Wrist-mounted sleep monitoring system

Abstract

The invention relates to a wrist-mounted sleep monitoring system. The wrist-mounted sleep monitoring system comprises a wrist-mounted sleep quality monitor, an intelligent cellphone module and a background server analyzing system. The wrist-mounted sleep quality monitor is communicated with the background server analyzing system through the intelligent cellphone module. A sleep quality analyzing module is embedded in the intelligent cellphone module which judges sleep hierarchies according to monitoring data of the wrist-mounted sleep quality monitor. The background server analyzing system stores user monitoring data transmitted by the intelligent cellphone module for a long time, sets up a grading system and grades sleep according to various indexes every day. The background server analyzing system is of a B/S and C/S mixed structure, and users can be supported to inquire information by accessing to the Internet through PCs (personal computers) or through cellphone APPs (applications). By the wrist-mounted sleep monitoring system, the users are urged to adjust bad work and rest habits according to monitoring information and analysis results.

Description

technical field [0001] The invention relates to a sleep monitoring system, in particular to a wristband sleep monitoring system. Background technique [0002] In the modern society with high pressure, many office workers always feel that they do not get enough sleep, they are still sleepy after getting up in the morning, and they will be listless throughout the day. Even if you fall asleep on weekends, you will still feel dizzy when you wake up at noon. The latest research believes that this is because our sleep is not scientific enough. [0003] Sleep is necessary for survival, and poor sleep quality is a major factor in the formation of chronic diseases. Typically, individuals have four to six sleep cycles per night, each between 60 and 120 minutes in length and consisting of varying proportions of rapid eye movement (REM) sleep and non-REM sleep (which is further divided into stage N1 , N3 and N3). Normally each sleep cycle begins with non-REM sleep and ends with REM ...

AI Technical Summary

Problems solved by technology

[0005] However, the traditional ECG signal measurement devices currently on the market or medically used to monitor human sleep conditions are complex and cumbersome in design, and must allow the subject to spend the night in an unfamiliar monitoring environment (sleep laboratory), and complex signals need to be attached to the body. line, there are also dedicated technicians monitoring the whole night

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