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Design of Wheeled Mobile Robot with Tri-Star Wheel as Rescue Robot

机译:以三星轮为救援机器人的轮式移动机器人设计

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This study aims to design, and analyze a mobilerobot that can handle some of the obstacles, they are unevensurfaces, slopes, can also climb stairs. WMR in this study is Tristar wheel that is containing three wheels for each set. Onaverage surface only two wheels in contact with the surface, ifthere is an uneven surface or obstacle then the third wheel willrotate with the rotation center of the wheel in contact with theleading obstacle then only one wheel in contact with the surface.This study uses the C language program. Furthermore, theminimum thrust to be generated torque of the motor andtransmission is 9.56 kg. The results obtained by calculation andanalysis of DC motors used must have a torque greater than14.67 kg.cm. Minimum thrust to be generated motor torque andthe transmission is 9.56 kg. The experimental results give goodresults for robot to moving forward, backward, turn left, turnright and climbing the stairs.
机译:这项研究旨在设计和分析可处理某些障碍物的移动机器人,这些障碍物是不平坦的表面,斜坡,也可以爬楼梯。在这项研究中,WMR是Tristar车轮,每组包含三个车轮。在平均表面上,只有两个轮子与该表面接触,如果存在不平整的表面或障碍物,则第三个轮子将在轮子的旋转中心与前导障碍物接触的情况下旋转,然后只有一个轮子与该表面接触。语言程序。此外,要产生的电动机转矩和传递的最小推力为9.56 kg。通过计算和分析所用直流电动机得出的结果必须具有大于14.67 kg.cm的扭矩。产生的最小电动机转矩推力为9.56 kg。实验结果为机器人前进,后退,左转,右转和爬楼梯提供了良好的结果。

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