Intelligent sleep aiding method and intelligent sleep aiding system on basis of respiratory frequency adjustment
A respiratory frequency and intelligent technology, applied in the evaluation of respiratory organs, devices that induce sleep or relaxation, medical science, etc., can solve the problem that sound and light sleep aids cannot be intuitively obtained, record sleep data, hinder falling asleep, and produce foreign body sensation And other issues
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Embodiment 1
[0039] like figure 1 Shown: An intelligent sleep aid method based on respiratory rate regulation, the typical workflow is as follows:
[0040] Firstly, through the collection device, the breathing data of the subject is continuously collected, and every 10 breaths of the subject is used as the analysis measurement unit to calculate the breathing frequency f(n-1) during the first 10 breaths and record the 10 breaths The time taken by t(n-1).
[0041] Then, similarly calculate the breathing frequency fn of the next 10 times and the duration tn of completing the 10 times of breathing, and compare f(n-1) and fn.
[0042] If the respiratory frequency fn>the respiratory frequency f(n-1), then play the audio file with the same frequency as the respiratory frequency fn(n-1). If the breathing frequency fn≤breathing frequency f(n-1), play the audio file corresponding to the breathing frequency fn until the subject is determined to fall asleep.
[0043] At the same time, according to ...
Embodiment 2
[0045] like figure 2 Shown: An intelligent sleep aid method based on breathing frequency adjustment, which is suitable for users to preferentially choose a breathing frequency consistent with their own breathing frequency when falling asleep according to habits, experience or accumulated data, that is, the aforementioned self-selected breathing frequency F , to quickly help yourself sleep.
[0046] Through the analysis of a large number of experimental data, the duration of the music to determine whether the user can follow the breathing frequency of his choice is about 4.5 to 5 minutes, and the breathing frequency is about 60 times. In order to ensure the accuracy of the judgment results, the system needs to make 3 comparisons, that is, divide 60 breaths into three groups, so the time period for each comparison is about 90s. The duration of 20 breaths is about 90s.
[0047] That is, first collect the breathing data of the subject for 20 breaths, and calculate the frequency...
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