Vision protection implementation method of electronic equipment with display screen

Abstract

The invention relates to a vision protection implementation method of electronic equipment with a display screen. A front panel of the electronic equipment is provided with a front-facing camera and a distance sensor. The vision protection implementation method comprises the following steps of: detecting a working state of the display screen, `starting the front-facing camera on back stage when the display screen is activated and capturing human face images; identifying the human face images by using a human face identification technology and capturing a frontal human face; when the system judges that the frontal human face exists in the captured images, starting the distance sensor on back stage and measuring a distance between eyes of a user and the display screen; and comparing a measured distance with a preset reference distance, and judging whether to remind a user to adjust the distance between the eyes and the display screen. According to the vision protection implementation method, the purpose of protecting eyes of the user is achieved by monitoring the distance between the eyes of the user and the mobilephone screen by two external equipments, namely the front-facing camera and the distance sensor; and because the step of judging the frontal human face is added, the monitoring accuracy is improved and the trouble brought to the user due to wrong prompt information is avoided.

Description

technical field [0001] The invention relates to a method for realizing vision protection of an electronic device with a display screen. Background technique [0002] With the increasing popularity of smart phones, various applications, including news information, social applications, and game applications, are constantly being introduced. The small screen of the mobile phone is tightly attached to countless people. Bow-headed people. Keeping your head down has become a common pattern on buses, subways, buses of all sizes, in elevators, and even on streets and alleys. [0003] However, staring at the mobile phone screen for a long time reduces the number of blinks, and the water on the surface of the eyes will evaporate quickly. Over time, dry eye and red eye will appear, and the vision will be significantly damaged. The current methods of controlling the distance between the user and the device are based on some special devices, such as common infrared sensors, ultrasonic...

AI Technical Summary

Problems solved by technology

[0003] However, staring at the mobile phone screen for a long time will reduce the number of blinks, and the water on the surface of the eyes will evaporate quickly. Over time, dry eye and red eye will appear, and the vision will be significantly damaged.

The current methods of controlling the distance between the user and the device are based on some special devices, such as common infrared sensors, ultrasonic sensors, etc. These technologies increase the complexity of the hardware system to a certain extent. The cost will increase accordingly

With the development of smart phone hardware, the current mainstream smart phones are equipped with distance sensors, but only relying on the distance sensor to detect the distance between the user and the display screen of the electronic device cannot accurately determine whether the user is in the process of visually viewing the display screen at that time. Therefore, a wrong prompt may be made, and the protection of the user's vision cannot be effectively realized.

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