Single-hand somatosensory operation system and method for communication apparatus

Abstract

The invention provides a single-hand somatosensory operation system for a communication apparatus. The system comprises a starting module, an acquisition module, an execution module and an exiting module, wherein the starting module is used for, when an operation signal of the communication apparatus is monitored by a sensor and identified as a starting action gesture instruction through a low-consumption calculation unit, recovering power supply of all elements and displaying a single-hand somatosensory operation interface; the acquisition module is used for matching information obtained by analyzing the operation signal monitored by the sensor by the low-consumption calculation unit with single-hand somatosensory instruction operation stored in a memory so as to acquire corresponding function list information; the execution module is used for executing related operations; and the exiting module is used for, when the signal monitored by the sensor is analyzed to be an exiting instruction, exiting from the single-hand somatosensory operation interface and enabling the communication apparatus to enter a power-saving mode at the same time. In addition, the invention furthermore provides a single-hand somatosensory operation method for the communication apparatus. According to the single-hand somatosensory operation method and system, software can be conveniently operated in an unstable environment in a single-hand somatosensory manner.

Description

technical field [0001] The invention relates to a gesture operation, in particular to a system and method for operating a communication device with one-hand somatosensory operation. Background technique [0002] With the rapid development of information technology and electronic technology, intelligent communication devices, such as smart phones, are more and more widely used in various fields of daily life and work. In intelligent communication devices, various application software are installed. Abundant functions can assist users to handle various important tasks quickly and efficiently. However, in many situations in life, the user cannot operate the communication device stably and conveniently, such as holding the handrail of a bus with one hand and rushing forward. At present, some intelligent communication devices have multiple user interface designs for shortcut functions, such as configuring shortcut menus on the lock screen, and adding hardware shortcut keys, such...

AI Technical Summary

Problems solved by technology

To configure the shortcut menu, you need to wake up the phone first with traditional buttons, and then touch the screen, buttons, etc. to operate subsequent functions. and simplicity, and the subsequent operable and browseable functions are limited by the number of keys

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