Intelligent child sleep monitoring system with adenoidal hypertrophy probability judgment function

Abstract

The invention discloses an intelligent child sleep monitoring system with an adenoidal hypertrophy probability judgment function. The intelligent child sleep monitoring system comprises a dot matrix infrared camera, a microphone array, a near-infrared LED light source, a sleeping posture and mouth-nose respiration analysis module, a body temperature analysis module, a respiration acoustics analysis module, a blood oxygen analysis module and an adenoidal hypertrophy probability comprehensive judgment module. The intelligent child sleep monitoring system with the adenoidal hypertrophy probability judgment function is different from an existing sleep monitoring product, home sleep monitoring can be conducted on children to judge the adenoidal hypertrophy probability of the children, and objective references are provided for parents and doctors, so that the children with operation indications can be treated in time. According to the present invention, multi-parameter monitoring is carriedout in a non-contact mode, so that the defect that comfort is affected due to the fact that an existing monitoring device needs to be worn can be overcome, and the comprehensiveness and accuracy of amonitoring result can be improved by integrating multiple parameters for analysis.

Description

technical field [0001] The invention relates to the technical field of sleep monitoring, in particular to an intelligent children's sleep monitoring system with the function of judging the probability of adenoid hypertrophy. Background technique [0002] Common symptoms of obstructive sleep apnea-hypopnea syndrome (OSAHS) in children include nocturnal snoring, mouth breathing, repeated apnea and frequent awakenings, often with nightmares, sweating, panic and enuresis. During the day, it often manifests as morning headache, drowsiness, irritability, irritability, inattention, and even abnormal personality and behavior. The growth and development of children lag behind their peers to varying degrees. Severe hypoxemia and hypercapnia can also cause cardiovascular complications and endanger the lives of children. Studies have shown that under the same airway pressure, about 57% of children with OSAHS first develop obstruction at the level of the adenoid, and the remaining 43% ...

AI Technical Summary

Problems solved by technology

However, the current monitoring equipment in hospitals is insufficient, and it is extremely uncomfortable and noisy to wear; in comparison, home monitoring has greater advantages, but at present, home sleep monitoring products such as smart mattresses generally only consider adults,

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