Automatic aluminum wheel stacking system and method

Abstract

The invention provides an automatic aluminum wheel stacking system and method. The automatic aluminum wheel stacking system comprises a packing material feeding mechanism, a packing material conveyingchain, an aluminum wheel conveying chain, a stacking robot and a composite clamp, a stacked finished product conveying chain, a finished product conveying AGV, a finished product abutting conveying chain and an automatic stacking control unit, wherein the automatic stacking control unit controls and dispatches mutual cooperation of the packing material feeding mechanism, the packing material conveying chain, the aluminum wheel conveying chain, the stacking robot and the composite clamp, the stacked finished product conveying chain, the finished product conveying AGV and the finished product abutting conveying chain to achieve automatic stacking and conveying. The robot, the AGV, an automatic three-dimensional storage technology and the like are used for achieving whole-process automationand unmanned operation of stacking, conveying and storage; and the stacking speed, precision, repeatability and storage speed are improved, and meanwhile, the aesthetic feeling of products and the safety of the process are improved.

Description

technical field [0001] The invention relates to the field of mechanical transportation, in particular to an automatic palletizing system and method for aluminum wheels. Background technique [0002] In traditional production logistics, palletizing is mostly done manually. For example, in the palletizing of pallets, the pallets are usually manually placed on the ground, and then the products are placed on the pallets in a certain order, and then various packaging materials are placed to complete the stacking. This method is simple and easy, without initial equipment investment, and is more flexible; but it also has great limitations, such as high production capacity of the production line, heavy product weight (30kg), manual palletizing is more difficult, labor Too strong. At the same time, the quality of manual palletizing is low, and the phenomenon of inverted palletizing is prone to occur during the transportation process, thereby increasing the probability of product da...

AI Technical Summary

Problems solved by technology

Product attributes and storage methods have brought great challenges to the labor intensity of workers, which is not conducive to product management and transportation, but also seriously affects production efficiency and increases production costs

In addition, there are many models and specifications of aluminum wheels, and there are many types of packaging materials, so it is difficult to automatically palletize

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