Radial tobacco shred separation device

Abstract

The invention relates to and discloses a radial tobacco shred separation device, and relates to the technical field of cut tobacco separation. The device specifically comprises a separation sleeve used for containing a cigarette holder, a push rod which is connected with the top of the separation sleeve in an inserted mode and used for extruding the cigarette holder to enable tobacco shreds to be layered and stripped when the push rod moves downwards, and a material receiving barrel which is connected to the bottom of the separation sleeve in a threaded mode and used for receiving the stripped tobacco shreds. A first cavity used for containing unseparated tobacco shreds is formed in the separation sleeve, the bottom of the separation sleeve is open, a first through hole allowing the push rod to be inserted is formed in the top of the separation sleeve, a second cavity used for containing the stripped tobacco shreds is formed in the material receiving barrel, and a second through hole allowing the tobacco shreds to enter the cavity is formed in the top of the material receiving barrel. The push rod is connected with the first through hole in the top of the separation sleeve in an inserted mode, the cigarette holder in the first cavity of the separation sleeve can be extruded when the push rod moves downwards, so that part of tobacco shreds are driven to be separated from the cigarette holder, and the separated tobacco shreds enter the material receiving barrel through the second through hole to be collected.

Description

technical field [0001] The invention relates to the technical field of shredded tobacco separation, in particular to a shredded tobacco radial separation device. Background technique [0002] Heat-not-burn cigarettes do not burn through combustion, but directly heat tobacco products through electric heating appliances, and bake out the aroma substances in tobacco, avoiding the generation of harmful substances and sidestream smoke from high-temperature combustion of cigarettes. Heated cigarette products generally adopt needle heating method. The temperature at different distances from the heating needle is different, and the content of substances baked in the shredded tobacco is also different. In order to study the distribution of the main components in the shredded tobacco after heating, it is necessary to carry out Layered peeling, by analyzing the components of each layer of shredded tobacco, the radial distribution of the main components in the shredded tobacco can be gr...

AI Technical Summary

Problems solved by technology

However, this waste smoke processor can only separate the shredded tobacco and cigarette paper from the mouthpiece, and cannot separate the shredded tobacco at different positions in the radial direction.

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