Intelligent handset input method

Abstract

The invention provides a Chinese character input method for cell phone keyboards and other digital keyboards, according to user key sequence, arranging a possible phonetic alphabet sequence, search words or single characters and displaying them in a cursor following word-character box, simultaneously searching phonetic alphabet combinations and displaying them in a cursor following phonetic alphabet combination box, selecting the words, characters or phonetic combinations by the left and right direction keys, turning screen by the left and right direction keys, and confirming the output by a confirm key. The invention also relates to a simplified spelling phrase, i.e. if the length of a word is over four characters, its code selects the first letters of Chinese phonetic alphabets of the front three characters and the first letter of Chinese phonetic alphabet of the last character; the code for a three-character word comprises the first letters of Chinese phonetic alphabets of the first and second characters and the head and rear letters of Chinese phonetic alphabet of the third character; and the code for a two-character word comprises the head and rear letters of Chinese phonetic alphabet of each word; and as unable to search any single character and phrase according to the user key sequence, the invention displays a simplified phrase in a single character box.

Description

Technical field: [0001] The invention relates to a character input method on a mobile phone or other digital terminal equipment, in particular to a smart phone input method capable of quickly inputting Chinese characters on a mobile phone. Background technique: [0002] Due to the small number of keys on digital keyboard devices such as mobile phones, only a letter distribution scheme in which multiple letters share one key can only be adopted. Therefore, in the process of using Pinyin to input Chinese characters, the generated key sequence will produce a variety of Pinyin combinations, and then the user according to Need to choose; in the selection process, Chinese pinyin itself has a high code repetition rate and few buttons, so users need to frequently turn the screen to find the desired word, which seriously affects the speed of input; in addition, although some existing mobile phones have It has the phrase input function, but the associative function of the phrase devia...

AI Technical Summary

Problems solved by technology

[0002] Due to the small number of keys on digital keyboard devices such as mobile phones, only a letter distribution scheme in which multiple letters share one key can only be adopted. Therefore, in the process of using Pinyin to input Chinese characters, the generated key sequence will produce a variety of Pinyin combinations, and then the user according to Need to choose; in the selection process, Chinese pinyin itself has a high code repetition rate and few buttons, so users need to frequently turn the screen to find the desired word, which seriously affects the speed of input; in addition, although some existing mobile phones have It has the phrase input function, but the associative function of the phrase is deviated, and it is not possible to input the entire sentence completely

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