Spore capture system

1.Product introduction of Spore capture system

Spore capture system supports automatic spore capture. With optical magnification microscope, spore pictures can be taken regularly and clearly and uploaded to the system platform remotely.The equipment uses high-magnification optical microscopy imaging technology, precision limit technology, automatic intelligent focusing and fusion technology, Internet of Things transmission control technology and other technical means to photograph tiny spore targets, and upload the pictures to the designated agricultural cloud platform in real time.The platform uses image optimization algorithms to accurately process and analyze uploaded images.

2.Product features of Spore capture system

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

2.Built-in slides, the slides can cumulatively display the current usage level.When the slides are about to be used up, the platform can expire to remind the slide replacement time.The slides can be cleared manually, and there is a password for clearing.Protection, slides can be replaced manually

3.The interface can display the progress of single sampling of the slide in real time;

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

5.There is a high-resolution microscope in the equipment, which can clearly photograph and display 5~100um spores.

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

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

8.The spore capture instrument has a built-in 10.4-inch high-definition large-screen display, Windows operating system, and a good human-computer interaction interface.Supports functions such as viewing and taking photos locally, configuring device parameters, controlling devices, etc.

9.Statistical analysis: Cloud server technology is used to realize manual statistics and analysis of pathogen spore pictures, which can be manually viewed and confirmed remotely in real time, shortening the forecasting cycle.

10.Support automatic time adjustment with the server

3.Technical parameters of Spore capture system

1.Main structure: spray plastic material

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

3.Maximum starting power: ≤65W; Stable working power: ≤50W; Standby power ≤26.4W

3.Overall machine size: 420.0*308.7*787.7mm

4.Communication method: 4G upload, based on cellular network, TCP/IP method to upload data, supports dynamic domain name resolution DNS, just insert 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 carrier tape: once replaced, it can be used continuously for up to 365 days, and can be photographed 3 times a day.

7.Insulation resistance ≥ 2.5MΩ (leakage protection)

8.Camera: 5 million pixels

9.Operating system: WINDOWS

10.Gas sampling: collection time is 60~1200 minutes (setting range), collection area: length*width (mm) 50*21mm;

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

4.Spore capture system cloud platform

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

2.The working mode of the automatic spore capture analyzer can be switched remotely in real time, to realize automatic and remote photography, and to realize the carrier band usage early warning function.

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

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