The regular inspection of the wear of the workshop assembly line's bearing tracks is crucial for production safety. Manual inspection of track wear is inefficient, so it is essential to design an automatic inspection device. This paper presents a set of automatic wear detection device designed for the resin workshop bearing tracks of an automobile manufacturer. The measurement accuracy of the designed wear inspection device was validated by manually measured data. Comparing with manual inspection, the designed device has high detection efficiency. By analyzing wear data from different sections of the workshop track collected by the automatic inspection device, the wear characteristics of the bearing track in the resin workshop of the automobile manufacturer are obtained.
At present, many FSC racing cars still use truss steel pipe frame. The welding positioning and accuracy of steel pipe frame has always been a difficult problem to be solved by each team. In view of this phenomenon, this paper designs an aluminum profile frame, and designs some general fixtures to improve the local welding accuracy and accuracy. This can save a lot of production time and cost, and greatly improve the production efficiency of weld products. At the same time, a strain sensor is designed at the welding part, and the safety and strain of the welding point of the frame are monitored by using signal processing and signal analysis technology, so as to evaluate and display the overall vehicle condition.
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