Human infrared high spectrum imaging method and system

Abstract

The present invention provides a human body infrared high optical spectrum imaging method and a system thereof, wherein the method comprises the following steps: controlling an infrared spectrum image forming device to collect infrared spectrum image data in the waveband of from 1.5mu m to 15.5 mu m through a computer system, transmitting the collected infrared spectrum image data to a computer system through an image collecting card and storing, executing procession of deducting the blackbody radiation value of body surface temperature from the obtained subdivided infrared spectrum image data of human body, obtaining human surface infrared subdivided infrared spectrum image data in a random waveband selected from 1.5mu m to 15.5mu m, and displaying and outputting the subdivided infrared image through a computer. A clear subdivided image of human body infrared spectrum can be displayed when the method is adopted. A better recognizing can be executed through the output image of random waveband. The invention establishes the imaging method which obtains image with better accuracy.

Description

technical field [0001] The invention relates to the technical field of infrared spectral imaging, and in particular proposes a human body infrared hyperspectral imaging method and system. Background technique [0002] Quantum biology believes that the body is composed of cells, and the electron layers around the molecules and atoms of chemical substances such as proteins, nucleic acids, and lipids that make up the cells are constantly changing, showing metabolic changes in combination and separation. At the same time, the energy generated causes the body to produce temperature changes and radiate infrared rays to the surrounding space. Therefore, the human body is a natural source of infrared radiation. Performance. Some diseases may have been manifested through the infrared radiation of the human body before their symptoms appear. Obtaining this information is very helpful for the early diagnosis or treatment of the disease. [0003] In the prior art, the temperature of v...

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Problems solved by technology

[0003] In the prior art, the temperature of various parts of the human body can be obtained through an infrared thermometer or the temperature data of the human body and its distribution can be obtained through an infrared imager, such as: an infrared breast detector, a human body temperature measuring instrument, etc., the above two Detection method The infrared detection equipment is mainly to detect or image the temperature of the human body in the 8μm-12μm band to obtain a full-band image of this band, but the characteristic spectrum (useful information) of the temperature radiation emitted by the actual human body is not in the above band , so if the usual human body infrared imaging equipment and scheme are used to obtain the temperature data of the human body, it is difficult to obtain the thermal radiation characteristic information related to human health in addition to the temperature, and in some specific cases of the human body, such as in the treatment of traditional Chinese medicine There will be some changes under the method or the situation of the disease, and these changes are also reflected in its infrared spectral characteristics, but the simple measurement of the whole band (such as: 8 μm ~ 12 μm) cannot obtain the changes, and the imaging method is not spectral imaging

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