Full automatic intelligent production line of piston

Abstract

The invention discloses a full automatic intelligent production line of a piston. The production line comprises a charging area, a processing area, a discharging area, a piston conveying line, a PLC control module and an industrial personal computer, wherein the charging area comprises a charging platform, a two-dimensional code marking machine, a robot I and a photoelectric switch; the processingarea comprises a plurality of numerical control machine tools; robots II are arranged on the numerical control machine tools; the discharging area comprises a detecting platform, a discharging platform and a robot III; a piston detector is arranged on the detecting platform; the two-dimensional code marking machine, the photoelectric switch, the robot I, the numerical control machine tools, the robots II, the piston detector and the robot III are correspondingly connected to the PLC control module; and the PLC control module is connected to the industrial personal computer. With the adoptionof the full automatic intelligent production line of the piston, the piston production efficiency is improved; the labor cost is decreased; the product processing reliability is improved; and the difficulty in production management is reduced.

Description

technical field [0001] The invention belongs to the field of mechanical processing automation, and in particular relates to a fully automatic intelligent production line used in the machining and production of engine pistons. Background technique [0002] As the heart of an automobile engine, the piston has very strict requirements for its production and processing. As far as the current production is concerned, the production of pistons is mostly manual or semi-automatic processing, and the production and processing are carried out by operators operating CNC machine tools. In the process of this production method, manual operation and inspection are required for the production of each processing procedure, and the tool wear is serious after the production line runs for a long time, which is affected by human factors and affects the processing accuracy of the piston. The size of the piston is manually detected Accuracy and adjustment tools. After the final processing of th...

AI Technical Summary

Problems solved by technology

After the final processing of the product, which process did the unqualified product appear in the previous process? It could have been judged and taken out in advance, resulting in unnecessary waste, which is not conducive to product production management and cost control. This is an urgent problem to be solved.

The man-machine combined production method has poor product consistency and a long production process, resulting in a lot of unnecessary waste

It is even more unfavorable for managers to effectively manage the production line

[0003] To sum up, the existing piston processing production line still lacks an effective comprehensive solution for how to efficiently complete the above-mentioned piston production and testing

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