螺纹钢自动计数生产线

Zhiqi Su, Kang-ling Fang, Zhengtao Peng, Zhifan Feng
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引用次数: 10

摘要

为了实现生产线上钢筋计数的自动化,本文分析了现有解决方案的优缺点。结合它们的优点,本文提出了一种新的解决方案。该方案根据最大内切圆算法获取法向钢筋的半径。利用半径、修正梯度霍夫圆变换和一系列相应的算子对钢筋进行定位。最后,本文提出了一套简单有效的跟踪计数算法。数以百计的实验证明,该方案的失败率极低。通过精心设计参数,该系统在快速生产小直径螺纹钢的同时,故障率可降至0.01%。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Rebar automatically counting on the product line
In order to realize the automation of rebar counting on the production line, this paper analyzes the advantages and the disadvantages of existing solutions. Combining their dominances, this paper presents a new solution. This solution captures the radius of normal rebar according to maximal internal tangent circle algorithm. With the radius, modified gradient Hough circle transform and a series of corresponding operators are used so as to locate rebar. In the end, this paper proposes a set of tracing and counting algorithm which is simple and effective. Hundreds of experiments proved that the failure rate of this solution is extremely low. With elaborate parameters, the failure rate of this system can be reduced to 0.01 percent while producing small diameter rebar in quick pace.
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