Under the violent impact of earthquakes, buildings often suffer severe damage and widespread collapse. This sudden disasterleaves many people trapped beneath the rubble,seriously threatening the safety of the populace under such circumstancesand urgently requiring the swift response and effective action of rescue forces.

The Audio-Visual Life Detection Device is an advanced search-and-rescue equipment integrating audio-visual capture and infrared thermal imaging technology. It can generate clear audio-visual signals by capturing sounds and body heat emitted by trapped individuals in harsh environments such as darkness and smoke, enabling rescue personnel to quickly locate and assess the vital signs of those trapped. It helps rescue personnel rapidly locate trapped individuals, enhancing search-and-rescue efficiency.

The audio-visual life detection device integrates a highly sensitive sound capture system with a high-definition infrared thermal imaging camera, enabling simultaneous audio and visual detection in complex environments. When trapped individuals emit cries for help, knocking sounds, or even faint breathing, the device's high-sensitivity microphone instantly captures these vital signs and enables real-time communication through the unit. Simultaneously, the camera provides live visual confirmation of the trapped person's location. This dual-detection approach not only enhances search and rescue precision but also furnishes rescuers with more comprehensive on-site information.

However, disaster sites often present harsh conditions filled with dust, smoke, and even waterlogging and vibrations. Nevertheless, audio-visual life detectors are meticulously engineered with robust dustproof, waterproof, and shockproof capabilities, enabling stable operation across extreme environments. Whether navigating earthquake rubble or collapsed earth, the equipment can penetrate narrow crevices to precisely detect potential signs of life.

Audio-Visual Life Detection Device DY-DZE-YSYWidely deployed in disasters such as earthquakes, mining accidents, and building collapses, this device provides invaluable assistance to rescue personnel. Its introduction has significantly reduced blind search time and increased the success rate of search and rescue operations.