Monitoring system and monitoring management method based on building weak current engineering

Abstract

The invention discloses a monitoring system and a monitoring management method based on building weak current engineering. The monitoring system comprises a guiding module and a sensing module; the sensing module comprises a plurality of monitoring sensors densely distributed in a building, and the plurality of monitoring sensors are connected with the guiding module; the guiding module comprises a map database and a route processor, the map database comprises corridor route data, light source position data, monitoring sensor position data and stair position data, and the route processor marks a corridor route near the triggered monitoring sensor as a dangerous area; the corridor route data in a non-dangerous area is analyzed to obtain an emergency evacuation route, and light sources near an emergency evacuation route are controlled to be turned on and light sources at other positions are controlled to be turned off so as to realize light marking on the emergency evacuation route. According to the invention, if dangers occur in a building, a people safe evacuation route plan is started, and light is used as evacuation guidance.

Description

technical field [0001] The invention relates to an intelligent evacuation system, in particular to a monitoring system and a monitoring management method based on building weak current engineering. Background technique [0002] The intelligent monitoring and evacuation system is a set of Internet of things intelligent fire evacuation system composed of intelligent evacuation system control host, fire emergency power supply, fire emergency sign lamps, fire fire alarm host, fire detector and other equipment, with human-computer interaction interface , can conduct real-time inspection of emergency sign lamps, and link with the alarm host system. When a fire occurs, the best escape route can be intelligently selected according to the fire location for evacuation instructions; when a fire occurs, the system can change the direction of the indication according to the location of the fire Guide the masses to evacuate away from the fire point; when the fire point is close to the exi...

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Problems solved by technology

[0003]However, the existing intelligent evacuation systems all use manual monitoring and can only be used for the evacuation of large-scale crowds. In emergency situations, the masses do not understand the danger The progress of the situation is very likely to cause a stress response, such as walking towards a place with bright natural light in the thick smoke. Once you reach the window, you will stop and dare not walk into the thick smoke, thus missing the opportunity to escape, and you may even jump off the building to escape , and the position of the current emergency sign cannot be adjusted according to the situation. Once the instruction route of the emergency sign is blocked by danger, it will directly cause the masses to fall into a situation with nowhere to go; at the same time, it is also a difficult problem for emergency personnel to search for survivors in the building

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