Slice controlling device for slicer

Abstract

The invention belongs to the technical field of tobacco controlling, and particular relates to a slice controlling device for a slicer. The slicer includes a material feeding device, a material pushing device, a cutter, a material reversing device, a rotation axis, a material stopping device, a material guiding device, a material transporting device and a laser distance measuring sensor. The material pushing device is arranged at the top of the material feeding device and the material pushing device can move against the material feeding device. The outer side of the material feeding device is provided with the material guiding device. The material transporting device operates below the head of the material guiding device. The cutter is arranged at the inclined top of the right end of the material feeding device. The right side of the cutter is provided with the material reversing device. The right side of the material reversing device is provided with the material stopping device. The right side of the material is provided with the laser distance measuring sensor. The rotation axis of the material feeding device is supported on a material feeding bracket. The material stopping device consists of a material stopping top panel and a material stopping side panel. The material stopping side panel is openly provided with a round hole. The right side of the round hole is provided with the laser distance measuring sensor. The device greatly improves the accuracy of the slice and the stability of the tobacco flake flow.

Description

Technical field [0001] The invention belongs to the technical field of tobacco control, and in particular relates to a slice control device for realizing slice control of a slicer. Background technique [0002] The slicing machine is an industrial control equipment used to complete the cutting of tobacco packets. In the production of silk, the packaging of cigarette packs meets the requirements of C48 or YC / T137.1-1998 standards. The outer dimensions of carton cigarette packs (L x B x H), mm: 1115x 690x 735 (international standard) or 1136x 720x 725 (industry standard) ). After removing the package, the tobacco billet has a regular shape and the skewness is ≤20mm. According to the requirements of the silk-making process, the billet needs to be cut into equal-sized tobacco pieces (usually three cuts and four pieces, depending on the process requirements of each tobacco factory. Some require four knives and five slices), the uniformity of the tobacco slices after slitting will ha...

AI Technical Summary

Problems solved by technology

In the traditional slicing control, the slicing control is that the push car pushes the cigarette package from a predetermined position for a certain period of time and then cuts it off with a cutter. The slice width is controlled by the movement characteristics and running time of the push car. The problem of time control accuracy of the feeding car and the influence of factors such as the sensitivity of the proximity switch lead to the unequal size of each slice, which has a certain impact on the uniformity of the smoke sheet and the subsequent flow control of the smoke sheet

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