Mobile Complex For Rapid Diagnosis of the Technological System Elements

Alexey Gavrilin,Xiaoliang Zhang,Boris Moyzes,Kirill Mel′Nov,Alexzander Cherkasov

doi:10.1051/matecconf/20167901078

Alexey Gavrilin, Xiaoliang Zhang + Show 3 more

Open Access

https://doi.org/10.1051/matecconf/20167901078

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Abstract

The article shows the up-to-dateness of the new informing and measuring tools and technologies development. It is reviewed the mobile complex for runtime diagnostics of technological system “machine-toolinstrument- detail”. It was found that the use of the complex allows to identify the frequency area in which the appearance of resonance of the technological system elements is possible, and thus to draw a conclusion on the technical state of the diagnosed object. It is concluded that there is the prospects for the use of the above mentioned mobile complex for vibration diagnostics.

Highlights

The vibration that occurs in the production equipment, leads to a positive effect, useful for various technological tasks [1,2,3,4,5,6,7,8], and negative effect
In terms of metal working vibration can have a significant effect on the accuracy of the equipment operation of, the reliability of its operation, the protection level of installed in close proximity the precision manufacturing equipment, the safety of the personnel on the consequences of possible emergency situations
The development of the metal-working equipment designs led to the further development of information and measurement technology [11,12,13,14] for vibration diagnostics of the technological system ”machine-tool-tool-instrument-piece”

Summary

Introduction

The vibration that occurs in the production equipment, leads to a positive effect, useful for various technological tasks [1,2,3,4,5,6,7,8], and negative effect. Improved reliability equipment operation due to on-time diagnostics [9], including vibration diagnostics to determine vibration activity of the technological system elements which negatively affect the working accuracy of workpiece and tool life. There are known the designs of the mobile diagnostic complexes of foreign and domestic origin as well as their application techniques [11,12,13,14]. These complexes show good results, but they are complicated to operate (instruction and special skills are required) that determined the necessity to develop an up-to-date, compact, reliable and easy-to-use diagnostic system for vibration diagnostics

Mobile complex for rapid diagnosis of the technological system elements

The diagnostics procedure by the mobile diagnostic complex

Complex setting

The modes selection and the test operation plan development

The data analysis and recommended guideline

Conclusion