WO2009131315A2

WO2009131315A2 - Method and device for inputting japanese characters

Info

Publication number: WO2009131315A2
Application number: PCT/KR2009/001721
Authority: WO
Inventors: 천강일
Original assignee: Cheon Kang Il
Priority date: 2008-04-03
Filing date: 2009-04-03
Publication date: 2009-10-29
Also published as: KR100948606B1; KR20090105533A; WO2009131315A8; JP2011521309A; WO2009131315A3

Abstract

The present invention relates to a method and a device for inputting Japanese characters and comprises a consonant section and a vowel section. The consonant section consisting of 12 syllable groups is configured by allocating representative consonants and voiced consonants to keys. The vowel section is configured with 8 syllables that are composed of both 5 vowels in the syllable group “a” and 3 semivowels in the syllable group “ya”. Input elements for 8 syllables of each syllable group are set up by comprising 8 syllables with 3 semivowel sounds, “ya”, “yu”, “yo” in each syllable group of the consonant section and linking the 8 vowels of the vowel section to the 8 syllables of each syllable group of the consonant section in a one-to-one ratio. The method and the device for inputting 8 syllables in each syllable group are characterized by: a sequential input method wherein one syllable group is selected according to the input elements from the consonant section and one vowel of the vowel section is inputted; and an input method wherein a key of the vowel section is selected and one specific character corresponding to the key is inputted.

Description

【Specification】

[Name of invention ¾]

Japanese character input method and device

TECHNICAL FIELD The present invention relates to a method and apparatus for inputting Japanese characters.

In particular, consonants are formed by assigning representative characters of the consonant row and the Tak Yin row to the key S, and the three consonants of the five consonants of the sub row are assigned to constitute a consonant part. The eight-stage input method comprising a Japanese alphabet consisting of eight stages including the response, and setting the Japanese input element having one-to-one correspondence to the eight characters of the vowel section to input Kana characters. Relates to the device.

[Background art] In the prior art [[1, the Japanese input method is 10 (ί>, 力、, $, † z, ¾, (, ί, ¾, b), based on 50 Kana characters, 5 (¾ 、 l Ί, ίί) The input method is composed of 5 steps.The Japanese keyboard with 10-line 5-step input method based on the 50-period as above. To input XH, XJ consonant ᅡ 음 (力、, †-, ¾, li,

† z, (ί, ί) Enter two (^) characters in the line, then operate the small letter input keys of the semi-vowel, vowel, u, yo (, Ι, J;), and change the note (X, ΧΐΦ, Xct). ) Must be entered. A keyboard using the input method of the 10-row five-stage configuration as described above. In Japanese input devices such as Hand S, a 50-character input method with 5 lines of characters is used, and the Japanese method, which is dualized with a complex rhythm input method, uses low Japanese kana characters. This difficult ffl There is a problem that the S-letter input is complicated and inconvenient.

[Detailed Description of the Invention]

[Technical problem]

The present invention has been made to solve the problems of the prior art as described above, to provide an eight-line input method of Japanese line characters that can easily enter the Japanese of the present invention. Another object of the present invention is to provide a concise Japanese input device having an effective character arrangement that is convenient to use and easy to understand.

[Technical solution]

The above objectives include seven consonants (음, $, / :, ¾, », *,)

Halftone (_ <、 '、 /:' 、 « ^' 、 () line | 12 consonants are formed by placing 12 sub- (>) characters on each key button, and the consonants (力、、 $ 、 t ：、 4 \ «、 ¾ 、 h 力、 ᅳ 、？ ^“ , /: '、 « ^* . () Part I Each of the 12 character lines contains a string 8 ($>, body, Χ ^ containing a syllable 0 <ΧΙΦ,) , ΧΐΦ and Χ ±) stage.

Alternative Site (Article 26) You can also add three semicolons (^, Ι, J) of five vowels (¾ 、 1 \ Ί, h) to P) of each row

S is composed of eight vowels I (¾ 、 ^ 、、 ίί, ^ 1Φ, J part, and the consonant part _'

8 (¾ \ τ, λ, ίί, Χ ^, ΧΙΦ, XJ Monograms of two-note part 8 Select one to input a line character, and select one key button of the modem part, and input one of the eight letter characters including the note as a sequential input to input a short character, and press one key S of the vowel part. This is accomplished by Japanese input method, which selects and enters one of the eight letters of the vowels.Also, two characters of the line (Kh) can be used as individual characters. Enter the letters corresponding to the key buttons by directly inputting the key burner, which is assigned to each key burner, and has two letters (^) and five (¾), and the individual letters tactile () and response field (ᅳ). It is characterized by further comprising a lower construction.

Advantageous Hyogo ^

In the present invention, [7] consonants (力, ：, 4 \ (, ί,))

Provides a method of inputting 8-column line characters in which the character strings of the half-tone sound, fc \ (i \ tf) lines are composed of 8 columns, and the 8-character strings are inputted corresponding to 8 vowels composed of vowels and half vowels. By 1, Japanese can be entered easily and concisely. In addition, the eight-stage input method of Japanese line character of the present invention is easy to learn and convenient to operate according to the assignment of characters in an intuitive key arrangement structure, and can provide a UB-friendly Japanese input device with fewer input characters. have.

[Brief Description of Drawings]

1 is a view showing an input device for explaining the present invention.

Figure 2 shows the characters assigned to each key burner in the key field of the prior art.

3A-3B are diagrams of various embodiments in which the letter [] is assigned to the present invention.

4 is a view showing a character table ball S to one axis of the screen of the present invention.

Figure 5 maps the characters for each character line of the present invention to each key button.

Character table ball.

6 is a schematic flowchart for explaining the Japanese input method according to the present invention.

FIG. 7 is a schematic flowchart for explaining a method of switching a character input mode for inputting a Japanese katakana, a kanji, or a third character.

Fig. 8 is an input mode menu table outputted on one screen of the screen according to the present invention in accordance with the [[right character input mode switch key burn button].

*** Explanation of symbols on the main parts of the drawing ***

10 ： I fisherman

20 ： Input section

30 ： Display

40 ： storage

BEST MODE FOR CARRYING OUT THE INVENTION Twelve children (*), including seven consonants representing the character line (z, $, † z, ¾, (i, i, ¾) and five tact (力 $ †, ίί, ίί) Consonant with the letter (力、、 3 =,! *, ¾, 力 <、 ^' 、 fc \ if, tf) part S and assign it to the key cartoon; a (*) line I vowel (ί>,, Λ 8 vowels (¾, Ί, X., a, ', n>, J) consisting of three vowels (>, J), half vowels (>, J) Steps to do:

And b) assigning the second letter g o b) and o (i, and the individual letters tactile (), pronunciation () and long sound (ᅳ) as individual letters to each key burner; Each of the character lines is composed of eight characters (*, Ί, Λ, h X, XW, XJ) that include the lower note (Χ ^, ΧΦ, XJ; 8 steps l ΐ, Λ., Ίί, (^), (^), (), Where X ^, XW, XJ :) character groups correspond one-to-one to the eight characters (*, \ Ί, fi, n>, J of the vowel part) (Fc) stage, () stage, (ΙΦ) stage,

(Step J to configure the input elements of Japanese row characters 8 steps; As described above, the 12 input consonants ᅡ 8 input elements composed of 8 vowels, the Japanese input method of row characters 8 keyboard Miniature Input Device The Japanese input device can be configured by assigning characters in various forms of variation. First, the consonants (力、、 $, † z, ¾, (ί, i, ¾, 力 <、 t \ It, select the key button of the (ί) part, input one line letter of the consonant part, and then select the key button of the vowel (¾, ΐ,, J part) Inputting a burr; and selecting a key burr of the matching \ Ί,, ¾ ᅳ, ίΦ, J part and corresponding vowels (¾, \

Inputting characters 부, ίί, n>, J; Characterized in that the eight-stage input method of the line character. Referring to the characters input in accordance with the above input method in detail,

One of consonant, turbid or semi-contrast of the consonant part is input, and one of the vowels of the matching part is input into the sequential input term;

By inputting any one of the consonant, the sound of the consonant, or the half of the consonant, and sequentially inputs one of the half-matches of the vowel of the vowel, 1, the yo

By inputting one of the vowels or the half vowels of the vowel portion, one of the matching or half vowels is input correspondingly. In addition, by selecting the second vowel ᅡ and (() of the ^ line, and the individual characters tactile (), pronunciation (/ and long (ᅳ) key g, to input a specific character corresponding to the key burn Characters inputted by the above-described eight-stage input method of line characters are shown in Fig. 5. In the left side of the character table of FIG. The vowel key corresponds to the character group, and the upper lateral bar shows the vowel key corresponding to the character group. EMBODIMENT OF THE INVENTION Hereinafter, an example of the input device which concerns on this invention is demonstrated. Here, it will be described on the input device keypad to enter the erotic Japanese Input Method [[areun input of the 3X4 array device to the next and a ¾ ^μ. 1 is a convex diagram schematically showing the configuration of a Japanese input device according to the present invention.

As shown in FIG. 1, the configuration of the Japanese input device [[I according to the present invention] is the control unit 10, the input unit 20, the display unit 30, and the storage unit 40. Hereinafter, according to the present invention, a method of allocating a Kana character to a key? In a 3 × 4 array is as follows. 3A to 3B, among the 12 key burrows in the 3 × 4 array, seven key buttons are separated into consonants, five I-key buttons S are separated into matching parts, and seven key buttons of the consonant parts are separated by seven. Consonants K, SA, EK, Y, HA, 01, and LA (力、、 ί, † z, ¾,,) as the first letter, and the four consonants (力、) Specifies that the four key tones assigned to this assigned key-bourne are: (2) the UK (, ^' , ^' , and the half-tone wave ((ᅳ ^° ) is the second character, (C) assigns the second character to any one of the seven key burners of the g part of the letter g which is not assigned. The five key bourbons are assigned five vowels a, 01, right, e, o (, \ Ί, Λ., Fc) as the first character, respectively. I was assigned to each And, it is preferable to assign two second vowels (O,, and) to the second character like half vowels on a key bar assigned with five vowels, so that the characters of the response series can be directly input. In addition, the individual letters pronunciation (A and tactile (-5)) can be directly inputted by assigning each letter as a second letter to a key version to which no second letter is assigned among the seven key burners of the consonant. Characters assigned as described above are displayed with the first character on the left side of the right side of each key and the second character on the right side, and the first character is inputted twice, and the second character is inputted twice. It is done.

In addition, the long letter (-), which is an individual letter, is assigned to each of the five vowel key burners as the third letter. It is also characterized in that it can be input. In addition, each of the seven key buttons to which consonants are assigned Hiragana / Katakana / Kanji / Number / English

And assigning an input mode S ring key such as a lowercase letter, an English uppercase letter, or a special character to a third letter, so that any one of the key buttons can be switched to the input mode by a long press signal. It is characterized by. With reference to the accompanying drawings of the Japanese input device, it will be described in detail with reference to FIGS. 3A and 3B that the Kana character is tt to the numeric key [pi]. Fig. 3a (Embodiment 1 of Japanese Input Device) First, seven consonants, 人 EK, I, D, D ((、、 ί, fc, ¾, tt,))

Assign the first character to the wheel (1,2.4,5,7,8, *). 1 button car (力、), 2 burners 4 burners (/ :), 5 burners S (), 7 burners, 8 burners * key burr () As the first character

S was done. Next, the four sounding sounds (力、 ^' , †, ⁽ ,) are assigned to the second character so that the four number keys (1,2,4,7) correspond to? ”, †, ⁽ ). Burr 1 is indicated by the second letter (力, ^* ), burr number 2 ($ "), and burr number 4 by Burner 7). Next, the five modalities (ί>, \ Ί, Λ., 에) on the right side of the key ΠΗd are the first characters on the five keys (3,6,9,0, #).

It was S. In other words, the 3rd key is (아), the 6th key is 0I (, the 9th key is right (), the 0th key is (), and the # key is ((fc)).

3 half vowels (^, ΙΦ, J are the 3rd key of the 3 number key burners out of the 5 key buttons (3,6,9,0, #) to which the vowel is assigned. ), when expressed by each Chinese character rot allocate required for the 9 key to a second character, contract drawings, see Figure 3a, bantak negative bantak the wave line U) consonants La (¾) assigned * key sound wave ⁽⁽ ί) is assigned as the second letter, and the pronunciations (/ and tactiles (^)) are the second letter of the seven key buttons to which the consonants are assigned. Two keys of the second key button were assigned with the second letter after the fifth (5) or the third (*) assigned to the sound (8). Three half vowels (n>, J :) of the bus S are assigned as the second character, and the remaining two second key burrs are assigned to the second two vowels. Assign the 23rd note and () to The second key O (·) is assigned to the # key to which o (fc ᅳ) is assigned as the second character, and the following input mode switching functions are shown for the seven consonant cars,, ,, ,, ,, ,, Each key is assigned to the Burner (ie, $, fz, ¾, B, i, and ¾), i.e., to Burner (1) and to Hiragana / Company ($), and to Katagana / Other (fc). Chinese characters on buttons / Numbers on (¾) / Lower numbers (lower on (i) Bourne / Uppercase letters on Ma (ί) burr g / Special characters on button (A) as third letter (not shown) Fig. 3B (Example 2 of Japanese Input Device)

As shown in the first embodiment, as shown in FIG. 3A, the consonant and the sound of the seven digits are collected and the half vowels of the five digits (1, 2, 3, 4, 5) are collected. 2 characters were assigned.

First, seven consonants, four, four, four, one, two, D, D, D, D, K, D,

The key (6,7,8,9, *, 0, #) was marked with the first letter. I.e. key on key 6 (力), key on key 7 ($). Get on the 8th key (fc),

It is also possible to display me (¾ ') in key 9, lower (tt) in key *, GK * in key 0, and key () in key # as the first character. And it was assigned the bantak sound wave ⁽⁽⁾ Do bantak consonant sound wave (ί) to the assigned number 0 key to a second character.

Five vowels, Ί, λ, ίί) β were assigned as the first letter to five keys (1,2,3,4,5). In other words, the 1st key is ((¾), the 2nd key is 시, the 3rd key is right), and the 4th key is 5 오 (ίί). Three half vowels ( ³ , *, J ^; ) were assigned to the three key buttons (1, 2, 3) as the second character. In addition, the pronunciation (/) is assigned to the key button assigned to the consonant or (¾) as the individual letter. In the present invention, reference is made to the key burner to which the tactile sound (ᅱ) is assigned as the second character. First, as shown in Figs. 1 and 6, the controller 10 allows the user to input a consonant or a sound that is an indirect input character in the Ghanaian character input mode (S102). In order to input the (S104) select a specific character line corresponding to the consonant or the sound of the consonant (S108) Then, the control unit 10 stores the character table corresponding to the input key button from the storage unit 40 to the S time unit 30 (S112) And the user inputs a specific character by increasing the S tone or half vowel key corresponding to the number corresponding to the character table ball output on one side of the screen of the display unit 30 (S112). (S114) control 10 may be displayed on the screen of the display unit 30 by using the vowel or half vowel key S. The controller 10 determines whether there is another input by the user (S118), If there is an input, the control unit 10 repeatedly enters from the lock in the text input mode (S102) and ends if there are no more characters to be inputted. As follows.

In order to input the Japanese, the user enters the Japanese character input mode (step 102). At this time, the input mode is preferably set to hiragana mode. If the user inputs the ft character is an indirect input character (step 104). If the character to be input is a consonant line, the first consonant key is selected as a consonant key. Increase the number of times to select the sound (step 108). In the above step, the character cursor indicating that the character line is selected is displayed on the screen.

S (step 110). If the character line is selected in step 108 above, as shown in Fig. 4A, it is preferable to output the Japanese character table ball of eight steps to the side of the screen (step 112). It is right. If one character line is selected in step 108 above, one character Eg or half vowel key corresponding to the stage of the displayed character is entered in the character table written on the screen axis (step 114). Optionally enter and display on the screen (step 116). If the character to be inputted after selecting one character line in the step (step 108) is a consonant or a sound for a sound, a keystroke assigned to a vowel as the first character corresponding to the character group is inputted once. For example, if a character to be input is a yo-yo, one of the key buttons to which the half-vowel is assigned as the second character is inputted twice. On the other hand, if the character is directly input in step 104, select the input letter character key (step 106), if the character to be input is S-sound, enter the corresponding key once, and if the half-vowel, enter the key twice. If the second character is 2 characters or individual characters such as pronunciation or measurement, input the specific individual character by pressing the character key twice. The following describes the long sound input method. In hiragana input mode, the SS inputs one s sound corresponding to the stage of the previously input consonant or sound. In step 108, select one character line, and then press and hold any one of the five vowels A, E, U, Y, E, O,, fi button three times or for a predetermined time. The specific character corresponding to and the long sound (一) are input. The present invention is the basic character of 50 degrees while going through the above-mentioned high-precision. It is also specially implemented to provide a concise input of Japanese canadians, including variations of the rhythm and the rhythm. Then, in the present invention I Japanese input method as described in the above [H 오 [refer to Figure 3a attached to the drawings]

If you type ", it's equal to t." Fc († A ^ t '— 力、 "(# + 10 + 55 + 16 + 440 + 29 + 13)

"ίί" # key, → "l †" 1 + 0 key, 5 + 5 key, → "1 + 6 key," t- "

44 + 0 key,-→ "-" 2 + 9 3 |, → "力、" 1 + 3 key, so you can enter ^" 겡 ^^ * ^"力、 "by 14 key burn operations. With reference to Fig. 3b, if Arigatogozaimasu "¾ ^) Ί" is inputted, I will be the same as the following: I. Arigatogozai ᅡ ᅡ "¾ ij Ί '^' ^ t" (1 + # 2 +661 + 85 + 3 + 665 + 771 + 2 + 01 +73)

"fc" key # 1, → "n"# + 2 key, → "t ^u 66 + 1 key, 8 + 5 key, 3 key, →" 二 '"66 + 5 5 \ → "$ ^■ '" 77 + 1 key, →', "key 2, 0 + 1 key d \ →" t "key 7 + 3, [[Because all 20 key operations, Arigato Gozaimasu "* 1 ti ^ Ί '^' ^ it ¹¹ will be entered. The following describes the input mode switching method for inputting Japanese katakana or kanji or third characters with reference to FIG.

The text input mode switching key burner can use a key burner of a 3X4 array key other than a mobile phone such as another key burner provided outside of the card. The input mode switching key button g is set, and if there is an input mode conversion key input, the control unit 10 switches to the third character input mode such as katakana, kanji, numeric characters, English, special characters, etc. 일본어 Referring to Fig. 7, in the Japanese input device, the character input mode is set to hiragana input mode, and thus, in the hiragana input mode (step 202), the user inputs hiragana character's katakana and other characters such as English or Chinese characters. When the input mode switch key button (step 208) is pressed to input (step 204), the control unit 10 of the character input device detects this and calls the EJ force mode conversion table (step 210) from the storage unit 30 to display the display unit. (40) Outputting to one side of the screen, FIG. 7 again creates an input code conversion table (step 208) outputted to one side of the display device linkage as shown in FIG. It is preferable to design a two-row, multiple-column structure in which the digits indicating each input mode correspond to one-to-one correspondence, as shown in Fig. 1 and Fig. 7. Referring to Figs. When a specific key button S of the table is input (step 212), the control unit 10 enters a specific character input mode corresponding to the input key burner, and the user enters the character of the converted input mode through 3 | Enter (step 214) the entered rhyme It is displayed on the screen of the S view (step 216). To return to the hiragana input mode based on the user's judgment (step 218), enter the character of the input mode that the user wants to input and press the key again. If you want to enter a character of another mode, return to enter the character input mode switch key button (step 208). In another embodiment, each of the seven key burners assigned consonants is set as an input conversion key by using an I number key burner in a 3X4 array, and each of the seven 3 \ buttons (Hiragana / Kata: Kana / Kanji / Number / Assigns an input mode such as a special character, a lowercase English letter, or an English uppercase letter) as a third letter character, and when the S key is pressed for any of the seven key button assigned input modes, the controller 10 has an input mode switching signal. It judges that it executes the selected input mode and performs the character input of the selected input mode, and when there are no more characters to input, it terminates the character input of the selected input mode and switches to the other input modes. Pressing and holding any of the assigned key burners, the controller 10 determines that there is another 5 input mode switching signal and switches to the selected input mode. As described above, the present invention is not limited to the above embodiments, and various modifications and changes may be made by those skilled in the art, which is intended to be encompassed by the spirit and scope of the present invention included in the appended claims.

Industrial Applicability

The present invention solves the problem of the Japanese input method that the input device is complicated and difficult to input characters because the number of characters is difficult, thereby providing 8 input methods of Japanese line characters so that Japanese characters can be easily input. Provide Japanese input method that can input quickly. Therefore, according to the present invention, since the configuration of the Japanese input device is simple and intuitive character array can provide an effective input device, the Japanese input device such as a keyboard, a mobile telephone and a wired / wireless communication device, a remote controller, and the like can be used. It can be widely used in various electronic and industrial devices.

Claims

[Patent Claims]

[Claim 1] In the Japanese input method, seven consonants (力、、、：： ¾ 、 (、 ¾ 、 ¾) for five consonants and half-tones (_ 力 _ <、、 † _: l £ tf) Forming a consonant with 12 sub-characters and displaying them on each keyboard S; line characters of the consonants (力、、 $ 、 / 二、 4 \ (、 ¾ 、力、 $ fc \ Β \ ί) 8 (¾,,, ί, Χ ^, ΧνΦ, X) stages each containing β periods (Χ ^, Χ ⁽ Φ,) U), forming the letter I group; vowel 5 of rows (¾) (4), L \ ϊ, X-, ίΐ) character and I ^(>) anti-S Yes 3 (^, Μ ^row), 8-stage, including the collection of (¾, 1 \, ch, ¾, ^, A step of constructing a part of the key burner in the key burner; the character group 8 (* Λ,,; i, f5, X ^, Xti., XJ :)

8 (¾ 、

^ 、 W ⁾ . One-to-one correspondence with J dogs (¾), ᅳ 、), (·),, (i)

(8) stages, (Φ) stages, and () :) stages of setting an eight-stage input element of one line character; A step input step of selecting one key burner of the consonant part and inputting a line letter S, and selecting one key burner of the vowel part and inputting a short letter; And a key button of the vowel section to select a vowel (¾,

^, ΙΦ, J :) input any one of the eight characters; Japanese line character eight-stage input method comprising a.

[Claim 2]

In claim

2 vowels (h, and, phonograph (), pronunciation (AO, long sound (ᅳ)) are assigned to each key ^ as separate characters, and two letters h Japanese character 8-line input method, characterized in that it further includes ¾ to respond to the key button is displayed (축, pronunciation), long sound (-) as individual characters.

[Claim 3]

In Japanese input method using a reduced size 3X4 array of character keys,

Seven consonants (力、、 † z, ¾, «,) representing seven character lines on seven key burns as five letters (力、 ᅳ 、 '、 / 二' 、» ^* , () Forming a consonant (、、 6, † z, ¾, B, ί, ¾, 力 <、 $ ᅳ 、 (ί, «') ¾ by assigning a second letter to each key burn;

In the seven key buttons, I vowel (¾, L \ 9, λ, fc ') on the 아 line (¾, L \ 9, λ, fc') as the first character,) ⁾ .

Assigning three J to each key g as a second character to construct a vowel (¾, \ -7, λ, ίί, Ι, J;); Configuring each character line of the consonant part by forming a character string of eight stages (¾, l ^, Ί, Λ, fc ', Χ ^ =, ΧΙΦ, XJ including a consonant (X ^, XW5, XJ); 8 stages (¾, ι ^, Ί,, ii, Χ ^, ΧΙ, Xi), the 8 letters i \ η, ii, Constructing input elements of ¾ () stage, (V stage stage, stage, stage, () stage, () stage, (ΙΦ) stage,) stage when one-to-one correspondence to W3, J; Selecting any one of the seven key buttons S of the consonant part to input one line character, and selecting one of the five key buttons of the vowel part to input one single character in a line input method of inputting a single character. step; And the Japanese vowel eight-stage input method for selecting one of the five vowels of the vowel section and inputting one specific character of the ¾, \ ΐ, Λ., Ίί, 'P, J part. .

[Claim 4]

The method of claim 3

And b) assigning the second vowel ¾r) 2 of the line to the S note as the second letter, and assigning the pronunciation and tactile as the second letter to the consonant as the second letter, respectively, and entering it as a single letter. Characteristic Japanese 8-character input method.

[Claim 5]

The method according to any one of claims 1 to 3,

Inputting any one of a consonant, a consonant, or a semiconducting part of the consonant part, and sequentially inputting any one of the vowels of the vowel part; Inputting any one of the consonant, the sound of the consonant, or the sound of the consonant, and sequentially inputting any one of the half vowels of the vowel of the vowel part; Inputting one of the vowels or the half vowels corresponding to the vowels of the vowel portion or the semitone key button; Japanese line character eight-stage input method comprising a.

[Claim 6]

The method of claim 3, wherein

If there is any input of the character line key burner of the consonant part, [[outputs the right two-row multi-column character table to one side of the display device screen, and the character table is set to 8 for the line character selected by the consonant key burner. An eight-stage input method for Japanese line characters, characterized in that one-to-one correspondence between a character of a column and a number indicating a character input.

In [hwing guhang 7 obtain the controller for display by calling a character from the storage unit, a character table for storing the input o a, the character table to receive a keystroke of the 3X4 array for Japanese ^input, degrading the character input device,

Seven consonants (力、、 † _Z , ¾, (i, ί,) as the first letter of each of the seven keystrokes out of the twelve key buttons, and four consonants (力、 ^' , $ fc ᅳ 、 () Display the second character to form a consonant, and each of the other five key buttons, the five vowels (¾, L \ Ί,, fc) as the first character, three semitones ³ , W), J :) To form the vowels (¾, i \, A, ti,>, J) by the second letter, and the user selects the key buttons of the consonants to enter one character and enters the upper part: 3 | Select one character in the vowels sequentially, and select the key g in the S part, The Japanese line character input device of claim 8, wherein the input character is outputted on the screen of the display device as one character corresponding to the button is input.

[Claim 8

The method of claim 7, wherein

Among the seven I consonant keys, consonant car, 人 I ·, ta, ha, (Λ \ $, † z, Β,) are assigned to the four key burns assigned as the first letter. , (力, ^',, fc \ () is assigned to the first two letters, consonants car and the takeum (力力^,,,'), consonant Inc. takeum character consonant and La takeung chair eu), consonant Eve takeum HKtt. tt ^' ) is assigned together, the Japanese line character 8-stage input device, characterized in that further assigns the halftone sound wave (ί) to the second button to the key button of the seven key buttons S is not assigned .

[Claim 9]

The method of claim 7, wherein

The second vowel five h and the pronunciation (A and the tactile) are assigned to the second letter to the plurality of key buttons to which the second letter is not assigned among the seven key burners of the response part and the five key buttons of the vowel part. Japanese line character 8-speed input device characterized in that.

[Claim 10]

The method of claim 7,

The five vowel key S are assigned vowels A, U, Y, O (, Ί, X, fc) as the first letter, and the half vowel, Yi>, J;) as the second letter, and the long sound ( Japanese line character eight-stage input device characterized by assigning-) as a third character to five key buttons respectively.

[Claim 11

The method of claim 7, wherein

Each of the seven self-supporting key burners is further assigned an input mode conversion key, and the input mode conversion key is a key for selecting any one of hiragana, katana, kanji, numeral, lowercase english, uppercase english, and special characters. Japanese line character eight steps input device characterized by.

[Claim 12]

The method of claim 1,

The first character assigned to the key burner inputs the key button once, the second character enters the key burner twice, and the third character allows the user to enter the key g three times or for a predetermined time. Japanese line character eight steps input device.