System and method for achieving interface left-and-right-hand switching by overturning mobile terminal

Abstract

The invention provides a system and method for achieving interface left-and-right-hand switching by overturning a mobile terminal. The system comprises a mobile terminal body, and a three-axis acceleration sensor, a CPU, a memorizer, a control module and a display module are installed in the mobile terminal. The three-axis acceleration sensor in the mobile terminal quantizes the motion of a user for overturning the mobile terminal, obtains the X-axis-direction displacement, the Y-axis-direction displacement and the Z-axis-direction displacement of a center screen of the mobile terminal, enables the displacements to be compared with the original-direction displacement stored in the mobile terminal, judges whether overturning is carried out or not according to comparing results, and enables the CPU of the mobile terminal to conduct left-and-right-hand switching operation on an interface if overturning is carried out. By means of the system and method, interface left-and-right-hand free switching is achieved through the overturning motion of the user to the mobile terminal, the using habits of the left-hander and the right-hander can be met at the same time, the problem that the user cannot conveniently use the large-size screen smart mobile terminal with one hand is solved, and the user experience is improved.

Description

technical field [0001] The invention relates to the field of mobile terminal applications, in particular to a system and method for flipping a mobile terminal to switch between left and right hands on an interface. Background technique [0002] With the rapid development of smart mobile terminals, the screens of mobile terminals are getting bigger and bigger, and the traditional one-hand touch screen operation method has been difficult to meet the needs of users, so that users need to change hands or operate with both hands to better operate the screen. In addition, at present, smart mobile terminals are mainly designed according to the usage habits of most users, usually right-handed. Therefore, mobile terminal manufacturers usually design touch buttons based on right-handed habits, such as in camera applications. , the button is set on the right side when shooting in landscape mode, which is convenient for right-handed operation; the SMS application interface, the "send" b...

AI Technical Summary

Problems solved by technology

[0002] With the rapid development of smart mobile terminals, the screens of mobile terminals are getting bigger and bigger, and the traditional one-hand touch screen operation method has been difficult to meet the needs of users, so that users need to change hands or operate with both hands to better operate the screen

In addition, at present, smart mobile terminals are mainly designed according to the usage habits of most users, usually right-handed. Therefore, mobile terminal manufacturers usually design touch buttons based on right-handed habits, such as in camera applications. , the button is set on the right side when shooting in landscape mode, which is convenient for right-handed operation; in the SMS application interface, the "send" button is set on the right side, etc., but it is extremely inconvenient for users who are used to left-handed use

[0003] The existing technology uses the sensor to judge the operation of the left and right hands to switch between the left and right operation interfaces, but the sensor requires high precision, and only explains how to judge the operation of the left and right hands, without involving changes in the interface, and the user experience is poor

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