Infrared thermal imaging technology is free from interference, has ultra-long viewing distance, can break through night obstacles, can automatically identify alarms, is anti-glare, has high reliability and stability, and has high-speed data transmission. These characteristics make infrared thermal imaging technology widely used in the fields of autonomous driving, vehicle assistance and special vehicles.
Application in vehicle assistance
Infrared thermal imaging technology is widely used in vehicle assistance, mainly in the following aspects:
1. Provide long-distance detection
In vehicle assistance systems, infrared thermal imaging technology can provide long-distance detection functions. Since it can detect distant heat sources, it can help drivers detect pedestrians or obstacles in the distance in time, so as to make decisions to avoid or slow down in advance.
2. Identify the type of detected objects
Infrared thermal imaging technology also has the function of identifying the type of detected objects. It can not only detect the existence of objects, but also determine the type of objects, such as people, animals or inanimate obstacles, based on the heat and shape emitted by the objects. This plays a vital role in improving the safety of self-driving cars.
3. Anti-interference in harsh environments
Infrared thermal imaging technology is not affected by glare and can produce clear images in all environments and lighting conditions (fog, smoke, daytime, nighttime, etc.). In this way, it can maintain efficient working conditions in harsh environments and ensure driving safety.
4. Sense the activity status of drivers and passengers
Vehicle assistance systems equipped with infrared thermal imaging technology can also sense the activity status of drivers and passengers. For example, it can manage the vehicle's HVAC system based on the body temperature of the driver and passengers, and adjust the air-conditioning temperature, seat heating, and in-car ventilation functions accordingly to ensure a comfortable ride for those in the car.
Application of infrared thermal imaging technology in special vehicles
Special vehicles usually refer to vehicles that undertake special tasks, hang special vehicle license plates, and are equipped with sirens and sign lights. Such vehicles usually travel day and night, and the road conditions are also relatively complex. Special vehicles can be classified according to their uses and functions, mainly including the following:
1. Fire trucks: used for fire fighting, rescue and disaster response, requiring rapid response and good off-road performance.
2. Engineering rescue vehicles: used for road rescue, accident handling and other tasks, requiring strong traction and stable driving performance
Infrared thermal imaging technology is widely used in special vehicles. The core of infrared thermal imaging technology is infrared detectors and infrared modules. Since infrared thermal imaging modules are not afraid of darkness, they can improve the visibility of special vehicles in harsh environments such as rain, snow, haze, sand and dust, or when driving at night. Infrared thermal imaging equipment can detect obstacles in the distance as early as possible, and automatically identify their types, such as people, animals or inanimate obstacles, based on the heat and shape they emit. In this way, the driver of a special vehicle can make driving judgments as early as possible and effectively ensure the safe driving of the vehicle.
The application of infrared thermal imaging technology in intelligent driving is becoming more and more extensive. This technology can not only improve driving safety, but also improve driving convenience. With the development of science and technology, we believe that infrared thermal imaging technology will play a greater role in the field of autonomous driving in the future.