In the narrow corners of construction sites, above the city where high-voltage lines are densely packed, and on the mountain peaks where fierce winds howl - truck cranes (truck hoists) are like steel mantises, exerting tremendous power in a small space. The modern anti-collision and anti-overturning visual monitoring system is precisely the life-protecting system that enables these "high-altitude dancers" to perform precisely on the edge of danger...

I. The three major concerns of Operators 1. "How to prevent outriggers from sinking?" ​​ Pressure self-regulating system: Real-time scanning of ground bearing capacity (scanning foundation hardness every 0.5 seconds) Millimeter-level settlement warning: Alarm immediately if the outrigger sinks by more than 3mm (exceeding the thickness of the spoon) Practical case: Hangzhou Metro...

On the steep slopes where wind turbine towers are to be climbed, in the restricted areas where nuclear power plant domes are to be hoisted, and on the construction platforms of cross-sea Bridges - crawler cranes (crawler hoists) are like moving steel mountains, supporting super projects with a force of thousands of tons. And the crawler crane monitoring system is precisely what enables these "earth travelers" to navigate through soft foundations, steep slopes...

In the vast steel forest of the port wharf, gantry cranes (portal cranes) and portal seat cranes (portal seat cranes) are like two giants with distinct personalities - one moves steadily along the track, and the other rotates flexibly around the base. When the "monitoring system" becomes their intelligent brain, these two systems go their separate ways due to the essential differences in their equipment...

On the steep slopes of wind farms, in the container jungles of port yards, and among the bridge construction sites of high-speed railways - rubber-tired gantry cranes (rubber-tired gantry cranes) are like moving steel giants, shouldering the most arduous hoisting tasks. And the tire gantry crane monitoring system is precisely what enables these "mobile giants" to navigate through bumpy transitions...

In the steel forest of the dock, a 100-ton gantry crane, like a towering giant, precisely lifts and assembles the hull sections. Every tremor of the steel cable is related to the shipbuilding process worth hundreds of millions. Shipbuilding gantry crane monitoring system - This system, which engineers call the "intelligent needle eye of the steel tailor", is achieving millimeter-level precision...

When a thousand-ton bridge crane is hoisting wind turbine blades at a height of over a hundred meters, when molten steel flows in the metallurgical workshop, and when a ten-thousand-ton vessel is loading and unloading goods at the port - every tremor of the steel cable of the bridge crane is related to the safety of human lives and property. Modern bridge crane monitoring systems, with their millisecond-level response accuracy and multiple safety protection networks, are becoming...

I. Core Principle: Three-stage Closed-loop Control System 1. Perception Layer - The "nerve endings" of Industrial Equipment Spatial positioning system Beidou/Laser combined positioning: Planar error ≤3mm (equivalent to the thickness of two A4 papers) Principle: Receiving satellite signals + ground base station correction Mechanical sensor network Strain gauge...

In the high-temperature workshop of the steel plant, a huge hoist filled with molten steel at 1600℃ is moving in mid-air. Suddenly, the monitoring screen flashed red light - the system instantly detected an anomaly in the orbit! In less than a second, it automatically activated the emergency measures: the intelligent shock absorber started to work, the double safety brake locked up, and the hoist steadily stopped in the dangerous area...

At the 400,000-ton terminal of Ningbo Zhoushan Port, the monitoring screen of the portal crane suddenly displayed a blood-red alarm: The vibration energy of the rotating mechanism has surged by 460%! The system locked the disaster chain within 0.8 seconds - the spalling of the slewing bearing raceway caused operational jamming. The intelligent central system instantly initiates a five-level response: cutting off the power supply of the rotary motor, activating the hydraulic lock pin, and...

At the construction site of the Yangtze River Bridge of the Shanghai-Chongqing-Chengdu High-Speed Railway, the main control screen of the bridge erection machine suddenly glowed with blood: the pressure of the 3# outriggers dropped sharply by 37%! The system completed the accident simulation within 0.5 seconds - the failure of the hydraulic lock valve caused the cylinder to lose pressure. Instantaneous trigger of five-level response: self-locking mechanical outrigger ejection insertion, laser tunneling positioning of beam spatial posture, north...

At the Taihang Mountain Expressway bridge construction site, the monitoring screen suddenly flashed red: The reaction force of the front outriggers increased sharply by 218%! The system instantly initiated the accident chain simulation - the leakage of the jacking cylinder of Pier No. 2 caused the cap beam to be unevenly loaded. The intelligent center performs a five-level response within 0.6 seconds: pausing the beam-lowering action, initiating multi-point hydraulic balancing, and enabling Beidou positioning verification. ...