Automatic management of agricultural science has become an inevitable trend, and it is one of the important signs for the transition from traditional agriculture to modern agriculture. The automatic acquisition and remote monitoring and transmission of farmland microclimate information is no longer a problem. The RYQ-4 agricultural visualization remote microclimate observation instrument has been applied in many agricultural projects in China, and the automatic acquisition and long-distance transmission of farmland information is achieved through wireless communication technology for large-scale agricultural production and farm production in remote mountain areas. I. Equipment Composition The agricultural monitoring microclimate instrument is mainly composed of farmland microclimate information collection front-end, video image information collection front-end, data acquisition device, data transmission device and power supply equipment. Chip IC Leadframe High Precision Stamping Die Chip Ic Leadframe High Precision Stamping Die,High Precision Continuous Mould Customisation,Custom Metal Stamping Dies,High Precision Metal Stamping Dies Artisan Precise Molds co.,Limited , https://www.artprecise.com
Provide technical support for the precise production management of information agriculture. The device uses 3G technology to put agricultural information sensors and CCDs
The camera is integrated into a networked information collection device, realizing the real-time and dynamic acquisition of data and images of soil, environment, and crop information, solving the problems of wiring transmission in the past, and realizing long-distance security and wireless transmission of farmland information.
The remote field microclimate observation instrument is mainly composed of a video monitoring unit, an outdoor 3G remote server, an intelligent data collector,
Agricultural information sensor, power supply module and bracket system. Realized digital imagery dynamic monitoring of plant information.
To obtain different sensors such as temperature, humidity, illuminance, solar radiation, ground temperature, soil moisture and other soil and environmental parameters, provide data support for the precise management of plant production. It is currently the most advanced farmland monitoring system in the country. The collected crop information can be transmitted to the digital display platform in the experimental area at any time. It can visually and remotely monitor agricultural growth, lyricism, seedlings and insect pests, and realize the microclimate of the farmland. The crop video image information is collected in real time and automatically, and various information parameters and the posture of the webcam are remotely monitored to meet the needs of modern agricultural meteorological observations, providing timely and accurate basis for scientific guidance of agricultural production.
The popularity of 3G communication technology is rapidly applied. At present, it has been applied in fields such as farmland and greenhouses. By using this technology, users only need to prepare a 3G mobile phone card to realize real-time monitoring of agricultural information and video of the field microclimate observation instrument in any field terminal. Through the browser mode, authorized users can also acquire and manage data and images of remote farmland information monitoring on any personal computer with network access in the world.
The microclimate information collection front ends of farmland mainly include wind speed and direction sensors, air temperature and humidity sensors, total solar radiation sensors, photosynthetically active radiation sensors, light intensity sensors, atmospheric pressure sensors, rainfall sensors, soil temperature (three layers), and soil moisture (three layers) soil Salt conductivity (three layers) and so on. Optional parameters!