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Design of Chassis and Kinematics Research of Wheeled Robot

机译:轮式机器人的底盘设计与运动学研究

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摘要

In the development of restaurants, reducing costs and increasing efficiency have become an important direction. The wheeled robot can meet the needs of the restaurant in the process of delivering food, ordering food, etc., and can replace part of the labor, so that the restaurant reduces costs and increases efficiency. The wheeled robot chassis adopts Mecanum wheels as rotating wheels, enabling the robot to move linearly and rotationally in 360 degrees in the plane to meet the environmental requirements in the restaurant. In this paper, a chassis structure of a wheeled robot is designed and its kinematics model is established, and the chassis model in myrio also is established. Which lays the foundation for the next dynamic analysis and trajectory planning.
机译:在饭店的发展中,降低成本和提高效率已经成为重要的方向。轮式机器人可以在送餐,点菜等过程中满足餐厅的需求,并可以代替部分劳力,从而餐厅降低了成本,提高了效率。轮式机器人底盘采用Mecanum轮作为旋转轮,使机器人能够在飞机平面内线性旋转360度,以满足餐厅的环境要求。本文设计了轮式机器人的底盘结构,建立了运动学模型,并建立了myrio的底盘模型。这为下一步的动态分析和轨迹规划奠定了基础。

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