We knew at an early stage that scientific skills were the main productive forces, and that technological innovation was changing our days all the time, bringing great speed to our days, and of course many technological creations may not have much to do with our usual days, but they have led to innovation in skills and increased power generation in related fields. , So scientific and technological innovation has always become the goal and driving force of enterprises may be a nation, at that time many may have heard of overheating imager, but many people may not know how to use the thermal imager principle, the following we briefly introduce, I hope you can help some friends.

　　Thermal imaging InstrumentThe application process is still mainly dependent on infrared detector, optical imaging objective and optical machine scanning system, these three cooperation with each other, is also the key to the thermal imaging camera three parts. The main intention is to obtain infrared radiation energy distribution map. This process seems to be relatively abbreviated, in fact, it is more complex. With infrared detector and optical machine scanning mechanism, the infrared thermal image of the object under test for a comprehensive scan to obtain information, the entire scanning process, involving some dynamic content, the detector can now convert these infrared radiation into a signal, the nature of the signal is electrical signal, at the receiving end of the display, we can see the infrared thermal image, This is also the use of Thermal imager intent and results. These hotline maps also have a certain principle of analysis, etc., must be professional people can understand.

At that time, where can we see the use of thermal imaging cameras, now in the economic and social comprehensive development of today, the military and civil aspects of the use of a relatively wide range. First of all, in industrial production, we can use the thermal imager to distinguish the application status of the machine, because if the machine or equipment is at high temperature or perhaps high speed operation state, we can use the thermal imager to determine the quality of its operation, which is directly linked to the power produced and the safety of production. Thermal imaging cameras can also be used for industrial product quality control and handling. This is also an area where the application principle of thermal imaging cameras plays an important role.

It has also played a very important role in military survey and enemy discovery, and in the future, the ability to trust in this area will be more effective.