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A heat-not-burn fuming particle and its preparation method and application

A heat-not-burn and smoke-generating particle technology, which is applied in the field of cigarette pods, can solve problems such as poor smoking experience, low ignition point, and small number of puffs, so as to achieve good sensory comfort, avoid harmful substances, and aerosol volume stable effect

Active Publication Date: 2022-05-06
GUANGZHOU AOJIAN PERFUME
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

IQOS pods are specially treated tobacco. When the pod is inserted into the heating rod, it does not need to be ignited. The electronic heating device is used to heat the pod. The ignition point is low. The chip will only control the temperature at about 350 degrees Celsius and heat the tobacco to Enough to generate vapor (vaporizing nicotine and flavors) without burning to avoid releasing tar, releasing fewer chemicals, but has the same taste as real smoke
[0004] However, since IQOS still uses tobacco as the heating material, addictive nicotine still exists in the steam that is heated and evaporated, which cannot make people really quit smoking; moreover, IQOS has less smoke, too few puffs, and the amount of aerosol is not enough. Stable, after the last few puffs, the taste is obviously not as good as the first few puffs, the "paste" taste rises, the fragrance drops, the aerosol has no thickness and satisfaction, and the puffing experience is not good
Patents CN201811285170.3 and 201710785616.8 both disclose a heat-not-burn cigarette smoking particle material / puffing material. However, the above-mentioned heat-not-burn materials all contain smoke-generating agents, tobacco leaves, flavors and other components to varying degrees, and still produce nicotine and other substances harmful to health

Method used

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  • A heat-not-burn fuming particle and its preparation method and application
  • A heat-not-burn fuming particle and its preparation method and application
  • A heat-not-burn fuming particle and its preparation method and application

Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0028] Weigh walnut shells, coffee bean shells, and thatch roots with a mass ratio of 4:3:1, mix them, grind them, and sieve, select 30-mesh granular powder for subsequent expansion; the screened walnut shells and coffee bean shells The powder particles are subjected to microwave expansion, the expansion temperature is 100° C., and the expansion time is 30 minutes to obtain solid expandable porous particles, which are then sieved with 30 meshes to obtain porous particles. Stir and mix the 30-mesh porous particles, water and peppermint extract with a mass ratio of 10:5:1, then dry at 40°C, and control the moisture content of the porous particles to 30%, to obtain heat-not-burn fuming particles .

[0029] Weighing 3g of the obtained HNB smoke particles, filling the HNB smoke particles into the cigarette paper tubes of existing HNB cigarettes, and thus preparing heat-not-burn pods.

Embodiment 2

[0031] Weigh walnut shells, coffee bean shells, and thatch roots with a mass ratio of 6:1:2, mix them well, crush them, sieve them, and select 30-mesh granular powders for subsequent expansion. The walnut shell and gram coffee bean shell powder particles obtained by screening were subjected to microwave expansion, the expansion temperature was 90°C, and the expansion time was 35 minutes to obtain solid expandable porous particles, which were sieved with 30 meshes to obtain porous particles. Stir the 30-mesh porous particles, water and licorice extract with a mass ratio of 10:4:2, and then dry them at 40°C to control the moisture content of the porous particles to 35% to obtain heat-not-burn fuming particles .

[0032] Weighing 3g of the obtained HNB smoke particles, filling the HNB smoke particles into the cigarette paper tubes of existing HNB cigarettes, and thus preparing heat-not-burn pods.

Embodiment 3

[0034] Weigh walnut shells, coffee bean shells, and thatch roots with a mass ratio of 5:2:2, mix them well, crush them, sieve them, and select 30-mesh granular powders for subsequent expansion. The walnut shell and gram coffee bean shell powder particles obtained by screening were subjected to microwave expansion, the expansion temperature was 110°C, and the expansion time was 25 minutes to obtain solid expandable porous particles, which were sieved with 35 meshes to obtain porous particles. Stir and mix the 35-mesh porous particles with a mass ratio of 10:5:1.5, water and jujube extract, and then dry at 40°C to control the moisture content of the porous particles to 25%, to obtain heat-not-burn fuming particles .

[0035]Filling the heat-not-burn smoke particles into the cigarette paper tube of the existing heat-not-burn cigarettes is to prepare the heat-not-burn cartridge.

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Abstract

The invention discloses a heat-not-burn fuming granule and its preparation method and application. The fuming granule is prepared by uniformly mixing plant porous expanded granules with a mesh size of 30 to 40 mesh, water and plant extracts; The moisture content of the fuming particles is 25% to 35%; the porous expanded particles of the plant are prepared by crushing, mixing and expanding the fruit shell, straw or grass rhizome; after mixing the porous expanded particles of the plant, water and natural plant extracts, drying, and controlling the moisture content of the fuming particles to be 25% to 35%. The smoking granule of the present invention does not contain raw material components harmful to human health, and the heated smoke will not produce addictive and health-threatening substances such as nicotine. When the smoking granule is heated to 300°C-350°C, it can emit smoke , the amount of smoke is close to that of traditional cigarettes, and the amount of aerosol is stable, and the sensory comfort of smoking is good.

Description

technical field [0001] The invention relates to the technical field of cigarette pods, and more specifically, to a heat-not-burn smoke particle and a preparation method and application thereof. Background technique [0002] Tobacco has a long history of development, and now the world's tobacco products are mainly traditional smoking cigarettes, and the main substances in cigarettes that are harmful to the human body come from the combustion process, and the carbon monoxide and tar produced when tobacco is burned are the culprits that endanger health. These harmful substances contain more than 40 kinds of carcinogens. In order to reduce the harm caused by traditional tobacco products, people have successively researched some new tobacco products, such as electronic cigarettes, to replace traditional burning and smoking cigarettes. What people inhale into the human body is the atomized liquid of electronic cigarette oil, not Pyrolysis products produced by the combustion of tr...

Claims

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Application Information

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Patent Type & Authority Patents(China)
IPC IPC(8): A24F40/42A24F40/46A24F40/70A24F40/40A24B15/167A24B15/24
CPCA24B15/16A24B15/18
Inventor 刘兴祥王娜
Owner GUANGZHOU AOJIAN PERFUME
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