MC-CQCB series IoT automatic recognition insect detection and reporting light

AEEMS Intelligent Insect, Mouse, and Bird Control Monitoring and Early Warning System

The Internet of Things AEEMS agricultural and forestry ecological environment monitoring system intelligent pest monitoring and early warning monitoring system is an important component of agricultural, forestry and grassland ecological environment monitoring. The system realizes the functions of insect trapping, infrared insecticidal drying treatment, insect body layering treatment, high-definition image photography, real-time environmental data monitoring, insect body counting and recognition, infrared warning, ultrasonic bird repelling, rodent pest monitoring, etc. It is an intelligent pest warning, rodent pest warning, ecological environment monitoring information technology, and automated IoT monitoring system service platform, which realizes data viewing, remote observation, real-time monitoring of crop growth status and pest and disease occurrence status.

CHARACTERISTICS

1. It integrates multiple functions such as photoelectric transmission, ultrasonic measurement, kinetic energy switch, automatic mechanical layering, automatic flap, infrared processing, etc., with intelligent design of humanized mechanical structure, simple local operation, remote system platform computer, mobile phone APP, and WeChat official account.

2. The product has strong security, with local password recognition to prevent accidental operation by non management personnel.

3. Eight inch true color touch screen, intelligent operating system, local device settings, display operating status, Mandarin voice broadcast operation process.

4. The insect monitoring IoT system has complete functions and is an important component of the AEEMS agricultural and forestry ecological environment monitoring system. It can take photos, automatically identify various types of insects, and has strong warning capabilities.

5. There are two options for power supply: AC mains power and solar power.

6. The host structure is made of rust resistant steel plate and spray treated, with a beautiful and modern appearance.

2、 Technical parameters

1. Compliant withGB/T 24689.1-2009 Plant Protection Machinery Insect Detection and Alarm Lamp；

2. Utilize optical, electrical, and numerical control technologies; Segmented time control, remote control, programmable automatic control;

3. Insect attracting light source: 18W frequency vibrating lamp tube, light source wavelength350～400nm， Peak value 375nm；

4. Lamp body size: 650 mm × 670 mm × 1900 mm;

5. The impact screens form a 120 degree angle with each other, with a single screen size of 595 ± 2mm in length, 213 ± 2mm in width, and 5mm in thickness;

6. Working power supply: AC 220V ± 60V; solar power supply: ≥ 200AH colloidal battery, ≥ 320W solar power generation panel; There is a leakage protection device;

7. Design lifespan: 10 years;

8. Lamp start-up time: ≤ 5s;

9. Temperature control of infrared processing chamber:Room temperature to 95 ℃time≤7；The drying temperature can be automatically adjusted, and the drying time length can be set by oneself;

10. The mortality rate of far-infrared insect body treatment is not less than 98%, and the integrity rate of the insect body is not less than 95%;

11. Power consumption: standby power ≤ 15W; whole lamp power ≤ 450W;

12. Automatically turn on the lights at night, automatically turn off the lights during the day (standby), and work at night without being affected by momentary strong light exposure to change the working state;

13. After the insects enter the infrared processing chamber and are heated and dried, they are transferred to the photography platform for photo uploading. The platform automatically records the image data collected during each time period to ensure that the insects attracted during each time period are not confused;

14. Rain control device switch, automatically discharges rainwater and effectively separates rain insects; Completely eliminate the phenomenon of incomplete separation of rainwater;

15. 8-inch true color touch screen. It can be programmed to automatically control settings and manually control the device, and the screen displays the device's operating status;

16. Vibration platform: Shake and flatten the heated insect body to avoid folding;

17. Photography platform: After the insect body is flattened, a high-definition camera takes photos and uploads them, and the photographed insect body is moved into the insect collection bin;

18. High definition camera: 8 million pixels; (5-megapixel and 12 megapixel cameras can also be used, and multiple high-definition cameras can be connected at the same time)

19. The main body of the equipment adopts a spray coated steel plate overall structure;

20. Lightning protection device: equipped with lightning rods and grounding devices, which can effectively prevent lightning strikes;

21. It has a power-off memory function, and after the power-off is restored, the work before the power-off can be completed before starting new work;

22. GPS positioning: precise timing positioning through GPS;

23. Infrared warning: Infrared sensors can be added to detect human contact with equipment, ensuring equipment safety;

24. Laser bird repellent: Laser bird repellent function can be added, with self set switch time and timed bird repellent;

25. Catching and luring mice: It can increase the function of rat catching and luring mice. By using rat attractants to trap mice, the number of traps can be effectively recorded. Regularly clean the trap box, identify the type of mice, and replace the rat attractants;

26. Meteorological monitoring: can add meteorological sensors to monitor environmental temperature and humidity, lighting, wind direction and speed, rainfall, radiation, soil temperature and humidity, salinity, conductivity, etc PH、ORP、O2、CO2、 Water potential, etc;

27. Internet of Things software platform: The device host transmits insect photos and other information to the client (mobile phone or computer) through wireless network. The software can automatically classify, identify, count, and generate insect population trend charts, and users can view them through their mobile phone or computer. You can also view the location maps of various insect monitoring devices and click to directly view device data.

28. The IoT AEEMS agricultural and forestry ecological environment monitoring system platform can access insect monitoring and reporting information, meteorological sensor information, insecticidal lamp photography and counting information, disease video information, soil environment and other monitoring equipment information, and can view monitoring data in real time through computers and mobile phones.

29. Common pest identification types:

Rice planthoppers, rice leaf rollers, rice stem borers, sticky worms, cotton bollworms, corn borers, two spotted armyworms, diagonal armyworms, sugar beet armyworms, big moths, small earth moths, diamondback moths, cabbage armyworms, spiral armyworms, grassland moths, yellow earth moths, earth tigers, warning striped earth moths, eight character earth moths, North China black gill golden turtles, Northeast large black gill golden turtles, dark gill golden turtles, green green spotted golden turtles, oriental mole crickets, groove golden needle worms, slender breasted golden needle worms, brown striped golden needle worms, hidden wing worms, yellow brown golden turtles, and blue order sky moths.