Dynamic navigating intelligent interactive method and mobile communicatio terminal

Abstract

The invention discloses a dynamic navigation intelligent interactive method and the electronic device. The method includes: the man-machine interactive region is divided into the main information outputting region which displays the information and the dynamic navigation region which outputs the operating cue information and accepts the user input; the operation to the cue information of the dynamic navigation region is transformed to the according application layer things; it does the application layer things and updates the displaying information and the operation cue information. The operation cue information corresponds to the information of the main information output region; the application layer is decided by the information of the main information output region, the operation cue information output by the dynamic navigation region and the user operation.

Description

technical field [0001] The invention relates to a human-computer interaction technology of a mobile communication terminal, in particular to an intelligent interaction method for dynamic navigation and a mobile communication terminal. Background technique [0002] In the current mobile communication device market, the human-computer interaction mechanism of the mobile communication device mainly includes a button mode and a touch screen mode. [0003] Please refer to figure 1 , for the button mode, the human-computer interaction main operation area 110 of most existing mobile communication handheld terminals is mainly composed of left and right soft keys (initiated by Nokia), direction keys (or joystick) and special function keys (for example: delete key, menu key) etc. Moreover, in order to instruct the user to perform correct operations in different application environments, an operation instruction area 130 is provided below the screen display area 120, which can provid...

AI Technical Summary

Problems solved by technology

[0005] For the human-computer interaction mechanism of the button mode in the prior art, the increase of the function will lead to the increase of the number of buttons; increasing the number of buttons on the original size will increase the difficulty of the structural design, otherwise the product size will be enlarged, and this One point will be a big obstacle for handheld mobile products

[0006] In addition, the increase in the application of complex functions will inevitably lead to the expansion of the operation description area 130 for the keys on the screen, so that the size of the screen display area 120 will also be limited.

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