Slitting method and slitting processing device for reconstituted tobacco leaves

Abstract

The invention relates to a reconstituted tobacco leaf cutting method and a cutting processing device. The reconstituted tobacco leaf cutting method comprises a step of 100): cutting reconstituted tobacco leaves so as to obtain a convex hexagon reconstituted tobacco leaf product. The reconstituted tobacco leaf cutting processing device comprises a cutter component, wherein the cutter component is adopted to cut the reconstituted tobacco leaves, so that the convex hexagon reconstituted tobacco product can be produced. By adopting the reconstituted tobacco leaf cutting method and the reconstituted tobacco leaf cutting processing device, the reconstituted tobacco leaves can be cut to produce the convex hexagon reconstituted tobacco product, after the convex hexagon reconstituted tobacco product is shredded, the ratio of relatively long shreds to relatively short shreds can be greatly reduced, the length uniformity of the tobacco shreds can be improved, furthermore the tobacco shred blending uniformity of the cigarette production process can be improved, and moreover the loss can be reduced and the matching uniformity can be improved to a certain extent.

Description

technical field [0001] The invention relates to the technical field of reconstituted tobacco leaf processing, in particular to a cutting method and a cutting processing device for reconstituted tobacco leaves. Background technique [0002] Paper-making reconstituted tobacco is an important raw material for cigarette products. Its specifications (that is, the shape and size of the reconstituted tobacco leaves after cutting) directly affect the cut length and uniformity of the reconstituted tobacco leaves, which in turn will affect their production in cigarettes. The uniformity of distribution in the product further affects the sensory quality of the product, so the cutting specification of the reconstituted tobacco leaf is a key indicator that affects its cigarette processing adaptability. Therefore, the research and development of a papermaking method for cutting reconstituted tobacco leaves to make the length of reconstituted tobacco leaves more uniform after cutting is of ...

AI Technical Summary

Problems solved by technology

[0003] At present, the reconstituted tobacco industry generally adopts a triangular slitting knife, and the product after slitting is diamond-shaped, and the reconstituted tobacco of this shape will result in poor length uniformity of the reconstituted tobacco shreds after shredding, and a relatively long ratio of shreds to shreds. Larger, and the long filaments are easy to agglomerate or fold during the cigarette processing process, seriously affecting the uniformity of blending of reconstituted tobacco leaves and shredded tobacco, and short filaments are easy to break and increase loss, resulting in uneven formula ratio

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