Automobile door fender binding tool

Abstract

The invention relates to an automobile door fender binding tool, and belongs to the technical field of automobile door binding. The automobile door fender binding tool comprises a binding mold, a support mold and a hydraulic clamp assembly, wherein a flanging blocking table is arranged on the top of the binding mold; a limiting groove is formed at the bottom of the binding mold; the hydraulic clamp assembly comprises a hydraulic jaw plate, a panel arranged on the hydraulic jaw plate, a hydraulic clamp base, a hydraulic carrier rod and a positioning flashboard; the hydraulic jaw plate is arranged on the hydraulic clamp base through a pin shaft; the hydraulic clamp base is arranged on the support mold; the hydraulic carrier rod is arranged behind the hydraulic jaw plate; the positioning flashboard is arranged on the hydraulic clamp base; the positioning flashboard is provided with a bump matched with the limiting groove. The automobile door fender binding tool has a simple structure, is low in cost, has a wide application range, and can adapt to binding of complicated shapes; by adopting the automobile door fender binding tool, the requirement on the technical proficiency of an operator is lowered greatly, and the labor intensity of the operator is lowered.

Description

technical field [0001] The invention relates to an automobile door fender hemming tooling, which belongs to the technical field of automobile door hemming. Background technique [0002] Car door fenders and other positions need to be hemmed. The existing mature door hemming process uses hemming molds, robot hemming or manual sheet metal hemming. The hemming mold is suitable for mass production of auto parts and door hemming. Although the efficiency is high, the cost is high and the operation requirements are also high. It is gradually replaced by robot hemming. Robot hemming is also suitable for mass production of hemming, but There are more and more car models with various door styles, and the demand for each car model is not very large. Although robot hemming has high efficiency, easy operation, and low requirements for workers to operate, it is faced with low output requirements and various styles of car doors. The cost of hemming is high, and the cost cannot be diluted;...

AI Technical Summary

Problems solved by technology

The hemming mold is suitable for mass production of auto parts and door hemming. Although the efficiency is high, the cost is high and the operation requirements are also high. It is gradually replaced by robot hemming. Robot hemming is also suitable for mass production of hemming, but There are more and more car models with various door styles, and the demand for each car model is not very large. Although robot hemming has high efficiency, easy operation, and low requirements for workers to operate, it is faced with low output requirements and various styles of car doors. The cost of hemming is high, and the cost cannot be diluted; while the cost of manual sheet metal hemming is low, although it is very suitable for models with various styles and low output, especially for rapid trial production models, its efficiency is low and skilled sheet metal workers are required to operate

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