Hexagonal sliding Chinese characters pinyin input method

Abstract

The invention discloses a hexagonal sliding Chinese characters pinyin input method, which is a Chinese characters input method applied to touch screen electronic equipment such as touch screen mobile phones and the like. The method for inputting the Chinese characters pinyin on the touch screen comprises the following steps: the touch screen firstly generates a key map of a QWERTY keyboard or a T9 keyboard; after an importer clicks the first letter of a Chinese characters pinyin to be inputted, the periphery of the first letter generates keys of all the two-level option letters which can be formed into pinyin with the first letter; and after fingers move to the required two-level option, the periphery of the two-level option generates a three-level option which encloses the two-level option as above till that the input is completed and so on. The method can overcome the problem of the low input efficiency since the existing Chinese characters input method can not exactly click the keys and input the characters due to the small touch screen, and improves the efficiency of the pinyin input Chinese characters with the characteristics and the advantages of the touch screen.

Description

technical field [0001] The invention relates to the technical field of Chinese character input, in particular to a hexagonal sliding Chinese character pinyin input method widely applicable to various electronic digital devices with touch screens. Background technique [0002] The input method of Chinese characters on electronic digital equipment has had many mature technical achievements before. However, with the advancement of science and technology, the human-computer interaction interface of electronic equipment will inevitably develop in a more friendly, more convenient, and more diverse direction. Pinyin input methods on personal multimedia devices such as mobile phones and handheld computers have begun to become an increasingly important component of Chinese character input methods. At the same time, more and more devices have the function of handwriting touch input. [0003] The development trend of mobile phones will become more humanized with the advancement of sc...

AI Technical Summary

Problems solved by technology

Among them, the 9-key input is not unique because each key is responsible for 3-4 English letters, so that the final pinyin has multiple options, and the user must determine the final pinyin by selection, which reduces the accuracy of the input characters and affects input speed

The full keyboard can indeed ensure that the input letters are unique, and the input character accuracy is higher, but due to the size of the mobile phone, especially the touch-screen mobile phone, the entire keyboard (26 letters and punctuation marks, etc.) is placed on the screen, so every time The button area is very small, and the user has to rely on the stylus, fingernails, etc. to input

Even so, because of the small area of ​​the key, the possibility of the user's touch error is still high, which still greatly affects the input accuracy and reduces the input speed

Moreover, after pressing a letter, these two input methods need to move the finger or stylus to another position on the screen, move and reposition within such a small distance, making it impossible for the inputter to continuously input at high speed

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