Method for controlling functional state of central nervous system and device for effecting same

A device for controlling the functional state of the central nervous system, comprising a controlled audio pulse pacemaker to expose a patient to the effects of audio signals of a desired frequency, amplitude and duration;

• a controlled light pulse pacemaker to expose a patient to the effects of light signals of a variable color, amplitude, frequency and duration;
• a first setting unit setting the pulse repetition frequency of the light and audio pacemakers;
• a second setting unit setting the duration of pulses produced by said light and audio pacemakers;
• a third setting unit setting the amplitude of pulses produced by said light and audio pacemakers;
• modulators in a number equal to the number of light signals of the light pulse pacemaker, said modulators having inputs separately connected to outputs of said setting units, and outputs connected to said pacemakers in order to synchronously vary the frequency, duration and amplitude of the light and audio signals;
• a switch switching in a preselected order the color modulators of the light signals source and the pitch modulators of the audio signals source;
• a control unit controlling said setting units and producing signals to control the modulators of the light and audio signals sources, depending on the variations of the level of the functional state of the central nervous system;
• a programming unit receiving information on changes of the patient's biorhythm caused by changes of the functional state of the central nervous system, said programming unit being connected to the setting units to form a signal for a change of the frequency, amplitude and duration of the signals by said setting units depending on the biorhythm frequency over given time intervals.