Method and system for automatically monitoring blockage of fire fighting access, medium and terminal

Abstract

The invention belongs to the technical field of fire-fighting monitoring, and discloses a method, system, medium and terminal for automatically monitoring the blockage of a fire-fighting access, the fire-fighting access is detected in real time through a video AI technology, and different obstacles influencing the passage of the fire-fighting access are identified; the identification information is transmitted to an Internet of Things fire-fighting emergency platform in real time, and an alarm is automatically given when obstacles influencing the passage of the fire-fighting access are found; the Internet of Things fire-fighting emergency platform can carry out picture and sound prompt on the early warning information that the fire-fighting access is blocked on the platform, and automatically push the early warning information to the mobile phone of a safety manager; related personnel can quickly obtain real-time alarm of fire fighting access blockage, and hidden dangers can be handled at the first time. According to the invention, part of obstacles in the fire fighting access are identified, the identification information is timely transmitted to the Internet of Things fire fighting emergency platform, and once the fire fighting access is found to be blocked, the platform automatically transmits the information to related personnel through the mobile phone APP, and timely cleaning is carried out, so that the real-time smoothness of the fire fighting access is ensured.

Description

technical field [0001] The invention belongs to the technical field of fire protection monitoring, and in particular relates to a method, system, medium and terminal for automatically monitoring blockage of fire protection passages. Background technique [0002] At present, in the traditional fire safety management work, it is to regularly check whether the fire exits are blocked through manual regular on-site inspections, or manual viewing of video screens. Uninterrupted monitoring of the actual situation of the fire exits cannot be guaranteed, and fire exits are blocked from time to time, including fire evacuation passages, fire lanes, and fire rescue sites in buildings, many of which are randomly blocked by debris, cars, goods, garbage, etc. Occupation or blockage, resulting in difficulties in evacuation of personnel when a fire occurs, and delays in fire rescue and rescue occur from time to time, burying a large hidden danger for fire accidents. [0003] The fire depart...

AI Technical Summary

Problems solved by technology

Uninterrupted monitoring of the actual situation of the fire exits cannot be guaranteed, and fire exits are blocked from time to time, including fire evacuation passages, fire lanes, and fire rescue sites in buildings, many of which are randomly blocked by debris, cars, goods, garbage, etc. Occupation or blockage, resulting in difficulties in evacuation of personnel when a fire occurs, and delays in fire rescue and rescue occur from time to time, burying a large hidden danger for fire accidents

[0003] The fire department and property management units have invested huge manpower and material resources to check the blockage of the fire exits through video surveillance or regular manual inspections, but relying solely on manpower still cannot ensure that the fire exits are unblocked in real time

[0004] Through the above analysis, the existing problems and defects of the existing technology are as follows: through the method of manually timing on-site inspections, or manually calling the video screen to check, it is impossible to ensure uninterrupted monitoring of the actual situation of the fire exits, and it is still impossible to ensure that only relying on manpower The fire exits are unblocked in real time, burying a great hidden danger for fire accidents

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