JPS61213885A - Inputting/outputting of kanji computerized - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

DETAILED DESCRIPTION OF THE INVENTION Field of the Invention The present invention relates to a simple input/output method for computerized Chinese characters.

More specifically, commonly used phrases are performed through data entry, instant information retrieval, program design, creation of special symbols, and direct terminal creation using a modified keyboard of a digital computer system. You can easily select Pro 7 Essential or Mbro 7 Essential,
Concerning input/output methods that can be learned in a short period of time.

It is known that there are inherent limits to the processing of kanji by computer. The main problem in data entry for Kanji is how to select certain Kanji from a large vocabulary of Kanji.

To solve the problem, K, [radicals
) J, "strokes (hereinafter referred to as strokes)", [phonetic symbol
ls) J etc., an index system adopted from the dictionary with the largest number of kanji.
Based on various methods such as
method) has been developed.

However, these indexing methods are not ideal and are perceived as inconvenient by regular users of dictionaries. In order to meet the demands of computer data processing with a huge amount of kanji, data handling companies have introduced various keyboards and input methods.

Among them is ``the 1nput method with a large keyboard''.
large keyboard) J, “Three-corner coding input method (three-corner coding input method)
coding 1nput method) J. Each of these methods has its advantages and disadvantages, but their main disadvantage is that they are designed for data processing professionals. Therefore, in order to obtain the desired results, operating personnel are required to undergo a comprehensive training program. While this may be convenient for professionals, it is difficult for non-professionals to undertake immediate information research and data processing within limited time frames.

Furthermore, the commonly used Chinese computers are [Joint-stock Ltd., Co., Ltd.].
, "Taiwan Province", "
Company J, Chung North Road
These Chinese computers do not have the ability to select commonly used phrases such as 5han N, Road, etc., and must manually process these phrases one character at a time. Chinese computers have the ability to process special symbols, including uppercase and lowercase English letters, which is inconvenient to use and has a very slow processing speed.

[Problem to be Solved by the Invention 1 The main purpose of the present invention is that after a short period of training, most people can become proficient with direct data entry performed via a terminal, and that The object of the present invention is to provide a simple input/output method for processing computerized Chinese characters, whose input speed can be increased through learning and practice.

Another object of the present invention is that the stroke characteristics of Chinese ideograms and Chinese characters are elaborately systemized to effectively achieve a quick indexing process.
Provides an easy input/output method for processing computerized Kanji, including character sounds (t
One) and even people who don't understand the meaning can be influenced through this method! The goal is to ensure that work can be done effectively.

Yet another object of the present invention is to provide a simple input for kanji processing that can be easily mastered through repeated manipulation of kanji identification codes for commonly used kanji and in-1714 works for kanji that are only used in insects. /Providing an output method.

Yet another object of the present invention is to index Kanji easily by professionals as well as non-professionals, by inputting K, any stroke that is separable from Kanji, according to predetermined rules. The objective is to provide a simple input/output method for kanji processing that can be operated on.

Furthermore, it is an object of the present invention to provide an indexing method for quickly indexing commonly used phrases or specific phrases set in advance by the operator.
The purpose of this invention is to provide a simple input/output method for kanji processing, provided with a 7-res selection function.

It is further an object of the present invention to provide a simple input/output for processing Chinese characters in which special symbols can be created, processed and printed out, thereby making it easier to handle Chinese computer systems. The purpose is to provide a method.

Means for Solving the Problems The simple input/output method for computerized Kanji using a digital computer of the present invention is based on specific coding rules and sorting arrangements for Kanji.
t) converting the kanji into codes, inputting the kanji coded by the "head" and/or "tail" of the kanji formed by connecting the initial notes into the computer, and modifying the kanji. The steps of using 7 requirencies and sequences for direct input via a designated keyboard, a predetermined symbol inputting rule, and a predetermined inputting rule for 7-lease selection, indexing symbols and phrases through a modified keyboard, allowing most people to quickly learn the method and operate it easily.

[Embodiment J] Next, an embodiment of the computerized kanji input/output method of the present invention will be described based on the drawings, but the present invention is not limited to this embodiment.

FIG. 1 is a 70-chart diagram illustrating one embodiment of the steps of the input/output method for computerized kanji processing of the present invention, and FIG. Figure 3 is a diagram showing the stroke form code table, Figure 4 is a diagram showing the correspondence between the Chinese phonetic alphabet and the English alphabet, and Figure 5 is the input logic. Figure 6 shows the inputting rules for noeral symbols, Figure 7 shows the inputting rules for double-character numerical symbols, and Figure 8 shows the inputting rules for special numerical symbols. Figure 9 shows the input rules for phonetic characters, and Figure 10 shows the graft symbol (
FIG. 11 is a diagram showing the inputting rules for reporting form symbols (reporting formsymbols), and FIG. 112 is a diagram showing the head-tail code.

Based on the 70-chart shown in Figure 1,
The input method of the present invention consists of the following steps.

(a) The same key on the keyboard is shared with the five types of basic strokes, and strokes that are separated and grouped are defined, and commonly used kanji are divided into 33 "head" J: Establishing a chord table for the stroke forms shown in FIG. 3 by grouping them into 7-C and 33 tail C-C.

φ) Divide kanji into three groups: a splittable group, an indivisible group, and an inner/outer group, and use kanji splitting rules and coding rules (charactersplit).
ting and coding rules). These were made as follows.

(1) A kanji that has a structure that can be divided vertically, horizontally, and vertically, with the highest stroke on the left side of the kanji being the "head J," and the lowest stroke on the right side of the kanji being the "tail." For example, the kanji for "cold" is
It has a head stroke "," and a till stroke ",".

(2) Kanji that have an inside/outside structure, with the outside being the [head stroke] and the inside being the "tail" stroke.

For example, the Kanji rlilJ has a head stroke, ``口'', and a till stroke, ``dai''.

(3) When a kanji has several possible "hefudo" and "til" strokes, the one with more strokes takes the 1st M position. For example, the kanji "±" takes priority with respect to "ten",
Kanji [small J takes priority on "J", and "几" takes priority on "shi".

(4) When all the strokes of a kanji are taken by the "head", the "tail" does not take that stroke repeatedly, and when there is no stroke for the "tail", the blank and/or Kanji where zero is placed.

For example, the kanji ``tama'' is used as ``head'' and ``王''.
Take , and take [,] as "til". However, the kanji ``中'' takes ``|'' as the head stroke,
Repeat as a till stroke and take "|". Such kanji have strokes that run all the way through their ``head'' and ``tail,'' and such exceptions occur in such cases.

(5) Ignoring "head" and "tail", things that are surrounded on all four sides are grouped in "■" and are pronounced "1 day" and are surrounded on three sides. The kanji that are grouped into ``month'' and have ``month 1 and '0'' are grouped into ``ten'' (6) with a cross-shaped stroke on the left side. For such things, "|",
For example, the kanji 11 for ``zai'', such as ``car'', has a head stroke of ``ten'' and a tail stroke of ``earth''.

()) "Gate" and all radicals related to "Gate" are "F"
Kanji grouped in `` and pronounced ``mon''. For example, the kanji ``between'' has a head stroke of ``r''.
” and the tail stroke “日”.

(e) Establishing an input rule based on the simple coating system described above and inputting the code through the keyboard shown in FIG.

The input chords include a "head" chord, a "tail" chord, and an initial phonological code (initial phonological code).
phoneme codes)] and [Kanji frequency codes (character frequency)
y codes)] and [Kanji sequence code (ch
The "Head" code and the "Tail" code, which have "Head" code and "Tail" code, are basic input patterns of the present invention, and are hereinafter referred to as "Hefdotail" code (basic pattern). [1
The written code indicates a code in which the input code is selectively used or not used.

The inputting rule is designed to allow three free selections: an inputting code that can be selected, an inputting code that can be deleted, and an inputting code that cannot be selected.
Thereby, the input method of the present invention is widely accepted and facilitates the user to adjust the input speed to remain effective.

Initial phonological codes are provided selectively, considering that several identical codes and overlapping Kanji characters occur in the paysic input pattern of this "head-to-tail" coding system and negatively affect the input speed. There is.

The initial phonetic code is the first phonetic letter (first
A phonetic symbol is defined as a consonant or vowel set in a kanji. For example, the initial phoneme of the kanji ``fu'' is r'7'', the kanji ``人'' is ``mouth'', and the kanji ``starvation'' is ``ki''. It should be noted that this rule also applies to the special pronunciations of many kanji that have various meanings.

Additionally, for direct input through the 5CII keyboard, a slightly modified Romanization system established a list of English alphabets and Chinese phonetic alphabets as shown in Figure 4. ing. Here, the major modifications are ``Ding'', ``Yu'', and ``Ding''.
The confusing pronunciations of Chinese retro expressions such as ``sai'' and ``+'' and ``7''' and ``mu'' are all set to correspond to the same English alphabet. For example, the phonetic alphabet ``mushi'' and r77J are set to correspond to the English alphabet rZJ, and ``/''' and ``mu'' are
It is set to correspond to "S".

During input and output operations, using the aforementioned "head" code, "tail" code, and initial phonological code, even if many similar kanji stored under the same code are encoded. good. This is because among the approximately 50,000 kanji, many kanji have the same head stroke and the same tail stroke.

However, the number of commonly used kanji is about 5,000.
0 words, and the similar kanji and identical codes created by the method described above are nothing more than a mixture of commonly used kanji and rarely used kanji. Therefore, we now introduce a sequence of Kanji characters into the method. That is, the kanji 1e, ooog are divided into kanji set A, which has about 5,000 words that are often used, kanji set B, which has about 7,000 words that are not often used, and about 4,000 words that are rarely used. kanji sera)
Divide into three sets with C. During key operation, Kanji 71
When no 7-quency is indicated, the Kanji to be processed shall be the frequently used Kanji. By pressing the space bar on the keyboard, less frequently used and rarely used Kanji with the same code as the frequently used Kanji can be displayed by the user for selective fabrication. displayed against. However, when the user knows which kind of "7 requency" a Kanji character belongs to, he can directly indicate the 71 J quency of a Kanji character in the simple code of the present invention to increase the operation speed.

Even if the above-mentioned "head" code, "tail" code, initial phonological code, and kanji frequency code are used, the use of the same code is unavoidable, and the school believes that skilled users of the present invention will be able to search for kanji. One will know from experience the position in the same code that should be indexed, and the fastest way to index the Kanji directly using the "Kanji Sequence" that achieves the fastest operation can be adopted. Examples of various conditions for the implant pattern of the present invention are as follows.

(1) “Head” code + “Tail” code (basic pattern). For example, the kanji ``'4i'' has a head code of ``F山'' and a tail code of ``佳''.

(2) "Head" chord + "Tail" chord + initial phonological code (3-chord pattern), for example, "Liu"
The kanji ``ノ'' is a herad code, ``I'llJ'' is a tail code, and `` is an initial phonetic code.
L'' (lh).

(3) "Head" code + "Tail" code Master's initial phonetic code + frequency code (4-chord pattern), for example, the kanji "Liu" has a herad code of "E" and a tail code of "11" , the initial phonetic code "L" (y7), and the frequency code "7 requency 1".

(4) "Head" code + "Tail" code + initial phonological code + 717 sequence code + sequence code (5-chord pattern). For example, the kanji "Liu" has the head code r/J, the tail code rlJ, the initial phonetic code "L"(#), the frequency code "7 requency 1", and the sequence code It has "|".

The four established methods mentioned above can be selected depending on the user's skill level. In that case, the 3-chord pattern as in (2) above would be the "head" chord + "
It can be changed to "tail" code + frequency code or "head 1 code + "tail" code + sequence code, etc." Also, 4- as in (3)
The chord pattern is also “Herad” chord + “Tail” chord +
It can be changed to initial phonological code + sequence code, etc.

The input method of the present invention is easily implemented through a terminal. Practical operations! @This will be explained in conjunction with Figures 2 and 5. Here, the logical sequence of m511ffil±inputs is shown.

Figure 2 shows a modified ASCII keyboard (
10) is shown. This ASCII keyboard (1
0) is divided into three parts: a head-tail tone key (11), a frequency key (12), and a kanji selection key (13).

The head-tail phonological key (11) is the full 77 befts of normal English from A to Z, as well as r:l r<J, ">", "
? Functional keys such as ”
It has 30 keys, including l keys).

And each key is marked with the frequently used "head" and "tail" strokes. The often used “head” stroke and “
When the "tail" strokes are the same, the same keys are marked and configured on the "head" and "tail" strokes, respectively. Such things include "insect", "+", "person", "woman", "heart", "
It includes 15 keys: ``mouth'', ``ear'', ``bad luck'', ``moon'', ``mountain'', ``metal'', ``wood'', ``water'', ``fire'', and ``earth''. The remaining keys are marked separately with a basic pattern of a ``head'' code on the top left of the top of the key and a ``tail'' code on the bottom right. Furthermore, the head-tail phoneme keys (11) are arranged in three rows. , first column (
100) is composed of basic patterns related to people and living things such as "insect", "person", "woman", "heart", and "mouth". The second column (101) is "Sun", "Moon", "Mountain",
It consists of basic patterns related to natural objects and inanimate objects such as ``stone'', ``metal'', ``wood'', ``water'', ``fire'', and ``earth''. The last row (102) consists of "head" chords, upper V "tail" chords, in which basic strokes such as "mon", "bamboo", "masu", and "L" are often used, although in an incomplete form. has been done. Sara K, head-tail sound key (ii) tIfJ4 row (103
) has the same 5 keys as the standardized English keyboard keys.
A numeric key is used as an auxiliary measure in cases where the above settings for the ``head'' and ``tail'' chords cannot meet the input requirements.
'', ``-'', ``|'', ``NO'', and ``■''.

Sara K, the corresponding Chinese phonetic alphabet is the sound of kanji, "shi and P", "sai and left", "F and mu", r mouth and blind /LJ,
Keys (114) and (115) are marked to the left of each of the letter keys K, A to Z, as they are used to select some indistinguishable phonemes shown in Figure 3, such as "Z and Nu".
), (116), (117), and (118).

The frequency keys (12) are divided into three keys: a [less often used] key (121), a [rarely used] key (122), and a [frequently used] key. In this embodiment of the invention, the space bar is utilized as the "frequently used" key. As mentioned above, there are approximately 5,000 kanji in K.
a frequently used group of words, a less often used group of about 7,000 words, and a less frequently used group of about 4,000 words.
It is set in three groups, with a rarely used group of zero words. During the input operation, the frequently used keys are first used for the input operation.

When a kanji is not located in a frequently used group, it is then placed in a less frequently used key (12
1) or rarely used keys (122) are used to perform input tasks. An experienced operator can accurately and quickly locate the kanji within the three groups according to the present invention.
It is not always necessary to follow this procedure.

Kanji selection keys (13) are O-9 221 meral key and t
This newer key, consisting of the IL return key (131), is the same as that configured on the right side of the English keyboard. The above pattern [Head, Tail] [Head, Tail, Initial sound 11] [Head, Tail]
tail, initial phoneme, 7 requency], several identical "head" and "tail" codes are simultaneously displayed on the underline of the CRT. Usually at most nine identical codes are displayed there.

If there are nine or more identical codes, a message "+xx" will appear after the ninth identical code to indicate the number of remaining identical codes. At this time, the space bar is used to select the same keyboard on the right side required for the input operation.

If an error occurs, the "6" key will indicate the error and repeat the Kanji detection mechanism.

(d) In the rules established for inputting special symbols that are divided into five types, each type uses a predetermined key as an initial key to indicate a specific type of special symbol. As shown in Figure 2, K, first, Chinese/English (Chinese/English).
sh) function key (15), then press the one key representing the special symbol.

(^) The general symbol input rule is to use the “no” key as the initial key, and then! @6 General symbol 1 with 94 symbols as shown in figure
One key is pressed. For example, the following example is given.

p→「ノ」ρ〃→「ノ」〃q→「ノ」q
I→「ノ」Ir→[JJr
¥→[)]¥S→r'/Js %→``
of"%! → “No”! Here, the symbols on the left are the symbols that the operator wishes to index, and the keys that must be pressed in sequence are shown on the right.

(B) The input rule for the neweral symbol is “
=” key is used as the initial key.

Numeral symbols are divided into two types as shown below.

(B1) One of them is a double character menu symbol having 100 symbols as shown in FIG.

For example, 01→=01 02→=02 (B2) @ The second special 22-meral symbol has 96 symbols as shown in Figure 8. For example, 1, →=, 1 ■→=01 2, →=, 2 ■→=02 (1)→=(1[-]→=[1 (2)→=(2[two]→=[2 (C) The phonetic alphabet inputting rule uses the "-" key as the initial key to input one of the phonetic alphabets having 40 symbols as shown in Figure 9. For example, mouth → -F'ry →-D Yen→-T Car-L One→-N (D) Special graph ) (graphed) Symbol input rules are 17 as shown in Figure 10.
To input one of the special graft symbols with nine symbols, use the "\" key as the K, initial key. For example, ℃→\OC9→\SS $→\S No. →\NO ○→\Ox ☆→\Bookφ→\C/ ★→\Chapter Bε→\L- 0100→\%φ (E) Reporting form
form) The symbol inputting rule uses the "+" key as the K, initial key to input one of the reporting form symbols having 76 symbols as shown in FIG. For example, □→ten−＋→＋
55 □→+B-J→+33 In FIGS. 6 to 11, those written above indicate special symbols, and those written below indicate special symbols according to this embodiment of the present invention.
Indicates a key that must be pressed.

(e) One rule is established for special phrase selection that is used for both English and Chinese phrase selection. As shown in FIG. 12, the K, 77 key words, "verb", are pressed first, and then one or more desired keywords are pressed. Selectable phrases are displayed by inputting one or more keywords, including phrases that you have set in advance during the setting process or phrases downloaded from the host computer. Ru. The keywords used in the selection of Chinese phrases are the letters of the English alphabet (Alphabella) that correspond to the first phonetic alphabet of those Chinese keywords. Selection of English Phrases The keywords used here are the English words themselves.

The maximum number of keywords that can be input for one phrase is limited to eight letters of the alphabet. Phrase inputs that can be taken in more than one way can also be incorporated for some satisfying phrases. When several satisfactory phrases are selected, the first satisfactory phrase is displayed for the selecting operator. When the phrase is the phrase desired by the operator, the RETURN key is pressed to index the phrase. On the other hand, Space Parr is a bug where phrases can be found whenever you want, and the next satisfaction is ◇ (Pressed to check the phrase, then the return key is pressed.

To input phrases that can be taken in two or more ways, use K, the symbol [machi] to represent any letter used in a digital computer system. For example, suppose there are four phrases as shown below.

(1) ACDFKBB% (2) CBD
EBkKK (3) IICDE15KKK (4)
8CRFPMMWhen the input keyword is "8 books", phrases (1) and (4) are satisfaction phrases.When the input keyword is "book", phrases (1 to 4) are All phrases are satisfactory.When the number of keywords to be input is "8", only phrase (3) is satisfactory.

For further understanding, here are some examples of commonly used phrases.

(1) Shintsu Electric Co., Ltd. (2) Huaguang Electric Co., Ltd. If you want to index phrase (1), just input the keyword JSTJ.

(S is the first phonetic letter of the kanji ``God'', and T is the kanji ``God'').
It is the first phonetic alphabet of "Tsu"). If you want to index phrase (2), all you have to do is input the keyword rHGJ. If a keyword is selected to input fewer characters than the total number of Kanji characters in a phrase as described above, the remaining Kanji characters are processed by inputting phrases that can be 2 or 9 or more.

(3) Ministry of Finance (4) Ministry of Finance (5) Ministry of Finance (6) Ministry of Finance (6) Ministry of Finance When selecting FC, which is the first phonetic letter of "goods" as a keyword to input, use the phrase (3 to 6 )
is a phrase.

Phrase (3) is first displayed for the operator to select and, if desired, the "return" key is pressed to index phrase (3). Mushita presses ``Space Par'' to confirm the next TG Ashiyu (phrase (4). At this time, ``Return'' is pressed.
Either the key is pressed to index phrase (4) or the "space par" is pressed to confirm the next satisfactory phrase (5). Needless to say, the index of phrase (5) or the display of phrase (6) is processed in the same way.

As shown in FIG. 12, the head-to-tail code determined by professionals according to the established rules described above is definitely the denomination of the present invention.
−? :, -7 broom,, l-$ IJ-I M P
-M 1 However, these rules as shown in Figure 12 are misleading, as are the head-tail codes determined by unskilled non-professionals.The head-tail codes are shown in Figure 3. Acceptance may only be accepted if it is included in the code of the stroke form that is being used.

The input method of the present invention can be applied to any non-professional seven-ethnic process in data processing through a Chinese computer.
It can also be easily mastered by Naru. And it is convenient for professionals when designing programs.

It will be understood that various changes and modifications may be made to the above invention within the scope of the claims. The invention is not limited to the embodiments shown in the detailed description and drawings.

4 fIA detailed description of the drawings Fig. 1 is a 70-chart showing one embodiment of the steps of the input/output method for computerized kanji processing of the present invention, and Fig. 2 is the input method according to the present invention. 3 is a diagram showing the code table of the stroke form, 4 is a diagram showing the correspondence between the Chinese phonetic alphabet and the English alphabet, Figure 5 shows the logical sequence of inputs, Figure 6 shows the inputting rules for general symbols, Figure 7 shows the inputting rules for double character numerical symbols, and Figure 8 shows the inputting rules for special symbols. - Figure 9 shows the input rules for meral symbols, Figure 9 shows the input rules for phonetic characters, Figure 10 shows the input rules for graft symbols, and Figure 11 shows the input rules for reporting form symbols. The figure shown in FIG. 12 is a diagram showing the head-tail cord.

(Main symbols in the drawing) (10): Keyboard (11): Head-tail phoneme key (12) Near 17 Quency key (13): FtA character selection key HI JKLMN OP QRjHjl
#J #K Le z M J N
J Op P J Q' R\
Ko A 5
abcdef7\Q JA
z-1% 'a 'b 'e
'd 'e ■ p q r S t u
V W Xjp#q'r's't7u#y
'w71? @ A B CD E F
GJ? '4) jA IB
#CJD7g 7F JGgh i
jk 1m n.

'z 'h 'l 'j'
k'I'm'n'.

yz(I) − 'F ” 'I I: 1+
1-Iris 04 Tomi 05 W-06MR07-08-0
9-10 error 11 ko12 =13 -14 -79
80 81 82 83 84 85 86 87 8
8 89! -79 -80 j81 -82
=83 =84 -85 -86 -87 =8
8 =89 -25 26 27 2g 25 -26 =27 =28 =50 -51 952 =53-75 -76
Core 7 =78 15 =16 -17 -18 ==119 =
20 -21 -22 =23 =2440 -4
1 =42 -43 =44 =45 Gourd 46
-47 -48 =49GO9192939495
9697989990-91=92-93 Tomi 94
=95 =96 =97 -98 =99 years old 8 figure L 2. 3. O0 4, 5, 6, 7, 8, 9, 10, 1+, 12.
13. 14゜--4 wealth +5 =, 6 -, fu, 98 Maro, 9 5゜IO--11 tan-12-0+
3 -14(4) (5) (6) (7) (8
) (9) (10) mark) (+2) (+
3) (H)-4-5-6 Day 7 Snow 8 Seal 9 R
10 wealth 11 decrease 12 -13 -14■■■■
■ ■ OO@0 ■ ■04 -05 -06 Snow 08 -08
Meal 09 -(No -011-01
2-013 Gallery 014 (To) Middle (G) (To) (5
) (c) (g) (c) (g) (g)
(1)-I = 2 father-in-law 3-4 1000 5 l
116 love 7 dew 8 wealth 9 fall 10
Dew 11(iH(i(o) I HI
■V VL Dew 18 Bu 19 So-called 2
0 ■ 0 Painter 1 Tomiko 2 Tomiko 3 Tomiko 4 Tomiko 5 Rin I6+5.
16. 17° +8. 19. 20. (
+) (2) (3) (0) Snow・15 Rin・
16 San-17 Cod-18-19--20 Dew 1
憇 2 廁 3 瓢O (+5) (+6) (
+7) (+8) (+9) (2))■ ■
■Fuji 15 Fuji 16 Tomi 17 Feng H1@19 Tomi 20 -Of -02-03 [Phase] [Phase] O[
Phase] [Phase] ■-015-016-017-018-
019=020 (g) (1) ■ (1) (g)
■Tomi 12 Oka +3-+4 Tomi 15 IIl
16 Tomi 17 ■ ■ ] XXX [
12be・button・1 “;t'
Figure 12

Claims (1)

[Scope of Claims] 1 (a) A step of creating a code table of the stroke form of a kanji, and (b) (1) having a structure that can be divided into upper, lower, left, and right, and defining the stroke at the highest point on the left side as ""Head" and the lowest stroke on the right side is "Tail".
(2) a Kanji that has an inside/outside structure, with the outside being the “head” stroke and the inside being the “tail” stroke; (3) the Kanji has several possible “head” strokes. (4) When all the strokes of that kanji are taken as "head", repeat without taking "tail"; If there is no stroke for ``, then zero and/or blank characters are placed, (5) Ignoring ``head'' and ``tail,'' characters enclosed on all sides are placed inside ``■.'' (6) All kanji that have a cross-shaped stroke on the left side and are grouped in ``■'' are grouped in ``■'' and are surrounded on three sides. Kanji, (7) Kanji containing all radicals related to ``mon'' and ``鬥'' grouped in ``尸'', depending on the number of divisible groups, indivisible groups, and inner/outer groups. (c) establishing splitting rules and coding rules for a large number of kanji in order to divide them into groups; (e) setting a symbol inputting rule for sequentially inputting an initial key and a symbol key to index a symbol; ) selecting a plurality of satisfactory phrases and then setting a phrase input selection rule that inputs at least one keyword to index a desired phrase from the plurality of satisfactory phrases; It consists of a step of creating an input keyboard for operation by linking the stroke form code table, the symbol inputting rule, and the phrase inputting selection rule, and the input operation processes information using computerized kanji. A computerized kanji input/output method using a digital computer system that can be conveniently performed by anyone who uses kanji. 2. Step (a) consists of grouping frequently used kanji into 33 "head" stroke forms and 33 "tail" stroke forms, and a table (No. 3) A method according to claim 1, wherein the frequently used kanji are composed of the frequently used kanji. 3. The method of claim 1, wherein step (a) comprises the step of grouping identical strokes to differentiate the use of the same keys on the keyboard. 4 A step of creating five additional basic strokes of ",", "-", "|", "丿" and "■" for the kanji that do not have strokes, which are often used in step (a) above. A method according to claim 1, comprising: 5 In step (b), when the "head" stroke and "tail" stroke of the kanji physically intersect, "
2. The method of claim 1, wherein the "tail" stroke overlaps the "head" stroke. 6. The step (c) further includes a basic pattern of a "head" chord and a "tail" chord, a 3-chord pattern of a "head" chord, a "tail" chord, and a sequence code, an initial phonological code, or a frequency chord, a "head" 2. A method as claimed in claim 1, comprising the step of encoding Kanji characters into a 4-code pattern of ``code'' code, ``tail'' code, initial phonological code, and frequency or sequence code. 7. Claim No. 7, wherein said initial phonetic code comprises a romanized system (FIG. 4) adopted in conjunction with the Chinese phonetic alphabet for the cumbersome slender vowels and consonants in order to expedite the input operation. The method described in Section 6. 8. When said frequency code is based on a group of often used Kanji, a group of less often used Kanji, and a group of rarely used Kanji, and the frequency code is not indicated during the input operation. 7. The method according to claim 6, wherein codes of frequently used groups of kanji are automatically put into use in order to expedite input operations. 9. The kanji characters searched each time by any one of the patterns are comprised of three groups, each of the three groups has three kanji characters, and adjacent groups are separated by a predetermined blank. The method described in Section 6. 10 In the sequence code, the obtained display order is in a neweral type sequence of 1 to 9, so that by reading the sequence during the input operation, the neweral of the sequence can be changed to 1 without spending a long time. 7. The method according to claim 6, wherein input can be directly input to search for the correct kanji in one operation. 11 In step (f), for convenience and easy input operation, a "head" stroke and a "tail" stroke, the symbol for selecting the kanji, the basic stroke, and the phonetic alphabet are added to the top surface of each key. The method according to claim 1, comprising the step of marking with. 12 The step of marking the top surface of each key is 4
There are three additional keys: ``:'', ``<'', ``>'', ``?
The process consists of marking a Chinese phonetic character on each of the keys of the English alphabet from A to Z, including ``Head'' stroke, ``Tail'' stroke, and the phonetic character are used separately on the same key. In each of the same keys, the key "A" has "■" and the phonetic alphabet Y, ■, 幺, 尢, ∠,
■ is marked, and the key "B" is marked with "■", "■" and the phonetic letter ■, and the key "C" is marked with "bamboo", "eight" and the phonetic letter ■, 彽. The key "D" is marked with "mountain" and the phonetic letter ■, the key "E" is marked with "person" and "-", and the key "F" is marked with " The key "G" is marked with "wood", ≪, the key "H" is marked with "water", "small", 厂, and the key "G" is marked with "water", "small", 厂. "I" is marked with "sai", "stop", -, the key "J" is marked with "fire" and ■, and the key "K" is marked with "earth" and ■. The key "L" is marked with "stone", "■", and ■, the key "M" is marked with "厂", "sun", and ■, and the key "N" is marked with "厂", "sun", and ■. is marked with "ku", "亅", and ■, the key "O" is marked with "go", "ka", and ■, and the key "P" is marked with "king", " The key "Q" is marked with "insect" and <, the key "R" is marked with "woman", ■, and the key "S". is marked with "■", 尸, and 幺; the key "T" is marked with "heart" and ■; the key "U" is marked with "ear" and 凵; "V" is marked with "■", "mu", and "■"; key "W" is marked with "ten", "me"; key "X" is marked with "enter", "me", and "T". The key "Y" is marked with "mouth" and "me", the key "Z" is marked with 军, 卩, and ■, and the key "6" is marked with "rain". 12. The method of claim 11, wherein the key "7" is marked with "horse" and the key "8" is marked with "car". 13. In the step of marking, Q, whose strokes related to humans and living things are English alphabet keys;
The first column corresponds to W, E, R, T, Y, U, I, O, P, and the strokes related to natural objects and inanimate objects are the English alphabet keys A, S, D, F, G.
, H, J, K, and L are arranged in the center column,
Strokes often used, albeit in an imperfect form, are the English alphabet keys Z, X, C, V
, B, N, M in the last column. 14. The frequency keys are configured on the right side of the keyboard, defining two specific keys as "not often used" and "rarely used" keys, and defining the space bar as "often used". The method according to claim 11, which is defined as a key. 15. The method of claim 11, wherein the sequence keys are each represented by the numbers 1, 2, 3, 4, 5, 6, 7, 8, 9 of a typical English keyboard. 16 The basic stroke is "," with 1 and "
12. The method according to claim 11, wherein "-" is represented by 2, "|" is represented by 3, "丿" is represented by 4, and "■" is represented by 5, separately in the numerical formula. 17. said step (e) includes a symbol "*" to indicate whatever phrase is being used in said computer system, a return key to index one of said satisfactory phrases, and a 2. A method as claimed in claim 1, having more than one possible character input using the space bar for confirming another phrase after a satisfied phrase. 18 The step (d) is performed as the initial key.
6. The method of claim 1, further comprising setting ``丿'' and 94 general symbol keys (FIG. 6). 19 The step (d) is performed as the initial key “
8. The method of claim 1, including setting ``='' and 196 Numeral symbol keys (FIGS. 7 and 8). 20 The step (d) is performed as the initial key.
9. The method of claim 1, including setting up a "-" key and 40 phonetic alphabet keys (FIG. 9). 21 The step (d) is performed as the initial key.
\” key and 179 special graft symbol keys (10th
2. The method according to claim 1, further comprising setting the following. 22 Claim 1, wherein the step (d) includes setting the "10" key as the initial key and 76 reporting form symbol keys (Table 9).
The method described in section.