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Its application fields are extremely wide. In the railway industry, it can be used to monitor the vibration status of tracks, warn in advance of safety hazards such as track deformation and looseness, and ensure the smooth and safe operation of trains; In bridge construction and maintenance, real-time monitoring of the vibration frequency and acceleration of bridges under different loads can be carried out to evaluate the health status of bridge structures and provide data basis for bridge maintenance and reinforcement; In the field of architecture, vibration monitoring can be carried out on high-rise buildings, large venues, etc. to prevent structural damage caused by natural disasters such as earthquakes and strong winds; In the vehicle and vessel industry, it is used to monitor the vibration of vehicles and ships during operation, optimize driving performance, and improve ride comfort; It also plays an important role in industries such as machinery, metallurgy, and transportation, and can be used to measure the operating status of mechanical equipment, vibration parameters during metallurgical processes, and the operational stability of transportation vehicles.