A sleep aid music control system
A technology for controlling systems and music, applied in the field of sleep, can solve the problems of poor sleep aid effect, matching, and inability to match the sleep state due to changes in music attributes, so as to improve synchronization and matching, and ensure the effect of sleep aid.
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Embodiment 1
[0058] This embodiment provides a sleep aid music control system
[0059] Such as figure 1 A system shown includes a basic data collector, a sleep aid music library, a processor, and a music player. The processor first collects the user's basic information through the basic data collector and judges the user's sleep state, then adapts and processes the audio files in the sleep-aid music library, and thus forms a sleep-aid audio signal that matches the user's biological rhythm, and then passes the music The player forms a sleep-aiding sound field that is played outward. The user is in the sleep-aiding sound field. By adjusting the music attributes of the audio file, the user's circadian rhythm is guided and adjusted, thereby prompting the user to fall asleep as soon as possible, thereby improving the sleep-aiding effect.
[0060] In this embodiment, the accuracy and real-timeness of sleep state judgment are improved by directly collecting brain waves, thereby improving the syn...
Embodiment 2
[0105] Compared with the first embodiment, this embodiment provides another basic data collector.
[0106] Such as image 3 As shown, the basic data collector is an eye mask 7, the eye mask 7 includes a mask body and a strap, and the EEG signal acquisition assembly includes a frontal reference electrode 10 arranged in the middle of the mask body and a left frontal electrode 10 arranged at both ends of the mask body. pole electrode 8 and right frontal pole electrode 9.
[0107] When in use, the eye mask 7 is fixed at a preset position through a strap, so that the mask body fits the user's forehead. The eye mask 7 collects relevant basic data through the left frontal electrode 8 , the right frontal electrode 9 and the frontal reference electrode 10 attached to the user's body surface, and sends them to the processor. Specifically, the left frontal electrode 8, the right frontal electrode 9, and the frontal reference electrode 10 are attached to the left frontal electrode, the ...
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