Label-shedding and capping machine for terylene bottle

Abstract

The invention relates to a label-shedding and capping machine for a terylene bottle, comprising a cylinder body, a feeding hole, a stand and a discharging hole, wherein both sides of the cylinder body are respectively provided with the feeding hole and the discharging hole, a central rotating shaft is arranged in the cylinder body and is connected with a motor driving device outside the cylinder body, a plurality of cutters which form a certain angle with an axial line of the rotating shaft are arranged on the central rotating shaft, a plurality of steel channels are evenly distributed on the inner wall of the cylinder body, and a blower device is arranged on the lower part near one end of the discharging hole. The label-shedding capping machine for the terylene bottle has double functions of shedding labels and capping, can greatly increase the production efficiency, has no need to shed the labels with water, can realize the automatic separation of the labels and a bottle cap, and can conveniently and effectively connect more than one machine body, thereby forming a multiple label-shedding capping processing device, reducing the labor cost and having a wide market prospect.

Description

technical field [0001] The invention relates to a label-removing equipment for waste bottles, in particular to a label-removing and cap-removing machine for polyester bottles. Background technique [0002] In the recycling process of existing waste mineral water bottles, beverage bottles and other plastic bottles, the removal of the labels on the bottles is done manually (cutting with a wallpaper knife) in the open air, which has high cost, low efficiency, and is affected by climate and Due to the limitation of human factors, production is often stopped. The existing mechanized delabeling equipment on the market, because many bottle mouths are broken by knives during the production process, and a large area of ​​the bottle body loses the original smoothness of the bottle body, which brings certain hidden dangers to the later production work. The delabeling machine does not have the dual functions of delabeling and decapping, which increases the labor force, increases the pr...

AI Technical Summary

Problems solved by technology

[0002] In the recycling process of existing waste mineral water bottles, beverage bottles and other plastic bottles, the removal of the labels on the bottles is done manually (cutting with a wallpaper knife) in the open air, which has high cost, low efficiency, and is affected by climate and Due to the limitation of human factors, production is often stopped

The existing mechanized delabeling equipment on the market, because many bottle mouths are broken by knives during the production process, and a large area of ​​the bottle body loses the original smoothness of the bottle body, which brings certain hidden dangers to the later production work. The delabeling machine does not have the dual functions of delabeling and decapping, which increases the labor force, increases the processing cost, and reduces the work efficiency; in addition, it is usually necessary to remove the label with water and a certain humidity to remove the label. The process is cumbersome and not suitable for various types of bottles

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