Application of Error Separation Technique on the Virtual Detector of Gear Error

Min Cui; Wei Yi Deng

doi:10.4028/www.scientific.net/AMR.538-541.3038

Paper Titles

Design and Implementation of Service Robot Lightweight Dual-Arm Based on CAN Bus
p.3021

Optical Design of Strong Interference of Light System for Airborne Photoelectric
p.3025

Research on Expert System for Ball Mill Type Selection Based on Knowledge
p.3029

Structural Design and Research of the Bionic Snake-Like Robot
p.3034

Application of Error Separation Technique on the Virtual Detector of Gear Error
p.3038

The Analysis of Garment Surface Accessory on Uniform Elements in the Modern Women’s Clothing Design
p.3043

Research on Mechanical System Design Based on Service-Oriented Architecture
p.3047

Robustness Analysis & Design for the Driver of the DC Motor
p.3051

Optimization Design of Loop Structure Assembler for Testing Based on Complexity Analysis
p.3055

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Application of Error Separation Technique on the Virtual Detector of Gear Error

Abstract:

On the foundation of conventional double-flank gear rolling tester, a virtual detector of gear error taking personal computer as the core is developed with the use of virtual instrument technology. Systematic error is analyzed through error separation technique. The structure of the detecting system , the design of the system software based on LabVIEW, and the separation of different radial component deviations of gear are presented.