Parts chinese character coding input method and its corresponding keyboard

An input method and Chinese character encoding technology, applied in the input/output process of data processing, electrical digital data processing, instruments, etc., can solve the problems of weak distribution of components, many components, and weak regularity, etc.

Inactive Publication Date: 2008-08-13
卢树成
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0009] 2. Large amount of memory
Some font code input methods have many parts, and the distribution of parts is not regular, so the memory capacity is large and difficult to grasp.
For example, "Optimizing Wubi font coding method and its keyboard" has 199 radicals (parts), and these radicals are mostly not the radicals that people are accustomed to using, and the regularity of being distributed in key positions is not strong, so non-professionals need to It is difficult to memorize 199 radicals and their distribution on keys; "Practical Radical Coding Method for Chines

Method used

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  • Parts chinese character coding input method and its corresponding keyboard
  • Parts chinese character coding input method and its corresponding keyboard

Examples

Experimental program
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Effect test

example 1

[0272] Example 1: King=WE King=93

[0273] Illustrate by way of example: the part pronunciation code of " king " part is W, gets W key, and first stroke number is 3 horizontal lines, gets E key. With digital coding, " king " parts are distributed in 9 keys, and the part pronunciation code is 9, gets 9 keys, and the first pen-shaped digital number is 3 horizontal (E), gets 3 keys.

example 2

[0274] Example 2: 彳=PF 彳=73

[0275] Illustrate by way of example: the part pronunciation code of " 彳 " part is P, gets the P key, and the first stroke number is 2 apostrophes, gets the F key. Coding with numbers, "彳" parts are distributed in 7 keys, and the parts pronunciation code is 7, gets 7 keys, and the first pen-shaped digital number is 2 cast aside (F), gets 3 keys.

[0276] Two parts have component words = D 1.1 +S 1.1 +D 1.2 +S 1.2

[0277] Example 1: reason=WELU reason=9358

[0278] For example: the word "Li" is divided into two parts, "Wang" and "Li", in turn. The part pronunciation code of " king " is W, takes W key, and the first stroke number is 3 horizontal, takes E key; key. With numerical coding, " king " is distributed in 9 keys, and the parts pronunciation code is 9, gets 9 keys, and the first pen-shaped number is 3 horizontal (E), gets 3 keys; "Li" is distributed in 5 keys, and the parts pronunciation code is 5 , get 5 keys, and the first stroke n...

example 3

[0281] Example 3: version=DOB version=362

[0282] Illustrate with an example: the word "version" is divided into two parts in turn, the non-component stroke of "in the film" and the component of "you". "Pianzhong" does not belong to a part, and there is no part pronunciation code, and the first pen-shaped number is 3, take the D key; the part pronunciation code of "you" is O, take the O key, and the first pen-shaped number is 1 fold, take the B key . With digital coding, the first stroke number of " in the film " is 3 cast aside (D), gets 3 keys; " again " is distributed in 6 keys, and the part pronunciation code is 6, gets 6 keys, and first stroke number is 1 fold ( B), take 2 keys.

[0283] Three parts have component words = D 1.1 +S 1.1 +D 1.2 +S 1.2 +D 1.3 or S 1.3

[0284] Example 1: Wu=MTRK Wu=6875

[0285] Illustrate by way of example: the word "Wu" is split into three parts in turn: "wood" component, "five" non-component stroke and "mouth" component. The pa...

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Abstract

An element Chinese character coding input method and a corresponding keyboard are disclosed, and English and key 5 of the digital keyboard are used to input; 136 elements are sampled, each character is divided to acquire elements, strokes before, between or after components not composing elements are called non-element strokes, and each element or non-element stroke is called a part; characters without elements are divided by each stroke, and each stroke is regarded as a part; element pronunciation code (D) and first stroke shape number code (S) or only the first stroke shape number code (S) compose codes of said part; the first stroke shape number code corresponding to the key position is the total number of the strokes having same stroke shapes of the element or non-element strokes contained in the element or non-element strokes; the first part coding of characters, brevity code characters and words respectively are D1.1+S1.1, S1.1+D1.1, and S1.1+D1.1, codes of characters and words are compatible and recognize each other. The invented method has a small memory capacitance and low duplication-code ratio, is easy to learn, and is used to input Chinese characters for computers, cell phones and fixed telephones.

Description

technical field [0001] The invention relates to computer information processing technology, in particular to a method for inputting Chinese character codes to electronic information products such as computers, mobile phones, and fixed telephones by using an English keyboard or a numeric keyboard. Background technique [0002] Up to now, there are more than 4,000 kinds of computer Chinese character code input methods that have applied for patents with the State Intellectual Property Office. Although there are many input methods, they can be summarized as follows: [0003] 1, phonetic code input method, promptly utilizes the pronunciation characteristic of Chinese character to code the input method of inputting Chinese character. For example, Quanpin input method, intelligent ABC pinyin input method, etc. all belong to the phonetic code input method. [0004] 2, font code input method, promptly utilizes the font feature of Chinese characters such as parts or strokes to encod...

Claims

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Application Information

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IPC IPC(8): G06F3/023
Inventor 卢树成
Owner 卢树成
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