Multi-channel sleep monitoring wireless network cap device and monitoring method

Abstract

The invention discloses a multi-channel sleep monitoring wireless network cap device and a monitoring method, and relates to the technical field of sleep monitoring. The multi-channel sleep monitoring wireless network cap device is characterized by comprising a wearing main body, a signal processing module, a first memory, a data integration module, a multi-channel signal transmitter, a multi-channel signal receiver, a second memory, a data fusion module, a display module and acquisition equipment mounted on the wearing main body, wherein the acquisition equipment is connected with the signal processing module; the signal processing module is connected with the data integration module; the data integration module is connected with the first memory and the multi-channel signal transmitter; the multi-channel signal transmitter is in communication connection with the multi-channel signal receiver; the multi-channel signal receiver is connected with the data fusion module; and the data fusion module is connected with the second memory and the display module. The multi-channel sleep monitoring wireless network cap device can integrate a plurality of different sleep index signals into a small number of monitoring curve graphs for display, can effectively reduce the signal transmission difficulty, and facilitates the viewing of terminal staff.

Description

technical field [0001] The invention relates to the technical field of sleep monitoring, and more particularly, to a wireless network cap device and a monitoring method for polysomnography monitoring. Background technique [0002] One third of human time is spent in sleep, and sleep is an indispensable physiological need in human life. Sleep is the most natural and basic life process formed in the process of biological evolution. The precise regulation of the sleep process is the basis for ensuring the normal progress of other life processes such as blood, metabolism, immunity, endocrine, and brain activity, and plays an important feedback on awakening. The regulating effect jointly maintains the regular changes of life phenomena and is a sufficient condition and necessary driving force for the survival and development of an individual. Therefore, it is of great significance to monitor the sleep situation of the human body. [0003] At present, human sleep monitoring is div...

AI Technical Summary

Problems solved by technology

The commonly used sleep monitoring method is polysomnography system, which is mainly carried out in professional monitoring institutions such as hospitals, including EEG, eye movement, mouth and nose airflow, snoring, chest belt (monitoring body position / chest breathing), abdominal belt ( Abdominal respiration), ECG, blood oxygen, leg movement and other monitoring indicators, various indicators are transmitted through dozens of transmission lines and external monitoring equipment or wireless transmission of various monitoring signals. The structure of the wired transmission method is complex and difficult to operate. Difficult, and changes in the sleep environment often interfere with the sleep indicators of the subjects; while the wireless transmission method is susceptible to environmental interference and interference between signals, and the communication channel settings for different signal transmissions are also relatively complicated, making it difficult to build the system; in addition , whether it is a wired or wireless monitoring method, the receiving terminal of the monitoring results needs to analyze a variety of signals, not only the amount of data processing is large, but also easily limited by the number of display windows of the display terminal, causing the staff to view the monitoring results The operation remains unchanged, and because the sleep monitoring results are monitored in real time, the corresponding monitoring results show that there are missing checks

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