KR20010103163A - System and method for inputting the Japanese Alphabet Based on the Transformation of the Japanese Character-table - Google Patents

Abstract

The present invention relates to a Japanese character input system and method by the 50-tone conversion method.

The Japanese input system of the 50-tone switching input method according to the present invention is a character input button arranged by setting the right end as a reference short block,

A phase input button for transitioning between the step 1 block and the step 2 block from the reference single block;

A lower input button for transitioning between steps from the reference step block to the lower step block and the lower step block; and

And a sound conversion button for converting between the sound blocks.

Description

System and method for inputting the Japanese Alphabet Based on the Transformation of the Japanese Character-table}

The present invention relates to a Japanese character input system and method by the 50-tone conversion method. In particular, the present invention relates to a text input system and method using a 50-tone switching method useful for a cellular phone, an electronic notebook, a wrist watch, a small word process, a personal computer, and the like.

First, the Japanese character array will be briefly explained.

Table 1 shows a standard 50-tone chart of Japanese hiragana, and Table 2 shows a standard 50-tone chart of katakana. As shown in Table 1, the Japanese characters of the 50th melody table consist of 5 段 10 strokes. In other words, five stages are Adan, Ethan, Idan, Udan, Edan, Odan, and other expressions, respectively. It consists of one stage (up 1 段), reference stage (基準 段), the lower 1 stage (下 1 段), and the lower two stages (下 2 段). In addition, the tenth row includes a row, a row, and. It can be seen that the line Ra is done.

Table 1 is a 50-tone grammatical character system based on the right end of the center and the first stage of the first stage and the lower stage of the first stage of the stage. It is represented by the lower one, and the second stage is represented by the second stage, and the second stage is the lower stage.

Table 2 shows the katakana as the character system of the 50th vocal table, which is the same as Table 1, and only Table 1 will be described below.

上 二段 上 一段 基準 下 一段 下 二段 あ 段 い 段 う 段 え 段 お 段 あ 行 あ い う え お か 行 か き く け こ さ 行 さ し す せ そ た 行 た ち つ て と な 行 な に ぬ ね の は 行 は Hi ふ へ ほ ま 行 ま み む め も や 行 や Yu よ ら 行 ら り る れ ろ わ 行 W を ん

Table 1. Japanese Character Table (ひ ら が な)

上 二段 上 一段 基準 下 一段 下 二段 ア 段 イ 段 ウ 段 エ 段 Oh ア 行 ア イ ウ エ Oh カ 行 カ キ ク ケ コ サ 行 サ シ ス セ ソ タ 行 タ チ ツ テ ト ナ 行 ナ ニ ヌ ネ ノ ハ 行 ハ ヒ フ ヘ ホ マ 行 マ ミ M メ モ ヤ 行 ヤ ユ ヨ ラ 行 ラ リ ル レ ロ ワ 行 ワ ヲ N

Table 2. Japanese Character Map (カ タ カ ナ)

The above-mentioned 50th vocal chart represents vowels, half vowels, hearings, and pronunciations. (濁音: だ く お ん, 「」 」), semitone (半 濁 °), tactile (促 っ), lowercase vowel (小 文字 母音), punctuation marks There is a statement.

In Table 2, vowels generally refer to a line and vowels refer to nocturnal.

Hearing refers to consonants.

Pronunciation (응 音) is a n (붙여) is used in the form of a stand attached under other letters.

In addition, a tactile sound is used as a support by putting a small letter in front of a line, a line, a line, and a line. This tactile sound is pronounced like the following consonant.

Vowels, half vowels, ie, a line, night line, and wa line, have lower-case vowels, and the vowels, half-tones, and tactiles促 音 does not exist.

A line, a line, a line of good fortune exists, but no halftone. Descending has both noisy and half-tuck. In addition, na Line, Ma Line, and Ra Line do not have any of the noisy and half-tone sounds.

Research has been actively conducted on input devices or methods for inputting the above Japanese characters into computers, mobile phones, electronic calculators, electronic notebooks, and the like.

For example, it can be seen that the number of character input buttons is relatively small in the mobile telephone. Therefore, as described later, several characters are arranged in a single key in combination, so that the operation of a plurality of character input buttons is indispensable in order to input characters 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, Hiragana), a 50-tone chart is inputted to the number input button of the input button (0-1), a line, a line, a line, and a line. Characters are set up in arrays, such as Ra line ラ 行) and Wao Nung. For example, if the key set in the A line is pressed once, the A character is pressed twice, this character is pressed twice, the third character is pressed right, and the fourth character is pressed once. When you press the button five times, the letter “O” is widely used.

As shown in Fig. 6, Japanese Patent Laid-Open No. 10-207601 shows vowels "ア", "I", "U", "E" and "o" depending on the frequency of Japanese usage. Each of them is set as a separate key, and the rest are executed. A key input device in which La Line and Wao-Yen "ワ ヲ ン" characters are arranged on each key is set.

Japanese Laid-Open Patent Publication No. 11-272403 discloses a key input device for improving the input efficiency of the long sound "-" or the touch "っ" as an improvement technique of the above-mentioned Japanese Patent Laid-Open No. 10-207601.

It can be seen that the above-described conventional techniques are complicated to operate 2 to 4 circuits by pressing keys on average.

Another conventional technique does not conform to Japanese 50 sounds, and there is the trouble of memorizing the arrangement of the keyboard separately by rearranging the key input buttons according to the frequency of use.

SUMMARY OF THE INVENTION In view of the prior arts, the present invention is to provide a Japanese character input system that can reduce the number of key input operations without memorizing a character array, in particular, based on the 50 voices already memorized by the user.

1 is a diagram showing a keyboard layout of a Japanese input system according to the present invention;

2 is a view showing a function definition of a sound conversion button according to the present invention;

3 is a view showing in another form the function definition of the sound conversion button according to the present invention,

4 is a view showing the function definition of the up, down transition button according to the present invention,

5 is a diagram illustrating a keyboard layout of a Japanese input system according to a conventional 50-tone switching method;

6 is a diagram illustrating a keyboard layout of a Japanese input system according to another conventional technique.

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

10: Number 1, right letter entry button 20: Number 2, old letter input button

30: Number 3, letter input button 40: Number 4, letter input button

50: Number 5, alphanumeric entry button 60: Number 6, alphanumeric entry button

70: number 7, zero character input button 80: number 8, yellow character input button

90: number 9, lu character input button 100: number 10, n character input button

110: upper transition button 120: lower transition button

130: sound conversion button Axis: reference single block

SL1: Phase 1 single block SL2: Phase 2 single block

SR1: Lower Level 1 Block SR2: Lower Level 1 Block

T1, T2, T3: negative blocks K1 to K10: hang blocks

Japanese input system of the 50-tone switching input method according to an aspect of the present invention,

And each character input button arranged by setting each row of the right end as a reference step block.

Preferably, to reduce the number of input buttons, a wa character is placed at the heresy of nocturnal, and a five character is placed at the nodan of the nocturnal. Ya-wa line is arranged in one line, and "-" is a symbol "," at the lower end of the other line, "" "is a symbol for the heresy, and" ん "at the right end. 부호) is arranged with a sign "-" and a step "?" At five ends, respectively.

Preferably, each single block is divided into a maximum of three sound conversion blocks.

Preferably, the sound is arranged in the first sound block of the sound conversion block, the lower-case vowel or sound is arranged in the second sound block, and the tactile or half-track sound is arranged in the third sound block.

Preferably, the apparatus further comprises up and down input buttons for performing transition between short blocks.

And a sound conversion button for converting the sound blocks.

Japanese input system of the 50-tone switching input method according to another feature of the present invention,

Each line of the right end is set as the reference step block, and each character is arranged to correspond to the numeric input buttons "1" to "0" in order.

Combine the nocturnal and the vortices and place them in one yawa-line, and place the symbol "," at the bottom of the other row, the symbol "。" at the second row, and "ん" at the right end. And the sign "-" on Ethane and the sign "?" On Ohdan, respectively.

Each single block is divided into a maximum of three sound blocks, in which sound is arranged in the first sound block of the sound conversion block, lowercase vowels or sound in the second sound block are arranged, and tactile sound or tack in the third sound block. It is characterized by arranging the sound.

Preferably, the apparatus further comprises an up and down input button for transitioning between short blocks.

And a sound conversion button for converting the sound blocks.

According to another aspect of the invention, the Japanese input system of the 50-tone switching input method,

Each line of the right end is set as the reference step block, and each character is arranged to correspond to the numeric input buttons "1" to "0" in order.

Combine the nocturnal and the vortices and place them in one yawa-line, and place the symbol "," at the bottom of the other row, the symbol "。" at the second row, and "ん" at the right end. And the sign "-" on Ethane and the sign "?" On Ohdan, respectively.

Each single block is divided into a maximum of three sound blocks, in which sound is arranged in the first sound block of the sound conversion block, lowercase vowels or sound in the second sound block are arranged, and tactile sound or tack in the third sound block. Arrange the notes,

Up and down input buttons for transitioning between short blocks, and

And a sound conversion button for converting between the sound blocks.

Japanese input system of the 50-tone switching input method according to an aspect of the present invention,

Character input buttons arranged by setting the right end as the reference short block,

A phase input button for transitioning between stages from a reference single block to a phase 1 block and a phase 2 block;

A lower input button for transitioning between steps from the reference step block to the lower step block and the lower step block; and

A sound conversion button for converting between the sound blocks

Characterized in that it comprises a.

Preferably, a maximum of three sound conversion blocks are further included in each short block.

Preferably, the method further includes a mode input button that can be converted to Hiragana / Kadakana / English / Number and a DEL input button that can be deleted.

Japanese input method of the 50-tone switching input method according to another aspect of the present invention,

Using the right end of the 50th degree as the reference short block, the right to the left letters are arranged so as to correspond to the ten numeric input buttons 1 to 0, respectively.

Combine the nocturnal and the vortices and place them in one yawa-line, and place the symbol "," at the bottom of the other row, the symbol "。" at the second row, and "ん" at the right end. And the sign "-" on Ethane and the sign "?" On Ohdan, respectively.

Each single block is divided into a maximum of three sound blocks, in which sound is arranged in the first sound block of the sound conversion block, lowercase vowels or sound in the second sound block are arranged, and tactile sound or tack in the third sound block. Arrange the notes,

A character transition from the reference single block to the upper one block or the upper two block is transferred by the phase input button,

The character transition from the reference single block to the lower one block or the lower two block is transferred by the lower input button.

It is characterized in that the conversion between sound blocks in each block is converted by the sound conversion button.

<Example>

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to FIGS.

The Japanese character input system according to the present invention has been made in view of the above-described Japanese character characteristics, and is made based on the Japanese 50 phonogram. That is, the present invention relates to a continuous switching input method in which the right end of a Japanese 50th gram is arranged in a reference short block.

Table 3 corrects the character arrangement of Japanese characters for use in the present invention. Table 3 shows the combined vowel and half vowels "や 行" and the row "わ 行". By integrating the nocturnal and the lateral lines, the number of key pads can be reduced.

And a punctuation mark is assigned to the blank portion of the line where N is placed. In addition, each letter is assigned to assign a pronunciation (は 音: HATSUAN), a sound of a sound (반 音: だ く お ん), a halftone sound (音: は く お ん), a tactile sound (, 音 お), a lowercase vowel (小 文字 母音), etc. Split characters to arrange characters.

The Japanese character table of the present invention, which is newly modified and arranged based on such a criterion, is the same as the hiragana shown in Table 3 and the katakana shown in Table 4.

Table 3 and Table 4 show hiragana and katakana, respectively, but are substantially the same. Therefore, the following description is demonstrated based on the hiragana of Table 3.

上 二段 上 一段 基準 下 一段 下 二段 あ 段 い 段 う 段 え 段 お 段 あ 行 あ あ い い う う え え お お か 行 か が き ぎ く ぐ け げ こ ご さ 行 さ ざ し じ す ず せ ぜ そ ぞ た 行 た だ ち ぢ つ づ つ て で と ど な 行 な に ぬ ね の は 行 は ば ぱ Hi び ぴ ふ ぶ ぷ へ べ ぺ ほ ぼ ぽ ま 行 ま み む め も や-わ 行 や や W W Yu Yu を を よ よ ら 行 ら り る れ ろ Etc , . ん - ?

Table 3. Japanese Character Table Correction

上 二段 上 一段 基準 下 一段 下 二段 ア 段 イ 段 ウ 段 エ 段 Oh ア 行 ア ア イ イ ウ ウ エ エ Oh Oh カ 行 カ ガ キ ギ ク G ケ ゲ コ ゴ サ 行 サ ザ シ ジ ス ズ セ ゼ ソ ゾ タ 行 タ ダ チ ヂ ツ ヅ ツ テ デ ト ド ナ 行 ナ ニ ヌ ヌ ノ ハ 行 ハ バ パ ヒ ビ ピ ス ブ プ ヘ ベ ペ ホ ボ ポ マ 行 マ ミ M メ モ ヤ-ワ 行 ヤ ヤ ワ ワ ユ ユ ヲ ヲ ヨ ヨ ラ 行 ラ リ ル レ ロ Etc , . N - ?

Table 4. Japanese Character Table Correction (カ タ カ ナ)

Hereinafter, a function definition to be applied to the Japanese character input system according to the present invention will be described.

In order to input Japanese characters, the standard character set of the keyboard layout is defined based on 5 段 10 stroke, the movement between the columns based on the standard character set is called shift, and on each line within each column, ordinary characters A change between a lowercase letter, or a sound of a turkish sound and a half sound sound is called a transformation, and based on this, the function of a Japanese character input system is defined.

Table 5 details the Japanese character arrangement according to the invention based on this definition.

In the character set of Table 5, the representative character set arranged on the keyboard defines the right end as a reference single block (Axis). Block SL2, which is divided into two-stage or upper stages, as the single stage SL1, and which is arranged in two stages or two stages, based on the reference stage block. Thus, the first stage or the lower stage is defined as the short block SR1, and the five stage or the second stage is defined as the short block SR2.

Here, the definition between the blocks is defined as "shift" by the above-described definition.

In addition, each step block is divided into sound blocks T1, T2, and T3. A tone block (T1) arranges a vowel, a half vowel, or a hearing, a tone block (T2) arranges a vowel or a lowercase letter, and a tone block (T3). Arranges halftones and tactile sounds. As mentioned earlier, wa-haeng is integrated into night-haeng and defines the character conversion input method. It is also preferable that the sound is placed on the sound block T3 of the reference short block Axis.

The movement between each of the sound blocks T1, T2, and T3 is defined as a transformation.

In Table 5, each row is defined by a row block Kx. In other words, the sub row is defined as the row block K1, the row is defined as the row block K2, and the meander line is defined as the row block K3. Y-wa row is defined as a row block (K8), ra row is defined as a row block (K9), and other rows are defined as a row block (K10).

上 二段 上 一段 基準 下 一段 下 二段 あ 段 い 段 う 段 え 段 お 段 Shift SL2 SL1 Axis SR1 SR2 Transform T1 T2 T3 T1 T2 T3 T1 T2 T3 T1 T2 T3 T1 T2 T3 あ 行 K1 あ ぁ い ぃ う ぅ え ぇ お ぉ か 行 K2 か が き ぎ く ぐ け げ こ ご さ 行 K3 さ ざ し じ す ず せ ぜ そ ぞ た 行 K4 た だ ち ぢ つ づ っ て で と ど な 行 K5 な に ぬ ね の は 行 K6 は ば ぱ Hi び ぴ ふ ぶ ぷ へ べ ぺ ほ ぼ ぽ ま 行 K7 ま み む め も や-わ 行 K8 や ゃ W ゎ Yu ゅ を を よ ょ ら 行 K9 ら り る れ ろ Etc K10 , . ん - ?

Table 5. Japanese Character Set and Function Definitions

As shown in Table 5, the character set is defined as the input target, and the punctuation marks {',', '。', '-', '?'} Of the parts belonging to other actions are frequently used punctuation marks in Japanese sentences. However, it is obvious that this punctuation mark can be increased / replaced through function expansion or modification.

Based on the arrangement of Japanese characters, the keyboard configuration according to the present invention is as shown in FIG. The Japanese input system according to the present invention has 10 character buttons (10 to 100), up and down transition buttons (110, 120), sound conversion based on the sound block T1 of the reference block (Axis) shown in Table 5. Button 130.

The keyboard configuration shown in FIG. 1 exemplarily shows three rows and five rows, but the present invention is not limited thereto, and three rows, six rows, four columns, four rows, four columns, five rows, and three rows of five rows are required. , 5 columns, 4 rows, and so on. In addition, in the keyboard layout, the numbers are not particularly indicated, but are merely intended to simplify the city.

That is, the input button 10 corresponding to the number "2" corresponds to the input button 10 corresponding to the number "1". The phrase (く) corresponding to the tone block (T1) of the standard step block of the running line, and the note of the reference step block of the running line to the input button 30 corresponding to the number '3'. A suffix corresponding to the sound block T1 of the reference step block which is fortunate to the input button 40 corresponding to the number &quot; 4 &quot; To the input button 50 corresponding to the number "5", the number corresponding to the negative block T1 of the reference short block of me is inputted to the input button 60 corresponding to the number "6". After the letter corresponding to the tone block T1 of the standard line block of the down line, the sound block of the line of the standard step block of the line is input to the input button 70 corresponding to the number "7". To the input button 80 corresponding to the number &quot; 8 &quot; The Yu letter corresponding to the tone block T1 of the reference step block of the row is input to the input button 90 corresponding to the number 9, and the sound block of the standard step block of the row. The Ru character corresponding to T1) is arranged in the input button 100 corresponding to the number "0", and the response character corresponding to the negative block T1 of the reference single block of the other row is arranged. do.

The upper input button 110 has a function for searching for transitions between stages based on the negative block T1 of the reference stage block Axis. For example, when the right input button 10 is pressed and the upper input button 110 is pressed once, two characters of the negative block T1 of the short block SL1 are displayed. When pressed twice, the child of the negative block T1 of the short block SL1 is displayed. In addition, when the upper input button 110 is pressed three times, the five characters of the negative block T1 of the short block SR2 are displayed, and when pressed four times, the block T1 of the short block SR1 is displayed. Is displayed, and when it is pressed five times, it returns to the reference stage block Axis.

The lower input button 120 has a function for searching for a transition between stages based on the negative block T1 of the reference stage block Axis. For example, when the right input button 10 is pressed and the lower input button 120 is pressed once, the letter E of the negative block T1 of the short block SR1 is displayed. When pressed twice, the five characters of the negative block T1 of the short block SR1 are displayed. In addition, when the lower input button 120 is pressed three times, the letter A of the negative block T1 of the short block SL2 is displayed, and when pressed four times, the negative block T1 of the short block SL1 is displayed. Is displayed, and when it is pressed five times, it returns to the right side of the reference short block Axis.

That is, the upper and lower input buttons 110 and 120 perform a character transition function between the short blocks.

The sound input button 130 functions to convert characters between the sound blocks T1, T2, and T3 in each block. For example, in the case of the right line of the lower row of the reference single block Axis, when the sound input button is pressed once, the lower case vowel is converted to the right letter and displayed. In addition, in the case of a Tsu character indicating the good listening sound of the reference single block Axis, when the sound input button is pressed once, it is converted and displayed as a polyphonic sound, and when it is pressed twice, It is converted and displayed as a tactile (っ) character. In the case of the descending line, when the latter is pressed once, it is converted and displayed as a negative sound, and when it is pressed twice, it is converted and displayed.

The mode conversion input button 140 converts a hiragana / katakana / number / alphabetic input mode.

In addition, a delete (DEL) button 150 that supports the deletion of error inputs is included in the basic arrangement of the keyboard.

Hereinafter, the sound conversion in the short block will be described in detail.

The conversion of the sound blocks T1, T2, and T3 in the short block is applied to the character selected by each character button, or the character transferred by the up and down transition buttons 110 and 120 to the selected character. This function converts a vowel or hearing sound into a lowercase vowel, sound sound, halftone sound, and tactile sound.

The tone blocks (T1, T2, T3) defined for each step block operate in a cycle by the tone input buttons. As shown in Table 6, the cyclic method is a group (R1) in which there is no sound conversion, a group (R2) in which two sounds are cyclically-transformed, and a group (R3) in which three sounds are cyclically-transformed. Can be classified as).

As shown in Table 6, the Japanese character set of Table 5 may be divided into three groups (R1, R2, and R3).

In the group R1, only the sound block T1 of each step block is not circulated by the sound input button as shown in " R1 " of FIG. 2, and if it continues to appear, or only the sound block T1 is continuously circulated. The case is shown. That is, a group with only hearing, and as shown in Table 5, Na Line, Ma Line, Ra Line, and other lines belong to this group.

The group R2 represents a case where the sound blocks T1 and T2 of each block are circulated by a sound input button as shown in " R2 " That is, a group of vowels and lowercase vowels or murmurs, which belong to this group.

The group R3 represents a case where the sound blocks T1, T2 and T3 of each block are circulated by a sound input button as shown in " R3 " That is, the descending group belongs to the group of hearing, sound, and anti-sound. Also, fortunate っ belongs to this group.

division Explanation Element R1 When only the sound block T1 of each block is continuously displayed without being cycled by the sound input button 130 as shown by "R1" in FIG. 2, or when only the sound block T1 is continuously cycled. SL2: K5, SL2: K7, SL2: K9, SL2: K10, SL1: K5, SL1: K7, SL1: K9, SL1: K10, Axis: K5, Axis: K7, Axis: K9, Axis: 10, SR1: K5, SR1: K7, SR1: K9, SR1: K10, SR2: K5, SR2: K7, SR2: K9, SR2: K10 R2 When the sound blocks T1 and T2 of each block are circulated by the sound input button 30 as shown in " R2 " SL2: K1, SL2: K2, SL2: K3, SL2: K4, SL2: K8, SL1: K1, SL1: K2, SL1: K3, SL1: K4, SK1: K8, Axis: K1, Axis: K2, Axis: K3, Axis: K8SR1: K1, SR1: K2, SR1: K3, SR1: K4, SR1: K8SR2: K1, SR2: K2, SR2: K3, SR2: K4, SR2: K8 R3 When the sound blocks (T1, T2, T3) of each block are cycled by the sound input button as shown in " R3 " SL2: K6, SL1: K6, Axis: K4, Axis: K6, SR1: K6SR2: K6

Table 6. Definition of sound conversion buttons

2 shows a sound conversion process of the groups R1, R2, and R3. Although the group R1 presses the sound conversion button 130, only the sound block T1 is displayed. When the sound conversion button 130 is pressed once, the group R2 is converted from the sound block T1 to the sound block T2, and when the sound conversion button is pressed twice, the group R2 is cyclically displayed as the sound block T1. The group R3 presses the sound conversion button 130 once, converts from the sound block T1 to the sound block T2, and pressing the sound conversion button 130 twice, the sound block T2 in the sound block T2. If it is converted to T3 and the sound converting button 130 is pressed three times, the display is cycled to the sound block T1 again.

3 illustrates the function of the sound conversion input button 130 of FIG. The sound block T1 in FIG. 2 represents audible sound, the sound block T2 represents a sound or lowercase vowel, and the sound block T3 represents a half sound or a tactile sound, as shown in FIG. Since it is converted by 130, a description thereof will be omitted.

4 shows the character transition between each block. The character shift (Shift Left / Right) between each block is negative for each block by the up and down buttons 110 and 120 based on the sound block T1 of the reference block. Characters are shifted by the value of the block T. The character to be transitioned is automatically selected and transitioned depending on which negative block T value of each short block the character to which the upper and lower input buttons 110 and 120 are to be applied currently has.

The negative block Tx of the reference short block Axis refers to a case where the value of the negative block T of the reference short block Axis is x. Therefore, when the sound block T2 of the reference short block Axis is the currently selected character, when the upper input button 110 is pressed, the character is converted into the sound block T2 of the short block SR1 as shown in FIG. 4. Is automatically transitioned.

An exceptional rule in FIG. 4 is a case where the sound "T" which is the sound block T3 of the reference short block Axis of the row block K4 is the currently selected character. In this case, the sound block T3 of the reference short block Axis or the sound block T3 of the short block SL1 and the sound block T3 of the short block SR1 do not exist. Since there is no character to be transferred by the input buttons 110 and 120, the same operation as that in which the sound block T1 of the reference short block Axis is automatically transferred by the upper and lower input buttons 130 To transition to.

Since the present invention relates to a Japanese input system and method based on Japanese 50 melody, the user can input Japanese without memorizing the keyboard layout separately. In addition, since the right end is arranged in the reference short block, the key input operation can be significantly reduced, so that Japanese input is remarkably fast and easy.

Terms and definitions used in the present invention are defined in consideration of the function of the present invention will be understood by those skilled in the art.

Although the present invention has been described as a preferred embodiment, it can be easily understood by those skilled in the art with reference to the specification of the present invention, which can add a different form of modification to another embodiment of the present invention. It is obvious that all modifications citing the technical spirit in one detailed description fall within the scope of the claims of the present invention.

Claims (14)

In the Japanese input system according to the 50-tone switching input method, A Japanese input system comprising each character input button arranged by setting each row of the right end as a reference step block. The method according to claim 1, wherein a wa character is placed at a nocturnal heresy to reduce the number of input buttons, and a five character is placed at a nocturnal nodan. Place them, arrange the ya-wa row into one row, In the other row, the symbol "," in the second row, "." In the second row, "ん" in the right row, "-" in the row, and "-" in the row. Japanese input system, characterized by arranging symbols? The Japanese input system according to claim 1, wherein each single block is divided into a maximum of three sound conversion blocks. 4. The method of claim 3, wherein the sound is arranged in the first sound block of the sound conversion block, the lowercase vowel or the sound is arranged in the second sound block, and the tactile or semi-track sound is arranged in the third sound block. Japanese input system. The Japanese input system according to claim 1, further comprising up and down input buttons for transitioning between blocks. The Japanese input system according to claim 3, further comprising a sound conversion button for converting between sound blocks. In the Japanese input system according to the 50-tone switching input method, Each line of the right end is set as the reference step block, and each character is arranged to correspond to the numeric input buttons "1" to "0" in order. Combine the nocturnal and the vortices and place them in one yawa-line, and place the symbol "," at the bottom of the other row, the symbol "。" at the second row, and "ん" at the right end. And the sign "-" on Ethane and the sign "?" On Ohdan, respectively. Each single block is divided into a maximum of three sound blocks, in which sound is arranged in the first sound block of the sound conversion block, lowercase vowels or sound in the second sound block are arranged, and tactile sound or tack in the third sound block. Arraying notes Japanese input system, characterized in that. 8. The Japanese input system according to claim 7, further comprising an up and down input button for transitioning between blocks. 8. The Japanese input system according to claim 7, further comprising a sound conversion button for converting between sound blocks. In the Japanese input system according to the 50-tone switching input method, Each line of the right end is set as the reference step block, and each character is arranged to correspond to the numeric input buttons "1" to "0" in order. Combine the nocturnal and the vortices and place them in one yawa-line, and place the symbol "," at the bottom of the other row, the symbol "。" at the second row, and "ん" at the right end. And the sign "-" on Ethane and the sign "?" On Ohdan, respectively. Each single block is divided into a maximum of three sound blocks, in which sound is arranged in the first sound block of the sound conversion block, lowercase vowels or sound in the second sound block are arranged, and tactile sound or tack in the third sound block. Arrange the notes, Up and down input buttons for transitioning between short blocks, and And a sound conversion button for converting between the sound blocks. In the Japanese input system according to the 50-tone switching input method, Character input buttons arranged by setting the right end as the reference short block, A phase input button for transitioning between stages from a reference single block to a phase 1 block and a phase 2 block; A lower input button for transitioning between steps from the reference step block to the lower step block and the lower step block; and A sound conversion button for converting between the sound blocks Input system comprising a. 12. The input system of claim 11, further comprising up to three sound conversion blocks in each short block. 12. The input system according to claim 11, further comprising a mode input button capable of converting to Hiragana / Kadakana / English / Number and a DEL input button capable of deleting. Using the right end of the 50th degree as the reference short block, the right to the left letters are arranged so as to correspond to the ten numeric input buttons 1 to 0, respectively. Combine the nocturnal and the vortices and place them in one yawa-line, and place the symbol "," at the bottom of the other row, the symbol "。" at the second row, and "ん" at the right end. And the sign "-" on Ethane and the sign "?" On Ohdan, respectively. Each single block is divided into a maximum of three sound blocks, in which sound is arranged in the first sound block of the sound conversion block, lowercase vowels or sound in the second sound block are arranged, and tactile sound or tack in the third sound block. Arrange the notes, A character transition from the reference single block to the upper one block or the upper two block is transferred by the phase input button, The character transition from the reference single block to the lower one block or the lower two block is transferred by the lower input button. A Japanese input method for converting sound blocks within a single block by means of sound conversion buttons.