CN116235990A - Charcoal heating cigarette - Google Patents

Abstract

The present application discloses a charcoal heating cigarette, which includes an ignition section (1), a carbon source section (2), an atomization section (3) and a filter section (4). Between the combustion section (1) and the atomization section (3), the other end of the atomization section (3) away from the carbon source section (2) is connected to the filter section (4); the ignition section (1) includes The shredded tobacco (11) is used to ignite the charcoal source section (2). The charcoal-heated cigarette provided by this application ignites the charcoal source section by setting an ignition section including shredded tobacco, which solves the problem that the charcoal source section is not easy to ignite and affects the consumer experience, and improves the charcoal-heated cigarette experience.

Description

A charcoal heating cigarette

technical field

The present application relates to the technical field of tobacco products, in particular to a charcoal heated cigarette.

Background technique

How to satisfy consumers' sense of satisfaction and demand for some tobacco flavors while reducing harm to health is one of the research hotspots in the tobacco industry. Under this situation, new tobacco products have emerged.

New tobacco products mainly include heat-not-burn tobacco products, electronic cigarettes, smokeless tobacco products (snuff, snuff, chewing tobacco), etc. Among them, heat-not-burn tobacco products have low-temperature heating (below 500°C) new tobacco products instead of With the advantages of direct combustion, low hazard and stylish appearance, it has become the mainstream new tobacco product with the most extensive product research and development and the strongest growth momentum. Although charcoal heating cigarettes are a niche product among heating cigarettes, they are easy to use and have great potential market value once there is a technological breakthrough.

At present, there are charcoal heating smoking products on the market, which mainly heat the air by igniting the carbon source material. When inhaling, the hot air passes through the atomization section containing the atomizer, so that the atomization section produces smoke concentration, smoke and fragrance. Substances, these substances enter the consumer's mouth after passing through a cooling section. It has the advantages of strong tobacco flavor, large amount of atomization, and simple operation. However, charcoal heating smoking products have the disadvantage that the carbon source is not easy to ignite. Therefore, the current market acceptance is not high, which restricts its development.

Contents of the invention

In order to solve the above technical problems, the first object of the present invention is to provide a charcoal heating cigarette; the charcoal heating cigarette provided by the application ignites the carbon source section by setting an ignition section including shredded tobacco, so as to solve the problem of carbon source It is not easy to ignite the segment, which affects the consumer experience, and improves the experience of using charcoal heated cigarettes.

The technical scheme provided by the invention is as follows:

A charcoal heated cigarette, comprising an ignition section, a charcoal source section, an atomization section and a filter section,

The carbon source section is located between the ignition section and the atomization section, and the other end of the atomization section away from the carbon source section is connected to the filter section;

The ignition section includes shredded tobacco, which is used to ignite the charcoal source section.

Preferably, the shredded tobacco is made of one or more of shredded flue-cured tobacco, shredded sun-cured tobacco, shredded oriental tobacco, and shredded Burley tobacco.

Preferably, the carbon source section includes carbon rods.

Preferably, the atomizing section includes tobacco filler.

Preferably, the tobacco filler is made of any one or more of reconstituted shredded tobacco prepared by a roll pressing method, a thick pulp method, a dry method or a papermaking method.

Preferably, the filter section includes acetate tow, and molding paper wrapped outside the acetate tow.

Preferably, the length of the filter segment is 10-30mm.

Preferably, the lengths of the ignition section, the carbon source section and the atomization section are respectively 5-20mm.

Preferably, the ignition section and the charcoal source section are respectively wrapped by wrapping materials, and the wrapping materials include burning cigarette paper and/or reconstituted tobacco leaf thin slices; the atomization section is wrapped by flame-retardant paper; and then the ignition The composite section, the carbon source section, and the atomization section are wrapped with molding paper to form a composite section, and the composite section and the filter section are wrapped with tipping paper to form a cigarette.

Preferably, the atomization section is wrapped with flame-retardant paper, and then the ignition section, carbon source section, and atomization section are wrapped with the same wrapping material to form a composite section, and the composite section and the filter section are passed through the tipping paper wrapped to form a cigarette;

Wherein, the wrapping material includes burning cigarette paper and/or reconstituted tobacco leaf sheet.

Preferably, it also includes a flavoring section, the flavoring section is located between the atomization section and the filter section, and is used to add fragrance to the smoke.

Preferably, the aroma-enhancing section includes an aroma-increasing filler, and the aroma-increasing filler is any one or more of or, the flavoring filling material adopts a flavoring nozzle stick or a flavoring solid cooling tube.

Preferably, the flavoring section, the ignition section, and the charcoal source section are respectively wrapped by wrapping materials, and the wrapping materials include burning cigarette paper and/or reconstituted tobacco leaf sheets; the atomization section is wrapped by flame-retardant paper; then Then, the ignition section, the carbon source section, the atomization section, and the flavoring section are wrapped with molding paper to form a composite section, and the composite section and the filter tip section are wrapped with tipping paper to form a cigarette.

Preferably, the atomization section is wrapped by flame-retardant paper, and then the ignition section, carbon source section, atomization section, and flavoring section are wrapped with the same wrapping material to form a composite section; the composite section and the filter section Wrapped with tipping paper to form a cigarette;

Wherein, the wrapping material includes burning cigarette paper and/or reconstituted tobacco leaf sheet.

Preferably, the length of the flavoring section is 5-20mm.

Aiming at the problems existing in the prior art, the application provides a charcoal heating cigarette, which successively includes a connected ignition section, a carbon source section, an atomization section and a filter section, and the carbon source section is heated by setting the ignition section including shredded tobacco. Ignite, solve the problem that the carbon source section is not easy to ignite, which affects the consumer experience, and improve the experience of using charcoal heated cigarettes.

When using the charcoal heating cigarette provided by this application, consumers only need to ignite the ignition section and then inhale. The ignition section provides part of the hot gas at the beginning, and enters the atomization section during the suction process. The atomization section produces smoke, smoke The gas and aroma substances are sent into the consumer's mouth through the filter section, which can effectively improve the problem of poor taste in the first few puffs of charcoal-heated cigarettes; at the same time, the ignition section will also ignite the charcoal source section, and the air heated by the charcoal source section It also passes through the atomization section during the suction process, and the smoke is sent to the consumer's mouth through the filter section. The charcoal-heated cigarette provided by this application includes shredded tobacco in the ignition section, which is convenient to ignite, and after ignition, the ignition section and the charcoal source section provide hot gas successively, which can provide a rapid and long-term smoking experience. In addition, shredded tobacco can also provide part of the smoke at the beginning of smoking, increasing the satisfaction of smoking.

Description of drawings

In order to more clearly illustrate the technical solutions in the embodiments of the present application or the prior art, the following will briefly introduce the drawings that need to be used in the description of the embodiments or the prior art. Obviously, the accompanying drawings in the following description are only These are some embodiments described in this application. Those skilled in the art can also obtain other drawings based on these drawings without creative work.

Fig. 1 is a schematic structural view of a carbon-heated cigarette in an embodiment of the present invention;

Figure 2 is a schematic structural view of a carbon-heated cigarette in an embodiment of the present invention;

Reference signs: 1-ignition section; 11-cut tobacco; 2-carbon source section; 21-charcoal rod; 3-atomization section; 31-tobacco filler; 4-filter section; 41-acetate fiber tow; 42-forming paper; 5-flavoring section; 51-flavoring filler. 6-wrapping material; 61-combustible cigarette paper; 62-reconstituted tobacco leaf sheet; 7-flame retardant paper; 8-tipping paper.

Detailed ways

In order to enable those skilled in the art to better understand the technical solution in the application, the technical solution in the embodiment of the application will be clearly and completely described below, obviously, the described embodiment is only a part of the embodiment of the application , but not all examples. Based on the embodiments in this application, all other embodiments obtained by persons of ordinary skill in the art without making creative efforts belong to the scope of protection of this application.

It should be noted that when an element is referred to as being "fixed" or "disposed on" another element, it may be directly disposed on another element or indirectly disposed on another element; when an element is referred to as being "connected" It may be directly connected to another element or indirectly connected to another element.

It is to be understood that the terms "length", "width", "top", "bottom", "front", "rear", "left", "right", "vertical", "horizontal", "top" , "bottom", "inner", "outer" and other indicated orientations or positional relationships are based on the orientations or positional relationships shown in the drawings, and are only for the convenience of describing the application and simplifying the description, rather than indicating or implying No device or element must have a particular orientation, be constructed, and operate in a particular orientation, and thus should not be construed as limiting the application.

In addition, the terms "first" and "second" are used for descriptive purposes only, and cannot be interpreted as indicating or implying relative importance or implicitly specifying the quantity of indicated technical features. Thus, a feature defined as "first" or "second" may explicitly or implicitly include one or more of these features. In the description of the present application, the meanings of "plurality" and "several" are two or more, unless otherwise specifically defined.

It should be noted that the structures, proportions, sizes, etc. shown in the drawings of this specification are only used to match the content disclosed in the specification, for those who are familiar with this technology to understand and read, and are not used to limit the conditions that this application can implement , so it has no technical substantive meaning, and any modification of structure, change of proportional relationship or adjustment of size shall still fall within the scope of the disclosure disclosed in this application without affecting the effect and purpose of this application. within the range covered by the technical content.

As shown in the figure, the embodiment of the present invention provides a charcoal heating cigarette, including an ignition section 1, a carbon source section 2, an atomization section 3 and a filter section 4,

The carbon source section 2 is located between the ignition section 1 and the atomization section 3, and the other end of the atomization section 3 away from the carbon source section 2 is connected to the filter section 4;

The ignition section 1 includes shredded tobacco 11 for igniting the charcoal source section 2 .

Aiming at the problems existing in the prior art, the present application provides a charcoal heating cigarette, which includes a connected ignition section 1 , a charcoal source section 2 , an atomization section 3 and a filter section 4 in sequence. By setting the ignition section 1 including shredded tobacco 11 to ignite the charcoal source section 2, the problem that the charcoal source section 2 is not easy to ignite and affect the consumer's use experience is solved, and the use experience of charcoal-heated cigarettes is improved.

When using the charcoal heating cigarette provided by this application, the consumer only needs to ignite the ignition section 1 and then inhale. The ignition section 1 provides part of the hot gas at the beginning, and enters the atomization section 3 during the suction process. The atomization section 3 Generate smoke, smoke and aroma substances and send them into the consumer's mouth through the filter section 4, which can effectively improve the problem of poor taste in the first few puffs of charcoal-heated cigarettes; at the same time, the ignition section 1 will also ignite the charcoal source section 2 , the air heated by the carbon source section 2 also passes through the atomization section 3 during the suction process, and the smoke is sent to the consumer's mouth through the filter section 4. The charcoal heating cigarette provided by this application includes shredded tobacco 11 in the ignition section 1, which is convenient to ignite, and after ignition, the ignition section 1 and the charcoal source section 2 provide hot gas successively, which can provide a rapid and long-term smoking experience. In addition, the shredded tobacco 11 can also provide part of the smoke when smoking starts, increasing the satisfaction of smoking.

The combustion of the carbon source section 2 will produce smoke and harmful substances, which will dilute the smoke, while the atomization section 3 can increase the smoke concentration and dilute the harmful components of the smoke.

Preferably, the shredded tobacco 11 is made of one or more of shredded flue-cured tobacco, shredded sun-cured tobacco, shredded oriental tobacco, and shredded Burley tobacco.

Preferably, the shredded tobacco 11 can be one of flue-cured shredded tobacco, shredded sun-cured tobacco, shredded oriental tobacco, and shredded Burley tobacco. It can also be blended according to the taste. It can not only be ignited quickly, but also provide different smoking experiences.

Preferably, the carbon source segment 2 includes carbon rods 21 .

The charcoal source section 2 includes a charcoal rod 21, which is a porous material with a long burning time and can continuously provide heat after being ignited, providing a long-term suction experience.

The charcoal stick 21 adopts food-grade charcoal sticks.

Preferably, the atomizing section 3 includes tobacco filler 31 .

Preferably, the tobacco filler 31 is made of reconstituted shredded tobacco prepared by rolling method, thick pulp method, dry method or papermaking method, any one or more of them.

Preferably, the atomizing section 3 includes a tobacco filling material 31, and the smoke and aroma substances in the tobacco filling material are volatilized and inhaled when the hot air flows through. More preferably, the tobacco filler 31 is made of reconstituted shredded tobacco prepared by rolling method, thick pulp method, dry method or papermaking method, any one or more of them.

The rolling method, the thick pulp method, the dry method or the papermaking method are all conventional methods for preparing reconstituted tobacco leaf sheets in the field, and the reconstituted tobacco leaf sheets are shredded to obtain reconstituted tobacco shreds.

Preferably, the filter segment 4 includes acetate fiber tow 41 and molding paper 42 wrapped outside the acetate fiber tow 41 .

The filter segment 4 is used for passing the smoked gas and flowing into the user's mouth. The filter section 4 includes cellulose acetate tow 41 and molding paper 42, which can filter smoke and reduce temperature.

Preferably, the length of the filter segment 4 is 10-30mm.

Preferably, the lengths of the ignition section 1, the carbon source section 2 and the atomization section 3 are respectively 5-20mm.

The length of the filter segment 4 is preferably 10-30 mm. The lengths of the ignition section 1, the carbon source section 2, and the atomization section 3 are preferably 5-20mm respectively. The diameter of each section can be set to the common diameter in the field of cigarettes.

Preferably, the ignition section 1 and the charcoal source section 2 are respectively wrapped by wrapping material 6, and the wrapping material 6 includes burning cigarette paper 61 and/or reconstituted tobacco leaf sheet 62; the atomization section 3 is made of flame-retardant paper 7 wrapping; then the ignition section 1, the carbon source section 2, and the atomization section 3 are wrapped with molding paper 42 to form a composite section, and the composite section and filter section 4 are wrapped with tipping paper 8 to form a cigarette.

The ignition section 1, the carbon source section 2, and the atomization section 3 can be wrapped separately first, and then wrapped and combined into one section; the ignition section 1, the carbon source section 2 can also be directly wrapped and formed together with the atomization section 3 Composite segment.

As a first embodiment, the ignition section 1 and the charcoal source section 2 are respectively wrapped with wrapping material 6, and wrapping material 6 includes burning cigarette paper 61 and/or reconstituted tobacco leaf sheet 62; atomization section 3 is made of flame-retardant paper 7, and then wrap the wrapped ignition section 1, carbon source section 2, and atomization section 3 with forming paper 42 to form a composite section, and the composite section is wrapped with tipping paper 8 and filter section 4 to finally form a cigarette .

The wrapping material 6 can use any one or more of combustible cigarette paper 61 and reconstituted tobacco leaf sheet 62 . When used at the same time, it is preferable that the reconstituted tobacco leaf sheet 62 is located inside the burning cigarette paper 61 .

The reconstituted tobacco leaf sheet is prepared by adding tobacco leaf fragments, tobacco powder, tobacco stems and other auxiliary materials through conventional methods in the field such as rolling method, thick pulp method, dry method or papermaking method. Adding thin slices of reconstituted tobacco leaves when wrapping can effectively cover up the smell of charcoal.

The flame retardant paper 7 can use aluminum foil paper or other flame retardant paper commonly used in this field.

Preferably, the atomization section 3 is wrapped by flame-retardant paper 7, and then the ignition section 1, the carbon source section 2, and the atomization section 3 are wrapped with the same wrapping material 6 to form a composite section, and the composite section and the filter The mouthpiece 4 is wrapped with tipping paper 8 to form a cigarette;

Wherein, the wrapping material 6 includes burning cigarette paper 61 and/or reconstituted tobacco leaf sheet 62 .

As another embodiment, the atomizing section 3 is wrapped with flame-retardant paper 7, and then the unwrapped ignition section 1, the carbon source section 2 and the atomizing section 3 are wrapped together by the same wrapping material 6 to form a composite section, The composite section is then wrapped with the tipping paper 8 and the filter section 4 to finally form a cigarette. Combustible cigarette paper 61 and/or reconstituted tobacco leaf sheet 62 can also be used as wrapping material 6 .

In this application, one or more layers of wrapping material 6 can be used, that is, one or more layers of burning cigarette paper 61 and reconstituted tobacco leaf sheet 62 can be used.

The charcoal-heated cigarettes provided in this application are compounded by wrapping materials or molding paper and tipping paper, which is easy to operate and can effectively utilize existing crimping and compounding manufacturing equipment.

Preferably, it also includes an aroma enhancing section 5, which is located between the atomizing section 3 and the filter tip section 4, and is used to add aroma to the smoke.

Preferably, the charcoal-heated cigarette also includes an aroma-enhancing section 5, which is located between the atomization section 3 and the filter section 4, and is used to add aroma to the smoke. In addition, it can also increase the taste and improve the sensory quality and reduce the smoke. The air temperature and the dilution of harmful components in the smoke can meet the different needs of consumers for taste, reduce the temperature of the smoke problem, and improve the sensory quality.

Preferably, the flavoring section 5 includes a flavoring filler 51, the flavoring filler 51 is any one of One or more types; or, the flavoring filling material 51 adopts a flavoring nozzle stick or a flavoring solid cooling tube.

Preferably, the flavoring section 5 includes a flavoring filling material 51, which may be any one or more of flavored reconstituted tobacco, flavoring tip rods, and flavoring solid cooling tubes. Wherein the reconstituted shredded tobacco can be prepared by any one of rolling method, thick pulp method, dry method or papermaking method.

Flavored nozzle sticks are obtained by adding spices to polymer materials such as cellulose acetate tow. The flavored solid cooling tube is obtained by adding spices to materials such as paper tubes and polymer tubes during the preparation process, or coating the inner wall with spices.

Preferably, the flavoring section 5, the ignition section 1, and the charcoal source section 2 are respectively wrapped by a wrapping material 6, and the wrapping material 6 includes a burning cigarette paper 61 and/or a reconstituted tobacco leaf sheet 62; the atomizing section 3 is made of Flame-retardant paper 7 wrapping; then the ignition section 1, carbon source section 2, atomization section 3, and flavoring section 5 are wrapped with molding paper 42 to form a composite section, and the composite section and filter section 4 pass through the tipping paper 8 packs form cigarette sticks.

Preferably, the atomization section 3 is wrapped by flame-retardant paper 7, and then the ignition section 1, the carbon source section 2, the atomization section 3, and the flavoring section 5 are wrapped with the same wrapping material 6 to form a composite section; The composite section and the filter section 4 are wrapped with tipping paper 8 to form a cigarette;

Wherein, the wrapping material 6 includes burning cigarette paper 61 and/or reconstituted tobacco leaf sheet 62 .

Similarly, after the aroma-enhancing section 5 is set, the atomizing section 3 can also be wrapped with flame-retardant paper 7, and then the aroma-increasing section 5, ignition section 1, and carbon source section 2 can be wrapped with wrapping material 6 for reuse. The molding paper 42 is wrapped to form a composite section, and the composite section and the filter section 4 are wrapped with the tipping paper 8 to form a cigarette. Or after the atomization section 3 is wrapped by flame-retardant paper 7, the unwrapped ignition section 1, charcoal source section 2, flavoring section 5 and atomization section 3 are wrapped together by the same wrapping material 6 to form a composite section, and then The composite section and the filter section 4 are wrapped with tipping paper 8 to form a cigarette.

Preferably, the length of the flavoring section 5 is 5-20mm.

Example 1

A charcoal heating cigarette includes: an ignition section 1, a carbon source section 2, an atomization section 3, a flavoring section 5 and a filter section 4.

The ignition section 1 includes flue-cured tobacco shreds 11 and burning cigarette paper 61 wrapped on the shreds of tobacco, and the length of the ignition section 1 is 10 mm.

The charcoal source section 2 includes an edible grade charcoal rod 21 and a multi-layer reconstituted tobacco leaf sheet 62 coated on the outside of the charcoal rod 21, and the length of the charcoal source section 2 is 10 mm.

The atomizing section 3 includes a tobacco filler 31, which is obtained by mixing reconstituted shredded tobacco prepared by rolling and dry methods; the tobacco filler 31 is wrapped with aluminum foil paper, and the length of the atomizing section 3 is 20mm.

The flavoring section 5 includes a flavoring filling material 51, which specifically adopts a flavoring nozzle stick 141; the flavoring filling material 51 is coated with a burning cigarette paper 61, and the length of the flavoring section 5 is 14mm.

The filter section 4 includes acetate fiber tow 41 and molding paper 42 wrapped outside it, and the length of the filter section 4 is 30 mm.

The preparation method comprises the following steps:

(1) Obtain 50 kg of flue-cured tobacco leaves from Hubei, and after slicing and regaining moisture, feeding, shredding, drying, and flavoring, shredded flue-cured tobacco is obtained, and then the ignition section 1 is made by rolling with combustion-type cigarette paper 61;

(2) Obtain edible-grade charcoal rods, and use multi-layer reconstituted tobacco leaf thin slices 62 to make carbon source section 2;

(3) Obtain 50 kg of flue-cured tobacco leaves from Hubei, and use rolling method and dry process to make reconstituted shredded tobacco respectively, then use rolling method shredded tobacco and dry process tobacco cut tobacco in a ratio of 3:1 to make reconstituted shredded tobacco, and then use Aluminum foil paper (i.e. flame retardant paper 7) is made into atomization section 3 by rolling;

(4) Obtain cellulose acetate tow, add mint essence in the production process of opening, plasticizing, forming, etc., and then use burning-type cigarette paper 61 to wrap and make flavoring section 5;

(5) Obtain cellulose acetate tow, open, plasticize, form, etc., and then use forming paper 42 to wrap and make filter tip section 4;

(6) Combining the ignition section 1, the carbon source section 2, the atomization section 3, and the flavoring section 5 prepared in the above steps with forming paper 42 to form a composite section;

(7) rubbing the above composite section and the filter section 4 through the tipping paper 8 to obtain cigarettes.

The above-mentioned cigarettes can be ignited quickly, and can be smoked after being ignited, and can last for about 3 to 4 minutes. It has the consumption experience of traditional cigarettes, has good atomization effect, little peculiar smell, and obvious flavor characteristics, which is in line with the general cigarette smoked by consumers. Suck habit.

Example 2

A charcoal heating cigarette includes: an ignition section 1, a carbon source section 2, an atomization section 3, a flavoring section 5 and a filter section 4.

The ignition section 1 includes shredded tobacco 11 prepared by mixing flue-cured tobacco and Burley tobacco and burning cigarette paper 61 wrapped on the shredded tobacco. The length of the ignition section 1 is 10 mm.

The charcoal source section 2 includes an edible grade charcoal rod 21 and a multilayer reconstituted tobacco leaf sheet 62 and burning cigarette paper 61 coated on the outside of the charcoal rod 21. The length of the charcoal source section 2 is 10mm.

The atomizing section 3 includes a tobacco filler 31, which is obtained by mixing reconstituted shredded tobacco prepared by rolling and dry methods; the tobacco filler 31 is wrapped with burning cigarette paper 62, and the length of the atomizing section 3 is 20mm .

The flavoring section 5 includes a flavoring filling material 51, which specifically adopts a flavoring nozzle stick 141; the flavoring filling material 51 is coated with a burning cigarette paper 61, and the length of the flavoring section 5 is 14 mm.

The filter section 4 includes acetate fiber tow 41 and molding paper 42 wrapped outside it, and the length of the filter section 4 is 30 mm.

The preparation method comprises the following steps:

(1) Obtain 50 kg of Hubei flue-cured tobacco leaves and 20 kg of Burley tobacco. After slicing and rehydration, feeding, shredding, drying, and flavoring, etc., respectively prepare flue-cured tobacco shreds and Burley tobacco shreds, mix them for use, and then use Combustible cigarette paper 61 is made into ignition section 1 by rolling;

(2) Obtain edible-grade charcoal rods, and use multi-layer reconstituted tobacco leaf sheets 62 and combustible cigarette paper 61 to make carbon source section 2, and combustible cigarette paper 61 is located on the outside of reconstituted tobacco leaf sheets 62;

(3) Obtain 50kg of Hubei flue-cured tobacco leaves and 20kg of burley tobacco, and make reconstituted shredded tobacco by rolling method, thick pulp method, and dry process respectively, and then use the rolling method, thick pulp process tobacco shreds and dry process tobacco cut quality The ratio is 2:2:1 to make reconstituted shredded tobacco, and then use aluminum foil paper (that is, flame-retardant paper 7) to make atomization section 3 by rolling;

(4) Obtain a paper tube, coat the inner wall of the paper tube with mint essence, and then wrap it with burning cigarette paper 61 to obtain the flavoring section 5;

(5) Obtain cellulose acetate tow, open, plasticize, form, etc., and then use forming paper 42 to wrap and make filter tip section 4;

(6) Combining the ignition section 1, the carbon source section 2, the atomization section 3, and the flavoring section 5 prepared in the above steps with forming paper 42 to form a composite section;

(7) rubbing the above composite section and the filter section 4 through the tipping paper 8 to obtain cigarettes.

The above-mentioned cigarettes can be ignited quickly, and can be smoked after being ignited, and can last for about 3 to 4 minutes. It has the consumption experience of traditional cigarettes, has good atomization effect, little peculiar smell, and obvious flavor characteristics, which is in line with the general cigarette smoked by consumers. Suck habit.

The above description of the disclosed embodiments is provided to enable any person skilled in the art to make or use the invention. Various modifications to these embodiments will be readily apparent to those skilled in the art, and the general principles defined herein may be implemented in other embodiments without departing from the spirit or scope of the invention. Therefore, the present invention will not be limited to the embodiments shown herein, but is to be accorded the widest scope consistent with the principles and novel features disclosed herein.

Claims (15)

1. A carbon heating cigarette is characterized by comprising a ignition section (1), a carbon source section (2), an atomization section (3) and a filter tip section (4),

the carbon source section (2) is positioned between the ignition section (1) and the atomization section (3), and the other end of the atomization section (3) far away from the carbon source section (2) is connected with the filter tip section (4);

the ignition section (1) comprises cut tobacco (11) and is used for igniting the charcoal source section (2).

2. The charcoal heated cigarette according to claim 1, characterized in that the cut tobacco (11) is made of one or more of flue-cured cut tobacco, sun-cured cut tobacco, aromatic cut tobacco, burley cut tobacco.

3. A carbon heating cigarette according to claim 1, characterized in that the carbon source segment (2) comprises a carbon rod (21).

4. A carbon heating cigarette according to claim 1, wherein the atomizing section (3) comprises a tobacco filler (31).

5. The charcoal heating cigarette according to claim 4, wherein the tobacco filler (31) is made of reconstituted tobacco prepared by a rolling method, a thick slurry method, a dry method or a papermaking method, and any one or more of them are taken.

6. A carbon heated cigarette according to claim 1, wherein the filter segments (4) comprise acetate tow (41) and a forming paper (42) wrapped around the outside of the acetate tow (41).

7. A carbon heated cigarette according to claim 1, wherein the length of the filter segments (4) is 10-30mm.

8. A charcoal heating cigarette according to claim 1, characterized in that the length of the ignition section (1), the charcoal source section (2), the atomizing section (3) is 5-20mm, respectively.

9. A charcoal heating cigarette according to any one of claims 1-8, characterized in that the ignition section (1), the charcoal source section (2) are each wrapped by a wrapping material (6), the wrapping material (6) comprising combustion wrap (61) and/or reconstituted tobacco sheet (62); the atomization section (3) is wrapped by flame-retardant paper (7); and then the ignition section (1), the carbon source section (2) and the atomization section (3) are wrapped by using forming paper (42) to form a composite section, and the composite section and the filter tip section (4) are wrapped by tipping paper (8) to form a cigarette.

10. A carbon heated cigarette according to any of claims 1-8, wherein the atomizing section (3) is wrapped with flame retardant paper (7), and then the pilot section (1), the carbon source section (2), and the atomizing section (3) are wrapped with the same wrapper (6) to form a composite section, which is wrapped with the filter section (4) by tipping paper (8) to form a cigarette;

wherein the wrapper (6) comprises combustion wrap (61) and/or reconstituted tobacco sheet (62).

11. A carbon heated cigarette according to any of claims 1-8, further comprising a flavoring section (5), the flavoring section (5) being located between the atomizing section (3) and the filter section (4) for adding flavour to the smoke.

12. The charcoal heating cigarette according to claim 11, wherein the flavoring section (5) comprises a flavoring filler (51), and the flavoring filler (51) is prepared by taking any one or more of reconstituted tobacco prepared by a rolling method, a thick slurry method, a dry method or a papermaking method after flavoring; or the flavoring filling material (51) adopts a flavoring filter rod or a flavoring solid cooling pipe.

13. A charcoal heating cigarette according to claim 11, characterized in that the flavoring section (5) and the ignition section (1), the charcoal source section (2) are wrapped by a wrapping material (6), respectively, the wrapping material (6) comprising a burning cigarette paper (61) and/or reconstituted tobacco sheet (62); the atomization section (3) is wrapped by flame-retardant paper (7); and then wrapping the ignition section (1), the carbon source section (2), the atomization section (3) and the aroma enhancement section (5) by using forming paper (42) to form a composite section, and wrapping the composite section and the filter tip section (4) by using tipping paper (7) to form a cigarette.

14. The charcoal heating cigarette according to claim 11, characterized in that the atomizing section (3) is wrapped with flame retardant paper (7), and then the ignition section (1), the charcoal source section (2), the atomizing section (3), and the flavoring section (5) are wrapped with the same wrapping material (6) to form a composite section; the composite section and the filter tip section (4) are wrapped by tipping paper (8) to form a cigarette;

wherein the wrapper (6) comprises combustion wrap (61) and/or reconstituted tobacco sheet (62).

15. A carbon heating cigarette according to claim 11, characterized in that the flavoring section (5) has a length of 5-20mm.

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