Rice blast disease monitoring instrument

1Rice blast disease monitoring instrumentInstrument Introduction

Rice blast disease can occur throughout the entire growth period of rice, causing damage to seedlings, leaves, panicles, and nodes, respectively known as seedling blast, leaf blast, panicle blast, and node blast, leading to a decrease in rice yield.Rice blast disease monitoring instrumentIt is a new type of rice blast disease monitoring equipment that integrates meteorological monitoring and intelligent spore capture microscopy imaging. The system collects the growth environment of rice planting areas and predicts the incidence of rice blast disease based on the system's built-in model. The built-in rice blast spore capture device provides an unmanned and visual verification method for the occurrence of rice blast disease by collecting the spore inventory and diffusion dynamics of the disease. The equipment mainly consists of meteorological information collection device, spore capture device, spore carrying device, image acquisition device, network transmission module, power supply and lightning protection system. Realize remote automatic capture of rice blast spore information, automatic rotation of the glass belt, automatic collection, automatic microscopic imaging and photography, automatic uploading of image data, automatic operation and other functions. Simultaneously upload real-time environmental meteorological information and images of rice blast disease to the Zhiding network platform, forming a dynamic comparison database between meteorological environmental information and spore occurrence status, providing a large amount of data support for studying the relationship between rice blast disease occurrence trends and meteorology. To provide services for modern agriculture, meet the needs of disease prediction and specimen collection, and timely prevent and control the occurrence of diseases.

2、 Performance characteristics

1. Stainless steel spray coating shell, 15 inch ultra large high-definition capacitive touch screen, Windows operating system, with good human-computer interaction interface.

2. Equipped with a 12 million pixel magnification microscopy imaging system, it can automatically capture high-definition microscopic images of captured bacterial spores, and the clarity of the captured images can meet the requirements for manual identification of bacterial spore types.

3. The device automatically captures bacterial spores 24 hours a day without interruption, takes pictures of the captured bacterial spores, and automatically selects and uploads pictures.

4. A fully intelligent automatic microscopy imaging system that can automatically adjust the camera's shooting angle to achieve imaging of the glass carrier tape in the quan direction and without si angle.

5. It can achieve automated operation of the entire process from loading the glass belt, capturing bacterial spores, microscopy imaging, and recovering the glass belt.

6. Equipped with an extra long dedicated glass carrying tape, it can meet a usage of 600 days.

7. It has multiple working modes, including automatic operation mode, scheduled operation mode, and debugging operation mode, which can be freely switched and used.

8. Equipped with Beidou/GPS positioning function, device information can be uploaded to the platform in real-time, and current device parameters can be viewed on the map.

9. It can monitor multiple rice blast disease monitoring indicators such as air temperature and humidity, atmospheric pressure, wind speed, wind direction, and rainfall in real time, and predict disease incidence through the internal rice blast disease model of the system.

10. The device can be controlled through the platform and APP to perform actions such as feeding, collection, microscopic imaging, and retrieval.

11. Remote upgrade and maintenance: The latest program can be automatically updated remotely without the need for manual on-site replacement.

12. Multiple data access methods: The platform can be accessed through PC, and data can be viewed and device actions can be controlled through mobile apps.

13. Standard 4G communication module, optional 5G communication module.

14. Equipped with a fault self diagnosis mechanism, equipment fault information can be reported in real-time to remote servers. After sales personnel can view equipment failure information through the platform.

15. It can be equipped with an intelligent solar power management system, which can collect key information such as device electricity consumption, solar power generation, battery voltage, device load, current, etc. and upload them to the server (optional).

16. Equipped with traffic alarm function. Devices can be bound to their corresponding traffic cards through the platform, and alarm messages will be automatically pushed when traffic is abnormal.

3、 Technical parameters

1. Material: GB32080-92 stainless steel;

2. Data transmission methods: 4G/5G network (optional), wired network;

3. Power supply voltage: AC 220V ± 5%;

4. Power: 200W;

5. Timing: 5 time periods can be set;

6. Glass carrying tape: length: 150M, width: 0.025M, can meet 600 days of usage;

7. Gas collection port wind speed: 0.3-5 m/s;

8. Insulation resistance: ≥ 2.5M Ω;

9. Air temperature: -30~80 ℃, accuracy: ± 0.3 ℃

10. Air humidity: 0-100%, accuracy: ± 3%

11. Wind speed: 0-30m/s, accuracy: ± 0.1m/s

12. Wind direction: 0-359 ° Accuracy: ± 1 °

13. Rainfall: 0-4mm/min, error: ± 0.1mm

14. Atmospheric pressure: 0-1100hPa, accuracy: 0.1hPa