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Analysis of the light dependent resistor configuration for line tracking robot application

机译:线跟踪机器人应用中的光敏电阻配置分析

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Modern days, a robot can be designed based on human needs. In particular, the line tracking robot is a classic introductory robot design and needs minimal amount of material and cost. The aim of this project is to construct a robot that has capability to follow the white line placed on a horizontal smooth surface lighted by LED and the low cost light dependant resistor as the sensor. Rigorous analysis has been applied to determine the optimal configuration for the sensor on the mobile robot. Our findings show that angle of LDR of 30°, the distance between LDR and LED of 2.5cm and height of 2cm is the best configuration. The line tracking robot will detect the light intensity that is rebounded from the white color path.
机译:如今,可以根据人类需求设计机器人。特别是,生产线跟踪机器人是经典的入门机器人设计,并且需要的材料和成本最少。该项目的目的是构建一种机器人,该机器人具有跟随放置在水平光滑表面上的白线的能力,该水平光滑表面由LED和低成本的光敏电阻作为传感器照亮。严格的分析已应用于确定移动机器人上传感器的最佳配置。我们的发现表明,LDR的角度为30°,LDR与LED的距离为2.5cm,高度为2cm是最佳配置。线跟踪机器人将检测从白色路径反射回来的光强度。

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