Double-purpose Chinese character searching numerical code input method for computer and mobile phone

Abstract

The invention relates to a double-purpose Chinese character numerical code input method for keyboard input and stroke input on a computer and a mobile phone, which mainly comprises the following steps: (1) using 1, 2, 3, 4 and 5 on a numerical keyboard as encoding keys, and using 6, 7, 8, 9, 0, * and # on the numerical keyboard as function keys, wherein 1 corresponds to a horizontal stroke, 2 corresponds to a vertical stroke, 3 corresponds to a left-falling stroke, 4 corresponds to a point stroke, and 5 corresponds to a right-angle stroke; and (2) forming rules of a code table: dividing each Chinese character into two parts, fetching codes by searching, sequentially fetching other codes, and using 6 codes as a limit. The searching numerical code input method of the invention combines the characteristics of the Chinese character structure, has the advantages of easy understanding and learning, less memory amount, high input speed and low coincident code ratio, and realizes the unification of computer input and mobile phone input and the unification of keyboard input and handwriting input.

Description

technical field

[0001] The invention relates to a digital keyboard on an electronic computer and a mobile phone (dual-machine), and a method for encoding and inputting Chinese character information written by strokes and handwriting (dual-purpose). Background technique

[0002] Information is an intermediary symbol that can eliminate uncertainty under the condition of effective communication. The computer Chinese character input method is to seek a code that can eliminate uncertainty to the greatest extent as an intermediary symbol, so as to achieve the goal of fully and effectively disseminating communication. The computerized Chinese character input "10,000-code Pentium" has launched a long-distance pioneering work to achieve this goal, and also produced different types of coding methods and input methods such as digital keyboards and pen touch screen displays. However, the existing various input methods and input methods do not fully meet the high difficulty requirements...

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