JPS59170928A - Inputting device of japanese - Google Patents

Abstract

PURPOSE:To obtain a Japanese input device enabled to be operated easily by the small number of input keys by inputting a character concerned from a key switch located on the character displayed on a display screen, and in case of KNAJI (Chinese character), inputting reading KANA (Japanese syllabary). CONSTITUTION:The kind of a character [KANJI, KATAKANA (square form of Japanese syllabary), KANA, alphanumeric, or code] displayed on a display part 1 is selected and a switch part 2 constituted of a transparent electrode on a transparent substrate which is located on a position displaying the item name of the kind of the character is touched with a finger to input the kind of the character. When a character group corresponding to the kind of the character is displayed on the screen, a character is selected and inputted similarly. An operation switch detecting means 3 detects the operated key switch, a discriminating means 4 discriminates the character and a storage part 5 stores the character.

Description

[Detailed description of the invention] Industrial applications The present invention is a "Fudfu" that creates sentences with kanji and kana.

Convex 14A for use as a human power unit such as a rosenosa device
Japanese language input device (related to

Conventional configurations and their problems Many sort processor devices have been developed with the aim of improving the efficiency of writing Japanese sentences. .

Various methods are used to manually write Japanese to these sort processors.6 One method is to arrange all the characters that can be written manually ((on the other hand, 7') by arranging key switches for S on the operating table. This method is very easy to operate, as all you have to do is press the corresponding key for each @ character or kana character (C) as soon as you input it. The disadvantage is that the operation console becomes large because it is necessary to arrange the devices in multiple directions.

Another method is to manually write all the target Japanese words using kana characters2, and then convert the kanji j/(.In this method, you can enter the Japanese character by typing (
is a kana character only, so it is a small size (zosutsu 1).
,and.

1, Shikashi machine (ju) (be\l, rii - 1 - Nawareru 1 Antonym Kanji conversion is done with perfect fj: precision -
c? kl,/engine: <, Depends on the operator. ': Q: The selection operation and the erroneous conversion operation are 0 cheap, and the operation is simple Qi.
-The device (・' very t'U %1 position is required/ζ3.1 Sat/As another method, one kanji character i/('-kana
There is a method of inputting two kana characters (-) instead of the kanji that you want (-) to match the character t゛ manually. Since the number of keys can be reduced, the device can be made smaller. , 1'#, Kanji 1 Bunzai and Kana 2 Characters are a pair (Since it is compatible with IC, the device can be made smaller) r to convert to
Sloppy equipment is not a must. , However, it has the disadvantage that it cannot be used unless all of the human-powered t1L kanji (tetsuki, zoJl, and two-letter kana characters) are memorized.

1. Invention (1) Invention (1) Invention (1) The invention is easy to use (excluding human power), and the structure of the device is simple. 5, 1171 composition of the invention, which makes the device prompt -4゛, enemy 3 (- and [el-1).

The present invention has a surface side + ji, i [fT mouth setting is a press 1 - 1 saute part, 1 (φ made fang L / [7 gear λ 1. Nochita 2 detection operation \'-, x Inochi Hou display means expression means Key 1 Inochi detection 11, column and displayed character 65:, iW
, lantern with l;gara1'shiku()
i-(,-,J,lid selection character bone [1 different ω discrimination means, ゛L11 different means discrimination result-A('ζ store-), -1
'-11 separated character 7 Φ name is outside the kanji kJ, 5 indicates the character of the character type, 'i'l classification h: /j sentence'
Dimensions (1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 25)
This is an H input device that is equipped with an anti-static tab and a column so as to display the kanji b1 as the first reading of the kanji (111 in the C system). It is possible to realize a device with an easy and simple configuration (manual operation, manual operation). ---S of the present invention: This is a diagram showing two blocks installed in a Japanese language car in an embodiment. , h The display section displays the name of the character group and the selected character group of the kana characters 7. (It has a plurality of key switches formed with transparent electrodes. 3 is an operating key 1 to 1 detection means, and a display screen f: VC is formed. 1 榮 1 湉 湌 蹌/Koka is detected, discrimination 1 step 4 (r Characters selected from the correspondence with font 1
(In the d2 memory section, write down the characters kanji, kana + UL Yumina and Kin.

Reference numeral 6 denotes a display 11i1 u41 means, which reads out the corresponding character group from the storage section 5 based on the judgment result of the judgment means 4 and displays it on the display section 1.
l When the character type name published by 5311 by another means 4i1 is other than kanji ++: 1 Display the character of the character type and distinguish A- Kanji 1 for which the kana character is the reading of the first [] of the kanji reading. ! )2 to display section 1 ((displays 2'))
j'j upright. , Fig. 2 shows an example in which a CRT is used as the display section 1 (IEI
kJ, 'Y'' surface view, (B) id plan view.
This is a diagram showing an example of using a liquid crystal display device in Table 1 and section 1. In the figure, 1B is a liquid crystal display device. This is a diagram showing an example of a body structure. This transparent button has comb teeth assembled into a metal-like shape F to form a key switch.
ζ A constant voltage is applied between the teeth (r, J knee
- When the operator looks at the art dealer on the display section 1, which is visible through the transparent switch section 2, and touches the page where the desired text is displayed, The electric current between the teeth changes.

The 5171st is ';:'i: 1, jj, body side of the 3rd part of the production.../'-1 71172 figure, 9 +
d': j, a plurality of key switches constituting the isobu section 2, 10f-, j: 1,000 electric circuits for applying a constant electric current H- in the key isonato, 11 (・1 of 1 to 7 people)
Umagahe'-1, Suite Nona 9 (/ζiLI Mushi Nekoto (
・ζ. (,:]itjir(i, detects pressure change) - electric aT change detection ((means 11 path ai',) 1, the output of this electrical change detection circuit 10, etc., makes it impossible to operate /This key switcher position 4 outputs the small operation/＼---switch detection signal.

FIG. Nonipa 2 preview evening, (Enri, ■・■ work Key Inona detection means 3 Ray)・
Mono tQ4 work A=----Suiso T-detection 1, j ¥-)
Kahe JJ Saru 6, 13 is (1λ conversion and 1, the name inside is written in JIS 16 Binoto, φ character 2 l-1-), (i
, P (Tame no Shi de d-meter 4;) o 14
(・Small size...1 piece, /to "J-Rough Moon LSi
(hereafter 1-, ko/) [referred to as l-rajll L Si-
), 15C1, V Yaraku Meba, Turn/'n-7
It is a non-later (12 large, called pattern/noe non-later) 5, -1 nl- "r-ra bsi14 is around the display", that is, the neck moment, the instant VC is now the display screen Which character 6 should be displayed in the part of 'noto'?
・Accordingly, it outputs the address of the video memory 13 indicating that part, and the video memory 13 outputs the address of the video memory 13 from the end trace, and the video memory 13 is the address of the video memory 13. 1, which outputs the code j-, this code is
Butter /, / Goi generator 15 address and 1 input in 7, Ushida butter / generator 15fc ('i
, 2I:/) L15 river L S i 14 color,
``Nyi's literary talent - inside IJC which government money display 1-7
[1fili out 1 bag number indicating whether it is - is the person as the address) J7\J 5, Bakun/Konfu/-
1ri 15 is mll word letter y no 1・and the line is atons and it is cut out as 7)・(characters in each line of 2-up, te) 4-i- is displayed -j゛-yu (, 2 and output., this table) j8 data is
τr: + - is displayed, and each [throat timing (・
16 to 11 nodes ('J
, the drive device 1 is turned on (by the driver 1), and the display section 1 is driven.
The display is performed.

1) When the key is turned on by the operator, -
Then, the microphone 1 combination, -ta 12 inputs the operation key switch detection input 6, the microphone DJ viewer 12 refers to the contents of the hito memory 13 7, and the operated fj switch is input. Displayed in position fl '6
The content of the 75 bow, which is Kairo 1, is 9, -map However, it is determined whether it is one of the literary talents currently being displayed on the display section 1. In the latter case, there is no need to change the displayed content.

In the former case, the new human-generated character group (corresponding to the 7 character types (other than kanji)) is read out from the i-reading section 5.

Hiteome 7 1113 V'c Write 1, If a kanji is input as a new character type /ζ-, then the next step is to manually identify the hiragana and read the 7-method reading of all kanji in the hirakana. Kanji ar as the first reading of j; Read from all memory sections 5 U no C video memory 13 (te calendar ↓
).

Figures 7 to 9 are various display images [Figures showing 11 examples]
.

In FIG. 7, 18 is a part that displays the processing mode of the 1-1 starch syrup human-powered device of this embodiment;

There are various modes 1. It is currently in the input mode (-), and is surrounded by a broken line in the figure, but that part is displayed blinking. 19 is the part that displays the human-powered character type name 10, -, and currently (fJ, human-powered character type '(7)
The arrow numerals are selected, 1'1- gives J, and the alphanumeric 'O' can be done manually.

20 is a kana character display section, which is used in this embodiment:・Ma0
・1, which is displaying ragana, this O・Rakana only requires 1/l when manually writing hiragana itself” 1,・
When writing kanji manually, J/(”: can be used to specify a group of kanji (but 11). 21 is a number.
E(9 minutes, 22 (, -j selected branch office, insert!
Since alphanumeric characters have been selected as the character type, the alphabetic characters are in the form [front]', :saki1.

Figures 8 and 9 (bow, kanji is selected as the character type)
In this case, the kanji group 2 is selected as the kanji group in which [Ajl... and (tsu1 are the 1A11U of the kanji reading, respectively.6, Hereinafter, as above, ]Y] in Figure 10
-Explain iJ while referring to the chart.

First of all, in order to let this device know whether you want to manually create the type of characters such as By touching the displayed key switch with your finger, you can enter the item name manually.

Then, the term [], the character power that you want to manually input (kanji ri, in case of outside, the term t:;+ vζ) or all the characters that can be broken down will be displayed in the front shio sound 1 (, so you can manually Display the desired character 1.Touch the key switch at the position of the character with your finger, and the desired character will be manually selected.,fl
l,: Then, if you select item 1] name 1-alphanumeric character], it is shown in the 7th pz3). In other words, for example, if you want to input the English character C○Z, enter the field name [
Hold down 3 cvr squares of alphanumeric characters with your fingers. At the same time, the display screen changes as shown in Figure 61, so you can manually press the letter Z with your finger 2].

Continuation When continuing to input the currently displayed character, such as an alphabetic character, there is no need to reselect the item name. is always displayed at 1~. To manually write kanji, first press the item name [-kanji] with your finger, and then manually press (1) Ikaji (r) where the hiragana that indicates the first letter of the reading is displayed. Touch the key switch with your finger. .

Then, the area where [-Kanji-1] is displayed on the display and the area where the hiragana that you just entered will flash, and at the same time, the kanji that starts with the reading of the hiragana that you just pressed will be displayed on the screen [in]. Therefore, if you press the kanji that corresponds to [1 with your finger, the kanji that corresponds to (-1) will be manually generated.Y (As before t, the sentence q of Konjin elementary and middle school - In the process of continuing to do it manually, the item name indicating the type of character and the ＼■ mu kana indicating the reading of a kanji character [ ] are not selected again to 11 and there is no exterior.

Only when you try to display a character that is not currently displayed, enter the item name that indicates the type of the character, and if the item name is a kanji, enter the hiragana that indicates the reading of the kanji. 7. For example, if you are trying to create the kanji ``A-1'' by an operator or manually, the operator will continue to write the item name ``Kanji'' and the item name l-a-1. When you press C5 with your finger, the content displayed on the display will be as shown in Figure 8.Continue to press the kanji ``1-A'' with your finger where it is displayed [-A-4]. Can write kanji or manually. Next, when I tried to manually write the kanji ``-u'', when I pressed my finger on the place where the hiragana was displayed, the display changed to Figure 9, ``Vc army'', and the kanji ``u'' was written. By pressing your finger on the area where the character is displayed, you can manually write the desired kanji ``-u''.

In this way, the target [one word one after another by the device of the present invention? During the iiil period, a small school will be created that will be completed manually soon.

The effect of the invention is as follows: The Japanese human power suit of the present invention [ξ is the display screen]
By operating the key switch located at "-" of the character displayed in -, you can enter the character, and when manually inputting the kanji, you can use the kana of the first reading of the kanji. By manually inputting the characters, a group of kanji having the same first reading can be displayed and input. Therefore, the number of human characters can be reduced, and the operation is easy, which is very effective.

[Brief explanation of the drawing]

FIG. 1 is a block diagram of a Japanese input device according to an embodiment of the present invention, FIG. FIG. 4 is a perspective view showing another embodiment of the switch section.
], Figure 5 shows the block connection [21] of the operation key switch detection means, and Figure 6 1 shows the discrimination means and display control σF11.
The block wiring diagram of Kedan, Figures 7 to 9121 shows the display screen, and Figure 10 shows the operation of the human-powered device.
d, Fra r-Codger-1 for clarification. 1...Display section, 2...Switch section, 3...
Operation key switch detection means, 4...discrimination means, 5.
. . . Storage unit, 6 . . . Display control σf means. Name of agent: Patent attorney Toshio Nakao and 1 other person 2nd
Figure IA Figure 3

Claims (1)

[Claims] a display section that displays character type names, kana characters, and selected character groups; a switch section that is located in front of the display surface of the display section and is composed of a plurality of key switches formed of transparent electrodes; An operation key switch detection means for detecting an operated key switch, a discrimination means for determining a selected character type name or a selected character based on the correspondence between an operation key switch detection signal and a displayed character position, and a kanji, kana, or symbol. A storage unit that stores characters such as M
a display subsidiary means for displaying on the iJ display section, the display subsidiary means displaying the character of the character type when the character type name discriminated by the discrimination means is other than kanji; When the given name is a kanji character, the day-km input device is characterized in that electricity is suppressed so as to display a kanji group that is the first reading of the kana character determined by the determining means.