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Feasibility study of using line tracer robot under disaster situation

机译:在灾难情况下使用巡线机器人的可行性研究

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摘要

Line tracer robots are widely accepted in various industry for the purpose of moving objects. In this study feasibility of using line tracer robots under disaster situation is studied as the line tracing capability may be useful in case of disaster. A small scale line tracer robot is designed, implemented, and tested under disaster situation. Specifically, the MCU based robot hardware including sensor, encoder, motor, and power supply is designed and implemented. Also, the software for receiving sensor signal, for driving motor and for implementing line searching algorithm is designed. The devised robot detects the guide line using 6 infrared optical sensors and can adjust the direction of motion with the front steering servo motor according to the sensor signal. In driving test, the robot showed reliable performance both on the straight and curved paths having obstacles under limited visibility condition as in disaster situation.
机译:直线跟踪机器人以移动物体为目的在各个行业中被广泛接受。在这项研究中,研究了在灾难情况下使用线路追踪器机器人的可行性,因为线路追踪功能在灾难情况下可能很有用。在灾难情况下设计,实施和测试了一种小型直线示踪机器人。具体而言,设计并实现了基于MCU的机器人硬件,包括传感器,编码器,电机和电源。此外,还设计了用于接收传感器信号,用于驱动电动机以及用于实现寻线算法的软件。设计的机器人使用6个红外光学传感器检测引导线,并可以根据传感器信号通过前转向伺服电机调整运动方向。在驾驶测试中,在灾难情况下,在可见性有限的情况下,机器人在具有障碍物的直线和弯曲路径上均表现出可靠的性能。

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