Patent ID: 6939288

Claim:
A method of influencing the body, comprising the steps of registering physical parameter biopotentials; transforming and processing of obtained data to calculate a biosignal characteristic generalized parameter; transforming the biosignal characteristic generalized parameter on the basis of detached criterial correspondence into a control signal and forming an external sound effect; implementing the external sould effect in the form of generation of musical sounds by a parametric variation tone, volume and duration thereof in criterial relation to variation of discrete current values of the characteristic generalized parameter of a frequency spectrum of the transformed biosignal; isolating from register graphic information time intervals of identical duration and transforming the time intervals using Fourier harmonic analysis into a frequency spectrum; isolating common frequent ranges (Δ, Θ, δ, β) persuant to an internal standard Δ=0.1-3.9 Hz, Θ=4.07-7.9 Hz, δ=8.0-12.9 Hz, β=13.0-32.0 Hz; determining a dimensionless generalized characteristic parameter for each spectral interval with respect to power spectral densities (of Θ and Δ intervals, namely: K 1 =P 1 Θ/P 1 β=15.0/30.0=0.5 for 1st second K 2 =P 2 Θ/P 2 β=42.0/20.0=2.1 for 2nd second K 3 =P 3 Θ/P 3 β=54.0/12.0=4.5 for 3rd second K 4 =P 4 Θ/P 4 β=76.0/20.0=3.8 for 4th second K 5 =P 5 Θ/P 5 β=81.4/11.0=7.4 for 5th second K 6 =P 6 Θ/P 6 β=105.0/10.0=10.5 for 6th second K 7 =P 7 Θ/P 7 β=78.4/93=0.8 for 7th second K 8 =P 8 Θ/P 8 β=101.8/5.5=18.5 for 8th second K 9 =P 9 Θ/P 9 β=51.0/8.5=6.0 for 9th second K 10 =P 10 Θ/P 10 β=135.0/6.0=12.5 for 10th second wherein K is a dimensionless generalized parameter and PΘ, Pβ is spectral density of characteristic band power (sq.μV\sec); on the basis of calculation results determining a numerical interval between a minimum (K 1 =0.5) and a maximum (K 8 =18.5) values of generalized characteristic parameter, where drawn in a proportional range of musical sound parameters including 36 notes of three octaves for piano, 8 volume gradations, and 8 duration segments which reflects criterial relation among them; using a numerical value of the generalized dimensionless parameter of each spectral interval to determine appropriate parameters of musical sound, which in a sequence appropriate to original recorded alternation of time intervals are transformed by a sound card into a brain music; recording the brain music on a magnetic medium; and using an external sound effect of the brain music for a music therapy.