Digital frequency synthesis bio-electric waves of electronic sleep aids

Digital frequency synthesized bioelectric waveform current stimulates the cerebellar parietal nucleus (FNS). The FNS projects directly upwards to the thalamus and hypothalamus. Electrical stimulation of the FNS excites neurons in this area, which then project back to the thalamus and hypothalamus, connecting with the cerebral cortex via thalamic choroidal pathways.

 

This activates neuroprotective mechanisms in the central nervous system, improves the stability of brain nerve cell membrane potentials, reduces brain excitability, and improves and enhances sleep function. Using FNS to treat insomnia stabilizes the internal environment of the nervous system, actively regulates the patient's sleep/wake rhythm, and improves sleep disorders caused by increased brain excitability. By actively regulating sleep and wake rhythms, it achieves the goal of non-pharmacological treatment of insomnia.