Full-process three-dimensional dynamic safety management method of building enterprise

Abstract

The invention discloses a full-process three-dimensional dynamic safety management method of a building enterprise. According to the method, a bidirectional closed-loop operation mode is utilized. Through performing classification and identification processing on engineering projects which enter a safety risk evaluation database, an engineering project safety evaluation report is generated. An engineering project three-dimensional dynamic safety hazard monitoring model is established in a second-level enterprise layer and potential hazard early-warning information is issued. Real-time monitoring for sensor and video, and artificial regular checking and modification are performed at a project part. A safety accident is handled immediately. The three-dimensional dynamic safety hazard monitoring model is instantly updated. After the engineering project is finished, updating learning is performed on a safety risk evaluation database. According to the full-process three-dimensional dynamic safety management method, learning and reutilization are performed on safety management historical data of the building enterprise. Advanced forecasting, early warning and prevention are performed on the potential safety hazard. The safety event is reasonably handled immediately after occurrence. Safety of persons, fund and property in the engineering project of the building enterprise can be effectively ensured. Furthermore loss is reduced.

Description

Technical field [0001] The invention relates to the technical field of safety management of construction enterprises, in particular to a three-dimensional dynamic safety management method for the whole process of construction enterprises. Background technique [0002] As the scale of construction enterprises continues to grow, in order to implement national safety production guidelines and policies, clarify safety production responsibilities, strengthen safety production management, and protect people’s lives and property safety, construction enterprises need to conduct safety production for secondary companies and engineering project departments. Timely and efficient management and control, and the three-dimensional dynamic safety management of the whole process have become an inevitable trend for construction companies to implement the safety production policy of "safety first, prevention first, comprehensive management". In the past, the safety management methods of constructi...

AI Technical Summary

Problems solved by technology

In the past, the safety management methods of construction enterprises were divided into two steps: pre-prevention and post-event processing. Through the safety production responsibility system, an inspection mechanism was established, and safety production accidents were reported layer by layer, and then post-event processing was arranged. There was a lack of safety management throughout the process. Monitoring, safety The person in charge of management lacks subjective initiative, passively receives the safety management data submitted by the safety officer of the engineering project department, cannot obtain the real status information of the safety status of the engineering project at the first time, and cannot intuitively display and quickly locate the safety hazards, and conduct targeted At the same time, security incidents are often not discovered in the first place, and unnecessary casualties and material losses are often caused by delays in disposal and rescue.

After the project is completed, accepted and put into use, the safety management ends immediately. The safety hazards of the same type, the same body, and the same characteristics often have similarities. A large number of safety hazard data and safety event information cannot be accumulated and learned from experience. , resulting in a waste of knowledge, and also a waste of resources such as duplication of manpower and material resources in the safety management work of construction enterprises

Images