Human internal organ assessment method based on infrared medical imaging

Abstract

The invention relates to a human internal organ assessment method based on infrared medical imaging. The assessment method comprises the following steps: setting a human internal organ assessment system based on the infrared medical imaging, wherein the human internal organ assessment system comprises a far-infrared lens, infrared thermal imaging equipment, a human body surface division module, an image processing module, an internal organ temperature arrangement module, a comparison module and an assessment and analysis module; collecting body surface infrared waves of a user by virtue of the far-infrared lens, and processing the infrared waves by virtue of the infrared thermal imaging equipment so as to obtain an infrared image of the user; dividing the human body surface into a heart region, a liver region, a spleen region, a lung region, a kidney region, a gallbladder region, a stomach region, a large intestine region, a small intestine region and a urinary bladder region by virtue of the human body surface division module; computing by virtue of the image processing module so as to obtain the temperatures of the various organ regions of the user; arranging the temperatures of the various organ regions from high to low by virtue of the internal organ temperature arrangement module; comparing a result of arranging the temperatures of the organ regions with an arrangement result on organ energy in the classical theory of traditional Chinese medicine by virtue of the comparison module; and obtaining the abnormal situations of the internal organs of the user by virtue of the assessment and analysis module.

Description

Technical field [0001] The invention belongs to the technical field of infrared medical imaging applications, and specifically relates to a method for evaluating human viscera and organs based on infrared medical imaging. Background technique [0002] Infrared waves are the result of the movement of material molecules and are an electromagnetic wave. The wavelength of infrared waves ranges from 0.75 to 1000 microns. Among them, 0.75-3 microns are near-infrared waves, 3-6 microns are mid-infrared waves, 6-15 microns are far-infrared waves, and 15-1000 microns are extremely far-infrared waves. The infrared wave of the human body is one of the energy waves produced by the metabolism of the skin surface tissues. The infrared waves of the human body only exist on the surface of the human skin, so the infrared waves captured from the surface of the human body can never be emitted directly from the inside of the human body. [0003] In the past 30 years, the application of far-infrared...

AI Technical Summary

Problems solved by technology

However, researchers mostly focus on the actual measured temperature and the relationship between temperature and diseases or syndromes as the starting point for research, and it is impossible to form a rapid productivity.

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