Shortsightedness-preventive smart glasses with electronic-controlled lens and working method of smart glasses

Abstract

The invention discloses shortsightedness-preventive smart glasses with electronic-controlled lens and a working method of the smart glasses. The smart glasses comprise a glasses frame and glasses legsconnected to the glasses frame; the glasses legs include a left glasses leg and a right glasses leg; the glasses frame is connected with lens which refer to electronic-controlled lens adjustable in color and provided with lens electrodes connected with a lens control circuit; a first control module comprises a processor, a posture sensor, a data storage module, a first lithium battery for charging the first control module and the lens control circuit is connected with the processor; a second control module comprises a ranging senor and a light sensor both connected with the processor and theglasses frame. In use of the shortsightedness-preventive smart glasses, eye using condition of users can be detected comprehensively, particularly, eye service range, eye posture and light environmentof the users can be detected and analyzed comprehensively; if the mentioned defective conditions occur, the smart glasses can send an alarm signal to the users while adjusting color of the lens before an alarm source is eliminated.

Description

technical field [0001] The invention relates to the field of anti-myopia smart eyes, in particular to an anti-myopia smart glasses with electronically controlled lenses and a working method. Background technique [0002] With the development of electronic equipment and network technology, the average time teenagers spend watching electronic equipment has increased significantly, resulting in younger, accelerated, and generalized myopia among teenagers. In recent years, parents’ awareness of myopia prevention has increased, and the state has issued policy documents on the prevention and control of myopia among teenagers. , many parents use smart glasses to detect the eye use of teenagers, but the existing smart glasses cannot comprehensively collect the environment and the user's use status, for example, the distance and duration of eye use cannot be collected, and the collected data is too single. Furthermore, the alarm methods of anti-myopia smart glasses in the prior art u...

AI Technical Summary

Problems solved by technology

[0003] In order to solve the deficiencies in the prior art, the present invention provides a new type of anti-myopia glasses that can comprehensively detect the duration of use of the eyes and the environment of the eyes, and has various reminder methods, which solves the problem of data monitoring and reminders of the anti-myopia glasses in the prior art. incomplete technical issues

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