Infrared Thermal Imaging Life Detector, Detect And Locate Survivors In The Ruins
The RE650 handheld three-light thermal imager life detector uses the constant temperature characteristics of the human body to capture infrared radiation through a high-sensitivity detector, converting it into clear thermal imaging, which is not affected by light and smoke, and can quickly locate survivors in the ruins.
Onick RE650 is a handheld three-light thermal imager observation and reconnaissance instrument equipped with a TV camera, an uncooled infrared thermal imager, a laser rangefinder, GPS, an electronic compass and other functions. It can be used for all-weather day and night reconnaissance, target positioning, etc. The product has good infrared imaging effects, and is small and light, low power consumption, simple control, light and portable appearance, and has a good grip. The product uses a high-resolution infrared sensor, has good infrared imaging effects, ultra-low power consumption, fast startup, simple control, compact and stable structure.
Main functions:
1. Infrared, white light imaging, binocular observation, image and video storage;
2. Electronic zoom 1.0×~8.0× stepless zoom, step 0.1×;
3. Laser ranging, Beidou positioning, compass orientation, target positioning, trajectory calculation function;
4. Reserved expansion interface, can be connected to humidity sensor, anemometer, etc.;
5. With fog penetration, roll angle, pitch angle, altitude, air pressure sensor, fault diagnosis function;
6. AI recognition function of human and vehicle targets; lock and identify drones;
Application field
Applicable to low-altitude economy, emergency rescue, anti-terrorism, reconnaissance, border defense, drug control night vision, border patrol, border inspection station monitoring, water search and rescue, prison monitoring, night vision patrol, epidemic prevention, etc.
The working principle of RE650 handheld three-light thermal imager life detector is based on the physical property that all objects in nature radiate infrared rays. As a warm-blooded organism, the human body will continuously radiate infrared rays of a specific wavelength to the surrounding environment, and the radiation intensity is significantly different from that of environmental objects. The device receives these infrared radiation signals through a highly sensitive infrared detector, and after photoelectric conversion and digital processing, it converts the invisible infrared energy distribution into a visible thermal imaging image. In the image, the human body presents a high temperature area that is completely different from the surrounding low temperature environment due to continuous heat generation. Rescuers can quickly find the location of survivors by identifying this temperature difference.
The core technologies of the device include infrared optical system, detector assembly and image processing module. The infrared optical system is responsible for collecting infrared radiation in the target area to ensure that weak signals can be effectively focused; the detector assembly converts infrared signals into electrical signals, and the sensitivity directly determines the detection capability of long-distance or weak heat sources; the image processing module performs noise reduction and enhancement on the original signal to make the thermal imaging image clearer, which is convenient for rescuers to make accurate judgments.
It is not limited by light conditions and can work normally during the day or at night. It has strong penetration ability for smoke, dust and other obstructions, and can detect internal conditions through the gaps in the ruins. The equipment is easy to operate, and rescuers can quickly scan the target area by holding it or setting it up, and generate thermal imaging images in real time. Through continuous scanning and image analysis, the approximate location and number of survivors can be determined.
