刀具自動補正系統最佳化之研究

Research in Optimum of Tool Automatic Correction System

10.6665/JLYIT.2015.14.18

粘朝益(Chau-Yih Nian)

最佳化 ； 曲線擬合 ； Optimum ； Curve Fitting

蘭陽學報

14期（2015 / 06 / 01）

18 - 38

繁體中文

本研究目的是建立一套曲線形狀誤差分析系統。進行曲線形狀誤差的最佳化分析比對，以提供加工時各刀具位置補正量的決定。曲線量測點的位置決定後，由三次元量床量測取得資料點，經曲線擬合，再根據最小平方和法與最佳化設計理論，將量測數據和設計數據相比較，以求得曲線的形狀誤差。最佳化的過程，可使量測時因定位問題，導致曲線因平移和旋轉產生的形狀誤差減低，以獲得正確的各刀具位置補正量。

The purpose of this study is to establish a curve shape error analysis system. Optimum of the curve shape error analysis comparison of the decisions of the tool position correction amount of time to provide the processing. After measuring the position of the decision curve point by Coordinate Measuring Machine obtain data points measured by curve fitting, then according to the least squares method and the optimal design and theory, the measured data and design data phase Compare to obtain the shape of the error curve. Best of the process, can cause problems when positioning measurements, resulting in curve shape error due to translation and rotation of the reduction, to get the correct amount of each tool position correction.

1. Cheng, F.,Barsky, B A(1991).Interpolation And Approximation Using Cubic Spline Curves.Computer-Aided Design,23(10)
2. Coffron, James W.,Long, William E.(1983).Practical Interfacing Techniques For Microprocessor Systems.Prentice-Hall International, Inc.
3. Kgupta, V.,Sagar, R.(1993).A PC-base System Integrating CMM And CAD For Automated Inspection And Reverse Engineering.The International Journal of Advanced Manufacturing Technology
4. Kjellander, Johan A P(1983).Smoothing Of Cubic Parametric Splines.Computer-Aided Design,15(3)
5. Klass, Reinhold(1983).An Offset Spline ApproXimation For Plane Cubic Splines.Computer-Aided Design,15(5)
6. Menq, Chia Hsiang,Yau, Hong Tzong,Wong, Ching Li(1992).An Intelligent Planning Environment For Aotomated Dimensional Inspection Using Coordinated Measuring Machine.Journal Of Engineering For Industry,114,222-230.
7. Pahk, Heuijae,Kim, Jonghoo(1995).Application Of Microcomputer For Assessing the Probe Lobing Error And Geometric Errors Of CMMs Using Commercial Ring Gauges.The International Journal of Advanced Manufacturing Technology
8. Pahk, Heuijae,Kim, Jonghoo,Lee, Kyoil(1996).Integrated Real Time Compensation System For Errors Introduced By Measurement Probe And Machine Geometry In ommercial CMMs.International Journal of Machine Tool & Manufacture,36(9),1045-1058.
9. Reklaitis, G.V.,Ravindran, A.,Ragsdell, K.M.(1983).Engineering Optimization.John Wiley &Sons Inc.
10. Rogers, David F.,Adams, J. Alan(1990).Mathematical Elements For Computer Graphics.McGraw-Hill Publishing Company.
11. Wever, U(1991).Optimal Parameterization For Cubic Splines.Computer-Aided Design,23(9)
12. Woo, T.C.,Liang, R.(1993).Dimensional Measurement of Surface and Their Sampling.Computer-Aided Design,25(4)
13. Yang, Been Der,Menq, Chia Hsiang(1993).Compensation For Form Error Of End-Milled Sculptured Surfaces Using Discrete Measurement Data.International Journal of Machine Tool & Manufacture,33(5),725-740.
14. Yau, Hong Tzong,Menq, Chia Hsiang(1996).A Unified Least Squares Approach To The Evaluation Of Geometric Error Using Discrete Measurement Data.International Journal of Machine Tool & Manufacture,36(11),1269-1290.
15. Yau, Hong Tzong,Menq, Chia Hsiang(1993).Automated CMM Path Planning For Dimensional Inspection Of Dies And Mold Having Complex Surfaces.International Journal of Machine Tool & Manufacture,35(6),861-876.
16. 林振賢(1995)。碩士論文(碩士論文)。國立台灣大學。
17. 鄧琴書(1993)。碩士論文(碩士論文)。國立台灣大學。
18. 簡長庚(1993)。碩士論文(碩士論文)。國立台灣大學。