Optimizing Design of Numerical-Controlled Glass Cutter

Abstract:

The field of glass deep processing has good prospect. However, the key technology of numerical-controlled glass cutter is primarily commanded by overseas large-scale companies. To meet the needs of the users and to develop the international competitiveness of the company, this paper makes the optimization design for numerical-controlled glass cutter. On the basis of analyzing the effects and the structures of main parts of the glass-cutter, the cutter machine is optimized in three aspects. The torsional vibration of transmission system is optimized by establishing the lumped mass-elasticity-damp discrete torsional vibration dynamic model with the multi-DOF. Applying the genetic algorithm and the finite element analysis software, this paper optimizes the beam weight under the condition of the approving rigidity of static and dynamic state. Finally design the basic structure of CNC glass cutter’s control system. This paper prefers the method of CNC glass cutter’s optimization and proves that the optimization suggestions are feasible and effective through tests.

• Periodical: Advanced Materials Research (Volume 1039)
• Pages: 397-402
• DOI: https://doi.org/10.4028/www.scientific.net/AMR.1039.397
• Online since: October 2014
• Authors: Zhu Lei Feng*, Ming Li, Hai Dong Ding
• Keywords: Dynamic optimization, Finite Element, Torsion Vibration, Transmission System

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