The microseismic personnel inspection system is a kind of equipment that uses the microseismic sensing signal to detect the hidden personnel in the car. The equipment is suitable for inspecting the hidden personnel in the car in the fields of prison, border defense, public security and so on. When someone is hiding in the vehicle, the heart of the hiding person will beat rhythmically, and the vibration will be transmitted to the vehicle bottom and support system. By connecting the sensor with the inspected vehicle, the vibration will be collected and transmitted back to the data analysis equipment through the data cable, which will be analyzed by the software. The calculation range of the analysis software is accurately concentrated within the frequency range of heart beat, Based on this vibration analysis, whether someone exists can be clearly displayed on the display terminal, accompanied by audible and visual alarm.

1. Non opening detection can be realized for various types of vehicles;


2. Check the speed block, with a minimum check time of 15 seconds;


3. The detection results are safe and reliable without injury to personnel;


4. Provide three alarm modes: software interface, alarm lamp and alarm lamp;


5. Integrated design, convenient and fast installation;


6. Modular design, each sensor can be started or disabled independently;


7. Special industrial touch screen configured based on ergonomic engineering principles;


8. Clear and concise human-computer interaction interface and simple and humanized equipment operation;


9. The inspection results are automatically stored and can be consulted at any time;

1. The system has built-in connection error self-test function:


If there is an error in the connection quantity and position of each component of the system, the system will prompt. The user can reconnect or find damaged parts according to the prompt.


2. Environmental classification function:


After each test, the system automatically classifies the environment and clearly displays the environment level information in the form of color (green or red) in the test result interface. Users can effectively analyze the test results according to the environment level.