Smart site safety management platform system architecture

Abstract

The invention discloses smart site safety management platform system architecture. The smart site safety management platform system architecture is characterized in that the cloud and Internet of Things technology architecture uses a construction safety management platform composed of an intelligent helmet, a locator, a multi-function construction safety monitor, a transmission network, a secondary development BIM modeling software system, a cloud map and application server and a client terminal PC/display screen. Compared with the prior art, the smart site safety management platform system architecture provided by the invention has the functions of real-time position location, real-time trajectory analysis, monitoring of real-time environment safety and other information, personnel intelligent management and the like. Intelligent management of mobile personnel in an area is realized. Dangerous dangers of the personnel are timely alarmed and uploaded to the cloud to ensure the safety of the personnel. Safety management of real-time safety monitoring and safety warning of constructors at a construction site is realized.

Description

[0001] The invention relates to the field of Internet of Things technology and electronic instrument control technology, in particular to a system architecture of a smart construction site safety management platform. Background technique [0002] At present, different production and construction projects have various hidden dangers in the work site, such as the concentration of toxic dust (welding fume and manganese compounds) produced by welding in narrow spaces exceeds the standard, the concentration of combustible gas exceeds the standard, carbon dioxide CO 2 Concentration exceeding the standard, heatstroke in high temperature weather, on-site construction workers not wearing safety helmets correctly, near high-voltage electric shock, casualty incidents during spreading operations cannot be detected in time, the spatial 3D coordinate position cannot be determined in time, and rescue can not be performed in time, etc., are all common. hidden dangers of construction safety and...

AI Technical Summary

Problems solved by technology

[0003] At present, the remote information management system technology used in the field of construction safety control is only for the management of administrative and technical documents, but does not achieve real-time acquisition of construction information, and cannot fundamentally have a comprehensive view of the information on the construction site and construction personnel. , timely and accurate grasp, often lead to many accidents that should not happen

The existing management measures basically focus on standards, norms, and systems. How to report casualties step by step is actually still unable to fundamentally provide a comprehensive, timely, and accurate information on the construction site and construction personnel. Mastery, there is no real-time monitoring and management of the safety status of the construction personnel's working environment, and there is no real-time avoidance of potential safety hazards. Once casualties (such as injuries caused by falling objects) occur when the personnel are dispersed, it is impossible to detect and determine the specific 3D in time. Timely rescue at the location often leads to many accidents that should not have happened

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