Automated transport and handling equipment for automotive spoilers

Abstract

The invention relates to automatic transportation and treatment equipment of an automobile spoiler. A suspension chain conveying system can continuously convey semifinished products to a next station to improve conveying efficiency, avoid damaging the products and ensure product quality; at the same time, the middle of a track support is bulged upwards; a track overhaul frame is arranged below a boss, so that the occupation of the space in a workshop can be reduced; a track can be maintained conveniently; a conveyer, a flame cutting device, a destaticizing device, an automatic labelling machine and the like are arranged in single automatic equipment, namely post treatment equipment, so that multiple procedures can be accomplished in a station; the post treatment efficiency of the spoiler is improved; the requirement of high-efficiency production can be met; dehydration equipment removes water adsorbed in a rotating wheel via the rotating wheel; and the rotating wheel rotates slowly to be capable of uniformly adsorbing moisture in treated air.

Description

technical field [0001] The invention relates to an automatic transportation and processing equipment for an automobile spoiler, which is arranged behind the injection molding machine and used for subsequent processing of the spoiler. Background technique [0002] The spoiler needs to be transported to the post-processing area for post-processing after the injection molding is completed. Usually, these semi-finished products are transported to other workstations in the workshop by forklift. When the semi-finished products need to be transported in batches, the transportation efficiency of the forklift is low, and the forklift is easy to damage the goods, resulting in an increase in the defective rate of the product; at the same time, the spoiler also needs to perform a series of operations such as waste edge removal, flame cutting, and static electricity removal. Usually these tasks need to be processed by multiple stations, and each station needs to be transferred manually o...

AI Technical Summary

Problems solved by technology

[0002] The spoiler needs to be transported to the post-processing area for post-processing after the injection molding is completed. Usually, these semi-finished products are transported to other workstations in the workshop by forklift. When the semi-finished products need to be transported in batches, the transportation efficiency of the forklift is low, and the forklift is easy to damage the goods, resulting in an increase in the defective rate of the product; at the same time, the spoiler also needs to perform a series of operations such as waste edge removal, flame cutting, and static electricity removal. Usually these tasks need to be processed by multiple stations, and each station needs to be transferred manually or mechanically, which leads to the inefficiency of the post-processing of the spoiler and cannot meet the requirements of efficient production; the spoiler During post-processing, a large amount of polluted water vapor floats in the working area, which will cause great harm to the workshop environment and affect the health of workers

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