Initial code encoding input method for Chinese character

A Chinese character encoding and input method technology, applied in the input/output process of data processing, electrical digital data processing, instruments, etc., can solve the problem of complete informatization and other problems.

Inactive Publication Date: 2008-05-28
吴宗怡
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Problems solved by technology

[0003] However, the problem of complete informati

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  • Initial code encoding input method for Chinese character
  • Initial code encoding input method for Chinese character
  • Initial code encoding input method for Chinese character

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Embodiment Construction

[0013] The Yuancode Chinese character encoding method is the main content of the Yuancode Chinese character encoding input method, which mainly solves the problem of easy and efficient input of 6763 Chinese characters in the common GB2312 character set with near-zero repeated codes. Its technical composition is as follows:

[0014] 1. Single character code:

[0015] For single characters, the following encoding rules are used:

[0016] Get the initial of Chinese character, if when requiring shifting, then get shift code (rhyme initial, fuzzy key " v ", repeated word key " p "), as the first sign indicating number of this Chinese character, and on the keyboard of standard The code is entered into the computer;

[0017] According to the principle of yuan code splitting, Chinese characters are split into parts, and the initials of each part are got in order, if shifting is required, then shifting codes are taken (the first rhyme, the fuzzy key "v", the heavy word key "p" ), as...

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Abstract

A component code Chinese character encoding input method is characterized in that a first sound or a first rhyme of a Chinese character (25 words which are needed to be shifted in a definition) is got to be a first code of the Chinese character, which is input into a computer. The Chinese character is split into parts, first sounds or first rhythms of the front two parts and tail parts (25 words which are needed to be shifted or the relative parts in a definition) are got to be a second to a fourth code, which is input into a computer. The resolution adopts a bipartite principle, when a Chinese character is split into two parts, resolution adopts 'one small, one big' or 'one big, one small', and a part with a first drawing is arranged on the front portion, and a part with no first drawing is arranged on the rear portion, subdivision rules are used to decide whether to split or not after the Chinese character is split into two parts, the subdivision rules are that first, a character which is an up to down or a left to right structure can be split, second, radicals can not be split, third, tail characters can be split when the first sound of tail character and the first sound of the whole character are the same. Base part character is allowed to be split into strokes to the Chinese characters which can not be split into two parts, and the rest can be directly split into parts according to a writing order.

Description

field of invention [0001] The invention relates to a Chinese character encoding input method, in particular to an element code Chinese character encoding input method. technical background [0002] After nearly 30 years of research, the Chinese have invented many, many Chinese input methods. Typical coding thinking includes Pinyin, Wubi, shape, strokes, and initials. These input methods each have their own strengths, for example: Pinyin is easy to learn; Wubi repeated code processing is relatively ideal, and the efficiency is higher; Table thinking can not depend on Pinyin, and does not need a lot of memory like Wubi for many parts; Number drops to several or dozens, therefore, can improve entry speed; Get phonetic coded thinking easy-to-learn aspect like pinyin, what repeated code also can handle is comparatively ideal. [0003] However, the problem of complete informatization of Chinese is still not completely resolved. [0004] The inventor believes that the informatiza...

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Application Information

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IPC IPC(8): G06F3/023
Inventor 吴宗怡闫健
Owner 吴宗怡
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