Computer-controlled vibro-acoustic electromagnetic infrared system and method

A computer-controlled vibro-acoustic electromagnetic infrared system comprising:

• a plurality of PEMF coils;
• a plurality of speakers;
• a temperature sensor;
• a far infra-red frequency generator;
• a delivery unit on which the plurality of PEMF coils, the plurality of speakers, the temperature sensor and the far infra-red frequency generator are disposed;
• a programmed printed circuit board (PCB) in communication with the plurality of PEMF coils, the plurality of speakers, the temperature sensor, and the far infra-red frequency generator,
• wherein the PCB comprises a power source;
• a microprocessor;
• a programmable memory;
• a media player;
• and a database;
• wherein the plurality of PEMF coils generates a low electromagnetic frequency (ELF) waveform component under control of the PCB that is generated using a pulsed electromagnetic field (PEMF) source,
• wherein the ELF waveform component is carried by a 1200 Hz waveform at 20 milli-second pulse with 5 volts producing 30μ-Tesla,
• wherein the plurality of speakers emit a recorded vibroacoustic therapy frequency (VAT) waveform component that is played by the media player of the PCB,
• wherein the VAT waveform component comprises sounds generated by randomly changing a frequency of an initial base note in a cascading fashion through a spectrum band of 2 Hz to 10,000 Hz,
• wherein the VAT waveform component is played by the media player through the plurality of speakers,
• wherein the far infra-red generator comprises a powered continuous coil that emits a far infra-red (FIR) waveform component,
• wherein the powered continuous coil is disposed within the delivery unit,
• wherein power to the far infra-red generator is controlled by the PCB,
• wherein the temperature sensor detects a temperature of a top surface of the delivery unit, wherein the temperature of the top surface of the delivery unit is monitored by the PCB,
• wherein the PCB is programmed to turn off power to the far infra-red generator if the temperature of the top surface of the delivery unit exceeds a predefined temperature,
• wherein the PCB is programmed to turn on power to the far infra-red generator if the temperature of the top surface of the delivery unit falls below a predefined temperature.