JP2020527936A - Smoke type smoke tube - Google Patents

Abstract

The smoked smoke tube according to the present invention is composed of a hard circular paper tube, two isolation plugs having through holes, and chopped leaves. One isolation plug with a through hole is arranged inside the hard circular paper tube so as to separate the cavity in the hard circular paper tube into two parts, a filling chamber and a mist collection chamber. The chopped leaves of this plant are filled in the filling chamber. Another isolation plug with a through hole is located at the end opening of a rigid circular paper tube, and the two isolation plugs with a through hole form a mist collection chamber. By substituting a conventional cigarette paper with a rigid circular paper tube, the present invention can greatly simplify the equipment for producing a smoked smoke tube and reduce the manufacturing cost. Rigid circular paper tubes and silicone separators are safe and hygienic because they are made of food grade materials. Since the hard circular paper tube also has a combustion resistance function, it is possible to prevent combustion due to an open flame. Isolation plugs with differently shaped through holes can enhance the artistic and beautiful appearance of the smoked smoke tube, or can also serve to adjust the amount of mist during suction of the smoked smoke tube, providing a user experience for suction. improves.

Description

The present invention relates to a main body portion of a cigarette substitute, and the main body portion becomes a cigarette substitute with the assistance of an electric heater.

There is consensus that smoking is harmful to health, and various tobacco alternatives are on the market. Various tobacco alternatives have changed from common tobacco, leaving more or less the traditional cigarette manufacturing process, and traditional cigarette manufacturing equipment continues to be used.

Although tar, which is harmful to the human body, is generated by burning tobacco, it is widely known that various existing tobacco substitutes have a mechanism of atomizing by heating without burning. Therefore, it is one of the basic features of the heat-not-burn tobacco substitute that it is not necessary to burn the heat-not-burn tobacco substitute and the heat-not-burn tobacco substitute cannot be burned by the open flame itself. Focusing on this basic feature, a redesign of the structure of the heat-not-burn tobacco alternative will surely enhance and enhance the user experience of the heat-not-burn tobacco alternative.

An object of the present invention is to provide a main body portion of a tobacco substitute capable of simplifying the manufacturing equipment of a product by a unique structural design and reducing the manufacturing cost of the product.

In order to achieve the above object, as a technical solution, the present invention provides a smoked smoke tube having the following features. The smoked smoke tube is composed of a hard circular paper tube, two isolation plugs having through holes, and chopped leaves. One isolation plug having a through hole is arranged inside the hard circular paper tube so as to separate the cavity in the hard circular paper tube into two portions, a filling chamber and a mist collection chamber. The chopped leaves of this plant are filled in the filling chamber. Another isolation plug having a through hole is arranged at the end opening of the hard circular paper tube, and the two isolation plugs having a through hole form a mist collection chamber.

In the above technical solution, the rigid circular paper tube is made of food grade and flame resistant material.

In the above technical solution, the isolation plug having the through hole is made of a high temperature resistant food grade silicon material, and the shape of the through hole in the isolation plug is "Y" shape, ridge shape, rotary blade shape, It is pentagram-shaped, multi-circular, or heart-shaped.

The present invention has the following advantages.
1. By substituting conventional cigarette paper with a hard circular paper tube, we can break down the conventional method of manufacturing cigarettes by wrapping tobacco chopped leaves with cigarette paper using specialized equipment, and greatly expand the manufacturing equipment. It can be simplified and the manufacturing cost can be reduced.

2. Hard tubes and silicon stoppers are safe and hygienic because they are made of food grade materials.

3. Since the hard pipe also has a flame resistance function, it does not burn even if it is an open flame.

4. The isolation plug is safe and hygienic because it is made of food grade silicone.

5. By using isolation plugs with through holes of different shapes for smoked smoke tubes, the artistic and beautiful appearance of smoked smoke tubes can be enhanced, and isolation plugs with through holes of different cross sections are used. By doing so, it can also play a role of adjusting the amount of mist during suction of the smoked smoke tube, and the user experience of suction is improved.

It is sectional drawing of the smoke type smoke tube which concerns on this invention. It is a visual schematic block diagram of the Embodiment which concerns on this invention. It is a block diagram of the structure of the silicon isolation plug which has a "Y" shape through hole. It is a block diagram of the structure of the silicon isolation plug having a ridge-shaped through hole. It is a block diagram of the structure of the silicon isolation plug which has a rotary blade type through hole. It is a block diagram of the structure of the silicon isolation plug having a pentagram-shaped through hole. It is a block diagram of the structure of the silicon isolation plug which has a multicircular through hole. It is a block diagram of the structure of the silicon isolation plug which has a heart-shaped through hole.

The structure in this embodiment is shown in FIG. 1, and the external shape thereof is shown in FIG.

In this embodiment, the rigid circular paper tube 2 is made of a food grade flame resistant material. The space inside the hard circular paper tube 2 is separated into two parts on the left and right by the separating plug 4, and the right side of the separating plug 4 is a filling chamber filled with the chopped leaves 5. The separating plug 1 is arranged at the left end opening of the hard circular paper tube 2, and the separating plug 1 and the separating plug 4 form a mist collection chamber. Both the isolation plug 1 and the isolation plug 4 are made of food grade silicone material, and as shown in FIG. 3, the through hole at the center thereof is "Y" shaped.

At the time of use, the filling chamber and the chopped leaves 5 at the right end of the smoked smoke tube in the present embodiment are inserted into an electric heater and heated. When the left end of the smoke-type smoke tube is sucked, the mist generated by the chopped leaves of the main plant after heating passes through the silicon isolation plug 4 and enters the mist collection chamber 3. The mist in the collection chamber 3 where the temperature has dropped slightly passes through the silicon isolation plug 1 and enters the aspirator's oral cavity.

In the present embodiment, by substituting the conventional cigarette paper with the hard circular paper tube 2, the conventional method of manufacturing cigarettes in which the chopped tobacco leaves are wrapped with cigarette paper using specialized equipment is broken down. The manufacturing equipment can be greatly simplified and the manufacturing cost can be reduced.

In the present embodiment, since the hard circular paper tube 2 has a flame resistant function, it does not burn even if it is an open flame, and it is effective to prevent a person from accidentally using an open flame to ignite. Can be done.

In the present embodiment, the isolation plug 1 and the isolation plug 4 are a silicon isolation plug having a "Y" -shaped through hole, a silicon isolation plug having a pentagram-shaped through hole (shown in FIG. 4), and silicon having a rotary airfoil-shaped through hole. Isolation plug (shown in FIG. 5), silicon isolation plug with pentagram-shaped through hole (shown in FIG. 6), silicon isolation plug with multi-circular through hole (shown in FIG. 7), or heart-shaped through hole. It may be a silicon isolation plug (shown in FIG. 8). Separators with the same or differently shaped through holes may be used in the same smoked smoke tube. The optimum suction effect can be achieved by adjusting the effective area of the through hole in the isolation plug.

1 Silicon isolation plug at the end mouth 2 Hard circular paper tube 3 Mist collection room 4 Silicon isolation plug that separates the filling chamber from the mist collection chamber 5 Honzo chopped leaves filled in the filling chamber

Claims (4)

It is composed of a hard circular paper tube, two isolation plugs with through holes, and chopped leaves of this plant. One isolation plug with through holes fills the cavity in the hard circular paper tube with two chambers, a filling chamber and a mist collection chamber. The hard circular paper tube is arranged so as to be separated into portions, the main plant chopped leaves are filled in the filling chamber, and another isolation plug having a through hole is the hard circular paper. A smoked smoke tube that is located at the end mouth of the tube and has two isolation plugs with through holes that form a mist collection chamber. The smoked smoke tube according to claim 1, wherein the hard circular paper tube is manufactured of a food grade material. The smoked smoke tube according to claim 2, wherein the hard circular paper tube is manufactured of a flame-resistant material. The isolation plug having the through hole is made of a high temperature resistant food grade silicon material, and the shape of the through hole in the isolation plug is "Y" shape, ridge shape, rotary wing shape, pentagram shape, multicircular shape, The smoked smoke tube according to claim 1, further comprising a heart shape.

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