CN112006321A - Method for making tobacco shred and sheet mixed quasi-ordered heating non-combustible cigarette - Google Patents

Abstract

The invention discloses a method for manufacturing a cigarette by mixing cut tobacco slices and heating the cut tobacco slices in an ordered way without burning, which comprises the steps of tobacco leaf processing, slice slitting, blending treatment and rolling forming; the tobacco processing refers to processing the cut tobacco into the tobacco flakes suitable for blending, the flake slitting refers to cutting the flakes into the flakes suitable for blending, mixing and blending the tobacco flakes and the flakes, then carrying out primary mixing storage, then carrying out shredding, flavoring and secondary mixing storage to obtain mixed shreds of tobacco shreds and thin shreds, then carrying out ordering treatment on the mixed shreds, and finally carrying out rolling forming. The novel cigarette is not combusted by heating, and the tobacco shreds are mixed in the thin sheet, so that the taste of the cigarette is improved, and the requirements of consumers are met. In addition, because inside pipe tobacco presents the state of ordered relatively, and does not contain garrulous pipe tobacco, can not appear garrulous cigarette and drop, fall phenomenons such as ash in heating device, promoted consumption experience.

Description

A kind of preparation method of seemingly ordered heat-not-burn cigarette mixed with shredded tobacco flakes

technical field

The invention relates to a novel heat-not-burn cigarette manufacturing process, in particular to a manufacturing process of an ordered heat-not-burn cigarette mixed with shredded tobacco sheets.

Background technique

The inside of traditional cigarettes includes: long cut tobacco, short cut tobacco, thin cut tobacco, cut stem, expanded tobacco, shredded tobacco, etc. Long cut tobacco, short cut tobacco, thin cut tobacco, and cut stem are intertwined inside the cigarette, showing a disordered appearance. The state constitutes the main component inside the cigarette. Expanded shredded tobacco, shredded tobacco, etc. fill the internal voids of the cigarette, and adjust the density uniformity inside the cigarette to ensure the hardness and stiffness of the cigarette, as shown in Figure 1. The production process of traditional cigarettes mainly includes: silk making, blending, flavoring, rolling and other processes, and finally rolled and shaped by a cigarette machine.

In recent years, a new type of heat-not-burn cigarette has entered the market. It uses a special heating device to heat the treated cut tobacco (thin sliced tobacco) to a certain temperature, but does not ignite the tobacco, so that the cut tobacco is heated enough to emit smoke. The taste is closer to real smoke. The inside of the heat-not-burn cigarette is thin sliced tobacco, which is rolled by a thin sheet pleated paper cutter and a compound machine. The sheet pleated paper cutter completes the pressing and rolling of the sheet coil, and the laminating machine completes the splicing of the filter. Because its internal tobacco shredded structure is relatively simple, and its shredding and rolling processes are all completed in a sheet pleated paper cutter, therefore, its interior is a completely ordered structure with good uniformity, as shown in Figure 2.

Since the inner filler of heat-not-burn cigarettes is shredded tobacco (the shredded tobacco powder is made by the papermaking method), the smoking taste is poor, and it is difficult to meet the requirements of consumers. If the traditional internal structure of cigarettes is adopted, the heating and non-burning cigarettes are produced by cigarette machines, and the taste of smoking can be improved, but the phenomenon of broken cigarettes and ash falling in the heating device is easy to occur, which affects the consumption experience.

SUMMARY OF THE INVENTION

The present invention overcomes the deficiencies of the prior art, and provides a method for making a heat-not-burn cigarette in an orderly manner in which cut tobacco sheets are mixed.

In order to solve the above-mentioned technical problems, an embodiment of the present invention adopts the following technical solutions:

A method for making quasi-ordered heat-not-burn cigarettes mixed with shredded tobacco sheets, the method comprises tobacco leaf processing, sheet cutting, blending treatment and rolling forming; After cutting, it is processed into sheet-like tobacco leaves suitable for blending. Mixed and stored, followed by shredding, flavoring, and mixed storage for the second time to obtain a mixed silk of cut tobacco and thin sliced silk, and then the mixed silk is processed in an orderly manner, and finally rolled into a shape.

Slicing the sliced tobacco is to cut the boxed sliced tobacco into small pieces of flaked tobacco leaves, which is convenient for subsequent processing.

After unpacking and cutting the boxed tobacco, the processing sequentially includes adding water to moisten the leaves, temporarily storing in a storage cabinet, adding materials to moisturizing the leaves, temporarily storing in a storage cabinet, warming and humidifying the tobacco leaves and then drying them, and adding aroma to the tobacco leaves.

The sliced tobacco leaves are treated with water to moisten the leaves. The function of this process is to increase the temperature and humidity of the sliced tobacco, improve the processing resistance, and improve the sensory quality of the sliced tobacco. After the treatment in this process, the moisture content of the tobacco after adding water to moisten the leaves reaches 15%-20%.

The tobacco leaves after adding water and moisturizing the leaves are temporarily stored in the storage cabinet. The function of this process is to make the tobacco leaves fully absorb moisture and balance the moisture content and temperature of the tobacco leaves; the storage time is 2-8h (the minimum time should ensure that the tobacco leaves fully absorb moisture, and the maximum The time should ensure that the quality of tobacco leaves is not reduced).

The feeding and moisturizing is applying sugar to the tobacco leaves. For the tobacco leaves temporarily stored in the storage cabinet, the function of this process is to apply sugar to the tobacco leaves, increase the temperature and humidify, further improve the processing resistance, and further improve the sensory quality of the sliced tobacco. After this process, the moisture content of the tobacco sheet reaches 16%-21%.

After feeding and moisturizing the leaves, a temporary storage cabinet is carried out. The function of this process is to make the tobacco leaves fully absorb the feed liquid and balance the moisture content and temperature of the tobacco leaves; the storage time is 2-8 hours (the minimum time should ensure that the tobacco leaves fully absorb the feed liquid. , the maximum time should ensure that the quality of tobacco leaves is not reduced).

The tobacco leaves are heated and humidified and then dried refers to first warming and humidifying the tobacco leaves to make the moisture content reach 20%-28%, and then drying the tobacco leaves to reduce the tobacco leaves moisture content to 12%-16%. The function of warming and humidifying is to increase the temperature and moisture content of tobacco leaves, and to improve the sensory quality of tobacco leaves. After warming and humidifying, the moisture content reaches 20%-28%. Drying is to dry the tobacco leaves, and its function is to reduce the moisture, so that the tobacco leaves emit the original aroma of tobacco, and improve the filling and processing resistance of the tobacco leaves, so as to achieve the coordination of the two. After drying, the moisture content of tobacco leaves is reduced to 12%-16%.

Flavoring tobacco leaves is the application of flavors to tobacco leaves.

The slices are sliced and cut into small pieces of tobacco leaves, which are convenient for subsequent processing (before slicing, the slices are in a box or disc shape, which is related to the pre-processing process).

After the flaky tobacco leaves and the flakes are mixed and blended, the mass content of the flaky tobacco leaves is 10%-20%.

The first mixed storage is to put the mixed and blended tobacco leaves and flakes into a storage cabinet for mixed storage, so as to improve the uniformity of the mixed blending and balance the production capacity. The storage time is less than or equal to 12h.

After being mixed and stored for the first time, shredding is performed, and the shredding is to cut flaky tobacco leaves and thin slices into shredded tobacco and shredded thin slices with a width of 0.6-1.2 mm, respectively.

Flavoring after shredding belongs to the second flavoring, and the first flavoring was carried out during the processing of cigarettes. The function of the second flavoring is to apply flavoring to the mixed shredded tobacco and shredded flakes for the second time, so as to further improve the taste of the cigarette. The twice-flavored flavors can be selected from a variety of flavors in the field of cigarettes, and different flavors have different effects on the taste of the new heat-not-burn cigarettes.

After aromatization, carry out the second mixed storage, that is, put the aromatized shredded tobacco and thin slices into the storage cabinet for storage, so that the tobacco leaves can fully absorb the spices and balance the production capacity; the storage time is 2-8h (the minimum time should ensure that the tobacco leaves are fully absorbed. Spices, the maximum time should be guaranteed not to reduce the quality of tobacco leaves).

The ordering treatment of the mixed filaments refers to ordering the mixed filaments through equipment, which refers to arranging the shredded tobacco and the shredded shreds to be in the same direction, and sieving out the broken smoke and smoke in the shredded tobacco and shredded shreds.

The rolling and forming refers to sending the ordered mixed silk into a cigarette machine for rolling, and assembling the filter tip to obtain a formed cigarette.

The quasi-ordered heat-not-burn cigarette (called a new type of heat-not-burn cigarette) obtained by using the above-mentioned method for making a similar-order heat-not-burn cigarette mixed with shredded tobacco sheets is composed of thin sliced tobacco and long shredded tobacco. The proportion of shredded tobacco is high, accounting for about 80%-90%, which mainly plays the role of filling cigarettes and ensures the forming hardness of the cigarette; Roughly the same, it mainly plays the role of improving the taste of the product. The long cut tobacco and the thin sliced tobacco are evenly blended inside the new type of heat-not-burn cigarette, and the direction of the cut tobacco is basically the same, showing a seemingly ordered structure.

Compared with the prior art, the present invention has at least the following beneficial effects: the novel heat-not-burn cigarette, because the slices are mixed with shredded tobacco, thus improves the taste of the cigarette and meets the requirements of consumers. In addition, since the internal shredded tobacco is in a relatively orderly state and does not contain shredded tobacco, there will be no phenomenon of shredded tobacco falling or ash falling in the heating device, which improves the consumption experience.

Description of drawings

Fig. 1 is the process flow diagram of the present invention.

FIG. 2 is a schematic structural diagram of a novel heat-not-burn cigarette prepared by the process of the present invention.

Detailed ways

In order to make the objectives, technical solutions and advantages of the present invention clearer, the present invention will be further described in detail below with reference to the embodiments. It should be understood that the specific embodiments described herein are only used to explain the present invention, but not to limit the present invention.

According to each embodiment of the present invention, the novel heat-not-burn cigarette shown in FIG. 2 is prepared according to the flow chart shown in FIG. 1 .

Example 1

The production process of the new type of heat not burn cigarette mainly includes: tobacco leaf processing, sheet processing, blending treatment, rolling and molding. The process is as follows:

Step 1: Slice. The boxed cigarettes are unboxed, then sliced and cut into small pieces of flaked tobacco leaves, which are convenient for subsequent processing.

Step 2: Add water to moisten the leaves. The sliced tobacco leaves are treated with water to moisten the leaves. The function of this process is to increase the temperature and humidity of the sliced tobacco, improve the processing resistance, and improve the sensory quality of the sliced tobacco. After this process, the moisture content of the tobacco sheet reaches 15%.

Step 3: Temporary storage in storage cabinets. The tobacco leaves treated in step 2 are stored. The function of this process is to make the tobacco leaves fully absorb moisture and balance the moisture content and temperature of the tobacco leaves; the storage time is 5h to ensure that the tobacco leaves fully absorb moisture without reducing the quality of the tobacco leaves.

Step 4: Add ingredients to moisten the leaves. The function of this process is to add sugar (such as caramel flavor) to the tobacco leaves after slicing, and increase the temperature and humidification to further improve the processing resistance and the sensory quality of the sliced tobacco. After the treatment in this process, the tobacco temperature reaches 55°C, and the moisture content reaches 18%.

Step 5: Temporary storage in the storage cabinet. The tobacco leaves treated in step 4 are stored. The function of this process is to make the tobacco leaves fully absorb the feed liquid and balance the moisture content and temperature of the tobacco leaves; the storage time is 4h to ensure that the tobacco leaves fully absorb the feed liquid without reducing the quality of the tobacco leaves.

Step 6: The tobacco leaves are dried. The tobacco leaf drying process includes tobacco leaf warming, humidification and drying. The function of warming and humidifying is to increase the temperature and moisture content of tobacco leaves, and improve the sensory quality of tobacco leaves. After warming and humidifying, the temperature of tobacco leaves reaches 80°C and the moisture content reaches 20%. Drying is to dry the tobacco leaves, and its function is to reduce the moisture, so that the tobacco leaves emit the original aroma of tobacco, and improve the filling and processing resistance of the tobacco leaves, so as to achieve the coordination of the two. After drying, the moisture content of tobacco leaves was reduced to 13%.

Step 7: Flavor the tobacco leaves. The effect of this step is to impart flavor to the tobacco leaves.

Steps 1 to 7 are the tobacco leaf processing process.

Step 8: Thin slices. The slices are sliced and cut into small pieces of tobacco leaves, which are convenient for subsequent processing (before slicing, the slices are in a box or disc shape, which is related to the pre-processing process).

Step 8 is a sheet processing process.

Step 9: Mixing and blending. The processed tobacco leaves and flakes are blended. The content of tobacco leaves after blending is 10%.

Step 10: Locker Storage. The function of mixing and storing the blended tobacco leaf flakes is to improve the uniformity of the blending and balance the production capacity. Storage time is 6h.

Step 11: Shred. The tobacco leaf slices are shredded, and the shred width is 1.0mm, which is determined according to product requirements. During the shredding process, foreign objects such as metals and stones were raised.

Step 12: Secondary fragrance. After cutting the shreds, add flavoring for the second time, and its function is to apply flavoring to the mixed shredded tobacco and shredded thin slices for the second time, so as to further improve the taste of the cigarette.

Step 13: Store the cut tobacco processed in Step 12. The function of this process is to make the tobacco leaves fully absorb the flavors and balance the production capacity; the storage time is 5h to ensure that the tobacco leaves fully absorb the flavors without reducing the quality of the tobacco leaves.

Steps 9 to 13 are the blending process.

Step 14: Order the cut tobacco. The shredded tobacco is processed in an orderly manner through the equipment, so that the shredded tobacco and the shredded sheet are in the same direction.

Step 15: Roll Shape. The shredded tobacco after the orderly treatment is fed into the cigarette machine for rolling and filter tip assembly to form the cigarette. The orderly treatment should be directly connected to the cigarette equipment, and should not go through other processes, so as to prevent the orderly cut tobacco from becoming messy and disorderly.

The schematic structural diagram of the new heat-not-burn cigarette prepared according to steps 1 to 15 is shown in Figure 2 . The proportion of thin slices is relatively high, accounting for 90%, which mainly plays the role of filling cigarettes and ensures the forming hardness of cigarettes; the proportion of shredded tobacco is 10%, which is wound on the shredded tobacco, which is roughly the same as the direction of shredded tobacco, mainly to improve the quality of smoking. effect of taste. The long cut tobacco and the thin sliced tobacco are evenly blended inside the new type of heat-not-burn cigarette, and the direction of the cut tobacco is basically the same, showing a seemingly ordered structure. The thin slices mentioned here are thin slices made by the papermaking method, and the thin slices are shredded to participate in the production of cigarettes. The shredded tobacco mentioned here refers to the long shredded tobacco in traditional cigarettes.

Steps 14 to 15 are roll forming processes.

In the following, the quality comparison of the quasi-ordered heat-not-burn cigarettes mixed with cut tobacco sheets prepared in the present embodiment and the traditional sheet heat-not-burn cigarettes is carried out in the manner of tasting. Traditional sheet HNB cigarettes use sheet cut tobacco as raw material, are rolled by sheet pleated paper cutter and compound machine, and use the same flavoring as in Example 1.

Suction Form: Contrast Suction. Comparative smoking was conducted between the quasi-ordered heat-not-burn cigarettes blended with cut tobacco sheets and the thin-sheet heat-not-burn cigarettes.

Product suction method: the overall circulation method. During the evaluation, the smoke is inhaled through the mouth, larynx and pharynx, and exhaled through the nasal cavity, and the whole process of feeling and capturing the characteristics of smoke.

Product suction index:

1. Gloss. The gloss determination of cut tobacco is completed by visual perception.

2, aroma. Pleasant scent felt by the senses during inhalation.

3. Miscellaneous gas. Miscellaneous Comments on the unpleasant odor perceived by the senses during inhalation. Such as wood, grass, scorched, earthy, turpentine, pollen, local miscellaneous air, etc.

4. Harmony. The harmony between the aroma of flavoring substances and the aroma of tobacco leaves.

5. Aftertaste. The feeling of smoke as it leaves the mouth and nose. Such as sour, sweet, bitter, spicy, astringent and other tastes.

6, irritating. Uncomfortable feeling on the sense organs after inhaling smoke.

Suction rules:

1. The sensory quality score is based on a percentage system, with a maximum score of 100 points.

2. Each item is scored in 0.5 points.

3. When evaluating and scoring six items of luster, aroma, miscellaneous air, harmony, irritation, and aftertaste, the quality of each item is scored separately.

4. There are no less than 7 tasters, and the sensory quality score is expressed as the sum of the average scores of each individual item, accurate to 0.1.

Smoking results: 7 people in the smoking group compared the ordered heat-not-burn cigarettes mixed with cut tobacco sheets prepared in Example 1 and traditional thin-sheet heat-not-burn cigarettes. The smoking results are shown in Tables 1 and 2. Show.

Table 1 Puffing results of quasi-ordered heat-not-burn cigarettes mixed with cut tobacco flakes

taster Gloss 5 Aroma 32 Harmony 6 Miscellaneous gas 12 irritating 20 Aftertaste 25 total #1 3.5 28 5 9.5 16.5 twenty two —— #2 3 27 5 9.5 17 22.5 —— #3 3.5 27.5 4.5 9.5 17.5 twenty two —— #4 3.5 26.5 4.5 10 17 21.5 —— #5 3.5 27 5 9.5 16.5 twenty two —— #6 3 26.5 5 9 16.5 22.5 —— #7 3.5 26 4.5 9.5 17 twenty two —— average 3.4 26.9 4.8 9.5 16.9 22.1 83.6

Table 2 Puffing results of sheet heat-not-burn cigarettes

taster Gloss 5 Aroma 32 Harmony 6 Miscellaneous gas 12 irritating 20 Aftertaste 25 total #1 3.5 twenty four 5 9.5 17 20.5 —— #2 3 twenty three 4.5 9 17 19.5 —— #3 3 23.5 5 10 17 20 —— #4 3.5 twenty three 4.5 9.5 16.5 20.5 —— #5 3.5 22.5 5 10 17 20 —— #6 3 23.5 5 9 16.5 20.5 —— #7 3.5 twenty four 5 9.5 16.5 20 —— average 3.3 23.4 4.9 9.5 16.8 20.1 78

It can be seen from the comparative smoking results in Table 1 and Table 2 that the smoking score of HNB cigarettes mixed with cut tobacco sheets is better than that of HNB cigarettes, especially in the two indicators of aroma and aftertaste. The smoking experience of heat-not-burn cigarettes is better.

Example 2

The production process of the new type of heat not burn cigarette mainly includes: tobacco leaf processing, sheet processing, blending treatment, rolling and molding. The process is as follows:

Step 1: Slice. After unpacking the boxed cigarettes, the slicing process is performed, and then the flaked tobacco leaves are cut into small pieces, which is convenient for subsequent processing.

Step 2: Add water to moisten the leaves. The sliced tobacco leaves are treated with water to moisten the leaves. The function of this process is to increase the temperature and humidity of the sliced tobacco, improve the processing resistance, and improve the sensory quality of the sliced tobacco. After this process, the moisture content of the tobacco sheet reaches 20%.

Step 3: Temporary storage in storage cabinets. The tobacco leaves treated in step 2 are stored. The function of this process is to make the tobacco leaves fully absorb moisture and balance the moisture content and temperature of the tobacco leaves; the storage time is 8h to ensure that the tobacco leaves fully absorb moisture without reducing the quality of the tobacco leaves.

Step 4: Add ingredients to moisten the leaves. The function of this process is to add sugar to the tobacco leaves after slicing, and to increase the temperature and humidification to further improve the processing resistance and the sensory quality of the sliced tobacco. After the treatment in this process, the tobacco temperature reaches 55 DEG C, and the moisture content of the tobacco reaches 20%.

Step 5: Temporary storage in the storage cabinet. The tobacco leaves treated in step 4 are stored. The function of this process is to make the tobacco leaves fully absorb the feed liquid and balance the moisture content and temperature of the tobacco leaves; the storage time is 4h to ensure that the tobacco leaves fully absorb the feed liquid without reducing the quality of the tobacco leaves.

Step 6: The tobacco leaves are dried. The tobacco leaf drying process includes tobacco leaf warming, humidification and drying. The function of warming and humidifying is to increase the temperature and moisture content of tobacco leaves, and to improve the sensory quality of tobacco leaves. Drying is to dry the tobacco leaves, and its function is to reduce the moisture, so that the tobacco leaves emit the original aroma of tobacco, and improve the filling and processing resistance of the tobacco leaves, so as to achieve the coordination of the two. After drying, the moisture content of tobacco leaves was reduced to 13%.

Step 7: Flavor the tobacco leaves. The effect of this step is to impart flavor to the tobacco leaves.

Steps 1 to 7 are the tobacco leaf processing process.

Step 8: Thin slices. The slices are sliced and cut into small pieces of tobacco leaves, which are convenient for subsequent processing (before slicing, the slices are in a box or disc shape, which is related to the pre-processing process).

Step 8 is a sheet processing process.

Step 9: Mixing and blending. The processed tobacco leaves and flakes are blended. The content of tobacco leaves after blending is 20%.

Step 10: Locker Storage. The function of mixing and storing the blended tobacco leaf flakes is to improve the uniformity of the blending and balance the production capacity. Storage time is 6h.

Step 11: Shred. The tobacco leaf slices are shredded, and the shred width is 1.0mm, which is determined according to product requirements. During the shredding process, foreign objects such as metals and stones were raised.

Step 12: Secondary fragrance. After cutting the shreds, add flavoring for the second time, and its function is to apply flavoring to the mixed shredded tobacco and shredded thin slices for the second time, so as to further improve the taste of the cigarette.

Step 13: Store the cut tobacco processed in Step 12. The function of this process is to make the tobacco leaves fully absorb the flavors and balance the production capacity; the storage time is 5h to ensure that the tobacco leaves fully absorb the flavors without reducing the quality of the tobacco leaves.

Steps 9 to 13 are the blending process.

Step 14: Order the cut tobacco. The shredded tobacco is processed in an orderly manner through the equipment, so that the shredded tobacco and the shredded sheet are in the same direction.

Step 15: Roll Shape. The shredded tobacco after the orderly treatment is sent into the cigarette machine for rolling and filter tip assembly to form the cigarette. The orderly treatment should be directly connected to the cigarette equipment, and should not go through other processes, so as to prevent the orderly cut tobacco from becoming messy and disorderly.

Steps 14 to 15 are roll forming processes.

Although the present invention has been described herein with reference to illustrative embodiments thereof, it should be understood that numerous other modifications and embodiments can be devised by those skilled in the art that will fall within the scope of the principles disclosed herein and within the spirit. More particularly, various variations and modifications may be made to the component parts and/or arrangements of the subject combination arrangement within the scope of the present disclosure. In addition to variations and modifications in the component parts and/or arrangements, other uses will also be apparent to those skilled in the art.

Claims (10)

1. A method for preparing a cigarette with mixed tobacco shreds and slices by orderly heating and non-combustion is characterized by comprising the steps of tobacco leaf processing, slice slitting, blending treatment and rolling forming; the tobacco processing refers to the processing of boxed tobacco sheets into sheet tobacco suitable for blending after unpacking and cutting, the sheet cutting refers to the processing of boxed sheets into sheets suitable for blending after unpacking and cutting, the mixing and blending of the sheet tobacco sheets and the sheets are carried out, then the first mixing and storing is carried out, then the mixed shreds of tobacco shreds and sheet shreds are obtained through shredding, flavoring and second mixing and storing, then the mixed shreds are orderly processed, and finally the tobacco shreds are rolled and formed.

2. The method for producing a quasi-ordered heating non-combustible cigarette by mixing tobacco shreds and flakes according to claim 1, wherein the ordering of the mixed shreds is to arrange the tobacco shreds and the flakes in the same direction and to screen out broken tobacco and smoke dust existing in the tobacco shreds and the flakes.

3. The method for manufacturing the non-combustible quasi-ordered heated cigarette with mixed tobacco shreds and slices according to claim 1, wherein the mass content of the tobacco shreds is 10-20% after the tobacco shreds and the slices are mixed and blended.

4. The method for producing a non-combustible, sequential-heating-like cigarette in which tobacco shreds and flakes are mixed according to claim 1, wherein the shredding is to cut the tobacco shreds and the flakes into tobacco shreds and flakes having a width of 0.6 to 1.2mm, respectively.

5. The method for preparing the non-combustible and quasi-ordered heating cigarette with mixed tobacco shreds and slices according to claim 1, wherein the first mixing and storing step is to store the mixed and blended tobacco shreds and slices in a storage cabinet, so that the uniformity of mixing and blending is improved, and the storage time is less than or equal to 12 hours; and the second mixing storage is to store the flavored cut tobacco and the flavored slice tobacco in a storage cabinet, so that the tobacco leaves fully absorb the spices, and the storage time is 2-8 h.

6. The method for producing a non-combustible, ordered-heating cigarette mixed with cut tobacco flakes according to claim 1, wherein the processing of the boxed tobacco after unpacking and cutting comprises wetting the tobacco leaves with water, temporarily storing in a storage cabinet, moistening the tobacco leaves with a feed, temporarily storing in a storage cabinet, warming and humidifying the tobacco leaves, then drying, and perfuming the tobacco leaves.

7. The method for manufacturing the order-like heating non-combustible cigarette mixed with the cut tobacco sheets according to claim 6, wherein the moisture content of the cut tobacco sheets after being moistened with water reaches 15% -20%; the step of feeding and moistening the tobacco leaves is to apply sugar to the tobacco leaves, and heat and humidify the tobacco leaves to enable the moisture content of the tobacco leaves to reach 16-21%.

8. The method for producing the non-combustible quasi-sequential heating cigarette mixed with the cut tobacco sheets according to claim 7, wherein the storage time for temporarily storing the cut tobacco sheets in the storage cabinet for two times is 2-8 hours, so that the tobacco leaves can uniformly and fully absorb moisture or sugar.

9. The method for making the non-combustible and orderly heated cigarette mixed with the cut tobacco slices according to claim 8, wherein the step of heating, humidifying and drying the tobacco leaves is to heat, humidify and dry the tobacco leaves to enable the moisture content of the tobacco leaves to reach 20% -28%, and then dry the tobacco leaves to enable the moisture content of the tobacco leaves to be reduced to 12% -16%.

10. The method for producing a non-combustible cigarette by orderly heating in which tobacco shreds and flakes are mixed according to claim 1, wherein the rolling and forming is to feed the mixed shreds after the orderly processing into a cigarette making machine to roll and assemble filter tips to obtain a formed cigarette.

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