This paper aims to design and optimize an automated rice planting robot to improve the efficiency and precision of rice planting.This paper focuses on the design principles of the robot's mechanical structure and control system,ensuring the robot's stable and efficient operation in complex field environments.In The specific design of the automated rice planting robot,starts from three aspects:the overall structure,planting mechanism and navigation and positioning system,the delivery and sowing of seeds,as well as soil treatment and moisture management,are ensured,enhancing the reliability and stability of the rice planting robot.This provides robust technical support and a theoretical support for achieving agricultural automation and intelligence.
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