Design of intelligent wheelchair control system based on speed planning

S. Zeng, Xiaochong Tian
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Abstract

In order to optimize the movement performance of intelligent wheelchair through narrow environment and turning obstacle avoidance, and realize the speed change of wheelchair more smooth and stable, based on the principle of speed planning, this paper designs and develops a new intelligent wheelchair movement control system, and uses STM32 control chip for hardware circuit design and main software programming. The motion control driver is applied to the power system of the wheelchair, which drives two 24V DC motors to work together. Good results are obtained through experiments, and better driving control for the intelligent wheelchair is realized.
基于速度规划的智能轮椅控制系统设计
为了优化智能轮椅通过狭窄环境和转弯避障的运动性能,实现轮椅的速度变化更加平稳、稳定,本文基于速度规划原理,设计开发了一种新型智能轮椅运动控制系统,并采用STM32控制芯片进行硬件电路设计和主要软件编程。运动控制驱动器应用于轮椅的动力系统,驱动两台24V直流电机协同工作。通过实验取得了良好的效果,实现了智能轮椅更好的驾驶控制。
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