Dangerous and large engineering project monitoring and management method based on BIM technology

Abstract

The invention relates to a dangerous and large engineering project monitoring and management method based on a BIM technology, and the method comprises the steps: configuring a dangerous and large engineering project management system in advance to form a monitoring scheme, arranging monitoring equipment in a construction site, and enabling the monitoring equipment to be connected with a BIM modelin a hanging manner; enabling the dangerous and large engineering project management system to start monitoring and early warning, and after monitoring data in the system reach an early warning value, adopting safety emergency processing; and enabling the dangerous and large engineering project management system to output a report form and a solution. According to the invention, the dangerous project security risk database is established, and association and docking between the database and the model are realized, so that project personnel can conveniently check the database in the model, andcentralized and efficient management of data is realized; the dangerous and big engineering management module based on the BIM + GIS + big data + IOT technology is researched and developed by applying the informatization of BIM, the spatialization of GIS, the integration of data and the traceability of the Internet of Things, a dangerous and big engineering database is gradually established and perfected, and the probability of engineering potential safety hazards is reduced from the source.

Description

technical field [0001] The invention belongs to the technical field of dangerous engineering management in construction activities, and in particular relates to a method for monitoring and managing dangerous engineering projects based on BIM technology. Background technique [0002] In construction activities, dangerous and large projects have the characteristics of large number, wide distribution, difficult management and control, and great harm. Once an accident occurs, it will cause serious consequences and adverse social impact. At present, there are mainly two methods used in the management of existing critical projects: [0003] 1. Duty monitoring and management of construction and supervision units. The management of traditional building construction hazardous projects is mainly based on the preparation of corresponding special safety plans in accordance with the "Regulations on the Safety Management of Sub-projects with Higher Risks". This management is greatly aff...

AI Technical Summary

Problems solved by technology

However, faced with the processing of huge data, there are many sensor hardware manufacturers and types (such as displacement gauges, water pressure gauges, strain gauges, etc.), and platform software suppliers (such as: Zhiwuyun, Feishang Technology, etc.) Compatibility of manufacturers' equipment, untimely information reminders, and the inability to achieve precise positioning of monitoring, simulation analysis data and dynamic visualization management

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