Agricultural work faces a complex and varied environment. Workers are often exposed to various temperatures and weather conditions. They also need to deal with mud, water and other potential hazards to smart devices. Rugged and reliable mobile smart equipment is especially important. The rapid development of plant protection drones, unmanned agricultural machinery and other technologies has also brought huge changes to agricultural work. With the development of IoT, automation technology and systems engineering, the efficiency and accuracy of agricultural product traceability have been steadily improving. The new agricultural management model requires more intelligent equipment and sensors.

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Agricultural Machinery Management

The extensive application of barcodes, RFID, high-precision positioning and navigation, vehicle-mounted intelligent systems and mobile Internet of Things technologies can better realize data collection and management of modern agricultural machinery, intelligent scheduling and other functions, solve the main problems in agricultural machinery management, and achieve more refined and intelligent management.

solution

Traceability of agricultural products

Relying on RFID, barcodes and Internet of Things technologies, agricultural and livestock traceability helps us realize "from farm to table" full-process quality and information monitoring, helps establish a perfect traceable agricultural product quality and safety information system, and promotes openness, transparency, greenness and safety in the whole food production and processing process.

solution

Unmanned agricultural machinery

The shortage of agricultural labor is becoming increasingly severe. Therefore, how to improve agricultural labor efficiency has become a topic of concern for the industry, society and country. Automatic driving vehicles and unmanned agricultural machinery relying on high-precision RTK navigation and positioning technology can help solve this problem by improving operational efficiency and reducing labor costs. By 2024, the demand for unmanned agricultural vehicles will exceed 3 million units.

solution

Agricultural Drones

RTK technology applied in the field of plant protection drones usually adopts a mobile reference station + handheld terminal + onboard terminal model. The handheld terminal is mainly used to collect plot data, formulate flight operation plans, and plan flight routes, and then upload to the flight control system through the ground station. The onboard terminal realizes the purpose of precise flight according to the uploaded data.

DIFFICULTIES AND CHALLENGES

Positioning deviation causes overspraying or missing spraying.

Due to the problem of positioning deviation, plant protection drone operations may experience altitude loss and inability to fly straight, often causing overspraying, missing spraying and other problems. How to precisely complete the breakpoint re-spraying after replenishing pesticides is also a technical problem that has been solved. The width of ridges in farmland is generally small, and the terrain is complex with hills and mountains. The accuracy requirement for the flight routes of plant protection drones is very high.

ARM Cortex A75/A55 Cortex-core
( 2.0GHz )
SAFEUEM Mobile device
management

High challenges in the work environment

The natural environmental conditions in the field determine that all equipment will face challenging environmental conditions. Sunlight, rain, snow and mud are the operating conditions we have to face. The reliability of the equipment itself is extremely important.

2600 NIT Sunlight Display
IP68 (IEC 60529)

COPING SOLUTIONS

High challenges in the work environment

The natural environmental conditions in the field determine that all equipment will face challenging environmental conditions. Sunlight, rain, snow and mud are the operating conditions we have to face. The reliability of the equipment itself is extremely important.

GNSS GPS+Glonass+Beidou+SBAS+AGPS
High-precision RTK Chip

High precision allows accurate flight

The application of RTK technology can enable plant protection drones to truly embark on the path of precise operations. That is, high-precision autonomous flight technology. Through the RTK system, accurate field boundary information can be obtained, the route accuracy can be improved from meter level to centimeter level, and manual remote control is not required to achieve fully autonomous flight and spraying. At the same time, drones can automatically avoid obstacles such as houses, trees, and cables to avoid collisions and crashes.

High-precision RTK Chip
GNSS GPS+Glonass+Beidou+SBAS+AGPS

Stable and more reliable

The Soten high-precision product series not only has excellent performance, but also fully considers the huge challenges faced by drone plant protection operations in design configuration and protection capabilities. These products can be used with fixed stations, mobile handheld devices, etc., and provide more rational solutions. The 2600 nit ultra-high brightness display allows drone operators to operate in strong light without difficulty. In addition, these products have IP68 and above protection capabilities to provide reliability guarantees for most agricultural operations.

2600 NIT Sunlight Display
IP68 (IEC 60529)