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'Gensu' code Chinese character input method

A Chinese character input and computer technology, applied in the input/output process of calculation, data processing, electrical digital data processing, etc., can solve the problem of no breakthrough limitations, no advantages, Chinese character splitting, and "root classification is difficult to grasp, etc. question

Inactive Publication Date: 2006-03-22
王义斌
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

Because splitting Chinese characters into several parts is equivalent to using the information of several radicals to code Chinese characters. Since there are more available information, repeated codes can be reduced and the code length shortened. However, full root codes and mixed codes also have a common Disadvantages: that is, "Chinese character splitting" and "radical classification" are more difficult to master
(2) the quantity of radical classification (being root code key code number) can not be too much, this is because key code is many and is unfavorable on the keyboard correspondence on the one hand, is because root code key code is many difficult learning memory on the other hand
(3) Classification should be intuitive, and abstract logical methods cannot be used for Chinese character coding, because Chinese characters are pictographs, and abstract logical methods do not conform to people's customary understanding of Chinese characters
Because if reduce root code key code, radical total number is constant, the corresponding radical number of each key code can increase, brings difficulty to radical classification; If reduce radical total number, brings difficulty to split Chinese character again; If Forcibly establish strict radical classification rules based on the known information of radicals, which conflicts with the optimal combination of radicals
Therefore, although the existing mixed codes have made many beneficial attempts to the classification of radicals, such as utilizing the pronunciation classification of radicals, they have not found the general law of the formation of radicals of Chinese characters, have not broken through the limitations of traditional information classification, and have not established strict rules. The radical classification rules that are unified and can take into account the optimized combination of radicals, the number of key codes of its root codes is relatively the same as that of the full root codes, and there is not much advantage compared with the full root codes. This is also a mixed code. There are advantages in the above, but in fact, the mixed code has not replaced the full root code to become the mainstream code

Method used

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  • 'Gensu' code Chinese character input method

Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0057] A. Split Chinese characters into radicals. The rules for splitting Chinese characters are as follows:

[0058] (1), a single stroke is not coded as a radical, except for a single point "", the rest are ignored when coding, that is, each radical is composed of at least two strokes, such as "Lu, Wei, and" "One" in such words is ignored and not encoded. The single stroke refers to a stroke that is not connected with other strokes and all strokes close to it are connected or intersected. For example, the first stroke of the word "bean" is a single stroke, and the last stroke is due to the stroke "丷" near it. are not connected, so it is not a single stroke, but is related to "丷" to form "" as a root. Although "彳, 纟, 饣" are radicals, but because a single stroke is ignored, their codes are the same as "亻, 饣" respectively. ク" encoding. The Chinese characters formed by one stroke are encoded according to the radical encoding rules, such as "one, second".

[0059] (2), Chine...

Embodiment 2

[0111] A. Split Chinese characters into radicals. The rules for splitting Chinese characters are as follows:

[0112] (1), a single stroke is not coded as a radical, except for a single ", ", the rest are ignored during coding or form a radical with the strokes near it, that is, each radical consists of at least two strokes constitute. The Chinese character that one stroke forms is coded by radical code rule, as " one, second ".

[0113] (2), the Chinese characters of related structure, intersection structure, fusion structure, stroke connection structure, stroke combination or radical are not split as radicals. Chinese characters with connected structure and separated structure, combination of strokes or splitting of radicals.

[0114] (3) Since "亠" is mostly not connected with other strokes, the following splitting regulations can be made separately for the combination of characters and strokes containing the root element of "丝": (a) When "亠" is separated from other stroke...

Embodiment 3

[0153] A, the Chinese character is split into radicals, and the Chinese character splitting rule is the same as embodiment one.

[0154] B. Extract the root element and classify the radical according to the information of the root element, and the radical corresponds to its category and key code:

[0155] (1) Root element extraction: Extract the following root elements to classify the radicals, "一", "丨", "十", "ノ", "丿", "亻", "生", "乚", ",", "口", "日", "", "Wood". Among them, "丿" is formed by the connection of "丨" and "ノ", so it can be considered that the radicals of "month, household, corpse" contain "日" or "口" respectively.

[0156] (2) Radicals are classified according to their belonging information, quantity information, and stroke order position information:

[0157] 1), the non-character radicals whose starting strokes are only composed of "one" root element are classified into category 1, and the starting strokes are only classified into 2 categories.

[0158] 2) Radi...

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Abstract

A Chinese-character "Root element code" input method is characterized by that the Chinese characters are splitted into roots as the coding elements, the coding elements are assigned to the key codes, and a Chinese character can be input by keying its key codes.

Description

technical field [0001] The invention belongs to the technical field of computer Chinese character input, in particular to a keyboard Chinese character code input method. Background technique [0002] At present, there are many methods for inputting characters in an information processing system, mainly keyboard input, voice input, handwriting input, etc. are only auxiliary means. There are many types of existing keyboard Chinese character coding input methods, and there are more than 1,800 kinds of patent applications. Usually, they are classified according to their codes. Some codes have no connection with various characteristic information of Chinese characters, and a code dictionary is directly established, such as location codes and telegraph codes. , this kind of code is irregular, and it is very inconvenient to learn and remember; some codes are related to various information of Chinese characters, and this kind of code is conducive to learning and memory. Unless other...

Claims

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Application Information

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Patent Type & Authority Patents(China)
IPC IPC(8): G06F3/023
Inventor 王义斌
Owner 王义斌
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