Intelligent monitoring and maintenance of RFID bridge management

This article mainly talks about the application of radio frequency identification (RFID) technology and sensor technology in bridge management, and discusses how it can achieve intelligent monitoring and maintenance, thereby contributing to bridge safety and sustainable development.

RFID technology helps patrol inspection personnel conduct routine inspections and realize intelligent bridge maintenance. Traditional bridge maintenance is usually carried out through accounting or clocking in, and the data is often missing or incomplete. With RFID technology, bridge managers can develop more scientific maintenance plans based on the information written by inspection personnel on RFID tags. The data in the RFID tag is not easily lost, and the data can be saved for up to 10 years. Can help determine which parts need maintenance, when to perform maintenance, and the materials and Tools required for maintenance. This intelligent maintenance method not only improves maintenance efficiency, but also broadens the location of inspections, allowing inspection personnel to achieve long-distance sensing.

bridge construction

RFID tags can be embedded directly in the bridge construction process. It is not affected by sunlight or moisture and cannot be counterfeited. The function of this benefit is to trace the bridge construction unit and prevent slag projects. RFID technology can also be used to record the structure's usage history and maintenance records, thereby providing valuable data support for the long-term maintenance of the bridge.

Sensor technology can be used to realize intelligent monitoring of bridges. The monitoring system can identify structural problems and potential risks in advance based on data, so that corresponding maintenance measures can be taken to avoid accidents. By installing sensor tags on key parts or components of the bridge structure, various parameters of the structure, such as stress, deflection, temperature, etc., can be obtained in real time. This data can be collected by collectors and transferred to a central database for analysis and processing. The water level sensor can detect the level of water and provide scientific basis for flood control and heavy rain prevention. By understanding the level of the water level, we can grasp the changing trend of the water level and the flow direction of the water, so as to timely schedule reservoir flood discharge and flood control warning.

Building embedded electronic tags

RFID technology and sensor technology have the potential to be widely used in bridge management. By realizing intelligent monitoring and maintenance, important contributions can be made to the safety and sustainable development of bridges. In the future, with the continuous development and maturity of IoT technology, we have reason to believe that more IoT technologies will play an increasingly important role in the field of bridge management and protect our transportation infrastructure.