Digital code Chinese character input method

Abstract

The invention discloses a digital code Chinese character input method, which is provided with a basic unit for information input, and the code fetching relationship of the basic unit is that numbers are used as basic codes for coding, and the basic codes are defined on the corresponding numeric keys of the digital keyboard, and their The corresponding key name is the basic code, and each basic code is a code shared by multiple basic units. A key sequence additional unit is also provided, and the key sequence additional unit is an arrangement sequence of at most six candidate characters sequentially displayed on the display screen. The invention is easy to use, easy to operate, less input key times, high input efficiency, more humanized operation mode, and is suitable for inputting Chinese characters in a large character set. The present invention can, in a simple way, be configured with a display screen and include 10 numeric keys, 2 symbol keys *, # and 4 function keys ↑, ↓, ←, →, which are represented by mobile phones. Products and corresponding information terminal equipment can efficiently solve the problem of Chinese character information input.

Description

technical field [0001] The invention relates to an input method for converting data to be processed into a form that can be processed by a computer, and in particular to a digital code Chinese character input method. Background technique [0002] Inputting Chinese characters in Pinyin, Zhuyin, and stroke mode is the most acceptable Chinese character input mode for ordinary users. The operability of these input modes, as well as the speed of inputting Chinese characters and the number of inputting Chinese characters are being paid attention to. However, the Chinese character input technology adopted by the handheld personal electronic products represented by mobile phones still stays at the level of "capable of input" at present. Since the customary key configuration of the twenty-six Latin letters on the numeric keyboard is based on the Latin language, it is used for Chinese pinyin input, and the key configuration is unreasonable, and the candidate characters need to be swit...

AI Technical Summary

Problems solved by technology

However, the Chinese character input technology adopted by the handheld personal electronic products represented by mobile phones still stays at the level of "capable of input" at present.

Since the customary key configuration of the twenty-six Latin letters on the numeric keyboard is based on the Latin language, it is used for Chinese pinyin input, and the key configuration is unreasonable, and the candidate characters need to be switched when they are displayed on the screen. The problem of inconvenient operation such as the need to select pinyin syllables multiple times seriously affects the operability of Chinese pinyin input and hinders the popularization and promotion of Chinese pinyin solutions in corresponding products

As for using strokes to input Chinese characters, although there is no need to switch when the candidate characters are on the screen, there is still the problem of inconvenient operation due to the need to input too many strokes, especially the simple stroke code input method is not suitable for inputting GB13000.1-93 The character set Chinese characters of "Information Technology Universal Multi-octet Coded Character Set" and GB18030-2000 "Extension of Basic Set of Chinese Character Coded Character Set for Information Exchange in Information Technology"

The applicant's prior patent CN1118743C authorized announcement "Stroke Basic Code Matching Parts Simple Code Chinese Character Input Method", CN1410869A disclosed "Simple Pinyin and Stroke Basic Code Matching Parts Short Code Chinese Character Input Method" and CN1490712A disclosed "Configuration "Chinese Character Input Method for Telephones with Display Displays" has improved to a certain extent the problem of low input efficiency of many existing similar Chinese character input methods, but there are still deficiencies in the humanized operation mode and man-machine interface. place

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