Realizing Method and Application of Theoretically Relative Symmetry Zero Error for Two Coupling Components Based on Error Compensation

Abstract:

Mechanical systems often require the symmetry of the two assembly components. This paper presents a method for theoretical zero-symmetry error of the mating components in batch production. The method is based on symmetry principle of error compensation and sequential positioning of the two mating components, realizing the coincidence of the symmetrical lines between the two components, regardless the manufacturing errors of the two components. The method is suitable for processing positioning and assembly positioning precision requirements and multiple components of symmetry occasions.

• Periodical: Applied Mechanics and Materials (Volumes 271-272)
• Pages: 1614-1618
• DOI: https://doi.org/10.4028/www.scientific.net/AMM.271-272.1614
• Online since: December 2012
• Authors: Zong Zhi Zhou, Li Zhi Gu, Wen Zhi She
• Keywords: Error Compensation, Sequential Positioning, Symmetry, Zero Positioning Error

References

[1] Q.P. Wang: Machine Tool Fixture Design (Harbin Institute of Technology Press, Chinese 2008).

[2] T. Wu: Machine Tool Fixture Design Manual (Chemical Industry Press, Chinese 2009).

[3] G.D. Wang, C.F. Wang: Machine Tool Fixture Design Manual (Shanghai Science and Technology Press, Chinese 2000).

[4] X.D. Wang: Machinery Technology (Mechanical Industry Press, Chinese 2007).

[5] G.R. Cao: Machinery Technology (Harbin Institute of Technology Press, Chinese 1999).

[6] H.Z. Bin, Q.F. Zeng: Machinery Technology (Mechanical Industry Press, Chinese 1990).

[7] D.A. Gong, J.G. Ca: Machine Tool Fixture Design Principle (Shanxi Scientific Art Press, Chinese 1984).

[8] T.L. Wu, Z.C. Duan: Mechanical Processing System Automation (Mechanical Industry Press, Chinese 1992).

[9] X.B. Zheng, G.D. Feng: Machinery Technology (Mechanical Industry Press, Chinese 1992).