Intelligent anti-snoring device and anti-snoring method

Abstract

An intelligent snore stopping device and a snore stopping method thereof. The intelligent snore stopping device comprises: a sound collecting module (101), a snore judging module (102), a central control module (103), a body position change sensing module (104) and a signal stimulus module (105); the snore stopping method comprises: collecting a sound signal in a current environment; determining whether the sound signal is a snore or not according to the sound signal, if so, executing a stimulus operation; detecting whether or not there is a human body position change within a first preset period of time; if so, stopping the stimulus operation; and if not, enhancing the intensity of the stimulus operation. No matter how a user senses external stimulus and no matter which sleep stage the user is in, there is always a stimulus with proper intensity among the gradually enhanced stimuli to enable the snorer to change body position subconsciously, so as to reach the purpose of stopping snoring without impacting the sleep quality of the snorer.

Description

technical field [0001] The invention relates to the field of health care articles, in particular to an intelligent anti-snoring device and an anti-snoring method thereof. Background technique [0002] The airway of snorers is usually narrower than that of normal people. When awake, the throat muscles of snorers contract compensatoryly to keep the airway open without blockage; while in sleep, the excitability of people's nerves decreases , muscle relaxation, pharyngeal tissue accumulation, causing the upper airway to collapse, when a person breathes, when the airflow passes through the narrow part of the airway, the breathing airflow blows the soft palate and overhang of the pharynx to make it vibrate, resulting in snoring . However, the appearance of snoring has a lot to do with inappropriate sleeping positions. If you can adjust to a suitable sleeping position during sleep, you can greatly reduce the probability of snoring. [0003] Studies have shown that if an external ...

AI Technical Summary

Problems solved by technology

However, because the intensity of the stimulus is constant, and the sensitivity of the structural stimulus is different due to the differences of different people, the same stimulus intensity is used on different people, and some people who are less sensitive may not be affected at all. impact, snoring can not be achieved; and some sensitive people will wake up under this stimulation, affecting the quality of sleep

In addition, the same person reacts differently to external stimuli at different stages of sleep. For example, during light sleep, very weak stimuli will be felt by people, while during deep sleep, the same intensity of stimulation may be just as short. It can’t play a role, and the stimulation with too much intensity may make the user wake up and affect the sleep effect

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