Agricultural spore catcher

Agricultural spore catcherAutomatically select clear photos and upload them to the cloud platform to achieve 24/7 unmanned automatic monitoring of spore conditions and statistical analysis, providing data support for disease prediction. Built in GPS positioning function, managers can view device location information on the web map to prevent device loss or displacement. Monitor the stock and spread dynamics of crop disease spores, help farmers detect disease seedlings in a timely manner, take effective prevention and control measures, reduce the damage of diseases to crops, and improve crop yield and quality.

1、 Product Introduction

Agricultural spore catcherBy using high magnification optical microscopy imaging technology, precision limiting technology, automatic intelligent focusing fusion technology, IoT transmission control technology and other technical means, tiny target spores are captured and the images are uploaded in real-time to the designated agricultural cloud platform. The platform adopts image optimization algorithms to accurately process and analyze uploaded images.

2、 Product Features

1. There are horizontal and vertical dual axis motors inside the spore equipment

2. Built in glass slide, which can display the current usage level cumulatively. When the glass slide is about to run out, the platform can remind the glass slide replacement time when it expires. The glass slide can be manually reset, and the reset is password protected. The glass slide can be manually replaced

3. The interface can display the real-time progress of a single glass slide sampling;

4. The working mode can be set from the interface: divided into automatic and manual modes;

5. The device has a high-resolution microscope that can clearly capture and display spores of 5-100um.

6. Through special air duct airflow circulation design, the inlet and outlet form air ducts to ensure air circulation, effectively reduce collection repetition rate, shorten sampling time, and improve collection efficiency. The sampling time of the suction port can be set for a single sampling.

7. The working time and sampling frequency can be set arbitrarily;

8. The spore catcher is equipped with a 10.4-inch high-definition large screen display, Windows operating system, and has a good human-computer interaction interface. Support local viewing of captured photos, configuration of device parameters, control of devices, and other functions

9. Statistical analysis: Using cloud server technology, manual statistics and analysis of bacterial spore images can be achieved, which can be viewed and confirmed remotely in real time, shortening the prediction and forecasting cycle

10. Support automatic timing with servers

3、 Technical parameters

1. Main structure: spray painted material

2. Power supply voltage: 220VAC, optional 480w 200ah solar power supply

3. Maximum startup power: ≤ 65W; Stable operating power: ≤ 50W; Standby power ≤ 26.4W

3. Overall dimensions: 600 * 640 * 1418mm

4. Communication method: 4G upload, based on cellular network, TCP/IP data upload, supports dynamic domain name resolution DNS, only requires inserting a mobile phone card to upload data to the remote monitoring software platform

5. Working environment: -20-70 ℃, 0-95% (relative humidity), no condensation

6. Built in glass strap: can be used continuously for up to 365 days with a single replacement, taking 3 photos per day

7. Insulation resistance ≥ 2.5M Ω (leakage protection)

8. Camera: 800W pixel

9. Operating System: WINDOWS

10. Gas sampling: collection time of 60-1200 minutes (set range), available collection area: length * width (mm) 50 * 21mm;

11. Working time setting: timed start, 24-hour system, can set the 24-hour start time arbitrarily;

4、 Cloud platform

1. It has the function of remote real-time viewing and control, and real-time analysis of spores

2. It can switch the working mode of the spore automatic capture analyzer in real-time and remotely, achieve automatic and remote photography, and realize the function of carrier band usage warning

3. In automatic mode, the starting working time, working duration, sampling duration, working interval, carrier band single movement distance pulse number, etc. of the spore automatic capture analyzer can be set, and can be remotely sent to the device end

4. In remote control mode, the suction port, exhaust port, sampling port, light source status, and carrier belt motor status of the spore automatic capture analyzer can be remotely controlled