For centuries, the Japanese have used ducks as nature’s ally to control weeds in their rice fields. Rowing with wide feet ripped through underwater vegetation, agitated the soil, and made the water murky, hindering plant growth. They also prey on pests, fertilize the fields In the middle. Today, its use is limited due to the extensive expansion of paddy fields and industrial production techniques. But Nissan engineers have explored the possibility of a device that mimics the movements of these birds. He named it “agiamo robo” which means duck robot.
his robot duckresembles a household robot vacuum, featuring a pair of rubber paddles that mimic the shape and movement of robot vacuums from the animal kingdom. Measuring 20 square inches and weighing 1.5 kilograms, the prototype is already being paddled around rice paddies in Yamagata Prefecture as part of initial testing. Equipped with a GPS system Wi-Fi connection Powered by solar energy, the machine is fully autonomous.Coming soon, this technology It can help reduce the use of herbicides and pesticides.
At the moment this is only an experimental technology project with no commercial use, but it could be a viable alternative. There is a shortage of agricultural labor in Japan and Western countries, robotics An attractive option for continuing production. Here you can see robot ducks working in the fields.
Crop monitoring robot
Asia is another stage robot farming This time, the effort took place in Fujian, China. Fujian Provincial Academy of Agricultural Sciences and Fujian Xindi Times High-Tech Co., Ltd. have developed a robot that moves inside greenhouses to assess plant health and environmental conditions. The robot is equipped with two 5-megapixel cameras, two 7-megapixel cameras, and sensors that measure carbon dioxide levels, wind speed, humidity, and temperature. 5G technology Communicate with the control center. In addition to hardware, artificial intelligence is one of the main research areas for engineers.
Thanks to the algorithms they implemented, the robots are able to move freely over irregular terrain as opposed to the neatly laid out areas in the factory. All images and information collected by the device are later analyzed by the computer. artificial intelligence software. The ultimate goal is to establish the optimal conditions for further automation of crops. The engineer’s next step is to develop a fruit-picking robot with a bionic arm.As we have already seen in this article almost robotics, Full automation of farms may come sooner than expected.
sauce: The Verge, China Daily
