Simplified chinese character digital radical input method

Abstract

An embodiment of the present invention discloses a simplified Chinese character radical input method, including: a dividing step: dividing radicals into semantic radicals and stroke radicals; a setting step: corresponding the semantic radicals of people, animals, plants, natural objects, and processed objects to the number keys 1, 2, 3, 4, and 5 respectively, and corresponding the strokes of horizontal, vertical, left-falling, right-falling, and turning to the number keys 6, 7, 8, 9, and 0 respectively, and the number keys corresponding to the semantic radicals and stroke radicals are key codes; an input step: performing an input operation according to typing rules. The typing rules include: only the cross-connected combination that is inseparable can be an input radical, and codes are taken according to the upper-lower structure, left-right structure, upper-middle-lower structure, left-middle-right structure, semi-enclosed structure, and fully enclosed structure. This input method has the characteristics of being the easiest to remember, having the fewest total number of key strokes, and being the easiest to press keys (10 number keys).

Description

Technical Field

[0001] The present invention relates to the technical field of computer text input, and particularly relates to a simplified Chinese character digital radical input method. Background Art

[0002] Current simplified Chinese character mobile phone and computer input methods include: voice input method, pinyin input method, stroke input method, handwriting input method and Wubi input method. Among them, (1) the stroke input method and the handwriting input method are both based on single stroke input; (2) the Wubi input method is a 26-key input, and there is no input within 10 keys. On mobile phones, the 10-key input can reduce the time by several times compared to the 26-key input; (3) the voice input method is affected by various occasions. Perhaps voice chatting is faster and more direct than the voice input method. No one is seen using the voice input method; (4) In the Sogou input method, very few can input the whole sentence accurately, and there are also a large number of phrases that cannot be typed out. The single character has too many homophonic codes, and it takes time to select. Especially for the nine-key input method, there are too many homophonic codes for rare characters, and it is extremely difficult to select. Sometimes it is directly abandoned, and sometimes a homophone is selected to replace it. And as is well known, the Sogou pinyin input method has a large number of typos. Summary of the Invention

[0003] The purpose of the embodiment of the present invention is to provide a simplified Chinese character digital radical input method that is the easiest to remember, has the fewest total number of key strokes, and is the easiest to press keys (10 digital keys).

[0004] To achieve the above purpose, the embodiment of the present invention provides a simplified Chinese character digital radical input method, which is applicable to an input keyboard. The input keyboard includes ten digital keys 1, 2, 3, 4, 5, 6, 7, 8, 9 and 0, and includes: Division step: Divide radicals into semantic radicals and stroke radicals. The semantic radicals include people, animals, plants, natural objects and processed objects. The stroke radicals include horizontal, vertical, left-falling, right-falling and turning; Setting step: Correspond the semantic radicals of people, animals, plants, natural objects and processed objects to the digital keys 1, 2, 3, 4 and 5 respectively, and correspond the strokes of horizontal, vertical, left-falling, right-falling and turning to the digital keys 6, 7, 8, 9 and 0 respectively. The digital keys corresponding to the semantic radicals and stroke radicals are key codes; Input step: Perform input operations according to typing rules; Among them, the typing rules include: (1) Process the semantic radicals and stroke radicals, and they can be input radicals only when they are cross-connected and combined inseparably; (2) The stroke radicals are coded according to the starting stroke, and the single strokes are coded according to the corresponding codes of the single strokes; (3)The said semantic radicals and stroke radicals are divided into large character codes and small character codes that are based on the character code table, and codes are obtained according to the upper and lower structure, left and right structure, upper-middle-lower structure, left-middle-right structure, semi-enclosed structure, and fully enclosed structure. (4)For single stroke input, it is the first stroke + the second stroke + the third stroke in sequence. (5)For radical or combination of radical and single stroke input, it is the first radical + the second radical + the last radical in sequence. Only when the cross-connection combination is inseparable can it be regarded as a radical. (6)For sentence input, it is the first character key code + the second character key code + the third character key code + the fourth character key code in sequence. If the number of key codes is less than three, the space bar is used to fill in.

[0005] As a preferred embodiment of this application, the input keyboard further includes symbol keys, space bar, re-entry key, enter key, delete key, number keys, and Chinese-English switching keys, where English uses a 26-key full keyboard.

[0006] As a preferred embodiment of this application, the corresponding relationship between numbers and semantic radicals and stroke radicals is as follows: 1—People: 扌人儿己子女父母耳自我夫⻊肉目身心头牙手齿骨疒血 (24) (more homophones) (person. structure + 扌); 2—Animals: 马牛羊犬象龙鸟虍豕虫鱼贝毛皮口爪豸 (16) (animal name. part); 3—Plants: 艹木禾米⺮玉瓜麦谷豆 (10) (plant category); 4—Nature: 山石田土氵氺水日月气风云电雨天 (15) (gas, liquid, solid); 5—Processed objects: 廴厂门户瓦钅金火刂匕戈矛矢刀弓车舟礻衤衣纟巾饣耒缶斗皿罒白赤革 (31) (clothing, food, shelter, transportation + color); 6—Horizontal: 一十匚干工廾大兀王韦歹甘廿丁不丌镸下末于专屯龷丰旡开无万专正; ​​​​​​​​​​​(1) Easiest to remember, fewest keystrokes, and easiest to type (10 number keys); where "easiest to remember" refers to radicals with meanings such as "person," "animal," "plant," "natural," "processed," and "product," and radicals with strokes such as "horizontal," "vertical," "left-falling," "nine," and "folding," or radicals composed of single strokes, which are very easy to remember; "fewest keystrokes" means that at most three number keys are needed to type a simplified Chinese character, and the total number of keystrokes will not exceed 1110; the key layout for the easiest type is as follows: Figure 10 Each keyboard design; (2) The input method of the present invention consists of 1110 total character codes. Since the Sogou input method consists of 416 phonetic sequences, and the memory of this input method is one-time, while the memory of the Sogou input method is continuous and long-term. (3) This input method has a dictionary of 1.21 million words, while Sogou Input Method only has 170,000 words; (4) This input method has the following originality: a. The cross-connection combination is inseparable and can be used as a radical; a. Fast input of top-bottom structure, left-right structure, left-middle-right structure, semi-enclosed structure, and fully enclosed structure; b. 1110 total character codes are more scientific than 416 total phonetic codes; c. Originality of human, animal, plant, natural processed materials and horizontal, vertical, left-falling, right-falling and turning strokes. Attached Figure Description

[0008] To more clearly illustrate the specific embodiments of the present invention or the technical solutions in the prior art, the accompanying drawings used in the description of the specific embodiments or the prior art will be briefly introduced below. In all the drawings, similar elements or parts are generally identified by similar reference numerals. In the drawings, the elements or parts are not necessarily drawn to scale.

[0009] Figure 1 This is a diagram of the input keyboard; Figure 2 Table 1 shows the correspondence between numbers and radicals; Figure 3 This is Table 2, which shows the correspondence between numbers and radicals. Figures 4 to 29 It is a table showing the correspondence between the 10 numeric keys and each simplified Chinese character.

[0010] The specific implementation party was timid. The technical solutions of the embodiments of the present invention will be clearly and completely described below with reference to the accompanying drawings. Obviously, the described embodiments are only some, not all, of the embodiments of the present invention. Based on the embodiments of the present invention, all other embodiments obtained by those skilled in the art without creative effort are within the scope of protection of the present invention.

[0011] This invention provides a simplified Chinese character and number radical input method, suitable for keyboard input. For example... Figure 1As shown in the figure, the input keyboard mainly includes ten numeric keys, namely, 1, 2, 3, 4, 5, 6, 7, 8, 9 and 0, and also includes symbol keys, space keys, re-enter keys, enter keys, delete keys "×", numeric keys "123" and Chinese-English switching keys. Among them, the English uses a 26-key full keyboard. It should be noted that this input can be the physical keyboard of a computer or the virtual keyboard of a mobile phone.

[0012] Specifically, this input method includes the following steps: Division step: Divide the radicals into semantic radicals and stroke radicals. The semantic radicals include people, animals, plants, natural objects and processed objects, and the stroke radicals include horizontal, vertical, left-falling, right-falling and turning; Setting step: Corresponding the semantic radicals of people, animals, plants, natural objects and processed objects to the numeric keys 1, 2, 3, 4 and 5 respectively, and corresponding the strokes of horizontal, vertical, left-falling, right-falling and turning to the numeric keys 6, 7, 8, 9 and 0 respectively. The numeric keys corresponding to the semantic radicals and stroke radicals are key codes; Input step: Perform input operations according to typing rules; Among them, the typing rules are as follows: (1) Process the semantic radicals and stroke radicals, and they can be input radicals only when they are cross-connected and inseparable; (2) The stroke radicals are coded according to the starting strokes, and the single strokes are coded according to the corresponding codes of the single strokes; (3) The semantic radicals and stroke radicals are divided into large character codes and small character codes, which are based on the character code table and coded according to the upper-lower structure, left-right structure, upper-middle-lower structure, left-middle-right structure, semi-enclosed structure and fully-enclosed structure; (4) For single-stroke input, it is in the order of the first stroke + the second stroke + the third stroke; (5) For radical or radical and single-stroke combination input, it is in the order of the first radical + the second radical + the last radical. They can be radicals only when they are cross-connected and inseparable; (6) For sentence input, it is in the order of the first character key code + the second character key code + the third character key code + the fourth character key code. If the number of key codes is less than three, use the space key to fill in.

[0013] It should be noted that: (1) In theory: the radical strokes are the smallest indivisible radicals. One should draw inferences from one instance and generally remember the corresponding table; (2) The corresponding table is summarized and memorized as follows: a. The smallest indivisible, b. The human body parts are classified into people, c. The fur, mouth are classified into animals, d. The action words are classified into strokes, e. 扌 is classified into people.

[0014] Among them, the corresponding relationship between numbers and semantic radicals and stroke radicals is: 1—People: 扌, people, children, oneself, sons and daughters, parents, ears, self, husband, ⻊, flesh, eyes, body, mind, head, teeth, bones, 疒, blood (24) (more homophones) (person structure + 扌); 2 - Animals: horses, cattle, sheep, dogs, elephants, dragons, birds, tigers, pigs, insects, fish, shellfish, fur, skin, mouth, claws, beasts (16) (animal names and parts); 3 - Plants: grass, trees, grains, rice, bamboo, jade, melons, wheat, grains, beans (10) (plant categories); 4 - Nature: mountains, rocks, fields, soil, water, sun, moon, air, wind, clouds, electricity, rain, sky (15) (gases, liquids, solids); 5 - Processed objects: extended strokes, factories, doors, gates, tiles, metal, gold, fire, knives, daggers, halberds, spears, arrows, knives, bows, carts, boats, altars, clothes, clothes, silk, towels, food, farming tools, jars, ladles, basins, nets, white, red, leather (31) (clothes, food, shelter, transportation + colors); 6 - Horizontal strokes: one, ten, square brackets, dry, work, double vertical strokes, big, pi, king, wei, bad, sweet, twenty, ding, no, pi, long stroke, bottom, end, yu, special, tuan, jue, abundant, jiwu, ten thousand, special, correct; 7 - Vertical strokes: vertical stroke, heart radical, see, divination, outer frame, stop, shen, few, and, you, upper part, piece, armor; 8 - Left-falling strokes: left-falling stroke, single person radical, double person radical, covering radical, eight, wrapping radical, few, three dots radical, evening, reversed whip radical, extended stroke, axe radical, surname, life, white, piece, four dots radical, sky, tuo, thousand, lost, zhou, yin, sheng, rising stroke, noon; 9 - Dot strokes: dot, speech radical, two dots radical, speech, upper dot radical, ice radical, single dot radical, wide radical, roof radical, walking radical, text, square radical, standing radical, branch radical; 0 - Folding strokes: bent stroke, ear radical, left and right ear radicals, open square bracket, right and left hand radicals, small, snow radical, corpse radical, already, middle radical, three radical, writing brush radical, wu, foot radical, strength, fu, ruler, practice, hook radical, ba, ji, wu, liao, fang, nine, yu.

[0015] For example, for single-stroke input, it is the first stroke + the second stroke + the third stroke (e.g., one 6 two 66 enter 89); for radicals or combinations of radicals and single strokes, it is the first radical + the second radical + the last radical (note that the radical must be cross-connected and inseparable to be considered a radical, and the radical selected is the semantic radical and the radical starting with a stroke, i.e., the first stroke and single stroke) such as first 91 radical 920 enter 515; for whole sentence input such as spring is coming 64 space 66 space 63 space 00 space.

[0016] It should be noted that the above simplified Chinese character radical input method: (1) corresponds the semantic radicals of people, animals, plants, nature, processed products with the number keys 1, 2, 3, 4, 5 in sequence one by one, and the radicals or single strokes starting with the strokes of horizontal, vertical, left-falling, right-falling, and turning are corresponded with 6, 7, 8, 9, 0 in sequence one by one. The numbers and keys corresponding to the radicals and stroke radicals are key codes. (2) In addition, this input method emphasizes that the radical must be cross-connected and inseparable to be a radical. The selection of semantic radicals and stroke radicals is unique. The stroke radicals are coded according to the starting stroke, and the single strokes are coded according to the corresponding code of the single stroke. (3) The radicals have different sizes, and the character codes are based on the character code table. Generally, the coding is obvious according to the upper and lower structures, left and right structures, upper-middle-lower structures, left-middle-right structures, semi-enclosed structures, and fully enclosed structures, enabling fast input. (4) The origin of the total 1110 character codes of this input method is well-grounded. Because there are 6763 Chinese characters in China, and because Sogou's search engine can handle things with more than 10 and dozens of digital arrangements, the character codes can be one-tenth. Therefore, it is inferred that we only need to handle 676. Further inference shows the reliability of three keys. According to the Brightness Pinyin Input Method, it is said that its word library has 700,000 words. Therefore, it can be inferred that the word library keys of Sogou's 26 keys are not enough. Its capacity is 416 * 416 = 170,000, while my capacity is 1110 * 1110 = 1,210,000. Sogou Pinyin of the nine-key input method is obviously overwhelmed.

[0017] Of course, there are exceptions in the embodiments of the present invention: 扌 belongs to people; fur and 口 belong to animals. Generally, the radicals indicating actions are attributed to strokes: 忄, 亻, 彳, 冖, 讠, 言, 宀, 辶, 立, 力, 阝, 广, 见. The stroke part consists of single strokes and stroke groups. Single strokes are easy to understand. Stroke groups are generally radicals in the dictionary, but some radicals in the dictionary can still be separated. The corresponding table generally doesn't need to be learned and is only for reference. If you don't know, you can guess one or two times and you can guess it.

[0018] In summary, compared with the prior art, the simplified Chinese character radical input method of the embodiments of the present invention has the following beneficial effects: (1) It is the easiest to remember, has the fewest total key strokes, and is the easiest to press keys (10 number keys); among them, the easiest to remember means that the semantic radicals of people, animals, plants, nature, processed products and the stroke radicals starting with horizontal, vertical, left-falling, right-falling, and turning or single strokes are very easy to remember; the fewest total key strokes means that at most three number keys are used to type out a simplified Chinese character, and the total number does not exceed 1110; the key position design of the easiest to press keys is as Figure 10 a keyboard design; (2) The input method of the present invention consists of 1110 total character codes. Since Sogou Input Method consists of 416 phonetic sequences, and the memory of this input method is one-time, while the memory of Sogou Input Method is long-term continuous memory; (3) This input method has a dictionary of 1.21 million words, while Sogou Input Method only has 170,000 words; (4) This input method has the following originality: a. The cross-connection combination is inseparable and can be used as a radical; a. Fast input of top-bottom structure, left-right structure, left-middle-right structure, semi-enclosed structure, and fully enclosed structure; b. 1110 total character codes are more scientific than 416 total phonetic codes; c. Originality of human, animal, plant, natural processed materials and horizontal, vertical, left-falling, right-falling and turning strokes.

[0019] The 1110 character codes are calculated as follows: there are 10 number keys from 1 to 0. The hundreds digit multiplied by 10 is 1000, which is the 10 meaning radicals for people, animals, plants, nature, processed products, and horizontal, vertical, left-falling, right-falling, and turning strokes. The tens digit multiplied by 10 is 100, and the ones digit multiplied by 10 is 10. Thus, 1000 + 100 + 10 equals 1110.

[0020] Furthermore, in order to better understand the embodiments of the present invention, Figures 4 to 29 It records the correspondence between the 10 number keys and each simplified Chinese character.

[0021] The above description is merely a specific embodiment of the present invention, but the scope of protection of the present invention is not limited thereto. Any person skilled in the art can easily conceive of various equivalent modifications or substitutions within the technical scope disclosed in the present invention, and these modifications or substitutions should all be covered within the scope of protection of the present invention. Therefore, the scope of protection of the present invention should be determined by the scope of the claims.

Claims

1. A simplified Chinese character numeric radical input method, applicable to an input keyboard, wherein the input keyboard includes ten numeric keys: 1, 2, 3, 4, 5, 6, 7, 8, 9, and 0, characterized in that... Comprising: Division step: Divide radicals into semantic radicals and stroke radicals. The semantic radicals include people, animals, plants, natural objects, and processed objects. The stroke radicals include horizontal strokes, vertical strokes, left-falling strokes, right-falling strokes, and turning strokes. Setting step: Correspond the semantic radicals of people, animals, plants, natural objects, and processed objects to the number keys 1, 2, 3, 4, and 5 respectively, and correspond the horizontal stroke, vertical stroke, left-falling stroke, right-falling stroke, and turning stroke to the number keys 6, 7, 8, 9, and 0 respectively. The number keys corresponding to the semantic radicals and stroke radicals are key codes. Input step: Perform input operations according to typing rules. Among them, the typing rules are as follows: (1) Process the semantic radicals and stroke radicals. Only when they are cross-connected and combined inseparably can they be input radicals. (2) The stroke radicals are coded according to the starting stroke. Single strokes are coded according to the corresponding codes of single strokes. (3) The semantic radicals and stroke radicals are divided into large character codes and small character codes. The large character codes and small character codes are based on the character code table and are coded according to the upper-lower structure, left-right structure, upper-middle-lower structure, left-middle-right structure, semi-enclosed structure, and fully enclosed structure. (4) For single stroke input, it is in the order of the first stroke + the second stroke + the third stroke. (5) For radical or combination of radical and single stroke input, it is in the order of the first radical + the second radical + the last radical. Only when they are cross-connected and combined inseparably can they be radicals. (6) For sentence input, it is in the order of the first character key code + the second character key code + the third character key code + the fourth character key code. If the number of key codes is less than three, fill them with the space bar.

2. The simplified Chinese character numeric radical input method as described in claim 1, characterized in that, The input keyboard further includes symbol keys, space bar, re-entry key, enter key, delete key, number keys, and Chinese-English switching key. Among them, English uses a 26-key full keyboard.

3. The simplified Chinese character numeric radical input method as described in claim 1, characterized in that, The corresponding relationship between numbers and semantic radicals, stroke radicals is: 1—People: 扌人儿己子女父母耳自我夫⻊肉目身心头牙手齿骨疒血; 2—Animals: 马牛羊犬象龙鸟虍豕虫鱼贝毛皮口爪豸; 3—Plants: 艹木禾米⺮玉瓜麦谷豆; 4—Nature: 山石田土氵氺水日月气风云电雨天; 5—Processed objects: 廴厂门户瓦钅金火刂匕戈矛矢刀弓车舟礻礻衣纟巾饣耒击斗皿罒白赤革; 6—Horizontal stroke: 一十匚干工廾大兀王韦歹甘廿丁不兀镸下末于专屯龷丰旡开无万专正; 7—Vertical stroke: 丨忄见卜冂止申少且由上爿甲; 8—Left-falling stroke: 丿亻彳冖八勹几彡夕夂攵长斤氏生臼片灬夭毛千失州冘生爫升午; 9—Right-falling stroke: 丶讠丷言亠冫丬广宀辶文方立丫䒑; 0—Turning stroke: :乙卩阝凵又厶幺巳小彐尸已屮巛聿毋疋力弗尺习㔾巴及勿了方九予.

4. The simplified Chinese character numeric radical input method as described in any one of claims 1-3, characterized in that, The input keyboard includes a physical keyboard and a virtual keyboard.

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