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The intelligent automobile inspection tool improves the working efficiency and measurement accuracy of the inspection
On the basis of the traditional gage, the intelligent gage adds an automatic measuring mechanism, and combines the information processing system to automatically generate part inspection report and data analysis report, which improves the measurement efficiency, reduces the manual measurement error, avoids the error of data processing and analysis, and improves the accuracy and measurement efficiency of the inspection report. The automatic statistical analysis and comparison of the inspection data of online processed products can identify the conformity, stability and consistency of the measurement data size. In the program, the alarm rules of abnormal size fluctuation and abnormal change trend are designed to achieve preventive alarm of the production line, avoid unqualified products, batch manufacturing and the continuous deterioration of the production line, and reduce the quality loss of the inspection tool to the lowest limit
The function of intelligent gage requires effective evaluation of the quality status and trend of parts, and the photoelectric technology and machining technology of the industry are fully applied in the design of the gage, so that the automobile inspection has a higher level of flexibility and intelligence, and improves the technical and cost competitiveness of the gage enterprise. At present, laser measurement technology is also an important part of the development of automotive inspection technology, and is beginning to be gradually used.
The application of laser measurement technology in automobile manufacturing is of great significance to the improvement of automobile quality. Laser scanning measuring instrument through the surface and contour of curved parts of the data scanning acquisition, combined with data processing, three-dimensional reconstruction and digital analog comparison, analysis and comparison of the measured part data and CATIA/UG 3D digital analog, to obtain the part size and digital analog coincidence points and differences, output the final inspection report.
