Numerical control graphite electrode and joint precision machining, detecting, assembling and packaging automation line

Abstract

The invention relates to a numerical control graphite electrode and joint precision machining, detecting, assembling and packaging automation line, belongs to the technical field of machining equipment, and particularly relates to a motor automatic machining line for connecting machining tools together through a conveying device. The numerical control graphite electrode and connector precision machining, detecting, assembling and packaging automation line is composed of a graphite electrode automatic machining line, a truss conveying type graphite joint automatic machining line, a graphite joint robot automatic clamping spring assembling and bolt assembling machine, a graphite electrode and joint robot automatic assembling machine and a graphite electrode finished product automatic packaging line. The graphite joint robot automatic clamping spring assembling and bolt assembling machine is arranged at the finished product output front end of the truss conveying type graphite joint automatic machining line, and the graphite electrode and joint robot automatic assembling machine is arranged between the graphite electrode automatic machining line and the truss conveying type graphite joint automatic machining line. The graphite electrode finished product packaging line is arranged on the front portion of the finished product output end of the graphite electrode and joint robot automatic assembling machine.

Description

technical field [0001] The invention relates to a numerically controlled graphite electrode and joint precision processing detection assembly and packaging automatic line, which belongs to the technical field of mechanical processing equipment, in particular to a motor automatic processing line in which processing machine tools are connected together by a conveying device. Background technique [0002] Graphite electrode is an important procurement part in the metal smelting industry. It is mainly composed of two parts: the electrode body and the joint. The main process is completed, and the electrode joint is usually processed and manufactured through four main processes: center hole milling, end face turning, outer circle turning, thread combing, bolt hole drilling and slotting. The above processes need to be completed on different processing machine tools with different clamping methods. [0003] The designer (inventor) of this patent application has successfully designe...

AI Technical Summary

Problems solved by technology

Due to the large size and heavy weight of graphite electrodes and graphite joints, the heaviest reaches several thousand kilograms, relying on manual completion for manual handling and assembly labor intensity is relatively large, labor-intensive, time-consuming, and inefficient, and is not suitable for industrial automation production lines. There is an urgent need for a graphite electrode joint detection, automatic assembly, and graphite electrode finished product automatic packaging line to meet the needs of the graphite electrode finished product line for automatic packaging.

[0005] In addition, the existing automatic electrode processing line and electrode joint plus production line are equipped with conveying equipment and processing equipment that are not perfect enough and need to be improved to make it more suitable for automated production needs.

Images