基于扭曲量的V形聚能铜切割索直线度检测方法研究
Research on Straightness Detection Method of V-Shaped Linear Shaped Cutting Device Based on Distortion

V形聚能切割索的校直直线度对于产品质量有着重要影响。目前切割索校直后通过目测的方式检测其直线度，存在效率低、各检验人员标准不一致、无法量化等问题，给生产及交付造成了瓶颈。针对以上问题，提出一种能够量化V形聚能切割索是否合格的算法，并设计了一套能检测V形聚能切割索直线度的装置。试验表明，该检测方法能够很好的对V形聚能切割索校直程度进行判定。
The V-shaped linear shaped cutting device straightening straightness for product quality has an important influence. The linear shaped cutting device after alignment through the visual way of detecting the straightness, efficiency is low, the insepection personnel of inconsisitent standards, unable to quantify the problem, to the production and delivery caused by the bottleneck. To solve the above problems, so we design a set of detection linear shaped cutting device equipment and straightness is proposed to quantify the executioner reward eligibility cut algorithm has important significance. In order to overcome the disadvantages of cxisting technology, design of cutting cable straightness detection platform, and puts forward to the distorted size determine the alignment or not, experiments show that the detection method can be very good for the linear shaped cutting device judged.