Production line for automobile cross beams

Abstract

The invention discloses a production line for automobile cross beams. The production line for the automobile cross beams is provided with an assembly line and a recovery line, wherein the assembly line and the recovery line are connected to form a rectangular-ambulatory-plane structure; three pushing devices are arranged and comprise a first pushing device which is arranged on a left recovery lineand connected with a first drive device in a matching manner, a second pushing device which is arranged on a middle recovery line and connected with a second drive device in a matching manner, and athird pushing device which is arranged on a right recovery line and connected with a third drive device in a matching manner; and a travelling device is capable of rapidly switching over a moving direction at a corner in a process of moving on the rectangular-ambulatory-plane production line, so that space occupied by the automobile production line can be reduced. The production line for the automobile cross beams is simple in structure, beneficial to carrying, and capable of effectively increasing the production efficiency of the automobile production line.

Description

technical field [0001] The invention relates to the technical field of mechanical processing equipment, in particular to an automobile beam production line. Background technique [0002] In the automobile assembly line, conveying equipment for conveying various parts such as the body and beam of the automobile is used. In most cases, a large workpiece is placed on a moving body (ie, a trolley) that travels along a preset conveying path, and the conveying equipment completes the conveying work for the large workpiece by conveying the moving body. [0003] In the related technology, the assembled workpieces need to be transported to the exit of the recovery line, but most of the recovery lines are in a back-shaped structure. In order to make the workpieces move on the back-shaped recovery line, most of them are manually transported. At least two workers are required to transfer from the previous station to the next station, resulting in low work efficiency and high labor inte...

AI Technical Summary

Problems solved by technology

[0003] In the related technology, the assembled workpieces need to be transported to the exit of the recovery line, but most of the recovery lines are in a back-shaped structure. In order to make the workpieces move on the back-shaped recovery line, most of them are manually transported. At least two workers are required to move from one station to the next, resulting in low efficiency and high labor intensity during the handling process

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