Blood oxygen monitoring linkage anti-snoring pillow control system and anti-snoring method thereof

Abstract

The invention provides a blood oxygen monitoring linkage anti-snoring pillow control system and an anti-snoring method thereof. The system comprises a blood oxygen monitor and an anti-snoring pillow controller. The blood oxygen monitor comprises a blood oxygen photoelectric acquisition sensor, a blood oxygen processing unit, a CPU processing unit I, a display control unit I, a battery charge control unit and a Bluetooth transmission communication module I. The anti-snoring pillow controller comprises a Bluetooth transmission communication module II, a CPU processing unit II, a display control unit II, an eccentric wheel control circuit and an alarm circuit. The method includes the steps that the blood oxygen saturation degree is calculated according to blood oxygen and pulse signals acquired by the blood oxygen monitor or a smart phone, a signal is sent to the anti-snoring pillow controller according to the change of the blood oxygen saturation degree, and the anti-snoring pillow controller adjusts the vibration strength of an eccentric wheel; blood-oxygen monitoring parameters are linked with an anti-snoring pillow, interference in sleep is carried out according to different sensitivity degrees of different people to blood oxygen, sleep apnea can be effectively avoided, and it is avoided that interference in the sleep of a patient is carried out excessively. The method is more scientific and reliable.

Description

technical field [0001] The invention relates to a snoring monitoring and anti-snoring method for medical monitoring and belongs to the technical field of snoring monitoring and anti-snoring for medical monitoring. Background technique [0002] The working principle of the currently commercially available anti-snoring pillow is to monitor the sleeper's snoring sound through the microphone and other pickups installed on the pillow. Sleep posture to achieve snoring stop. Such as controlling the inflation and deflation of several airbags in the pillow to adjust the angle of the head, or stimulating the sleeper through the vibration of the eccentric wheel, etc., to achieve the purpose of anti-snoring. Commercially available anti-snoring pillows such as goodnite from Bestmed in Germany, Dreamate from HIVOX BIOTEK in Taiwan, and Proper Pillow from California in the United States basically use this principle. [0003] In the prior art, there are also some invention patents about a...

AI Technical Summary

Problems solved by technology

The above-mentioned methods of monitoring continuous snoring to control snoring are difficult to avoid excessive intervention on the patient's sleep

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