Thermal imager camera|The principle and application of thermal imager

Heat: All objects with a temperature higher than absolute zero (-273°C) can radiate electromagnetic waves. I detect the thermal radiation emitted by objects by collecting infrared light in the 8μm-14μm band;
Imaging: Unlike visible light, I convert thermal radiation into grayscale values, and then use the grayscale value difference of each object to image;
Use advanced autonomous images and intelligent analysis algorithms to deeply understand the application requirements of security business, and use thermal imaging technology and products as a perfect complement to visible light monitoring to better meet
main application
Intelligent recognition of target features and behavior analysis and diagnosis specially optimized for temperature measurement application scenarios, to create efficient temperature measurement products suitable for the public, and to meet the needs of users to continuously improve the safety and efficiency of the industry;
Outdoors, turn on the fireworks detection mode: cruise monitoring is performed based on the high-precision fireworks recognition algorithm. Once smoke or fire is detected, an alarm signal will be generated immediately, and relevant personnel will be linked to take fire-fighting measures in a timely manner to weaken the fire and reduce losses; mainly It can be used for forest fire prevention, scenic spot fire prevention, straw burning prevention, transmission line prevention of mountain fire, etc.
Indoors, turn on the temperature measurement mode: monitor the surface temperature of the object. Once the temperature is abnormal, an alarm signal will be generated immediately, and people will be notified to deal with it before the fire occurs. It is mainly used for pre-warning of fires in warehouses such as petrochemicals, port yards, logistics, chains, factories, etc.