KR100812802B1 - Apparatus for big-letter converting messages in mobile communication terminal, and method for the same - Google Patents

Abstract

An apparatus and a method for converting a message into larger characters in a mobile terminal are provided to solve a problem that when a text message is transferred through an SMS(Short Message Service) or an MMS(Multimedia Message Service), the text message is simply transmitted as it is. A message receiving unit receives an SMS or an MMS message. A character type classifying unit analyzes the message received by the message receiving unit and classifies a character type of the first letter. A large letter converting unit converts the first letter of the received message into a larger one based on the classified character type of the first letter. A message output unit outputs the message in which the first letter has been converted into the larger letter by the large letter converting unit.

Description

Apparatus for big-letter converting messages in mobile communication terminal, and method for the same}

1 is a block diagram of a general mobile communication system;

2 is a block diagram of an apparatus for converting some characters of a message into large characters in a mobile communication terminal according to an embodiment of the present invention;

3 is a flowchart illustrating a method of converting some characters of a message into large characters in a mobile communication terminal according to an embodiment of the present invention;

4 is a view showing an example of performing a message conversion in the mobile communication terminal to apply the present invention,

5 is a diagram illustrating an example of converting a message by inserting a space character in FIG.

6 is a table showing an example of character type classification in FIG. 4;

FIG. 7 is a flowchart illustrating an example in which some letters of a message are converted to large letters in a case in which a neutral form is located on the right side of a first star without the finality of type 1) in FIG. 6;

8 is a conceptual diagram illustrating an example conversion according to FIG. 7;

FIG. 9 is a flowchart illustrating an example in which some characters of a message are converted to large characters in a case in which the neutrality is located below the primary of the type 2) without the finality of type 2);

10 is a conceptual diagram illustrating an example conversion according to FIG. 9;

FIG. 11 is a flowchart illustrating an example in which some letters of a message are converted to large letters in a case in which the neutral form is located on the right side of the first star in the form of a finality of type 3) in FIG. 6;

12 is a conceptual diagram illustrating an example of conversion according to FIG. 11;

FIG. 13 is a flowchart illustrating an example in which some letters of a message are converted to large letters in a case in which a neutral type is located below the primary star in the form of a finality of type 4 in FIG. 6;

14 is a conceptual diagram illustrating an example of the conversion shown in FIG. 13.

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a technique for converting a message in a mobile communication terminal, and more particularly, when a short message service (SMS) or multimedia messaging service (MMS) message is transmitted. By converting some characters into initial, neutral, and final characters so that they are displayed larger than existing characters, some characters of a message in a mobile communication terminal are converted to large characters, which is suitable to supplement the monotony of the existing text-based message transmission service. It's about technology.

In general, a mobile communication terminal is a terminal to receive a mobile communication service while moving.

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

Here, reference numeral 10 denotes a mobile communication terminal such as a cellular phone, a personal digital assistant (PDA), 11 is a calling mobile communication terminal, and 12 is a receiving mobile communication terminal.

In addition, reference numeral 20 is a mobile communication switching network composed of a base station, a control station, a switch, etc. to provide a mobile communication service to the mobile communication terminal 10, reference numeral 30 is connected to the mobile communication switching network 20 is connected to the mobile communication terminal (10) SMS is a center for processing SMS messages, and reference numeral 40 is an MMS center that is connected to the mobile communication network 20 to process MMS messages in the mobile communication terminal 10.

Here, SMS refers to providing a text service that allows users of the mobile communication terminal 10 to send and receive short sentences without additional equipment. As the spread of mobile phones spreads rapidly, the population of text service users is increasing rapidly, and unlike e-mail, the contents can be delivered at almost the same time as when they are sent.

Basically, a function of transmitting a reply number and a message between the terminals is provided, and it is possible to know weather forecast / news / stock information, etc., and the customer can directly search various information and select only necessary information. In addition, it is possible to send and receive e-mails through Internet / PC communication, and provide various information retrieval services necessary for daily life. In particular, since the information is provided interactively for the user's convenience, the use is increasing as a whole. In Korea, credit card companies continue to expand their use of electronic payments and e-commerce, including the introduction of a service that sends a text message to approve transactions to prevent card accidents.

In addition, MMS is a basic element of the third generation mobile communication service, and is a messaging system that can exchange data in various formats such as still images, music, voice, and video. The third generation of MMS, which follows the second generation of SMS messages, provides existing media format messages and multimedia format messages, and can transmit and receive between users without requiring real time transmission. In addition to still images, various types of data such as music, voice and video can be sent to the other party and searched.

The MMS supports all data transmission and reception such as a video while having all the message transmission and reception functions provided by existing systems such as a voice mail system (VMS) and a unified messaging system (UMS). That is, the service subscriber can view or transmit various messages including multimedia elements such as video news and video mail in addition to e-mail / fax / voice message anytime and anywhere regardless of the terminal type. In particular, with the advent of the 3rd generation communication service IMT2000, MMS is emerging as the next generation messaging system with the emergence of integrated multimedia service functions such as voice / text / video.

The SMS or MMS message sent from the calling mobile terminal 11 is transferred to the mobile communication switching network 20. In addition, the SMS center 30 or the MMS center 40 processes the SMS or MMS message transmitted from the calling mobile terminal 11. Then, the SMS or MMS message processed by the SMS center 30 or the MMS center 40 is delivered to the receiving mobile terminal 12 through the mobile communication switching network 20.

However, in the related art, when a text message is transmitted through SMS or MMS, the message transmission service has a monotonous limitation because the text is simply output as it is from the receiving mobile terminal.

An object of the present invention is to compensate for the monotony of the existing text-based message transmission service by separating some characters of the message into initial, neutral, and final characters at the receiving mobile terminal when displaying an SMS or MMS message, and displaying larger than the existing characters. The present invention provides a technique for converting some characters of a message into a large character in a mobile communication terminal.

In order to achieve the above object, an apparatus for converting a large letter into a message in a mobile communication terminal according to an embodiment of the present invention, the message receiving unit for receiving an SMS or MMS message; Character type classification unit for classifying the character type of the first letter by analyzing the message received by the message receiving unit; A large character conversion unit converting the first character of the received message into large characters based on the character type of the first character classified by the character type classification unit; And a message output unit configured to output a message in which the first character is converted into a large character by the large character converter.

In order to achieve the above object, a method of converting a message into a large character in a mobile communication terminal according to an embodiment of the present invention includes a first step of receiving an SMS or MMS message; A second step of classifying a character type of a first letter by analyzing the received message; And a third step of converting the first letter of the message into a large letter based on the character type of the first letter classified above.

Hereinafter, an embodiment of the present invention, an apparatus for converting some characters of a message in a mobile communication terminal into large characters, and an embodiment according to the spirit of the method will be described with reference to the accompanying drawings.

2 is a block diagram of an apparatus for converting a large letter into a message in a mobile communication terminal according to an embodiment of the present invention.

As shown, in the mobile communication terminal according to an embodiment of the present invention, a device for converting a large letter into a message includes: a message receiving unit 13 for receiving an SMS or MMS message; A character type classification unit 14 for analyzing the message received by the message receiving unit 13 and classifying the character type of the first character; A large character converter 15 for converting the first character of the received message into a large character based on the character type of the first character classified above; And a message output unit 16 for outputting a message in which the first letter is converted into a large letter by the large letter converter 15.

An example of the character type classification performed by the character type classification unit 14 is, for example, a type 1) non-species form where the neutral is located on the right side of the sheath. If located, type 3) is in the form of a species and the neutral is located on the right side of the sheath, and type 4) is in the form of a species and is classified into one or more character types, including the case where the neutral is located below the sheath. You can think of it.

For example, the form of the message large character conversion performed by the large character conversion unit 15 in response to the character type classification of the first character made by the character type classification unit 14 will be described in detail.

First, if it is classified as 'Type 1) without a finality, and the neutral is located on the right side of the primary,' the first syllable is removed from the first syllable, and the first syllable of the first syllable is removed. Message conversion can be performed by inserting the first two bytes and the first two bytes.

If it is classified as "Type 2) No Form, and Neutral is located on the lower side of the Formation," remove the 2 bytes corresponding to the first syllable for the first character and remove the first byte from the first line of the sentence. After inserting the first two bytes of the first syllable, you can insert a neutral two bytes into the first syllable in the second line to perform the message conversion.

If it is classified as 'Type 3) With a finality and the neutral is located on the right side of the primary,' remove the 2 bytes corresponding to the first syllable for the first letter and remove the first byte from the first line of the sentence. After inserting the first two bytes of the syllable and the first two bytes of the syllable, the first two bytes of the syllable can be inserted into the first syllable to perform the message conversion.

If it is classified as 'Type 4) With a finality and the neutral is located below the primary,' then remove the 2 bytes corresponding to the first syllable for the first letter and remove the first byte from the first line of the sentence. You can perform the conversion by inserting the first two bytes of the first syllable and then converting them by inserting the neutral two bytes into the first syllable on the second line and the final two bytes into the first syllable on the third line. .

3 is a flowchart illustrating a method of converting some characters of a message into large characters in a mobile communication terminal according to an embodiment of the present invention.

As shown, a first step ST1 of receiving an SMS or MMS message; A second step (ST2) of classifying the character type of the first letter by analyzing the received message; A third step (ST3) of converting the first letter of the received message into a large letter based on the character type of the first letter classified above;

6 is a table showing an example of the character type classification in FIG.

As shown, in the second step, when the letter type of the first letter is type 1) non-species and the neutral is located on the right side of the sheath, type 2) nonspecies and neutral is located below the sheath. If the neutral type is located on the right side of the sheath, the type 3) and the neutral type is classified into one or more character types, including the case where the neutral is located below the sheath.

Correspondingly, the third step is

■ In the second step, if it is classified as 'Type 1) If no neutrality is located on the right side of the first star,' remove the two bytes corresponding to the first syllable for the first letter, and remove the first byte at the beginning of the sentence. Message conversion is performed by inserting the first two bytes of the syllable and the first two bytes of the syllable.

■ In the second stage, if it is classified as 'Type 2) Without the finality and the neutral is located below the leading edge,' remove the two bytes corresponding to the first syllable for the first letter, and remove the first byte of the first sentence. In the second line, insert the first two bytes of the first syllable to perform the conversion, insert the neutral two bytes to the first syllable in the second line, and perform the message conversion,

■ In the second stage, if it is classified as 'Type 3) With a finality, and the neutral is located on the right side of the first star,' remove the two bytes corresponding to the first syllable for the first letter and remove the first byte of the first sentence. After inserting the first two bytes of the first syllable and the neutral two bytes on the line, the second line inserts the last two bytes of the first syllable to perform message conversion,

■ In the second stage, if it is classified as 'Type 4) With a bell, the neutral is located below the sheath,' remove the two bytes corresponding to the first syllable for the first letter and remove the first byte of the first sentence. After the first two bytes of the first syllable are inserted in the first line, the neutral two bytes are inserted in the first syllable in the second line, and the second two bytes are inserted in the first syllable in the third line to perform message conversion.

FIG. 7 is a flowchart illustrating an example of converting some characters of a message into large characters when 'neutrality is located on the right side of the first type' without the finality of type 1) in FIG. 6.

As shown, the third step is

■ eleventh step: if the character type of the first character in the received message is a form having no finality and the neutral is located on the right side of the first sign, determining whether the third byte of the sentence is a blank character (ST11);

■ Step 12: If the third byte of the sentence is not a space character, determining whether '80-the number of bytes in the sentence 'is 3 or more (ST12);

■ step 13: inserting a space character into the third byte of the sentence if '80-the number of bytes in the sentence 'is 3 or more (ST13);

■ step 14: determining whether '80-the number of bytes in the sentence 'is 2 or more if the third byte of the sentence is a blank character (ST14);

■ Step 15: If step 80 or the number of bytes in the sentence is 2 or more after performing step 13 or in step 14, the first two bytes of the sentence are removed, and the initial and neutral values corresponding to the removed syllables are removed. And a step of successively inserting in front (ST15, ST16).

FIG. 9 is a flowchart illustrating an example of converting some characters of a message into large characters when the neutrality is located below the primary of the type 2) without the finality of type 2).

As shown, the third step is

■ step 21: if the character type of the first character in the above-received message is in the form of no finality and the neutral is located below the primary, determining whether the third byte of the sentence is a blank character (ST21);

■ step 22: in step 21, if the third byte of the sentence is not a space character, inserting a space character into the third byte of the sentence (ST22);

■ step 23: if the third byte of the sentence is a space character after performing the twenty-second step or in the twenty-first step, replacing the first two bytes of the sentence with the initial consonants of the corresponding syllables (ST23);

■ step 24: determining whether the number of ASCII characters between 1 and 16 bytes of the sentence after step 23 is odd (ST24);

Step 25: if the number of ASCII characters between 1 and 16 bytes of the sentence is odd in step 24, setting 'Offset = 0' (ST25);

Step 26: if the number of ASCII characters between 1 and 16 bytes of the sentence is odd in step 24, setting 'Offset = 1' (ST26);

■ step 27: after performing step 25 or step 26, replacing the '17-Offset 'byte with a neutral corresponding to the first syllable of the sentence (ST27);

■ step 28: determining whether the '19-Offset 'th byte of the sentence after the 27 th step is a space character (ST28);

■ step 29: determining whether '80-number of bytes in the sentence 'is 3 or more when the '19-Offset' byte of the sentence is not a space character in step 28;

■ step 30: in step 29, inserting a space character into the '19-Offset 'th byte of the sentence if '80-the number of bytes in the sentence' is 3 or more (ST30);

■ Step 31: In step 28, if the '19-Offset 'byte of the sentence is a space character, it is determined whether '80-The number of bytes in the sentence' is 2 or more. If the '80-Number of bytes in the sentence 'is 2 or more, the conversion is completed. It performs to include (ST31).

FIG. 11 is a flowchart illustrating an example of converting some characters of a message into large characters when the neutral form is located on the right side of the first star in the form of a finality of type 3).

As shown, the third step is

■ step 41: if the character type of the first character in the received message is in the form of a finality and the neutral is located on the right side of the initial, determining whether the third byte of the sentence is a space character (ST41);

Step 42: inserting a space character into the third byte of the sentence (ST42) if the third byte of the sentence is not a space character in step 41;

■ step 43: if the third byte of the sentence is a blank character after performing step 42 or in the forty-first step, removing the first two bytes of the sentence (ST43);

Step 44: successively inserting the initial and the neutral against the syllables removed after step 43 at the beginning of the sentence (ST44);

Step 45: determining whether the number of ASCII characters between 1 and 16 bytes of the sentence after the 44th step is an odd number (ST45);

■ step 46: if the number of ASCII characters between 1 and 16 bytes of the sentence is odd in the 45th step, setting 'Offset = 0' (ST46);

■ step 47: if the number of ASCII characters between 1 and 16 bytes of the sentence is odd in the 45th step, setting 'Offset = 1' (ST47);

■ step 48: determining whether the '17-Offset 'th byte is a space character after performing the 46th or 47th step (ST28);

■ step 49: in step 48, inserting a space character into the '17-Offset 'th byte if the '17-Offset' th byte is not a space character (ST49);

■ Step 50: If the '17-Offset 'byte is a space character after performing Step 49 or in Step 48, replacing the '18-Offset' byte with a finality corresponding to the first syllable of the sentence (ST50) and ;

■ step 51: determining whether the '20-Offset 'th byte of the sentence after the 50th step is a space character (ST51);

■ step 52: if the '20-Offset 'byte of the sentence in step 51 is not a space character, determining whether '80-the number of bytes in the sentence' is 3 or more (ST52);

■ step 53: in step 52, inserting a space character into the '20-Offset 'th byte of the sentence if '80-the number of bytes in the sentence' is 3 or more (ST53);

■ Step 54: In step 51, if the '20-Offset 'byte of the sentence is a blank character, it is determined whether '80-Number of bytes in the sentence' is 2 or more, and if '80-Number of bytes in the sentence 'is 2 or more, the conversion is performed. Comprising: to complete (ST54).

FIG. 13 is a flowchart illustrating an example of converting some characters of a message to large characters when the neutral form is located below the primary of the type 4).

As shown, the third step is

■ step 61: if the character type of the first character in the received message is in the form of the finality and the neutral is located below the leading edge, determining whether the third byte of the sentence is a space character (ST61);

■ step 62: in step 61, inserting a space character into the third byte of the sentence (ST62) if the third byte of the sentence is not a space character;

■ step 63: if the third byte of the sentence is a blank character after performing step 62 or in step 61, replacing the first two bytes of the sentence with the initial consonant of the syllable (ST63);

■ step 64: determining whether the number of ASCII characters between 1 and 16 bytes of the sentence after the step 63 is odd (ST64);

Step 65: if the number of ASCII characters between 1 and 16 bytes of the sentence is odd in step 64, set 'Offset = 0' (ST65);

Step 66: if the number of ASCII characters between 1 and 16 bytes of the sentence is odd in step 64, set 'Offset = 1' (ST66);

■ step 67: after performing step 65 or step 66, replacing the '17-Offset 'byte with a neutral corresponding to the first syllable of the sentence (ST67);

■ step 68: determining whether the '19-Offset 'th byte of the sentence after the 67th step is a space character (ST68);

■ step 69: in step 68, inserting a space character into the '19-Offset 'th byte of the sentence if the '19-Offset' th byte of the sentence is not a space character (ST69);

■ Step 70: If the '19-Offset 'byte of the sentence is a blank character after performing Step 69 or in the step 68, the number of ASCII characters between the '17-Offset ~ 32-Offset' bytes of the sentence is odd. Determining step ST70;

■ step 71: setting 'Offset = Offset + 1' if the number of ASCII characters between '17-Offset to 32-Offset 'bytes of the sentence in the 70th step is odd (ST71);

■ Step 72: If the number of ASCII characters between '17-Offset ~ 32-Offset 'bytes of the sentence after the execution of Step 71 or the step 70 is odd, the '32-Offset' byte corresponds to the first syllable of the sentence Substituting with a final species (ST72);

■ step 73: determining whether the '34-Offset 'th byte of the sentence after the 72 th step is a space character (ST73);

■ step 74: if the '34-Offset 'byte of the sentence in step 73 is not a space character, determining whether '80-the number of bytes in the sentence' is 3 or more (ST74);

■ step 75: inserting a space character into the '34-Offset 'th byte of the sentence (ST30) when the '80-number of bytes in the sentence' is 3 or more in the 74 th step;

■ Step 76: In step 73, if the '34-Offset 'byte of the sentence is a space character, it is determined whether '80-The number of bytes in the sentence' is 2 or more, and if the '80-Number of bytes in the sentence 'is 2 or more, the conversion is completed. And performing (ST76).

An apparatus and method for converting some characters of a message to a large character in a mobile communication terminal according to the present invention configured as described above will be described in detail with reference to the accompanying drawings. 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 intended to supplement the monotony of the existing text-based message transmission service by separating some characters of the message into initial, neutral, and final characters in the receiving mobile terminal when displaying the SMS or MMS message. It is.

Hereinafter, the present invention has been described using the conversion of Korean characters as an example, but alphabetic characters, numbers, etc. may be converted into large characters by applying the technical spirit of the present invention. In addition, although the present invention provides an example of character conversion in a bitmap format, character conversion by a vector map may be performed.

In the following description of the operation of the present invention will be described using Hangul as an example.

First of all, some of the characters in the text message are displayed in a large format. When the divided initial, neutral, and final clusters are located on a single line, the application technique is simple. If the point is not correctly identified, the original text is converted into a form that cannot be understood and the Hangul of the original text is broken.

For example, in the example of "My name is Hong Gil-dong", if you convert "Z" to large letters, you can insert the code of "ㅈ" and "ㅔ" instead of "J". It's just a simple case.

On the other hand, in the sentence "I remember the time I spent with you," when you convert the "Dang" character to the large letters, it is displayed on the mobile phone terminal as shown in Fig. 4, where "ㅇ" is the first column of the second line. In order for it to be displayed, a technique is needed to find the location.

In addition, when a space is properly inserted, a result that is more readable than FIG. 4 may be generated as shown in FIG. 5. For this, a technique for finding a space insertion position is required.

If this technique is not supported, the result of large text conversion may become more readable, or a broken character may be inserted by inserting between two bytes of Korean characters forming neutral, trailing or white space characters.

In the present invention, Korean characters are classified into four types as shown in FIG. 6.

■ Type 1: Neutral form with neutral located on the right side of the sheath. Ex) Go, me, me

■ Type 2: Neutrality in which the neutral is located below the sheath. Ex) high, silk, grave

■ Type 3: Neutral form where the neutral is located on the right side of the sheath. Ex) each party

■ Type 4: Neutral form where the neutral is located below the sheath. Ex) bureau, dong, thu

On the other hand, when a vowel vowel is used, such as 'wa' or 'got', the split result is not considered because it may harm readability. However, such a vowel vowel may also be expressed in large letters by applying the technical idea of the present invention.

<Division of type 1>

In case of Type 1, one syllable, which is two bytes, is divided and replaced by two bytes of initial two bytes and two bytes of neutral, so additional two bytes of extra space is required. In addition, inserting one byte of whitespace after the partitioning initials and neutrals improves readability, requiring a total of three bytes of extra space.

However, if the character after the first syllable of the original text is a space character, there is no need to insert a space character, and thus two bytes of excess space are required.

When the condition of surplus space is satisfied in some cases, the conversion is completed by removing 2 bytes corresponding to the first syllable and inserting the first 2 bytes of the first syllable and the 2 bytes of neutral at the beginning of the sentence. This is illustrated schematically in the flowchart of FIG. 7.

FIG. 7 is a flowchart illustrating an example of converting some letters of a message into large letters in a case in which a neutral form is located on the right side of a sheath with no finality of type 1) in FIG. 6, and FIG. 8 is illustrated by FIG. 7. A conceptual diagram showing an example of conversion.

In the case where the character type of the first character in the first received message has no finality and the neutral is located on the right side of the initial, it is determined whether the third byte of the sentence is a blank character (ST11).

Thus, if the third byte of the sentence is not a space character, it is determined whether '80-the number of bytes in the sentence 'is 3 or more (ST12).

If '80-number of bytes in the sentence 'is not more than 3, the process ends. If '80-number of bytes in the sentence' is 3 or more, a space character is inserted into the third byte of the sentence (ST13).

If the third byte of the sentence is a space character, it is determined whether '80-the number of bytes in the sentence 'is 2 or more (ST14).

If '80-Number of Bytes' is not 2 or more, terminate.

If a blank character is inserted or '80-number of bytes in a sentence 'is 2 or more, the first two bytes of the sentence are removed (ST15), and the initial and neutral characters corresponding to the removed syllables are inserted at the beginning of the sentence (ST16). ).

<Division of Type 2>

In the case of Type 2, as in Type 1, an additional 2 bytes of surplus space is needed because the syllable, which is a 2-byte Hangul, is divided into 2 bytes of initial 2 bytes and 2 bytes of neutral.

However, depending on whether the character after the initial position is inserted and the character after the neutral is inserted, additional space may be required for 0 to 2 bytes. This is illustrated in the flowchart of FIG. 9.

The difference between the type 2 split and the type 1 split is the calculation of where to insert the neutral. Since a line of a mobile phone terminal consists of 16 bytes, a neutral is usually inserted into the 17th byte.

However, the user's sentence may contain a mixture of English (or symbols: ASCII characters) and Korean characters. Korean characters are two bytes, while ASCII characters are one byte.

If there is an even number of ASCII characters in the first line of 1 to 16 bytes, the second line is displayed from the 17th byte.

On the other hand, if there are an odd number of ASCII characters, the second line is displayed from the 16th byte. (In the latter case, if the 16th and 17th bytes are ASCII characters, the second line is displayed from the 17th byte. You can think of it.).

Therefore, the former inserts neutrals into the 17th byte and the latter inserts neutrals into the 16th byte. This process is also described in the flowchart of FIG.

FIG. 9 is a flowchart illustrating an example of converting some characters of a message into large characters in a case in which the neutrality is located below the primary of 'type 2) without the finality of type 2), and FIG. Is a conceptual diagram showing an example of conversion.

If the character type of the first character in the first received message is a form without the finality and the neutral is located below the primary, it is determined whether the third byte of the sentence is a space character (ST21).

Thus, if the third byte of the sentence is not a space character, a space character is inserted into the third byte of the sentence (ST22).

Also, if a space character is inserted or if the third byte of the sentence is a space character, the first two bytes of the sentence are replaced with the first consonant of the syllable (ST23).

Then, it is determined whether the number of ASCII characters between 1 and 16 bytes of the sentence is odd (ST24).

If the number of ASCII characters between 1 and 16 bytes of the sentence is not odd, set 'Offset = 0' (ST25). If the number of ASCII characters between 1 and 16 bytes of the sentence is odd, 'Offset = 1' (ST26).

After setting the Offset, the 17th Offset byte is replaced with the neutral corresponding to the first syllable of the sentence (ST27).

Then, it is determined whether the '19-Offset 'th byte of the sentence is a space character (ST28).

If the '19-Offset 'byte of the sentence is not a space character, it is determined whether '80-The number of bytes in the sentence' is 3 or more (ST29).

Thus, if '80-number of bytes in the sentence 'is not more than 3, the process ends. If '80-number of bytes in the sentence' is 3 or more, a space character is inserted into the '19-Offset 'th byte of the sentence (ST30).

Also, if the '19-Offset 'byte of the sentence is a space character, it is determined whether the '80-number of bytes of the sentence' is 2 or more. Thus, if '80-number of bytes in the sentence 'is not 2 or more, the process ends. If '80-number of bytes in the sentence' is 2 or more, the conversion is completed (ST31).

<Division of type 3>

In Type 3, a basic syllable is divided into two bytes each, for example, a two-byte syllable, a consonant, a neutral, and a final one. Therefore, an additional capacity of four bytes is required.

Spaces can be added after neutrals, and spaces can be added before and after the finality, so additional capacity of 4-7 bytes is needed. The reason why the space character is added before and after the finality is to improve readability. The effect can be seen in FIG. 12.

In the flowchart of FIG. 11, the process of checking the excess space and identifying the blank insertion position and the final insertion position are described.

FIG. 11 is a flowchart illustrating an example of converting some letters of a message into large letters when the neutral form is located on the right side of the first star in the form of a finality of type 3 in FIG. 6, and FIG. A conceptual diagram showing an example of conversion.

If the character type of the first character in the first received message is in the form of the finality and the neutral is located on the right side of the initial, it is determined whether the third byte of the sentence is a space character (ST41).

Thus, if the third byte of the sentence is not a space character, a space character is inserted into the third byte of the sentence (ST42).

If a blank character is inserted or if the third byte of the sentence is a blank character, the first two bytes of the sentence are removed (ST43).

Then, the initial and neutral voices against the removed syllables are inserted consecutively at the beginning of the sentence (ST44).

Further, it is determined whether the number of ASCII characters between 1 and 16 bytes (length of one line on the mobile phone) of the sentence is odd (ST45).

So if the number of ASCII characters between 1 and 16 bytes of a sentence is odd, set it to 'Offset = 0' (ST46), and if the number of ASCII characters between 1 and 16 bytes of a sentence is odd, then 'Offset = 1' (ST47).

After the offset is set, it is determined whether the '17-Offset 'byte is a space character (ST28).

If the 17th Offset byte is not a space character, a space character is inserted in the 17th Offset byte (ST49).

If a blank character is inserted or the '19-Offset 'byte is a blank character, the '18-Offset' byte is replaced with the last word corresponding to the first syllable of the sentence (ST50).

Then, it is determined whether the '20-Offset 'th byte of the sentence is a space character (ST51).

If the '20-Offset 'byte of the sentence is not a space character, it is determined whether '80-The number of bytes in the sentence' is 3 or more (ST52).

Thus, if '80-number of bytes in the sentence 'is not more than 3, the process ends. If '80-number of bytes in the sentence' is 3 or more, a space character is inserted in the '20-Offset 'th byte (ST53).

If the '20-Offset 'byte of the sentence is a space character, it is determined whether '80-The number of bytes of the sentence' is 2 or more. Thus, if the '80-number of bytes in the sentence 'is not 2 or more, the process ends. If the '80-number of bytes in the sentence' is 2 or more, the conversion is completed (ST54).

<Division of type 4>

In the case of type 4, as in type 3, a syllable that is basically 2 bytes is divided into 2 bytes each such as the initial, the neutral, and the final, so the additional capacity of 4 bytes is required. For readability, a surplus space of 4 to 7 bytes is required because one space character can be added after the initial, neutral, and trailing stars.

In the flowchart of FIG. 13, a process of confirming a surplus space and a process of identifying whether a blank is inserted and a position of insertion of neutral and final are described.

FIG. 13 is a flowchart illustrating an example of converting some characters of a message into large characters when the neutral form is located below the primary of FIG. Is a conceptual diagram showing an example of conversion.

In the case where the character type of the first character in the first received message is in the form of a finality and the neutrality is located below the primary, it is determined whether the third byte of the sentence is a space character (ST61).

Therefore, if the third byte of the sentence is not a space character, a space character is inserted into the third byte of the sentence (ST62).

If the space character is inserted or if the third byte of the sentence is a space character, the first two bytes of the sentence are replaced with the first syllable of the syllable (ST63).

Further, it is determined whether the number of ASCII characters between 1 and 16 bytes of the sentence is odd (ST64).

So if the number of ASCII characters between 1 and 16 bytes of the sentence is odd, set 'Offset = 0' (ST65), and if the number of ASCII characters between 1 and 16 bytes of the sentence is odd, 'Offset = 1' '(ST66).

After the offset is set, the 17th Offset byte is replaced with the neutral corresponding to the first syllable of the sentence (ST67).

Then, it is determined whether the '19-Offset 'th byte of the sentence is a space character (ST68).

If the '19-Offset 'byte of the sentence is not a space character, a space character is inserted into the '19-Offset' byte of the sentence (ST69).

If a blank character is inserted or the '19-Offset 'byte is a blank character, it is determined whether the number of ASCII characters between the '17-Offset ~ 32-Offset' bytes of the sentence is odd (ST70).

If the number of ASCII characters between '17-Offset ~ 32-Offset 'bytes in the sentence is odd, set' Offset = Offset + 1 '(ST71).

After setting 'Offset = Offset + 1' or if the number of ASCII characters between '17-Offset ~ 32-Offset 'bytes in the sentence is odd, the '32-Offset' byte corresponds to the first syllable of the sentence. Substituent with final (ST72).

It also determines whether the '34-Offset 'byte of the sentence is a space character (ST73).

If the '34-Offset 'byte of the sentence is not a space character, it is determined whether '80-The number of bytes in the sentence' is 3 or more (ST74).

Thus, if '80-number of bytes in the sentence 'is not more than 3, the process ends. If '80-number of bytes in the sentence' is 3 or more, the conversion is completed by inserting a space character into the '34-Offset 'byte of the sentence.

If the '34-Offset 'byte of the sentence is a space character, it is determined whether '80-The number of bytes of the sentence' is 2 or more. Thus, if '80-the number of bytes in the sentence 'is not more than 2, the process ends. If the '80-the number of bytes in the sentence' is 2 or more, the conversion is completed (ST76).

As described above, the present invention compensates for the monotony of the existing text-based message transmission service by dividing some characters of the message into initial, neutral, and final characters at the receiving mobile terminal when displaying the SMS or MMS message. Will be.

As described above, an apparatus and method for converting some characters of a message to a large character in a mobile communication terminal according to the present invention, when the SMS or MMS message is sent, the initial message, some characters of the message at the receiving mobile terminal, By dividing the neutral and the finality so that it is displayed larger than the existing characters, it is possible to supplement the monotony of the existing text-based message transmission service.

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 (18)

Message receiving unit for receiving an SMS or MMS message; A character type classification unit for classifying a character type of the first letter by analyzing the message received by the message receiving unit; A large character conversion unit converting the first character of the received message into large characters based on the character type of the first character classified by the character type classification unit; And A message output unit configured to output a message in which the first letter is converted into a large letter by the large letter converter; Device for converting a large letter in a mobile communication terminal comprising a. The method according to claim 1, The character type classification unit, The letter type of the first letter is type 1) with no trailing type and neutral is located on the right side of the sheath.Type 2) without trailing type and with neutral being located below the sheath. If the neutral is located on the right side of the sheath, the type 4) the type of the bell is classified into one or more character types, including the case where the neutral is located below the sheath. Character converting device. The method according to claim 1 or 2, The large character conversion unit, In the character type classification unit, two bytes corresponding to the first syllable are removed for the first letter classified as 'type 1) the case where there is no finality and the neutral is located on the right side of the primary.' The apparatus for converting large characters into a message in a mobile communication terminal, characterized in that for performing conversion by inserting the first two bytes and the neutral two bytes. The method according to claim 3, The large character conversion unit, In the character type classification unit, the first character classified as 'type 2) the case without the finality and the neutral is located at the lower side of the first letter' is removed, and two bytes corresponding to the first syllable are removed, and the first character at the beginning of the sentence is removed. A device for converting large characters in a mobile communication terminal, characterized in that the conversion is performed by inserting the first two bytes of the first syllable in a line and inserting the neutral two bytes in the first syllable in a second line. . The method according to claim 4, The large character conversion unit, In the character type classification unit, the first line that is the first syllable is removed by removing two bytes corresponding to the first syllable for the first letter classified as 'type 3) when the neutrality is located on the right side of the first place'. In the mobile communication terminal, the first syllable and the first two bytes of the first syllable are inserted into the first syllable, and the second syllable is inserted into the first syllable. Device to convert. The method according to claim 5, The large character conversion unit, In the character type classification unit, two bytes corresponding to the first syllable are removed for the first letter classified as 'type 4) having a finality and the neutral is located below the primary.' The conversion is performed by inserting the first two bytes of the first syllable in the line, the conversion by inserting the neutral two bytes in the first syllable in the second line, and the last two bytes of the first syllable in the third line. A device for converting a large character message in a mobile communication terminal, characterized in that for performing the conversion. Message receiving unit for receiving an SMS or MMS message; When the message type received by the message receiver is analyzed, the character type of the first letter is type 1) without a finality and the neutral is located on the right side of the sheath. Type 3) a character with a type that is classified as one or more character types, including type 4) when the neutral is located on the right side of the sheath; Type classification unit; The first letter of the received message is converted into a large letter based on the letter type of the first letter classified by the letter type classification unit. If the position of the first letter classified as' to remove the two bytes corresponding to the first syllable, and the first two bytes of the first syllable and the first two bytes of the neutral syllable is inserted into the conversion, the character type classification unit Removes two bytes corresponding to the first syllable for the first letter classified as' Type 2) without the finality and the neutral is located below the leading edge, and the first syllable from the first line of the sentence. The conversion is performed by inserting the first two bytes of the character, and the conversion is performed by inserting the neutral two bytes in the first syllable in the second line. If the neutral is located on the right side of the first place, remove the first two syllables of the first syllable, and remove the first two syllables and the first two bytes of the first syllable from the first line of the sentence. The conversion is performed by inserting, and the conversion is performed by inserting two bytes of the final syllable in the first syllable in the second line. The first syllable of the first syllable, remove the two bytes for the first syllable, and insert the first two bytes of the first syllable in the first line of the sentence. A large character conversion unit for converting by inserting two neutral bytes into a syllable, and performing conversion by inserting two final bytes into a first syllable in a third line; And A message output unit configured to output a message in which the first letter is converted into a large letter by the large letter converter; Device for converting a large character message in a mobile communication terminal, characterized in that configured to include. A first step of receiving an SMS or MMS message; A second step of classifying a character type of a first letter by analyzing the received message; And A third step of converting the first letter of the received message into a large letter based on a character type of the classified first letter; Method for converting a large character message in a mobile communication terminal comprising a. The method according to claim 8, The second step, The letter type of the first letter is type 1) with no trailing type and neutral is located on the right side of the sheath.Type 2) without trailing type and with neutral being located below the sheath. If the neutral is located on the right side of the sheath, the type 4) the type of the bell is classified into one or more character types, including the case where the neutral is located below the sheath. How to convert letters. The method according to claim 9, The third step, For the first letter classified as' Type 1) The case without neutrality is located on the right side of the leading edge, 2 bytes corresponding to the first syllable are removed, and the first 2 bytes of the first syllable are separated from the beginning of the sentence. A method of converting a large character message into a mobile communication terminal, characterized in that for performing conversion by inserting a neutral two bytes. The method according to claim 9, The third step, The first syllable is removed from the first syllable of the first syllable for the first letter classified as 'type 2) in the form of no finality and the neutral is located at the lower side of the primary.' A method of converting a large character message in a mobile communication terminal, characterized in that the conversion is performed by inserting the first two bytes of the conversion and inserting the neutral two bytes in the first syllable in the second line. The method according to claim 9, The third step, For the first letter classified as “Type 3) With a finality and the neutral being located on the right side of the first star, 2 bytes corresponding to the first syllable are removed, and the first syllable of the first syllable is A method of converting a large character message in a mobile communication terminal, characterized by performing conversion by inserting a first two bytes and a neutral two bytes, and performing a conversion by inserting a final two bytes in a first syllable in a second line. The method according to claim 9, The third step, The first syllable is removed from the first syllable of the first syllable for the first letter classified as 'type 4) when the neutrality is located at the lower side of the primary.' To perform the conversion by inserting the first two bytes of the first row, the neutral two bytes into the first syllable on the second line, and the final two bytes to insert the first syllable on the third line. Characterized in that a large letter conversion message in a mobile communication terminal. The method according to any one of claims 8 to 13, The third step, An eleventh step of determining whether the third byte of the sentence is a space character if the character type of the first character in the received message is in the form of no finality and the neutral is located on the right side of the initial; A twelfth step of determining whether '80-the number of bytes in the sentence 'is 3 or more when the third byte of the sentence is not a space character; A thirteenth step of inserting a space character into the third byte of the sentence when the '80-number of bytes of the sentence 'is 3 or more; A fourteenth step of determining whether '80-the number of bytes in the sentence 'is 2 or more when the third byte of the sentence is a blank character; And A fifteenth step of removing the first two bytes of the sentence if the '80-number of bytes of the sentence 'is 2 or more, and sequentially inserting the initial and the neutral corresponding to the removed syllable at the beginning of the sentence; Method for converting a large character message in a mobile communication terminal, characterized in that comprising a. The method according to claim 14, The third step, A twenty-first step of determining whether a third byte of a sentence is a space character if the character type of the first character in the received message is in the form of no finality and the neutral is located below the primary; A twenty-second step of inserting a space character into the third byte of the sentence if the third byte of the sentence is not a space character; If the third byte of the sentence is a space character, replacing the first two bytes of the sentence with a consonant of the syllable; A twenty-fourth step of determining whether the number of ASCII characters between 1 and 16 bytes of the sentence is odd; A twenty-fifth step if the number of ASCII characters between 1 and 16 bytes of the sentence is odd, setting 'Offset = 0'; A 26th step of setting 'Offset = 1' if the number of ASCII characters between 1 and 16 bytes of the sentence is odd; A twenty-seventh step of replacing the '17-Offset 'byte of the sentence with a neutral corresponding to the first syllable of the sentence; A twenty-eighth step of determining whether a '19-Offset 'th byte of the sentence is a space character; A twenty-ninth step of determining whether '80-number of bytes in the sentence 'is 3 or more when the '19-Offset' byte of the sentence is not a space character; Inserting a space character into the '19-Offset 'th byte of the sentence when the '80-number of bytes' sentence is 3 or more; And A thirty-first step of determining whether the '80-number of bytes in the sentence 'is 2 or more when the '19-Offset' byte of the sentence is a blank character; Method for converting a large character message in a mobile communication terminal, characterized in that comprising a. The method according to claim 15, The third step, A 41 th step of determining whether a third byte of a sentence is a space character if the character type of the first character in the received message is in the form of a finality and the neutral is located on the right side of the initial; Inserting a space character into the third byte of the sentence if the third byte of the sentence is not a space character; A third step of removing the first two bytes of the sentence if the third byte of the sentence is a space character; A forty-fourth step of sequentially inserting the initial and the neutral against the removed syllables at the beginning of the sentence; A 45th step of determining whether the number of ASCII characters between 1 and 16 bytes of the sentence is odd; A 46th step of setting Offset = 0 if the number of ASCII characters between 1 and 16 bytes of the sentence is odd; A 47 th step of setting Offset = 1 if the number of ASCII characters between 1 and 16 bytes of the sentence is odd; A 48 th step of determining whether a '17-Offset 'th byte of the sentence is a space character; Inserting a space character into the '17-Offset 'th byte if the '17-Offset' th byte is not a space character; A fifty-stage step of replacing the '18-Offset 'th byte with a finality corresponding to the first syllable of the sentence if the '17-Offset' th byte is a space character; A fifty-first step of determining whether a '20-Offset 'byte of the sentence is a space character; A twenty-second step of determining whether the '80-number of bytes of the sentence 'is 3 or more when the '20-Offset' byte of the sentence is not a space character; A 53 th step of inserting a space character into the '20-Offset 'th byte of the sentence when the '80-number of bytes of the sentence' is 3 or more; And If the '20-Offset 'byte of the sentence is a blank character, determining whether '80-the number of bytes in the sentence' is 2 or more, and converting when the '80-number of bytes in the sentence 'is 2 or more; Method for converting a large character message in a mobile communication terminal, characterized in that comprising a. The method according to claim 16, The third step, A sixty-one step of determining whether the third byte of the sentence is a space character when the character type of the first character in the received message is in the form of a finality and the neutral is located below the primary; A sixty-sixth step of inserting a space character into the third byte of the sentence if the third byte of the sentence is not a space character; If the third byte of the sentence is a space character, replacing the first two bytes of the sentence with a consonant of the syllable; A 64th step of determining whether the number of ASCII characters between 1 and 16 bytes of the sentence is odd; A 65th step of setting Offset = 0 if the number of ASCII characters between 1 and 16 bytes of the sentence is odd; Setting 66 'Offset = 1' when the number of ASCII characters between 1 and 16 bytes of the sentence is odd; A 67th step of replacing the '17-Offset 'th byte with a neutral corresponding to the first syllable of the sentence; A sixty-eighth step of determining whether a '19-Offset 'th byte of the sentence is a space character; Inserting a blank character into the '19-Offset 'th byte of the sentence if the '19-Offset' th byte of the sentence is not a blank character; A seventy-seventh step of determining whether the number of ASCII characters between '17 -Offset 'and '32 -Offset' bytes of the sentence is odd if the '19-Offset 'th byte of the sentence is a blank character; Step 71 of setting 'Offset = Offset + 1' if the number of ASCII characters between '17-Offset to 32-Offset 'bytes of the sentence is odd; If the number of ASCII characters between '17-Offset 'and '32-Offset' bytes of the sentence is not an odd number, replacing the '32-Offset 'byte with a finality corresponding to the first syllable of the sentence; A seventy-third step of determining whether a '34-Offset 'byte of the sentence is a space character; Step 74, when the '34-Offset 'byte of the sentence is not a space character, determining whether '80-the number of bytes in the sentence' is 3 or more; A 75th step of inserting a space character into the '34-Offset 'th byte of the sentence when the '80-number of bytes of the sentence' is 3 or more; And Step 76, when the '34-Offset 'byte is a blank character, determining whether '80-the number of bytes in the sentence' is 2 or more, and converting when the '80-the number of bytes in the sentence 'is 2 or more; Method for converting a large character message in a mobile communication terminal, characterized in that comprising a. A first step of receiving an SMS or MMS message; When the message type received in the first step is analyzed and the character type of the first letter is type 1) without a finality and the neutral is located on the right side of the first star, the type 2) without a finality is located on the lower side of the first star. If located, type 3) is in the form of a species and the neutral is located on the right side of the sheath, and type 4) is in the form of a species and is classified into one or more character types, including the case where the neutral is located below the sheath. Second step; And a third step of converting the first letter of the received message into a large letter based on the character type of the first letter classified in the second step and outputting the larger letter. The third step, An eleventh step of determining whether the third byte of the sentence is a space character when the character type of the first character in the received message is in the form of no finality and the neutral is located on the right side of the initial; A twelfth step of determining whether '80-number of bytes in the sentence 'is 3 or more when the third byte of the sentence is not a space character in the eleventh step; A thirteenth step of inserting a space character into the third byte of the sentence when the '80-number of bytes of the sentence 'is 3 or more; A fourteenth step of determining whether '80-number of bytes in the sentence 'is two or more if the third byte of the sentence is a blank character in the eleventh step; A fifteenth step of removing the first two bytes of the sentence when the '80-number of bytes of the sentence 'is 2 or more, and sequentially inserting the initial and the neutral corresponding to the removed syllables at the beginning of the sentence; A twenty-first step of determining whether a third byte of a sentence is a space character when the character type of the first character in the received message is in the form of no finality and the neutral is located below the primary; A twenty-second step of inserting a space character into the third byte of the sentence if the third byte of the sentence is not a space character in the twenty-first step; In a twenty-third step, if the third byte of the sentence is a space character, replacing the first two bytes of the sentence with the first consonant of the syllable; A twenty-fourth step of determining whether the number of ASCII characters between 1 and 16 bytes of the sentence is odd; A twenty-fifth step if the number of ASCII characters between 1 and 16 bytes of the sentence is odd, setting 'Offset = 0'; A 26th step of setting 'Offset = 1' if the number of ASCII characters between 1 and 16 bytes of the sentence is odd; A twenty-seventh step of replacing the '17-Offset 'byte of the sentence with a neutral corresponding to the first syllable of the sentence; A twenty-eighth step of determining whether a '19-Offset 'th byte of the sentence is a space character; A twenty-ninth step of determining whether '80-number of bytes in the sentence 'is 3 or more when the '19-Offset' byte of the sentence is not a space character; A thirtieth step of inserting a space character into the '19-Offset 'th byte of the sentence when '80-number of bytes in the sentence' is 3 or more in the twenty-ninth step; In the twenty-third step, if the '19-Offset 'byte of the sentence is a blank character, it is determined whether the '80-the number of bytes in the sentence' is 2 or more; ; A 41 th step of determining whether a third byte of a sentence is a space character if the character type of the first character in the received message is in the form of a finality and the neutral is located on the right side of the initial; In step 41, inserting a space character into the third byte of the sentence if the third byte of the sentence is not a space character; A fourth step of removing the first two bytes of the sentence if the third byte of the sentence is a blank character in the forty-first step; A forty-fourth step of sequentially inserting the initial and the neutral against the removed syllables at the beginning of the sentence; A 45th step of determining whether the number of ASCII characters between 1 and 16 bytes of the sentence is odd; A 46th step of setting Offset = 0 when the number of ASCII characters is even in the 45th step; A 47th step of setting 'Offset = 1' if the number of ASCII characters is odd in step 45; A 48th step of determining whether the '17-Offset 'byte is a space character; Inserting a space character into the '17-Offset 'byte if the '17-Offset' byte is not the space character in step 48; In a fifty-seventh step, if the '17-Offset 'byte is a space character, replacing the '18-Offset' byte with a finality corresponding to the first syllable of the sentence; A fifty-first step of determining whether a '20-Offset 'byte of the sentence is a space character; In a fifty-second step, if the '20-Offset 'byte of the sentence is not a space character, determining whether '80-the number of bytes in the sentence' is 3 or more; A 53rd step of inserting a space character into the '20-Offset 'th byte of the sentence when '80-number of bytes in the sentence' is 3 or more in the 52 th step; In step 51, if the '20-Offset 'byte of the sentence is a blank character, it is determined whether '80-the number of bytes in the sentence' is 2 or more, and if the '80-the number of bytes in the sentence 'is 2 or more, the conversion is completed. step; A sixty-one step of determining whether the third byte of the sentence is a space character when the character type of the first character in the received message is in the form of a finality and the neutral is located below the primary; In a sixty-sixth step, inserting a whitespace character into a third byte of a sentence if the third byte of the sentence is not a whitespace character; In step 61, if the third byte of the sentence is a space character, replacing the first two bytes of the sentence with the first consonant of the syllable; A 64th step of determining whether the number of ASCII characters between 1 and 16 bytes of the sentence after the 63rd step is an odd number; In the step 64, if the number of ASCII characters between 1 and 16 bytes of the sentence is odd, setting 65 to 'Offset = 0'; Step 66, when the number of ASCII characters between 1 and 16 bytes of the sentence is odd in step 64, sets 'Offset = 1'; A 67th step of replacing the '17-Offset 'th byte with a neutral corresponding to the first syllable of the sentence after performing the 65th or 66th steps; A 68th step of determining whether the '19-Offset 'th byte of the sentence is a space character; Inserting a blank character into the '19-Offset 'th byte of the sentence if the '19-Offset' th byte of the sentence is not a blank character in step 68; A seventy-seventh step of determining whether the number of ASCII characters between '17 -Offset 'and '32 -Offset' bytes of the sentence is odd if the '19-Offset 'th byte of the sentence is a blank character in the sixty-seventh step; A seventy-first step of setting 'Offset = Offset + 1' if the number of ASCII characters between '17-Offset to 32-Offset 'bytes of the sentence is odd in step 70; In step 70, if the number of ASCII characters between '17-Offset 'and '32-Offset' bytes of the sentence is an odd number, replacing the '32-Offset 'byte with a finality corresponding to the first syllable of the sentence; A seventy-seventh step of determining whether a '34-Offset 'byte of the sentence is a space character after the seventy-seventh step; Step 74, when the '34-Offset 'byte of the sentence is not a space character in step 73, determining whether '80-the number of bytes in the sentence' is 3 or more; A 75th step of inserting a space character into a '34-Offset 'th byte of the sentence when '80-number of bytes in the sentence' is 3 or more in step 74; And In step 73, if the '34-Offset 'byte of the sentence is a blank character, it is determined whether '80-the number of bytes in the sentence' is 2 or more, and if the '80-the number of bytes in the sentence 'is 2 or more, step 76 is completed. ; Method for converting a large character message in a mobile communication terminal comprising a.

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