Agricultural and Forestry Pathogen Spore Capture Analysis System Pathogen Spore Capture Device

1. Complies with the technical requirements, safety requirements, test methods, inspection rules, and markings, packaging, transportation, and storage standards of GB/T 24689.3-2009 for spore trapping instruments (devices);

2. Appearance structure: The overall structure adopts stainless steel electrostatic powder coating technology, making it sturdy, durable, and offering ultra-high cost-effectiveness;

3. Display screen: 10.1-inch Android industrial smart touchscreen, Android intelligent control system, new gesture control, providing an intelligent human-machine interaction experience;

4. Communication methods: Supports various networking methods such as WIFI/4G/Ethernet;

5. Unmanned control: The system collects data around the clock, enabling automated operation of the entire process, from slide tape loading, pathogen spore trapping, constant temperature incubation, microscopic imaging, image uploading, to slide tape recycling;

6. Slide tape device: Equipped with an extra-long slide tape that automatically changes daily, with one replacement lasting up to one year;

7. Slide device: Built-in slides, enabling simultaneous collection using both slides and slide tape;

8. Imaging device: Utilizes an 8-megapixel industrial high-definition camera and a 40x optical microscopic imaging system to capture high-definition microscopic images of trapped pathogen spores. The clarity of the captured images meets the requirements for manual identification of pathogen spore types and uploads them to the smart agricultural IoT system;

9. Constant temperature incubation device: After spore collection is completed, the samples are automatically transferred to the incubation chamber for constant temperature incubation. The incubation temperature can be adjusted according to the adaptability of the spores, and the incubation time is configurable;

10. Device dimensions: 590*550*1716mm (excluding solar bracket);

11. Operating environment: Operating temperature: -20°C to 70°C, operating humidity <95%;

12. Power supply methods: Supports mains power supply AC220V or solar power supply (320W, 200AH solar power system);

13. Device power consumption: Operating power ≤40W; Standby power ≤10W;

14. Air intake flow rate: 36m³/h, air pressure 330Pa;

15. Gas sampling: Collection time 1~255 minutes (configurable range);

16. Casing insulation resistance ≥2.5 MΩ;

17. Timed startup: The start time can be set according to requirements;

18. GPS positioning: Built-in GPS positioning function, allowing data such as device station locations to be viewed on GIS maps;

19. Voice broadcast: Real-time broadcast of device operational status progress and imaging conditions;

20. Custom imaging: Within the workflow, the number of images captured per cycle can be customized;

21. Automatic imaging calibration: In case of power outages or vibrations causing camera misalignment, remote automatic calibration can be performed to ensure the accuracy of captured images;

22. Remote control: Supports parameter configuration via mobile app and web interface, allowing adjustment of working hours, image capture frequency, image upload frequency, etc., enabling remote control functionality;

23. Status monitoring: Outputs device operational status information, facilitating remote monitoring of device status by the command center platform;

24. Battery level warning: The device uploads real-time battery level information. When the battery level falls below the system threshold, an automatic warning is issued;

25. Displacement alarm: When the device location changes, the system issues timely warnings via official accounts or PC interfaces;

26. The smart agricultural IoT system can review the operational history of the spore trapping instrument through historical data;

27. System updates: The Android system app can be remotely updated via the cloud platform, offering free functional upgrades and providing users with a superior experience;