JP3233480U - Insulated non-burning tobacco cartridge with tubular body - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a heat-insulated non-combustion tobacco cartridge having a tubular cylinder, which is convenient for industrial automation production, the temperature of emitted smoke is not too high, and the material cost is low. SOLUTION: A non-combustible tobacco cartridge heat-insulated by a tubular cylinder is provided with an outer paper tube 1, and the atomization region 2, the cooling region 3 and the filtration region 4 communicating with each other in the inner cavity of the outer paper tube are in this order. An aluminum film 5 is laid on the inner wall of the formed outer paper tube in the atomized area, the inner paper tube is correspondingly attached in the cooling area, and the non-combustible tobacco filler 7 is filled in the atomized area. , The pipe opening facing the atomized region of the inner paper tube 6 is sealed with the first breathable paper film 8, and is sealed with the second breathable paper film 9, and the non-combustible tobacco filler is sealed through the second breathable paper film. The filter chip 10 is filled in the filtration region, and the filter chip is fitted to the mouth of the inner paper tube. [Selection diagram] Fig. 1

Description

The present invention relates to the technical field of non-combustion tobacco cartridges, and particularly to non-combustion tobacco cartridges that are insulated by a tubular cylinder.

Non-combustion tobacco cartridges insert the rider's heater into the non-combustion tobacco cartridge, heat the non-combustion tobacco, and do not burn leaf tobacco during the heating process, but smoke is generated, which causes smoke in the tobacco cartridge. It is already well known in the world that the action of smoke is exerted.

Currently, many of the original non-burning tobacco cartridges satisfy only the functions of the above-mentioned conventional tobacco cartridges, but in actual use, the heating effect on leaf tobacco is low and heat is easily dissipated. It was disadvantageous for heating leaf tobacco. At the same time, when the smoke is inhaled directly from the mouth, if the residual heat of the smoke is too high, it is easy to give an overheat stimulus to the oral cavity, and the conventional one has one cooling layer in it, but this kind of cooling layer Many were disadvantageous to industrial production and assembly due to their complex structure and too high manufacturing costs.

Focusing on the drawbacks existing in the above prior art, an object of the present invention is to provide a heat-insulated non-combustion tobacco cartridge with a tubular cylinder.

In order to achieve the above object, the following technical measures have been taken in the present invention.
A non-combustible tobacco cartridge that is insulated by a tubular cylinder provided with an outer paper tube, in which an atomized region, a cooling region, and a filtering region that communicate with each other are formed in the internal cavity of the outer paper tube in this order. An aluminum film is laid on the inner wall in the atomized area of the tube, an inner paper tube is correspondingly attached in the cooling area, the atomized area is filled with a non-combustible tobacco filler, and the first air permeability. The mouth of the inner paper tube, which is sealed with a paper film and faces the atomized region of the inner paper tube, is sealed with a second breathable paper film to form a barrier against the non-combustible tobacco filler through the second breathable paper film. The filtration region is filled with a filter tip, and the filter tip is fitted to the mouth of the inner paper tube.

Preferably, the first breathable paper film and the second breathable paper film are uniformly breathable tracing paper.

Preferably, the non-combustible tobacco filler is non-combustible granules or non-combustible leaf tobacco.

Since the above technical measures have been taken, the present invention is composed of three areas as a whole, and the components in each area are evenly and individually provided and can be assembled sequentially, which is convenient for industrial automation production. .. At the same time, by cooling the inner cavity formed by the inner paper tube and the second breathable paper film, it is possible to prevent the temperature of the smoke emitted after entering the filter chip from becoming too high, and the inner paper can be prevented from becoming too hot. Since the tube is also made of paper material, the material cost is reduced. The aluminum film provided in the atomization region plays a role of heat collection and heat conduction, and when non-combustible granules or non-combustible leaf tobacco are heated, the temperature overflowing to the outside can be heat-conducted through the aluminum film, and the atomization region. The heat becomes more uniform and the heat utilization rate is improved.

It is a schematic diagram of the structural principle of the Example of this invention.

Hereinafter, examples of the present invention will be described in detail with reference to the accompanying drawings, but the present invention can be implemented in a wide variety of forms specified and covered by the scope of the utility model registration claims.

As shown in FIG. 1, the non-burning tobacco cartridge provided by the present embodiment, which is insulated by a tubular cylinder, includes an outer paper tube 1, and an atomized region 2 communicating with each other in the internal cavity of the outer paper tube 1. The order of the cooling region 3 and the filtration region 4 is formed, the aluminum film 5 is laid on the inner wall in the atomizing region 2 of the outer paper tube 1, and the inner paper tube 6 is correspondingly attached in the cooling region 3 to fog. The non-combustible tobacco filler 7 is filled in the chemical region 2, sealed with the first breathable paper film 8, and the tube mouth facing the atomized region 2 of the inner paper tube 6 is the second breathable paper film 9. It is sealed, forms a barrier against the non-combustible tobacco filler 7 through the second breathable paper film 9, the filtration region 4 is filled with the filter tip 10, and the filter tip 10 is fitted to the mouth of the inner paper tube 6. NS.

Further, the first breathable paper film 8 and the second breathable paper film 9 are uniformly breathable tracing paper.

In addition, the non-combustible tobacco filler 7 is non-combustible granules or non-combustible leaf tobacco.

This embodiment is composed of three regions as a whole, and the components in each region are evenly and individually provided, and can be assembled sequentially, which is convenient for industrial automation production. At the same time, by cooling the internal cavity formed by the inner paper tube 6 and the second breathable paper film 9, it is possible to prevent the temperature of the smoke discharged after entering the filter chip 10 from becoming too high. Since the inner paper tube 6 is also made of paper, the material cost is reduced. The aluminum film 5 provided in the atomization region 2 plays a role of heat collection and heat conduction, and when the non-combustible granules or non-combustible leaf tobacco are heated, the temperature overflowing to the outside can be heat-conducted through the aluminum film 5. The heat in the atomized area becomes more uniform, improving the heat utilization rate.

When this embodiment is specifically used, by inserting the entire atomized region 2 into the heating element of the rider as a mutual fitting portion, the heating element breaks through the first breathable paper film 8 and the atomized region 2 Place inside and contact with non-combustible granules or non-combustible leaf tobacco. When the power is turned on, the heating element generates heat, causing the non-combustible granules or non-combustible leaf tobacco to emit atomized smoke without burning, and the amount of heat here is also determined by the aluminum film 5. Since it is laid on the inner wall of the atomization region 2, the heat overflowing from the periphery is uniformly heat-conducted, and the atomization effect is enhanced. When the smoker inhales the smoke generated by atomization, it enters the oral cavity through the inner paper tube 6 and the filter chip 10 in this order, and in order to lower the smoke temperature, a second breathable paper is attached to one end of the inner paper tube 6. By providing the film 9, the smoke obtained by atomization enters the inner cavity of the inner paper tube 6 via the second breathable paper film 9, and the smoke is cooled by the air in the inner cavity. Finally, it is discharged to the filter chip 10 to maintain the optimum mouthfeel of the filtered smoke.

The above is merely a preferred embodiment of the present invention and is not intended to limit the scope of implementation of the present invention. Changes in the equal structure or equal flow made by utilizing the contents of the specification and the accompanying drawings of the present invention, or direct or indirect operation in other related technical fields are equally of the present invention. Included within the scope of protection.

Claims (3)

A non-burning tobacco cartridge that is insulated by a tubular cylinder and is provided with an outer paper tube. An aluminum film is laid on the inner wall of the paper tube in the atomized region, the inner paper tube is correspondingly attached in the cooling region, and the atomized region is filled with a non-combustible tobacco filler. Sealed with a breathable paper film, the mouth of the inner paper tube facing the atomized region is sealed with a second breathable paper film and a barrier to the non-combustible tobacco filler through the second breathable paper film. A non-combustible tobacco cartridge that is insulated by a tubular cylinder, characterized in that the filtration region is filled with a filter tip, and the filter tip is fitted to the mouth of the inner paper tube. The non-combustion tobacco cartridge according to claim 1, wherein the first breathable paper film and the second breathable paper film are uniformly breathable tracing paper. .. The non-combustible tobacco cartridge according to claim 2, wherein the non-combustible tobacco filler is non-combustible granules or non-combustible leaf tobacco.

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