Vision thermalization for sightless and visually impaired
First Claim
1. A versatile video transducer system providing alternative, supplementary sight to a blind or visually impaired person comprising:
- an input receiving a signal corresponding to a video image; and
a matrix receiving said signal from said input, said matrix being formed of a plurality of thin film elements generating an infrared image corresponding to said video image and being constructed and arranged to be placed in contact with a thermal sensitive organ of the blind person so that the blind person perceives said infrared image from said matrix;
wherein said infrared image is generated by said matrix includes wavelengths of approximately 3.5, 7.0 and 11 microns in biophysics resonance with the tuned sensitivities, absorption spectra and the quantum vibrations, rotations and stretching in specific amino acids common to said organ, cortex and retina.
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Accused Products
Abstract
A Vision Thermalization, “VT” light-to-heat transducer, versatile video transformation system, via Biophysics Resonance of forehead cells with thin film transistors infrared “display” (1 k×0.0015 C×640×480 VGA) and alternative image processing methodology thereof to convert, for the sightless and visually impaired, light waves, or TV received signals or 2D/3D video camera signals into infrared patterns of sensible heat waves such as produced by the product of voltage and current in an active matrix of thin film transistors (AM-TFT), typically used with liquid crystal displays, in order to exploit the viper-like thermal vision sensibility of 10 parts/million (0.003 C/305K) and biophysics resonance of thermo regulating amino acids.
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Citations
20 Claims
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1. A versatile video transducer system providing alternative, supplementary sight to a blind or visually impaired person comprising:
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an input receiving a signal corresponding to a video image; and a matrix receiving said signal from said input, said matrix being formed of a plurality of thin film elements generating an infrared image corresponding to said video image and being constructed and arranged to be placed in contact with a thermal sensitive organ of the blind person so that the blind person perceives said infrared image from said matrix; wherein said infrared image is generated by said matrix includes wavelengths of approximately 3.5, 7.0 and 11 microns in biophysics resonance with the tuned sensitivities, absorption spectra and the quantum vibrations, rotations and stretching in specific amino acids common to said organ, cortex and retina. - View Dependent Claims (2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17)
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18. A system for providing images to a blind person having a thermal sensitive organ comprising:
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a receiver receiving an electronic signal corresponding to an optical image; a matrix receiving said electronic signal from said receiver, said matrix being formed of a plurality of thin film elements generating an infrared image corresponding to said video image; and a mounting member arranged and constructed to position said matrix with said thin film elements contacting said thermal sensitive organ so that the blind person perceives said optical image as said infrared image through his thermal sensitive organ; wherein said infrared image is generated by said matrix includes wavelengths of approximately 3.5, 7.0 and 11 microns in biophysics resonance with the tuned sensitivities, absorption spectra and the quantum vibrations, rotations and stretching in specific amino acids common to said organ, cortex and retina. - View Dependent Claims (19)
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20. A system for providing images to a blind person having a thermal sensitive organ comprising:
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a receiver receiving an electronic signal corresponding to an optical image; a matrix receiving said electronic signal from said receiver, said matrix being formed of a plurality of thin film elements selectively activated in accordance with said electronic signal to generate an infrared image corresponding to said optical image; and a mounting member arranged and constructed to position said matrix with said thin film elements contacting the thermal sensitive organ so that the blind person perceives said optical image as said infrared image through his thermal sensitive organ wherein said infrared image is generated by said matrix includes wavelengths of approximately 3.5, 7.0, and 11 microns in biophysics resonance with the tuned sensitivities, absorption spectra and the quantum vibrations, rotations and stretching in specific amino acids common to said organ, cortex and retina.
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Specification