Abstract
The purpose of this study was to grasp the development process of thermal image temperature measurement technology. It provides directional support for the optimization development of the thermal imagery and laser plastic surgery and laser treatment. This paper uses the infrared thermal image temperature measurement principle and performs infrared thermal image precise temperature measurement technology and its application research. The results showed that there was a correlation between 595 nm pulse dye laser, age, laser energy density, and skin temperature ( P < 0.05 ). There is a significant difference in the average ( P < 0.05 ). The infrared thermal imagery temperature monitoring system is a simple and relatively accurate temperature detection system that can be widely used in temperature measurement and control of laser plastic surgery.
Highlights
E operation of the infrared thermal imagery is an infrared radiation that is collected at a certain distance, so its temperature measurement accuracy is vulnerable to external radiation
For the infrared thermal imagery, the measurement distance, the measurement distance between the infrared camera and the measured object, and the atmospheric transmittance, the infrared thermal imager body radiation affects the problem, and to reduce, to maximum limit, the effects of various factors on infrared temperature measurement and to improve the temperature measurement accuracy of the infrared thermal imager, domestic and foreign scholars have conducted a lot of experiments and research
Yang H proposed an Scientific Programming artificial neural network method to reduce the influence of nonuniformity of detectors on temperature measurement accuracy, adopting first-input desired error values, reverse the error forward, realize automatic modification weight, and improve correction effectiveness [2]
Summary
E operation of the infrared thermal imagery is an infrared radiation that is collected at a certain distance, so its temperature measurement accuracy is vulnerable to external radiation. Is study intended to explore the clinical application of dynamic infrared thermal imaging techniques (Dirt) in laser plastic surgery treatment. E relationship between the temperature of the object and the infrared image grayscale value is obtained by the different temperature, calculating the correction gain coefficient and the offset.
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