JP3219367U - Multi-use granular tobacco - Google Patents

Abstract

A versatile granular tobacco is provided.
A filter stage 1 and a tobacco granule stage 2 connected to each other, the tobacco granule stage 2 includes a packaging case 21 and a padding 22 of tobacco granules filled in the packaging case 21, the packaging case 21 being an aluminum foil, Or tobacco leaf, or a smoked sheet is included, and a smoked sheet is manufactured by mold drying from the pulp of tobacco leaf. A tobacco granule filter 3 is provided on one side of the tobacco granule stage 2 close to the filter stage 1. The filter stage 1 includes a tobacco paper tube 11 and a filter body 12, the filter body 12 is inserted into the tobacco paper tube 11, and the tobacco granule stage 2 is connected to the tobacco paper tube 11. Moreover, the packaging case 21 of the batting 22 of the tobacco granule does not use rice paper, but uses an aluminum foil, tobacco leaf, smoked sheet or the like that does not produce a strange odor.
[Selection] Figure 3

Description

  The new utility model relates to tobacco products, and specifically to a type of multi-use granular tobacco.

  Current tobacco generally includes a filter stage and a tobacco stage connected to each other, and rice paper is coated on both the filter stage and the tobacco stage. However, such a cigarette structure has the following problems when it is used for a heated electronic cigarette: (1) Rice paper at the tobacco stage receives heat first, and the heat reception generates an odor that is completely different from that of the tobacco. (2) Cigarettes in the tobacco stage are chopped cigarettes, and when inserted with heat-generating electronic cigarette heating parts such as heat-generating needles, heat-generating sheets, and heat-generating rods, smoking is prevented. Makes it difficult to insert and causes further tobacco damage. (3) Cigarettes specially applied to heated electronic cigarettes are generally relatively short in length (for example, the length of a Marlboro cigarette used in IQOS heated electronic cigarettes is half the length of ordinary cigarettes) Yes), which raises the temperature of the smoke where the tobacco is heated and atomized.

  Technical problem to be solved by this new type of utility: In response to the above-mentioned problems of the prior art, we provide multi-use granulated tobacco, and the packing case of batting of this new type of new tobacco granule does not use rice paper, aluminum foil, tobacco Use something that does not produce a strange smell, such as leaves or smoked sheets. It has the advantages that it does not produce a strange odor when it is heated, has a palatable taste, and does not have a strange odor; It can be applied to insertion of heat-generating parts such as needles, heat-generating sheets, heat-generating rods, etc., and can be used as a general-purpose cigarette for heating electronic cigarettes, and has the advantage of wide use.

  In order to solve the above technical problems, the technical solutions used by the new utility model are as follows:

  A multi-use granular tobacco comprising a filter stage and a tobacco granule stage connected to each other, the tobacco granule stage comprising a packaging case and a pad of tobacco granules filled in the packaging case, the packaging case being an aluminum foil or tobacco The smoked sheet is produced by mold drying from tobacco leaf pulp.

  Preferably, a tobacco granule filter is provided on one side close to the tobacco granule filter stage.

  Preferably, the filter stage includes a tobacco paper tube and a filter body, the filter body is inserted into the tobacco paper tube, and the tobacco granule stages are connected to the tobacco paper tube.

  Preferably, the length of the filter body is shorter than the length of the tobacco paper tube, so that at least one end of the filter stage forms a cooling cavity.

  Preferably, the packaging case is cylindrical.

  Preferably, the packaging case is cup-shaped and is provided with perforations at the bottom of the cup.

  Preferably, the packaging case has a cylindrical shape and is provided with perforations on two end surfaces.

  Compared to the prior art, the present invention has the following advantages:

  1. The packing case for the padding of this practical new tobacco granule does not use rice paper, but uses something that does not produce a strange odor, such as aluminum foil, tobacco leaves, and smoked sheets. Has the advantage that it does not produce a strange odor when heating tobacco granule stage, is palatable and has no strange odor;

  2. When heating this practical new type of tobacco granule stage, replace the cigarette with the batting of the tobacco granule and apply it to the insertion of heating parts such as various heating needles, heating sheets, heating rods, etc. And has the advantage of wide application.

It is sectional drawing of Example 1 of this invention. It is sectional drawing of Example D of this invention. It is sectional drawing of Example 3 of this invention. It is sectional drawing of Example 4 of this invention. It is sectional drawing of Example 5 of this invention.

  Example 1:

  As shown in FIG. 1, the present embodiment provides a multi-use granular tobacco, which includes a filter stage 1 and a tobacco granule stage 2 connected to each other, and the tobacco granule stage 2 is contained in a packaging case 21 and a packaging case 21. The packing case 21 is made of aluminum foil and includes a filling 22 of filled tobacco granules. In this embodiment, the packaging case 21 of the tobacco granule filling 22 does not use a tobacco paper tube, but is replaced with aluminum foil, which does not produce a strange odor substance when heated and heat-treated, whereby the tobacco granule stage. 22 has the advantage that it does not produce a strange odor upon heating, is palatable and has no strange odor; and the packaging case 21 also has tobacco leaf (tobacco leaf blade) or smoke sheet (tobacco It is manufactured by mold drying from leaf pulp, and tobacco leaf pulp is manufactured from tobacco leaf blades.

  As shown in FIG. 1, a tobacco granule filter 3 is provided on one side of the tobacco granule stage 2 near the filter stage 1, and the tobacco granule filter 3 prevents the granules of the tobacco granules from entering the filter stage 1. Can ensure that all tobacco granules are in a possible tobacco granule stage 2 to be heated; prevent waste of tobacco granules; tobacco granule filter 3 is specifically a silica gel sheet with holes as needed Filtering of tobacco granules can be realized using a microporous ceramic slice, a microporous diaphragm, fiber cotton, or the like. The point to be described is that the filter stage 1 itself has a filtering and blocking function, so the tobacco granule filter 3 is not necessarily a necessary part. For example, if the filter stage 1 and the tobacco granule stage 2 are in close contact, the tobacco granule Of course, if filter stage 1 and tobacco granule stage 2 are not in intimate contact (specifically see Example 2 and Example 3 below), tobacco granule filter 3 can prevent the tobacco granules from falling into the gap between the filter stage 1 and the tobacco granule stage 2 (the cooling cavity 13 of Example 2 and Example 3 below).

  As shown in FIG. 1, the filter stage 1 includes a tobacco paper tube 11 and a filter body 12, the filter body 12 is inserted into the tobacco paper tube 11, and the tobacco granule stage 2 is connected to the tobacco paper tube 11 with each other. . The filter body 12 is the same as the component structure of a conventional tobacco filter and will not be described in detail here.

  As shown in FIG. 1, the packaging case 21 in this embodiment is cylindrical, and can be processed into other semi-closed or fully-closed structures as needed, thereby bettering the batting 22 of tobacco granules. Realize accommodation.

  Example 2:

  The present embodiment is basically the same as the first embodiment, and the main distinction points are as follows: The length of the filter body 12 in the first embodiment is equal to the length of the tobacco paper tube 11. However, cigarettes specially applied to heated electronic cigarettes are generally relatively short in length (for example, the length of Marlboro cigarettes used in IQOS heated electronic cigarettes is half that of ordinary cigarettes. In view of the technical problem of increasing the temperature of the smoke in which the tobacco is heated and atomized, the method of forming the cooling cavity 13 in the filter stage 1 in the present embodiment is more effective against the heated atomized smoke of the tobacco. The temperature lowering effect is achieved, and the temperature lowering principle is as follows: the low temperature air or smoke remaining in the temperature decreasing cavity 13 is mixed with the tobacco's heated atomized temperature falling smoke, and the high temperature of the tobacco's heated atomized high temperature smoke It is possible to achieve the effect; yet, assuming a standard length, the temperature drop cavity 13 is formed by reducing the length of the filter body 12, thereby reducing the cost of the filter stage 1. It can be.

  As shown in FIG. 2, the length of the filter main body 12 in this embodiment is shorter than the length of the cigarette wrapping paper 11, thereby forming the cooling cavity 13 at one end of the filter stage 1. The temperature lowering cavity 13 of this embodiment is located on one side of the tobacco granule stage 2 of the filter stage 1 and there is no doubt that it is arranged on one side far away from the tobacco granule stage 2 and the temperature lowering effect is basically the same. .

  Example 3:

  The present embodiment is basically the same as the second embodiment, and the main distinction points are as follows: As shown in FIG. 3, the length of the filter body 12 in this embodiment is the length of the tobacco paper tube 11. Shorter, thereby forming a cooling cavity 13 at both ends of the filter stage 1. The temperature-decreasing cavity 13 at both ends achieves a double temperature-decreasing effect, and the temperature-decreasing effect is even better; yet, the temperature-decreasing cavity 13 is formed by reducing the length of the filter body 12, and the cost of the filter stage 1 can be further reduced.

  Example 4:

  The present embodiment is basically the same as the first embodiment, and the main distinguishing points are as follows: The packaging case 21 of the first embodiment has a cylindrical shape. However, in order to realize better accommodation of the batting 22 of tobacco granules, in this embodiment, the packaging case 21 is processed into a semi-closed structure. Specifically, referring to FIG. It is cup-shaped, and a perforation (used for inhalation) is provided at the bottom of the cup, and the cup bottom is arranged inside or outside the packaging case 21 as required, both of which drop the batting 22 of tobacco granules. Can be prevented.

  Example 5:

  The present embodiment is basically the same as the first embodiment, and the main distinguishing points are as follows: The packaging case 21 of the first embodiment has a cylindrical shape. However, in order to realize better accommodation of the batting 22 of tobacco granules, in this embodiment, the packaging case 21 is processed into a fully closed structure. Specifically, referring to FIG. Has a cylindrical shape and is provided with perforations (used for inhalation) at two end faces, and the cup bottom is arranged inside or outside the packaging case 21 as required. Can be prevented.

  What has been described above is merely a preferable implementation method of the utility model, and the scope of protection of the utility model is not limited to the above-described embodiment, and any technical solutions belonging to the concept of the utility model are not included. It belongs to the protection scope of this practical new model. It should be noted that those skilled in the art should regard these improvements and coloration as the scope of protection of the new utility type with respect to some improvements and brightening on the premise that the principle of the new utility type is not removed.

  1, filter stage; 11, tobacco paper tube; 12, filter body; 13, cooling cavity; 2, tobacco granule stage; 21, packaging case; 22, tobacco padding;

Claims (7)

A multi-use granular tobacco,
A filter stage (1) and a tobacco granule stage (2) connected to each other, said tobacco granule stage (2) comprising a packing case (21) and a pad of tobacco granules (22) filled in the packaging case (21) The packaging case (21) includes aluminum foil, tobacco leaf, or smoked sheet, and the smoked sheet is manufactured by mold drying from tobacco leaf pulp. Use Granule tobacco. The multi-use granular tobacco according to claim 1,
A tobacco granule filter (3) is provided on one side close to the filter stage (1) of the tobacco granule stage (2). The multi-use granular tobacco according to claim 1,
The filter stage (1) includes a tobacco paper tube (11) and a filter body (12), the filter body (12) is inserted into the tobacco paper tube (11), and the tobacco granule stage (2). Is a multi-purpose granular tobacco characterized in that it is connected to the tobacco paper tube (11). The multi-use granular tobacco according to claim 2,
The length of the filter body (12) is shorter than the length of the tobacco paper tube (11), whereby at least one end of the filter stage (1) forms a cooling cavity (13). tobacco. The multi-use granular tobacco according to any one of claims 1 to 4,
The packaging case (21) has a cylindrical shape. The multi-use granular tobacco according to any one of claims 1 to 4,
The multi-purpose granular tobacco characterized in that the packaging case (21) has a cup shape and is provided with perforations at the bottom of the cup. The multi-use granular tobacco according to any one of claims 1 to 4,
The packaging case (21) has a cylindrical shape and is provided with perforations on two end faces.

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