JP3232586U - Heated non-burning plant heating rod smoke bomb structure - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a heated non-combustion plant heating rod smoke bomb structure having a good cooling effect, good smoke absorption comfort, and high safety. A heated non-burning plant heating rod smoke bomb structure comprises a filling pipe 1 filled with plant slices or particles or powder or gel, an FDA level or edible level specific shaped silica pipe 2, and an edible level fibrous cotton 3. It includes a paper pipe 4 to be stored and an edible level external seal 5 for integrally adhering the filling pipe 1 and the paper pipe 4. The filling pipe 1 and the paper pipe 4 are tightly connected, and the filling pipe 1 is filled with plant slices or particles or powders or gels having an appropriate density. This structure has the effects that the comfort and safety of smoke absorption are good and the effect of cooling the smoke is good. [Selection diagram] Fig. 1

Description

The present invention belongs to the packaging technology for heated non-combustible plant heating rods and paper products, and in particular, heated non-combustible plants such as "tea, ginko (scented), lily", lily, mokusei (wooden sardine), etc. It relates to a method of manufacturing a heating rod (sucked by heating a non-combustion device).

A heated non-combustible plant product is a plant product obtained by heating a plant material with an electric heating device, and since the maximum temperature for heating it does not exceed 380 degrees, the chemical components of the plant are pyrolyzed. Then, the reactants due to incomplete combustion can be reduced, the harmful chemical components and biotoxicity in the gas can be significantly reduced, and the impact on the user and the environment can be significantly reduced. By controlling the heating of the heated non-combustible plant product with the heated non-combustion device, the first harmful component and the second harmful component can be reduced. In the Kiseru Marlboro HeatSticks dedicated to the heated non-combustible cigarette iQOS exhibited by Philip Morris International Inc., the temperature of the airflow inside the Kiseru is lowered by using a compressed gather PLA thin film cooling material for the cigarette holder. British and American glo products employ a method of heating in the circumferential direction and lower the temperature of the tobacco gas by using a hollow paper cigarette holder for ultra-thin Kent tobacco. The ll exhibited by KT & G of Korea Co., Ltd. adopts the central needle heating method and lowers the temperature of the air flow in the kiseru by the fiber woven fabric contained in the fit kiseru. "Kansei" of the Chinese smoke company in Sichuan, China, lowers the temperature by adopting compressed gather aluminum foil composite paper, and the length of the part where the temperature is lowered is 18 mm. The "MOK" xel of the Chinese smoke company in Hubei, China, lowers the temperature by using a compressed gather PLA with a length of 20 mm. "MC" of China Smoke Company in Yunnan, China uses compressed gather PLA with a length of 10 mm. As described above, as a method of lowering the temperature of heated non-combustible cigarette smoke in the conventional technique, the contact area and heat transfer coefficient of the cooling area of the xel are increased and the PLA material is softened when it is heated. By "glass transition", heat can be absorbed and a physical cooling effect can be obtained, but the problem that the temperature of the cigarette holder is too high cannot be completely solved. Cigarette holders that are too hot can affect smoker comfort, and hot smoke can be an important cause of esophageal cancer and respiratory illness.

In order to solve the above problems, an object of the present invention is to provide a heated non-combustion plant heating rod smoke bomb structure having a good cooling effect, good smoke absorption comfort, and high safety.

In order to achieve the above object, a heated non-burning plant heating rod smoke bomb structure is provided in the embodiment of the present invention. Its heated non-combustible plant heating rod smoke bomb structure is a thin (or particle or powder or gel) pipe, a paper pipe containing FDA level or edible level specific shape silica pipe and edible level fiber cotton, and the thin type. Includes an edible level external seal that integrally glues the pipe to the paper pipe. The thin pipe and the paper pipe are tightly connected, the edible level outer seal and the two pipes (ie the thin pipe and the paper pipe) are integrally bonded, and the density is within the thin (or particle or powder or gel) pipe. Filled with suitable plant slices (or particles or powders or gels), the paper pipes contain FDA-level or edible-level specific-shaped silica pipes and edible-level fibrous cotton.

The effect of the present invention is that the smoke absorption is comfortable, the smoke cooling effect is good, the safety is high, and the mass productivity is good, and the manufacturing process of the product and the raw material of the product are the smoke of the People's Republic of China. It is possible to prevent violation of prescribed legal provisions in the monopoly law. When the filling in a thin (or particle or powder or gel) pipe is heated, the smoke collides as it passes through each part of a particular shaped silica pipe by absorption and is filtered by fibrous cotton. By absorbing and cooling the specific shape silica pipe, it is possible to prevent the problem that the temperature of the smoke is too high, and to ensure the comfort and safety of the smoke absorption. The structure of this device is not related to tobacco monopoly products such as raw materials and auxiliary raw materials specified by the Tobacco Monopoly Law of the People's Republic of China, and the manufacturing process is one of the tobacco manufacturing specialties specified by the Tobacco Monopoly Law of the People's Republic of China. Since it is not related to the device, it is possible to prevent violation of the legal provisions in the tobacco monopoly law of the People's Republic of China.

It is an exploded structure diagram which shows the component part of the Example of this invention. It is a structural drawing which shows the assembled state of the Example of this invention. It is a figure which shows the cross-sectional structure of this invention. It is sectional drawing which shows the component part 1 of this invention. It is sectional drawing which shows the component part 2 of this invention.

Hereinafter, specific embodiments of the present invention will be described in more detail with reference to the drawings.

As shown in FIGS. 1-5, the heated non-burning plant heating rod smoke bomb structure of the present invention is a thin (or particle or powder or gel) pipe 1, FDA level or edible level specific shaped silica pipe 2, edible level. Fiber cotton 3, FDA level or edible level specific shape silica pipe 2 and edible level fiber cotton 3 storage rigid paper pipe 4, thin pipe 1 and FDA level or edible level specific shape silica pipe 2, edible level fiber Includes a seal 5 that forms an integrated smoke bomb by adhering cotton 3 and a rigid paper pipe 4.

When using the present invention, slices (or particles or powder or gel) having an appropriate density in a thin (or particle or powder or gel) pipe 1 are heated and have a specific shape of FDA level or edible level by absorption. The collision of the gas passing through the silica pipe 2 and the edible level fiber cotton 3 causes the temperature of the gas to drop significantly, and the gas whose temperature has dropped significantly can be sucked into the mouth, thus providing safety and comfort. Can get a good smoke-absorbing experience.

The examples are merely examples of the present invention. Engineers in the art show the diameter, length, filling in the heated rod tube (thin pipe) 1 and FIG. 1 to the extent that it does not deviate from the gist of the present invention. The length of the seal 5 can be changed, and even if they are present, they are of course included in the present invention.

Claims (4)

A heated non-combustion plant heating rod smoke bomb structure used in place of the heated non-combustion smoke bomb structure, wherein the heated non-combustion plant heating rod smoke bomb structure is a thin (or particle or powder or gel) pipe, FDA level or edible. A heated non-combustible plant heating rod smoke bomb comprising a level specific shape silica pipe and a paper pipe for storing edible level fiber cotton, and an edible level external seal for integrally adhering the thin pipe and the paper pipe. Construction. The heated non-combustible plant according to claim 1, wherein the thin pipe and the paper pipe are tightly connected, and the edible level external seal and the two pipes (that is, the thin pipe and the paper pipe) are integrally bonded. Heating rod smoke bomb structure. The heated non-combustible plant heating rod according to claim 1, wherein the thin (or particle or powder or gel) pipe is filled with a plant slice (or particle or powder or gel) having an appropriate density. Smoke bomb structure. The heated non-combustible plant heating rod smoke bomb structure according to claim 1, wherein the seal is an edible level seal.

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