Infrared thermal imaging technology provides strong support for vehicle maintenance.
Equipped with an on-board infrared movement, it can detect the temperature distribution of key parts such as the vehicle engine, brakes, and transmission, helping engineers quickly diagnose potential faults and carry out repairs in a timely manner. This non-contact temperature measurement method not only improves detection efficiency, but also avoids possible damage caused by disassembling parts.
Infrared thermal imaging technology plays an important role in driving safety
It can detect the temperature distribution of vehicle tires in real time and promptly detect abnormal conditions of tires, such as overheating or uneven wear, to avoid dangerous situations such as tire blowouts. In addition, on-board infrared thermal imaging can also detect the temperature distribution of the vehicle's surroundings, helping drivers identify pedestrians, animals or other obstacles, thereby improving driving safety.
Infrared thermal imaging technology contributes to improving in-car comfort
It can detect the temperature distribution inside the vehicle, as well as the heat conduction of windows, sunroofs and other parts, so that the driver can adjust the air conditioning and seat ventilation equipment according to the actual situation to ensure the comfort of the vehicle environment. In extreme weather conditions, infrared thermal imaging technology can better play its advantages and create a more pleasant driving environment for the driver.
Infrared thermal imaging technology greatly reduces the danger of night driving
The infrared thermal imaging driving assistance system also has the characteristic of ultra-long viewing range, which enables the driver to clearly see pedestrians, animals and objects on the road in harsh environments such as total darkness, smoke, rain and light fog, giving the driver more time to respond to potential dangers.
With the continuous development of autonomous driving technology, the application of infrared thermal imaging technology in the field of intelligent driving is becoming more and more extensive. Infrared assisted driving systems equipped with infrared detectors or infrared movements can identify the type of detection objects, such as people, animals or inanimate obstacles, and are not affected by glare, providing clear images in various environments and lighting conditions. The application of this technology will further improve the safety and reliability of autonomous driving systems.