if the telephone number of the called terminal is the last, reading the last called terminal stored in the memory queue, connecting to the last called terminal, and transmitting an SMS to the last called terminal.

1 is a block diagram illustrating a method for repeatedly transmitting a short message in a terminal according to the present invention.

2 is a detailed flowchart illustrating a method for repeatedly transmitting a short message in a terminal according to the present invention.

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

10: power supply

20: control unit

30: memory buffer

40: Memory cue

50: High frequency part

Hereinafter, with reference to the accompanying drawings will be described in detail the configuration and operation of the present invention.

1 is a block diagram illustrating a method of repeatedly transmitting a short message in a terminal according to a preferred embodiment of the present invention, including a power supply unit 10, a control unit 20, a memory buffer 30, It includes a memory queue 40 and a radio frequency (hereinafter, abbreviated as RF) unit 50.

The power supply unit 10 receives the DC power transmitted through the adapter from the home AC power and transmits the received power to the control unit 20 and the RF unit 50.

The controller 20 operates by receiving power from the power supply unit 10, controls the short message SMS received by the user's key input to be stored in the memory buffer 30, and receives the user's key input. Controls to store telephone numbers for a plurality of called terminals in the memory queue 40. In addition, the control unit 20 sequentially reads a plurality of destination terminal phone numbers from the memory queue 40, and requests a call connection to the destination terminal having the sequentially read phone numbers, and is connected to the destination terminal. The SMS stored in the memory buffer 30 is transmitted to the called terminal through the RF unit 50.

The memory buffer 30 is operated by the control unit 20, and after receiving the short message from the control unit 20, stores the received short message.

The memory queue 40 is operated by the control unit 20, and after receiving a plurality of phone numbers from the control unit 20, stores the received plurality of phone numbers.

The RF unit 50 operates by receiving power from the power supply unit 10, receives the SMS from the control unit 20, and loads the received SMS on a high frequency frequency to transmit to a plurality of destination terminals (not shown). do.

With reference to the flowchart of FIG. 2, the short message repetition transmission method in the terminal which concerns on this invention with the above-mentioned structure is demonstrated in detail.

First, the power supply unit 10 that receives the DC power transmitted from the home AC power supply through the adapter transmits the DC power to the control unit 20 and the RF unit 50 (step 201).

The control unit 20 that receives the DC power from the power supply unit 10 determines whether an SMS has been received from the user (step 202). If the SMS is not received in the determination step 202, the reception standby state is maintained (step 203). On the other hand, if the SMS is received in the determination step 202, it is controlled to store the received SMS in the memory buffer 30 (step 204).

The control unit 20 storing the SMS in the memory buffer 30 determines whether a plurality of destination terminal telephone numbers have been received from the user (step 205). If the telephone number is not received in the determination step 205, the reception standby state is maintained (step 203). On the other hand, when a plurality of telephone numbers are received in the determination step 205, the control stores the telephone numbers for the received plurality of destination terminals in the memory queue 40 (step 206).

In addition, in transmitting the SMS stored in the memory buffer 30 to the plurality of destination terminals, the controller 22 reads the telephone number of the first destination terminal stored in the memory queue 40 and requests a call connection to the destination terminal. After the call is connected, the SMS is transmitted to the first destination terminal through the RF unit 50 (step 207).

Thereafter, the controller 22 searches the memory queue 40 and checks whether the retrieved telephone number is the telephone number of the last destination terminal (step 208).

If it is not the last telephone number in the check step 208, the controller 22 turns off the currently connected call (step 209), and then increments the telephone number list stored in the memory queue 40. (Step 210), the telephone number of the next called terminal stored in the memory queue 40 is read, and the call is connected to the next called terminal, and then the SMS is transmitted to the next called terminal through the RF unit 50. Step 207 is repeated.

On the other hand, if it is the last telephone number in the check step 208, the controller 22 reads the last destination terminal stored in the memory queue 40, and after the call connection to the last destination terminal, the The SMS is transmitted to the last destination terminal through the RF unit 50 (step 211).

Therefore, when the same SMS is transmitted to a plurality of destination terminals using the terminal, the plurality of destination terminal telephone numbers stored in the memory queue 40 are sequentially read by the control unit 20, and then sequentially sent to the called terminal. After the call is connected, the SMS stored in the memory buffer 30 is repeatedly transmitted to the plurality of destination terminals.

In the present invention described above, when the same SMS is transmitted to a plurality of destination terminals, the controller sequentially reads a plurality of destination terminal phone numbers stored in a memory queue, and is connected to the sequentially connected destination terminals. By repeatedly transmitting the SMS stored in the memory buffer to a plurality of destination terminals, there is a convenient effect that the operations of SMS input, destination terminal phone number input, transmission input, and end input do not have to be input as many as the number of destination terminals.

Claims (1)

A terminal having a power supply unit for supplying DC power, a control unit operated by the power supply unit, a memory buffer and a memory queue connected to the control unit, If a short message is received from the terminal user, controlling to store the received short message in a memory buffer, and controlling to store a plurality of destination terminal telephone numbers received from the terminal user in the memory queue; Reading the first destination terminal stored in the memory queue, connecting to the read destination terminal, and transmitting the short message to the first destination terminal; If the telephone number of the called terminal is not the last, turn off the call currently connected, and increase the list of telephone numbers stored in the memory queue, lead the next called terminal stored in the memory queue, and then Transmitting a short message to a next called terminal after connecting to a called terminal; And if the telephone number of the called terminal is the last, reading the last called terminal stored in the memory queue, connecting to the last called terminal, and transmitting the short message to the last called terminal. Repeated transmission method of a short message in a terminal, characterized in that.