红外遥控履带式移动小车的设计

Chengliang Zhang, Jingyi Su, Wenbin Zhang, Jun Zhou
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引用次数: 1

摘要

随着经济和科技的飞速发展,便携式移动平台是人工智能的重要研究内容。遥控履带车不仅可以代替人去探索一些定位区域,而且对交通运输业也有重要的影响。本文设计的遥控履带车主体为一体框架模型。两台直流电机驱动履带前进。控制方式为红外遥控。直流电机采用单片机编程的PWM控制。车辆可以实现前进、转弯和后退操作,并能很好地适应复杂的道路环境,使用自动模式时,车辆可以很好地避开障碍物。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Design of Crawler Mobile Car with Infrared Remote Control
With the rapid development of economy and science and technology, portable mobile platform is an important research content of artificial intelligence. Remote controlled tracked vehicle can not only replace people to explore some location areas, but also have an important impact on the transportation industry. The main body of the remote control crawler car designed in this paper is an integrated frame model. Two DC motors are used to drive the crawler forward. The control mode is infrared remote control. The DC motor is controlled by PWM programmed by single-chip microcomputer. The vehicle can achieve forward, turn and backward operations, and can be well adapted to the complex environment of the road, when using automatic mode, the vehicle can well avoid obstacles.
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