KR100792468B1 - Method for display of emoticon by width information in mobile communication terminal - Google Patents

Abstract

An emoticon expressing method using width information in a mobile communication terminal is provided to be capable of checking width information of all characters to store the checked information in a DB, and to add or remove characters to or from emoticons according to width information of a receiving terminal by using meta data, so that the emoticons can be properly expressed. Width information of all characters is checked by terminal, and the checked information is stored in a DB(ST10). Characters are added to or removed from emoticons according to width information of a receiving terminal by using meta data which contains information on additional character restrictions or locations according to the individual emoticons, so that the emoticons are expressed(ST20).

Description

Method for displaying emoticon using Jangpyeong information in mobile communication terminal {Method for display of emoticon by width information in mobile communication terminal}

1 is a block diagram of a mobile communication system including a general mobile communication terminal,

2 is a view showing an example of the expression of the emoticon in the conventional mobile communication terminal,

FIG. 3 is a diagram illustrating an example of an emoticon that is incorrectly input and expressed in a mobile communication terminal having different horizontal and vertical lengths of characters in FIG. 2;

4 is a flowchart illustrating a method of expressing an emoticon using long information in a mobile communication terminal according to an embodiment of the present invention;

5 is a view showing an example of the first step in the database database in Figure 4,

6 is a detailed flowchart of the emoticon expression of the second step in FIG.

FIG. 7 is a view in which the space character is replaced with '!' In order to recognize the number of space characters in the emoticon of FIG. 2;

FIG. 8 is a diagram illustrating an example of an emoticon that is incorrectly represented when the space character '!' Is substituted in FIG. 7;

FIG. 9 is a diagram illustrating another example of a character pixel value according to each type of a mobile communication terminal databased in FIG. 5;

10 is a view showing an example of maintaining the shape of the emoticon by further inserting a space character by the database value of FIG.

FIG. 11 is a diagram illustrating an example of expressing an emoticon of FIG. 7 as metadata; FIG.

12 is a diagram illustrating another example in which the emoticon of FIG. 7 is expressed as metadata;

FIG. 13 is a view showing an example of correction by a normal display and a narrow flatness for the emoticon of FIG. 7;

14 is a view showing an example of correction by a narrow display by displaying a normal display and a correction by a narrow Changpyeong of the emoticon of FIG. 7 and displaying '!' As a blank;

FIG. 15 is a view illustrating an example in which an emoticon expression of FIG. 12 is introduced by introducing '<', which is a character that adds a space before the position, and '>', which is a character that adds a space after, to adjust the position. ,

16 is a flowchart illustrating a method of expressing an emoticon using long information in a mobile communication terminal according to another embodiment of the present invention.

The present invention relates to a method for expressing an emoticon in a mobile communication terminal, and in particular, a mobile communication in which a width of each character is measured and databased in each mobile communication terminal, and the emoticons are properly displayed using the flat information of the emoticon. The present invention relates to a method for expressing an emoticon using long-range information in a terminal.

In general, a mobile communication terminal is a terminal that enables a mobile communication service while moving.

1 is a block diagram of a mobile communication system including a general mobile communication terminal.

Here, reference numeral 10 is a mobile communication terminal using a mobile communication service in a mobile communication system, 20 is a mobile communication network composed of a base station, a control station, etc. to be connected to the mobile communication terminal 10 to form a network, and 30 is a mobile communication network ( 20 is a mobile communication exchanger connected to the mobile communication terminal 10 to provide a mobile communication service, and 40 is connected to the mobile communication exchange 30 and a short message service (SMS) of the mobile communication terminal 10. SMS service) that performs message service).

Thus, when the mobile terminal 10 creates and sends an SMS message, the SMS center 40 processes the SMS message and transmits the SMS message to the receiving terminal.

In addition, when sending a message from the mobile communication terminal 10 using SMS, MMS (Multimedia Messaging Service), an emoticon may be used.

An emoticon is a combination of letters, symbols, and numbers on a computer keyboard that represents emotions or intentions in cyberspace.

These emoticons are a combination of emotions and icons that represent emotions. In the early 1980s, students at Carnegie Mellon University in the United States began to spread using computer keyboards using the ':-' symbol. It is a unique language used to convey one's feelings and intentions in cyberspace. It is a combination of letters and symbols, such as computer keyboards and keypads of mobile communication terminals.

It was sometimes called smiley because it was mostly smile. It often appears when you chat or send and receive e-mail. It is mainly used among adolescents and varies in type and form, from human facial expressions to race, occupation, and animal.

If you use it when you are embarrassed or embarrassed to write, you can not only have fun on the receiving side but also express your meaning quickly. Because of this, new emoticons are appearing one after another, although countries have different expression methods, and many emoticons are used in the Internet language only in Korea. Representative examples of such emoticons are as follows.

^ _ ^: Smiley face,

* ^^ *: Nice face,

^^; : Smiling face,

-0-: satisfied expression,

?.? : Expression of absurdity,

:-): means that you feel good,

:-(: I feel bad.

2 is a view showing an example of the expression of the emoticon in the conventional mobile communication terminal.

In a terminal (generally a GSM terminal) having different lengths and widths of characters, it may be misrepresented as shown in FIG. 3.

FIG. 3 is a diagram illustrating an example of an emoticon that is incorrectly input and expressed in a mobile communication terminal having different horizontal and vertical lengths of characters in FIG. 2.

This is because the width of the space is different from the width of the '=' character.

As above, emoticons may not be displayed correctly in a situation where the width of each character is different for each character, so an appropriate solution is needed.

Accordingly, the present invention has been proposed to solve the above-mentioned general problems, and an object of the present invention is to measure the width of each character in each mobile communication terminal to make a database and to display emoticons correctly by using the longevity information of the emoticon. The present invention provides a method for expressing an emoticon by using Jangpyeong information in a mobile communication terminal.

According to an embodiment of the present invention, there is provided a method of expressing an emoticon by using JangPyeong information in a mobile communication terminal, comprising: a first step of investigating the JangPang information of all characters for each terminal and making a database; And a second step of adding or removing a character to the emoticon according to the reception information of the receiving terminal using meta data containing information on the position or the character addition constraint for each emoticon to express the emoticon. do.

An embodiment of the present invention and a technical idea of a method for expressing an emoticon using long flat information in a mobile communication terminal will be described with reference to the accompanying drawings.

4 is a flowchart illustrating a method of expressing an emoticon using long information in a mobile communication terminal according to an embodiment of the present invention.

As shown, a first step (ST10) for the database to search the long-range information of all the characters for each terminal; A second step (ST20) of adding or removing a character to the emoticon according to the reception information of the receiving terminal by using meta data containing information on constraints on location or character addition for each emoticon (ST20); Is performed.

In this embodiment, the terminal includes a GSM terminal.

In the second step, the emoticon is expressed by increasing the number of spaces for a terminal having a long space of the space character smaller than that of other characters constituting the emoticon (for example, a '=' character in FIG. 7).

In the second step, for the terminal having less than the flat of the other characters constituting the emoticon (for example, the '=' character in FIG. 7), other characters constituting the emoticon (for example, the '=' character in FIG. 7). Reduce the number of emoji to be expressed.

In the second step, the letters constituting the emoticon are changed to 'letter to be aligned (p)', 'letter to increase to match position (+)', 'letter to decrease to position' (-) ',' position ' It does not need to be aligned but should not be increased or decreased, and is set as metadata mapped to the corresponding emoticon.

In the second step, the space of the position of the letter (+) which is increased to adjust the position is increased so that the position of the letter (p) to be aligned and the other characters constituting the position's emoticon (for example, In FIG. 7, the '=' character is reduced to select a method having high accuracy among adjusting the position of the character 'p' to be aligned.

In the second step, the emoticon of the part after 'the letter p to be aligned' is added with a space character (see FIG. 14) so that the emoticon is expressed.

In the second step, the characters constituting the emoticon are 'letter to be positioned (p)', 'letter to increase to match position (+)', 'letter to decrease to match position (-)', 'position Need not be adjusted but should not be incremented or decremented by a character (n), a character that adds a space before it to align, and a character that adds a space after it to align. Set the metadata to map the emoticon.

In the second step, the 'character to add a space before the position (<)' and 'the character to add a space after the position to adjust the position (>)' are placed on the adjacent character 'p.' Set to match.

FIG. 6 is a detailed flowchart of an emoticon expression in FIG. 4.

The second step is an eleventh step (ST21 to ST22) for setting the starting line position from the first character of the first line of meta data (L = 1) and calculating the width between the positions of the characters; Increase the start line position (L = L + 1) and increase the width between the positions (x = x + 1), so that the 'Width between positions from the previous position (L-1) of the start line position (Wx)' and ' And comparing the width Wx 'between the positions of the start line position L' to select the smallest value and to apply the emoticon to be expressed (ST23 to ST38).

The eleventh step may include the following substeps.

■ step 21: setting the starting line position from the first character of the first line of meta data (L = 1) (ST21);

■ Step 22: The first character for the current starting line position (L), 'Letter to be aligned (p)', 'Character adding a space before the position (<)', or 'Align to position The position of the next 'letter to be aligned (p)', 'the character to add a space before it to align (<)', or 'space to align the position Calculating the width (W1, W2, ..., Wn) between the positions of the character (>) to add a (ST22).

In addition, the twelfth step may include the following substeps:

■ 31st step: increasing the starting line position (L) (L = L + 1) and increasing the width between the positions (x = x + 1) to determine that the 12th step is performed until the last line (ST23 ~ ST25, ST36-ST38);

■ Step 32: If step 31 is being performed, the width between positions (Wx) from the previous position (L-1) of the starting line position '-' Width between positions of the starting line position (L) ' Setting to D1 ('Wx of L-1'-'Wx of L' = D1) (ST26);

■ Step 33: [When L-1 contains 'increasing character to match position (+)'] When 'Wx of L-1'-'Wx of L' = D2, the character of '+' position Calculating a minimum D2 value by increasing the value ST27;

■ Step 34: [When L-1 has a '-' character to reduce its position)-'W' of L-1-'Wx' of L = D3 Calculating a minimum D3 value by increasing the value ST28;

■ Step 35: [If L-1 has '<'] When 'Wx of L-1'-'Wx of L' = D4, calculate the minimum D4 value by increasing the space character before '<' Step ST29;

■ Step 36: [When L> has '>'] When 'Wx of L-1'-'Wx of L' = D5, calculate the minimum D5 value by increasing the space character before '>'. Step ST30;

■ Step 37: [When there is '+' in L] When 'Wx in L-1'-'Wx in L' = D6, calculating the minimum D6 value by increasing the character at the '+' position (ST31);

■ Step 38: [When L is '-'] When 'Wx in L-1'-'Wx in L' = D7, calculate the minimum D7 value by increasing the character at the '-' position. (ST32);

■ Step 39: [When there is '<' in L] When 'Wx in L-1'-'Wx in L' = D8 Compute the minimum D8 value by increasing the space character before '<' (ST33);

■ Step 40: [If L is '>'] Calculate the minimum D9 value by increasing the space character before '>' when 'Wx in L-1'-'Wx in L' = D9 (ST34); And

■ Step 41: Selecting the smallest value among D1 to D9 and applying the emoticon to be expressed (ST35).

In addition, the emoticon expression method using the Jangyeong information in the mobile communication terminal according to another embodiment of the present invention, as shown in Figure 6, may be configured to include the following steps:

■ first step: a step (S10) of investigating the long-range information of all characters for each terminal;

■ step 21: setting the starting line position from the first character of the first line of meta data (L = 1) (ST21);

■ Step 22: The first character for the current starting line position (L), 'Letter to be aligned (p)', 'Character adding a space before the position (<)', or 'Align to position The position of the next 'letter to be aligned (p)', 'the character to add a space before it to align (<)', or 'space to align the position Calculating a width W1, W2, ..., Wn between positions of a character (>) to add a step (ST22);

■ 31st step: increasing the starting line position (L) (L = L + 1) and increasing the width between the positions (x = x + 1) to determine that the 12th step is performed until the last line (ST23 ~ ST25, ST36-ST38);

■ Step 32: If step 31 is being performed, the width between positions (Wx) from the previous position (L-1) of the starting line position '-' Width between positions of the starting line position (L) ' Setting to D1 ('Wx of L-1'-'Wx of L' = D1) (ST26);

■ Step 33: [When L-1 contains 'increasing character to match position (+)'] When 'Wx of L-1'-'Wx of L' = D2, the character of '+' position Calculating a minimum D2 value by increasing the value ST27;

■ Step 34: [When L-1 has a '-' character to reduce its position)-'W' of L-1-'Wx' of L = D3 Calculating a minimum D3 value by increasing the value ST28;

■ Step 35: [If L-1 has '<'] When 'Wx of L-1'-'Wx of L' = D4, calculate the minimum D4 value by increasing the space character before '<' Step ST29;

■ Step 36: [When L> has '>'] When 'Wx of L-1'-'Wx of L' = D5, calculate the minimum D5 value by increasing the space character before '>'. Step ST30;

■ Step 37: [When there is '+' in L] When 'Wx in L-1'-'Wx in L' = D6, calculating the minimum D6 value by increasing the character at the '+' position (ST31);

■ Step 38: [When L is '-'] When 'Wx in L-1'-'Wx in L' = D7, calculate the minimum D7 value by increasing the character at the '-' position. (ST32);

■ Step 39: [When there is '<' in L] When 'Wx in L-1'-'Wx in L' = D8 Compute the minimum D8 value by increasing the space character before '<' (ST33);

■ Step 40: [If L is '>'] Calculate the minimum D9 value by increasing the space character before '>' when 'Wx in L-1'-'Wx in L' = D9 (ST34); And

■ Step 41: Selecting the smallest value among D1 to D9 and applying the emoticon to be expressed (ST35).

16 is a flowchart illustrating a method of expressing an emoticon using long information in a mobile communication terminal according to another embodiment of the present invention.

As shown therein, a first step (ST10) of investigating the long-range information of all characters for each terminal into a database; A third step (ST40) of setting the length information of one emoticon by the number of types of terminals having different length information; And a fourth step ST50 for mapping the emoticon corresponding to the type of the receiving terminal to display the emoticon.

Referring to the accompanying drawings, a preferred embodiment of the emoticon expression method using the long-range information in the mobile communication terminal according to the present invention configured as described above will be described in detail as follows. In the following description of the present invention, detailed descriptions of well-known functions or configurations will be omitted if it is determined that the detailed description of the present invention may unnecessarily obscure the subject matter of the present invention. In addition, terms to be described below are terms defined in consideration of functions in the present invention, which may vary according to intention or precedent of a user or an operator, and thus, the meaning of each term should be interpreted based on the contents throughout the present specification. will be.

First, the present invention is to make a database by measuring the width of each character in each mobile communication terminal and to display the emoticons correctly by using the flat information of the emoticon.

Thus, the present invention prevents the emoticon from being output differently than intended when using an emoticon in an environment in which the fonts included in the terminal have different widths for each character.

For this purpose, the width of each character in each terminal is measured and databased in advance.

FIG. 5 is a diagram illustrating an example of databaseization, which is the first step in FIG. 4.

Thus, as shown in FIG. 5, each pixel value set for characters such as a space character, '<', '$', and '%' for each terminal is databased.

Now, through the width information of each character maintained in the DB, you need to adjust the shape of the emoticon in the direction of maintaining the best quality in each terminal for a particular emoticon.

FIG. 6 is a detailed flowchart of the emoticon expression of the second step in FIG. 4.

After the database of all the character information of each character is examined and databaseized, the starting line position is set from the first character of the first line of meta data (L = 1) (ST21).

Then, for the current starting line position (L), the first character, 'character to be aligned (p)', 'character to add a space before the position (<)', or 'space to align the position At the position of the character (>) to add the next 'letter to be aligned (p)', 'character to add a space before the position (<)', or 'add a space to the position Calculate the width (W1, W2, ..., Wn) between the positions of the character (>) '(ST22).

It is determined whether the start line position L is 1 (ST23).

If L = 1, increase the value of L (L = L + 1) (ST37).

If L = 1, then set the width between positions x to 1 (x = 1) (ST24). Here, x means a value between 1 and n in the widths W1, W2, ..., Wn between positions.

It is determined whether x = n (ST25).

If x = n, increase the value of L (L = L + 1) (ST37).

If x = n, follow these steps:

Set width (Wx) between positions from previous position (L-1) of starting line position '-' Width between positions of starting line position (L) 'to D1 (' Wx of L-1 '- 'L Wx' = D1) (ST26).

[When there is a letter (+) to increase the position to fit in L-1] When the letter 'L' Wx '-' W 'of L' = D2 The value of D2 is calculated (ST27).

[When there is a letter (-) to reduce the position to fit in L-1] When 'Wx in L-1'-'Wx in L' = D3 Calculate the value of D3 (ST28).

[If L-1 has '<'] When 'Wx of L-1'-'Wx of L' = D4, the minimum D4 value is calculated by increasing the space character before '<' (ST29).

[If L-1 has '>'] When 'Wx of L-1'-'Wx of L' = D5, the minimum D5 value is calculated by increasing the space character before '>' (ST30).

[If L is '+'] When 'Wx of L-1'-'Wx of L' = D6, the minimum D6 value is calculated by increasing the character at the '+' position (ST31).

[If L is '-'] When 'Wx of L-1'-'Wx of L' = D7, the minimum D7 value is calculated by increasing the character at the '-' position (ST32).

[When L has '<'] When 'Wx of L-1'-'Wx of L' = D8, the minimum D8 value is calculated by increasing the space character before '<' (ST33).

If '>' is in L] 'Wx of L-1'-'Wx of L' = D9 The minimum D9 value is calculated by increasing the space character before '>' (ST34).

The minimum value is selected from D1 to D9 and the emoticon is expressed (ST35).

Increment the value of x (x = x + 1) (ST36).

Increase the value of L (L = L + 1) (ST37).

Then determine if L corresponds to the last line (ST38).

If L does not correspond to the last line, the operations of ST25 to ST37 are repeatedly performed to convert the entire emoticon character.

If L is the last line, exit.

Referring to the operation of the present invention with an example as follows.

FIG. 7 is a diagram in which the space character is replaced with '!' In order to recognize the number of space characters in the emoticon of FIG. 2.

7 is replaced with a space character '!' In order to be able to recognize the number of space characters in the emoticon of FIG.

FIG. 8 is a diagram illustrating an example of an emoticon that is incorrectly represented when the space character '!' Is substituted in FIG. 7.

Thus, the emoticon shown in FIG. 8 shows a case in which the length of the blank character is expressed in the same manner in a terminal having a length of less than '='.

However, as shown in FIG. 8, since the emoticon is incorrectly expressed, the number of blanks must be increased.

FIG. 9 is a diagram illustrating another example of a text pixel value according to each type of database of the mobile communication terminal of FIG. 5.

So, suppose that the first terminal is called A, the second terminal is called B, and there is a database as shown in FIG.

Now, for the emoticon mentioned above, the first '"' character on the first line and the '(' character on the second line must be aligned to maintain the shape of the emoticon.

In terminal A, the length of the first character of the first line to '"' is 7 spaces, so the length of the space is '8 pixels * 7 = 56 pixels', and the length from the first character of the second line to '(' The calculation according to the database of Fig. 9 matches 56 pixels.

On the other hand, in terminal B, the situation is completely different. That is, in terminal B, the length from the first character of the first line to '"' is '4 pixels * 7 = 28 pixels', whereas the length from the first character of the second line to '(' is '9 pixels + 7'. Pixels * 6 = 51 pixels', so a difference of 23 pixels occurs.

Therefore, if the space is inserted in the first line to compensate for the difference of 23 pixels, '23 / 4 = 5.75 ', so inserting approximately 6 space characters can make the emoticon of the intended form appear in a close position. .

FIG. 10 is a diagram illustrating an example in which an emoticon is maintained by further inserting a space character according to the database value of FIG. 9.

So, as shown in FIG. 10, the shape of the emoticon was maintained by inserting more space characters, but in practice, the shape of the emoticon may be reduced by reducing the '=' character at the bottom.

Therefore, when adjusting the shape of the emoticon in the above manner, there is a problem of what type of character is inserted or deleted to match the shape of the emoticon.

In the present invention, the characters constituting the emoticon 'characters to be aligned' and 'characters to increase to match the position', 'characters to decrease to match the position', 'does not need to adjust the position but should not increase or decrease Character ', and it is displayed as' P', '+', '-', and 'N', respectively, and stored as metadata mapped to the corresponding emoticon.

FIG. 11 is a diagram illustrating an example of expressing an emoticon of FIG. 7 as metadata.

Thus, the metadata of the emoticon of FIG. 7 as described above is expressed as shown in FIG. 11. This is as follows.

+++++++ PNNNNNN

NNNNNNNPNNNNNN

The emoticon above indicates that the 'P' on the top line and the 'P' on the bottom line must match.

Therefore, in a terminal having a different length of characters, the space character at the '+' position is increased until the position of the 'P' is corrected to express an emoticon. Previously, the position of the emoticon may be reduced by shortening the '=' character in the lower line. The metadata of the emoticon may be expressed as shown in FIG.

12 is a diagram illustrating another example in which the emoticon of FIG. 7 is expressed as metadata.

The meta data represented in FIG. 12 is as follows.

+++++++ PNNNNNN

N ------ PNNNNNN

Therefore, in the present invention, when the metadata is met, the position of P is increased by selecting the method of high accuracy between increasing the space of the '+' position to adjust the position of P and adjusting the position of 'P' by reducing the '=' of the position. The effect can be further enhanced.

FIG. 13 is a diagram illustrating an example of correcting the normal display and the narrow flatness of the emoticon of FIG. 7.

In the emoticon of the resultant using the meta data and the long-range information, the starting point of the 'P' could be matched, but the emoticon of the part after the 'P' is still not more appropriate than the normal emoticon as shown in FIG. 13.

FIG. 14 is a diagram illustrating an example of a normal display and a correction by a narrow chapter, and a '!' By displaying a blank for the emoticon of FIG. 7.

Thus, when there is an inappropriate emoticon expression as shown in FIG. 13, when two space characters (marked with '!') Are added as shown in FIG. 14, the corrected emoticon may be displayed in a more appropriate form.

In order to implement this as metadata, the existing metadata expression characters 'P', '+', '-', and 'N' are '<' and 'position', which are characters that add a space before the position To match, we introduce '>', the character 'followed by a space. These '<' and '>' correspond to 'P' in adjacent line (upper or lower line). Accordingly, the metadata of the emoticon of FIG. 12 may be displayed as shown in FIG. 15:

FIG. 15 is a view illustrating an example in which an emoticon expression of FIG. 12 is introduced by introducing '<', which is a character that adds a space before the position, and '>', which is a character that adds a space after, to adjust the position. to be.

This is as follows.

+++++++ PN <N> NN

N ------ PNPNPNN

In this way, by making metadata mapped to the corresponding emoticon at the time of making the emoticon, the emoticons designed in the fixed width character environment can be used in a terminal having a variable width character.

Therefore, the method proposed in the present invention is a database of all the characters used in the production of the emoticon by the terminal by investigating the database, and then received by using the metadata containing information on the location or additional restrictions for each emoticon The emoticon is appropriately represented by adding or removing a character to the emoticon according to the long range information of the terminal.

However, the result of the deformation process may not be of better quality than the result of the deformation performed by the person while checking the emoticon directly output to the terminal. Therefore, another method for aligning the emoticon proposed by the present invention is a method of preparing one emoticon in advance as many as the number of terminal types having different chapter information. It takes time to produce as many emoticons as the number of terminal types, but knowing the model name of the receiving terminal without metadata enables immediate mapping and high quality of the result.

Execution of this method For example, when the type of the receiving terminal is A, the emoticon of FIG. 7 is displayed, and when the type is B, the emoticon of FIG. 8 is displayed.

As such, the present invention measures the width of each character in each mobile communication terminal to make a database and to display the emoticons correctly by using the long information of the emoticons.

As described above, the emoticon expression method using the Jangyeong information in the mobile communication terminal according to the present invention by measuring the width of each character in each mobile communication terminal to make a database and to display the emoticons correctly using the longevity information of the emoticon It will work.

Although the above has been described as being limited to the preferred embodiment of the present invention, the present invention is not limited thereto and various changes, modifications, and equivalents may be used. Therefore, the present invention can be appropriately modified by applying these embodiments, it will be natural that such applications also fall within the scope of the present invention based on the technical idea described in the claims.

Claims (13)

A first step of surveying and storing database information of all characters for each terminal; A second step of displaying emoticons by adding or removing texts to the emoticons according to the reception information of the receiving terminal using meta data containing information on constraints on location or character addition for each emoticon; Emoticon expression method using the Jangpyeong information in the mobile communication terminal comprising a. The method according to claim 1, The second step includes the step of expressing the emoticon by increasing the number of spaces for the terminal whose length of the space character is less than the length of the other characters constituting the emoticon; Emoticon expression method using. The method according to claim 2, The second step may include expressing an emoticon by reducing the number of other characters constituting the emoticon for a terminal whose length of the blank character is less than that of other characters constituting the emoticon. Emoticon expression method using the Jangpyeong information in the communication terminal. The method according to claim 3, The second step, Characters constituting the emoticon 'characters that need to be aligned', 'characters to increase to fit the position', 'characters to reduce to fit the position', 'characters that do not need to be aligned but do not increase or decrease Dividing into classifications including '; And Setting meta data mapped to the emoticon; Emoticon expression method using the Jangpyeong information in the mobile communication terminal, characterized in that comprising a. The method according to claim 4, The second step, Aligning the position of the 'character to be aligned' by increasing the space of the position of the 'character to be increased to match the position' and reducing the other characters constituting the emoticon of the position to adjust the position of the 'character to be aligned' Measuring accuracy with respect to each; And Selecting a method with high accuracy among the methods; Emoticon expression method using the Jangpyeong information in the mobile communication terminal, characterized in that comprising a. The method according to claim 5, In the second step, the emoticon of the subsequent part of the 'character to be aligned' expresses an emoticon by adding a space character to the emoticon using the flat information in the mobile communication terminal. Way. The method according to claim 6, The second step, Characters constituting the emoticon 'characters that need to be aligned', 'characters to increase to fit the position', 'characters to reduce to fit the position', 'characters that do not need to be aligned but do not increase or decrease Dividing into "", "characters adding a space before the alignment" and "characters adding a space after the alignment"; And Setting meta data mapped to the emoticon; Emoticon expression method using the Jangpyeong information in the mobile communication terminal, characterized in that comprising a. The method according to claim 7, The second step is to set the 'character to add a space before the position to match the position' and the 'character to add a space after the position to match the position' to correspond to the 'character to be aligned' of adjacent lines. Emoticon expression method using Jangyeong information in the mobile communication terminal, characterized in that comprising a. The method according to any one of claims 1 to 8, The second step, An eleventh step of setting the starting line position from the first character of the first line of the metadata and calculating the width between the positions of the characters; And The emoticon is expressed by selecting the smallest value by increasing the starting line position and increasing the width between the positions to compare 'width between positions at the previous position of the starting line position' and 'width between the positions of the starting line position'. A twelfth step of applying to; Emoticon expression method using the Jangpyeong information in the mobile communication terminal, characterized in that comprising a. The method according to claim 9, The eleventh step, A twenty-first step of setting a starting line position from the first character of the first line of metadata; And For the current starting line position, the position of the first character, 'character to be aligned', 'character to add a space before the position', 'character to add a space after the position' A twenty-second step of calculating a width between positions of a character to be aligned ', a character to add a space before the alignment', and a character to add a space to the alignment; Emoticon expression method using the Jangpyeong information in the mobile communication terminal, characterized in that comprising a. The method according to claim 10, The twelfth step, A thirty-first step of determining that the twelfth step is performed until the last line by increasing the starting line position L (L = L + 1) and increasing the width between positions (x = x + 1); When the thirty-first step is being performed, the width Wx between the positions at the previous position L-1 of the starting line position '-' the width Wx between the positions of the starting line position L 'is set to D1. The thirty-second step ('L-1 Wx'-'L Wx' = D1); [When there is a letter (+) to increase the position to fit in L-1] When the letter 'L' Wx '-' W 'of L' = D2 Calculating a value of D2; [When there is a letter (-) to reduce the position to fit in L-1] When 'Wx in L-1'-'Wx in L' = D3 A thirty-fourth step of calculating a D3 value; A 35th step of calculating a minimum D4 value by increasing a space character before '<' when 'Wx of L-1'-'Wx of L-1' = D4; A 36th step of calculating a minimum D5 value by increasing a space character before '>' when 'Wx in L-1'-'Wx in L-1' = D5; A 37th step of calculating the minimum D6 value by increasing the character at the '+' position when 'Wx in L-1'-'Wx in L-1' = D6; A 38th step of calculating a minimum D7 value by increasing a character at a '-' position when 'Wx of L-1'-'Wx of L-1' = D7; A 39th step of calculating a minimum D8 value by increasing a space character before '<' when 'L' has Wx '-' L Wx '= D8; A 40th step of calculating a minimum D9 value by increasing a space character before '>' when 'Wx in L-1'-'Wx in L' = D9; And A forty-first step of selecting the smallest value among the D1 to D9 to express an emoticon; Emoticon expression method using the Jangpyeong information in the mobile communication terminal, characterized in that comprising a. A first step of surveying and storing database information of all characters for each terminal; Setting a starting line position from the first character of the first line of meta data after the first step (L = 1); After the twenty-first step, for the current start line position L, the first character, 'character to be aligned (p)', 'character to add a space before the position (<)', or 'align the position The position of the next 'letter to be aligned (p)', 'the character to add a space before it to align (<)', or 'space to align the position A twenty-second step of calculating a width W1, W2, ..., Wn between positions of a character (>) to add? After the twenty-second step, the thirty-first step of determining that the twelfth step is performed until the last line is increased by increasing the starting line position L (L = L + 1) and increasing the width between the positions (x = x + 1). Steps; When the thirty-first step is being performed, the width Wx between the positions at the previous position L-1 of the starting line position '-' the width Wx between the positions of the starting line position L 'is set to D1. The thirty-second step ('L-1 Wx'-'L Wx' = D1); After the 32nd step [when there is a letter (+) to increase to fit the position] in L-1] 'Wx in L-1'-'Wx in L' = D2 A thirty-third step of calculating the minimum D2 value by increasing; After the 33rd step [when there is a letter (-) to reduce the position to fit in L-1]] 'Wx in L-1'-'Wx in L' = D3 A thirty-fourth step of calculating a minimum D3 value by increasing; After the 34th step [when '<' is present in L-1] When 'Wx of L-1'-'Wx of L' = D4, a minimum D4 value is calculated by increasing a space character before '<'. A thirty-five step; After the 35th step [when '>' is present in L-1] When 'Wx of L-1'-'Wx of L' = D5, a minimum D5 value is calculated by increasing a space character before '>'. A thirty sixth step; After the 36th step [when '+' is present in L] When 'Wx in L-1'-'Wx in L' = D6, the minimum D6 value is calculated by increasing the character at the '+' position. 37 steps; After the 37th step [when '-' is present in L] When 'Wx of L-1'-'Wx of L' = D7, the minimum D7 value is calculated by increasing the character at the '-' position. Step 38; After the 38th step [when '<' is present in L] When 'Wx in L-1'-'Wx in L' = D8, the minimum D8 value is calculated by increasing the space character before '<'. Step 39; After the 39 th step [when '>' is present in L] When 'Wx of L-1'-'Wx of L' = D9, the method calculates the minimum D9 value by increasing the space character before '>'. 40 steps; A forty-first step after selecting the smallest value among D1 to D9 after the forty-second step; Emoticon expression method using the Jangpyeong information in a mobile communication terminal, characterized in that performed. A first step of making a database by searching the long-range information of all characters for each terminal; A third step of setting chapter information of one emoticon by the number of terminal types having different chapter information; And A fourth step of mapping the emoticon corresponding to the type of the receiving terminal to display the emoticon; Emoticon expression method using the Jangpyeong information in the mobile communication terminal comprising a.

Images