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    一种基于鼠标遥操纵的移动机器人运动控制系统

    A Remote Control System of Wheeled-Robot Motion Through Manipulation of Mouse

    • 摘要: 由视觉系统、基于鼠标操作的人机界面、无线发射/接收模块和双轮驱动机器人组成移动机器人运动控制系统。根据机器人的运动模型确定左、右轮速度为运动控制量,建立机器人基本运动与鼠标的左右键及滚轮操作的对应关系,基于Windows的消息驱动机制开发响应鼠标操作的应用程序,在对应滚轮操作的过程函数中嵌入机器人运动控制程序,给出程序流程图,详细说明源代码以及基于滚轮操作的机器人运动速度及转弯半径的调整方法。系统应用于无损检测的工业现场,机器人能够很好地完成工作任务。

       

      Abstract: The motion control system for wheeled robot is composed of its vision system, human-computer interface through manipulation of the mouse, wireless transmitter/receiver module, and the two-wheeled robot. The motion control algorithms are the speeds of the left and the right wheel derived from the motion model of the robot. The correspondence of the basic motion of the robot to the operation of the left key, the right key, and the wheel of the mouse is constructed, and the MFC program was developed to handle the operations of the mouse based on the message map, and the motion control program was embedded in the procedure function of the wheel operation. The flow diagram and the codes of the program and the regulating method of the motion speed of the robot are presented in detail. The system has been applied to the nondestructive.

       

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