Pain infrared thermal imaging evaluator and method thereof

Abstract

The invention discloses a pain infrared thermal imaging evaluator and a method, and belongs to the technical field of pain infrared thermal imaging evaluation. The pain infrared thermal imaging evaluator comprises a detection box. A detection cavity is formed in the detection box. A clothes storage device is arranged in the detection cavity. A guiding device is arranged in the detection cavity, and an inlet is formed in the side end of the detection box. A door plate for closing is mounted at the inlet. According to the pain infrared thermal imaging evaluator and the pain infrared thermal imaging evaluation method, pain infrared thermal imaging can be effectively analyzed, so as to obtain accurate results, solve the problem that pain cannot be accurately positioned in traditional methods, and accurately define pain attack frequency and degree. The pain infrared thermal imaging evaluator can collect temperature distribution information of local body surface where inflammatory pain occurs in a human body conveniently, quickly, contactlessly and losslessly, and then form a human body thermal image by processing the temperature distribution information of local body surface with an electronic circuit and a computer, so as to help medical staff to know the pain condition of a patient.

Description

technical field [0001] The invention relates to the technical field of pain infrared thermal imaging evaluation, in particular to a pain infrared thermal imaging evaluation instrument and a method thereof. Background technique [0002] As a subjective feeling, pain is the fifth vital sign after breathing, pulse, body temperature and blood pressure. Pain not only affects the comfort of patients, but also often has a certain relationship with pathological changes, often related to diseases. Clinically, it is often difficult for patients to accurately locate pain and express the range of pain involved. Therefore, local injection therapy, "pain patch", shock wave therapy and other clinical pain treatment sites lack the role of targeting; at the same time, because the existing pain assessment is based on visual simulation However, it is difficult to accurately define the frequency and degree of pain attacks. Contents of the invention [0003] The purpose of the present invent...

AI Technical Summary

Problems solved by technology

Clinically, it is often difficult for patients to accurately locate pain and express the range of pain involved. Therefore, local injection therapy, "pain patch", shock wave therapy and other clinical pain treatment sites lack the role of targeting; at the same time, because the existing pain assessment is based on visual simulation Subjective evaluation such as scoring method, it is difficult to accurately define the frequency and degree of pain attacks

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