Thin plate cut tobacco drying equipment with cross-flow section

Abstract

The invention discloses thin plate cut tobacco drying equipment with a cross-flow section, which comprises a frame component (1) and a cut tobacco drying device arranged on the frame component (1), wherein the cut tobacco drying device mainly comprises a front chamber (3), a guide cylinder (4), a fan cover (5), a cut tobacco drying cylinder rotating mechanism (6), a hot air system (7), a cut tobacco drying cylinder (8), a rear chamber (9), a steam dust suction box (10) and a moisture removal air pipe (11). By means of the characteristic of fast drying and dewatering of airflow, high-temperature hot air penetrates into the drying cylinder in the radial direction of the drying cylinder from bottom to top, under the action of the axial inclination angle of the drying cylinder and high-point material throwing dredging of a heat exchange shoveling plate in the cylinder, the controllable high-temperature airflow penetrating into the cylinder evenly penetrates through the cylinder, assists insupporting and loosening the materials, and evenly heats and dries the materials, and through the combination of cross-flow hot air section drying and a traditional cut tobacco dryer, the purpose ofefficient and high-quality dehydration of cut tobacco is achieved.

Description

technical field [0001] The invention relates to thin plate shred drying equipment, in particular to a thin plate shred drying equipment with a through-flow section, which belongs to the technical field of tobacco production and processing. Background technique [0002] Generally speaking, in cigarette production enterprises, the structure of the existing drum-type thin-plate drying machine in tobacco shredding is mainly composed of front chamber, frame, drying cylinder, hot air system, main engine pipeline, rear chamber, steam dust It is composed of pumping box and electric control system. At present, the traditional drum-type thin plate drying machine uses the combination of three heating methods of thin plate conduction, radiation and hot air forced convection to heat and dry the material evenly. achieve the required moisture content. However, compared with air-dried silk, its filling value is slightly lower and the dehydration rate is lower, resulting in lower productio...

AI Technical Summary

Problems solved by technology

However, compared with air-dried silk, its filling value is slightly lower and the dehydration rate is lower, resulting in lower production capacity and higher energy consumption

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