Chinese character input method

Abstract

The present invention belongs to a Chinese character input method, and mainly achieves the purpose through the following scheme: use 10 or 9 digital codes to represent 24 types of radicals that do not overlap and intersect with each other, and each digital code corresponds to a key on the keyboard Setting, 24 kinds of radicals are specifically as follows: horizontal (one, including pick ノ), vertical (丨), left (ノ), large, king, Na (), handle (扌), left lower half surrounding parts, point (, ), Guang, door, 宀, all folding paintings, bamboo head (), crossed strokes, 钅 (gold), engineering, soil, wood (ホ), "human" and its deformation, "water" and its deformation, 疒 . The present invention lists the intersecting radicals separately, which avoids the embarrassing situation of finding radicals from very complicated intersecting strokes. At the same time, the radicals are few, the average number of keystrokes is small, and pinyin is not required, so it is easy to learn and easy to learn. Easy to understand and operate.

Description

[0001] Field [0002] The invention belongs to a Chinese character input method. Background technique [0003] Taking a broad view of various "input methods" for inputting Chinese characters with computers both at home and abroad at present, they can be divided into two types. One type is that there are many radicals that need to be memorized (more than 30 radicals.), but the average number of keystrokes for each Chinese character is small (no more than 3 keys, excluding the last key that is selected from the repeated code on the screen), collectively referred to as "More radicals and less keystrokes"; the second category is that there are few radicals that need to be remembered (no more than 30 radicals), but there are many repeated codes, and the average number of keystrokes of each Chinese character is many (more than 3 keys), collectively referred to as " Radicals have fewer keystrokes and more ". In a word, mutual influence and mutual restriction between the radical and...

AI Technical Summary

Problems solved by technology

However, the former failed to reach the level of the latter's "average number of keystrokes", and the latter had to understand Hanyu Pinyin in addition to the "type of radicals"

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