Aluminum alloy hub visual identification system

Abstract

The invention relates to an aluminum alloy hub visual identification system which comprises a camera (1), an integration control box (3) and an integral frame (5), wherein the upper part of the integral frame (5) is provided with the camera (1), a working platform surface positioned on the intermediate part of the integral frame (5) is provided with a hub (6); and the integration control box (3) comprises a monitor (2), a controller and a manipulator. The aluminum alloy hub visual identification system is characterized in that the integration control box (3) is connected with and integral frame (5) through a communication control wire (4); and the camera (1) takes a photo to extract the characteristic data of the hub (6) and feeds back to the controller, and the controller automatically regulates processing parameters. The structure disclosed by the invention can reduce the operator number of each equipment and the scrap rate during processing, not only enhances the qualification rate of products, but also increases the working efficiency.

Description

technical field [0001] The invention belongs to the technical field of automobile and motorcycle wheels, in particular to a visual recognition system on a production line for processing automobile and motorcycle wheels. Background technique [0002] At present, the wheel hub processing production line in the automobile industry is composed of casting machines, drilling machines, heat treatment machines, machining centers, and coatings. The molten aluminum is die-cast into a wheel hub through a casting machine, and the center hole of the wheel hub is drilled by a drilling machine. After heat treatment, the quality of the wheel hub is adjusted, and it is finished in a machining center, and finally sprayed with paint. When the drilling machine drills the center hole or the machining center finishes machining, because the processing procedures of different products are different, it is necessary to manually adjust the processing procedures. Assuming that a drilling machine has ...

AI Technical Summary

Problems solved by technology

Three shifts a day, one equipment needs 3 people a day, and one processing line has four processing equipment, it needs 12 people, repeating the same thing 7200 times a day, manual adjustment of parameters may cause setting errors, resulting in scrapped processed products

The labor load is too high for the employees, the qualified rate is low and the work efficiency is low for the company, and it is difficult to recruit workers due to the heavy labor load of the employees.

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