Method and device for keeping side sleeping posture of human body

Abstract

Disclosed are a method and device for keeping the side sleeping posture of a human body. A prone position recognition assembly is fixed to the chest or the back of the human body, and is connected with a prone position information processing assembly through wireless communication, and the prone position information processing assembly and an electric appliance drive assembly are arranged integrally. When the human body lies on his back or lies prostrate, the prone position recognition assembly recognizes the postures and immediately sends a signal to the prone position information processing assembly through wireless communication, after the prone position information processing assembly obtains the signal, an instruction is immediately sent to the electric appliance drive assembly after data processing, after the electric appliance drive assembly receives the instruction, a small vibration motor or a biological acusector is immediately driven through an electric appliance drive interface to awake the human body, the human body is made to keep the side lying posture, or a turnover bed is driven through the electric appliance drive interface, and the human body is automatically turned over to lie on the side.

Description

Technical field [0001] The invention relates to a method for maintaining human body sleeping on one side, in particular to a method and device for maintaining human body sleeping on side, belonging to the field of medical and health care equipment. Background technique [0002] At present, the known technology of prompting the user to change the prone position during sleep is a utility model patent, patent number: 201220290555.0, this technology is a snoring device, which is detected by the pickup in the detection hole on the snoring device The snoring sound from the human body, and the snoring sound must be above 70+5dB. When the anti-snoring device detects the snoring sound of 70+5dB for more than 10=1 second, the anti-snoring device sends out a biological electroacupuncture pulse signal and transmits it to the nerves of the snoring patient. The center makes the patient's uvula and other related respiratory organs shrink and adjust, and the anti-snoring device prompts the ...

AI Technical Summary

Problems solved by technology

This technology has a certain effect on snoring patients with louder snoring, but has the following defects: first, the anti-snoring device is ineffective for snoring patients whose snoring intensity is less than 70+5dB, while in reality the vast majority of snoring patients The snoring sound is below 70+5dB, so there are great limitations in the scope of use

Second, because the anti-snoring device detects the sound intensity, it cannot change the sleeping position of sleep apnea patients who do not make snoring sounds, so it is invalid for sleep apnea patients

Third, because the sound intensity is detected, the user must snore with a certain intensity to obtain anti-snoring, so the anti-snoring device can only passively stop snoring, and cannot actively prevent snoring

Fourth, the means for the anti-snoring device to urge the user to change the lying position is to use bio-electroacupuncture stimulation without waking the snoring patient. Therefore, it is uncertain to change the lying position without waking the snoring patient. Remain supine, or change to a more unhealthy prone position

Fifth, the anti-snoring device cannot distinguish the difference between snoring and other sounds, and only treats it according to the sound intensity. It may mistake thunder and other noises for snoring, and treat them as snoring sounds, thereby affecting the user's sleep quality

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