JP3235116U - Heated non-burning smoke core with burst beads - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a heated non-combustion smoke core provided with burst beads, which solves the problems of low installation efficiency and low success rate. SOLUTION: The cooling pipe includes a cooling pipe 100 and burst beads 120, in which a plurality of partitions 110 are arranged inside the cooling pipe, and the bottom end of the partition extends from the inner wall of the cooling pipe to the center. , The free end of the partition surrounds it to form a first smoke passage, a second smoke passage is formed adjacent to the partition, used to reduce the heat of smoke, said burst beads. Is arranged in the first smoke passage and used to enhance the flavor of smoke, at least one smoke emitting unit 200 is provided, and the smoke emitting unit is provided at one end of the cooling pipe. [Selection diagram] Fig. 1

Description

The present invention relates to a technique for manufacturing an electronic cigarette, and more particularly to a heated non-combustible smoke core equipped with burst beads.

With the development of tobacco, various types of tobacco have appeared, and tobacco with burst beads is gaining popularity. Burst beads, also called fragrant tablets, are beads made of natural or artificial polymer materials (brittle capsules) that scent a solid, liquid, or gas. Burst beads are often attached to the tip of a cigarette filter, allowing the user to squeeze the burst beads while using the cigarette to make the tobacco taste richer and smoother. However, the cigarettes with burst beads of the prior art have the following drawbacks.

The prior art has been to manually place the burst beads on the filter or add a device to secure the burst beads to the smoke core, then roll the burst beads by hand and put the roll paper in the cigarette. Therefore, the efficiency of mounting burst beads is low, and the mounting process is cumbersome and complicated.

Therefore, the prior art is flawed and needs improvement and development.

In order to solve the above-mentioned problem, an object of the present invention is to add a device for fixing the burst bead to the smoke core, and to solve the problem in the prior art that the installation efficiency of the burst bead is low. The purpose is to provide a heated non-combustible smoke core with beads.

The technical solution for solving the above-mentioned problem of the present invention is as follows. A heated non-burning smoke core with burst beads
Includes cooling tube and burst beads,
In the cooling pipe, a plurality of partitions are arranged inside the cooling pipe, the bottom end of the partition extends from the inner wall of the cooling pipe to the center, and the free end of the partition surrounds the circumference and the first smoke passage. A second smoke passage is formed adjacent to the partition and is used to reduce the heat of smoke in the cigarette.
The burst beads are placed in the first smoke passage and used to enhance the flavor of cigarette smoke.
At least one smoke generator is provided, and the smoke generator is provided at one end of the cooling pipe.

Further, a plurality of grooves are provided on the outside of the cooling pipe parallel to the axial direction along the outer peripheral wall.

In addition, the other end of the cooling tube is connected to a filtration section for filtering cigarette smoke.

Further, the filtration unit includes filter cotton.

Further, the heated non-combustion smoke core provided with the burst beads includes a first sleeve, and the first sleeve is arranged outside the cooling tube and the filtering section to realize a closed connection between the cooling tube and the filtering section. do.

Further, the heated non-combustion smoke core provided with the burst beads includes a second sleeve, the second sleeve is arranged outside the first sleeve and the smoke emitting portion, and the smoke emitting portion and the first sleeve are integrally formed. Will be done.

Further, a film is also attached to the tip of the smoke emitting portion, and the film is used to prevent leakage of the tobacco material.

Further, a recess is provided in the center of the free end of the partition, a fixing groove for fixing the burst beads is formed, and a recess is provided in a plurality of partitions at the same position.

The heated non-combustion smoke core provided with the burst beads of the present invention includes a cooling tube and a burst bead, in which a plurality of partitions are arranged inside the cooling tube, and the bottom end of the partition is the cooling tube. The free end of the partition surrounds the circumference to form a first smoke passage, and a second smoke passage is formed adjacent to the partition to reduce the heat of smoke from the cigarette. The burst beads are placed in the first smoke passage and used to enhance the flavor of smoke, at least one smoke emitting part is provided, and the smoke emitting part is provided at one end of the cooling pipe. It is provided. According to the present invention, the burst beads can be directly clamped by the first smoke passage of the cooling pipe, so that it is not necessary to install a device for fixing the burst beads to the smoke core, and there are problems that the installation efficiency is low and the yield is low. Can be obtained with the effect of being able to solve the problem.

It is an exploded view of the heated non-combustion smoke core provided with the burst beads of this invention. It is sectional drawing of the heated non-combustion smoke core provided with the burst beads of this invention. It is sectional drawing of the smoke emitting part of this invention. Another cross-sectional view of a heated non-combustible smoke core with the burst beads of the present invention. It is a three-dimensional view of the cooling pipe of this invention.

The present invention requires the addition of a device for fixing the burst beads to the smoke core, and to solve the problem in the prior art that the installation efficiency of the burst beads is low, the heated non-combustion smoke core equipped with the burst beads. Is to provide.

To better clarify the objectives, technical solutions and advantages of the invention, the invention will be described in more detail below with reference to the accompanying drawings and examples. It should be understood that the particular examples described herein are merely for the purposes of explaining the invention and are not intended to limit the invention.

As shown in FIG. 1, the heated non-combustion smoke core provided by the present invention includes a cooling pipe 100 and a smoke emitting unit 200, and one end of the smoke generating unit 200 is attached to one end of the cooling pipe 100. Further, the smoke of the cigarette generated during the heating of the smoke generating unit 200 is directly flowed into the cooling pipe 100 and cooled. As shown in FIGS. 2 and 3, the smoke emitting section 200 includes a tobacco material 210 and a packaging layer 220. The packaging layer 220 is used for packaging the tobacco material 210, but may be a paper material. The tobacco material 210 may be tobacco leaves, vanilla, tea, agarwood, lilies, lily flowers, sweet osmanthus and other plant leaves. The smoke generator 200 then produces an aroma when heated to meet the taste requirements of different users. The tip surface of the smoke generator 200 may also include a film 230. The film 230 can be connected to the packaging layer 220 by, for example, an adhesive bond, thereby preventing the tobacco material 210 from being separated from the smoke emitting portion 200 by shaking.

As shown in FIGS. 4 and 5, the inner surface of the cooling tube 100 is provided with a plurality of partitions 110 to increase the surface area to improve the heat dissipation effect of cigarette smoke. The partition 110 can be arranged in any structure in the cooling pipe 100. For example, the partition 110 may be arranged in parallel with the cooling pipe 100 or spirally arranged along the inner wall of the cooling pipe 100 to increase the flow distance of cigarette smoke in the cooling pipe 100. And can increase heat dissipation.

As shown in FIGS. 2 and 4, the bottom end of the partition 110 extends from the center of the inner wall of the cooling pipe 100, and the free ends of the plurality of partition pieces 110 surround the first smoke passage 111. The first smoke passage 111 may be a passage having an arbitrary shape such as a cylindrical passage or a rectangular parallelepiped passage. The first smoke passage 111 formed by the partition 110 can hold the burst beads 120 that increase the aroma. Therefore, the manufacturing process of installing the burst beads 120 in the first smoke passage 111 of the cooling pipe 100 is more convenient, simple and efficient. Makes the manufacturing process of installing Burst Beads 120 convenient, simple and efficient. Since the burst beads 120 are directly held in the first smoke passage 111, the burst beads 120 are attached to the first smoke while the dimensions of the cooling pipe 100 and the first smoke passage 111 are fixed. It is very convenient to automatically attach it to the passage 111 by machine.

As shown in FIG. 2, the burst beads 120 can have any shape such as a sphere or a cube. The burst beads 120 may be in the solid form, and the burst beads 120 in the solid form sublimate into an aromatic gas by absorbing the heat of the tobacco, thereby enhancing the flavor of the tobacco. The burst beads 120 may also be in the form of a liquid wrapped by a packaging layer. The user pushes the cooling tube 100, the partition 110 pushes the burst beads 120, the aromatic liquid in the burst beads 120 flows out, and the liquid evaporates into an aromatic gas by absorbing the heat of the cigarette. This enhances the flavor of the tobacco.

As shown in FIGS. 4 and 5, one end of the partition 110 facing the center of the cooling pipe 100 is a free end 113, and is located at the center of the free ends 113 of the plurality of partitions 110 in the cooling pipe 100. Can also be provided with a recess. Since the recessed portions are provided at the same positions, a fixing groove for fixing the burst beads 120 is formed. The burst beads 120 can be conveniently used by fixing the burst beads 120 at a fixed position in the cooling pipe 100. When the user uses the heated non-combustion smoke core, the burst beads 120 can be conveniently pushed at an accurate external position.

As shown in FIGS. 4 and 5, the adjacent partition 110 forms a plurality of second smoke passages 112, and the plurality of second smoke passages 112 allow cigarette smoke to smoothly flow in the cooling pipe 100. Make it possible. Even if the user prefers to use a heated non-burning smoke core without pressing the burst beads 120, the user can smoothly and easily inhale the cigarette through the plurality of second smoke passages 112. Can be done. The plurality of second smoke passages 112 can also reduce the heat of the cigarette smoke and prevent the user from being injured by the hot cigarette smoke. When the inside of the burst beads 120 is a liquid, when the user pushes the burst beads 120, the liquid in the burst beads 120 may flow into the plurality of second smoke passages 112 to increase the liquid diffusion effect. can.

Further, a groove 130 may be provided on the outside of the cooling pipe 100, and the groove 130 may have an arbitrary structural shape. For example, on the outside of the cooling pipe 100, a plurality of the grooves 130 are provided along the outer peripheral wall in parallel with the axial direction, and the outer surface area of the cooling pipe 100 can be increased to improve cooling. .. Further, the groove 130 extends inside the partition 110 to form a hollow structure, and the heat of cigarette smoke can be rapidly released through the partition 110.

The cooling tube 100 may be a flexible material such as rubber, hydrogel, hollow cotton and other materials. In this way, when the user pushes the burst beads 120, the cooling tube 100 can quickly return to its original shape. At the same time, the weight of the heated non-combustion smoke core is also reduced.

As shown in FIG. 1, the heated non-combustion smoke core includes a filtration unit 300 connected to the other end of the cooling pipe 100. The filter unit 300 is provided with filter cotton. For example, the filter cotton may be fiber cotton capable of filtering substances harmful to the human body such as tar in cigarette smoke. Further, the filter cotton can also be used to absorb the liquid in the burst beads 120 after crushing, so that the cigarette smoke passing through the filter cotton is flavored.

As shown in FIG. 1, the outside of the filtration unit 300 and the cooling pipe 100 is covered with a first sleeve 400, and the first sleeve 400 may be made of a hard paper material. The first sleeve 400 fixedly connects the cooling pipe 100 and the filtration unit 300, connects the cooling pipe 100 and the filtration unit 300 with a closed connection, and connects the cooling pipe 100 and the filtration unit 300. Prevent tobacco smoke from leaking from the joint with. The second sleeve 500 is further provided on the outside of the first sleeve 400 and the smoke emitting portion 200. The second sleeve 500 may be loose water paper, and the smoke emitting portion 200 and the first sleeve 400 are formed as a whole.

In summary, the heated non-combustion smoke core with burst beads disclosed by the present invention includes a smoke generator 200, a cooling tube 100, a filtration unit 300, a first sleeve 400 and a second sleeve 500. The cooling pipe 100 and the filtration unit 300 are connected by the first sleeve 400, the partition 110 is arranged inside the cooling pipe 100, and the free end of the partition 110 forms the first smoke passage 111. Is used to hold the burst beads 120. Since the burst beads 120 can be arranged directly in the first smoke passage 111, simple, fast, and efficient installation of the burst beads 120 can be realized. The two adjacent dividers 110 can reduce the heat of the cigarette smoke forming the second smoke passage 112, while at the same time the cigarette smoke cools when the user does not press the burst beads 120. It can pass through the tube 100 smoothly. The outside of the cooling tube 100 is provided with a plurality of grooves 130, which can be used to increase the outer surface area and increase the heat dissipation effect of cigarette smoke. The smoke emitting unit 200 and the first sleeve 400 are fixedly connected via the second sleeve 500, and as a result, the smoke emitting unit 200, the cooling pipe 100, and the filtering unit 300 are integrally connected. Will be done.

The present invention is not limited to the above example. It will be appreciated by those skilled in the art that improvements and replacements may be made in accordance with the above description, all of which are within the scope of the appended claims of the present invention.

Claims (8)

Includes cooling tube and burst beads,
The cooling pipe has a plurality of partitions arranged inside, and the cooling pipe has a plurality of partitions arranged inside.
The partition is installed so that the bottom end extends from the inner wall of the cooling pipe to the center, the end of the free end surrounds the first smoke passage, and the adjacent partition is the heat of cigarette smoke. Forming a second smoke passage to reduce
The burst beads are placed in the first smoke passage and used to enhance the flavor of cigarette smoke.
At least one smoke emitting unit installed at one end of the cooling pipe is installed.
A heated non-combustion smoke core with burst beads. The heated non-combustion smoke core provided with the burst beads according to claim 1, wherein the cooling pipe is provided with a plurality of grooves parallel to the axial direction along the outer peripheral wall on the outside. The heated non-combustion smoke core provided with the burst beads according to claim 1, wherein the cooling pipe is connected to a filtering unit for filtering cigarette smoke at the other end. The heated non-combustion smoke core provided with the burst beads according to claim 3, wherein the filtration unit is provided with filter cotton. Including the first sleeve
The fourth aspect of claim 4, wherein the first sleeve is arranged outside the cooling pipe and the filtering portion so as to realize that the cooling pipe and the filtering portion are connected to each other in a sealed manner. Heated non-combustible smoke core with burst beads. Including the second sleeve
The burst bead according to claim 5, wherein the second sleeve is arranged outside the first sleeve and the smoke emitting portion so as to integrally form the smoke emitting portion and the first sleeve. Equipped with a heated non-combustion smoke core. The heated non-combustion smoke core provided with the burst beads according to claim 1, wherein the smoke emitting portion is further provided with a film for preventing leakage of the tobacco material at the tip thereof. The partition is characterized in that a recess is provided in the center of the free end, and the plurality of partitions are provided with recesses at the same position to form a fixing groove for fixing the burst beads. A heated non-combustible smoke core comprising the burst beads according to claim 1.

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