Photoelectric wind separation and impurity removal integrated device based on photoelectric impurity removal machine

Abstract

The invention discloses a photoelectric wind separation and impurity removal integrated device based on a photoelectric impurity removal machine. The photoelectric wind separation and impurity removalintegrated device comprises a conveying device (1), the photoelectric impurity removal machine (2), a wind separation and impurity removal device (3), an unqualified material conveying device (4) anda qualified material conveying device (5), wherein the conveying device (1) is arranged on one end of the photoelectric impurity removal machine (2), and the conveying device (1) is engaged with thephotoelectric impurity removal machine (2); a dust removal port is formed in the top of the other end of the photoelectric impurity removal machine (2), the wind separation and impurity removal device(3) is installed at the dust removal port, and the wind separation and impurity removal device (3) is installed on a bracket (6). The photoelectric wind separation and impurity removal integrated device has the advantages of the simple structure and novel design, non-smoke foreign matter or defective goods in tobacco materials can be automatically removed for many times at high speed and high precision, the removal efficiency of the non-smoke foreign matter or the defective goods is further improved, the product quality problem caused by materials is greatly reduced in a production process, the product quality is effectively guaranteed, the production cost is reduced, and the production efficiency is improved.

Description

technical field [0001] The invention relates to a device, in particular to a photoelectric-wind separation and impurity removal integrated device based on a photoelectric impurity remover, which is mainly used for removing foreign matter during the re-baking process of tobacco leaves, and belongs to the tobacco leaf threshing and re-baking technology field. Background technique [0002] Cigarettes are a special food, just like pharmaceuticals and other food manufacturing industries, the problem of sundries and foreign matter in products has always existed and troubled us, and has seriously affected the improvement of product quality. In the production process of cigarettes, sundries (especially non-metallic sundries, such as rubber skin, hair, packaging bags, etc.) will produce peculiar smell to the taste and mouthfeel of the final product, and some may even be fatal. As consumers become increasingly aware of consumer protection laws, their requirements for product quality ...

AI Technical Summary

Problems solved by technology

[0011] In the above-mentioned implementation process, due to the negative pressure in the area under the dust removal hood, some small debris (such as chicken feathers, hemp silk, plastic films, etc.) that are light in weight or changeable in shape are easy to change due to their small inertia. In addition, the temperature in the interior space of the equipment is relatively high, and the small debris slowly floats up, and finally gathers on the mesh plate on the dust removal cover. With the prolongation of the working time of the photoelectric impurity remover, when these debris gather to a certain amount, the dust will be removed. The mesh plate on the cover is blocked, the dust removal effect is reduced, and small debris (such as chicken feathers, hemp silk, plastic film, etc.) that are light in weight or changeable in shape are adsorbed on the mesh plate and are difficult to remove, which ultimately affects the product quality.

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