원문정보
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초록
영어
For the vertical and horizontal dual 5-axis system of a new turning-milling compound machining center, the dedicated post processor for 5-axis is developed by C++ programming language, B-axis pendulum angle error measurement technology and nonlinear error compensation algorithm are studied; and also analyzed and verified in actual processing; Researches show that: the dual 5-axis post processor works correctly and efficiently, better processing accuracy than 0.05mm can be obtained by nonlinear interpolation compensation for B-axis pendulum angle for 3 times, which meets the demand of crafts machining.
목차
Abstract
1.Introduction
2. HTM50200 Structure Profile
3. The Construction of Post Processor based on UG POSTBUILDER
3.1. Functional Analysis of Dedicated Post-processing
3.2. Dedicated Post-processing Algorithm
3.3. Linear Coordinate Transformation
4. The Error Checking of Swing Angle and Nonlinear Compensation for Tool
5. Processing Test Study
6. Conclusion
Acknowledgements
References
1.Introduction
2. HTM50200 Structure Profile
3. The Construction of Post Processor based on UG POSTBUILDER
3.1. Functional Analysis of Dedicated Post-processing
3.2. Dedicated Post-processing Algorithm
3.3. Linear Coordinate Transformation
4. The Error Checking of Swing Angle and Nonlinear Compensation for Tool
5. Processing Test Study
6. Conclusion
Acknowledgements
References
저자정보
참고문헌
자료제공 : 네이버학술정보