Agricultural four-condition monitoring programme

Wireless agricultural integrated weather station

I. Product Overview:

The smart agricultural meteorological observation station uses the latest Internet of Things technology and 4G communication technology to collect and send all kinds of data of the agricultural environment to the smart agriculture cloud platform, and can view all kinds of relevant data through the supporting APP.

Through years of research and development, our company has obtained the software copyright certificate, and the related Internet of Things acquisition equipment and communication equipment have obtained national patents. The equipment itself has the report of the quality supervision and testing center of the Ministry of Agriculture.

The smart agriculture cloud platform can receive data through wifi/4g and other means, and can store, retrieve, summarize and analyze all kinds of data; Form trend chart, column chart, daily report, etc. It can also be compatible with: pest data, sexual attraction monitoring data, pest survey statistics. Conducive to agricultural production of environmental monitoring, real-time early warning, scientific prevention and control.

Ii. Main functions:

1. Adopt advanced micro-control technology to monitor no less than 16 meteorological environmental factors

2. Host power: ≤200mA (12V) Power consumption: ≤600mA (12V)

3. 60W solar panel, 40AH lithium battery, voltage: DC12V voltage regulator;

4. The device is Android and the configuration screen is 7 inches. The data acquisition software can automatically divide the data into three categories: air, soil and water, and display the data of various environmental elements on the screen. Under normal circumstances, the data is transmitted through GPRS, and the data can also be obtained through GSM SMS. Built-in lose function.

5. Data collection function: air temperature, air humidity, soil temperature (4 layers), soil moisture content (4 layers), wind speed, wind direction, illumination, radiation, rainfall, pictures and other more than 16 kinds of environmental data;

6. Data storage capacity: one year's worth of data can be stored (8760 batches), and the device has a local cache, which can realize data reproduction when the signal is broken.

7. With the function of transferring data to the computer through mobile devices, it can be connected with the computer to display data and graphics in real time.

8. All collected data and seedling pictures can be uploaded to the self-built Internet of Things platform.

9. The software platform and mobile APP software with independent intellectual property rights can view data through any networked computer and mobile phone, and can view online videos and pictures, and can display data in the form of line charts, bar charts, 3D bar charts, area charts and other charts.

10. You can view the installation of sites in the specified area and the latest monitoring time, so as to obtain the number of sites in the specified area.

11. You can view the data report of a specific sensor at a site within a specified time range, or export the report to Excel.

12. View the data reports of a site in a specified month and year.

13. Backup data or local data can be imported to the database, or imported data can be deleted.

14. Add drought warning information and automatically publish SMS notifications. Query the issued drought warning information.

15. It can be divided into three colors according to the severity of the disaster, red, yellow and orange, and it is displayed in the monitoring area map

16. User login permissions can be set at different levels to ensure security

Three, technical parameters:

Remote photo-type insect detection and reporting system

First, product introduction

Name: Insect situation detector

Compliance with standards: In line with GB-T24689.1-2009 standard image type pest detection tool

Main purpose: to analyze and predict the occurrence and development of insect pests, to provide services for modern agriculture, to meet the needs of insect situation prediction and specimen collection

Working principle: The use of modern light, electricity, numerical control and other technologies, the realization of insect trapping insect body far infrared automatic processing, conveyor belt transportation, automatic operation of the whole lamp and other functions. In the case of unsupervised, it can automatically complete the system operation of attracting insects, killing insects, disperzing insects, taking photos, transportation, collection, drainage, etc., and then use wireless transmission technology, Internet of Things technology and real-time environmental weather and pest conditions uploaded to the designated agricultural cloud platform

Second, the main structure

Stainless steel

There are shutters around the bug light to effectively prevent non-target large bugs or leaves and other debris from entering the equipment, affecting the identification of the insect body

Impact screen is made of high permeability glass material, 120 degrees Angle to each other, single screen size: 595±2mm long, 213±2mm wide, 5mm thick

The product is equipped with the installation base by default, the height of the base is 40cm, which is used to prevent rainwater from pouring back into the center control box during the rainy season

Display: 7-inch Android operating system touch screen, support the real-time status of the whole machine, working mode adjustment, support local view of the local pest photos, and can set parameters through the machine

Iii. Parameters

Power supply: solar power supply

Maximum starting power: ≤200W; Stable working power: ≤60W; Standby power ≤5W

Machine size: 557mm*567mm*1634mm

Communication mode: 4G standard, network port (optional)

Working environment: 0~70℃, 0~95% (relative humidity), no condensation

Light source: 20W black light tube (main wavelength 365nm); Lamp starting time ≤5S

The temperature of the far infrared insect body treatment bin: the temperature can reach 85℃±5℃ after working for 15 minutes

Insulation resistance ≥2.5MΩ (leakage protection)

Camera pixel: 800W, can clearly distinguish each worm body

Intelligent remote camera spore catcher

First, product introduction

Through high-power optical microscopic imaging technology, precision limit technology, automatic intelligent focusing fusion technology, Internet of Things transmission control technology and other technical means, the device takes pictures of spores tiny targets, and uploads the pictures to the designated agricultural cloud platform in real time. The platform uses image optimization algorithm to accurately process and analyze uploaded images.

Second, product characteristics

1. The spore equipment is equipped with transverse and longitudinal two-axis motors

2. Built-in slide, slide can show the current level of use, when the slide is about to run out, the platform can remind the expiration of the slide replacement time, the slide can be manually reset, and the reset is password protected, the slide can be manually replaced

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

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

5. The equipment has a high-resolution microscope, which can clearly photograph and display 5~100um spores.

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

7. Working time and sampling frequency can be set arbitrarily;

8. Spore catcher built-in 10.4 inch HD large screen display, windows operating system, with a good human-computer interaction interface. You can view and take photos locally, configure device parameters, and control devices

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

10. Support automatic time calibration with the server

3. Technical parameters

1. Main structure: spray material

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

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

3. Machine size: 420.0*308.7*787.7mm

4. Communication method: 4G upload, based on cellular network, TCP/IP upload data, support dynamic domain name resolution DNS, just insert a mobile phone card can upload data to the remote monitoring software platform

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

6. Built-in carrier tape: A replacement can be used for up to 365 consecutive days, 3 times a day

7.Insulation resistance ≥2.5MΩ (leakage protection)

8. Camera: 1200W pixels

9. Operating system: WINDOWS

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

11. Working time setting: regular start, 24 hours system, you can set 24 hours open time at will;

Internet of Things four sentiment platform

Agricultural Internet of Things four-situation monitoring system, also known as agricultural four-situation automatic monitoring system, agricultural Internet of Things four-situation monitoring system based on advanced sensors, Internet of things, cloud platform, big data and other Internet information technology, automatically monitor the growth and development of crops, diseases and pests and disaster status. With the development of smart agriculture, technologies such as the Internet, big data and artificial intelligence have gradually been applied to all aspects of agricultural production, greatly improving the allocation and utilization efficiency of various production factors such as labor and capital.

With the help of the Internet of Things, smart agriculture has built an agricultural production system integrating environmental monitoring and precision adjustment, which can monitor and supervise different agricultural production environments and objects, detect the physical parameters of the environment through sensing equipment, and conduct real-time dynamic monitoring of the production environment conditions such as soil, insect situation and weather, so as to meet the agricultural production environment standards. The application of these new technologies will greatly improve the quality of agricultural products, make them meet the market demand, can realize the effective docking of supply and demand, and promote the fine, efficient and modern development of agricultural production.

Agricultural Internet of Things four situation monitoring system

Fengtu Technology agricultural four conditions monitoring system (soil moisture, insect situation, climate, seedling situation) by the terminal equipment (tubular soil moisture monitoring instrument, insect situation measuring instrument, weather station, video monitoring), agricultural four conditions measuring platform. The system can systematically monitor and manage the soil moisture (soil temperature, soil moisture, soil PH value, etc.), disease and insect status (species and number of diseases and insects, etc.), climate status (air temperature, humidity, rainfall, illumination, carbon dioxide, wind speed and direction and other environmental parameters) of agricultural fields, and upload the data to the measurement and reporting platform through GPRS/4G or network port. Managers can remotely view the data and trends of various environmental parameters in real time, save manpower, and make corresponding adjustments according to the data feedback to ensure the good growth of crops and help agricultural production.

Topology of agricultural four-condition monitoring system

Tubular soil moisture monitor

The tubular soil moisture monitor is a sensor based on the principle of dielectric constant, supporting 10-30V wide voltage charging.

The shell is made of PVC plastic pipe, which emits high-frequency detection waves of nearly 1G Hertz inside, which can penetrate the plastic pipe and effectively sense the soil environment.

It is not affected by salt ions in the soil, and agricultural activities such as fertilizers, pesticides and irrigation will not affect the measurement results, and the data is accurate. The electrode of the sensor is not directly in contact with the soil, avoiding the interference of electricity on the soil and the plants in the soil.

Bug detector

Using modern light, electricity, numerical control and other technologies, it can automatically complete the system operations of attracting insects, killing insects, dispersing insects, taking photos, transporting, collecting and draining.

The upper and lower two layers of far infrared insect body treatment warehouse, the fatality rate is not less than 98%, the completion rate of insect body is not less than 95%, the rain insect separation technology is used to automatically separate the rain water from the insects.

Light control technology: turn off the light during the day, automatically turn on the detection at night, and when working at night, it will not change the working state due to the instant strong light.

There are shutters around the bug light, which can effectively prevent non-target large bugs or leaves and other debris from entering the equipment, affecting the insect body identification.

Meteorological station

Video surveillance

The video monitoring equipment can dynamically view the agricultural field dynamic images in real time, and upload them to the platform through the network.

Agricultural four information measuring and reporting platform

1, agricultural Internet of Things four situation monitoring system platform introduction

The platform for measuring and reporting the four agricultural conditions is an online monitoring platform integrating the monitoring of insect conditions, meteorology and moisture content. Insect situation monitoring has the functions of automatic identification of Al pests, remote real-time viewing of insect situation, online analysis of insect situation, automatic identification of insect species, regional insect situation statistics, insect situation trend analysis, equipment monitoring and so on. Meteorological monitoring has the function of remote real-time meteorological viewing and online analysis of meteorological historical data. Soil moisture monitoring has the function of obtaining soil moisture (such as soil temperature and humidity, moisture, PH) data remotely and analyzing soil moisture historical data online.