Bridge monitoring
Full Sensing: 24/7 automated data collection. Comprehensive sensing of core elements, ensuring continuous and accurate data.
Cloud Computing: Real-time data aggregation and analysis, a spatiotemporal integrated computing framework, enhancing intelligent computing capabilities.
Powerful Analysis: Utilizing artificial intelligence and big data analytics algorithms to extract valuable information from massive datasets, deeply mining multi-source heterogeneous monitoring data to empower data and guide scientific maintenance.
Rapid Decision-Making: Based on sensing data and professional analysis, comprehensively assess the bridge's health status, and combine this with maintenance standards for precise and scientific maintenance.
Superior Service: Integrated service encompassing planning and design, project construction, operation, and maintenance, with expert-level teams providing professional analysis and evaluation.
Core Advantages
Software: A self-developed next-generation intelligent assessment platform for bridge health monitoring, integrating rich data algorithms and multiple early warning methods, providing professional bridge engineers with a reliable and rapid analysis portal.
Hardware: A self-developed machine vision intelligent measurement system achieving high-precision dynamic and static disturbance measurement; a low-power, highly integrated edge computing terminal compatible with most bridge sensors.
Case Studies: Monitoring cases of 30+ bridges, comprehensive health management of urban municipal bridges, structural monitoring of the Qinglongchang Arch Bridge, health monitoring of the Yinwotan Bridge on the G42 Shanghai-Chengdu Expressway, etc.
Expert Team: A team of university experts providing professional analysis and scientific decision-making; one-stop planning and design, project construction, and operation and maintenance services.
Bridge Health Monitoring System Functional Modules
▶ Data Anomaly, Missing Logical Error Diagnosis
▶ Bridge Site Environmental Variable Analysis
▶ Structural Deformation Analysis
▶ Structural Deflection Analysis
▶ Bridge Defect BIM Visualization
▶ Bridge Lifecycle Information Management
▶ Automated Health Assessment Reporting
▶ Structural Strain Analysis
▶ Structural Vibration Analysis
▶ Paperless Inspection App
Bridge Health Monitoring System Intelligent Alarm and Assessment Module
▶ Data Comparison Analysis
▶ Data Correlation Analysis
▶ Data Trend Analysis
▶ Four-Level Early Warning Mechanism (Red, Yellow, Blue, Green)
▶ Online Expert Assessment and Analysis
| Easy to install | High stability | |
| No complicated cables required | Equipped with temperature and humidity measurement and compensation functions | |
| Solar power can be used | Built-in gyroscope can eliminate the effects of device displacement and vibration | |
| Wireless data transmission is possible | Combined with AI algorithms, measurements can still be taken even in low visibility conditions such as wind, frost, rain, and snow | |
| Easy to operate | Comprehensive data | |
| After initialization, it can automatically identify and measure without human intervention | It can measure the displacement of multiple points simultaneously in real time with high precision | |
| Data can be transmitted in real time to the data collector and automatically uploaded to the cloud platform | It can simultaneously measure and visually display two-dimensional (horizontal and vertical) displacement | |
| Real-time data can be viewed via web browser or mini-program | It can obtain deflection values, filtering functions, baseline shift, impulse coefficient, power spectrum, and frequency range | |
| Early warning feedback can be provided according to customer requirements | The recording function provides the option for subsequent reanalysis |
