KR101237512B1 - A Portable Tabacco Fume Combustor - Google Patents

Abstract

Disclosed is a portable tobacco smoke removing device that can easily remove tobacco smoke generated during smoking.
The portable cigarette smoke removing device includes a case, a tobacco socket portion including a first chamber formed by inserting a portion of the cigarette into the case so that the flame can be burned in a state of being blocked from the outside, and the first of the tobacco socket portion. The smoke injection unit is spaced apart from the chamber and formed inside the case and configured to blow a cigarette smoke in a smoker's mouth, and installed to correspond to the second chamber of the smoke injection unit, and smoke is introduced from outside. It includes a smoke removing unit consisting of a heating member formed to be removed by pyrolysis by heating in the second chamber.

Description

Portable Cigarette Smoke Removal Device {A Portable Tabacco Fume Combustor}

The present invention relates to a portable tobacco smoke removal device that can be easily pyrolyzed to remove smoke generated when smoking.

Tobacco smoke, which is generally generated when smoking, includes smokers that smoke when they smoke through a filter while smoking a cigarette in their mouth, and external smoke that occurs when a cigarette tip burns.

These smokes and smoke may cause serious discomfort, not only to the smoker himself, but especially to those around him, and may cause serious diseases by secondhand smoke.

Therefore, when smoking a cigarette it is very important to smoke in a state that can suppress the smoke generated around the smoker as much as possible.

Moreover, not only in public places where many people gather, but if you smoke in a poorly ventilated room, the smoke is not released to the outside and remains indoors, polluting the indoor air and causing an unpleasant odor, greatly reducing the indoor environment. You can.

SUMMARY OF THE INVENTION The present invention has been made to solve the above-mentioned problems occurring in the prior art,

Disclosure of Invention An object of the present invention is to provide a portable tobacco smoke removing device that can easily prevent the spread of tobacco smoke generated when smoking.

In order to realize the object of the present invention as described above,

case;

A cigarette socket part configured to include a first chamber formed inside the case so that a part of the cigarette is combusted in a state where the flame is blocked from the outside;

A smoke injecting part spaced apart from the first chamber of the cigarette socket part and disposed inside the case and configured to blow a cigarette smoke into a smoker's mouth;

A smoke removing unit comprising a heating member installed to correspond to the second chamber of the smoke injection unit and configured to remove tobacco smoke introduced from the outside by pyrolysis in the second chamber;

It provides a portable cigarette smoke removal device comprising a.

The present invention is provided with a cigarette socket part and a smoke removing part on the case side, respectively, and a part of the cigarette is inserted into the cigarette socket part so that the setting can be set so that the cigarette flame is burned in a state blocked from the outside, and smoke in the smoker's mouth. Smoking can be made by blowing directly onto the smoke injection part so that the (fast smoke) does not spread to the outside.

In particular, the present invention, the smoke removing unit is installed so as to correspond to the smoke injection unit, the smoke removal unit is formed so as to directly remove the tobacco smoke flowing into the smoke injection unit by the pyrolysis method, indoors or outdoors When smoking, it is possible to improve the problems that can be caused by the spread of harmful tobacco smoke, such as secondhand smoke and discomfort, while ensuring a minimum of smoking rights.

1 and 2 are views schematically showing the external and internal structure of the portable smoke removal device according to an embodiment of the present invention.
3 to 6 are views for explaining the detailed structure and actions of the portable smoke removal device according to an embodiment of the present invention.

Hereinafter, preferred embodiments of the present invention will be described with reference to the accompanying drawings.

The embodiments of the present invention will be described by those skilled in the art to which the present invention is applicable.

Therefore, the embodiments of the present invention can be modified into various other forms, so that the claims of the present invention are not limited by the embodiments described below.

1 and 2 are views schematically showing the external and internal structure of the portable cigarette smoke removing device according to an embodiment of the present invention, Figures 3 to 6 are views of the portable cigarette smoke removing device according to an embodiment of the present invention As the drawings for explaining the detailed structure and operations, reference numeral 2 designates a case.

As shown in FIG. 1, the case 2 may be formed in a box type having a flat and portable size, such as a general cigarette case.

The material of the case 2 may be used in a metal or a synthetic resin which is light and excellent in heat resistance.

On the side of the case 2, a cigarette socket portion 4 is provided.

The cigarette socket portion 4 is provided with a part of the cigarette C to provide a space where the flame C1 of the cigarette C can be burned in a state of being cut off from the outside. Is formed.

The tobacco socket portion 4 is composed of a first chamber A1 formed in the case 2, and the first chamber A1 is formed at one side of an opposite edge of the case 2 as shown in FIG. 2. It may be made of a structure extending through the outer surface to the other side.

Inside the first chamber (A1) it may be further provided with a fixing plate (A2) for holding in the state surrounding the outer surface of the cigarette (C) as shown in FIG.

The fixing plate A2 may be formed to be able to hold the outer surface of the cigarette C, for example, by bending a metal plate (eg, a mesh plate) through which a plurality of holes are formed.

According to the structure of the fixing plate (A2), when holding the outer surface of the cigarette (C) fitted to the cigarette socket portion 4 side can be held in a stable state possible combustion of the flame (C1).

In addition, an igniter A3 may be further installed inside the case 2 to correspond to the first chamber A1 as shown in FIG. 2.

The igniter A3 may be, for example, a conventional torch that is ignited by a switch (or a button or a lever), or may be configured as an electric heating element (for example, a coil heater). The cigarette (C) inserted into the side is set so as to easily light a fire.

Then, the user (smoker) can easily light the end of the cigarette (C) in the state of inserting the cigarette (C) on the cigarette socket portion 4 side can ensure a further improved convenience of use.

When the cigarette (C) is fitted from the outside through the opening of one side, the first chamber (A1) can be smoothly inserted into the case (2) by removing the filter (C3) of the cigarette (C). It is formed to have a size and shape.

In addition, a fire extinguisher A4 may be further provided on the case 2 side to correspond to the cigarette socket portion 4.

The fire extinguisher (A4) is formed so as to attract the flame (C1) by pressing pressure by pressing the outer surface of the cigarette (C) fitted to the side of the first chamber (A1) of the tobacco socket portion (4).

That is, the fire extinguisher (A4) is, for example, is arranged to press the outer surface of the cigarette (C) fitted to the first chamber (A1) side to one side, the other side protrudes outside the case (2) the user The pressing operation in the forward and backward direction using the hand can be set to be possible.

Then, the cigarette in the tobacco socket portion 4 in such a way that by directly pressing the outer surface of the tobacco (C) with the fire extinguisher (A4) without removing the tobacco (C) inserted into the tobacco socket portion (4) to the outside. The flame C1 of C) can be easily turned off.

In addition, although not shown in the drawing, the first chamber A1 of the tobacco socket portion 4 may be formed to be opened or closed in a normal opening / closing manner (sliding or opening). Then, for example, it is possible to simply clean the inside by discharging the cigarette ash generated when the cigarette (C) is burned in the first chamber (A1) side.

1 and 2, a smoke injection unit 6 is provided on the case 2 side.

The smoke injection portion 6 is formed to smoke the cigarette (C) inserted into the cigarette socket portion 4 side, and then to blow the smoke (C2, fast smoke) in the smoker's mouth.

 The smoke injection section 6 is composed of a second chamber B, which is the first of the cigarette socket section 4 as shown in FIG. 2 inside the case 2. It is provided in a state spaced apart from the chamber (A1).

The second chamber (B) extends from one side to the other side through the opposite outer surface of the case (2), respectively.

That is, one end of the second chamber B is an injection hole B1 into which the smoke C2 is injected, and the other end is an discharge hole B2.

The smoke injection unit 6 is in the mouth through the injection hole (B1) in the state of sucking the smoke (C2) into the mouth through the filter (C3) of the cigarette (C) fitted to the tobacco socket portion 4 side. The smoke C2 can be blown in, which provides a passage through which the smoke C2 can be moved toward the outlet B2 on the other side.

In addition, an exhaust induction part D corresponding to the tobacco socket part 4 and the smoke injection part 6 may be formed.

In the exhaust induction part D, the smoke C2 (outer smoke) contained in the first chamber A1 side of the tobacco socket part 4 may be discharged to the second chamber B side of the smoke injection part 6. To provide an exhaust passage.

In particular, the exhaust induction part (D) is the smoke (C2) of the first chamber (A1) by the pressure generated when blowing the smoke (C2) to the smoke injection unit 6 side is the second chamber ( B) is formed to be discharged more smoothly to the side.

That is, the exhaust induction part D includes an exhaust hole D1 formed in a state of communicating between the first chamber A1 and the second chamber B, and the exhaust hole in the second chamber B. It may include a venturi tube portion (D2) formed at a point corresponding to (D1).

For example, a plurality of exhaust holes D1 may be formed in a state of communicating between the first chamber A1 and the second chamber B, as shown in FIG. 2.

In addition, the venturi tube part D2 includes, for example, the exhaust holes D1 formed when the second chamber B extends from the injection hole B1 side to the discharge hole B2 side as shown in FIG. 2. It can be formed to have a conventional venturi tube structure in which the passage space gradually decreases toward the point.

Then, when the smoke C2 is blown from the injection hole B1 side, the hydraulic pressure gradually decreases at a point corresponding to the exhaust holes D1 by the action of the venturi tube part D2 inside the second chamber B. Since the flow rate is gradually increased, the smoke C2 contained in the first chamber A1 may be smoothly moved (discharged) to the second chamber B through the exhaust holes D1. .

In addition, a protective plate M (eg, a mesh plate or a filter) in which a plurality of through holes are formed may be further installed at the outlet B2 side of the second chamber B of the smoke injection unit 6.

Then, various foreign matters may be blocked from being introduced into the chamber through the outlet B2 of the second chamber B, and the air in a state in which the smoke C2 is removed by the smoke removing unit 8 to be described later. When (Q) is exited to the outlet (B2) it can be easily filtered various harmful substances contained in the air (Q).

On the other hand, the portable cigarette smoke removal device according to an embodiment of the present invention, comprises a smoke removal unit 8 provided on the case 2 side to correspond to the smoke injection unit (6).

The smoke removing unit 8 is formed so that the smoke C2 particles can be directly heated by a heating member and removed in a pyrolytic manner while the smoke C2 is moving in the smoke injection unit 6.

Referring back to FIG. 2, the smoke removing unit 8 is composed of a heating member installed to correspond to the second chamber B of the smoke injection unit 6, that is, the heater H1.

Although not shown in the figure, the heater H1 can use a conventional torch that generates combustion sparks when ignited by a switch (or lever or button) operation.

For example, the heater H1 is installed at one or more points to directly heat the smoke C2 passing through the venturi tube part D2 in the second chamber B, as shown in FIG. 2. Can be.

The heater H1 is set to smoothly decompose in the usual manner while heating the smoke C2 in the second chamber B to a high temperature. This structure can be easily carried out by those of ordinary skill in the art, so a detailed description thereof will be omitted.

The heating member of the smoke removing unit 8 may further include a heating plate H2 installed to correspond to the heater H1.

The heating plate H2 is disposed at a point that can be heated by the combustion flame of the heaters H1 inside the second chamber B, the inlet B1 of the second chamber B, and the outlet port. It may be installed in a state of blocking the passage between (B2).

In particular, the heating plate (H2) is formed so that the smoke (C2) can pass through using a metal plate (for example, a mesh plate) having a plurality of holes.

The heating plate (H2) is, for example, of the iron-chromium (Fe-Cr) system of the heat generating in a red state of the heating element (e.g. stove) of the heating plate (for example, a heating element), especially in a metal plate excellent in heat conduction You can use a metal mesh.

According to the structure of the heating plate (H2), since the heat is generated in a red state heated by the combustion flame during the operation of the heater (H1) heat efficiency for removing the smoke (C2) by pyrolysis inside the second chamber (B). Can be further increased. Therefore, the smoke C2 inside the second chamber B may be heated more smoothly and pyrolyzed.

The heating plate H2 may have a structure such as an electric heating element that generates heat by itself by being supplied with electricity by a conventional method, for example, in addition to the structure that generates heat by the heater H1.

According to the structure of the smoke removal unit 8, the smoke (C2) generated when smoking the cigarette (C) can be easily removed by the thermal decomposition as follows in the second chamber (B).

For example, as illustrated in FIG. 3, when the filter C3 of the cigarette C inserted into the tobacco socket part 4 is sucked into the mouth, smoke C2 (fast smoke) is contained in the mouth.

In this state, as illustrated in FIG. 4, the smoke C2 is blown in a state of being dressed on the injection hole B1 side of the smoke injection unit 6.

Then, the air is moved from one side (inlet) of the second chamber (B) toward the other side (outlet) in the state of containing the smoke (C2) in the air (Q), the heater (H1) of the smoke removing unit (8) And, when passing through the point where the heating plate (H2) is installed, the smoke (C2) particles are pyrolyzed while being heated to a high temperature.

And, when the smoke (C2, the outer smoke) in the first chamber (A1) of the cigarette pocket portion 4 blows the smoke (C2) through the injection port (B1) by mouth, as shown in Figure 5 the exhaust induction portion By the action of (D) it can be removed together while being discharged to the second chamber (B) side through the exhaust holes (D1) in a state that is pyrolyzed by the smoke removing unit (8).

That is, since the smoke (C2) particles introduced from the injection port (B1) of the second chamber (B) or the first chamber (A1) side is thermally decomposed by the smoke removing unit (8), as shown in FIG. Only air Q may be discharged to the discharge port B2 of the second chamber B while the smoke C2 is removed.

As such, when the smoke (C2, fast smoke or external smoke) generated when smoking the cigarette (C) by the pyrolysis method using the smoke removal unit 8 inside the case 2, the smoke (C2) is It can be prevented from spreading to the surroundings to prevent indirect smoking of others and to maintain the surrounding environment comfortably.

2: case 4: cigarette socket part 6: smoke injection part
8: Smoke removal part C: cigarette

Claims (10)

case;
A cigarette socket part configured to include a first chamber formed inside the case so that a part of the cigarette is combusted in a state where the flame is blocked from the outside;
A smoke injecting part spaced apart from the first chamber of the cigarette socket part and disposed inside the case and configured to blow a cigarette smoke into a smoker's mouth;
A smoke removing unit comprising a heating member installed to correspond to the second chamber of the smoke injection unit and configured to remove tobacco smoke introduced from the outside by pyrolysis in the second chamber;
An exhaust induction part including an exhaust hole formed to pass between the first chamber of the tobacco socket part and the second chamber of the smoke injection part, and a venturi tube part formed at a point corresponding to the exhaust hole in the second chamber;
Portable cigarette smoke removal device comprising a. The method according to claim 1,
The cigarette socket portion,
Portable cigarette smoke removal device is formed by extending the first chamber toward the other side in a state penetrating the outer surface of one side of the opposite edge of the case. The method according to claim 1,
The portable cigarette smoke removal device,
Further comprising a fixing plate for holding the outer surface of the cigarette fitted to the first chamber side,
In the fixing plate,
Portable cigarette smoke removal device consisting of a plate formed with a plurality of holes formed to hold the outer surface surrounding the cigarette. The method according to claim 1,
The portable cigarette smoke removal device,
Further comprising a fire extinguisher for extinguishing the flame of the cigarette inserted into the first chamber side,
The fire extinguisher,
Portable cigarette smoke removal device is formed so as to press the outer surface of the cigarette while moving toward the inside of the first chamber by the pressing operation in the forward, backward direction. The method according to claim 1,
The portable cigarette smoke removal device,
Further comprising an igniter for attaching a flame to the end of the cigarette fitted to the first chamber side,
The lighter,
Portable cigarette smoke removal device comprising a torch or an electric heating element. The method according to claim 1,
The smoke injection unit,
And a second chamber extending from the penetrating inlet side of one side to the penetrating outlet side of the other side to penetrate through the outer surface of the opposite edges of the case, respectively. delete The method according to claim 1,
The exhaust induction part,
Portable set to allow the smoke contained in the first chamber to be introduced into the second chamber through the exhaust hole by the internal pressure difference generated when the smoke injected into the second chamber passes through the venturi tube. Tobacco smoke remover. The method according to claim 1,
The smoke removing unit,
A portable tobacco smoke removing device using as a heating member a heater that generates a combustion flame, or a heating plate that is heated by the heater or is applied with electricity to generate heat. The method according to claim 1,
The heating member
Portable cigarette smoke removal device is installed at one or more points to correspond to the second chamber.

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