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Chinese character characterized location encoding combination input method based on one-key -for-one-character

A technology of Chinese character input and Chinese character encoding, applied in the input/output process of data processing, electronic digital data processing, instruments, etc., can solve the problems of increasing the labor intensity of Chinese character input, unable to classify reasonably, and costing

Inactive Publication Date: 2005-04-06
刘君度 +2
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

Existing Chinese character encoding input technology expands code element and character element in a large number in order to solve the repeated code problem, makes coding element reach as many as two, three hundred or even four hundred, because can't carry out reasonable classification, and artificially divides Chinese character part Split and forcibly place on each key of the keyboard
This irrational coding method, which seems to be regular on the surface, is actually a misunderstanding of Chinese character coding. It consumes a lot of brainpower for memorizing these code elements and the splitting rules of Chinese characters, and increases the labor of Chinese character input. Intensity, which is the main reason why it is generally believed that Chinese character input technology is difficult to master

Method used

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  • Chinese character characterized location encoding combination input method based on one-key -for-one-character
  • Chinese character characterized location encoding combination input method based on one-key -for-one-character

Examples

Experimental program
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Effect test

example 1

[0115] Example 1: Input the Chinese character "Sheng".

[0116] If you do not know the word "Sheng", it is difficult to determine the coding of its initial consonant, you can knock in the initial consonant M of the word "dish" after typing the font code LEU, and you can input the word "Sheng"; SLE, no need to input complement code U.

example 2

[0117] Example 2, input the Chinese character "Yuan"

[0118] Knock in the font code HEE first, the character only has the radical "柎" at the end of the word, continue to type the initial consonant G to input the word "Yuan"; if it is coded as YHE according to the sound-shaped input method, there is no need to input the complement shape code E .

[0119] Example 3, input the Chinese character "激".

[0120] Knock in the font code UXU first, because there is no radical in the character at the beginning and end of the word, you should knock in V, if there is no repeated code, then automatically input the Chinese character "激", if there is a repeated code, you can choose to input it with the number keys; if you press the voice-shaped input method Its encoding is JUX, no need to input complement U.

[0121] It can be seen that a Chinese character can have two codes of "phonetic code" and "phonetic code" at the same time. The two are compatible with each other and do not interfere...

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Abstract

This invention is aimed to solve the dilemma of Chinese characters process in computer, which is to lower the Chinese character encode repeat rate and to solve the difficult that the encode letter isn't relative to the character. It scientifically selects initials and strokes to form a character encode system that adapts to the requirements of national complex character and simple character of GB2312-80 and GB18030-2000 information exchange Chinese character encode letters album.

Description

[0001] The invention belongs to a Chinese character encoding keyboard input method of computer information processing technology, in particular to a method for inputting Chinese information by encoding Chinese characters with 26 Latin alphabet keys of a PC universal keyboard. 1. Technical Background [0002] Since the computer has been applied in the Chinese language area, the Chinese character coding input technology is one of the keys to realize the Chinese information processing of the computer. Due to the large number and complex structure of Chinese characters, there is a contradictory dilemma in encoding them. The first is the uniqueness of the correspondence between Chinese character features and coding symbols, that is, the problem of repeated codes; the second is the acceptability of the correlation between coding symbols and Chinese character features, that is, the rationalization of coding symbols. [0003] Only when these two contradictory problems are solved at th...

Claims

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Application Information

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IPC IPC(8): G06F3/023
Inventor 刘君度刘冰彬陈昌英
Owner 刘君度
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