KR20130010417A - System and method for providing conversation-type message in a mobile communication system - Google Patents

Abstract

PURPOSE: A dialogue complete type messaging system of a mobile communication system and a service supplying method thereof are provided to easily transmit a character in order to have a dialog type according to the intention of a user. CONSTITUTION: A dialogue complete type message server(130) receives a complete type dialog message from a calling terminal. The dialogue complete type message server stores selection messages about the originator terminal. The dialogue complete type message server transmits the classified selection messages. The dialogue complete type message server matches the received response message according to the selection message. [Reference numerals] (101) Portable terminal of an originator; (102) Computer of an originator; (110,40-n,140-2,140-1) Base station; (120A,120B) Wireless network and internet network; (130) Dialogue complete type message server; (150-m,150-2,150-1) Portable terminal of a receiver

Description

Dialogue completion messaging system and control method in mobile communication system {SYSTEM AND METHOD FOR PROVIDING CONVERSATION-TYPE MESSAGE IN A MOBILE COMMUNICATION SYSTEM}

The present invention relates to a system for transmitting a message in a mobile communication system and a control method thereof, and more particularly, to a system technology for transmitting and receiving a conversation completed message.

Recently, as well as the mobile communication system, the rapid development of mobile communication terminals are also developing in various forms. Looking at the services that can be provided by the development of the mobile communication system as described above, the basic voice communication service, text message transmission service, terrestrial broadcasting service (DMB) as well as the form that can provide a variety of services using the Internet.

Among these services, voice communication service is the most basic service of mobile communication service. In addition, text message transmission services are evolving from 1: 1 services to 1: N services as well as SMS and palm services. In addition, terrestrial broadcasting service and internet service are additional services using basic mobile communication terminal functions.

Among these, a text message transmission service is a service for a specific user to send a text to one or more users and to obtain a reply from the party receiving the text. Therefore, the sender who transmits the text has a lot of difficulties in providing the same text to multiple users and collecting the results. In this case, a text may also be received that does not match the intention of the sender.

Accordingly, the present invention provides a system technology capable of providing a dialog-complete text service in a mobile communication system.

In addition, the present invention provides a system technology that can easily send a text to the sender of the text to have a conversation format according to the intention of the text.

In addition, the present invention provides a system technology that can easily obtain statistics according to the type of reply received when receiving a reply from the recipient of the text.

According to an aspect of the present invention, there is provided a complete conversation messaging system of a mobile communication system, comprising: a caller terminal configured to construct a complete conversation message using a basic information message, a question message, and a selection message and transmit the same to one or more receiving parties; Receive a complete conversation message provided from the caller terminal to classify and store the selection message for the caller terminal, transmits to the receiving side, when receiving a response message from each receiver according to the selection message, and transmits the response message to the caller A complete chat messaging server; And a receiving side terminal which selects one of the selection messages when receiving the complete conversation message and transmits the message to the caller terminal through the completion conversation messaging server.

A transmission apparatus according to an embodiment of the present invention, a terminal device for transmitting and receiving a completed conversation message in a mobile communication system, the user interface unit for displaying a message, and transmits a user's input signal; A radio unit for converting a transmission signal into a radio signal and converting the reception signal into a baseband signal; A modem unit for modulating a transmission signal and demodulating a reception signal; Compose a complete conversation message using basic information message, question message and selection message, and transmit the completed conversation message by selecting the terminal to one or more receiving sides by using the signal input from the user interface unit, and reply message of the completed conversation message. And a control unit for controlling to display the result on the user interface according to the selection message upon reception.

The transmission method according to an embodiment of the present invention includes a method for a mobile communication system to transmit and receive a completed conversation message from a terminal, including: constructing a complete conversation message using a basic information message, a question message, and selection messages; Selecting and transmitting a terminal to at least one receiving side; And displaying the result according to the selection message when the response message of the completed conversation message is received.

A server device according to an embodiment of the present invention, a complete messaging server device for transmitting and receiving a complete chat message between wireless terminals, the network interface unit for communicating with a wireless network / Internet network and the corresponding protocol; A modem unit for demodulating data received from the network interface unit and modulating data to be provided to the network interface unit; When receiving the complete conversation message including the basic information message, the question message and the selection message from the sender terminal, the selected message is classified and stored for the sender terminal, and the control is transmitted to the receiving terminal included in the complete conversation message, and each receiving side And a control unit for controlling to transmit the response message to the sender after matching the message according to the selection message upon receiving the response message from the receiver.

In a control method of a server device according to an embodiment of the present invention, a message processing method in a complete messaging server device for transmitting and receiving a completed conversation message between wireless terminals includes a basic information message, a question message, and a selection message from a caller terminal. Receiving a complete conversation message and classifying and storing selection messages for a caller terminal; Transmitting to the receiving terminal included in the complete conversation message; Matching a response message according to a selection message when receiving a response message from each receiving side; Transmitting a response message to the sender.

A receiving device according to an embodiment of the present invention is a terminal device for receiving and processing a completed conversation message in a mobile communication system, and receives and displays a completed conversation message including a basic information message, a question message, and a selection message. A user interface unit to receive a user selection signal; A radio unit for converting a transmission signal into a radio signal and converting the reception signal into a baseband signal; A modem unit for modulating a transmission signal and demodulating a reception signal; And a control unit for controlling the display of the completed conversation message and controlling the display of the completed conversation message and transmitting it to the caller terminal when the selection message is selected.

A reception method according to an embodiment of the present invention includes a method of receiving a completed conversation message in a terminal of a mobile communication system, the method comprising: displaying a completed conversation message including a basic information message, a question message, and a selection message; When one of the selection messages is selected, constructing a response message and transmitting the response message to the caller terminal; It can be configured to include.

Using the conversation completion messaging system according to the present invention, it is possible to send and receive a conversation completion text message according to its intention. You can easily check the statistics through the response to the conversation-complete text message according to your intention.

In addition, the conversation completion message according to the present invention may provide a function of coordinating opinions with various people in a standardized structure. This information can also be applied to social networks to explore preferences or preferences with friends or others.

In addition, it can be used to extract various statistical data. For example, it can be used to participate in voting in elections, to obtain statistics on the people who are voting, and can be used as a channel for collecting opinions from viewers in various genres such as dramas and comics.

1 is an exemplary diagram of a system for transmitting and receiving text messages for explaining the present invention;
2 is a message flow diagram between nodes when providing a conversation-complete messaging service according to the present invention;
3 is a functional internal block diagram of a mobile terminal to which the present invention can be applied;
4 is a control flowchart for transmitting and receiving a conversation completion message according to an embodiment of the present invention;
5A is an exemplary view of an initial screen when providing a conversation-complete messaging service according to the present invention;
5b is an exemplary view for explaining a case of configuring a conversation completion message according to the present invention in a mobile communication terminal;
5c is an overall flowchart of a form in which a message is input to a dialog completion message structure window according to an embodiment of the present invention;
6 is a functional block diagram of a conversation completion messaging server according to an embodiment of the present invention;
7 is a control flowchart of message data transmission and reception in a conversation completion messaging server according to the present invention.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS The present invention will now be described with reference to the accompanying drawings. It should be noted that the drawings of the present invention attached hereto are provided for the purpose of helping understanding of the present invention, and the present invention is not limited to the shape or the arrangement exemplified in the drawings of the present invention. BRIEF DESCRIPTION OF THE DRAWINGS The above and other features and advantages of the present invention will be more apparent from the following description taken in conjunction with the accompanying drawings, in which: FIG.

1 is an exemplary diagram of a system for transmitting and receiving text messages for explaining the present invention.

1 shows only the basic configuration of a system for transmitting and receiving a conversation-completed text message according to the present invention. That is, it should be noted that the components necessary for authentication of the mobile terminal, the components of the mobile communication network and the components of the Internet network are not shown. In addition, in the following description, components of mobile terminal authentication, mobile communication network and Internet network will be briefly described.

A terminal capable of transmitting a conversation-complete text message according to the present invention may basically use a mobile communication terminal and a personal computer. In FIG. 1, the sender mobile terminal 101 and the sender computer 102 for transmitting the conversation completed text message are shown together.

The caller mobile terminal 101 may transmit a message to the conversation completion messaging server 130 by accessing the wireless network or the Internet network 120A through the base station 110. In this case, the base station is a general mobile communication network. That is, any network, such as a Wi-Fi network or an existing mobile communication network, may be used. In addition, the caller computer may be connected to the wireless network / Internet network (120A) via a wired, it is also possible to access through a wireless network, such as WiFi network.

The conversation completion messaging server 130 stores basic data for providing a conversation completion messaging service and program information to be installed to provide a conversation completion messaging service to a mobile terminal or a personal computer. Details of the conversation completion messaging server 130 will be described in more detail with reference to the accompanying drawings.

The conversation completion messaging server 130 receives and stores the conversation completion message sent by the caller mobile terminal 101 or the caller computer 102, and transmits the message to the terminals set by the caller as a destination. 120B).

In FIG. 1, the wireless network / internet network uses two different reference codes, 120A and 120B. This may mean that the two networks are different, but in practice they are largely the same network. That is, note that the different reference numerals in FIG. 1 are used differently to distinguish between the sender and the receiver.

As such, the message transmitted to the wireless network / Internet network 120B is transmitted to each of the base stations 140-1, 140-2,... Where the respective receiver mobile terminals 150-1, 150-2,. , 140-n) to the respective receiver mobile terminals 150-1, 150-2, ..., 150-m. The reason for the difference between the reference signs of the base stations 140-1, 140-2,..., 104-n and the receiver mobile stations 150-1, 150-2,. This means that two or more other recipient mobile terminals may be included.

The receiver mobile terminals 150-1, 150-2,..., 150-m may respectively check the received message and may create a response message corresponding to the conversation completion message prepared by the sender in advance. Then, when each receiver mobile terminal 150-1, 150-2,..., 150-m requests a transmission by creating a response message corresponding to the conversation completion message prepared by the sender, the respective receiver mobile terminals 150 are transmitted. -1, 150-2, ..., 150-m) conversation completion messaging according to the present invention through the base station (140-1, 140-2, ㄸ, 140-n) and the wireless network / Internet network (120B) Provided to server 130.

Then, the conversation completion messaging server 130 according to the present invention transmits the received information back to the caller mobile terminal 101 or the caller computer 102 through the wireless network / Internet network 120A. At this time, the conversation completion messaging server 130 according to the present invention may store or classify the conversation completion message provided by the sender, and when the response is received, it may be divided and categorized into categories. Details thereof will also be described with reference to the accompanying drawings.

In addition, the sender mobile terminal 101 confirms when receiving a message from each of the receiver mobile terminals 150-1, 150-2, ..., 150-m, and if necessary, statistics the caller mobile terminal 101 or Statistical data provided by the conversation completion messaging server 130 may be used.

2 is a message flow diagram between nodes when providing a conversation completion messaging service according to the present invention. As described above, the present invention is not separately illustrated except for the components for providing the conversation-complete messaging service according to the present invention, and description of these components will be omitted.

In addition, in the following description of FIG. 2, it will be described on the assumption of the sender mobile terminal 101. Note that the receiver terminal uses only one reference numeral on behalf of all receiving terminals.

In addition, FIG. 2 assumes a process of initially connecting the conversation-complete messaging server 130 according to the present invention.

The caller mobile terminal 101 transmits a message to the caller base station 110 to attempt to access the conversation completion messaging server 130 in step S200. Then, the sender base station 110 transmits the connection request information to the conversation completion messaging server 130 through the wireless network / internet network 120A (not shown in FIG. 2) using the access attempt information received in step S202. . Accordingly, upon receiving the connection request information, the conversation completion messaging server 130 transmits the program information for providing the conversation completion messaging service to the caller base station 110 in step S204. The caller base station 110 then provides the program information for providing the conversation completion messaging service, including the connection response signal, to the caller mobile terminal 101 in step S206.

Steps S200 to S206 described above assume a case in which the caller mobile terminal 101 first connects to the conversation completion messaging server. This process may be performed every time, but may be configured to be performed only once. If the caller mobile terminal 101 is already receiving program information from the conversation completion messaging server 130 or the caller mobile terminal 101 is already stored at the time of manufacture if it is configured to be performed only once, step S200. Step S206 is not necessary.

Thereafter, the sender mobile terminal 101 creates a message in step S210. Such a message is composed of a process in which a user prepares a list of destination target terminals, a process of selecting a structure of a dialogue completion message, and a process of inputting a message according to the dialogue completion message structure. Detailed description thereof will be described in more detail with reference to FIGS. 4 and 5a to 5c which will be described later.

When the message is completed as described above, the sender mobile terminal 101 requests the transmission of the message generated by the conversation completion messaging server 130 through the sender base station 110 in step S212. The conversation completion messaging server 130 then classifies and stores the message received in step S214 and transmits the message received in step S216 to the receiver terminal 150 through the receiver base station 140.

Thereafter, the receiver terminal 150 confirms the message received in step S218 and composes a response message according to the structure of the dialogue completion message. Then, when the user of the receiver terminal 150 requests transmission, the receiver terminal 150 transmits a response message to the conversation completion messaging server 130 through the receiver base station 140 in step S220.

Subsequently, when the conversation completion messaging server 130 receives the response message, the conversation completion message server 130 uses the reply message to statisticalize the message according to the conversation completion message, and stores the reply message in step S224. And send statistics.

In this case, when the statistical data is transmitted, the caller mobile terminal 101 may be configured to transmit only when requested in advance, or may be provided to the caller mobile terminal 101 in all cases. In addition, when the statistical function is added to the caller mobile terminal 101, the conversation completion messaging server 130 may be configured not to perform statistics.

3 is a functional internal block diagram of a mobile terminal to which the present invention can be applied.

Note that the functional block configuration of [FIG. 3] described below shows only the most important blocks for the present invention.

The radio unit 301 converts the data to be transmitted into a signal of a predetermined frequency band and receives the converted transmission or signal of the predetermined band, converts the signal into a baseband signal, and provides the converted signal to the modem unit 303.

The modem unit 303 performs modulation and demodulation for transmitting and receiving data and voice demodulation. In the case of data, the data is provided to the controller 305. In addition, when the voice signal is received, the demodulated signal is output through the speaker SPK, and the voice signal input through the microphone MIC is modulated and provided to the wireless unit 301. In addition, the modem unit 303 modulates the data provided from the control unit 305 and transmits it to the radio unit 301.

The controller 305 performs basic control of the mobile communication terminal and performs control for a conversation completion messaging service. The controller 305 may store or read data in the memory unit 307 and process it as necessary.

The user interface unit 309 includes a display unit for displaying data and an input unit for input by a user. The display unit may be configured as an LCD or LED panel, and the input unit may be configured as a keypad or a touch screen.

In FIG. 3 described above, the terminal according to the present invention has been described as an example of the configuration of a mobile communication terminal. However, the terminal may be configured to operate in the same manner as in the case of a personal computer. In addition, a personal computer can be configured to be connected through a wired or wireless connection, and since the configuration and operation of a personal computer are widely known, the present invention will not be considered further. However, both the mobile communication terminal and the personal computer need only be able to perform the operation of FIG. 4 to be described later.

4 is a control flowchart for transmitting and receiving a conversation completion message according to an embodiment of the present invention.

In the description of FIG. 4, the above-described configuration will be described using the configuration shown in FIG. 3. However, as described above, it can be configured to perform the same operation using a personal computer or a laptop. It is obvious to those who have knowledge.

The controller 305 maintains the standby state in step S400. This waiting state is basically a state waiting for an event specific to the mobile communication terminal. If a specific event occurs while maintaining the standby state, the controller 305 proceeds to step S402 to check whether a conversation completion message transmission is requested. If the result of the check in step S402 is requested to send a dialog-complete message, the control unit 305 proceeds to step S406, otherwise proceeds to step S404.

First, the case proceeds to step S406. When the controller 305 proceeds to step S406, the controller 305 provides an initial screen to the display unit of the user interface unit 309. An example of such an initial screen will be described with reference to FIG. 5A.

5A is an exemplary view of an initial screen when providing a conversation-complete messaging service according to the present invention.

As shown in FIG. 5A, three areas may be displayed on the display unit of the user interface unit 309. First, a part of the reference numeral 500 is an area for notifying the provision of a dialogue-complete message service according to the present invention, and a logo or title of a company providing a service may be displayed.

Next, in the area indicated by reference numeral 502, a basic description of the conversation-complete message service according to the present invention is displayed. If more descriptions are provided, the message can be provided in a form that can scroll the message. In this case, when the user wants to further view the description of the dialogue-complete message service according to the present invention, the user can further confirm the description by pushing or pushing the corresponding message when the terminal takes the form of a touch screen.

Finally, the area of 504 is an icon or button that allows the conversation completion message service according to the present invention to be started. If the icon is difficult to display, the button can be used.

This will be described with reference to FIG. 4 again. After the initial screen is displayed in step S406, the controller 305 selects a menu of "Start" as shown in FIG. 5A, and proceeds to step S408.

The control unit 305 proceeds to step S408, the user performs a process of selecting a list of the transmission target to send a conversation completion message. The process of selecting a transmission target list for sending a conversation-complete message in step S408 may generally be configured in the same manner as selecting a list for transmitting the same message to multiple reception targets in the mobile communication terminal. Therefore, the subject selection process will not be described in detail here.

The controller 305 checks whether the selection of all subjects is completed while performing subject selection in step S410. If the selection of all subjects is completed, the controller 305 proceeds to step S412, and if the selection of all subjects is not completed, continues to the step S408.

The control unit 305 proceeds to step S412, selects the tree according to the number of cases and creates a message. This process will be described with reference to the attached [FIG. 5B] and [FIG. 5C].

FIG. 5B is an exemplary diagram for explaining a case of configuring a conversation completion message according to the present invention in a mobile communication terminal.

As described above, a message destination selection window 510 for selecting a message destination is provided, and a destination list display window 512 for displaying the selected destination list is included. In this case, when the message destination selection window 510 is selected, a phone number of a receiver to receive a message may be selected or directly input through a phone number list or a keypad type list.

It also has a message input window 514 for entering a message. When the message input window 514 is selected, a message may be input corresponding to each step. That is, the message structure window 516 is first selected to select the message structure. Since the message structure varies depending on the type of message to be sent by the sender, the message structure can be configured by the user. As such, when the number of cases of the message is large in the message structure window 516, the message structure may be scrolled through the scroll bar 518. In addition, although the scrolling of the message structure is shown only in the upper and lower forms, the left and right forms are also possible, and both the upper and lower sides and the left and right sides may be applied.

At the end, the reply confirmation window 520 transmits the completed conversation message and then checks if the message is returned in response thereto. The confirmation result includes at least the information of the person who replied and the content of the replies, and may be configured to check the statistical data so far.

Then, an example of writing a message will be described with reference to [FIG. 5C].

5C is an overall flowchart of a form in which a message is input to a dialog completion message structure window according to an embodiment of the present invention.

The sender puts "M1 message" at the top of the message structure window, "M2 question message" for the question below, and then "M3 message" according to the predicted answer of "M2 question message". Subsequently, if the answer is "M4 question message" is negative, "M4 question message", the "M5 message" to provide a positive response in response to the "M4 question message" and "M6" to provide a negative response Message ".

Let's look at an example in which each message is input to a structure window having such a structure. In the case of having the structure as described above, as shown in step S500, "M1 message" can be entered in the form of a message, such as "Please join the class reunion today". This "M1 message" will be referred to as "basic information message".

After entering the basic information message like this, in step S502, enter a question message, such as "Can I see you in Bundang until 7:00" in the "M2 question message".

Next, when the recipient expresses affirmative about the "M2 question message", the message "M3 message" to provide information can be entered as in step S504. . In addition, when the message receiver expresses negativeness about the "M2 question message", a message such as "Can I attend the second around 10 o'clock?" May be input in the "M4 question message" for selecting another question as in step S506.

Then, when affirming the "M4 question message", the message "M5 message" to provide a message, such as "step S508 exit exit 2, come to XXX" can be entered as in step S508. In addition, to provide a message in case of negative denial in the "M4 question message", the message "M6 message" can be entered as in step S510 such as "Then see you at the next reunion. Have a healthy and happy day".

The "M2 message" and the "M4 message" described above will be referred to as optional "question message" hereinafter. Finally, "M3 message", "M5 message" and "M6 message" are hereinafter referred to as "selection message".

As described above, a question message and a notification message can be created. Let's look again with reference to [Figure 4].

The controller 305 checks whether there is a transmission request at step S414 by completing the message in the form as described in FIG. 5C at step S412. If there is a request for transmission of the completed message, the control unit 305 proceeds to step S416 and transmits the created message as described in FIG. 1 or 2.

On the other hand, in step S402, if the conversation complete message is not transmitted, the controller 305 proceeds to step S404 and checks whether a response to the transmitted conversation complete message has been received. If the check result dialog completion message of step S404 is received, the controller 305 proceeds to step S420 and displays the received message. In this case, if the received message includes statistical data, the statistical data may be displayed together. If statistical data is not included in the received message and the user wants reception statistics on the message transmitted by the user, the controller 305 may examine the tree structure of the corresponding message and provide statistical data for each response to the tree structure. .

On the other hand, if the control unit 305 does not receive a response message for the conversation completion message in step S404 proceeds to step S430 and performs the requested process.

6 is a functional block diagram of a conversation completion messaging server according to an embodiment of the present invention.

In FIG. 6, it should be noted that reference numerals for the wireless network / Internet network connected to the conversation completion messaging server 130 are used.

The network interface unit 601 transmits and receives data in accordance with the wireless network / internet network 120 and the corresponding protocol standard. The data received from the network interface unit 601 is provided to the modem unit 603, and transfers data requested for transmission from the modem unit 603 to the wireless network / internet network 120.

The modem unit 603 demodulates the message received from the network interface unit 601 and provides the demodulated message to the controller 605. In addition, the message received from the controller 605 is modulated and transmitted to the network interface unit 601.

If the message received from the modem unit 603 is a conversation completion message, the controller 605 analyzes the message and stores the message in the memory unit 607. When a response to the conversation-complete message is received, the controller controls the operation of classifying and storing the response message in the memory unit 607 according to the structure of the transmitted message. The response is statistically stored and stored in the memory 607 together. In addition, the control unit 605 provides to send the received message complete message back to the destination, and the response message also controls to be provided as a response message to the caller who sent the message complete message. In addition, the controller 605 controls to provide application data to the mobile terminal by reading application data from the memory 607 and providing the application data for providing a conversation completion message at the first connection of the mobile terminal.

The memory unit 607 stores a conversation completion message sent by each user, and stores response information and statistical data of the response information. It also stores application data to provide conversation completion messages.

7 is a control flowchart of message data transmission and reception in a conversation completion messaging server according to the present invention.

The control unit 605 maintains the standby state in step S700. This waiting state is a state waiting for transmission and reception of a conversation completion message according to the present invention. In FIG. 7, it should be noted that the mobile terminal does not consider the case where the mobile terminal first connects and downloads the conversation completion message application and other events.

If the control unit 605 maintains the standby state at step S700 and receives a specific message, the controller 605 proceeds to step S702 and checks whether a conversation completion message has been received. If the check result dialog completion message of step S702 is received, the control unit 605 proceeds to step S704, otherwise proceeds to step S710.

First, when proceeding to step S704, the control unit 605 stores the message in response to the user information, that is, the caller information, and classifies the response pattern of the message. Thereafter, the control unit 605 controls and transfers the modem unit 603 and the network interface unit 601 to transmit the dialogue completion message requested to be transmitted in step S706.

On the other hand, when proceeding to step S710, the controller 605 checks whether a response message to the conversation completion message has been received. If the check result response message of step S710 is received, proceeds to step S712, otherwise maintains the step S700.

In step S712, the controller 605 classifies and matches the response message type according to the tree structure of the sender message. The statistics are calculated using the matched information. For example, suppose that [Fig. 5c] the case.

In the case of FIG. 5C, the form that can be answered is when "M3 message" is selected, "M5 message" is selected, or "M6 message" is selected. In this case, response messages may be classified and statistics may be generated for each response. For example, suppose that a conversation completion message has been sent to 100 people and a response message has been received to 10 people.

In this case, it is assumed that there are 7 responses corresponding to the "M3 message" among the response messages, 2 responses corresponding to the "M5 message", and 1 response corresponding to the "M6 message".

In this case, the response rate is 10%, of which the response of "M3 message" is 70%, the response of "M5 message" is 20%, and the response of "M6 message" is 10%.

Therefore, the control unit 605 may store the statistical data on the response in step S712, and transmit a response message to the caller in step S714. At this time, statistical data about the response may be transmitted together with the response message.

On the other hand, when the receiving side mobile terminal receives the interactive response message, the first "M1 message" and the "M2 question message" may be displayed. In this case, when the user selects one of the preset answers, that is, 'enable' or 'impossible' information, the "M3 message" or the "M4 question message" may be displayed. In this case, the "M5 message" or the "M6 message" may be displayed by selecting 'enable' or 'disabled'.

After selecting the confirmation completion and reply in response to the displayed message, the information of the selected message is returned.

On the other hand, the conversation complete message according to the present invention can provide a function of coordinating opinions with various people in the framework of a structured structure. Such information may also be applied to social networks to explore preferences and / or preferences with friends or other people. In addition, it can be used to extract various statistical data. For example, it can be used to participate in voting in elections, to obtain statistics on the people who are voting, and can be used as a channel for collecting opinions from viewers in various genres such as dramas and comics.

101, 150-1, 150-2, 150-m: Mobile terminal
102: computer
110, 140-1, 140-2, 140-n: base station
120, 120A, 120B: Wireless / Internet Network
130: conversation completion messaging server
301: wireless unit
303, 603: modem section
305, 605: control unit
307, 607: memory section
309: user interface unit
500: notification completion message service provision area
502: conversation completion message service description area
504: Start conversation completion message service icon
510: message destination selection window
512: target list display window
514: message input window
516: message structure window
518: scrollbar
520: Reply confirmation window
601: network interface unit

Claims (9)

As a complete conversational messaging system of a mobile communication system,
A computer readable recording medium installed in the caller terminal, the computer readable recording medium recording a calling program configured to construct a completed conversation message using a basic information message, a question message, and a selection message and transmit the same to one or more receiving parties;
Receiving the completed conversation message provided from the sender terminal, classifying and storing the selection messages with respect to the sender terminal, transmitting the selected messages to the receiving side, and when receiving a response message from each receiving side, matching them according to the selection message, A complete conversational messaging server sending the response message to the caller;
A computer-readable recording medium installed in the receiving layer terminal and recording a received program for selecting one of the selection messages and transmitting the selected conversation message to the caller terminal through the completed conversation messaging server when the completed conversation message is received;
Complete conversational messaging system of the mobile communication system comprising a.
The method according to claim 1,
And the caller terminal performs statistics by using the selection message indicated by the response message when receiving the response message.
The method according to claim 1,
When the complete message messaging server receives the response message, the complete message messaging system performs statistics using the selection message indicated by the response message and transmits the result along with the response message to the calling terminal. .
In the method for the mobile communication system to send and receive a completed conversation message in the terminal,
Constructing a completed conversation message using the basic information message, the question message and the selection message;
Selecting and transmitting a terminal to at least one receiving side;
Displaying a result according to the selection message when receiving a response message of the completed conversation message;
Method of transmitting and receiving a completed conversation message in a mobile communication system comprising a.
The method of claim 4,
Performing statistics by using the selection message indicated by the response message when the response message is received;
Sending and receiving method of the completed chat message in the mobile communication system further comprises.
The method according to claim 5,
Displaying the calculated statistical data;
Sending and receiving method of the completed chat message in the mobile communication system further comprises.
The method of claim 4,
Requesting statistical data from the finished conversation messaging server to receive the statistical data and displaying the statistical data when the statistical data is needed;
Sending and receiving method of the completed chat message in the mobile communication system further comprises.
In the message processing method in the complete messaging server device for transmitting and receiving a completed conversation message between wireless terminals,
Receiving the completed conversation message including a basic information message, a question message, and a selection message from a caller terminal, and classifying and storing the selection messages for the caller terminal;
Transmitting to the receiving terminal included in the completed conversation message;
Matching a response message according to the selection message when receiving a response message from each receiving side;
Transmitting the response message to the sender;
Control method of a conversation-complete messaging system in a mobile communication system comprising a.
The method according to claim 8,
Providing statistical data using the matched data to the calling terminal when there is a request for statistical data from the calling terminal;
The control method of the conversation complete messaging system in a mobile communication system further comprising.

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