Magnetic inductive composite puffing device

Abstract

The invention relates to a magnetic inductive composite puffing device suitable for electronic cigarettes and low-temperature cigarettes. The magnetic inductive composite puffing device comprises a power supply control part, an atomizing part and a puffing part which are sequentially connected, wherein the atomizing part comprises a hollow outer shell; a base is arranged at one end of the outer shell; a first magnetic induction coil is arranged in the outer shell; a solid smoke forming substance is arranged in a cavity surrounded by the first magnetic induction coil; a first heating element isarranged in a part of the solid smoke forming substance corresponding to the first magnetic induction coil; the magnetic inductive composite puffing device also comprises a tobacco juice atomizing mechanism; and the tobacco juice atomizing mechanism is arranged inside or outside the cavity surrounded by the first magnetic induction coil. The magnetic inductive composite puffing device provided bythe invention can heat the solid smoke forming substances of the low-temperature cigarettes and the tobacco juice of the electronic cigarettes to form smoke at the same time, can effectively combinethe advantages of the low-temperature cigarettes and the electronic cigarettes, overcomes a defect that the low-temperature cigarettes need to wait for more than ten seconds or even longer to form thesmoke, and can be adopted to guarantee a puff number and consistency before and after puffing to the greatest extent.

Description

Technical field [0001] The invention belongs to the field of cigarette substitutes, and relates to a magnetic induction composite smoking device, in particular to a composite smoking device suitable for electronic cigarettes and low-temperature cigarettes. Background technique [0002] According to reports, there are currently nearly 1 billion smokers worldwide, and the number of smokers in China exceeds 350 million. These smokers mainly smoke traditional cigarettes. Traditional cigarettes are burnt through substance volatilization, pyrolysis and high temperature re-synthesis. There are more than 7,300 kinds of compounds in the flue gas. Among them, there are 2,740 kinds of substances produced by high-temperature combustion, pyrolysis and high-temperature re-synthesis at nearly 900℃. These substances Part of it is related to the characteristic flavor of tobacco, but there are also very small amounts of substances harmful to the human body (the harmful substances such as CO, benz...

AI Technical Summary

Problems solved by technology

[0006] These magnetic induction heating suction devices generally only have one of the outer heaters located on the periphery of the smoker (the smoker mainly includes the smoking medium) or the inner heater inside the smoker, so that either only the smoker The outer periphery is in contact with the outer heater and the adjacent part is heated to generate smoke, or only the inside of the fume material is heated to generate smoke in contact with the inner heater and the adjacent part, so there are often many fumes far away from the heater after the suction The material is not fully heated to generate smoke for suction, which causes a large waste of resources; at the same time, the speed of smoke output and the amount of smoke output per mouth of this magnetic induction suction device with only an external heater or an internal heater are not as good as Suction device with both external heater and internal heater

In addition, when these magnetic induction tobacco products are used to heat the smoking medium (the smoking medium is the main functional area of ​​the smoking material, which is used to generate smoke and aroma) as a solid low-temperature smoke, due to the smoke medium and the receptor conductor The positions are fixed to each other, so once the fuming medium around and adjacent to the receptor conductor is sucked to a lesser amount of smoke, the smoking can only be terminated and the fuming material discarded. This will bring the following problems. The adjacent smoke-generating medium generally has a limited capacity, so there are not many mouths that can be used for suction and meet the user's smoke volume requirements. Generally, there are only a few to ten mouths, which is difficult to meet the greater needs of users; The part of the smoke-generating medium around and adjacent to the receptor conductor can be used to generate smoke, so that the amount of smoke and aroma will change from small → large → small during the suction process, so the amount of smoke and aroma before and after suction It is difficult to maintain stability and consistency, which affects the user experience

[0007] At the same time, these magnetic induction suction devices are generally only designed to suck solid-state low-temperature smokers or e-cigarette liquids, and there is no way to simultaneously suck them in one suction device to integrate their mutual advantages and solve their problems. The magnetic induction suction devices with their respective weaknesses have been reported

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