The safety channel occupancy identification system uses the existing surveillance cameras on the site, and the safety channel occupancy identification uses advanced AI algorithms to monitor the fire passage safety passage in real time. Once the channel is detected to be occupied or blocked, the system will immediately send an alarm, and quickly push the alarm information to the relevant management personnel through a variety of ways. This not only greatly improves the control efficiency of the monitoring area, but more importantly, the identification of safe passage occupancy can remind the relevant staff to deal with and stop it in time at the first time, so as to prevent the safety accident that may be caused by the blockage of the channel. Through AI artificial intelligence vision algorithms, the security channel occupancy recognition system effectively solves the problem of information islands in current management.
In today's society, fire safety has become the focus of people's attention. The unimpeded fire passage is an important guarantee for fire safety. In order to solve this problem, the safe channel occupancy recognition system based on AI artificial intelligence machine vision analysis and recognition technology came into being. In the past, different monitoring systems worked in silos and information could not be shared, resulting in inefficient management. Now, AI technology organically combines various systems, so that information can be shared and transmitted quickly in real time, which greatly improves the work efficiency of fire safety personnel.
The safety channel occupancy recognition system based on AI artificial intelligence machine vision analysis and recognition technology has a broad application prospect in the field of fire safety. The identification of safe channel occupancy can not only improve the management and control efficiency of the monitoring area and solve the problem of information islands, but also make a significant contribution to reducing personnel and property losses. More importantly, the application of the safe channel occupancy identification system provides the possibility for the effective combination of "prevention and elimination". Through the organic combination of prevention and emergency response, the system has made a significant contribution to reducing personnel and property losses. This is also the best practice of the fire protection policy of "focusing on prevention and combining prevention and elimination". In the future, with the continuous development of AI technology, the system will play a more important role in ensuring the safety of people's lives and property.