论文信息 - Evaluation of automated flexible gauge performance using experimental designs

Evaluation of automated flexible gauge performance using experimental designs

An essential part of assessing whether a measurement or gauging system meets its intended purpose is to estimate the measurement uncertainties. This paper employs the design of experiments (DOE) approach to implement a practical analysis of measurement uncertainty of Renishaw Equator automated flexible gauge. The factors of interest are measurement strategy, part location, and environmental effects. The experimental results show the ability of the versatile gauge to effectively meet its measurement capability in both discrete-point probing and scanning measuring modes within its whole measuring volume and, in particular, at high scanning speeds and under workshop conditions.

[1] J. Diebold. Automation , 1955, Industry, Innovation and Infrastructure.

[2] Andrew P. Longstaff,et al. Developments in automated flexible gauging and the uncertainty associated with comparative coordinate measurement , 2016 .

[3] Robert G. Wilhelm,et al. Task Specific Uncertainty in Coordinate Measurement , 2001 .

[4] Peter Beike,et al. Automation Production Systems And Computer Integrated Manufacturing , 2016 .

[5] Guoxiong Zhang. Non-Cartesian Coordinate Measuring Systems , 2011 .

[6] Robert Hocken,et al. Cartesian Coordinate Measuring Machines , 2011 .

[7] Adam Gąska,et al. Modeling and identification of errors of coordinate measuring arms with the use of a metrological model , 2013 .

[8] Andrew P. Longstaff,et al. A novel method based on Bayesian regularized artificial neural networks for measurement uncertainty evaluation , 2016 .