Touch operation method and device

Abstract

The invention relates to the technical filed of mobile communication and discloses a touch operation method and device. The touch operation method comprises dividing a screen into the area which is suitable for one-handed operation and the area which is not suitable for the one-handed operation; displaying the mapping area of the area which is not suitable for the one-handed operation in the area which is suitable for the one-handed operation after selecting operation on auxiliary functions of the one-handed operation is received; receiving touch operation in the mapping area, responding to the touch operation in the area which is not suitable for the one-handed operation and executing response operation which is corresponding to the touch operation. According to the touch operation method and device, the mapping area for the area which is not suitable for the one-handed operation is established, so that a user can perform the touch operation on the positions hard to touch in the area which can be touched by one hand and accordingly the one-handed operation on a large screen terminal can be smoothly achieved.

Description

technical field [0001] The present invention relates to the technical field of mobile communication, in particular to a touch operation method and device. Background technique [0002] Most smart terminals currently use touch screens as input devices, and the efficiency and accuracy of touch input directly affects the overall performance of the terminal. In order to pursue a better display effect, the display screens of mobile terminals have recently shown a trend of increasing in size, and the display screens of small mobile terminals such as mobile phones have generally exceeded 4 inches, and even the screens of some mobile phones have exceeded 5 inches. On the other hand, since small mobile terminals emphasize portability, they are usually positioned to be operated by the user with one hand, and the large operating area caused by the large screen brings great inconvenience to the user's one-handed operation. Although in some cases you can choose two-handed operation to c...

AI Technical Summary

Problems solved by technology

But on the other hand, since small mobile terminals emphasize portability, they are usually positioned to be operated by the user with one hand, and the large operating area caused by the large screen brings great inconvenience to the user's one-handed operation.

Although in some cases you can choose two-handed operation to control the mobile phone, but mobile phones are different from mobile devices such as tablets, which may require operation anytime and anywhere. In some specific scenarios, only one-handed operation can be used, such as on the bus. , hold the handle with one hand, and operate the mobile terminal with the other hand. At this time, the large-screen mobile phone will obviously bring a lot of difficulties to the user's operation.

[0003] Most typically, for example, the address input field of a browser application is usually at the top of the screen. When the user operates the mobile phone with one hand, it is generally held in the middle and lower part of the mobile phone. When the touch screen of the mobile phone is too large, it is difficult for the user to click on the address with his fingers. bar for typing, making the browser app less usable for one-handed use

Similarly, some special positions, such as the uppermost or outermost operation area, are also difficult for users to touch, resulting in the applications or functions in these positions being rarely used by users, reducing the user's operating efficiency

In the existing technology, to change this situation, large-screen mobile phones must make substantial adjustments to the operating system or the user interface of the application, which will inevitably lead to increased development costs and reduced development efficiency

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