Multi-term processing robot for modern agriculture

Abstract

The invention discloses a multi-term processing robot for modern agriculture. The robot comprises a chassis, a loading box is fixedly installed on the top face of the chassis, and axles are installed on a boss of the bottom face of the chassis; wheels are fixedly installed on the axles, auxiliary wheels are rotatably installed on the boss of the bottom face of the chassis, and a continuous track is fixedly installed between the wheels and the auxiliary wheels; when walking motors are started, the walking motors drive walking motor shafts to rotate, the walking motor shafts rotate to drive the axles to rotate, the axles rotate to drive the wheels to rotate, the wheels rotate to drive the continuous track to rotate so that the robot can walk forwards, the robot can be conveniently applied to different planting fields, the functions achieved by equipment for multiple kinds of single-term work are integrated for the robot, through self-adjustment, the robot can be applied to fertilization according to different distances of cultivated plants, work is flexible, and the robot can adapt to different terrains.

Description

technical field [0001] The invention relates to the field of agriculture, in particular to a multiple processing robot used in modern agriculture. Background technique [0002] With the improvement of science and technology, the production and operation of agriculture has also changed from the original traditional method to automatic production. At present, agricultural production has carried out the use of mechanized equipment in agricultural fertilization, pesticide spraying, etc., but these agricultural equipment are generally functional. It can only handle a single job, but when you want to perform multiple treatments on crops, you need to use other equipment to do the work again, wasting time and resources. [0003] These agricultural equipment are generally relatively bulky in manufacture, and are not suitable for use on crops with different planting areas and different planting distances, and in some relatively remote planting places, some equipment cannot be used at ...

AI Technical Summary

Problems solved by technology

[0002] With the improvement of science and technology, the production and operation of agriculture has also changed from the original traditional method to automatic production. At present, agricultural production has carried out the use of mechanized equipment in agricultural fertilization, pesticide spraying, etc., but these agricultural equipment are generally functional. It can only handle a single job, but when you want to perform multiple treatments on crops, you need to use other equipment to work again, wasting time and resources

[0003] These agricultural equipment are generally bulky in manufacture and are not suitable for crops with different planting areas and planting distances, and in some remote planting areas, some equipment cannot be used at all.

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