Multi-purpose etymon coding, indexing and inputting method

Abstract

The invention relates to a multi-purpose etymon coding, indexing and inputting method, comprising the steps of distributing etymons in twenty five letter keys except Z on a computer universal keyboard, respectively replacing the etymons by nine Arabic numerals, carrying out Chinese character coding according to digital coding rules, forming spelled shapes and combined characters for indexing and forming the spelled shapes and the combined characters as well as spelled codes and combined words for Chinese character input, in addition, respectively replacing the etymons by twenty five letters, carrying out the Chinese character coding according to alphabetic coding rules and forming the spelled shapes and the combined characters as well as the spelled codes and the combined words for the Chinese character input. Chinese character separating rules are uniform and in accord with the stroke order standard, etymon characters are separated into strokes in sequence and non-etymon characters are separated into the etymons according to the rules of sequencing according to the strokes, complication first, minimum quantity and uncrossing to the greatest extent. The method disclosed by the invention is strong in logicality of the character separating rules, popular and easy in the coding rules, high in indexing and inputting efficiencies, applied to dictionaries, large lexicographical books, computers, mobile phones and other communication equipment and suitable for entering the Chinese teaching of middle and primary schools.

Description

technical field [0001] The invention relates to a font code Chinese character retrieval method and a computerized Chinese character input method, in particular to a multi-purpose radical code. Background technique [0002] In terms of character retrieval, Chinese characters are large in number and complex in structure, but there has been a lack of a scientific and effective method for character retrieval. There are serious defects in several traditional word checking methods commonly used. For example, the radical indexing method is not clear about the principle of belonging to the department, and the character search is cumbersome, requiring "counting the strokes twice, turning the page three times to find", the four-corner number indexing method has strong ambiguity and complicated rules, and the stroke sequence indexing method is lengthy and time-consuming. strenuous. The phonetic sequence retrieval method can't process the word that does not know pronunciation, and the...

AI Technical Summary

Problems solved by technology

Extract the rules of splitting characters and dividing radicals of "the order is based on strokes, simple to complex, the number should be the least, and the middle pen is the first home", which conforms to the Chinese character stroke order specification, but the logic is not very strong. There are loopholes in the split characters and ambiguity in the encoding. Sorting, searching, and typing using numbers and letters have not yet been unified

[0005] The Chinese character stroke input technology used on the existing mobile phones all have the problems of frequent word search and too long code

Images