Automatic production device for threshold member of electric vehicle

Abstract

The invention discloses an automatic production device for a threshold member of an electric vehicle. The automatic production device comprises a rolling and forming machine, a cutting-off mechanism, a workpiece conveying unit, a stamping unit and a guard railing, wherein the cutting-off device is arranged between the rolling and forming unit and the workpiece conveying unit; the workpiece conveying unit consists of a transitional receiving belt machine, a quick moving and positioning mechanism, a handling manipulator and a stamping unit feeding worktable; one end of the transitional receiving belt machine is abutted against the discharging end of the cutting-off mechanism; the other end of the transitional receiving belt machine is abutted against the quick moving and positioning mechanism; the handling manipulator is arranged between the quick moving and positioning mechanism and the stamping unit feeding worktable; the stamping unit feeding worktable is matched with the stamping unit; the guard railing is arranged at the peripheral areas of the workpiece conveying unit and the stamping unit. According to the automatic production device disclosed by the invention, the production efficiency can be increased, the quality of products can be improved, the waste of labor force resources and production space can be reduced and the manufacturing cost of the products is reduced.

Description

technical field [0001] The invention relates to a sheet metal component production equipment, in particular to an automatic production device suitable for automobile threshold components, belonging to the technical field of metal non-cutting processing. Background technique [0002] as attached figure 1 , figure 2 A vehicle door sill member 1 is shown, which is a long sheet metal structure with a grooved cross-section structure. The car door sill member 1 is generally made of high-strength metal materials. The production process is as follows: first, roll forming the cross-sectional shape, Then punch parts with structures such as convex hulls, grooves and holes. In the prior art, the rolling and stamping process of the production of the automobile door sill member 1 is an independent operation mode, and the workpiece needs to go through intermediate links such as semi-finished material receiving, stacking, storage and transfer, so not only the waste of labor resources...

AI Technical Summary

Problems solved by technology

In the prior art, the rolling and stamping process of the production of the automobile door sill member 1 is an independent operation mode, and the workpiece needs to go through intermediate links such as semi-finished material receiving, stacking, storage and transfer, so not only the waste of labor resources and production space is caused, but also the work The efficiency is low, the production cost is high, and the above-mentioned intermediate links can easily lead to bumping and extrusion of the workpiece, making it difficult to guarantee product quality

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