Aluminium-foil paper conveying terminal positioning device

Abstract

The invention provides an aluminium-foil paper conveying terminal positioning device. The device comprises an aluminium-foil paper output end, conveying wheels and a paper feeding in-place reference part which are matched from top to bottom to form an aluminium-foil paper output path. Machine bases on the two sides of the paper feeding in-place reference part are each provided with a cantilever, and the two cantilevers are symmetrically provided with baffle mounting bases. Baffle supports are arranged on the baffle mounting bases, and one end of each baffle support is provided with a baffle. The two baffles are the same in height, parallel to each other and parallel to the conveying direction of the conveying wheels. The two baffles are placed between the conveying wheels and the paper feeding in-place reference part, and a channel used for restraining aluminium-foil paper from deflecting is formed between the two baffles. According to the aluminium-foil paper conveying terminal positioning device, deflecting aluminium-foil paper blocks can be forcibly restrained within a small deflecting range.

Description

technical field [0001] The invention relates to the technical field of soft box packaging production, in particular to an aluminum foil paper conveying terminal positioning device. Background technique [0002] In the prior art, when the aluminum foil paper is sprayed with the end, due to the inconsistency in the expansion and contraction of the two sides, the side of the cut aluminum foil paper block will be wavy and bent, and the size will be longer after flattening, and the two sides cannot be contacted at the same time during the subsequent transportation process. The accelerated conveying wheels on both sides cause a large deviation of the aluminum foil paper block during the acceleration stage, causing the end or bottom of the aluminum foil paper to be packaged. The offset of aluminum foil paper will cause a large number of waste products to be rejected, the consumption of aluminum foil paper will increase, and the work intensity of operators will increase. It will als...

AI Technical Summary

Problems solved by technology

[0002] In the prior art, when the aluminum foil paper is sprayed with the end, due to the inconsistency in the expansion and contraction of the two sides, the side of the cut aluminum foil paper block will be wavy and bent, and the size will be longer after flattening, and the two sides cannot be contacted at the same time during the subsequent transportation process. The accelerated conveying wheels on both sides cause a large deviation of the aluminum foil paper block during the acceleration stage, causing the end or bottom of the aluminum foil paper to be packaged.

The offset of aluminum foil will cause a large number of waste products to be rejected, the consumption of aluminum foil will increase, and the work intensity of operators will increase. It will also lead to an increase in downtime rate, a decrease in equipment operation rate, and the product quality cannot be effectively guaranteed.

Images