Multi-surface touch input method and device of electronic equipment

Abstract

The multi-surface touch input method and device for electronic equipment involved in the present invention includes the following process: arraying touch sensors on multiple surfaces outside the electronic equipment, acquiring synchronous touch signal data on multiple surfaces of the electronic equipment, and selecting touch signals that change before and after , judge the mode and characteristics of the touch action through data processing, combine the state of the electronic device and the historical touch input data, select the touch action that is related to the state of the electronic device, conforms to the historical touch input data and has the highest intensity, and judges the operation intention to generate a corresponding management command or Information input. The invention converts the touch signals generated on multiple surfaces of the electronic equipment into equipment management commands or information input, learns and adapts to the user's touch actions and habits, makes the information input and management operations of the electronic equipment more flexible and convenient, and expands man-machine The information channel of communication makes human-computer interaction faster, more humanized and intelligent.

Description

technical field [0001] The invention relates to an input method of electronic equipment, in particular to a method and device for multi-face touch input of electronic equipment. Background technique [0002] With the development of electronic information technology and the Internet of Things, electronic devices have increasingly penetrated into all aspects of work and life. People control electronic devices and input information more frequently. The convenience and intelligence of the human-computer interaction process The requirements are also getting higher and higher. [0003] Existing touch input methods are limited to specific devices and locations. Whether it is a touchpad or a touch screen, users are required to learn and get used to the layout and operation mode of the device, and perform signal input and device control in a limited position according to fixed actions. Make the electronic equipment operation process seem dull and loaded down with trivial details. ...

AI Technical Summary

Problems solved by technology

[0003] Existing touch input methods are limited to specific devices and locations. Whether it is a touchpad or a touch screen, users are required to learn and get used to the layout and operation mode of the device, and perform signal input and device control in a limited position according to fixed actions. Make the operation process of electronic equipment appear dull and cumbersome

[0004] For example: when reading with a handheld device, it is necessary to move from the handheld position to slide the finger on the touch screen, which affects reading and is not convenient for one-handed operation; when the user needs to quickly know the time or the latest notification information from the device with the display turned off, at least After picking up the device, finding and pressing the button to wake up the device, and then unlocking the screen, you can see the information page. After the end, you have to turn off the device display again. The time taken for the operation process is much longer than the time for reading the information; regardless of the user input Complicated text information or simple switching control commands must input signals at the fixed touch input position of the device, and cannot be easily realized at the closest and most convenient place to the current position of the hands

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