Sleep monitoring device and system

Abstract

The invention discloses a sleep monitoring device and a system. The system comprises a sleeping monitoring device, a data processing and transmitting module, a cloud platform and an analysis display terminal, wherein the sleep monitoring device comprises an electroencephalogram monitoring module and an electro-oculogram monitoring module which are connected through a flexible circuit and are usedfor monitoring electroencephalogram and electro-oculogram signals of a human body, and the electroencephalogram monitoring module comprises a feedback electrode, a reference electrode, an electroencephalogram monitoring electrode and a first processing circuit; the electro-oculogram monitoring module comprises an electro-oculogram monitoring electrode and a second processing circuit. By the aid ofthe wearable sleep monitoring device and the wearable sleep monitoring system, distributed and accurate measurement of sleep monitoring can be realized, and the current situation is improved that thewearable sleep monitoring device based on bioelectrical signals and having high precision and medical grade is lacking at present.

Description

technical field [0001] The invention discloses a sleep monitoring device and system, which relate to the fields of portable medical grade EEG sleep monitoring, attention training and fatigue monitoring, and can be applied to various places where sleep monitoring and sleep apnea syndrome screening are required. Background technique [0002] Sleep is an active process in the body that restores energy and relieves fatigue. Sufficient sleep, balanced diet and proper exercise are the three health standards recognized by the international community. As a necessary process of life, sleep is an important part of the body's recovery, integration and memory consolidation, and an indispensable part of health. In recent years, medical research has shown that occasional insomnia will make people mentally exhausted and reduce work efficiency the next day, affecting people's quality of life, while long-term insomnia will cause people to be unable to concentrate, memory decline, work listl...

AI Technical Summary

Problems solved by technology

[0004] At present, there are many ways to detect sleep. Consumer-grade ones usually use acceleration motion for sleep detection, such as various wristbands, and there are also technologies that use heart rate and breathing joint detection for sleep monitoring. However, the data of the above technologies are not used clinically. recognized

Medical-grade sleep monitoring mainly adopts the method of multi-lead wet electrodes. Multiple test lines need to be connected to the subject's head, and conductive paste needs to be applied to the test probe and the human body. This kind of scheme also has certain defects, such as complicated connection and difficult operation It is cumbersome and requires the help of professional medical staff to complete the test, and the test needs to be wound with a variety of lead wires, which restricts the user's actions. In order to solve the above problems, it is very useful to design a portable sleep monitoring wearable device and system based on bioelectrical signals. necessary

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