To strengthen safety management throughout the entire construction process, prevent equipment operation risks and personnel violations, and improve construction efficiency and cost control, this solution is developed. It integrates multiple monitoring systems to achieve real-time data transmission, visualized monitoring, and intelligent analysis, constructing a comprehensive, closed-loop construction safety monitoring system.
Scheme Composition：
The system’s core integrates five monitoring modules. All data is transmitted in real-time to the monitoring center via industrial-grade wireless transmission technology, enabling collaborative management throughout the entire process. These include: a load moment indication system for excavators, mobile cranes, and tower cranes, which collects real-time equipment load and moment data to prevent overload risks; a tower crane and hoist wire rope monitoring system, which accurately detects wire rope wear, corrosion, and fatigue to eliminate the risk of wire rope breakage; a tower crane anti-collision system, which uses infrared sensing and positioning technology to avoid collision risks from multiple tower cranes operating simultaneously; and a site pedestrian monitoring system, which uses intelligent video analysis technology to achieve real-time identification of unauthorized personnel.
Data shows：
The monitoring center achieves full data visualization coverage, displaying real-time operating parameters, load status, and equipment health data for each construction device. It also dynamically monitors pedestrian areas on the construction site; if anyone illegally enters, the tracking function is immediately triggered, and an audible and visual alert is issued to promptly curb potential safety hazards.
Data Analysis：
The data analysis module can trace the operating data of each device along a corresponding timeline, comparing it with preset safety thresholds to accurately identify violations. It also marks time periods for devices that have been idle for extended periods or continuously operating at full capacity, providing data support for equipment task allocation, optimizing resource utilization, improving production efficiency, eliminating safety hazards, preventing excessive equipment wear and tear, and effectively controlling construction costs.
This system achieves comprehensive monitoring of construction equipment and personnel safety, possessing advantages such as accurate monitoring, rapid response, and intelligent analysis. It not only strengthens the construction safety defense line but also optimizes equipment resource allocation, reduces operating costs, and promotes the transformation of construction towards safety, precision, and intelligence.
