Assembly riveting machine

Abstract

The invention relates to an assembly riveting machine. The assembly riveting machine comprises a first vibrating disk, a second vibrating disk, a lantern ring transfer device, a connecting core transfer device, a riveting device and a pushing device, wherein an outlet of the first vibrating disk is connected with a carrying device; an outlet of the second vibrating disk is connected with a guide block; the lantern ring transfer device comprises a carrying block provided with a mounting hole used for accommodating a lantern ring, the two sides of the mounting hole are open, and the carrying block is connected with a longitudinal linear module used for driving the carrying block to move to an assembly station; the connecting core transfer device comprises a clamp and a movable mechanical arm, the clamp is used for clamping a connecting core, and then the connecting core is transferred by the movable mechanical arm to the assembly station to be inserted into the lantern ring; the rivetingdevice comprises an accommodating groove, and a rivet pressing rod is arranged on one side of the accommodating groove; and the pushing device comprises a pushing block and a horizontal linear module. According to the assembly riveting machine, the connecting core can be assembled in the lantern ring through the lantern ring transfer device and the connecting core transfer device, and then the assembled component is conveyed through the pushing device to the riveting device to be riveted, so that automatic riveting is realized, manual work is not needed, and the labor cost is reduced.

Description

technical field [0001] The invention relates to the technical field of assembly riveting, in particular to an assembly riveting machine. Background technique [0002] In industrial production, many parts are connected by riveting. When riveting, the rivet needle is inserted into the riveting hole of the part first, and then the rivet needle is squeezed by a punch or a pressure rod to deform it. And riveting, after riveting, turn the assembly over and proceed to the subsequent process. At present, in production, most of the connection cores and collars are assembled manually, and then put into the riveting station for riveting, and the connection core is punched by a punch, so that the riveting part of the connection core is deformed and connected with the ring. Collar riveting; due to manual assembly, the efficiency is low, and the assembly is often not in place, resulting in poor riveting quality and defective products. Contents of the invention [0003] The object of t...

AI Technical Summary

Problems solved by technology

At present, in production, most of the connecting core and collar are assembled manually, and then put into the riveting station for riveting, and the connecting core is punched by a punch, so that the riveting part of the connecting core is deformed and connected with the Collar riveting; due to manual assembly, the efficiency is low, and the assembly is often not in place, resulting in poor riveting quality and defective products

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