Electronic snore-ceasing equipment

Abstract

The invention discloses electronic snore-ceasing equipment. The electronic snore-ceasing equipment comprises a voice frequency sampler, a voice frequency signal gain amplifier, a central controller, avoice frequency signal transmitter and an adaptive regulator, wherein the voice frequency sampler is used for collecting voice signals and converting the collected voice signals into electric signals, the voice frequency signal gain amplifier is used for amplifying the electric signals, the central controller comprises a voice frequency identification module and a white noise generation module, the voice frequency identification module is used for identifying the amplified electric signals to determine a first snore, the white noise generation module is used for determining white noise according to the first snore, the voice frequency signal transmitter is used for converting white noise signals into vibration signals and sending the vibration signals, and the adaptive regulator is used for regulating the white noise according to voice signals collected again after the vibration signals are sent. The snoring frequency of patients is reduced, the sleep quality is improved significantly, the apnea phenomenon is reduced, and suspense contraction force is enhanced.

Description

technical field [0001] The invention relates to an anti-snoring device, in particular to an adaptively adjustable electronic anti-snoring device. Background technique [0002] Snoring refers to the snoring sound caused by the vibration of the uvula (palate) due to the narrow upper airway during sleep. Enlarged tonsils, an oversized tongue, and excessive alcohol consumption can cause snoring. Snoring can lead to daytime sleepiness, fatigue, inability to concentrate, headaches, and reduced ability to work. Snoring is an independent risk factor for hypertension, and severe snoring is often accompanied by sleep apnea syndrome. [0003] At present, the methods for treating snoring during sleep mainly include surgical treatment, laser treatment, and drug treatment, but practice has proved that the curative effects of these methods are not obvious, and they will rebound after a period of time, and cause certain injuries and side effects to the human body. [0004] At present, th...

AI Technical Summary

Problems solved by technology

This technology may be affected by sounds that are not snoring, and the circuit lacks the distinction between snoring and noise. For example, when there are external noises and sleep talking, it will inevitably cause false actions and false alarms, which will easily cause false triggering of the circuit and give users Generate an electrical stimulation, the pulse voltage stimulates the patient to feel a pinprick pain, which will affect the patient's sleep quality and force the user to wake up from deep sleep. The snoring sound is small but the sleep quality is reduced; wearing it on the hand, Snoring detection may be affected by quilts or other objects, resulting in inaccurate detection

[0011] The ear-worn anti-snoring device detects snoring by combining bone conduction technology, sound discrimination, etc., and uses the purely physical intervention principle of micro-sound and micro-vibration to achieve anti-snoring. The disadvantage is that the use of vibration interferes with sleep, which will reduce sleep quality ; in-ear disruptor sleep hearing of the user

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