Plated piston rod assembly polishing processing device and processing method thereof

Abstract

The inventin provides a plated piston rod assembly polishing processing device which comprises loading and unloading caching stations, a ground track robot, cylindrical grinding machines, grinding machine caching stations and a detection platform. The two loading and unloading caching stations are distributed on the front side of the ground track robot; workpiece trays are arranged on the loadingand unloading caching stations; multiple V-shaped support blocks are arranged on the workpiece trays and can position piston rod assemblies; a ground track of the ground track robot is arranged alongthe left-and-right direction; a manipulator can move along the ground track; the two cylindrical grinding machines are located on the back side of the ground track robot; the two grinding machine caching stations are located on the front sides of the two cylindrical grinding machines; a first workpiece support frame and a second workpiece support frame are arranged on the grinding machine cachingstations; the detection platform is located between the two loading and unloading caching stations; a detection scanner is arranged on the detection platform and can be used for detecting faults of the surfaces of the piston rod assemblies; the detection scanner is connected with a controller; and the controller is connected with the ground track robot. The plated piston rod assembly polishing processing device provided by the invention has high processing efficiency.

Description

technical field [0001] The invention belongs to the technical field of piston rod processing, and in particular relates to a polishing processing device and a processing method of a plated piston rod assembly. Background technique [0002] The processing process of the piston rod assembly includes welding the lifting ring on the piston rod body to form the piston rod assembly, and then chrome-plating and polishing the surface of the piston rod assembly. After polishing, the polishing quality needs to be inspected to avoid surface defects. [0003] The existing polishing and testing production line of the piston rod assembly is a linear layout, that is, the cycle process of loading, polishing, testing, unloading and loading the next workpiece is sequentially carried out on the piston rod assembly. However, due to the long polishing and testing time, About 25-35 seconds per workpiece, resulting in long average working hours for workpieces and low processing efficiency. Conte...

AI Technical Summary

Problems solved by technology

[0003] The existing polishing and testing production line of the piston rod assembly is a linear layout, that is, the cycle process of loading, polishing, testing, unloading and loading the next workpiece is sequentially carried out on the piston rod assembly. However, due to the long polishing and testing time, About 25-35 seconds per workpiece, resulting in long average working hours and low processing efficiency

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