KR100341051B1 - Method for continuously receiving message in a mobile communication terminal - Google Patents

Abstract

Disclosed is a text message continuous reception method of a mobile communication terminal. The present invention includes the steps of: a) determining whether a mobile communication terminal is powered on or off at a base station to which a text message is to be sent; b) if the power is turned on in step a), the mobile terminal receiving a text message; c) receiving the text message of step b) after determining whether the text message is short or continuous; d) after receiving the text message in step c), displaying on the display that the text message has been received; e) after step d), displaying the continuous text message in serial number order; And f) after step e), deleting / storing the continuous text message to provide a more diverse broadcasting text message service by supplementing the limitation of the transmission amount. Services can be created to increase the satisfaction of service subscribers and relatively reduce the transition of subscribers to other service companies.

Description

Method for continuously receiving message in a mobile communication terminal

The present invention relates to a text message received in a mobile communication terminal, and more particularly, continuous text message reception of a mobile communication terminal that can be processed on the mobile communication terminal as if a single message is received by receiving a continuous short message. It is about a method.

In general, a mobile communication terminal transmits a simple text message to a mobile communication terminal of the other party, or receives a text message transmitted from the mobile communication terminal of the other party to display the text message through the display unit of the mobile communication terminal. It has a message service function (hereinafter referred to as SMS).

In addition, there is a text information broadcasting service that delivers a text message so that all terminals in a certain region receive information such as news, shopping, auction, and stock at a base station using the SMS function. However, a user using a mobile communication terminal must subscribe separately to receive the text information broadcasting service.

However, since the existing SMS only delivers a limited capacity at a time, in order to send a message exceeding this, the SMS has to be divided into two or more text messages in accordance with the limited capacity. And, the receiver receiving the text message should separately check the text message transmitted separately.

If the message exceeding the capacity is transmitted without dividing it into two or more text messages, the message part exceeding the capacity is not cut and transmitted.

Due to such a problem, there is a limit in implementing a broadcast type service to provide various information to subscribers subscribed to the broadcast type service.

The present invention has been invented to solve the above problems, and an object of the present invention is to overcome the limited transmission capacity of the SMS, so that it can be processed on the mobile communication terminal as if a single message is received by successive short messages. To provide a text message continuous receiving method of a mobile communication terminal.

The present invention for achieving the above object comprises the steps of: a) determining whether a mobile communication terminal is powered on or off at a base station to which a text message is to be sent; b) if the power is turned on in step a), the mobile terminal receiving a text message; c) receiving the text message of step b) after determining whether the text message is short or continuous; d) after receiving the text message in step c), displaying on the display that the text message has been received; e) after step d), displaying the continuous text message in serial number order; And f) after step e), deleting / storing the continuous text message.

C),

c1) determining whether the received text message has a characteristic subparameter; c2) determining whether the characteristic sub-parameter includes continuous data, if it is obtained in step c1); c3) if there is continuous data in step c2), recognizing the serial number of the text message and continuing the data; And c4) after step c3), determining whether to complete the reception of the text message.

Step d),

d1) displaying a message indicating the reception of the continuous text message on the display unit of the mobile communication terminal; And d2) after step d1), determining whether to select a text message confirmation button.

F) step,

f1) determining whether any button is selected; f2) when any button is selected in step f1), performing a function corresponding to the selected button; And

f3) if no button is selected for a predetermined time in step f1), ending the text message checking function.

In addition, even if the serial number of the text message is reversed in step c3), it recognizes this, and in step e) provides a text message continuous receiving method of the mobile communication terminal, characterized in that displayed on the display in the sequence of the serial number of the text message.

Therefore, according to the present invention, a message exceeding the reception capacity of the mobile communication terminal can be successively processed as if one message is received.

1 is a block diagram showing the format of a continuous text message according to the present invention.

2 is a flowchart illustrating an operation of taking over a continuous text message according to the present invention.

3A illustrates a case in which continuous text messages are sequentially received according to the present invention.

FIG. 3B illustrates the order in which the display unit of the mobile communication terminal is displayed in FIG. 3A.

Figure 4a illustrates a case where the order of the continuous text message is received in accordance with the present invention.

FIG. 4B illustrates the order in which the display unit of the mobile communication terminal is displayed in FIG. 4A.

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

100: transmission message

110: characteristic subparameter

111: data characteristics

112: message serial number

113: session number

114: Session ID

115: subparameter length

116: subparameter ID

Hereinafter, with reference to the accompanying drawings will be described a preferred embodiment of the present invention.

1 is a block diagram showing the format of a continuous message service.

The existing short message service (SMS) includes a transmission message 100, a destination address 200, an identifier 300 of a teleservice, and an SMS type 400 as SMS parameters.

The SMS subparameters of the transmission message 100 define characteristic subparameters 110 that did not exist in the existing SMS, and the existing call number 120, message center time 130, user data 140, It consists of a message identifier 150.

Among the SMS subparameters, the characteristic subparameter 110 includes a data characteristic 111, a message serial number 112, a session number 113, a session ID 114, a subparameter length 115, and a subparameter ID 116. Consists of

The data characteristic 111 is composed of continuous general data, final general data, continuous menu data, and final menu data.

The continuous general data may be set when a general text message is not transmitted at a time by a base station transmitting a service and is divided into two or more text messages, that is, when there are more messages to be transmitted after the current message.

The terminating general data is set when the general text message can be transmitted at once by the base station or when it is the last message of continuous general data.

Next, the continuous menu data is set when the menu type text message cannot be transmitted all at once by the base station and divided into two or more text messages, that is, when there are more messages to be transmitted after the current message.

Finally, the final menu data is set when the base station can transmit all the menu text messages at once or when the last menu data is the last message of the continuous menu data.

In the embodiment of the present invention, the method for displaying the data characteristic 111 is '0x01' continuous general data, '0x02' terminating general data, and '0x03' continuous menu data. , '0x04' is the final menu data, and '01' and '02' are randomly assigned numbers. However, '0' at the beginning of '0 × 01' means the session number 113. In the case of a broadcast type service, the session number 113 field is not used, so it is set to '0'.

The message serial number 112 indicates the serial number of the continuous message. In the case of the standalone message, the value of this field is set to '1', and the message type is set to the end type. In the case of a continuous message, the field values increase sequentially starting from '1'.

The session ID 114 is a field indicating whether a message of the same service is present. Accordingly, in the case of a broadcast type service message composed of two or more, it indicates whether the same service message is provided between the continuous messages and the dependent messages, and the session ID 114 values of the messages in the same service message are the same.

2 is a flowchart illustrating an operation of continuously receiving a continuous message.

First, the base station to which the broadcast type message is transmitted checks whether the mobile communication terminals of the subscribers of the service are powered on (S10).

If the mobile communication terminal is powered on, the mobile communication terminal receives a text message transmitted from the base station (S20).

Thereafter, the step of determining the characteristics of the text message using the characteristic parameter included in the received text message (S30).

In step S31, it is determined whether there is a characteristic subparameter for determining whether the text message received in step S20 is short or long (S31).

If the characteristic sub-parameter does not exist, the received text message is a short message, and thus performs a commonly used SMS process (S32).

However, when the characteristic subparameter exists, it is determined whether the continuous data or the final data displayed in the data characteristic 111 field among the various fields of the characteristic subparameter (S33).

After the determination of step S33, in the case of continuous data, the mobile communication terminal recognizes the message serial number 112 and receives continuous data, and when it is not continuous data, receives the termination data (S34, S35). ). In the next step, it is determined whether to complete the reception of the text message. If continuous data is received, the process goes back to step S20 (S25).

When the text message including the terminating data is received in step S25, a message indicating that the text message has been received is displayed on the display unit of the mobile communication terminal (S40). In more detail, after step S25, a message indicating a text message reception is displayed on a display unit, and when a guide message indicating that a text message has been received is displayed on the display unit, a confirmation button for receiving the text message is selected (S41). , S42).

When the confirmation button to receive the text message is selected in step S42, the display unit of the mobile communication terminal displays the received message in the serial number order (S50).

After checking the received text message, the user deletes or stores the text message (S60). In S60, the user selects an arbitrary button of the mobile communication terminal (S61), and performs a function corresponding to the selected button (S62). If the delete button is selected in step S61, the text message received by the mobile communication terminal is deleted, and if the save button is selected, the text message is stored in the mobile communication terminal.

However, if no button is selected for a predetermined time in step S61, the text message checking function is terminated (S63).

FIG. 3A illustrates a case where a continuous general message is sequentially received by the mobile communication terminal, and FIG. 3B illustrates a sequence of displaying the message received in FIG. 3A on the display unit of the mobile communication terminal.

The first message (M10), the second message (M20) and the third message (M30) are all session ID 114 is equal to 0 × 1234, so the first message (M10), the second message (M20) and the third message (M30) It can be seen that the message is provided by the same service. Next, the characteristic data 111 is the first message M10 and the second message M20 are continuous general data as 0x01, and the third message M30 is 0x02 as final general data.

In addition, the message serial number 112 of the first message M10 is 1, the message serial number 112 of the second message M20 is 2, and the message serial number 112 of the third message M60 is 3 to provide a service. It can be seen that the base station received the mobile communication terminal in the numbered order.

The received messages are displayed on the display unit of the mobile communication terminal in the order shown in FIG. 3B. The first message M10, the second message M20 and the third message M30 are displayed in the same manner as in FIG. 3A.

4A illustrates a case where continuous messages are received out of order in a mobile communication terminal.

As shown in FIG. 3A, the session ID 114 is text messages provided by the same service because the first message M40, the second message M50, and the third message M60 are 0x1234 and all three messages are the same. The data characteristic 111 of the first message M40 and the second message M50 is 0x01 and is continuous general data, and the third message M60 is 0x02 and is dependent general data.

However, the message serial number 112 of the first message M40 is 2, the message serial number 112 of the second message M20 is 1, and the message serial number 112 of the third message M60 is 3. It can be seen that the base station was not received by the mobile communication terminal in the order of numbering.

4B illustrates a sequence of displaying the message received in FIG. 4A on the display unit of the mobile communication terminal. Although the message serial number 112 is not sequentially received in the receiving process, the display may display the message serial number 112. You can see that it does.

As described in detail above, according to the text message continuous reception method of the mobile communication terminal of the present invention, it is possible to provide a wider variety of broadcast text message services to compensate for the limitation of the transmission amount, various new services by using the extended transmission capacity Can be created to increase the satisfaction of service subscribers and to relatively reduce the transition of subscribers to other service companies.

Claims (5)

a) determining whether the mobile communication terminal is turned on or off at the base station to which the text message is to be sent; b) if the power is turned on in step a), the mobile terminal receiving a text message; c) receiving the text message of step b) after determining whether the text message is short or continuous; d) after receiving the text message in step c), displaying on the display that the text message has been received; e) after step d), displaying the continuous text message in serial number order; And and f) deleting and storing the continuous text message after step e). The method of claim 1, wherein step c) c1) determining whether it has a characteristic subparameter; c2) determining whether the characteristic sub-parameter includes continuous data, if it is obtained in step c1); c3) if there is continuous data in step c2), recognizing a serial number of the text message and continuing the data; And c4) after step c3), determining whether to complete the reception of the text message. The method of claim 1, wherein step d) d1) displaying a message indicating receipt of a text message on a display unit of the mobile communication terminal; And d2) after step d1), a method of receiving a text message continuously by the mobile communication terminal, including determining whether to select a text message confirmation button. The method of claim 1, wherein step f) f1) determining whether any button is selected; f2) when any button is selected in step f1), performing a function corresponding to the selected button; And f3) If the button is not selected for a predetermined time in step f1), the text message continuous receiving method comprising the step of ending the text message confirmation function. The method according to claim 1 and 2, Recognizing this even if the serial number of the text message is reversed in step c3), and displays the display on the display in the sequence of the serial number of the text message in step e).