System for analyzing and treating abnormality of human and animal tissues
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Publication Number
US-7801585-B1
Publication Date
2010-09-21
Expiration Date
Abstract
A system for analyzing and treating abnormality of human and animal tissues includes a subsystem for modulating a magnetic field, having a strength of between about 0.1 gauss and 4 Tesla, across an EM spectrum of between about 1 Hz and about 1 GHz. The system also includes a subsystem for subjecting the tissue to the modulated magnetic field and further includes a subsystem for measuring resultant EMR peaks of a signal emitted by the tissue, in which each peak represents a potential in-phase or out-of-phase EMR relative to a normal signal of the tissue. The system further includes a subsystem for generating and applying to the tissue a wave form and resonance substantially inverse to that of out-of-phase resonances of the tissue signal to increase or nullify EMR peaks of the signal associated with an abnormality.
Core Innovation
The invention provides an electromedicine system that modulates a magnetic field of between about 100 gauss and about 4 Tesla across an RF spectrum of between about 1 MHz and about 1 GHz, and subjects human and animal tissues to the modulated magnetic field. The system repeatedly measures resultant electron magnetic resonance (EMR) peaks of a signal emitted by the tissue, where each peak represents an out-phase EMR. The EMR peak information is used to identify abnormality-associated resonance behavior.
The system generates and re-iteratively applies a waveform substantially inverse to that of the out-of-phase resonance of the EMR tissue signal. This inverse waveform is applied to thereby increase, decrease or nullify abnormal EMR peaks associated with the abnormality of the tissue. The approach is presented as a coordinated analyze-and-treat mechanism based on repeated EMR peak measurement and inverse-waveform application.
In particular implementations, the EMR peaks comprise peaks of electron paramagnetic resonance, and the measuring means include a low-order band pass filter. The measurement means also include means for stochastic modeling and self-learning, together with a multi-electrode unit having variable waveform parameters for generating the inverse waveform. The system further includes local treatment inputs using pads having electrodes embedded therein.
Claims Coverage
The document provides two independent claims that share a common inventive concept: repeated EMR peak measurement using a modulated magnetic field and the application of a waveform substantially inverse to out-of-phase EMR to increase, decrease or nullify abnormal EMR peaks. Across the independent claims, the inventive features are refined into EMR peak characterization (electron paramagnetic resonance), filtered measurement (low-order band pass filter), modeling with stochastic modeling and self-learning, local treatment inputs (electrode-embedded pads and a multi-electrode unit with variable waveform parameters), and system architecture/support for communications and an RF interface via an FMU.
Modulating a magnetic field over an RF spectrum
A system for modulating a magnetic field having a strength, of between about 100 gauss and about 4 Tesla, across an RF spectrum of between about 1 MHz and about 1 GHz.
Subjecting tissue to the modulated magnetic field
A system for subjecting said tissue to said modulated magnetic field.
Re-iteratively measuring out-phase EMR peaks
A system for re-iteratively measuring resultant electron magnetic resonance (EMR) peaks of a signal emitted by said tissue, in which each peak of said EMR peaks represent an out-phase EMR.
Inverse waveform for increasing, decreasing, or nullifying abnormal EMR peaks
A system for generating and re-iteratively applying to said tissue a waveform substantially inverse to that of said out-of-phase resonance of said EMR tissue signal, to thereby increase, decrease or nullify abnormal EMR peaks of said signal associated with said abnormality of said tissue.
Electron paramagnetic resonance EMR peaks
The magnetic resonance peaks comprising peaks of electron paramagnetic resonance.
Low-order band pass filtering for measurement
The means for measuring including a low-order band pass filter.
Stochastic modeling and self-learning for measurement
The means for stochastic modeling and self-learning.
Local treatment inputs with electrode-embedded pads and a multi-electrode unit
The means for generating including local treatment inputs including pads having electrodes embedded therein and a multi-electrode unit having variable waveform parameters.
Communications module of an FMU
A communications module of a functional management unit (FMU).
RF interface between subjecting and measuring means
An RF interface between said subjecting means and said measuring means.
Across the independent claims, the system is defined by modulating a magnetic field over a specified RF spectrum, repeatedly measuring out-phase EMR peaks emitted by tissue, and applying a waveform substantially inverse to that out-of-phase resonance to increase, decrease or nullify abnormal EMR peaks. The second independent claim further specifies that measurement includes a low-order band pass filter and stochastic modeling with self-learning, while generation uses local treatment inputs with electrode-embedded pads and a multi-electrode unit with variable waveform parameters, supported by an FMU communications module and an RF interface between subjecting and measuring means.
Stated Advantages
Not explicitly described in patent.
Documented Applications
Not explicitly described in patent.
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