Man-machine interaction method of mobile device and mobile device
A mobile device and human-computer interaction technology, applied in the field of human-computer interaction, can solve problems such as lag, low accuracy and flexibility, and failure to achieve human-computer interaction experience, so as to improve operating efficiency and convenience, and improve human-computer interaction. Accurate and reliable, the effect of good human-computer interaction experience
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[0025] Example 1:
[0026] Such as figure 1 As shown, a human-computer interaction method for a mobile device includes the following steps:
[0027] a. Turn on the power, the distance sensor works, and judge the distance of the human body;
[0028] b. The eye tracking sensor works, records the initial eyeball image and stores it in the memory, and the timer starts timing;
[0029] c. Finish the preset timing period, record the eyeball image again and store it in the memory, and continue working after the timer is cleared;
[0030] d. The controller compares and analyzes the eyeball images in the memory to determine whether the eyeball has changed;
[0031] e. Judge the distance and direction of eye movement;
[0032] f. The controller instructs the display to make corresponding actions.
[0033] The distance sensor presets the healthy browsing distance between the human body and the mobile device. The healthy browsing distance is 35-45 cm. The actual distance can be adjusted according to t...
Example Embodiment
[0040] Example 2:
[0041] Such as figure 2 As shown, a mobile device includes a power supply, a distance sensor, an eye tracking sensor, a controller, a timer, a memory, and a display.
[0042] The mobile device is working normally, and the distance sensor judges the healthy browsing distance between the human body and the mobile device. When it is within 35~45, the eye tracking sensor is activated to start working, and the initial eyeball image is recorded and stored in the memory while timing The timer starts timing. After completing a timing period of 0.1 to 1 second, usually set to 0.2 second, the eye tracking sensor again records the eye image and stores it in the memory, and the timer continues to work after being cleared. The controller compares and analyzes the two eyeball images stored in the memory to determine whether the eyeball has changed. If there is a change, it determines the distance and direction of the eyeball movement, and compares it with the preset up, do...
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