Cable traction automobile coating conveyor

Abstract

The present invention relates to a cable traction automobile coating conveyor. The conveyor comprises two functional parts of a walking mechanism and a hoisting and flipping mechanism, wherein the walking mechanism is provided for completion of walking and conveying of the conveyor, and the hoisting and flipping mechanism comprises two linear guide mechanisms and a hoisting connection rod. According to the present invention, the cable traction drives the hoisting and flipping mechanism to complete the hoisting and / or flipping movement of the conveyed object; the movement of the walking mechanism is combined with the movement of the hoisting and flipping mechanism to drive the automobile to perform forward and backward movement, hoisting and tilting movement, flipping movement or the composition of the above movements; the whole weight of the conveyor is reduced, and the space utilization efficiency in the vertical direction is improved; and the dual guide rail and the linear guide mechanism are adopted so as to increase the stiffness and the stability of the conveyor.

Description

technical field [0001] The invention belongs to the field of machinery manufacturing and transportation, and in particular relates to a vehicle coating conveying device pulled by a cable. Background technique [0002] Automobile manufacturing consists of four major processes: stamping, welding, painting, and final assembly. The painting process involves many technologies such as machinery, electrical, chemical, and environmental protection, accounting for more than 40% of the investment in the four major processes, and is a key process in the automobile manufacturing industry. . The conveying system runs through the whole process of the modern automobile painting production line and is the artery of the painting production line. Pretreatment and electrophoresis are an important surface pretreatment process of the car body in the painting workshop. The performance of the pretreatment and electrophoresis conveying equipment directly affects the surface pretreatment quality of...

AI Technical Summary

Problems solved by technology

However, the current advanced electrophoretic coating conveyors, especially RoDip conveyors and multi-functional shuttle machines, have complex structures and high requirements for manufacturing and installation processes. Their cantilever beam structures make single machines unsuitable for large and heavy-duty vehicle bodies. It is imperative to have electrophoretic coating conveying equipment with simple structure, wide applicability, high level of flexibility, high rigidity and environmental protection

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