Internet of Things four emotions monitoring system
With the development of smart agriculture, the Internet of Things and big data play an increasingly prominent role in agriculture, greatly saving labor costs and saving time.
With the development of smart agriculture, the Internet of Things and big data play an increasingly prominent role in agriculture, greatly saving labor costs and saving time.
With the development of smart agriculture, the Internet of Things and big data play an increasingly prominent role in agriculture, greatly saving labor costs and saving time. Through the Internet of Things, Smart Agriculture has established a smart agricultural system integrating agricultural and forestry environmental monitoring and remote video control. The physical parameters of the environment are detected through agricultural sensor equipment, and the production environment conditions such as soil, insect status, weather, and disaster and seedling conditions are monitored. Real-time dynamic monitoring promotes the development of smart agriculture and increases the output of crops.
1. Soil moisture monitoring system:
The agricultural soil moisture monitoring system is a smart agricultural solution that integrates soil moisture data collection, transmission, and cloud management. The data report comprehensively and intuitively presents the soil moisture status and changes of each monitoring site, and realizes the real-time online monitoring of regional moisture stably, accurately and reliably. The monitoring of soil moisture is inseparable from soil sensors.
2. Disaster situation monitoring:
Field crop wireless plant protection monitoring system, which can collect crops, plant growth and development status and various biological dynamics under natural conditions, pictures of diseases and insect pests activities (including sunlight pictures and night infrared pictures), and carry out remote continuous positioning of field crops. , And automatically upload the collected pictures to the remote IoT monitoring service platform to realize the monitoring of plant disasters and seedlings.
3. Insect situation monitoring:
The pest monitoring system uses intelligent pest monitoring equipment and insecticidal lamps built in the field, which can trap and kill pests without pollution, is environmentally friendly, uses wireless networks, collects on-site images at regular intervals, and automatically uploads them to the remote Internet of Things platform. Personnel can remotely understand the situation and changes of field insects at any time, and formulate control measures.
4. Meteorological monitoring:
Meteorological monitoring equipment mainly includes weather stations and meteorological sensors, which can monitor conventional meteorological elements such as wind direction, wind speed, temperature, humidity, pressure, rainfall, soil temperature and humidity, and have functions such as automatic recording, over-limit alarm and data communication. The automatic observation station is composed of weather sensors, weather data recorders, and weather environment monitoring software. It is widely used in industrial and agricultural production, tourism, scientific research, meteorology and other urban environmental monitoring and other professional fields.
The application of the “four emotions” monitoring system in agriculture and forestry, on the one hand, allows users to monitor, warn, and automatically prevent and control seedling conditions, moisture conditions, diseases and insects, and disasters in the field without leaving their homes. Unattended, continuous and automatic work has truly realized the modernization and intelligence of ecological agriculture. On the other hand, it can greatly reduce the use of water, electricity, manpower and other energy and resources, reduce the cost of agricultural production, and be better in the agricultural field. This has played a role in saving water, medicines, fertilizers, and labor.