Feeding mechanism of riveting machine

Abstract

The invention discloses a feeding mechanism of a riveting machine. The feeding mechanism comprises a feeding zone A, a feeding zone B and a feeding guide rail. The feeding zone A and the feeding zone B are mounted on the feeding guide rail and can move along the feeding guide rail. Riveting jigs are arranged on the feeding zone A and the feeding zone B correspondingly. The feeding mechanism of the riveting machine is high in riveting quality and production efficiency and low in cost, the defects that in the prior art, the manual labor amount is high, and the working efficiency and the reliability are low are overcome, and thus the low manual labor amount and high working efficiency and reliability are achieved.

Description

technical field [0001] The invention relates to the technical field of riveting machines, in particular to a feeding mechanism of a riveting machine used for riveting circuit boards. Background technique [0002] As a common fixed connection method in mechanical processing, rivet connection has the advantages of low cost and high connection fastness. The existing rivet connection usually uses manual methods to place the rivet at a predetermined position and then uses special equipment for stamping and riveting. On the one hand, this method increases the labor intensity of the operator, affects work efficiency, and also has certain potential safety hazards in safe operation. [0003] The riveting machine, also known as the riveting machine, is a machine used to rivet the corresponding parts or plates that need to be riveted through the deformed rivets after the rivets are deformed by impact. The existing riveting machine needs to manually add unstamped rivet parts after each...

AI Technical Summary

Problems solved by technology

The existing riveting machine needs to manually add unstamped rivet parts after each stamping and riveting, which will lead to low production efficiency. If the operator's hands are stamped without leaving a certain distance, it is easy to cause accidents. Security risks are more serious

[0004] Although the circuit board is an indispensable and important part of the manufacture of electronic components, automobiles, household appliances, precision equipment, computer manufacturing, etc., its riveting process is a key and difficult process, because the circuit board is made of multiple thin inner sheets. Laminates are manufactured by superimposed riveting / riveting. At present, manual operation is used in the riveting / riveting section. First, pre-stacking is done by pre-stacking personnel. Superimposed riveting personnel can rivet 800-1000 sets of finished products every day, but the work efficiency is extremely low, and the scrapping of layers is relatively high. There is no good solution at present

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