Working system for uniformly heating tobacco materials by induction heating mode

Abstract

The invention relates to a working system for uniformly heating tobacco materials by an induction heating mode. The working system comprises an energy generation body, an energy receiving body and a heating temperature control system, wherein the energy generation body is a small electromagnetic heating device; the energy receiving body is added with a micro-particle material capable of sensing electromagnetic energy; and in combination with a temperature control system, cigarettes can be uniformly heated controllably, and the smoking quality and safety of tobacco products using the technicalsystem are further improved.

Description

【Technical field】 [0001] The invention belongs to the technical field of tobacco heat-not-burn. More specifically, the present invention relates to a working system that utilizes induction heating to achieve uniform heating of tobacco materials. 【Background technique】 [0002] Traditional tobacco maintains a smoldering state after being ignited, and uses the temperature generated by smoldering to heat the tobacco raw material near the burning area to release smoke that can be smoked. During this process, the temperature of the tobacco material at different positions is different according to the position difference from the combustion cone. The central area of ​​the combustion cone is the combustion heat release area, and its temperature can reach above 800°C. In this area, the combustion of the main components and the redox reaction caused by incomplete combustion occur, and carbon dioxide, carbon monoxide, hydrogen, water, volatile The area about 5-20mm away from the com...

AI Technical Summary

Problems solved by technology

However, since these products use a heating element fixedly installed in the smoking appliance to heat the tobacco material, and the heating element is only in contact with the tobacco material at a local location, the heat transfer is not uniform, so these products still cannot really achieve uniform heat delivery, which is very important. To a certain extent, these products still have unstable suction quality, and the release of harmful components still lacks stable control

At the same time, uneven heating also leads to the ubiquity of these products. Only the tobacco material near the heating sheet is heated to release smoke, the product has low smoke concentration, fewer suction ports, and the heating element is prone to carbonization and fouling.

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