Automatic Evaluation Algorithm for Hole Cylindrical Feature in CNC Machine Application

Yogi Muldani Hendrawan, A. Pratama, Andini Eka Rahmani, Nizar Miftah Ilyasa, H. Harja, Dedy Ariefjanto, Heri Setiawan, M. A. Al Rasyid, Idris Winarno
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Abstract

This paper proposed an algorithm to evaluate hole properties automatically. The proposed algorithm analyzes probe path, reference data, measurement data, and tolerance data to evaluate hole properties based on tolerance data ISO 2768. The proposed algorithms was verified experimentally by implementing to holes evaluation software which is developed by phyton programming. A 3D product model with two different hole was designed to validate the proposed algorithm. according to the experiment result, proposed algorithm can evaluate hole properties properly with quality control sheet format as output. Then, the proposed algorithm experiment is compared with manual evaluation.
孔圆柱特征自动评价算法在数控机床上的应用
提出了一种自动评价孔洞属性的算法。该算法基于ISO 2768公差数据,对探头路径、参考数据、测量数据和公差数据进行分析,评价孔的性质。利用植物编程技术开发的孔洞评价软件对算法进行了实验验证。设计了具有两种不同孔洞的三维产品模型来验证该算法。实验结果表明,该算法以质量控制单格式为输出,能较好地评价孔洞属性。然后,将该算法与人工评价进行了实验比较。
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