Novel hob type knife roll body of tobacco cutter

Abstract

The invention discloses a novel hob type tobacco cutter knife roll body. The knife roll body comprises a knife roll body, wherein the knife roll body comprises a knife roll supporting body, and a plurality of knife holder modules integrated with blades and knife pushing devices are detachably arranged on a peripheral wall of the knife roll supporting body. According to the knife roll body, the cutter holder module integrating the blade and the cutter pushing device and the cutter roller body are detachably arranged, and compared with an existing scheme that the cutter pushing device and the blade are directly installed on the cutter roller body, on one hand, machining difficulty of the cutter roller body is lowered, on the other hand, replacement, maintenance and debugging of the blade and the cutter pushing device are facilitated.

Description

technical field [0001] The invention belongs to the field of tobacco equipment, and in particular relates to a novel cutter roll body of a hob type tobacco shredding machine. Background technique [0002] Shredded tobacco is a key link in the cigarette production process, and the quality of shredded tobacco directly affects the quality of cigarettes. The key to the quality of shredding depends on the design of the cutter roll body. At present, the cutter roll body of the shredding machine used in the industry mostly adopts an integral casting matrix, and various functional parts are installed on the matrix. The processing is complicated and the cost is high. Adjustment, maintenance, and replacement of spare parts bring great inconvenience. The replacement of some spare parts also requires special tools and tooling, which consumes a lot of manpower and material resources and reduces the humanization of the equipment. [0003] In view of this, the present invention is propose...

AI Technical Summary

Problems solved by technology

The key to the quality of shredding depends on the design of the cutter roll body. At present, the cutter roll body of the shredding machine used in the industry mostly adopts an integral casting matrix, and various functional parts are installed on the matrix. The processing is complicated and the cost is high. Adjustment, maintenance, and replacement of spare parts bring great inconvenience. The replacement of some spare parts also requires special tools and tooling, which consumes a lot of manpower and material resources and reduces the humanization of the equipment.

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