Sleep monitoring system with good energy saving effect

Abstract

The invention relates to a sleep monitoring system with good energy saving effect. The existing sleep monitoring system is relatively high in energy consumption so as to be relatively short in the running time and influence the use experience. The sleep monitoring system comprises a processor and a base data collector; the processor is used for obtaining a single-frame packet through the basic data collector in a variable-frequency acquisition manner, performing sequential calculation to obtain a real-time sleep state of a user and adjusting a working state parameter of the basic data collector according to the sleep state of the user to enable the system to have differentiated energy consumption when monitoring each sleep state of the user. For the sleep monitoring system, the working state parameter of the basic data collector is associated with the real-time sleep state of the user, so that the running time of the system can be prolonged by lowering the running power consumption ofa partial period, the running stability of the system is ensured, the use experience is improved by reducing a charging maintenance frequency, and the monitoring precision can be improved.

Description

technical field [0001] The invention relates to the field of bedding, in particular to a sleep monitoring system. Background technique [0002] At present, polysomnography is an important new technology in sleep medicine, known as the "gold standard" for diagnosing sleep disorders. However, since there are many monitoring parameters when using a polysomnography monitor, more sensors need to be installed on the user's head and body. , The sensor is easy to fall off, etc., resulting in poor user experience and affecting the monitoring accuracy. For this reason, a portable sleep monitoring system has emerged on the market to overcome the disadvantages of polysomnography with many leads and inconvenient carrying. In order to improve portability and wearing comfort, portable sleep monitoring systems usually use The structure of the self-contained battery transmits signals to the outside world through wireless means, but the sleep monitoring system with this structure has the fo...

AI Technical Summary

Problems solved by technology

However, since there are many monitoring parameters when using a polysomnography monitor, more sensors need to be installed on the user's head and body. , the sensor is easy to fall off, etc., resulting in poor user experience and problems affecting monitoring accuracy

For this reason, a portable sleep monitoring system has emerged on the market to overcome the disadvantages of polysomnography with many leads and inconvenient carrying. In order to improve portability and wearing comfort, portable sleep monitoring systems usually use The structure of the self-contained battery transmits signals to the outside world through wireless means, but the sleep monitoring system with this structure has the following defects: On the one hand, in order to improve portability and wearing comfort, the portable sleep monitoring system has its own volume and weight. On the other hand, in order to ensure the accuracy of sleep monitoring, the sleep monitoring system will collect single-frame data packets at a constant frequency during the user's entire sleep process, and obtain the user's information through the processor. The real-time sleep state leads to high energy consumption per unit time, which shortens the running time of the portable sleep monitoring system after a single charge, and causes the portable sleep monitoring system to stop running due to power exhaustion during the user's sleep In some cases, the frequency of charging maintenance is also increased, and users are prone to unusable situations due to forgetting charging maintenance, which affects the user experience

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