JPS58115530A - Coding of chinese characters - 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]

The present invention relates to a method for encoding Chinese characters (known as kanji in the 80s, hereinafter simply referred to as ``kanji''), and involves recording the strokes and pronunciation of both the characters themselves and their characters. It is something to be used. Because kanji visually represent the meaning. Western words, which use a fixed alphabet that sometimes has no visual relationship with meaning, are completely KJ%. Intervals always occur in methods of processing Kanji (eg, combinators). The heaviest! One of the problems is how to convert kanji to mV! , and how to identify it efficiently. In other words, this problem has 111 layers of Kanji encoding inputs. Kanji can be decomposed into constituent elements, shown here collectively as S violet. Radicals can also form a single character by themselves,
11 plus another one is 5 even if two or more radicals are combined.
Can make up one character. The radicals forming a particular character can be used as a 1 alpha alphabet' (code) to identify the kanji. A must to identify all useful Kanji! Although the number of radicals is considerably smaller than the number of kanji, the number of signs (Pl, alphabet) used in the English alphabetical alphabet is still quite small. many. Does this mean □?
A rounding input tool (
In other words, keyboards are large in size and require a lot of skill and skill to operate. The pronunciation of all kanji characters can be expressed by combining 92 or 6 phonetic symbols selected from a set of 67 quasi-Chinese phonetic symbols. This group O phonetic symbol is also layered as a means of encoding all kanji. However, there is a problem in that there are many kanji that are the same in one pronunciation, but their appearance and meaning are all <A&. In recent years, many coding methods have been developed, each with its own advantages and values. However, all of them have drawbacks among inconveniences. An object of the present invention is to provide a method for encoding Kanji characters by using radicals including the character -, and in the case of certain Kanji characters, the Kanji characters themselves 0IIIiiiJI+- and pronunciations. According to the method of the present invention, the Kanji code can be discovered at a glance. Furthermore, the nine codes produced by the method can be easily input into a processing device such as a computer using a standard size O alphabetic keyboard for English or other alphabetic languages. In the method of the invention, one character is a radical as well as a character ont.
It is decomposed into o- and pronunciations, and for a given letter a letter itself is fateked in a predetermined O manner into a round that forms the code for that letter. Other objectives,** and advantages will become apparent from the description below. First, we will read and write kanji and make a general consideration. All kanji are made up of one stroke, and t9 is made up of two or more strokes. According to the method of the present invention, strokes of Chinese characters are classified as follows. t ”-C Itsu, Goankai) 1 This is indicated by a dotted line in the next letter. 1
It is a private thing that can improve your writing ability in the form of No. 1. In the present invention, in order to avoid confusion between 1 no" and 1-", car 1 is used to represent @/''. This character 0IIi is indicated by a dotted line next to the character. 31., t15 Mushinarigo @1 (Con, Muri" This is indicated by a dot - on the next letter. Mouth is indicated by a dot - on the next letter. Mouth is @l (yes) "This is indicated by a dot on the next letter. This is indicated by a dotted line in the next letter. This stroke is different from ``Ichino'', which is always accompanied by 1・''. This is indicated by a dotted line next to the O character. It is not accompanied by 1", but it is accompanied by 1-" as 1 o'clock. , 27, @
It should be written in the form /(h P'-ri "This is actually 1)". In order to avoid confusion with "1" and @-1 in case of non-report. Use the 9th K "/" to indicate "1 no". This picture is indicated by a dotted line in the next letter. The text is indicated by a dotted line. This painting is different from 1. t1fuCjga)"This is indicated by a dotted line on the next letter. RYOLof ni palm1α @)(Mu#1)"This is indicated by a dotted line on the next letter. Hat Kei Elephant Boar and om are curved and written in 1 Gan @J'll
It is different from. IL "Ko (phi)" This is indicated by a dotted line on the next letter. b''ノ,; Pino Added force 1λ @Z (mu#)'' This is indicated by a dotted line in the next letter. ,,,,,Usu breath 15 ``Itsu (-)'' This is indicated by a dotted line on the next letter. No5. No. , ' , ノ ". 14, ' L (dz*)" This is a dot on the next letter.
It is shown in aga4to1 & @u (d) ``This is indicated by a dotted line on the next letter. Su・-4 generations 1 yuan and 17, "7 (u)" This is indicated by a dotted line in the next character. This is indicated by a dotted line next to the letter. V, Muushiku, U (544 horses) On the other side of the above strokes, 1-ot" and 1hi" can be used as -stroke characters, which are used as 11I & 5 Eizaki's character ゛g It is very similar to ", Shiyobi@i". However, when these strokes (1, which is used as a separate part of a character with 3ti!i or more, and excluding "Otsu") are used as part of a character in the same way as the English characters @a" or @i", , they are not considered as independent characters. Approximately α8- of the kanji are composed of direct -. The way the strokes are combined is described below in each case. If there are no contact parts, examples are given of characters that belong to this. [Character] [Stroke] 8 /k
Lα) When the strokes touch each other but do not intersect. This is where the letter Km is written. (Character) [Character Stroke] Ding -j T -Me " -Noni - L Hi
1-mouth
1 Two swords Kome (when the 10 strokes intersect with each other. Some examples of characters belonging to this are given. Length / ((liD) When strokes are combined by the method of combining two or six cases mentioned above. Some examples of characters belonging to this are given below. [Character] [Stroke] [Stroke and character] Masu
-51-11 1 Fu51 Mouthman -
17-5 (δ Shinji -1 Fufu - 1a Approximately 1.2 Chinese characters are composed of 1111iJ? and one elemental character (iisl). The method of assembling this type of character is described below. According to this, when the stroke comes first and the elemental character follows.This is an example of a character with KI4.
-Junishi -White □ Death ・ `` 1000 / tmo 5 Seven (-) When the element letters are colored first and the strokes follow, following the stroke order. Examples of - with letters belonging to this [Character] [Element character and stroke] 1 + - K 9 ・ 2 Hiki ・ Dan Sun - M
, 8 - In the above method (including - stroke characters), #? The kanji that is composed directly from the strokes is AA! Defined as elementary constituent characters. Approximately 97.5 kanji characters are composed of two independent elemental characters. In other words,? The kanji for 7.5 hours is a double *S character. The method for assembling the 2-san** character is shown below. (1) One element character is written on top of another character (
21! Approximately 22 of the elementary letters are assembled in this way). Examples of characters belonging to this category are given below. [Two-element character] [Upper character and lower character] Red
Sat.
Both component characters are arranged in parallel (approximately 60 of the two component characters are in this configuration). Examples of characters belonging to this category are given below. [Two-element constituent letters] [Left @element letters and right 1141 sword numeral] Dedicated Ceremony% Ceremony% QIDl one! The letter X is another Jj! It is written in the upper left square part of the basic characters (approximately 55 characters of two-component characters are in this form). In other words, the element characters are arranged diagonally. Examples of characters belonging to this category are given below. [Character] [Top left IA element character and lower right JI! elemental character] 石 T 口斥 `` Kasashu Ichi 6 Tai Fukijogeki Bi Fuku GnDi one 4N elementary character is on the upper right side of another JI! elementary character -
It is written on the corner (approximately 2.5 of the 2JM plain characters are in this form). Examples of characters belonging to this category are given below. a to 佉可 Ｇｕｒｕｔｕｓ 米 しIA 連米帥 すこ（V）One elemental character is written within another elemental character (approximately 3- of the 2*Suden-formed characters are this malformation) ) 0 Show seven rows of characters that belong to this. [Character] [Outside 1M1llN plain letters and inside 1111
1! Basic character] arrangement 0 or 1 Tsuji n self-seki same day station inside mouth phrase 勺 O 壣 [Ko 切 彬 亘 二日URA 2 り例 行 ん 6Fi) The two elemental characters are merged with each other, but
Not intersecting (approximately α6- of the two-component character is in this form -
). Keep things with characters that belong to this category. [Character] (I! Basic character) Central Dai μ Rai Ki μ Ki Juninei Senhokuran Go Ogumo Ochi 3 Approximately 15'A of kanji is composed of six element characters.Here, six Elemental characters are defined as five-element constituent characters. sJj! Elementary constituent sentence constituent characters - will be used next. [Character] [Elementary character] Item B Rokan Onna Onna Onna Mori Kikiki Todoroki Insect Approximately α05chi of the Omushi-IL Jisha Kanji is composed of four element characters.Here, the four !X characters are defined as 41! tree constituent characters. Next, use water. [Character] [Element character] Can be used 〇Kazuma-1- 1 koro (rt C shift +--shizu>M'sr
Q4T'I! A
V All 37 phonetic symbols are for pronunciation! ! used, but simply its 54 (411)t or 27 (31)
11! ! 2) Species O symbol B ” 4! ¥'r k (
1 hitidz) are used as J- (they will be explained later).
(combined within the key). The pronunciation of ``H'miba 1 character @ 1 line, run, jump'' is @ respectively.
It is indicated by "<-TlA, vZ, ttffi" (the marks @v', 7, /" are used to indicate the phoneme on the pronunciation. -The symbol of the set (representing the pronunciation) Here, the 2nd number is the 1st initial (膓1tid) in the first phonetic position of K#.
The two royalties according to the method of this Gi1. The initial of the pronunciation is 蘂2 (M
(end) Fetch (fite 5) as a code. and 〆(2) initial 1←” is fetched as the last code. Therefore, the code for character 1-'' is ``+'' according to this implementation.
Another one-stroke character 1 Otsu (pronounced as ``I'') is encoded as follows: (1) the character l1li@Otsu'' is fetished as the first code, and (2) the initial 1-” is fetched as the final code ◎Thus, the code for 1 character 1 Otsu” becomes 1 OtsuP”.h) @21人, -f1ya, finger, thing, &P and other characters”. Figurative JI1. Other 11 that don't have all the search characters! For elementary letters, the first stroke of the character to be encoded is fetched as the first code, the initial of the same character is fetched as the 112 code, and the last stroke of the same character is JE3 (j[ It is fetched as a code.The above character becomes K as follows. -+1) 也 子しく7也し） く 701 ()弗1) 事 -rl (-thing 1) 1,000 (Me, 10), 小 (4, 8)%疋(), 之)" For a single-component character 1ζ consisting of one stroke and one component character preceded by a stroke and followed by a letter, the l1k47JoVEJ of that character to be encoded.
is fetched as the first code, the initial of the same character is fetched as the second code, and ! 1st t1 of cumulative character
! The initial of the first character of i or the same* elemental character (if the same elemental character is further divided into nine) is fetched as the sixth code, and the initial of the same elemental character is fetched as the fourth code. If you keep it, the code for the above character will be as follows: [Character] [Code] 1000/ζ-F
JT Mecha (1st grade) 8) Hiki Fukuri 4th (7
1III'JP and 1tVH elements that are constructed in such a way that the elemental letters precede them and the strokes follow, such as 斋ト北) 1 地 (士, -), 太 (大, ))'' Regarding single-element constituent characters made up of letters: the initial of the JiI elementary character is fetched as the JE1 code, the initial of the character to be coded is fetched as the second code, and the stroke becomes the final code. If you look at it the same way, the code for the above character is as follows: [Character] [Code] Sat rita- (Juto-) Tai Rikishi- (Taika) is like "member, forest, mu" For 3**s constituent characters, the initial of the first JM elementary character is fetched as the first code, the initial of the character itself is fetched as the second code, and the first 0111i of the final element character (9 is the JE1 element character). If the initial of the last element character is not fetched as the aS code, but the initial of the final element character is fetched as the final code, the code of the above character is as follows. [5g! Elementary constituent characters] [Code] Mori
Day 9! f days (members) items 5
Ku15 (0 items 10) Mori Rimbiwa (Kimori Nagi) 8 r2Jrr (stone & T stone) @L%
For a four-component character such as "2mo", the initial of the first * index character is fetched as the M11 code,
The initial of the character itself is fetched as the second code, the first - of the most MIX characters is fetched as the sixth code, and the initial of the last element character is fetched as the final code. For example, the code for the above character would be: [Character consisting of 4 elements] [Code] Diameter--ifu (seven rounded) ” 5415 (cIe la a) e)
In the case of a 25-component character, both of the component characters are 21! For two-component characters such as '1, friend, rei-chang, xian, 冨 (product, 工) which are not elementary characters, the I fetched according to the above method.
! The first two codes of the first element character jll are taken as the first and second codes, and all the codes of the ninety-second element character fetched according to the method described above are taken as the remaining codes. Similarly, the codes of the above two-element constituent characters are as follows. [Character consisting of two elements] [Code] 5th - r + (noina 1) friend
-P pha- ((-su7mata) bill
-r (-dimension, L, ) phase
-7'15-(410-) Eaves - Mar<(-/' (-Taku 1117) 20,000 to 47<(-(a::T knee) 144 of that Jllll strut
is a two-component character (excluding 1L”) @i!iJ(
In terms of two-component characters, such as "Ta, haiku)", "ho" (keiho), "kugi" (gyo), "jotokugi", and "■" (mouth, member), the first component character of the character is The initial of the first component character of i& is fetched as the first code, the initial of the first component character of that character is fetched as the second code, and the initial of the first component character of the second 1! elementary character of that character is fetched as the first code. 2 of that character is fetched as the third code and
#Eye 4! ! ! The initials of plain letters are fetched as IX4 codes. The second l of this letter! Basic character 2
The initial of the first element character of the th element character or #
The stroke of 47J is fetched as the fifth code, and the initial of the second component character of the second component character of this character is fetched as the Jl end code. For example, the code for the above character is as follows〇〔Character〕
[Code] @J Tka Tsukizuki jr: J (Yuta Tsukiku 10) Bun
云-上'5ka (Secondary i-hoguchi) technique ITv<<-L, l (4 lines both -B) & 4-
7”-fU (to 4 Ichi Togi)) 4 1 Father U O Riri (10th member shell) The second 9 elementary letters are 1 series, Zou, 2
1! For a two-component character, 1L in etc., the first four codes fetched according to the method described above are taken as the first four codes. and the fifth
(Final), or 5th J? and the 6th code is J& from the first elemental character of Ht instead of the second JI! elementary character whose second elemental character is not 1 and ``.For example, the code of the above character is K as follows. [Fumiko ] [Code] Continuation - Cat IL 1 (-Car Z 1) WL
tsu<<+L1B (lifestyle L1) I437' J
L4 L(L'(ntoLI'Jan) It is necessary to pay attention to the entry into 1% Te when the letter is encoded based on the method described above. 1. The letter @I' , Shiyobi 1-ta” are taken as the same,
Those two simple JN prime constituent characters are 1-poor, 1"6-shiyo and '', respectively, and lj or t-9 can be decomposed into either @/, i" and "ノ, many".In other words, , those characters can be decomposed by either fetching the !!vote character first by 7 or fetching % or - first. The method is preferable. 2 If we take the character -・” as an example, this character is 1・1
．．・'Maku can be decomposed into either 1 or 1'. According to row 7161 of Misuzu, the latter method is not preferable. 5. If we take the characters 1-" and 1-" in sequence, these characters can be decomposed into @, , @ and 1-, respectively. Colored by things. According to Honso Shirei, the latter method is preferred. This is true in principle. FC is when the edges of two pictures meet each other. It can be said that either one of these strokes no longer belongs to a character that does not include those strokes. Therefore, the characters 1r″” and 1廿” can be decomposed into “・,” and 1-11.1, -”, and the characters 10” and 1st” can be decomposed into 11.1, respectively.
, Ko' 9 is decomposed into 1, FU, -" and 10, 2" rather than 10, -"Oyohi""n, 3". , they are ~α, 口” and 1 luck, respectively! It can be decomposed into either "Kamae wa 1 person, self" and 1+, Mame. According to Honjitsu MAN, the latter method is preferred. This means that, in principle, the first element character is fewer. It can be said that it is better to have a stroke than to have more strokes. 5 If we take the character @ 1 as a column, this is 1 right, (〈” (1
(one is above and the other is below) or linear (one is outside and the other is inside). The former method is preferred in non-implemented sequences. . Melon If we take the character “Ai 1” as a column, this is @ second, 王” (both element letters are placed in parallel). (placed within the other element character). In non-implemented sequences, the former method is preferred. l If we take NK from the character 瑚", this becomes @zaya" ( 1 way 0
The JII bulk character is placed in the upper left corner of the other) Kamae can be decomposed into either 1 or 7'' (the two element characters are placed in parallel) 0 non-implementation According to the example, the latter method is preferable. Take the character ``a'' as an example, ℃ can be decomposed into ``@long, 8'' or 1 wood, north''K. According to Honji an<! ! 1. The If method is preferred. This means that, in principle, the first elemental character that has all of its strokes written earlier in line order is better than the first element character that has only a portion of its strokes that are written first. ρ If we take the characters “1 item” and “1” as columns, these are 1
0, Lolo” and “Rolo, Lolo” (both are 2*xm letters) or 10, Mouth, Mouth” and 10, Mouth,
According to this implementation, the latter method is preferable. In principle, it can be said that it is preferable to the constituent characters. 1 (L character 1 king" and 15" are examples). (placed inside) or 1-1 earth" and -, 5" (both characters are single-component constituent characters).According to this implementation, 2-component letters and The former method considered is preferable. According to the non-implementation sequence, it was found that a total of 8802 characters of ordinary Kanji are coded and 20 sets of characters have the same code. For these sets of characters, each It can be identified by adding a numeric code to one character of the set by 4. The method using unexploded BAK is similarly applied to candy consisting of 2 or more independent characters. 1. For a complex consisting of two independent characters such as ``, single type, pomelo'', the initial of the 41st element character of 中 s1#I (in the case of single 4 I elementary constituent characters) or the first independent character is fetched as the JE1 code. 1) The initial of the s1 independent character (in the case of a single element constituent character) or the initial of the second element character of the first independent character is fetched as the second code. Q&D Recommendation 1#i (in the case of a single element constituent character) Maku is the initial of the first element character of the second Udate character is fetched as a happy 3 code. The initial of the Ga1JE2B standing character (in the case of a single element constituent character) t or the initial of the second element character of the JIE2 independent character is fetched as the third code. (V) Then, the final of the 1X2B standing character - (in the case of single element constituent characters) t or JIIE2 of the ilE2M standing character
The initial of the s22 subprime character in the final - of the element character or the second subprime character of the second independent character is etched by 7 as the fifth code. In this way, the eyelids described above are coded as follows. [Elids] [Code] Brush ≦-Kei V East () Kemasubei 1) True nucleus Chika Rainbow - (-+ Shizai Katsumata) installation -7
(-IJη-(
For words consisting of three independent letters, such as ``Ninrin Hitachi -) 1 Senninsho, 曛淋'', the last five codes are changed to the last two letters using the method used for the two-letter states described above. , and the first two codes are M by the method used for the 1a standing letters of two-letter words described above.
1 independent character. In this way, the above words are encoded as follows. 〔Akin〕〔Code〕 Senninsho 日r　小日FF＜＜（I山）人正手J）Ohtannin 勺F'F'＜7' ＃ -C＞Water ￥XY＃-Thursday) 1ami In the case of a fin consisting of more than three independent characters such as ``Liga, 捷格斯拉, somewhat meek, some tears'', the initial of each independent character is fetched as a code. The code for these fins is as follows:
[Code] Amerika Y-ka 4 J-1'5F'-ka

[Somewhat meek, some tears, power r-ku Lnr power According to this actual AM, all the single strokes defined above are indicated respectively by their pronounced O initials,
The key 0+- port can be used as a computer input terminal. JII of the Hei of this & Imaichi board
It is shown in Figure I. According to this implementation, the strokes of kanji are classified into 20 types, including the 918 types mentioned above. The two additional cypresses are added as follows. (1) ” ”> (sat)”, this line character 1no”
It is indicated by a dotted line and is used only as the character or "it@ノ". According to the real IlA sequence, the basic principle is that the kanji is composed of 1.2.5.4... or more radicals in the element character υ according to the IX1 implementation sequence. The basic radicals of kanji are classified into 622 kanji, including 20 types of -. These 622 radicals are further divided into 27 groups according to their initials (i.e., their pronunciation in Table 1). They are listed in Table 2. Radicals are deformed and displayed as round bodies. The modified forms of the basic radicals of all 322 oaks are shown in Figures IX5-9. Here, % behind those shown in Figures 3 to 9. 1" belonging to the set t1" is different from 1; "1S"11" belonging to the set @2L". The former has five families, Ling, Winter,
Nine is placed below the left of another radical, as in “cold”;
The latter is used as ``@trap, ri, tsuki, fune, mother, 亙, 2,,shi''. 2@su'@+2, which belongs to the group ``O'', is different from ``1, which belongs to the group 1r''. .The former is a modified form of ``1 otsu'', and at 91 o'clock, the character maku is used only for part t1kichi, mitsugu''. 1 or `` belonging to the 岨 of 5 @se'' is 1 monme of the group 1 mu''. The former is different from another s as in @Φ, 李, 咎.
tO upper makku is located on the left, and the latter is -Lk% noodles, 款”K
placed above or to the right of another radical, as in 4 h "4" belonging to the group @c' is different from "1 year old" belonging to the -bi0 group.
The former is used as in "Ki, Gan, Kuni, Kei..." and these characters or St are used as in "113%本, Ministry". Used for other purposes. 1ヰ(4-)” belonging to the group 5 “)” is ff of “stone”
1KJ11 to 11 o'clock ヰ(3-)'' is a different em
The character maku is used as in the radical 1 year, 4F (4), solution (solution), and the latter is used for things other than 1 year, skin, solution. ``One cow belonging to the group ``&@)'' is different from ``one cow belonging to the group −2.'' !m-1 is used like ``other,'' and the latter is ``one cow belonging to the group −2.''
7. 1W, which belongs to the group “7”, is 1,000, which belongs to the group “@su”.
That is #4. si-〇-'' in the former is shorter than that in the latter, and is used only in the character or part 11 ri'' and its variant form @te''. 1” which belongs to the group @4” even though it has 14 is 14◎
The latter has an internal radical, like the outer key of 1, ri, and the former always has nothing on the inside, as in 1, ri. ``One power'' that belongs to the ``power'' group belongs to the ``one'' group.
It is different from. Person #a is always Kg on the inside like “one of the group of @ka”! It is used as a white radical, and the latter is the outer four radicals of the character 9, S, as in ``@shun 1 ku, ko, 匍''. 9, @T'' belonging to the group ``'' is 1 The 17” in group 1 is J! 4&ru. The former as a radical is the upper left jl of another radical
lK, and the latter is placed on top of another radical, such as ``Tei''. 1s, 10'', which belongs to the group 1α @r'', is placed on the group K of s'P''.
w4 is different from "1su". The latter is like "1left, friend"&
(The character maku is used as the upper left 8ts head of st, and the former is used as 1gu, 8゛, masu, requirement. 1su, which belongs to the group ku”, 1su”, which belongs to the group @large, and 1de%f-%arrow, 1ku which does not have another radical in the lower right corner % line, 513. 10" set kc14 used for characters such as ``Japan, Sui''
It is different from that in . ``Heaven, Shaku, Husband, 吏'' is @h℃”
, 1de, X-", 1su, (not consisting of "% @+ b It consists of %3, %”. IL “?4”0ffiK belongs to f-sho” and its variant 4+” is different from 1++, God” which belongs to the group @5”. The former whose jlZ picture is often 1no 1 boat. When placed under another radical such as ``fune'', ``sho'', ``kai'', and ``san'', and when the rear shield is also a single-component constituent character of maku, B-stand, except for ``-jiru'', the postal character of the character is It has the same meaning and pronunciation as 1-1+'', which is always placed 1 as a radical on kanjo. They are different.The former is placed above another radical 1, such as ``@sho, karma, 跨, 村'', and the latter is placed below another radical, such as ``parallel, void''◎15. @mi” belonging to the group Ll” and its variations 6, e” cannot be used as upper radicals of characters, therefore, @zu” in 1hei, er” is not a radical,
And these two characters are 1ba, 7", 17., width, ri, moxibustion,' or rather 1-18, 10 (hei)", 1
-, HA, width, 〉, (or appearance, ri, moxibustion (爾)''.
These are the modified forms of ``1 day'' and ``1 day'' belonging to the group ``@shi'', respectively. ``January (tsuki)'' and the above-mentioned 1 month, ``moon'' cannot be easily distinguished, so they are false Im. In Hei, the kamamaru placed to the right or 5 of another sir of the character, such as 1 liver, hu 1', is placed within the outer I11 radical, such as 1 ken, all 01 1%. n' is l11i@L
)'', while another variant of ``1 meat'' placed 'iK' on another radical, ``O@ri'', and the t9 variant of ``@ meat'' and ``1 boat''. Except for the case of ``@りJshin'', @ari* +'' where KtK is used under another radical, the 1st month %, Q'' is classified as m'day''.Originally, ``*+
1. @8” in IK” is another variant of 1fune. However, @Al1%11pe” is a radical here. It is very different from "Ll (no-)". The former is placed under another radical as in ``1 yuan, brother, yuan, saki'', and the latter is placed above another ul as in ``''&,k''O. @4Itthth% し、empty、t" is located at the junction with the upper S key. The set Kjll of 1 1 1 force" 1 Ryo 1 has a very similar shape M, but "乃" The latter is conveniently used for characters or radicals, such as @if C#), ÷ (can), and the latter is used for characters or radicals other than ``1 west, child''. @f', which belongs to the set 'P', is different from an independent single-component character. The former is a modified form of ``1 child''. 1a ``1 day'' belonging to the group @日'' and 1 day'' belonging to the group @Lj'' are very similar and have round shapes. Kanji in this implementation sequence In assigning the sign to , the former is 1 o,
The right corner of the letter represents the part 1, which is placed on the left side or is stiffened as the inner radical, as in ``old, seasonal, clear'', and the latter represents the 15th (the 5th is different from the 15th). Except for the -1 of the group @ρ in the right-hand case of ``different)'', other radicals, ignoring their original meaning and pronunciation, are Lower Ki! 2 represents the m-neck used. 19. @P1' belonging to the group "9" is 1J of the group 10"
It is different from ``cho''. The former is used for the lower radical of ``1 corner'' like 5, and the latter is used for the outer radical of ``@zhou'' like 1i1!
used. 2α 1At and 1 belonging to the group ``L'' and its variants @7, ζ, ζ'' are 1 water, 1.kw of water, 1.kw of As in the case of writing, the word "ga maku" is a part of the two parts that are separated from each other by a part of the picture. 2, which is different from the independent 2-prone quaternary character, @
, II, @ Ill -ζ'' each set consists of ``諫igo, shi''. This is one solution for different tsumaru characters of the same code. 24 ＠ko'' set @Imo'', which belongs to the group -r', has a similar shape, but is different from @Y'', which belongs to the set -r'. #J Yong is juxtaposed form 2I! It is a modified form of 1 琐'' placed in the left position of the elemental character, and the latter is a modified form of 1 黐'' placed in the juxtaposed form 2g! 2) The characters in (2) - are the characters arranged according to the order shown in Table 2. The characters in column 2) are modified or abbreviated forms of the corresponding characters in column (2). Table 2 (1) (2) t3) Ri 8 Heto Tomoe Six Queens, White Beggar, Zhu, Amount of Enemies, Cow, Fb, Sanskrit, Jyo, All Ranges, Elbows, Mouths, Mouths - 2,000 years ago Mon-Nori Kou-Iguchi R1”
弿女(Tsuno+?Inner Kisho Sailing Power V Care Power Praise History) Kamoe 000 Yuran ((Ko 1 + 2 bows) I'm going to look at each other's bodies. Last time - Usenuishunwei honor ceremony middle Φ 1) 1 length tar stop f to Chengushi to pull I fortune t'itt vine 11 kettle jump Koshirai Φ China - Lfi, η, minister journey Ki浣long shot se evil investigation r Shin middle + zor Mizuki Rinyajojo kinshiki to east body low power book Kozue short day mouth day λka 壬S naizan shun T' 1000 j) t-qfL regret is kasu Visceral Rhinoceros Mushroom μ Dimensions Jiken Button Fun 已 已KOBA Three-pronged - 4 Il Yui + 17 (33>'y ”y (y'->IL ni ni ear r shi Otsu 7 (Shimatasu, AC Also (f Asan history, the history of Asan, the west @, sending 04 Jun) L. Tori t and Ogo, Mimi, Boba, Ochouami 91-) Kabuki, a.帥與(Note) (1) - indicates the 27 initial phonetic symbols for the pronunciation of all kanji. (2) Taku indicates a character that is a single code character. (3) Column indicates the 622 types of radicals. The modified forms are shown in Figures IN6-9. It is coded by the corresponding initials, and thus one character, eye,
The codes for "Bon, 口" are respectively 1 勺, tsu, 口. Tsusatsu's initial is fetched as jx1 code and the second Tsuji's initial is fetched as second code, Jg5.l@4
...The initial of the capital lock is fetched as the third, i@4... code, then the initial of the final key is fetched as the penultimate code, and then the final it The initial of the mosquito i picture (which is also the last of the blank characters encoded implicitly) is fetched as the 11k final code. In the case of ``If you keep it'', the initials of ``@sai'' and ``@r'' are fetched as the first code. (2) The initials of ``u'' and ``1-'' are fetched as the second code, and 13) The initial 5-” of the final picture “L” of jlth is j
fetched as ltd code. Therefore, the code for “1 year old color” is “7’--(sai color)”
becomes. The moth of this 臘-style encoding is: 4υ. [Character] [Two Do] [Rent and final drawing] Chinese
IL fat)] Kl 斡℃ Characters P-P lower r 1-7子-Iku Hisato Ayu Amyo 1 1r しあ `` １人- (Note) Sound KA Llr Tachihi- glance rr″”WLr +- Fogt ears - mother)
Destination η 43-S・Yo L distribution P girlfriend 1 dog・enemy cc*r #-husband day-needle ku'5
T-hi Yao + 1 bed P) Missing 3 Kushi-onna-burning brush Ll kr"tsu11 Usu"
Emperor! - 11rTrchihi Ki Kodoen 1 vIl'y 5 r s e-e+ 5 p rt, 0
If the last chord is one single stroke, the final chords returned by the method described above are respectively removed. Single 11i as final radical! The string of character sets where i is M is as follows. [Character] [Code] [Part fee] Note +
L-kxf, f r S v ” + -8 Good Ha 1 F-1 Bow 7r5 2 5 lengths
Ku b -no
6-rr-rr East Whoooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooong
10- dog power 戊・閂-r,,r'l- This implementation sequence for encoding Kanji has a certain principle to disassemble the characters to be encoded into radicals. 1. When the character St takes the form of a large picture M. For example, the single character @ l # is 1 μ, ノ, eye” or 1//,
A, eye ``ya@1 da 517---'' yoshi is also 1,
It should be decomposed into "self". 2. The point to be careful about is that it is divided and is in relation to the arrangement order of the nine-year head. Normally, this arrangement order is based on the stroke order of the related characters. ( 1) 1st words like “ushi, t, shichi, sun, 艮, horse”
The radical should be 1-', and the first two strokes of ＠艮, 馬"O漱" are ``r(-1)'' 0-house lock or character ＠→ト (+-1-), ++-(+-1 → “is excluded from this principle. (2) The first radical of 5, such as “Sato 1 kuchi, 日 1 kuchi, mon” should be @1”. (3 ) The first radical like ``@小、小、水'' should be 1A''. (4) 1.1., ice, -7, the first radical of ``heart'' should be 1. Should be h shi, IIk's first two strokes are 1 each
・,ゝ “1・,4”go,fu”@゛,% II. (5) s1 like @), person, circle, i, 9, Jt”
Part 11 is ``1 no'' and is Abe-sho.The character ``iri'' is written in one line and in 1j, even though it is often written in the order of @/''' and then ``(''. , is outside the law from this principle. (6) @ Part 1 11 uttsu and fu 1 should be as in "@Mr., Comparison, No, P, η, Power, Sn, Ya" (7) @ The first junkan such as "woman, mother, ox, and ku" should be "L". (8) The order of arrangement of radicals for "1 concave and convex" is @zBzo concave concave and ''' respectively. (9) The last two strokes such as ``cut, lkomi, sei, ya'' are first ＠J ``组で＼''. This means that When kanji are written from left to right, it belongs to the five principles that this writing style should be valued. “
and @云, small, right, ro, public, small, heart. ”. This belongs to the left-to-right principle (with respect to the first appearance of these characters and ``Kai''). ■ Umbrellas like ``@Netsu, Shizuku, N, Mishi'' are 1 busy and 0, respectively.
．． 3. tS, Ha, X″ #-11-1 White, Buddha, Buddha, Wood”
,1ma,to,large,hi%Fw'@@death,mouth,woman,month%几"US For character 1, cause "Th" [knee in)'"
, below - of character 1 helmet 1 @) 4 @O In the case, - order is respectively 10, medium (use)'', 10, large, - (cause)'', @11
%sha(H)", ")+, -(c)". This belongs to the principle of outward to inward. However, characters such as The line layer should not start with )B -" J 7)")"IP'tX't)1 yA
According to this shrine, a keyboard consisting of 26 keys was used as an input terminal for a computer.The keyboard layout is shown in 1g2-. When applied to search for information or dictionary characters, the 9 code formed by the initials of 1 & and the final - of their radical #1 is eliminated. Code: I-
become a standard. In the encoding of 4048 Kanji characters, 5 sets of characters have the same code, and they are as follows.哩) 5&l± To divide these five sets of characters having the same code, it is necessary to repeat each strict code of ``, ``, ``,'', ``,'' once. Although described in relation to preferred implementations thereof, modifications within the spirit of the invention are to be encompassed within the scope of the invention.

[Brief explanation of the drawing]

FIG. 1 is a diagram showing the arrangement of input terminals on a board according to a first implementation column. Figure M2 is a diagram showing the layout of the input terminal keyboard according to the second implementation PJK. 3rd to 9th
The figure shows a modified form of the 322aIO part lock. FIG. 10 is a diagram showing the continuous relationship of s3 to s9. If # 粁 Applicant Wari Interlocking Daihanito Masu Tsushi Shimosaka Sumiko Fig, 3 Fig, 4 Fig, 5 Fig, 6 Fig, 7 Ft'g, 8 Fig, 9 Fig, 10

Claims (1)

[Claims] (1) It is regrettable that both the letters themselves and their radicals are encoded using the ``4itO-'' and pronunciations, so that the code for said letters is easily seen at first glance. How to encode Chinese characters. (2) #Kichu Chinese characters are single-element constituent characters, two-kei-saku-ichisei characters Jll- and multi-Jj! Categorized into constituent characters, AAA! I
In the case of tree constituent characters, the first stroke or initial (i#&1tial) of the first element character is fetched as a 41 code (Fate 5), the initial of the single element constituent character is fetched as an 82 code, and the final [ The final - or initial of one elemental character is fetched as the sixth code, and in the case of multiple JJI vote constituent characters, the initial of the first elemental character is fetched as the s1 code, and the initial of the llr multiple element constituent character is the second code. , the 11th or initial of the final character a11 is the 6th
The initial of the m final character is fetched as the 4 code, and in the case of a two-component character, if neither dora of the Sanki character is a 2ff main character, then the initial of the first main character is fetched as a code. The first two codes are taken as the first and second codes, and the entire code of the second subscript character is taken as the remaining code, and the first component character of the two-component character is the two-component character. If there is no character and its second proverb character is 2 required tg# character, @
The first two codes of the first element character are the first and second
The above taken as a code and seen by the encoding method for the single element constituent characters! A claim method characterized in that all (5 or 4) codes of 22 pronunciation characters are taken as residual codes. (3) When single element constituent characters are encoded in the following manner, the encoding principle is as follows: 6. The first essential character is adopted as the final element character.
41. The method according to paragraph (2) of the scope of Article 41, characterized in that the array assembly methods are adopted in combination. 14) When a two-component character is encoded in several ways, the encoding principle is: -1 The horizontal decomposition j method is adopted as the vertical decomposition method. Bye, 14th! The base character is adopted to have the minimum -e, the top-to-bottom decomposition method of the two-component character is adopted as the inside-to-outside decomposition method, and d% 21 bulk component character O the left-to-right decomposition method was adopted as the inside-to-outside decomposition method, and the left-to-right decomposition method of -12 element constituent characters was adopted as the diagonal decomposition method. fl The first element character is chosen to have all its origins written preferentially. 1% 241! Encoding of elementary constituent characters is simple Jj! It was adopted for encoding the constituent characters. ^, The suite of multi-component characters becomes two-component characters%D
The method according to claim (2), characterized in that the method is adopted as a single code. (5) The encoding of - consisting of two independent sentence characters is JE2* elementary character x, which is two independent letters and a standing letter 2a.
If m is a constituent character, the initials of the first and second component characters of the first and second independent characters are fetched as the first four codes, and the final - initial of the second component character of said second independent character is fetched as the first four codes. Or the second'! The initial of the X character (or 94! elemental character following the stroke) is fetched as the final code, and all before any independent character is a single element constituent character. If it is an elementary character, l1mnyop is followed by l! In front of all base characters, the initials are independent, fetched as one or more codes instead of the initials of JE1 bulk characters of two-component characters, and the initials of mono-component characters or the initials of multi-component characters themselves. One or nine of the initials of the lX two-component characters whose initials are independent characters are fetched as multiple codes, and the final four I prime characters of the multi-fold X constituent characters or the single-component constituent characters of the second independent character (- The method described in paragraph (1) of the % value is that the final stroke of (following) is performed by fetching the initial as the final code ◎ (6) From 6 characters %2a, the encoding method is similar to the encoding method for rounding of words consisting of 2 letters, except that two initial codes seen from the first independent character are added. The method described in Section #S Recommendation (1) of the Tokken Claim. (7) Words consisting of three or more independent characters are further coded when the initials of each independent character are respectively fetched as codes. Method described. (8) The basic radicals of Chinese characters are divided into 322 types, including 20 ``1'', and are divided into 27 groups based on their initials. The method according to claim (1), characterized in that the initial of the part is taken as a code of the character. (9) Each of the deformed shapes of the basic part gong is included in the set. Special feature 1ff-Zhao Qiu's range dJE18
The method described in Section J. The principle of decomposition of the utns period is such that the 11th radical has the most -, and the method of decomposition of the character to be encoded depends on the stroke of the character. Part (8) Before (
The method described in section 9).