Part transportation apparatus for automobile welding line

Abstract

The invention discloses a part transportation apparatus for an automobile welding line, which is used for transporting a part between two adjacent stations. The part transportation apparatus comprises an outer frame, an enclosed arc-shaped track arranged on the outer frame and part connecting parts which slide on the arc-shaped track and are used for accommodating parts, wherein one of two opposite ends of the arc-shaped track is high while the other end is low; the arc-shaped track inclines towards a certain side in the length direction; and a plurality of part connecting parts are arranged on the arc-shaped track. Due to the adoption of the technical scheme, parts needing to be transported are transferred conveniently and quickly by using the apparatus without purely carrying manually, the labor intensity of personnel can be lowered greatly, and the transportation time is reduced; and moreover, the arc-shaped track is provided with a large quantity of part connecting parts, so that a large quantity of parts can be placed, the quantity of field transportation apparatuses is reduced, and the floor area of the apparatus is reduced.

Description

technical field [0001] The invention relates to auxiliary process equipment for automobile manufacturing, in particular, the invention relates to a part transfer device used in the automobile welding line. Background technique [0002] At present, due to the special process layout, process equipment and personnel operation in the production process of automobile body-in-white welding, after each sub-assembly is welded in the production process of automobile body-in-white, it needs to be transferred to the next One station, on the automobile welding production line, is generally used to assist in the transfer of parts by manual handling or manual hand-push device transfer. Manual handling is labor-intensive and inefficient, and it is easy to cause bumps and quality problems during the handling process. Using manual hand-push tools for transfer can only transfer a small number of parts at a time, so the required number of tools is large, occupying the production site The spac...

AI Technical Summary

Problems solved by technology

Manual handling is labor-intensive and inefficient, and it is easy to cause bumps and quality problems during the handling process. Using manual hand-push equipment for transfer can only transfer a small number of parts at a time, so the number of required equipment is large, occupying the production site large space

The current method of parts transfer will directly lead to the increase of auxiliary production personnel, the shortage of space on the production site, and the increase of production costs

For example, when welding the four-door assembly of the automobile body-in-white, after the door hinges of the four-door assembly are welded, the door needs to be removed from the front door assembly CO 2 The work station was moved to the four-door assembly station 6 meters away. During the transfer, the employees used hand-push tools to transfer the four-door assembly to the adjustment line. Not only was the labor intensity high, but also there were many tools on site and the floor area was large.

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