Natural wind frequency modulation air conditioner, air conditioning system and control method based on deep sleep
A deep sleep, natural wind technology, applied in heating and ventilation control systems, heating and ventilation safety systems, noise suppression, etc., can solve the problems of frequency modulation effect machinery, inability to adjust the human body, and inability to adjust the sleep mode of fans and air conditioners. , to achieve enhanced protection and beneficial health effects
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no. 1 example
[0077] Such as Figure 5 , N is the normal wind turbine speed waveform, which corresponds to the initial simulated natural wind waveform.
[0078] Under normal circumstances, human sleep has gone through four stages, which are in turn, sleep onset, light sleep, deep sleep, and eye movement / REM stage.
[0079] Stage 1, falling asleep stage: the muscles relax and enter light sleep, which is easy to wake up.
[0080] Stage 2, light sleep stage: slow breathing and heartbeat, slightly lower body temperature, relatively active body movements.
[0081] Stage 3, deep sleep stage: breathing and heartbeat become slower than the previous stage, the muscles relax, the body is almost motionless, the brain is inactive, and there is no dream. At this stage, it takes time to be awakened.
[0082] Stage 4, eye movement / REM stage: the brain activity is the same as during the day, the eyes move quickly but the body hardly moves.
[0083] From falling asleep stage to light sleep stage, to deep sleep stage a...
no. 2 example
[0089] When there are multiple people in the room, the control of the system is given priority to the person who falls asleep first and enters deep sleep first.
[0090] Such as Figure 4 , Figure 5 , Image 6 , Figure 7 , Assuming that two people A and B are using at the same time, the fan control device processes the information sent by the heart rate or breathing rate collection terminal of A and B to determine the state of A and B. If A enters the sleep stage first In the falling asleep phase, the system automatically enters the falling asleep phase, switching from n normal fan speed waveform to y1 falling asleep phase fan speed waveform, the natural wind sequence value is reduced by 100, and the natural wind sequence output delay time is extended by 0.5 times. The natural wind is smoother, the wind power is reduced, and the noise is reduced. At this time, the control of the system is controlled by A; if B enters the sleeping stage in the sleep phase, the fan speed waveform...
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