KR100635767B1 - Mobile phone for management of text message by geometric shape and methodd thereof - Google Patents

Abstract

A mobile communication terminal with a text message management function using a geometric shape and a method thereof are provided to display each text message stored in the terminal in geometric shape when a wide screen is used through an external image display device, thereby related information on each text message can be visually and clearly displayed. A memory(110) stores text messages, a text message management program for conducting text message management by using a geometric shape, and data generated by the text message management. A controller(120) drives the text message management program stored in the memory(110) to display information on the text messages in the preset geometric shape, and carries out management for the text messages.

Description

Mobile communication terminal with text message management function using geometric shape and method thereof {MOBILE PHONE FOR MANAGEMENT OF TEXT MESSAGE BY GEOMETRIC SHAPE AND METHODD THEREOF}

1 is a block diagram of a mobile communication terminal for performing a text message management method using a geometric shape according to an embodiment of the present invention.

FIG. 2 is a block diagram illustrating a control unit shown in FIG. 1. FIG.

3 is an exemplary view of a screen for performing text message management using a geometric shape according to an embodiment of the present invention.

4 is a view for explaining a configuration rule of a node for performing text message management using a geometric shape according to an embodiment of the present invention.

5 is an exemplary screen illustrating a fade out in text message management using a geometric shape according to an embodiment of the present invention.

6 is a flowchart illustrating an operation of text message management using a geometric shape according to an embodiment of the present invention.

7 is a detailed flowchart of the step of performing the geometric shape processing in FIG.

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

100: mobile communication terminal 110: memory

120: control unit 121: mobile communication processing unit

122: message transmission and reception unit 123: message attribute analysis unit

124: geometry processing unit 125: screen display processing unit

126: message management unit 130: network interface unit

140: wireless communication unit 150: voice processing unit

160: speaker 170: microphone

180: key input unit 190: display unit

The present invention relates to text message management of a mobile communication terminal, and in particular, a method of managing a text message of a mobile communication terminal for displaying and managing a text message of a mobile communication terminal by connecting a separate screen display device to the mobile communication terminal and the same. It relates to a mobile communication terminal.

Due to the development of mobile communication technology, various additional functions are added to the mobile communication terminal in addition to the call function. In other words, the addition of additional functions such as games and Internet search is widely used, as well as a text service function for sending and receiving text messages between users has been added to the mobile communication terminal.

In particular, text messaging is much cheaper than voice calling, so text messaging is widely used among students. Recently, news, stock market and credit card approvals have been used for SMS (Short Message Service). Increasingly, their use is being noticed.

In general, the received text message is stored in the memory of the mobile communication terminal, and a part of its contents or a reply phone number is added to the inbox message list. Commercially available mobile communication terminals typically have dozens to 100 text messages. It has a storage capacity, but the storage capacity is gradually increasing.

The text messages stored in the memory of the mobile communication terminal are arranged and managed in the inbox by the reception date. Therefore, in order to find a specific text message among the received text messages, the desired text message should be found while scrolling the cursor up and down in the received message list of the inbox.

However, as described above, as a list of dozens to 100 lists is received, a plurality of key inputs are required to find a specific text message, which causes a problem in that it takes a long time to search for a text message. Moreover, the management of text messages has been difficult due to the mixing of personal text messages and commercial text messages such as news and advertisements.

In addition, the mobile communication terminal is configured to output an image through its own LCD, but in reality, the LCD has a limitation in that it cannot embed an LCD over a certain size due to problems of portability, manufacturing cost, and power consumption of the mobile communication terminal. There is this.

Therefore, there is a limitation in the method of managing text messages because it is necessary to display and manage various text messages received through the mobile communication terminal through a small screen.

Meanwhile, Korean Patent Application No. 10-2003-23271 filed by LG Electronics discloses a conventional technology for connecting an external image display device to a mobile communication terminal in order to solve an inconvenience of having a small screen. (Name of Invention: Information Representation Method and Apparatus in Mobile Communication Terminal) and Korean Patent Application No. 10-2003-16298 (Name of Invention: External image output device of mobile communication terminal).

As described above, due to the limitation of the size of the LCD embedded in the mobile communication terminal, a structure suitable for a small screen is inconvenient to display and manage various text messages received through the mobile communication terminal through the small screen.

In addition, the message display and management method conventionally used in a mobile communication terminal is not suitable for a method of displaying a message on a wide screen when improving the resolution of the mobile communication terminal and interworking with other media such as a DTV.

In addition, a technology for displaying information stored in a mobile communication terminal by providing an external image display device to a mobile communication terminal to provide a large screen has been introduced, but through such a technology to effectively display and manage text messages of the mobile communication terminal. The technology is not introduced.

The technical problem to be achieved by the present invention is to connect an external image display device to the mobile communication terminal to effectively display a text message or a multimedia message of the mobile communication terminal through a large screen of the image display device, and to effectively manage the message. To provide a text message management interface.

According to an aspect of the present invention for achieving the technical problem, a text message management program for performing a text message, a text message management using a geometric shape (geometric shape) and storing the data generated according to the text message management And a text message management function including a memory and a controller for driving the text message management program stored in the memory to display information of the text message on a screen in a predetermined geometric shape and to manage the text message. To provide a mobile communication terminal.

Preferably, the mobile communication terminal may further include a network interface unit which transmits screen information on which text message management is executed by the controller to an external image display device through a wired or wireless network.

Preferably, the mobile communication terminal may further include a message transmission / reception processing unit configured to create an outgoing text message and transmit it to an arbitrary communication device, and receive and store the received text message transmitted from any communication device in the memory. have.

Preferably, the mobile communication terminal may further include a message manager that manages each text message stored in the memory according to a text message management command input from a user.

In this case, the management of the text message may include deleting the text message, moving a folder, storing the text message, and updating the property of the message.

Preferably, the control unit of the mobile communication terminal, the message attribute analyzer for analyzing the attributes of each message stored in the memory, and corresponding to each message according to each attribute of the message analyzed by the message attribute analyzer When the geometric shape processing is performed for each text message by the geometric shape processing unit and the geometric shape processing unit, screen data generated by generating screen data for displaying the geometrically processed text messages is displayed. It may include a screen display processing unit for outputting to.

Preferably, the message attribute may include sender information and recipient information of the message, whether the text message is an outgoing message / receipt message, whether an incoming message is acknowledged, a time at which the message is received, and a history connection to the message. The message may include at least one attribute information selected from among whether there is a received message, a time from a received message to a reply time, and a message size of the corresponding message.

Preferably, the geometry processing unit of the control unit performs a geometry processing to display each text message according to a predetermined geometry processing rule to generate a screen for displaying and managing each text message through the geometry. You can set the configuration settings.

Here, preferably, the geometric shape processing rule may include a processing rule for expressing each text message as a node and grouping each text message by sender and displaying the text message.

More preferably, the geometry processing rule is that a node in the center of each group represents a person sending a message and the size of the node represents the number of messages transmitted by the person, and a node surrounding a node in the center of the group. May further include a processing rule for displaying a text message received from the sender.

More preferably, the geometric shape processing rule indicates whether the acknowledgment of the text message is indicated by the color of each node, a line between each node indicates a continuous message, and response time information of the continuous message is indicated by a length between nodes. The closer to the center, the more recent the message is, and the node diameter may further include a processing rule for indicating the length of the corresponding text message and performing fade out in consideration of the freshness of the text message.

According to another aspect of the present invention, a program driving step of driving a text message management program for performing text message management using a geometric shape, and the information of each text message stored in the memory in accordance with the driving of the text message management program The present invention provides a text message management method using a geometry of a mobile communication terminal including a geometry text message management step of displaying a set geometry on a screen to manage text messages.

Preferably, the geometric text message management step may include a message property analysis step of analyzing a property of each message stored in the memory and a geometric shape processing corresponding to each message according to each property of the analyzed message. And a screen display processing step of generating screen data for displaying each text message processed by the geometry and outputting the screen data generated on the screen.

Preferably, the message attribute may include sender information and recipient information of the message, whether the text message is an outgoing message / receipt message, whether an incoming message is acknowledged, a time at which the message is received, and a history connection to the message. The message may include at least one attribute information selected from among whether there is a received message, a time from a received message to a reply time, and a message size of the corresponding message.

Preferably, the geometric shape processing step is a geometric shape setting value for generating a screen for displaying and managing each text message through the geometric shape by performing geometric shape processing to display each text message according to a predetermined geometric shape processing rule. Can be set.

Preferably, the geometric shape processing step includes grouping each message by sender according to the property of each message analyzed by the message property analysis step, and expressing each message as a node when each message is grouped by sender. It may include.

More preferably, in the geometric shape processing step, if each message is represented by a node, determining whether the received message is confirmed and setting a color of each node to indicate whether the message is received or not, and the color of each node is set. Setting the size of the node according to the length of each text message; connecting each node that is historically related with the line if the size of the node is set; Setting the length of the line according to the reply time of the message that has sent the reply message to the received message, and determining whether the fade out effect is applied by determining the freshness of each message when the length of the line is set according to the reply time of the message It may further comprise a step.

Preferably, the geometric text message management step may further include transmitting a screen on which text message management using the geometric shape is executed to an external image display device through a wired or wireless network.

Preferably, the geometric text message management step may further include a message management step of managing each text message stored in the memory according to a text message management command input from a user.

More preferably, the geometry text message management step may further include updating a message property of the corresponding message when a message property of any message is changed through text message management by the message management step. .

Hereinafter, a text message management method using a geometric shape and a mobile communication terminal according to the present invention will be described in detail with reference to the accompanying drawings.

1 is a block diagram of a mobile communication terminal for performing a text message management method using a geometric shape according to an embodiment of the present invention.

Referring to FIG. 1, a mobile communication terminal 100 performing text message management using a geometric shape according to an embodiment of the present invention is connected to an image display device 200 and transmits and receives texts stored in the mobile communication terminal 100. By displaying a message using a geometric shape on a large screen provided in the image display apparatus 200, the user can easily know the contents of the transmitted and received text message displayed on the large screen, and manage the transmission and reception of the text message through the large screen. Makes it easy. Here, the large screen means that the size of the large screen is larger than that of the small liquid crystal screen provided in the mobile communication terminal 100.

To this end, the mobile communication terminal 100 includes a text message, a text message management program for performing text message management using a geometric shape, a memory 110 for storing data generated according to text message management, and a memory 110. A text message management by the controller 120 and the text message management by the controller 120 by executing the text message management program stored in the display to display the information of the text message on the screen in a predetermined geometric shape; The network interface unit 130, the wireless communication unit 140, the voice processing unit 150, the speaker 160, and the microphone 170 that transmit screen information to the external image display device 200 through a wired or wireless network. And a key input unit 180 composed of buttons, and a display unit 190 for providing voice mail related information read by the controller 120 through a screen window. It is composed.

The memory 110 stores an outgoing text message, a received text message, a text message management program for performing text message management using a geometric shape, and data generated according to text message management.

The outgoing text message is a text message sent by the mobile communication terminal 100 to the outside. The received text message is a text message received by the mobile communication terminal 100. The text message management program is a program for managing the sent text message and the received text message so that various information can be expressed in the text message in a geometric shape arbitrarily set. Data generated according to text message management refers to data that is temporarily generated and then deleted to display the contents of the text message or senders in a pop-up form.

The controller 120 controls the overall operation of the mobile communication terminal, and drives the character management program stored in the memory 110 to express attribute information of various text messages stored in the memory 110 using a geometry.

The network interface unit 130 is a wired / wireless network interface which is controlled by the controller 120 and transmits the screen output data output from the controller 120 to the image display device 200 providing a high resolution or wide screen.

The wireless communication unit 140 is controlled by the control unit 120, and converts the screen output data output from the control unit 120 into a wireless signal to perform cellular communication. In addition, the wireless communication unit 130 converts the wireless signal received through the antenna into a desired signal and outputs it.

The voice processor 150 converts the voice signal from the microphone 170 into voice data and transmits the voice signal to the memory 110.

The key input unit 180 includes a plurality of numeric keys, a menu key, and a function key for performing various functions, and outputs key data to the controller 120 by an external operation.

Accordingly, the controller 120 reads the corresponding menu from the memory 110 and displays the menu on the display 190 according to a user's menu display request by the key input unit 180. That is, the key input unit 180 is a conventional user information input means, and includes a plurality of keys suitable for a mobile communication terminal to be applied, such as a plurality of numeric keys and function keys. Therefore, by outputting the corresponding unique key data to the control unit 120, through the key input operation of the key input unit 180 is entered into the menu display mode and selection of the menu is made. Then, the controller 120 reads the menu according to the corresponding key input from the memory 110 and displays the menu on the display 190.

The display unit 190 is a display device such as a liquid crystal display (LCD). The display unit 190 displays the state of the mobile communication terminal or the progress of the program under the control of the controller 120. That is, the overall state of the mobile communication terminal and input user information are displayed.

FIG. 2 is a block diagram illustrating the configuration of the control unit shown in FIG. 1.

Referring to FIG. 2, the control unit 120 includes a mobile communication processing unit 121, a message transmitting and receiving processing unit 122, a message attribute analyzing unit 123, a geometry processing unit 124, and a screen display processing unit 125. And a message manager 126.

The mobile communication processing unit 121 is a module for performing a mobile communication service using a radio resource in the mobile communication terminal 100, and is configured and operated using a known mobile communication technology.

The message transceiving processor 122 creates and transmits an outgoing text message to an arbitrary communication device, and receives and stores the received text message transmitted from an arbitrary communication device in the memory 110.

The message property analyzer 123 analyzes the property of each message stored in the memory 110.

The message properties here include the sender and recipient information of the message, whether the text message is an outgoing / received message, whether the incoming message has been acknowledged, the time the message was received, and the message sent and received historically connected to the message. Whether there is a message or not, the time from the time of receiving the received message to the time of replying, and the message size of the corresponding message.

The geometry processor 124 performs geometry processing corresponding to each message according to each attribute of the message analyzed by the message attribute analyzer 123.

That is, the geometric shape processing unit 124 performs geometric shape processing to display each text message according to a predetermined geometric shape processing rule to set a geometric shape for generating a screen for displaying and managing each text message through the geometric shape. Set the value.

The screen display processing unit 125 generates screen data according to the set geometric shape setting value when the geometric shape setting value is set for each text message by the geometric shape processing unit 124.

The screen display processing unit 125 transmits the generated screen data to the image display apparatus 200 connected to the outside through the network interface unit 130 and transmits the screen for text message management using the geometry to the image display apparatus 200. Output to the wide screen provided.

The message manager 126 manages various text messages stored in the memory 110. Here, management of the text message includes deleting the text message, moving a folder, archiving the text message, and updating the attribute of the message.

The update of a property of a message is to change and update the property of a message when the property of a message previously set for an arbitrary message needs to be changed due to a user's management command.

Attributes of the updated message include whether or not the received message is confirmed, whether there is a message that has been transmitted and received historically connected to the message, and in the case of the reply message, a time from when the received message is received to the time of the reply.

Therefore, when any received message is changed from the unacknowledged state to the confirmed state, the message manager 126 changes the attribute of the corresponding message from the unacknowledged state to performs the message attribute update on the corresponding message.

3 is a diagram illustrating a screen for performing text message management using a geometric shape according to an embodiment of the present invention.

Referring to FIG. 3, nodes 10-12, 20-23, and 30-32 having a circular geometric shape are divided into three groups and displayed on the screen 201 of the image display apparatus 200. It is. Here, each node 10-12, 20-23, 30-32 having a circular geometric shape represents each text message.

In the center of the screen 201, nodes 11, 12, 13, 14 representing text messages received from the sender 'Kim Hyun-ho' are displayed. That is, it can be seen that four text messages have been received from a person named Kim Hyun-ho.

In the lower left of the screen 201, nodes 21, 22, and 23 representing text messages received from the sender 'Park Gi-sup' are displayed. In other words, it can be seen that three text messages have been received from a person named Park.

On the right side of the screen 201 are nodes 31 and 32 representing text messages received from the sender of 'Lecture Steel'. In other words, it can be seen that two text messages have been received from a person named Kang-cheol.

The central node (10, 20, 30) of each of the three groups of groups are displayed the name of the sender, it is possible to know at a glance what kind of person the text message was received. In addition to the caller's name, the caller's photo or user-defined nickname can also be displayed.

The user can select by group to view the status of the text message collectively. That is, when the user selects an arbitrary group, the nodes of the group selected by the user display only the simplified title of the text message as pop-up windows 11a, 13a, and 14a, and when the user selects an arbitrary node among them by using a cursor. The content 12a of the selected node displays the whole.

Looking at the nodes displayed in the center portion of the screen 201, the node 10 in the center displays a person's name, and the nodes 11, 12, 13, and 14 around the contents of the text message are displayed in small pop-up windows. If the cursor is located at any node 12, the entire text message is displayed through a large pop-up window.

In more detail, nodes 21, 22, and 23 of a message received from a person named Park Ki-Seop are shaded to indicate an unacknowledged state.

Accordingly, even among the nodes 11, 12, 13, and 14 of the message received from the person named 'Kim Hyun Ho', the node 13 is in an unacknowledged state, and the nodes 11, 12, and 13 are in a state in which an acknowledgment is made. It can be seen that.

FIG. 4 is a diagram illustrating a configuration rule of a node for performing text message management using a geometry according to an embodiment of the present invention.

Referring to FIG. 4, various information of a text message received from an arbitrary sender is visually represented using a geometric shape.

Five nodes 41-45 are arranged around the central node 40 to indicate that messages from each node have been received from the sender 'A'.

The geometric shape processing rule is set in the geometric shape of each node.

The node 40 in the center of each group represents the person who sent the message, and the size of the node 40 represents the number of messages transmitted by the person.

The acknowledgment of the message is indicated by the color (1, 2) of each node. For example, the shaded node 45 represents the unacknowledged state, and the node 46 represents the acknowledgment.

Lines 4 between each node indicate history as representing successive messages. For example, M1 (42), M2 (43), and M3 (44) represent a series of messages received in response from A (40). In the case of MMS or e-mail, it is distinguished by whether or not the subject is displayed. In the case of SMS, messages received within a short time (about 3 minutes) are divided into successive messages received in reply. At this time, the information of the responded time is expressed as the length between nodes. In addition, the three nodes 42, 43, and 44 are closer to the center, indicating that they are the latest messages.

The diameter 3 of the node indicates the length of the text message. That is, the length of the text message corresponding to the node 41 is longer than the length of the text message corresponding to the node 42.

In addition, although not shown in the drawings, it is possible to indicate whether or not the recency through the fade out effect.

The advantage of such an object-based configuration is the convenience of management due to the display of messages, group deletion and immediate transmission. For example, if the A node 40 is selected and deleted, the related message can be deleted at once, and since the sender is directly expressed in the corresponding node, a procedure of searching for a receiver separately when transmitting a message can be omitted.

5 is a diagram illustrating a screen for explaining a fade-out while performing text message management using a geometric shape according to an embodiment of the present invention.

Referring to FIG. 5, the number of nodes and groups that can be displayed on the screen is limited, so that when there are no new messages or the total number of messages is small, a fade out is performed to seek efficiency of screen use. do. In the drawing, the group 24 of Park Ki-sub and the group 33 of steel are faded out.

When fading out, the color can be set to be faded to visually express that the fading is out.

At this time, the group 10-14 having a lot of recent received messages or a large number of all received messages is located at the center.

6 is a flowchart illustrating an operation of text message management using a geometric shape according to an embodiment of the present invention.

Referring to FIG. 6, when a text message management program stored in the memory 110 is driven, the controller 120 may transmit and receive a message transmission and reception processor 122, a message attribute analyzer 123, and a geometry processor 124. And the screen display processing unit 125 and the message management unit 126 are activated to execute text message management using the geometry.

First, the message attribute analyzer 123 reads each outgoing text message and the received text message stored in the memory 110 (S10). The message attribute analyzer 123 analyzes a message attribute of each text message read from the memory 110 (S20). That is, the message property analysis unit 123, for each text message, the sender information and the recipient information of the text message, whether the text message is an outgoing message / received message, whether the received message is confirmed, the time at which the message was received, It analyzes whether there is a message sent and received connected to the message historically, in the case of the reply message, the time from receiving the received message to the reply time, and the message size of the message.

When the message attribute of each text message stored in the memory 110 is analyzed by the message attribute analyzer 123, the geometry processor 124 performs geometry processing to display each text message according to a predetermined geometry processing rule. By setting the geometry setting value for generating a screen for displaying and managing each text message through the geometry (S30).

When the geometric shape setting value is set for each text message by the geometric shape processing unit 124, the screen display processing unit 125 generates screen data according to the geometric shape setting value, and generates the generated screen data in the network interface unit 130. By transmitting to the image display device 200 connected to the outside through a screen for text message management using a geometric shape is output to a wide screen provided in the image display device 200 (S40).

In a state in which a text message management screen using a geometric shape is displayed on the image display apparatus 200 by the screen display processing unit 125, the message manager 126 determines whether a text message management command is input from a user (S50). The message management command that can be input from the user may correspond to deletion of a message or movement of a folder.

As a result of the determination of the message manager 126, when an arbitrary message management command is input from the user, the message manager 126 executes the command (S60).

For example, when a message delete command is input, the text message is deleted from the memory 110. When a folder move command is input, the memory 110 moves the text message from one folder to another folder selected by the user.

In addition, in the case of a content confirmation command for any received message, the message manager 126 issues a message confirmation command to the message transmission / reception processing unit 122, and the message transmission / reception processing unit 122 stores the content of the text message in memory 110. ) Is read and transmitted to the screen display processing unit 125. The screen display processing unit 125 transmits the contents of the text message read by the message transmission / reception processing unit 122 to the image display device 200 and displays the contents in the corresponding area of the screen.

When the text message management command input by the user is executed as described above, the message manager 126 changes the message attribute of the corresponding message and stores the message attribute in the memory 110 (S70).

If the message property is changed and updated for any text message, the message property analysis is performed again by the message property analyzer 123, and the updated message property is reflected in the geometry processor 124, and the screen display processor 125 Is output to the image display apparatus 200 and displayed.

FIG. 7 is a detailed flowchart of step S30 of performing the geometric shape processing in FIG. 6.

Referring to FIG. 7, the geometry processing unit 124 performs geometry processing on each message according to a set of geometry processing rules.

The geometry processor 124 groups each message by sender according to the attributes of each message analyzed by the message attribute analyzer 123 (S31). If each message is grouped by sender, each message is represented by a node (S32).

When each message is represented by a node, it is determined whether the received message is confirmed, and the color of each node for indicating whether the message is received is set (S33).

When the color of each node is set to indicate whether the message is received or not, the size of the node is set according to the length of each text message (S34).

When the size of the node is set according to the length of the message, each node that is historically related is connected by a line (S35).

When each node that is historically related is connected by a line, a length of a line is set according to a message reply time for sending a reply message to an arbitrary received message (S36).

When the length of the line is set according to the reply time of the message, the freshness of each message is determined to set whether to apply the fade-out effect (S37).

When the geometric shape setting values for screen display are set in the geometric shape processing unit 124 according to such a set of geometric shape processing rules, the screen display processing unit 125 is based on the geometric shape setting values set by the geometric shape processing unit 124. To generate a screen for managing the text message and transmit the screen to the image display apparatus 200.

The present invention has been described with reference to preferred embodiments and many specific variations. However, those skilled in the art will understand that many other embodiments other than those specifically described also fall within the spirit and scope of the invention.

For example, in FIG. 3 illustrating an embodiment of the present invention, when each text message is grouped by sender and displayed on the screen, the central node 10 displays a person's name, and the nodes 11, 12, 13, and 14) show the contents of a text message briefly through a small pop-up window, and show the entire text message through a large pop-up window when the cursor is located at the node.

However, the central node 10 may be configured to display the latest text message received from the sender, and may be configured to display a popup window of the text message when the cursor is positioned. That is, the latest text message may be set at the central node 10, and the corresponding text message may be set at the neighboring nodes 11, 12, 13, and 14 according to the received order.

In addition, one embodiment of the present invention has been described with respect to the display and management of text messages using a geometric shape. Here, the text message is transmitted and received by various text services that can be created in the form of a multimedia service service such as still images and moving images, which can be transmitted and received through a mobile communication terminal, as well as SMS (Short Messaging Service) messages. It is obvious that various data may be included.

In the future, due to the development of mobile communication technology, the resolution of the LCD itself provided in the mobile communication terminal is improved, or when a large screen such as DTV (Digital TV) using near field communication (PAN) is interlocked with a mobile phone, Information management is expected to be activated.

Therefore, according to the present invention, each text message stored in the mobile communication terminal when the LCD screen of the mobile communication terminal having a high resolution or the wide screen is used through an external image display device such as a DTV for the mobile communication terminal is geometrically shaped. By displaying with, the related information of each text message can be visually displayed at a glance, and the display and management of each text message can be effectively performed.

Claims (20)

A memory for storing text messages, a text message management program for performing text message management using geometric shapes, and data generated according to text message management; Mobile communication with a text message management function using a geometric shape including a control unit for driving the text message management program stored in the memory to display the information of the text message on the screen in a predetermined geometric shape to manage the text message terminal. The method according to claim 1, And a network interface unit for transmitting screen information on which text message management by the controller is executed to an external image display device through a wired or wireless network. The method according to claim 1, Text message management using a geometric shape further comprises a message transmission and reception processing unit for creating and sending outgoing text messages to any communication device, and receiving and storing received text messages transmitted from any communication device in the memory. Mobile communication terminal equipped with a function. The method according to claim 1, And a message management unit for managing each text message stored in the memory according to a text message management command input from a user. The method according to claim 4, wherein the management of the text message, A mobile communication terminal having a text message management function using a geometric shape including deleting a text message, moving a folder, storing a text message, and updating a property of a message. The method according to claim 1, wherein the control unit, A message property analyzer for analyzing a property of each message stored in the memory; A geometry processing unit for performing geometry processing corresponding to each message according to each property of the message analyzed by the message property analyzing unit; When the geometric shape processing is performed on each text message by the geometric shape processing unit, a geometric shape including a screen display processing unit which generates screen data for displaying each text message processed by the geometric shape and outputs the generated screen data on the screen. Mobile communication terminal equipped with a text message management function using. The method according to claim 6, wherein the message attribute, The sender and recipient information for the message, whether the text message is an outgoing / received message, whether the incoming message has been acknowledged, when the message was received, whether there is a historical connection to the message, and whether it was sent or received, reply In the case of a message, a mobile communication terminal having a text message management function using a geometry including at least one attribute information selected from a time point at which a received message is received to a reply time and a message size of the corresponding message. The method according to claim 6, The geometry processing unit, Text using geometry to set geometry settings for creating a screen for displaying and managing each text message through the geometry by performing geometry processing to display each text message according to preset geometry processing rules. Mobile communication terminal equipped with a message management function. The method according to claim 8, wherein the geometric shape processing rule, Represent each text message as a node, A mobile communication terminal having a text message management function using a geometric shape including a processing rule for grouping and displaying each text message for each sender. The method according to claim 9, wherein the geometry processing rule, The node in the center of each group represents who sent the message, and the size of that node represents the number of messages sent by that person. Nodes surrounding the node in the center of the group is a mobile communication terminal with a text message management function using a geometric shape further comprises a processing rule for displaying a text message received from the sender. The method according to claim 10, wherein the geometric shape processing rule, Whether or not you want to receive a text message is indicated by the color of each node. The lines between each node represent successive messages, Response time information of consecutive messages is expressed as the length between nodes. The closer to the center is the latest message, The diameter of the node indicates the length of that text message, A mobile communication terminal having a text message management function using a geometric shape further comprising a processing rule for performing a fade out in consideration of the latestness of the text message. A program driving step of driving a text message management program for performing text message management using a geometry; A geometric shape of a mobile communication terminal comprising a geometric shape text message management step of displaying information on each text message stored in a memory on a screen according to the operation of the text message management program to manage text messages. Text message management method using a. The method according to claim 12, wherein the geometric text message management step, A message property analysis step of analyzing a property of each message stored in the memory; A geometric shape processing step of performing geometric shape processing corresponding to each message according to each attribute of the analyzed message; And a screen display processing step of generating screen data for displaying each of the geometrically processed text messages and outputting the generated screen data to the screen. The method of claim 13, wherein the message attribute is, The sender and recipient information for the message, whether the text message is an outgoing / received message, whether the incoming message has been acknowledged, when the message was received, whether there is a historical connection to the message, and whether it was sent or received, reply In the case of a message, a method of managing a text message using a geometry of a mobile communication terminal including at least one attribute information selected from a time point of receiving a received message to a reply time and a message size of the corresponding message. The method according to claim 13, wherein the geometric shape processing step, The geometry of the mobile communication terminal that sets the geometry configuration values for generating a screen for displaying and managing each text message through the geometry by performing geometry processing to display each text message according to a preset geometry processing rule. How to manage text messages using shapes. The method according to claim 13, wherein the geometric shape processing step, Grouping each message by sender according to the attributes of each message analyzed by the message attribute analyzing step; If each message is grouped by the sender, the text message management method using the geometry of the mobile communication terminal comprising the step of representing each message as a node. The method of claim 16, wherein the geometric shape processing step, When each message is represented by a node, determining whether the received message is confirmed and setting a color of each node to indicate whether the message has been received; Setting the size of the node according to the length of each text message when the color of each node is set; Connecting each node that is historically related with a line when the size of the node is set, Setting a length of a line according to a message reply time for sending a reply message to any received message when the nodes are connected by a line; If the length of the line is set according to the reply time of the message, determining the freshness of each message and setting whether or not to apply the fade-out effect further comprises a text message management method using the geometry of the mobile terminal. The method according to claim 13, wherein the geometric text message management step, And transmitting a screen on which text message management using the geometric shape is executed to an external image display device through a wired or wireless network. The method according to claim 13, wherein the geometric text message management step, And a message management step of managing each text message stored in the memory according to a text message management command input from a user. The method of claim 19, wherein the geometric text message management step, And updating a message property of the corresponding message when the message property of any message is changed through text message management by the message management step.

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