Full-automatic gasket assembler

Abstract

The invention relates to a full-automatic gasket assembler. A top plate is connected on a baseplate via stand columns and support columns. An assembly line mechanism, a material disc mechanism a and a material disc mechanism b are mounted on the baseplate respectively. A mechanical arm a and a mechanism arm b are mounted on the top plate respectively. Products are placed on a product carrier which moves forwards via the assembly line mechanism. The mechanical arm a and the mechanical arm b respectively drive a gasket absorption mechanism a and a gasket absorption mechanism b to move, select needed gaskets from the material disc mechanism a and the material disc mechanism b and put the gaskets on the product carrier. The product carrier on the assembly line mechanism can be stopped in the process of a certain work, jacked up to be separated from the assembly line mechanism via a jacking mechanism on the assembly line mechanism and then detected and mounted relevantly. After detection and mounting, the product carrier is conveyed to be below a carrier carrying mechanism by the assembly line mechanism, and then clamped by a clamp on the carrier carrying mechanism to be transported to a preset place.

Description

Technical field: [0001] The invention relates to the field of gasket assembly machine equipment, in particular to a fully automatic gasket assembly machine. Background technique: [0002] When the gasket is installed on the product, sometimes it needs to be completed on the assembly line, but the assembly line of the prior art can no longer stop at the position where the product is processed. Since the assembly line is in long-term operation, the carrier needs to be placed when processing is required. Take it down for processing, and place it on the assembly line after processing. If there are multiple processing procedures, this is very troublesome and greatly reduces production efficiency; at the same time, the gasket needs to be sucked and transported to the standard operating position and placed on the product carrier. On the product, generally all is manual operation in the prior art, because gasket is small and thin, time-consuming and laborious during manual operation...

AI Technical Summary

Problems solved by technology

[0002] When the gasket is installed on the product, sometimes it needs to be completed on the assembly line, but the assembly line of the prior art can no longer stop at the position where the product is processed. Since the assembly line is in long-term operation, the carrier needs to be placed when processing is required. Take it down for processing, and place it on the assembly line after processing. If there are multiple processing procedures, this is very troublesome and greatly reduces production efficiency; at the same time, the gasket needs to be sucked and transported to the standard operating position and placed on the product carrier. On the products, the existing technology is generally manual operation, because the gasket is small and thin, it is time-consuming and labor-intensive in manual operation, the installation position is not accurate, the efficiency is low, and the product quality is affected

Images