Abstract
In this paper, a novel method for the analysis of damaged V-grooves is presented. An optical sectioning system and image processing software were developed to determine the width of V-grooves at various heights. We succeeded in constructing a three-dimensional (3D) topographic image, which enabled the estimation of damage in each region of the V-groove. The necessity of replacing damaged wire guide rollers can be determined according to whether the damage in the V-grooves exceeds a given threshold. By altering the sampling rate, the proposed system can achieve an optimal balance between resolution and measurement speed. The proposed innovations represent a novel solution for engineering inspection technology and related applications.
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