JP3387048B2 - Japanese character input system and method using Japanese syllabary conversion method - Google Patents

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a Japanese character input system and method using the Japanese syllabary diagram conversion method. In particular, the present invention relates to a character input system and method by the Japanese syllabary diagram conversion method useful for mobile phones, electronic notebooks, wrist watches, small word processors, personal computers and the like.

[0002]

2. Description of the Related Art First, a Japanese character arrangement will be briefly described. Table 1 shows a standard Japanese syllabary diagram of Japanese Hiragana, and Table 2 shows a standard Japanese syllabary diagram of Katakana. As shown in Table 1, Japanese characters in the Japanese syllabary chart consist of 5 rows and 10 lines. That is, 5 stages are "a" stage, "i" stage, "u" stage, "e" stage, and "o" stage.
Rows, in other expressions upper 2 rows, upper 1 row, reference row, lower 1
It consists of two steps. Furthermore, 10 lines are'a 'line, or line,
You can see that it consists of lines.

Table 1 is a system of characters in the Japanese syllabary chart, where the middle "u" is used as a reference and the upper "i" is the upper one, and the "e" is the upper.
The stages are shown as the lower one, the'a 'stage as the upper two stages, and the'o' stage as the lower two stages.

Since Table 2 is similar to Table 1 in that katakana is displayed as a character system of the Japanese syllabary chart, only Table 1 will be described below.

[0005]

[Table 1]

[0006]

[Table 2]

The above-mentioned Japanese syllabary chart shows vowels, semi-vowels, clear tones and vowel sounds, that is, "n". In addition, however, dakuon, that is, "", semi-voiced sound, that is, "°" ”, A consonant sound, that is,“ tsu ”, a lowercase vowel, a sentence code, and the like.

In Table 2, vowels generally refer to row "a" and half vowels refer to row "and". Kiyone is a consonant. The sound repellency is'n ', and the consonant sounds are Ka line, Sa line, Ta line,
For example, it is used with a small'1 'in front of the line. This consonant sounds the same as the consonants that come later. Vowels, half vowels,
That is, there are lowercase vowels in the'a 'line, the y line and the w line, and there is no dull sound, semi-voiced sound, or consonant sound. ‘I’
Rows, 'sa' row, and'ta 'row have a dull sound, but no semi-voiced sound. The'wa 'line exists for both dull and semi-voiced sounds. Furthermore, neither the "na" line, the "ma" line, nor the "a" line is present with neither dull nor semi-voiced sound.

[0009] Research has been actively conducted on a character input device or method for inputting the above-mentioned Japanese characters into a computer, a mobile phone, an electronic calculator, an electronic notebook, or the like. For example, in a mobile phone, it can be seen that the number of character input buttons is relatively small. Therefore, it is necessary to compositely arrange a plurality of characters on one key button as described later. Therefore, it is indispensable to operate the plurality of character input buttons several times in order to input the character desired by the user.

An example of such a Japanese character input system is shown in FIG. In FIG. 5, in order to input Japanese Katakana and Hiragana, each character of the Japanese syllabary is assigned to the number input buttons 1 to 0 by 3 to 5 characters. In other words, press the number input button 1
To the number input button 2 and to the number input button 3 and to the ... line.
Arrange Larry Relo and other lines.
And, for example, if you press the number input button in which the'a 'row is arranged once, the'a' character will be pressed twice, and the'a 'character will be displayed.
A method is widely used in which the "U" character is input when pressed three times, the "E" character when pressed four times, and the "O" character when pressed five times.

As shown in FIG. 6, Japanese Patent Laid-Open No. 10-
In No. 207601, vowels "A", "I", "U", "E", and "O" are set as independent keys according to the frequency of use of Japanese, and the remaining ‘ There is described a key input device in which characters are arranged by arranging each of the keys, "Kakikukeko", "Sasisseso" of Sa line, "Larrilero" of La line, and "wa, wo, n" of other lines.

Japanese Unexamined Patent Publication No. 11-272403 discloses that
A key input device for improving the input efficiency of a long sound "-" and a consonant "t" is disclosed which is an improved technique of Japanese Patent Laid-Open No. 10-207601.

In the above-mentioned prior art, it can be seen that the number of times the key is pressed is 2 to 5 times on average, and the operation is complicated.

According to another conventional technique, the key arrangement buttons are rearranged according to the frequency of use instead of following the Japanese syllabary diagram, so that the arrangement of the dials must be remembered separately.

[0015]

SUMMARY OF THE INVENTION An object of the present invention is to take into consideration the conventional techniques, and based on the Japanese syllabary that the user already remembers, the key input can be made without special character arrangement being memorized. This is to provide a Japanese character input system that can reduce the number of operations.

[0016]

A Japanese input system of the Japanese syllabary diagram conversion input system based on the features of the present invention is called "U".
It is characterized by including respective character input buttons in which each row of columns is set and arranged as a standard column block.

Preferably, the Japanese input system of the present invention reduces the number of input buttons in order to reduce the number of input buttons.
Arrange the "wa" character in the column, arrange the "character" in the "row" of the "or" row, arrange the "and-row" into one row, and the "a" of the other rows. The code "," is arranged in the row, the code "." Is arranged in the row "i", the code "-" is arranged in the row "u", the code "-" is arranged in the row "e", and the code "?" Is arranged in the row "o".

Preferably, the Japanese input system of the present invention is characterized in that each stage block is divided into a maximum of three sound conversion blocks.

Preferably, in the Japanese input system of the present invention, in the sound conversion block, the first sound block is arranged with clear sounds, the second sound block is arranged with lowercase vowels or voiced sounds, and the third sound block is arranged. Characterized by arranging consonants or semi-voiced sounds.

[0020] Preferably, the Japanese input system of the present invention is characterized by further including an up / down input button for performing transition between column blocks.

[0021] Preferably, the Japanese input system of the present invention further includes a sound conversion button for converting between the sound blocks.

A Japanese input system of the Japanese syllabary diagram conversion input system based on another feature of the present invention sets each row of the "u" stage as a reference stage block and sequentially inputs the numeral input buttons "1" to.
Arrange each character so as to correspond to "0", combine the lines "and" and the line "wa", and arrange them in one line "-wa".
In the other rows, the code is "," at the "a" level, the code is "." At the "i" level, the "n" is at the "u" level, the "-" is at the "e" level, and the "" is at the "o" level. ? ", Each stage block is divided into a maximum of three sound blocks, and in the sound conversion block, a clean sound is arranged in the first sound block, a small letter vowel or a dakuon is arranged in the second sound block, It is characterized in that a consonant sound or a semi-voiced sound is arranged in the third sound block.

[0023] Preferably, the Japanese input system of the present invention is characterized in that the Japanese input system further includes an up / down input button for performing transition between column blocks.

[0024] Preferably, the Japanese input system of the present invention is characterized in that the Japanese input system further includes a sound conversion button for converting between the sound blocks.

In the Japanese input system of the Japanese syllabary diagram conversion input system based on another feature of the present invention, each line of the "u" stage is set as a standard stage block and the numeric input buttons "1" to
Characters are arranged so as to correspond to "0", and the lines Y and W are combined to be arranged in one line Y and the lines "A" and " The sign ".", '
The sound conversion block is divided into a maximum of three sound blocks by arranging “n” in the u stage, “−” in the “e” stage, and “?” In the “o” stage. A clear sound is arranged in the first sound block, a small letter vowel or a dull sound is arranged in the second sound block, a consonant or a semi-voiced sound is arranged in a third sound block, and the upper and lower input buttons are used to transfer between the step blocks. And a sound conversion button for converting between the sound blocks. The Japanese input system of the Japanese syllabary conversion input system based on the features of the present invention is a character input button arranged by setting the ‘u’ stage as a reference stage block,
An upper input button for transitioning from the standard stage block to the upper 1st stage block and the upper 2nd stage block, and a lower input button for transitioning the standard stage block to the lower 1st stage block and the lower 2nd stage block And a sound conversion button for converting between the sound blocks. Preferably, the Japanese input system of the present invention is characterized by further including a maximum of three sound conversion blocks in each stage block.

Preferably, the Japanese input system of the present invention is further characterized by further including a mode input device capable of converting into hiragana / katakana / English / numeric characters and a DEL input device capable of deletion.

In the Japanese input method of the Japanese syllabary figure conversion input method based on still another feature of the present invention, ten numeral input buttons 1 to 1 are used as the standard row block of the'u 'stage of the Japanese syllabary diagram.
Arrange the "U" to "" characters so that they correspond to 0, respectively, and combine the "" and "" lines with the "" line to arrange them in one "" or "-" line, and the "" of the other lines. The sign "," in the'a ',' i '
The code "." Is arranged in each row, the code "?" Is arranged in the row "u", the code "-" is arranged in the row "e", and the code "?" Is arranged in the row "o". Dividing into sound blocks, in the sound conversion block, the first sound block is arranged with clear sounds, the second sound block is arranged with lowercase vowels or voiced sounds, and the third sound block is arranged with consonants or semi-voiced sounds. Character transfer from the standard block to the upper 1st block or the upper 2nd block is transferred by the upper input button, and character transfer from the standard block to the lower 1st block or the lower 2nd block is transferred by the lower input button The conversion between the sound blocks is performed by the sound conversion button in each stage block.

[0028]

BEST MODE FOR CARRYING OUT THE INVENTION Preferred embodiments of the present invention will now be described in detail with reference to FIGS. The Japanese character input system based on the present invention is made in consideration of the characteristics of Japanese characters described above, and is made based on the Japanese syllabary chart. That is, ‘U’ in the Japanese syllabary chart
The present invention relates to a continuous conversion input system in which stages are arranged in a standard stage block.

Table 3 is a modification of the Japanese character array for use in the present invention. Table 3 shows vowels and semi-vowels "Ya-Yo" and "Wa-Yo" in an integrated manner. By integrating Yagi and Wawa, the input dial (Key Pa
The number of d) can be reduced.

Then, a text code is assigned to the blank portion of the line in which the letter "N" is arranged. Furthermore, in order to allocate a vowel sound, a voiced sound, a semi-voiced sound, a consonant sound, a small letter vowel, etc., each stage is divided and characters are arranged.

The Japanese character table of the present invention newly corrected and arranged based on the above criteria is as follows: Hiragana shown in Table 3 and Katakana shown in Table 4.

Tables 3 and 4 show hiragana and katakana, respectively, but they have substantially the same contents. Therefore, in the following description, the hiragana of Table 3 will be used as a reference.

[0033]

[Table 3]

[0034]

[Table 4]

The definition of the function applied to the Japanese input system according to the present invention will be described below. The configuration of the dial arrangement shown in FIG. 1 exemplarily shows 3 columns and 5 rows, but the present invention is not limited to this, and if necessary, 3 columns, 6 rows, and 4 columns 4 may be used.
It can be modified in rows, 4 columns, 5 rows, 5 columns, 3 rows, 5 columns, 4 rows, etc.
Also, in the dial arrangement, numbers are not shown specially, but this is simply for illustration.

In order to input Japanese characters, 5 columns 10
A reference character set of a dial arrangement is defined with a line as a reference, and movement between columns is transferred based on the reference character set (Shif).
t), and in each line in each column, change between normal characters, lowercase letters or dakuon, and semi-dakuon (Transform)
ation) and based on this, the function of the Japanese character input system is defined.

Table 5 details the Japanese character arrangement according to the present invention based on the above definition. In the representative character set arranged on the dial in the character set of Table 5, the'u 'stage is defined as the reference stage block Axis. With reference to the reference stage block Axis, the "a" stage or the upper one stage is the stage block SL1 and the "a" stage or the upper two stages is the stage block SL.
2 ',' E 'or lower one on the stage block SR1,
The'stage 'or the lower two stages are defined in the stage block SR2.

Here, according to the above definition, the movement between the respective stage blocks and the like is defined as "shift". Furthermore, each stage block includes sound blocks T1, T2, T
Divide into 3. The sound block T1 arranges vowels, semi-vowels, or pure sounds, the sound block T2 arranges voiced or lowercase vowels, and the sound block T3 arranges semi-voiced sounds or consonants. The'w 'line is defined as operating the character conversion input method by being integrated into the' and 'lines, as has been made clear above. Further, it is suitable that the stimulating sound is arranged in the sound block T3 of the reference stage block Axis.

The movement between the respective sound blocks T1, T2, T3 is defined as a transformation. In Table 5, each row is defined as a row block Kx. That is, the row "A" is defined as the row block K1, and "?"
The row is defined as row block K2, and the'sa 'row is row block K2.
3 is defined, the'and-row 'rows are defined as row block K8, the'and' rows are defined as row block K9, and the other rows are defined as row block K10.

[0040]

[Table 5]

As shown in Table 5, the character set is defined as an input target, and the text codes {',', '. ","-","? '} Is a text code that is often used in Japanese text, but it is clear that this text code can be increased / replaced through function expansion and transformation.

Based on the arrangement of such Japanese characters,
The dial arrangement according to the present invention is as shown in FIG. The Japanese input system according to the present invention has ten character buttons 10 to 100 based on the sound block T1 of the reference stage block Axis in Table 5, and the up / down transition button 1
10, 120 and a sound conversion button 130 are included.

That is, the input button 1 corresponding to the number "1"
The input button 20 corresponding to the numeral "2" is a "U" character corresponding to the sound block T1 of the reference stage block of the "A" row.
The letter "C" corresponding to the sound block T1 of the reference row block of the "or" row corresponds to the sound block T1 of the reference row block of the row of the input button 30 corresponding to the numeral "3".
Put the'character on the input button 40 corresponding to the number "4".
'Corresponds to the sound block T1 of the reference stage block of the row'
To the input button 50 corresponding to the number "5".
'Corresponds to the sound block T1 of the reference stage block of the row'
‘’ To the input button 60 corresponding to the number “6”.
'Corresponds to the sound block T1 of the reference stage block of the row'
Put the letter “” on the input button 70 corresponding to the number “7”.
Corresponds to the sound block T1 of the reference stage block of row
MU 'character on the input button 80 corresponding to the number "8"
Or'corresponds to the sound block T1 of the reference stage block of the row '
Put the Y'character in the input button 90 corresponding to the number "9".
Correspond to the sound block T1 of the reference stage block in the row
The letter'corresponds to the input button 100 corresponding to the number "0" and corresponds to the sound block T1 of the reference block in the other row '.
Arrange each character.

The upper input button 110 is the reference stage block A.
It has a function of searching and inputting transitions between steps and the like with reference to the xi sound block T1. For example, when the "U" character input button 10 is pressed and the upper input button 110 is pressed once, the "i" character of the sound block T1 of the column block SL1 is displayed and input, and when pressed twice, the sound of the column block SL1 is generated. The'a 'character of the block T1 is displayed and input. Further, when the upper input button 110 is pressed three times, the letter "O" of the sound block T1 of the column block SR2 is displayed and input, and when it is pressed four times, the letter "E" of the block T1 of the column block SR1 is displayed and input. When pressed five times, it is returned to the reference stage block Axis.

The lower input button 120 is used for the standard block A.
It has a function of searching for transitions between steps and the like based on the sound block T1 of xi's. For example, "U" character input button 1
When 0 is pressed and the lower input button 120 is pressed once, the letter “e” of the sound block T1 of the column block SR1 is displayed and input, and when pressed twice, the sound block T1 of the column block SR1 is displayed.
The'o 'character is displayed and input. Further, when the lower input button 120 is pressed three times, the sound block T of the step block SL2
1'character is displayed and input, and when it is pressed 4 times, the "T" character of block T1 of the step block SL1 is displayed and input, and when it is pressed 5 times, it returns to the "u" character of the reference stage block Axis. Be done.

That is, the up and down input buttons 110 and 120
Performs a character transfer function between column blocks and the like.

The sound input button 130 has a function of converting the characters between the sound blocks T1, T2, T3, etc. in the respective stage blocks. For example, the reference stage block Axis'
In the case of the "U" character in line "a", when the sound input button is pressed once, it is converted into a lowercase vowel "U" character and displayed and input. Further, in the case of the "1" character indicating the clear sound in the "row" of the reference stage block Axis, when the sound input button is pressed once, it is converted into the "Z" character which is a dull sound and displayed and input. When it is pressed twice, it is converted into a consonant and is displayed and input. Or, in the'line ', if you press the'F' character once, it will be converted into the dull'B 'character to be displayed and input, and if you press it twice, it will be converted to the'P' character and displayed and input. To be done.

Mode conversion input button 140
Performs the function of converting the hiragana / katakana / number / alphabet input mode.

Additionally, a delete [DEL] button 150 is included in the basic array of dials to assist in deleting error inputs.

The sound conversion in the stage block will be described in detail below. The sound blocks T1, T2,
The conversion of T3 is the character selected by each character button,
Or, to the selected character, up / down transition buttons 110, 1
It is a function that is applied to the characters transferred by 20 to convert a vowel or a clean vowel into a lowercase vowel, a voiced sound, a semi-voiced sound, a consonant sound, and the like.

The sound blocks T1, T2, T3 defined for each stage block operate in a manner in which they are rearranged by a sound input button. As shown in Table 6, in the rearrangement method, two sounds are rearranged in the group R1 when there is no sound conversion.
The conversion case can be classified into a group R2, and the three sounds can be rearranged and converted into a group R3.

The Japanese character set of Table 5 is divided into three groups R1, R2, and R3 in terms of characteristics as shown in Table 6.

In the group R1, only the sound block T1 of each stage block is not rearranged by the sound input button like "R1" in FIG. 2 and continuously appears, or only the sound block T1 is sequentially arranged. The case of replacement is shown. That is, as shown in Table 5, in a group with only Kiyone,
Rows, rows, and other rows belong to this group.

The group R2 shows a case where the sound blocks T1 and T2 of each stage block are rearranged by the sound input button like "R2" in FIG. That is, in the group with clear and lowercase vowels or voiced sounds, 'a' line, 'or'
Line, 'sa' line, 'ta' line (except for consonant't '),' and '
The row belongs to this group.

The group R3 shows the case where the sound blocks T1, T2, T3 of each stage block are rearranged by the sound input button like "R3" in FIG. That is, in a group that has a clear sound, a dull sound, and a semi-voiced sound, the '''line belongs to this group. In addition, the consonant't 'in the'ta' row belongs to this group.

[0056]

[Table 6]

FIG. 2 shows the sound conversion process of the groups R1, R2 and R3. Group R1 has sound conversion button 13
Even if 0 is pressed, only the sound block T1 is displayed and input. In group R2, when the sound conversion button 130 is pressed once,
The sound block T1 is converted into the sound block T2, and when the sound conversion button is pressed twice, the sound block T1 is again converted and displayed and input. In the group R3, when the sound conversion button 130 is pressed once, the sound block T1 is converted to the sound block T2, and when the sound conversion button 130 is pressed twice, the sound block T3 is changed.
2 is converted to a sound block T3, and a sound conversion button 130
When is pressed three times, the order is again displayed and input to the sound block T1.

FIG. 3 is a representation of FIG. 2 in accordance with the Japanese grammar, and shows the function of the sound conversion input button 130 of FIG. The sound block T1 in FIG. 2 represents a pure sound, the sound block T2 represents a dull sound or a small letter vowel, and the sound block T3 represents a semi-drained sound or a consonant sound, as in FIG. , Sound conversion input button 1
Since it is converted by 30, the description thereof will be omitted.

FIG. 4 shows the character transition between each block. Character transfer between each block Shift Left /
Right is a sound block T of the reference stage block Axis.
Characters are transferred according to the sound block T value for each block by the upper and lower input buttons 110 and 120 based on 1. The characters to be transferred are currently the upper and lower input buttons 11
A character to which 0, 120 is applied is automatically selected and transferred depending on whether or not the character has a value of a certain sound block T in each block.

Sound block Tx of the reference stage block Axis
Indicates that the value of the sound block T of the reference stage block Axis is x. Therefore, when the sound block T2 of the reference column block Axis is the currently selected character, when the upper input button 110 is pressed, the column block SL1 according to FIG.
Characters are automatically transferred to the sound block T2.

In FIG. 4, the exceptional rule is that row block K4
This is the case where the consonant sound "t", which is the sound block T3 of the reference stage block Axis of No. 3, is the currently selected character. In this case, the sound block T3 of the reference stage block Axis
However, since the sound block T3 of the step block SL1 and the sound block T3 of the step block SR1 do not exist, there is no character to be transferred by the up / down input buttons 110 and 120, so that the reference step block Axis is automatically selected. The sound block T1 is transferred in the same operation as that transferred by the up and down input buttons 130.

[0062]

Since the present invention relates to a Japanese input system and method based on the Japanese syllabary chart, the user can easily input Japanese without having to remember the dial arrangement separately. Further, since the'u 'stage is arranged in the reference stage block, the key input operation can be remarkably reduced, so that the Japanese input can be remarkably quick and easy. The terms and definitions used in the present invention are defined in consideration of the functions of the present invention, and should be understood by a person having ordinary skill in the art. Although the present invention has been described as a preferred embodiment, it can be easily understood by a person skilled in the art having reference to the specification of the present invention, and therefore, the embodiment different from other embodiments of the present invention. Since it is possible to add the modifications described above, it is obvious that all the modifications in which the technical idea in the above detailed description is cited belong to the scope of the claims of the present invention.

[Brief description of drawings]

FIG. 1 is a diagram illustrating a dial arrangement of a Japanese input system according to the present invention.

FIG. 2 is a diagram showing a function definition of a sound conversion button based on the present invention.

FIG. 3 is a diagram showing another embodiment of the function definition of a sound conversion button according to the present invention.

FIG. 4 is a diagram showing a function definition of an up and down transfer button according to the present invention.

FIG. 5 is a diagram showing a dial arrangement of a Japanese input system based on a conventional Japanese syllabary diagram conversion method.

FIG. 6 is a diagram showing a dial arrangement of a Japanese input system based on another conventional technique.

[Explanation of symbols]

10: Number 1, 'U' character input button 20: Numerical number 2, "U" character input button 30: Number 3, 'S' character input button 40: Number 4, 'one' character input button 50: Number 5, 'nu' input button 60: Number 6, 'Fu' character input button 70: Number 7, ‘M’ character input button 80: Number 8, 'Yu' input button 90: Number 9, ‘Lu’ character input button 100: Number 10, "N" character input button 110: Up transition button 120: Down transition button 130: Sound conversion button Axis: Standard stage block SL1: Upper 1st block SL2: Upper two-stage block SR1: Lower 1st block SR2: Lower 2-tier block T1, T2, T3: sound block K1 to K10: Row blocks

─────────────────────────────────────────────────── ─── Continuation of the front page (72) Inventor, Jong-Soo Shu, Republic of Korea, Gyeonggi-do, Seongnam-si, Bundang-gu, No. 52, Inner-dong 52 Parc Town Apartments 110, 904 (72) Inventor, Choi Yun-ho, Korea, Seoul, Onpyeong-gu, 1-dong 603 -8 (72) Inventor Jinpak Cheol 29-10 101, Lojeong-dong, Jongno-gu, Seoul, Republic of Korea (72) Inventor Kim Sanshin 218-4 102 (72) 102, Suisu-dong, Manan-gu, Anyang, Gyeonggi-do, Republic of Korea Inventor Xu Hua Jin, South Korea, Gangnam-gu, Seoul, Korea, No. 807, No. 807, Bisei Apartment 24, Kampo-tei-dong (56) Reference JP-A-9-294170 (JP, A) JP-A-2000-112636 (JP, A) JP-A-5-265623 ( JP, A) JP 2000-89901 (JP, A) Actually open 2-104428 (JP, U) Actually open 62-46933 (JP, U) (58) Fields investigated (Int.Cl. ⁷ , DB) Name) G06F 3/02-3/027 H04M 1 / 00-1/253 G06F 17/20-17/26

Claims (14)

(57) [Claims] 1. A Japanese input system according to the Japanese syllabary conversion input method, characterized in that it includes respective character input buttons arranged by setting each row of ‘u’ stages as a standard stage block. system. 2. In order to reduce the number of input buttons,
Arrange the W-character on the I'th row, place the W character on the'E''th row, and arrange the Y-wa row as one row, and mark the ',' on the other'A 'row. The code "." Is arranged in the "i" stage, the "n" is arranged in the "u" stage, the code "-" is arranged in the "e" stage, and the code "?" Is arranged in the "o" stage. The Japanese input system described. 3. The Japanese input system according to claim 1, wherein each stage block is divided into a maximum of three sound conversion blocks. 4. In the sound conversion block, a clean sound is arranged in a first sound block, a small letter vowel or a dull sound is arranged in a second sound block, and a consonant or a semi-voiced sound is arranged in a third sound block. The Japanese input system according to claim 3, characterized in that. 5. The Japanese input system according to claim 1, further comprising an up / down input button for transferring between the block blocks. 6. The Japanese input system according to claim 3, further comprising a sound conversion button for converting between the sound blocks. 7. In the Japanese input system using the Japanese syllabary conversion input method, each line of the'u 'stage is set as a reference stage block, and the numbers are input in order to correspond to the number input buttons "1" to "0". Characters are arranged, and the lines Y and W are combined to be arranged in one line Y, and the lines "A" in the other lines and the code "." In the lines Y, The “u” stage, the “e” stage, the code “−”, and the “o” stage, the code “?” Are arranged, and each stage block is divided into a maximum of three sound blocks. In the conversion block, a clean sound is arranged in the first sound block, a small letter vowel or a dull sound is arranged in the second sound block, and a consonant or a semi-voiced sound is arranged in the third sound block. 8. The Japanese input system according to claim 7, further comprising an up / down input button for transferring between the block blocks. 9. The Japanese input system according to claim 7, further comprising a sound conversion button for converting between the sound blocks. 10. In the Japanese input system using the Japanese syllabary conversion input method, each line of the'u 'stage is set as a reference stage block so that the number input buttons "1" to "0" are sequentially corresponded. Each character is arranged, and the lines Y and H are combined to be arranged in one line Y, and the lines "A" and "." , "U" stage, "n", "e" stage, code "-", and "o" stage, code "?", And each stage block is divided into a maximum of three sound blocks. In the sound conversion block, clear sounds are arranged in the first sound block, lowercase vowels or voiced sounds are arranged in the second sound block, consonant sounds or semi-voiced sounds are arranged in the third sound block, and transition between the stage blocks is performed. Up and down input buttons and a sound conversion button for converting between the sound blocks are included. Lish input system. 11. A Japanese input system based on the Japanese syllabary conversion input method, wherein character input buttons arranged by setting ‘u’ stages as reference stage blocks, upper one block from the reference stage blocks, and upper two blocks. An upper input button for transitioning between steps to a step block, a lower input button for transitioning between a reference step block, a lower one step block and a lower two step block, and a sound for converting between the sound blocks. An input system including a conversion button. 12. The method according to claim 11, further comprising a maximum of three sound conversion blocks in each stage block.
The described input system. 13. The input system according to claim 11, further comprising a mode input device capable of converting into hiragana / katakana / English / numeric characters and a DEL input device capable of deleting. 14. The "U" stage of the Japanese syllabary is used as a reference stage block, and the "U" to "N" sequences are arranged so as to correspond to the ten numeral input buttons 1 to 0, respectively. The rows are combined and arranged in one row, and the other rows have the symbol "," in the "a" stage, the symbol "." In the "i" stage, and the "n" in the "u" stage. , "E" stage is arranged with a code "-", and "o" stage is arranged with a code "?", And each stage block is divided into a maximum of three sound blocks,
In the sound conversion block, clear sounds are arranged in the first sound block, lowercase vowels or dull sounds are arranged in the second sound block, and consonant sounds or semi-voiced sounds are arranged in the third sound block. Character transfer to a column block or upper two-stage block is transferred by the upper input button, and character transition from the standard column block to the lower one-stage block or lower two-stage block is transferred by the lower input button, and each column block A Japanese input method characterized in that the conversion between sound blocks is converted by a sound conversion button within the sound block.