High-speed full-automatic double-station plastic bottle unstacker

Abstract

The invention discloses a high-speed full-automatic double-station plastic bottle unstacker. The high-speed full-automatic double-station plastic bottle unstacker comprises two bottle body unstacking units, a partition plate unstacking and stacking unit and a tray stacking unit. Each of the two bottle body unstacking units comprises a first lifting platform and a second lifting platform. The tray stacking unit comprises a tray stacking mechanism and a tray conveying mechanism. The partition plate unstacking and stacking unit comprises a partition plate stacking mechanism and a partition plate conveying mechanism. Under cooperation of the two bottle body unstacking units, the partition plate unstacking and stacking unit and the tray stacking unit, double stations are formed, multiple process steps of plastic bottle unstacking, tray stacking, partition plate unstacking and partition plate stacking can be conducted at the same time, traditional manual unstacking work is replaced, the high-speed full-automatic double-station plastic bottle unstacker is matched with a plastic bottle labeling and filling production line to form an efficient process flow, the labor cost is greatly reduced, and the unstacking efficiency of a whole stack of plastic bottles is improved.

Description

technical field [0001] The invention relates to the technical field of a plastic bottle destacker, in particular to a high-speed automatic double-station destacker for plastic bottles. Background technique [0002] Plastic bottles are mostly transported and stored in stacks after processing, and partitions are placed between the stacked layers of plastic bottles to increase the stability of the stack of plastic bottles. The plastic bottles need to be stacked before use. Destacking is converted into a single-row arrangement to realize the automation of plastic bottle labeling and filling. At this stage, the de-stacking process of the entire stack of plastic bottles is mostly performed manually. The operator places the plastic bottles in a single column for use. On the conveyor belt that moves the plastic bottles to the processing station, and also removes the partitions between the layers of plastic bottles, the operator's labor intensity is high, and the destacking efficienc...

AI Technical Summary

Problems solved by technology

[0002] Plastic bottles are mostly transported and stored in stacks after processing, and partitions are placed between the stacked layers of plastic bottles to increase the stability of the entire stack of plastic bottles. Plastic bottles need to be stacked before use. Carry out unstacking and convert it into a single-row arrangement to realize the automation of plastic bottle labeling and filling. At this stage, the unstacking process of the entire stack of plastic bottles is mostly carried out manually, and the operator places the plastic bottles in a single row. On the conveyor belt that moves the plastic bottles to the processing station, and also removes the partitions between the plastic bottles of each layer, the labor intensity of the operator is relatively high, and the unstacking efficiency is very low

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