On-line identification and measurement automation system of vehicle wheel

Abstract

This application relates to the technical field of automation detection systems, and specifically relates to an on-line identification and measurement automation system of a vehicle wheel. The systemcomprises a first automatic transmission material line, a vehicle wheel automatic identification system, a vehicle wheel position and posture automatic adjustment mechanism, a transporting mechanism,an on-line detection device and a second automatic transmission material line, so that automatic identification and measurement of the vehicle wheel can be implemented, automatic operation can be completely implemented, manual work is reduced, and costs are low. Further, a measurement result can be automatically stored to ensure traceability, and statistical analysis software is used, so that a measurement result offset can be fed back to processing equipment, thereby furthest reducing quality costs.

Description

technical field [0001] The present application relates to the technical field of automatic detection systems, in particular to an automatic system for on-line identification and measurement of wheels. Background technique [0002] The wheel, also known as the wheel hub, is the main bearing part of the vehicle's driving part and is the most important safety component that affects the performance of the vehicle. At present, the key dimensions of the hub, such as the diameter of the bolt installation hole, the position of the bolt installation hole, the diameter of the center hole, the diameter of the cap seam, and the depth of the cap seam, are 100% measured, which is limited by the lack of a complete system for wheel hub identification and automatic Measurement. At present, the above-mentioned characteristics are measured manually using qualitative measuring tools. Not only is it labor-intensive, but also the measurement can only perform qualitative detection on the workpiece...

AI Technical Summary

Problems solved by technology

[0003] The embodiment of the present application provides an automatic system for on-line recognition and measurement of wheels, which solves the problem that the on-line detection of the wheel hub relies on manual detection, which is labor-intensive, can only be qualitatively evaluated, and cannot achieve quantitative analysis, and solves the problem of relying on human identification of the wheel hub type. It can realize the automatic identification and measurement of the wheel, and can fully realize the automatic operation, saving labor, and the cost is low, ensuring the correct identification of the wheel hub type, correct posture adjustment, and reducing labor intensity. It reduces labor and improves production efficiency, and can realize automatic storage of measurement results to ensure traceability. With statistical analysis software, the deviation of measurement results can be fed back to machining equipment to save quality costs to the greatest extent.

Images