AI-Crawler Crane Safety Monitoring And Visualization System

The AI-Powered Visualized Safety Monitoring System for Crawler Cranes is a new-generation intelligent safety assurance product developed by Tenesin specifically to address critical pain points in the safety management and control of crawler crane operations. Leveraging advanced technologies such as the Internet of Things (IoT) and Artificial Intelligence (AI), the system establishes a comprehensive safety management framework characterized by "all-encompassing real-time monitoring, intelligent risk early warning, end-to-end data traceability, and flexible adaptability across multiple scenarios."

The product enables multi-dimensional monitoring of key risk factors associated with crawler cranes-including operational posture, lifting load, operator behavior, under-hook safety, and the surrounding environment. Through features such as tiered alerting and multi-terminal visualized supervision, it seamlessly integrates the entire data lifecycle-from collection and storage to analysis and visualization.

This provides construction enterprises with end-to-end safety assurance-spanning pre-emptive warnings, real-time operational control, and post-incident traceability-thereby effectively reducing the incidence of safety accidents and elevating the sophistication and intelligence of construction safety management.

1. Real-time Monitoring: Accurately captures multi-dimensional operational data for the crawler crane, encompassing posture and load monitoring (including hook height, base leveling, boom angle, slewing angle, lifted load weight, etc.). It performs real-time assessments to detect risks such as overloading, stalling, tipping, and boom-tip collision, triggering immediate audible and visual alarms.

2. AI-Powered Early Warning: Continuously monitors the area directly beneath the hook; should personnel enter this hazardous zone, the system immediately issues audible, visual, and voice alerts, thereby enabling both "pre-emptive warning" and "post-incident traceability."

3. Surrounding Hazard Alerts: Innovatively establishes a "four-in-one" integrated monitoring framework-encompassing the sky, ground, objects, and personnel-to comprehensively mitigate environmental risks. Equipped with high-voltage line proximity sensors, the system accurately detects the approach of high-voltage power lines across the full voltage spectrum (10kV–220kV), triggering audible and visual alarms when the crane nears a power line.

The AI-Powered Visualized Safety Monitoring System for Crawler Cranes is an intelligent safety management solution designed specifically for crawler-type cranes. By integrating multi-modal sensors, AI vision algorithms, and edge computing technologies, the system achieves a transformative leap-evolving from mere "single-device monitoring" to "holistic, collaborative safety management."

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