Horizontal cut tobacco boxing system and boxing method

Abstract

The invention discloses a horizontal cut tobacco boxing system and boxing method. The horizontal cut tobacco boxing system comprises a quantitative feeding mechanism, a pre-pressing mechanism, a transfer mechanism and a tobacco box. The quantitative feeding mechanism is located above the pre-pressing mechanism and paves tobaccos quantitatively in a reciprocating mode in the pre-pressing mechanism;the transfer mechanism is arranged on the right side of the pre-pressing mechanism which is arranged on the bottom right side of the quantitative feeding mechanism; left and right symmetrical reversepre-pressing mechanisms same in structure with the pre-pressing mechanism are arranged on the bottom left side of the quantitative feeding mechanism; and left and right symmetrical reverse transfer mechanisms same in structure with the transfer mechanism are arranged on the left sides of the reverse pre-pressing mechanisms. The horizontal cut tobacco boxing system disclosed by the invention can improve the boxing uniformity and the boxing density of tobacco materials in the box and reduce the occupied area and the transportation cost, is low in demand on site, suitable for boxing and distributing of the tobacco materials such as cut tobaccos, tobacco sheets, expanded cut tobaccos, tobacco slices and cut stems and wide in application range. Meanwhile, a vertical boxing mode is replaced bya horizontal boxing mode, so that the demand on the size of the boxing equipment and the plant design is reduced, and the equipment cost is lowered indirectly.

Description

Technical field [0001] The invention relates to the technical field of tobacco leaf storage equipment, and in particular to a horizontal shredded tobacco boxing system and method. Background technique [0002] In the processing of cigarette tobacco materials, including threshing, redrying tobacco slices, reconstituted tobacco leaves, and reconstituted tobacco shreds, the tobacco materials need to be boxed for transfer or storage in the next process. At present, the packing process of tobacco materials adopts the vertical packing method, that is, the mouth of the material box faces upwards, and the tobacco material falls into the box from the mouth of the box. Because the material box used to load tobacco materials is often small in space, Coupled with the fluffy characteristics of the tobacco material, the tobacco material is very easy to form a tip accumulation in the middle position after falling into the box, and it is impossible to realize the uniform distribution of the toba...

AI Technical Summary

Problems solved by technology

At present, the packing process of tobacco materials adopts the vertical packing method, that is, the mouth of the material box faces upwards, and the tobacco material falls into the box from the mouth of the box. Since the material box used for loading tobacco materials often has a small space, Coupled with the fluffy characteristics of the tobacco material, the tobacco material is easy to form a pile in the middle after falling into the box, and it is impossible to realize the uniform distribution of the tobacco material in the box, resulting in poor packing density uniformity. At the same time, Tobacco materials are packed in natural stacks, and the loading capacity is low, which greatly increases the use of cigarette boxes and the floor space of storage warehouses, reduces the transportation efficiency of tobacco materials, and increases transportation costs

Although the current threshing and re-curing tobacco sheet and reconstituted tobacco leaves have used pre-pressing packaging for packing, that is, after the materials are piled up to a certain height, a compacting device is used to pre-press the packing box once, but because the filling bin adopts a vertical design , the indenter must be lifted out of the compaction system before feeding. The compaction device should meet the stroke requirements of the compaction system. The height of the entire packing system is more than 20 meters. The system is huge and has high requirements for the design of the plant, which greatly increases equipment cost

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