基于光纤传感器和光强变化的车辆动态称重系统

Linlin Wang, Xue Hu, Yongjian Huang, Huaiyu Xu
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引用次数: 0

摘要

本文主要讨论了光纤WIM系统的实验室结构。该系统是根据光纤受重物垂直压迫时,光纤的光强随重物的变化而变化的特点设计的。本实验采用CCD摄像机、分光镜等专业光学设备捕捉光强变化视频。然后,利用计算机从视频流中获取图像,对图像进行灰度处理、二值处理、腐蚀处理和膨胀处理,计算出光强。实验结果反映了实验车辆的重量与纤维强度和车速之间存在一定的规律性关系。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Based on Fiber-Optic Sensor and the Light Intensity Changes Vehicle Dynamic Weighing System
This paper mainly discusses the structures in the laboratory of a fiber-optic WIM system. This system is based on the feature of the fiber that when it vertically pressed by heavy objects the light intensity of the fiber change with them. This experiment use CCD camera, splitter and other professional optical equipment to capture the light intensity changes video. And then, use computer to obtain the image from the video stream, grayscale process, binary process, corrosion process and expansion process the image to calculate the light intensity. The experimental results reflect some regular relationship of the experimental vehicle weight and the intensity of the fiber and speed of the vehicle.
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