The working principle of thermal imaging camera
Infrared thermal imaging cameras detect infrared energy (heat) in a non-contact manner and convert it into electrical signals to generate thermal images on the display. Infrared thermal imaging camera is a kind of detection equipment that can calculate the temperature value. It can accurately quantify and measure the detected heat, so that you can not only observe the image with heat, but also accurately identify and strictly analyze the heating fault area.
The vehicle-mounted thermal imaging assisted driving system has infrared detection capability, which can sense infrared outside the visual range of the human eye. In-vehicle infrared night vision systems have a wide range of uses. In the past, because of the high price, the main for military purposes, such as tanks and armored transport vehicles, radar vehicles and so on. However, with the advancement of technology, the popularity of the market, and the lower and lower prices, it has become possible for ordinary people to have a thermal imaging assisted driving system.
But if you have a car infrared night vision system, then you have the eyes of an owl wearing a pair of binoculars, because the car’s night vision system will help you see clearly in the car headlights.
You will have the foresight to discover potential dangers in the dark as soon as possible, thereby greatly improving driving safety.
On the display screen, the edges of the road, the markings in the middle of the road, objects on the road, and pedestrians on the roadside who are going to cross the road can all be displayed. Therefore, the in-vehicle infrared night vision system can be larger than before
The biggest beneficiaries of the thermal imaging assisted driving system will be those night car drivers. Due to the greatly extended safety distance, they can have more room for braking and reaction. The vehicle-mounted thermal imaging assisted driving system cannot replace the visual information you obtain with your eyes. It only provides you with further information on the road conditions in bad weather, especially when you can't see clearly.
1. Passenger cars, commercial trucks, buses and entertainment vehicles: The on-board thermal imaging assisted driving system can detect dangers in advance, reduce the probability of accidents, and protect life, property and personal safety.
2. Ambulance: The high speed and poor braking distance of the ambulance increase the probability of an accident. The thermal imaging assisted driving system can also detect the danger in front of the vehicle at high speed.
3. Passenger and freight trains: The thermal imaging assisted driving system can detect obstacles on railways far away in complete darkness.
4. Heavy engineering vehicles: When used for heavy vehicle navigation, the thermal imaging assisted driving system can improve the driver's perception ability when the camera that relies on eyesight and daylight imaging loses its function. Penetrating ash
Dust and smoke are clearly imaged to ensure the safety of pedestrians and vehicles.
