Study on Control System and Precision Positioning Table Identification Technology of Universal Joint Performance Testing Table

Jia Bao Chen; Lun Shi; Xu Qi Qin

doi:10.4028/www.scientific.net/AMM.528.217

Paper Titles

Research of Process Parameters of Screwy Thin-Walled Part with Coaxial Inside-Beam Powder Feeding Accumulation
p.185

Prediction of Cutting Temperatures in Milling Stainless Steels Using Sharp Worn Tools
p.191

The Research of SVPWM Control of Shunt Active Power Filter Based on the Inner Relationship between Current and Voltage
p.201

Research on Shearer Rocker Gearbox Fault Location Based on Wavelet Envelope Demodulation
p.210

Study on Control System and Precision Positioning Table Identification Technology of Universal Joint Performance Testing Table
p.217

Evaluation of Health State of Mining Equipment by Dynamic Weighted Fuzzy Grey Method
p.222

Mechanism and Control of Eccentric Wear of Sucker Rod
p.232

High-Speed CNC Grinding Process Optimization of Non-Circular Rotary Parts Based on Particle Swarm Optimization
p.237

Seismic Design Approach for Self-Centering Highway Bridges with SMA Isolators
p.247

HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vol. 528Study on Control System and Precision Positioning...

Study on Control System and Precision Positioning Table Identification Technology of Universal Joint Performance Testing Table

Abstract:

A comprehensive performance testing table of the constant velocity joint drive shaft assembly is discussed in this paper. This testing table is able to operate 9 testing items. The mechanical structure, the working principle, and the software system of the testing table is introduced respectively. Intelligent measuring method and LCOD technique is used in the system. System identification method is applied while designing the control system. An example of slip curve testing program is also given at this paper.