A sleep control electrical induction information control method, comprising: step 1: collecting brain waves emitted by the brain of a human body and implementing signal processing thereof; step 2: comparing the collected brain waves with a pre-stored brain wave template to determine whether the body has entered a corresponding sleep stage; step 3: if the body has not entered the corresponding sleep stage, then emitting a sleep induction signal to guide the body to enter the corresponding sleep stage, adjusting same in real time until the body enters the corresponding sleep stage, and recording the sleep induction signal at this time; step 3 also comprises: re-determining whether the brain waves are in a corresponding sleep stage brain wave state, and when determining that the brain waves have not entered a corresponding sleep stage, adjusting the parameters of the sleep induction signal.
SLEEP CONTROL ELECTROMAGNETIC WAVE OUTPUT CONTROL METHOD