Myopia prevention and control device and detection method

Abstract

The invention discloses a myopia prevention and control device and a detection method. According to the technical scheme, the myopia prevention and control device is characterized in that the myopia prevention and control device comprises a shell and a distance sensor installed on the shell, wherein a projection included angle is formed between the distance sensor and the horizontal plane, and the angle range of the projection included angle is 29-60 degrees; a control module used for receiving a signal of the distance sensor, comparing the signal with a threshold value and outputting a processing signal of a standard sitting posture or a non-standard sitting posture according to a comparison result. The detection method based on the myopia prevention and control device comprises the following steps: (a) setting a normal threshold value of sitting posture characteristic information, and storing the normal threshold value to the control module; (b) placing the shell on a table top, the distance sensor facing a user, and obtaining sitting posture feature information of the current user; and (c) comparing the current sitting posture characteristic information with a normal threshold range, transmitting the current sitting posture characteristic information to an external terminal through a communication module, and transmitting a detection result to a teacher or a guardian by detecting the sitting posture of the teenager, so that the purpose of reminding and monitoring the sitting posture of the teenager by the teacher or the guardian is achieved.

Description

technical field [0001] The invention relates to the field of myopia prevention and control, more specifically, it relates to a myopia prevention and control device and a detection method. Background technique [0002] At present, there are more than 400 million myopia patients in our country, and the myopia rate among teenagers continues to increase. Among them, the pressure of schoolwork and study makes teenagers have to use their eyes for a long time. [0003] For teenagers, most of their eye time is consumed in class, and wrong sitting posture will lead to accelerated eye fatigue for teenagers. For example, reading materials too close to the desktop in class will make teenagers prematurely Put on the disease of myopia. What's more, the harm of myopia is irreversible, and high myopia can easily cause various eye diseases and even affect normal life. [0004] As teenagers themselves, there is no clear standard for judging whether their sitting posture is accurate. In dail...

AI Technical Summary

Problems solved by technology

[0004] As teenagers themselves, there is no clear standard for judging whether their sitting posture is accurate. In daily study, it is also difficult for them to find out whether their sitting posture is standard, and classroom teachers or other guardians cannot supervise and guide a certain teenager for a long time. student sitting posture

[0005] Therefore, there is a lack of a device on the market that can be used to monitor the sitting posture of teenagers and inform the guardians or classroom teachers of the monitoring results, so that the guardians or classroom teachers can effectively remind teenagers with wrong sitting postures based on the test results and help them correct their mistakes sitting posture

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