Safety production integrated supervising platform based on BIM technology

Abstract

The invention discloses a safety production integrated supervising platform based on a BIM technology. The safety production integrated supervising platform comprises a center system. The center system reads firefighting detecting data and video information in a plant through sensors and a camera connected and mounted in the plant or reads detecting data and video information of an original plantfirefighting system through a gateway. The center system is connected with a misinformation-preventing detecting system, and the misinformation-preventing detecting system detects the two or more types of sensors and meanwhile conducts alarming when receiving fire signals. The center system calculates the death boundary, the evacuation boundary, the evacuation route, the rescue route and the interlocking accident range according to real-time allowance data, and if hazardous articles exist in the interlocking accident range, the value after interlocking accident occurring serves as the final calculating value; and the center system is connected with a hazardous article vehicle route command system. According to the safety production integrated supervising platform, an existing firefightingsystem of an enterprise is integrally utilized, the firefighting evacuation range can be calculated accurately, and meanwhile the optimal operating route of a hazardous article transporting vehicle can be planned.

Description

technical field [0001] The invention belongs to the field of safety management systems, in particular to a safety production integrated supervision platform based on BIM technology. Background technique [0002] Except for the 119 and 110 alarm systems, the original fire management system relied on manual dispatching and commanding; including: after receiving the alarm, the selection of the fire squadron, the dispatch of fire vehicles, the deployment of firefighters, the selection of firefighting routes, the understanding of firefighting targets, and the floor layout , looking for fire hydrants, etc., all by hand. However, manual scheduling is difficult to understand the cause of the fire, burning materials, and traffic conditions on the spot, making it impossible to accurately implement rescue methods, and the speed of rescue is slow, resulting in increased fire losses. [0003] In the existing technology, the three-dimensional fire management system gradually replaces man...

AI Technical Summary

Problems solved by technology

For example, the public number is CN101763605A, which discloses a three-dimensional digital city fire pre-control management system, through which the rescue path can be quickly analyzed, the needed rescue supplies can be quickly understood and prepared, and dangerous evacuation areas can be divided, while the existing three-dimensional digital city The fire pre-control management system is generally pre-entered data, the data accuracy is not high, and the division of fire situation and dangerous evacuation area is not accurate; at the same time, the current enterprises generally have their own fire protection system. Unified installation will undoubtedly cost a lot of installation and waste the original fire protection system; and the existing 3D digital city fire prevention pre-control management system generally only aims at the fire situation inside the factory, and does not provide planning for the transportation route of dangerous goods transport vehicles , if a dangerous goods transport vehicle explodes near an enterprise with a large storage capacity of dangerous goods, it will cause a secondary explosion in the enterprise. Therefore, planning the transportation route of the dangerous goods transport vehicle is also essential to prevent chain accidents in the fire management system. of

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