An automatic assembly machine for anode parts

Abstract

The invention relates to an automatic assembling machine for anode parts. A riveting device is arranged on the right portion of a power distribution control box. A welding wire device and a pressing sleeve device are arranged on the left portion of the power distribution control box. A conveying device is arranged between the riveting device and the welding wire device. The riveting device and the welding wire device are both matched with the conveying device through a grab mechanical hand. The conveying device comprises a conveying groove. The conveying groove is provided with two right-angle corner parts. The two right-angle corner parts are provided with two overturning devices in the opposite overturning directions respectively. Each overturning device comprises an overturning base arranged on the outer wall of the conveying groove, wherein the overturning base is provided with an overturning air cylinder, and the overturning air cylinder is provided with an overturning push block. Material picking is carried out through the grab mechanical hand, riveted parts are conveyed to a welding wire station through the conveying device, the conveying device is provided with the two overturning devices, thereby being capable of being turned by 180 degrees, the welding wire requirements of the welding wire station are directly met, the production hours are greatly shortened, and production efficiency is improved.

Description

technical field [0001] The invention relates to the field of assembly equipment for anode parts, in particular to an automatic assembly machine for anode parts. Background technique [0002] With the development of electronic equipment, anode parts have also been widely used. Most of the anode parts include iron rings, sleeves and lower matching sleeves. Generally, the iron rings need to be riveted in the sleeve first, and then the entire sleeve is turned over. 180 degrees, and then wire the matching part of the sleeve and the iron ring, and then press it on the lower sleeve to complete the assembly of the entire anode part. [0003] Most of the existing assembly is carried out step by step. First, the iron ring and the sleeve are riveted by riveting equipment, and then they are manually turned 180 degrees, and then the turned-up contact parts are processed with welding wire. It is sleeved on the matching lower sleeve through the pressing sleeve device, and then the assembl...

AI Technical Summary

Problems solved by technology

[0003] Most of the existing assembly is carried out step by step. First, the iron ring and the sleeve are riveted by riveting equipment, and then they are manually turned 180 degrees, and then the turned-up contact parts are processed with welding wire. It is sleeved on the matching lower sleeve through the pressing sleeve device, and then the assembly of the anode parts is completed. However, the existing assembly requires mechanical and manual operations, and requires multiple devices to work separately, which greatly consumes the assembly time.

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