Zero-memory simple sub-character splitting input method

Abstract

The invention relates to a zero-memory simple sub-character splitting input method, English letter keys in a universal computer keyboard are used to input Chinese characters, and the method is characterized by splitting the Chinese character according to the writing sequence, splitting out simple sub-characters according to the requirements of leading the stroke number of the simple sub-characters which are split out to be as large as possible, and leading the number of the simple sub-characters to be as small as possible, taking Pinyin first letters of the simple sub-characters which are split out sequentially to carry out sequential combination and constitute a three-bit key Chinese character codes, leading the three-bit key Chinese character code to correspond to one or a plurality of single Chinese characters, and selecting the Chinese character to be outputted. The method has the significant effects of small memory quantity and few repeated codes, and can simply and quickly output the Chinese characters and phrases, reduce the application threshold of the method and be conductive to the popularization of the Chinese character input method.

Description

technical field [0001] The invention belongs to a Chinese character input method, in particular to a zero-memory simple sub-word splitting input method, which is suitable for computer Chinese character output. Background technique [0002] Current Chinese character input methods mainly include Wubi input method, Pinyin input method and the like. Wubi input method has less repeated codes and fast output speed, but the root is difficult to remember, and you must be very familiar with the layout of the root on the keyboard. Except for professional typists, few people study Wubi input method seriously; Pinyin input method does not need To memorize the root, you only need to know the pronunciation of Chinese characters to type Chinese characters, but there are many homonyms in Chinese characters. Users need to select characters when using the pinyin input method, and the output speed of Chinese characters is relatively slow; the current Chinese character phonetic input method req...

AI Technical Summary

Problems solved by technology

Wubi input method has less repeated codes and fast output speed, but the root is difficult to remember, and you must be very familiar with the layout of the root on the keyboard. Except for professional typists, few people study Wubi input method seriously; Pinyin input method does not need To memorize the root, you only need to know the pronunciation of Chinese characters to type Chinese characters, but there are many homonyms in Chinese characters. Users need to select characters when using the pinyin input method, and the output speed of Chinese characters is relatively slow; the current Chinese character phonetic input method requires users to memorize For some rules, although the type code is less than Wubi, there are dozens of them, and there is also memory trouble

[0003] I applied for an invention patent in China with the application number: 200910191043.1, and the name is the zero-memory Chinese character code input method. The zero-memory Chinese character code input method splits out the largest sub-character. If you don’t know Chinese characters, you can still encode and output Chinese characters, but this input method cannot guarantee the encoding and output of any Chinese characters. For example, for the word “Mi”, the two largest sub-characters are “Mi” and “Shan”. But if you don’t know If the word "mi" is used, the word "secret" cannot be quickly output

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