Automated system for controlling the quality of regularly-shaped products during their manufacture

作者: Robert H. Rice , Donald G. Schindler , Joseph E. Bolger , Ira L. Morgan

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摘要: An apparatus and method for controlling the quality of cylindrical or other geometrically regular-shaped products, such as tube rounds, through high precision, continuous, real-time three-dimensional analysis hot cold products during their manufacture are disclosed. The includes multiple penetrating radiation sources detectors. is able to continuously in real time perform a detect cross-sectional longitudinal flaws determine processing steps causing flaw, modify production process feedback and/or feedforward control equipment. In performing on can dimensional measurements at temperatures take these into consideration while manufacturing order produce consistent quality.

参考文章(28)
Per S. R. Rundquist, Georg S. Jonsson, Simon J. Bjorkman, Measuring plate thickness ,(1977)
Hunter Ellinger, Ira Lon Dr. Morgan, Thomas Stephens, Morris Dr. Taylor, Forrest F. Hopkins, Method and apparatus for dimensional analysis and flaw detection of continuously produced tubular objects ,(1986)
Robert A. Buchanan, Automated radiographic inspection system ,(1981)
Larry C. Howington, Henry J. Scudder, Joseph Czechowski, Charles R. Wojciechowski, Rudolph A. A. Koegl, George E. Williams, Theodore W. Sippel, Kristina H. V. Hedengren, John R. Brehm, Thomas G. Kincaid, Ralph G. Isaacs, Douglas S. Steele, Joseph J. Sostarich, Joseph M. Portaz, James W. Schuler, David W. Oliver, John P. Keaveney, Richard D. Miller, James M. Brown, X-ray inspection system ,(1986)
Stephen Outhwaite, James C. Majure, Non-contacting gage apparatus and method ,(1978)
Thomas J. Alshuk, Rolling mill gauge control system ,(1979)
Smith Jr Andrew W, Kenyon Alonzo F, Workpiece shape control with a rolling mill ,(1963)