Intelligent greenhouses and agricultural robots for fumigation and spraying other agricultural machinery and equipment

The core functions and effects of the two are as follows:

🤖 Agricultural robot: the executor of precise operation

1. Autonomous navigation and intelligent perception

· Function: Equipped with lidar, high-spectral camera, etc., autonomously cruise in the greenhouse to collect crop multi-spectral images and environmental data.

· Function: It can detect early diseases that are difficult to the naked eye (such as 0.1 mm disease spots), the efficiency is 20 times that of artificial, and the identification accuracy is more than 98%.

2. Precise targeted fumigation and spraying

· Function: Combined with robot dog or unmanned chassis, equipped with normal temperature dry fog or cold fog technology, it can automatically apply drugs to the target area.

· Function: The fog particles are only 5-10 microns, which can penetrate the back of the leaf and solve the pain point of the drone’s “inability to penetrate”; the efficiency reaches 100-200 mu/day, and it can reduce the amount of pesticides by 30%-35%.

3. Environmental regulation and data linkage

· Functions: Real-time monitoring of temperature and humidity, data back to the Internet of Things platform, linkage of skylights, supplementary lights and other equipment.

· Function: Generate “planting models” and visual reports, so that inexperienced novices can easily grow high-quality crops.

🌱 Intelligent greenhouse: the best “battlefield” for robots

1. Provide a stable operating environment

· Shielding external bad weather creates stable conditions for the continuous operation of the robot and the accurate identification of the sensor.

2. Integrated automated prevention and control system

· Integrated automatic sulfur fumigation tank or ozone generator, which can perform unmanned disinfection on a regular and quantitative time.

3. Build a three-dimensional monitoring network

· Coordinate ground robot dogs and aerial drones to form a “air-to-earth integration” monitoring network, and the data is summarized in the digital twin system to achieve comprehensive perception.