OSEN vehicle mounted air monitoring equipment combined with GPS precise traceability and evidence collection
2026-07-08 16:08:05
The mobile air environment monitoring device is a good technical solution, which places the chassis inside the car, fixes the sampling probe on the roof of the car through magnetic suction, and uses a cigarette lighter/lithium battery for power supply to dynamically monitor pollutants within the range. The design of this system aims to provide efficient and accurate data collection and analysis capabilities, thereby helping relevant departments better understand and manage environmental conditions.
System Composition
1 Front end sensor
Responsible for directly collecting various data parameters from the air, using high-precision measurement technology to quickly and accurately capture the parameters of the surrounding air quality.
2 Data acquisition module
After the front-end sensor captures the required parameters, it converts them into digital signals through the data acquisition module. This step is crucial for subsequent processing as it ensures accurate conversion from analog to digital and prepares for wireless transmission.
3 wireless transmission units
Send the processed data to the cloud server or designated receiving end via wireless network. Adopting this approach can not only reduce network transmission difficulties, but also improve the flexibility and scalability of the system. More importantly, with the help of Internet technology, users can easily access the required information wherever they are, and realize remote monitoring and management functions.
4 Positioning System
In order to ensure the geographical correlation of the collected information, each set of airborne air quality monitoring equipment is equipped with a built-in GPS. This not only accurately records the specific location coordinates of each measurement, but also combines with map software to draw detailed pollution distribution maps, making it easy for users to intuitively view the differences and potential connections between different areas.
5 Power supply system
Given the high demand for mobility and flexibility in modern devices, the design of power supply systems is particularly important. In order to ensure stable operation of the equipment in different scenarios, two power supply methods are adopted: lithium battery and cigarette lighter.
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