JPS6317682A - Tobacco pipe - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

DETAILED DESCRIPTION OF THE INVENTION [Industrial Application Field] The present invention reduces the amount of cigarettes buried in the interior by storing the cigarettes inside.
It concerns the pipe to be removed.

[Conventional technology and problems]

There have long been various problems regarding the harmfulness of tobacco. In general, the major problems with cigarettes include their negative effects on the smoker's body, the soot and smoke it gives to people around them, especially non-smokers, and the cause of fires. Among these, when considering the important issue of the effects of smoking on the human body,
Until now, countermeasures have been focused only on the smokers themselves. However, in recent years, doctors in particular have had more opportunities to speak out about health issues related to the harmful effects of tobacco, and anti-smokers and anti-smoking campaigns have become active. Whereas the main problem was the negative effects on the human body of the smoker himself, now more and more attention is being given to the effect of smokers on the non-smokers around them.

For this reason, various products have been improved, developed, and put on the market, such as, for example, "clean pipes," which are equipped with a harmful substance adsorption member that is attached to a cigarette during smoking and removes or reduces harmful substances emitted from the cigarette.

There are two types of so-called "clean pipes": the "puncture type" and the "insertion type", both of which have the harmful substance adsorption member built into the "pipe". For this reason, harmful substances such as nicotine and tar produced when smoking are
When passing through the harmful substance adsorption member in the pipe, the harmful substances are reduced and removed. However, these "pipes" are only for smokers, and do not provide any solutions for non-smokers.

Furthermore, these various "pipes" can contain nicotine from cigarettes,
It is designed to remove harmful substances such as tar inside the pipe, so it is good for one or two uses, but after that, the smell of nicotine and cool remains in the pipe and is not very refreshing for smokers. I didn't feel like it.

Another method is to remove harmful substances from the cigarette by making a hole in the cigarette, but this method considerably reduces nicotine content and removes the remaining harmful substances, but smokers do not feel any resistance when smoking, so they enjoy smoking. It didn't meet my family's tastes.

Furthermore, no measures were taken to prevent the cause of fires in the "clean pipes" and the smokers relied mainly on their own precautions.

[Problems to be Solved by the Invention] The present invention aims to reduce or remove harmful substances such as nicotine and tar contained in cigarettes as a countermeasure against harmful substances when smoking cigarettes, and at the same time reduce or eliminate harmful substances such as nicotine and tar contained in cigarettes. It satisfies people's tastes, prevents 100% of the causes of fires, and by changing the structure, smoke damage can be minimized not only for smokers themselves (but also for non-smokers around them). By being able to do so, it is possible to eliminate the disorders associated with smoking.

[Means for solving problems]

In view of the above-mentioned conventional drawbacks, the present invention provides a cylindrical tobacco pipe ( 1), the inside of the main body of the tobacco pipe (1) has air holes (5-
1), a cylindrical protective net (9) for introducing air and exhausting harmful substances is disposed at opposing positions on the mouth part (3) side of the inner wall of the main body of the tobacco pipe (1). Hazardous substance removal members (6-1, 7-1) and ignition holes (4
) sides with cigarette press members (6-2, 7-2) at opposite positions.
), the harmful substance removing member (6-1, 7-1)
and a cigarette (2) in which the cigarette holding member (6-2, 7-2) for preventing movement of the cigarette (2) passes through the protective net (9) and is housed in the protective net (9). It is characterized by being inserted into the

〔Example〕

A first embodiment of the present invention will be described below with reference to FIGS. 1 to 3.

FIG. 1 (al) is a perspective view of the tobacco pipe 1 of the present invention in which the cigarettes 2 shown in parallel are accommodated as they are in the direction of arrow A in the figure. FIG. 1(b) is also a Similar to Figure (a), it is a perspective view of the tobacco pipe 1 in which the cigarettes 2 shown in parallel are housed in the direction of the arrow mouth in the figure, and Figure (a) is a perspective view of the tobacco pipe 1 in which the tobacco 2 is housed in the direction of the mouth of the arrow. From the same figure (
bl is a perspective view seen from the ignition hole 4.

As shown in FIGS. 1(a) and 1(bl), the tobacco pipe 1 of the present invention has a cylindrical outer shape, with a conical opening 3 disposed on one bottom surface, and a conical opening 3 on the other bottom surface. A cigarette ignition hole 4 is open.The length of the tobacco pipe 1 body is such that the tobacco body 2-2 can be completely inserted into the tobacco pipe 1.
Inside there is a cylindrical tobacco-accommodating cavity with a diameter slightly larger than the diameter of the tobacco 2 for accommodating the tobacco 2. Further, the tobacco pipe 1 is of a cylindrical type with first and second lids 6 and 7 that can be opened and closed in the longitudinal direction, and the tobacco pipe 1 is opened and closed to take in and take out the tobacco 2. 1st, 2nd
The lids 6 and 7 are connected by a hinge, and two stoppers 8 are installed at the opening/closing opening on the opposite side of the hinge. Second lid6.
7 can be opened and closed with a single touch using a stopper 8, making it easy to put in and take out cigarettes. Also, 1st. A large number of very small circular air holes 5 are arranged regularly over almost the entire surface of the second lid 6.7.

Figure 2 (al is the state when the tobacco pipe 1 is opened,
In other words, the first. FIG. 7 is a perspective view of the second lid 6.7 opened longitudinally around the hinge. 1st. Inside the second lid 6.7, a pair of harmful substance removal members 6-1. 7-1 and a pair of cigarette press members 6-2 and 7-2 are installed. That is, as shown in the same figure, the first part of three examples of the mouth part of the main body of the tobacco pipe 1
A harmful substance removing member 6-1 is disposed on the inner wall of the M6, and a harmful substance removing member 7-1 is disposed on the inner wall of the corresponding second lid 7 in correspondence with the harmful substance removing member 6-1. I am doing it. Similarly, No. 1 on the ignition hole 4 side. A pair of cigarette holding members 6-2 and 7-2 are arranged on the inner walls of the second M6, 7 at corresponding portions (FIG. 2(a)).

As shown in Figure 2 (bl), the harmful substance removal member 6-1゜7
-1, the protruding shapes are different, but the insides of the protruding parts are both hollow, and the first and second lids 6 are used as they are.
．． 7 Air hole for harmful substance removal member arranged on the outside 6-
3. Continuing from 7-3.

That is, the harmful substance removing member 6- on the inner wall of the first lid 6
1 is a cylindrical cavity that is continuous with the air hole 6-3 for the harmful substance removing member, and is connected to the harmful substance removing member 7 on the inner wall of the second lid 7.
-1 has a conical shape with notches 13 on both sides of the tip, and is hollow inside, and is continuous with the air hole 7-3 for the harmful substance removing member.

As shown in FIG. 2 (0), the first. Second cup 6.
The cigarette holding member 6-2 and 7-2 installed on the inner wall near the ignition hole 4 of No. 7 have the same structure, and a holding bottle for preventing the cigarette from moving is disposed at the end of a conical cavity. 1. Air holes 6-4.7 for the cigarette presser on the outside of the second lids 6, 7
-4 continues.

Furthermore, the first. Inside the second M6.7 is Fig. 2 fd)
A cylindrical protection net 9 as shown in FIG. 1 is disposed to form a double structure with the first and second M6, 7.

The protective net 9 also has a first layer on the entire surface. A large number of circular air holes 5-1 having the same size as the second lids 6 and 7 are regularly arranged. The protective net 9 also has a type that can be opened and closed in the longitudinal direction. Since it is arranged in connection with the second bacterium 6.7, the first bacterium 6.7. When the second lid 6.7 is opened and closed in the longitudinal direction around the hinge, the protective net 9 is also opened and closed at the same time. Also,
1st. Harmful substance removal member 6-1.7-1 installed on the inner wall of the second M6.7. Cigarette holding member 6-2.7-2
A predetermined portion of the protective net 9 corresponding to the harmful substance removal member entrance/exit 9-1. Two cigarette holding member entrances and exits 9-2 are provided, and harmful substance removing members 6-1, 7-1. The cigarette holding members 6-2 and 7-2 can be moved in and out respectively.

FIG. 3 is a perspective view taken in the same direction as FIG.

Each partially enlarged view of B, C, D, and E is shown.

A is an enlarged view of the mouthpiece 3 at one end of the tobacco pipe 1. In this embodiment, the filter 2-1 of the cigarette 2 protrudes from the mouthpiece 3, and smoking is performed from there (FIGS. 1(a) and fb).

B is the first. FIG. 7 is an enlarged view of the cigarette identification part 10 on the first lid 6 arranged in parallel with the opening and closing opening of the second lid 6.7;

In the cigarette identification section 10, a circular confirmation window 11 is arranged in a continuous line at a predetermined portion. Since the confirmation window 11 is made of plastic, the tobacco pipe 1 can be inserted from the outside.
The inside can be seen through, and the length of the cigarette 2 inside the tobacco pipe 1 can be confirmed during smoking.

C is an enlarged view of the ignition hole 4 located at the other end of the tobacco pipe 1 in the opposite direction to the mouthpiece 3, which is used when lighting the cigarette 2 placed in the tobacco pipe 1.

D is an enlarged view of the pocket holder 12 located near the stopper 8 on the ignition hole 4 side of the second lid 7.

Many male smokers often carry cigarettes, lighters, or matchsticks along with writing instruments in the breast pocket of their Y-shirts, etc. Therefore, the tobacco pipe 1 of the present invention can be stored in the pocket etc. along with these smoking cents. A pocket holder 12 is provided to allow the user to use the camera.

E denotes an air hole 7-3 for a harmful substance removing member on the outer wall of the second lid 7, which is continuous with the harmful substance removing member 7-1 on the mouth part 3 side that protrudes inside the second lid 7. It is an enlarged view of. From here, soot containing harmful substances is removed.

In the tobacco pipe 1 having the above-described structure, the smoker:
First, as shown in Figure 2 ta+, the first . Second
Open the lid 6.7. In other words, the double protection net 9 inside is also opened at the same time.

The cigarette 2 is installed in a cigarette installation cavity in a protective net 9 so that a filter 2-1 that enters the mouth of the cigarette 2 comes out from a mouthpiece 3. At this time, the filter 2-1 of the cigarette 2
The harmful substance removing member 7-1 of the second lid 7 is positioned at a portion of the cigarette body 2-2 that is approximately 511 mm away from
-2 and insert the tobacco body 2-2 into the tobacco pipe 1.
Press the lid so that it does not move inside.

Next, the cigarette 2 is lit through the ignition hole 4 and smoked. At this time, that is, when smoking the cigarette 2, the harmful substance removing member 6
-1. Continuing from 7-1, the first. Press the harmful substance removing member air hole 6-3.7-3 on the outer wall of the second lid 6.7 with your finger. When you exhale, remove your finger and remove the air hole 6 for the harmful substance removal member.
-3.7-3 is blank. FIG. 2 (For the configuration shown in bl, the notch 1 of the harmful material removing member 7-1 can be opened by pressing the air hole 6-3, 7-3 for the harmful material removing member with your finger.
3 opens in the other cylindrical harmful substance removing member 6-1, and the harmful substances contained in the cigarette 2 are exhausted from the harmful substance removing member air hole 6-3.7-3. Further, since cigarette soot is exhausted to the outside air from the air holes 6-4 and 7-4 for the cigarette holding member, a fresh tobacco flavor can be enjoyed at any time.

Moreover, the tobacco pipe 1 is the first. It has a double structure of the second M6 +7 and the protective net 9, and a large number of air holes 5. Since the air hole 5.5-1 serves as an air inlet and outlet, the flame continues to burn without extinguishing. In addition, when smoking, cigarette soot is trapped in the air vents 5.5.
-1 is also exhausted, harmful substances are removed by the above-mentioned mechanism, so that soot and smoke can be prevented and smoke can be purified.

Furthermore, the length of the cigarette 2 in the tobacco pipe 1 can be determined from the confirmation window 11 of the cigarette confirmation section 10, and it can be seen at a glance that the number of cigarettes is decreasing. Even if you forget to light the cigarette 2, once the cigarette body 2-2 burns out, it will naturally disappear and prevent a fire, and you only need to clean up the cigarette ashes once per cigarette. It will be very convenient.

Next, a second embodiment will be described with reference to FIGS. 4 to 7. Components that are the same as those in the first embodiment are given the same reference numerals and explanations will be omitted.

FIG. 4 (al) and (b) show the tobacco pipe 21 of the present invention.
FIG. 3 is a perspective view of a cigarette mouth portion 231 seen from an ignition hole 24.

The tobacco pipe 21 is the tobacco pipe 1 of the first embodiment.
The first one has the same shape as the first one, and has air holes 25 on almost the entire surface. Second lid 26, 27° 1st. Second lid 26
．． Two stoppers 28. Cigarette mouth part 2
31 ignition holes 24, but the mouth part 2
A smoking port 23-1 is further provided at the tip of the smoking port 3.

The smoking port 23-1 is a cylindrical container (made of the same material as the tobacco pipe 1) that covers the portion of the tobacco filter 2-1 protruding from the mouthpiece 3 in the first embodiment. The circular tip of the smoking port 23-1 has a smoking hole 2 in the center.
3-4. Smoking auxiliary holes 23-2 and 23-4 having a smaller diameter than the smoking hole 23-1 are arranged on both the left and right sides thereof. Further, in a position parallel to the opening/closing openings of the first and second lids 26 and 27, there is a cigarette checking section 210 as in the first embodiment.
゜A confirmation window 211 is provided.

Figure 5 (al is the same direction as Figure 4 (a) and the lid 2 of No. 1.2
6.27 is a perspective view of a state in which it is opened in the longitudinal direction around the hinge. Inside the first and second M26.27, a pair of harmful substance removing members 26-1, 27-1 and a pair of cigarette pressing members are provided at opposing positions of a predetermined portion of the air hole 25 on the upper surface. 26-2.27-2 are arranged. That is, the first
A harmful substance removing member 26 is disposed on the opening portion 23 side of the inner wall of the lid 26.
-1° A cigarette holding member 26-2 is located on the ignition hole 24 side, and a harmful substance removing member 27 paired with the harmful substance removing member 26-1 is located on the cigarette opening 23 side inside the second lid 27. -1.
On the ignition hole 24 side, a cigarette presser member 27-2, which is paired with the cigarette presser member 26-2, is provided (see FIG. 5(a)).
). In addition, harmful substance removal member 26-1.27-1. The cigarette holding members 26-2 and 27-2 have the same structure as in the first embodiment (FIG. 5 (C1, fd)).

Furthermore, the first. Inside the second lid 26.27 there is a
A cylindrical protective net 29 of the type shown in FIG. 1 is incorporated to form a double structure with the 1.2 M26.27. The protective net 29 is also regularly provided with a large number of air holes 25-1 having the same diameter as the first and second lids 26 and 27 on the entire surface thereof, and the outer first and second lids 26 and 27 are arranged regularly. When the second M26.27 opens and closes around the hinge, the protection net 29 also opens and closes. Further, the harmful substance removal members 26-1, 27-1 installed on the inner walls of the first and second 26.27. Cigarette holding member 26-
2. In a predetermined portion of the protective end 29 corresponding to 27-2, there is a harmful substance removal member entrance/exit 29-1. Cigarette presser member entrance/exit 29
-2 are empty, and there are two harmful substance removal members 26-1.
27-1. The cigarette holding members 27-2 and 27-2 can be moved in and out, respectively.

FIG. 6 is a perspective view in the same direction as FIG. 4 (al).

Each partially enlarged view of B, C, D, and E is shown.

A is a smoking port 23 which is one end of the tobacco pipe 21
It is an enlarged view of -1. Inside the tip of the smoking port 23-1, there is a smoking hole 24-4 as shown in the figure.
-4 is provided with circular smoking auxiliary holes 23-2 and 23-3 having a diameter smaller than that of the smoking hole 24-4.

In addition, smoking hole 24-4. Smoking auxiliary hole 23-2゜23-3
Each has a hollow tubular shape and passes through the smoking opening 23-1 and communicates with the main body of the tobacco pipe 1, the smoking hole 23-4 directly communicates with the cigarette 2, and the auxiliary smoking holes 23-2 and 23-3 at the tip thereof. The disposed purification plugs 23-5, 23-6 pass through the protective net 29 and pass through the first. The second plugs 126, 27 are disposed so as to be continuous with each purifying plug port 23-7 disposed on the outside (FIG. 7). The purification plug port 23-7 is connected to the mouth part 23 of the tobacco pipe 21 and the air hole 26 for the harmful substance removal member.
-3 and 27-3.

B is the first. FIG. 3 is an enlarged view of the cigarette identification part 210 on the first lid 26 arranged in parallel with the opening/closing opening of the second lid 26,27. Inside the cigarette confirmation section 210, circular confirmation windows 211 having a certain size are continuously arranged in a row.

C is an enlarged view of the ignition hole 24 at the other end of the tobacco pipe 21 opposite to the mouthpiece 23, which is used when lighting the cigarette 2 placed in the tobacco pipe 21.

D is an enlargement of the air hole 27-3 for the harmful substance removing member in the outer wall of the second M21 at the end of the internal cavity of the harmful substance removing member 27-1 located on the inner wall of the second lid 27 closer to the mouth opening 23 It is a diagram.

E is an enlarged view of the air hole 27-4 for the cigarette presser member located on the outside of the second lid 27 at the end of the internal cavity of the cigarette presser member 27-2 located closer to the ignition hole 24 on the inner wall of the second lid 27. .

In the tobacco pipe 21 configured as described above, the smoker:
First, as shown in Fig. 5(a), the first... Second
Open the lids 26 and 27. In other words, at the same time the protective net 29 inside
will also open. Place the tip of the filter 2-1 of the cigarette 2 at the position of the dotted line A shown in FIG. -1゜Prick the cigarette body 2-2 with the cigarette presser member 27-2, press the first presser M26, and then press the smoking opening 23-1.
Smoking more. Then, in the same way as in the first embodiment, by blocking the harmful substance removing member air holes 26-3 and 27-3 with your fingers, smoking a cigarette, and removing your fingers, the harmful substance removing member air holes 26-3 and 27-3 are closed. Harmful substances are exhausted from 27-3. FIG. 7(b), (Smoking auxiliary hole 2 configured as shown in C1)
3-2. Smoking port 23 having 23-3 and smoking hole 23-4
-1, the cigarette smoke from the air hole 23-4 and the cigarette smoke from each purifying plug port 23-7 disposed on the second lid 26. -2.
Air is introduced into the smoking auxiliary hole 23-2.23-3 through the purification plug 23-5. become. In other words, when you smoke, you automatically take in air, so nicotine.

It dilutes the amount of tar and allows smokers to use the action of air to break down nicotine and tar on their own.

Next, a third embodiment will be described with reference to FIGS. 8 to 11. Note that the same parts as in the first embodiment are denoted by the same reference numerals, and the description thereof will be omitted.

FIG. 8 (al, (bl) is the tobacco pipe 31 of the present invention.
FIG. 3 is a perspective view of each of the tobacco mouth portions 331 and 34 as seen from the large hole 34.

The tobacco pipe 31 of the present invention also has a cylindrical outer shape like the second embodiment, and has air holes 35 arranged on almost the entire surface of the first pipe. 2nd toma 36.37. 1st. Second
two stoppers 38. that lock the lids 36.37 of the Cutting section 33. This type of configuration has a mouth opening of 33 degrees and an ignition hole 34. A cylindrical smoking part 33-1 also protrudes from the cigarette mouth part 33, and a circular smoking hole 33-4 at the tip. Smoking auxiliary holes 33-2 and 33-3 having a smaller diameter than the smoking hole 33-4 are provided at both ends thereof.

1st. On the first lid 36, which is arranged in parallel with the opening/closing opening of the second lid 36, 37, there is a cigarette verification part 310° verification window 31.
1 is provided.

FIG. 9(a) shows that the tobacco pipe 31 is in the first position. second lid 3
6.37 is a perspective view of a state in which it is opened in the longitudinal direction around the hinge. 1st. Second! A pair of harmful substance removing members 36-1.37-1 and a pair of cigarette pressing members 36-2.37-2 are also installed at predetermined portions of the air holes 35 arranged on almost one side inside the 36.37. is installed (Fig. 9(b),
(C1). In addition, harmful substance removal member 36-1.37-1.
The cigarette holding member 36-2 and 37-2 also have the same structure as the first embodiment (FIG. 9(b), (C1)).

Furthermore, the first. A cylindrical protection net 39 (not shown) having the same structure as the protection net 29 of the second embodiment is also incorporated into the second lid 36.37, and
It forms a 7.2m structure. The protective net 39 also has a first layer on the entire surface. A large number of air holes 35-1 having the same diameter as the second lid 36, 37 are arranged regularly, and the outer first lid 35-1. When the second lids 36 and 37 open and close around the hinges, the protective net 39 also opens and closes. Also, 1st. Second 36.
Harmful substance removal member 36-1 installed on the inner wall of 37.
37-1. Harmful substance removal member entrances and exits 39 are provided in predetermined portions of the protective net 39 corresponding to the cigarette holding members 36-2 and 37-2.
-1. Two cigarette presser member entrances and exits 39-2 are open, and harmful substance removing members 36-1, 37-1. The cigarette holding members 36-2 and 37-2 can be moved in and out, respectively.

FIG. 10 is a perspective view in the same direction as FIG. 8 (al).

Each partially enlarged view of B, C, D, and E is shown.

A is an enlarged view of the smoking port 33-1 of the tobacco pipe 31. At the tip of the smoking port 33-1, there is a circular smoking hole 31-4 in the center. On both sides thereof, auxiliary smoking holes 33-2, 33-3 in the shape of a circle 1 having a smaller diameter than the smoking hole 34-4 are arranged. As shown in the figure, a smoking hole 34-4 is provided at the tip of the smoking port 33-1, and on both left and right sides of the smoking hole 34-4 are circular smoking aids having a diameter smaller than the diameter of the smoking hole 34-4. Holes 33-2, 33-3 are provided. In addition, smoking hole 34-4. Smoking auxiliary hole 33-2.33-
3 each have a hollow tubular shape and pass through the smoking hole 33-1 and communicate with the main body of the tobacco pipe 31. The smoking hole 33-4 directly passes through the cigarette 2 through the valve 33-7, while the auxiliary smoking hole 33-2.33-3 further passes through the main body of the tobacco pipe 31 and connects to the tobacco holding member air hole 36-4. -4 The purifying plug 33-5.33-6 disposed at the tip of the smoking auxiliary hole 33-2.33-3 near the rear is exposed to the outside of the first and second lids 36.37. (10th
Fig. 11). Purification plug lids 33-8 are provided at the tips of the purification plugs 33-5 and 33-6 (11th
Figure (C)).

B is the first. FIG. 3 is an enlarged view of the cigarette identification part 310 on the first lid 36 arranged in parallel with the opening and closing opening of the second lid 36,37. Inside the cigarette confirmation section 310, circular confirmation windows 311 having a predetermined size are continuously arranged in a row.

C is an enlarged view of the ignition hole 34, which is the other end of the tobacco pipe 31 opposite to the mouthpiece 33, and is used when lighting the cigarette 2 put in the tobacco pipe 31.

D is an enlargement of the air hole 37-3 for the harmful substance removing member in the outer wall of the second M37 at the end of the internal cavity of the harmful substance removing member 37-1 on the inner wall of the second lid 37, which is closer to the mouth part 33. It is a diagram.

E is an enlarged view of the air hole 37-4 for the cigarette presser member located on the outside of the second lid 37 at the end of the internal cavity of the cigarette presser member 37-2 located closer to the ignition hole 24 on the inner wall of the second lid 37. .

In the tobacco pipe 31 configured as described above, the tobacco 2
is attached in the same manner as the tobacco pipe 21 of the second embodiment. That is, the tip of the filter 2-1 of the cigarette 2 is placed at the position indicated by the dotted line A shown in FIG.
The cigarette presser member 37-2 is inserted into the cigarette main body 2-2, the first presser lid 36 is closed, and smoking is performed from the smoking opening 33-1.

And the first. As in the second embodiment, the smoker smokes while opening and closing the air holes 36-3, 37-3 for the harmful substance removing member with his or her fingers. Naturally, air hole 36-3.37-3 for harmful substance removal member
Soot and smoke containing harmful substances are exhausted. At this time, the 11th
Figure (b), (Smoking auxiliary hole 33-2 configured as shown in C1)
．． In the tobacco pipe 31 of this embodiment, the cigarette 2 is smoked only through the smoking hole 33-4. . Next, the smoke that has just been inhaled is not exhaled into the air as before, but is exhaled again into the smoking port 33-1. The exhaled smoke flows back through the smoking port 33-4, presses the port moving valve 33-7 backward, and closes the smoking hole at the back. At the same time, the smoke passing through the smoking auxiliary hole 33-2 and 33-3 is passed through the pipe of the smoking auxiliary hole 33-2 and 33-3 to the purifying plug 33-5.
．． 33-6, and each purification plug 133-
Push up 8 and exit to the outside air. In this way, the purification plug 33-
Cigarette soot is purified by passing through the purification plug 33-5, 33-6, and the smoke emitted from the purification plug 33-5. It is filtered twice by the second lid 36, 37, reducing soot to a level that does not disturb non-smokers.

In this embodiment, it is possible to prevent smoke damage not only to smokers but also to surrounding non-smokers.

〔Effect of the invention〕

As explained above in detail, the tobacco pipe of the present invention can minimize smoke damage not only to the smoker himself but also to the surrounding non-smokers.
It can eliminate the disorders associated with smoking. In addition, a plastic cigarette confirmation window is placed on the container, so you can see at a glance when the number of cigarettes is decreasing, and it is also easier to dispose of cigarette ashes instead of disposing of them in several batches. In the present invention, 1
You only need to dispose of it once when you have finished smoking, which helps prevent fires. In addition, there is less air entering the pipe, which slows down the natural combustion of tobacco, making it economical. By using such a pipe, fires and smoke damage caused by cigarettes can be completely prevented, and the development of the purifying plug of the present invention will lead to the development of harmless and fragrant smoke. It is also possible to open cigarettes and turn the disadvantages of cigarettes into advantages.

[Brief explanation of the drawing]

Figure 1+a), (bl is a perspective view of the tobacco pipe of the first embodiment, Figure 2 (a) is a perspective view of the tobacco pipe of the first embodiment in an open state, and (b) is a perspective view of the tobacco pipe of the first embodiment. An enlarged view of the harmful substance removing member. (C) is an enlarged view of the cigarette holding member, (d) is an enlarged portion of the protective net, and FIG. 3 is an enlarged view of the tobacco pipe of the first embodiment.
B is the cigarette confirmation part and confirmation window, and C is the ignition hole. D is a pocket holder, E is a partially enlarged view of the air hole for the harmful substance removal member, FIGS. 4(a) and fb) are perspective views of the tobacco pipe of the second embodiment, and FIG. 5(a) is a perspective view of the tobacco pipe of the second embodiment in an open state, (b) is an enlarged portion of the protective net, (C) is an enlarged view of the harmful substance removal member, and (d) is an enlarged view of the cigarette presser member. , FIG. 6 shows the tobacco pipe of the second embodiment, where A is the mouthpiece;
B is the cigarette confirmation part and confirmation window, and C is the ignition hole. D is a partial enlarged view of the air hole for the harmful substance removal member, E is a partial enlarged view of the air hole for the cigarette presser member, FIGS. 7(a), (b), (C1 is a partial enlarged view of the smoking mouth of the second embodiment) Figure 8 (a+, (bl is a perspective view of the tobacco pipe of the third embodiment, Figure 9 (, 11 is a perspective view of the tobacco pipe of the third embodiment in an open state, (b) ) is an enlarged view of the harmful substance removal member. (C) is an enlarged view of the cigarette holding member. Figure 10 shows the tobacco pipe of the third embodiment. A is the mouthpiece, B is the tobacco confirmation part and the confirmation window, and C is the tobacco pipe of the third embodiment. is a partially enlarged view of the ignition hole, D is the air hole for the harmful substance removal member, and E is the air hole for the cigarette presser member, Fig. 11 + 81.4bl, (C1
shows a partially enlarged view of the smoking mouth of the third embodiment. 1... Cigarette pipe 2... Cigarette 3... Mouthpiece 4... Ignition hole 5... Air hole 6... First lid 6-1... Harmful substance removal member 6- 2... Cigarette holding member 6-3... Air hole for harmful substance removal member 6-4...
Air hole 7 for cigarette holding member... Second member 7-1... Hazardous substance removal member 7-2... Cigarette holding member 7-3... Air hole 7-4 for harmful substance removal member.・・・
Cigarette holding part [air hole 8, stopper 9, protection net 10, cigarette RA recognition part 11, confirmation window

Claims (7)

[Claims] (1) A cylindrical tobacco pipe (1) having a conical opening (3) at one end and an ignition hole (4) at the other bottom, the tobacco pipe (1) A cylindrical protective net (9) having air holes (5-1) on the surface and for introducing air and exhausting harmful substances is disposed inside the main body, and the above-mentioned tobacco pipe (1) main body Harmful substance removal members (6-1
, 7-1) and cigarette holding members (6-2, 7-) that prevent the cigarette (2) from moving to opposing positions on the ignition hole (4) side.
2) is provided, and the harmful substance removing member (6-1, 7-1
) and the cigarette holding member (6-2, 7-2) pass through the protective net (9) and are inserted into the cigarette (2) housed in the protective net (9). Features a muffler pipe for cigarettes. (2) The cigarette according to claim 1, wherein the tobacco pipe (1) has a cylindrical shape with first and second lids (6, 7) that can be opened and closed in the longitudinal direction. pipe. (3) One of the harmful substance removing members (6-1, 7-1) has a conical shape with a notch (13), and the other has a cylindrical shape. The tobacco pipe described in item 1. (4) The first and second lids (6, 7) have air holes (
5) The tobacco pipe according to claim 1, characterized in that it has a large number of the following. (5) A cigarette confirmation part (10) having a confirmation window (11) is disposed on either one of the first and second lids (6, 7). The tobacco pipe described in item 1. (6) A cylindrical smoking port (23-1, 33-1) is provided at the tip of the smoking port (3, 23, 33), and the smoking port (2
There is a smoking hole (23-4, 33) at the end of the
-4), smoking auxiliary hole (23-2, 23-3, 33-2,
33-3), and the smoking auxiliary hole (23-2, 23
-3, 33-2, 33-3) is connected to the smoking port (2).
3-1, 33-1) and the smoking auxiliary hole (23-2).
, 23-3, 33-2, 33-3).
-6) passes through the protective net (29, 39) inside the main body of the tobacco pipe (21, 31) from the inside to the outside and is disposed on the first and second lids (26, 27, 36, 37). A tobacco pipe according to claim 1, characterized in that the pipe continues into a purifying plug port (23-7, 33-7) provided therein. (7) A cylindrical smoking port (23-1, 33-1) is provided at the tip of the mouth portion (3, 23, 33), and the smoking port (2
There is a smoking hole (23-4, 33) at the end of the
-4), smoking auxiliary hole (23-2, 23-3, 33-2,
33-3), and the smoking auxiliary hole (23-2, 23
-3, 33-2, 33-3) is connected to the smoking port (2).
3-1, 33-1) and the smoking auxiliary hole (23-2, 23-3, 33-) passing through the main body of the tobacco pipe (1).
The purification plug (2, 33-3) installed at the tip of the
3-5, 23-6, 33-5, 33-6) are disposed on the outside of the tobacco pipe (21, 31). .