Computer-controlled vibro-acoustic electromagnetic infrared system and method
View Patent ↗A computer-controlled vibro-acoustic electromagnetic infrared system and method is disclosed that exposes a user to a plurality of waveforms having different frequencies comprising a vibro-acoustic frequency component; an electromagnetic frequency (“EMF”) component; and a far infrared frequency component. The generators of the three (3) waveform components are disposed in a delivery unit and the resulting emitted frequencies are introduced to a user of the unit via a plurality of speakers. The frequencies of the three (3) waveform components thus presented to the user act synergistically to create harmonic resonation in cells of the user and to create cellular reaction in the user. The levels of energy and the combination of varying frequencies allow the cells for the body to resonate in a harmonic fashion which in turn allow the brain and body to put normal activities on hold by entering a meditative state of para-sympathetic for self-healing and stress relief.
1 . 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.
2 . The computer-controlled vibro-acoustic electromagnetic infrared system of claim 1 , wherein the plurality of PEMF coils is controlled by PWM (pulse wave modules) boards integrated onto the PCB.
3 . The computer-controlled vibro-acoustic electromagnetic infrared system of claim 2 , wherein a set of predetermined programmed parameters are executed upon booting of the PCB that turn on the plurality of PEMF coils and operate the plurality of PEMF coils.
4 . The computer-controlled vibro-acoustic electromagnetic infrared system of claim 1 , delivery unit comprises a full body mat.
5 . The computer-controlled vibro-acoustic electromagnetic infrared system of claim 1 , further comprising vibroacoustic and auditory headphones that are worn by a user of the system.
6 . The computer-controlled vibro-acoustic electromagnetic infrared system of claim 1 , further comprising PEMF electromagnetic eye goggles that target ocular regions, fascial sinus, and fascial detox regions of a user of the system.
7 . The computer-controlled vibro-acoustic electromagnetic infrared system of claim 1 , wherein the ELF waveform component, the VAT waveform component, and the FIR waveform component are generated simultaneously.
8 . The computer-controlled vibro-acoustic electromagnetic infrared system of claim 1 , wherein the frequencies of the sounds of the VAT waveform component are changed by increasing the frequency from the initial base note, then decreasing the frequency from the initial base note, then repeating the frequency of the initial base note, and repeating this pattern in a manner such that the amount of the increase and decrease of the frequency from the initial base note is random and performed in a manner such that no frequency other than the initial frequency of the base note is repeated in the generated sound.
9 . A method of exposing a user to a combined waveform, wherein the combined waveform acts to create harmonic resonance in cells of the user, the method comprising:
contacting a user with a delivery unit, wherein the delivery unit comprises:
a plurality of PEMF coils;
a plurality of speakers;
a temperature sensor;
a far infra-red frequency generator;
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 emits 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 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, and
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.
10 . The method of claim 9 where the delivery unit is in the form of a full body mat.
11 . The method of claim 9 , wherein the PCB runs the ELF, VAT, and FIR waveform components at an energy level that helps regenerate cellular voltage to its natural levels in cells of the user.
12 . The method of claim 9 , where waveform wave patterns and energy levels of the ELF, VAT, and FIR waveform components allow the user's brain and body to put normal activities on hold by the brain and the body entering a parasympathetic state for self-healing of the body of the user and stress relief.