Keyboard and keyboard input method applied to electronic equipment

Abstract

The invention provides a keyboard applied to electronic devices and an input method based on the keyboard, belonging to the keyboard layout field, and solving the problems that the layout of the existing keyboard and the input method is unreasonable, is not conducive to one-hand operation and control, and has high duplicate code rate. The keyboard consists of a large keyboard, a middle keyboard and a small keyboard. There are 25 keys in 7 rows and 7 columns of the main keyboard area, 13 keys in 5 rows and 5 columns of the main keyboard area, and 5 keys in 3 rows and 3 columns of the small keyboard. The size of a set of keyboards is relatively small, which utilizes the single key click of the keys and the key combination of the two keys, which corresponds to the click effect of the existingfull keyboard; The solid keyboard can achieve mouse size, keyboard and mouse integration, using the mobility of the keyboard and mouse on the non-touch screen to achieve the taxiing action on the touch screen; the keyboard and corresponding input method of a set of new key position layout are applicable to the three platforms of computer, mobile phone and watch.

Description

technical field [0001] The invention belongs to the technical field of keyboards, and in particular relates to a keyboard applied to electronic equipment and a keyboard input method. Background technique [0002] At present, what the mobile phone uses is a full keyboard and a T9 keyboard that include 26 English letter keys. The English letter keys of this full keyboard have the same layout as the English letter keys of the Qwerty keyboard. The distance is 1 distance unit, and the distance between two buttons refers to the distance between the centers of the two buttons. The following is the same, then on such a rectangular button panel with 6 rows and 10 columns, the two buttons that are farthest apart The distance between the diagonal buttons will be 10.3 distance units, which makes it difficult to control the phone with one hand. [0003] In addition, the upper part of the existing mouse is designed as the left button, right button and the middle scroll wheel, but the low...

AI Technical Summary

Problems solved by technology

[0002] At present, what the mobile phone uses is a full keyboard and a T9 keyboard that include 26 English letter keys. The English letter keys of this full keyboard have the same layout as the English letter keys of the Qwerty keyboard. The distance is 1 distance unit, and the distance between two buttons refers to the distance between the centers of the two buttons. The following is the same, then on such a rectangular button panel with 6 rows and 10 columns, the two buttons that are farthest apart The distance between the diagonal buttons will be 10.3 distance units, which makes it difficult to control the phone with one hand

[0003] In addition, the upper part of the existing mouse is designed as the left button, right button and the middle scroll wheel, but the lower part of the mouse is not used, resulting in a waste of space. This part of the space can be combined with the keyboard to make a mouse with keyboard and mouse integrated. There is no keyboard combined with mouse

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