JP2002136254A - Mosquito-repellent incense container - Google Patents

Abstract

PROBLEM TO BE SOLVED: To realize a safe mosquito-repellent incense container capable of being naturally restored to the original normal state even when the container is rolled or turned over and suitable for preventing a fire without causing oxygen deficiency even in a closed state of a spherical or a round-bellied shape and without spilling ash. SOLUTION: This mosquito-repellent incense container is in the form of a spherical or a round-bellied container bisected into an upper and a lower parts. The interior of at least the lower container 1 thereof is provided with a supporting means for the mosquito-repellent incense 5 and a weight 6 for restoration is attached to the bottom of the lower container 1. A means in which ventilation can be carried out but ash cannot be passed or is difficult to pass therethrough is installed in at least either one of the upper container 2 or the lower container 1.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a container for storing a mosquito collecting incense in an ignited state, and more particularly to a safe mosquito collecting incense having a structure which is spherical, does not become oxygen-deficient even when it rolls and does not spill ash. For containers.

[0002]

BACKGROUND OF THE INVENTION Problems to be Solved by the Invention
As described in -103198, a structure is proposed in which a mosquito repellent incense is stored in a container shaped like a bivalve and half-opened, and when a weight such as a futon is added, the upper lid is closed to prevent fire. Have been.

[0003] However, when the upper lid is closed by the weight of a futon or the like, the fire extinguishes naturally due to lack of oxygen, so that it cannot serve as a mosquito coil.

[0004] Normally, since the lid is used with the upper lid opened halfway, there is a danger of burning or igniting if paper, clothing, or the like is placed on the mosquito coil.

[0005] On the other hand, kicking is dangerous because it continues burning with ignition unless the top cover is closed.

[0006] It is safe if the container has a spherical or polished shape and can be restored to a fixed posture like polished even if it is kicked off.

[0007] The technical problem of the present invention is to focus on such a problem, and it does not become oxygen-deficient even in a state where it is always spherically or finely closed. It is an object of the present invention to provide a safe mosquito coil that can be restored to its original state and does not cause ash spillage and is suitable for fire prevention.

[0008]

The technical problem of the present invention is solved by the following means. Claim 1 has a shape in which a spherical or polished container is divided into upper and lower parts,
At least the inside of the lower container is provided with means for supporting a mosquito coil, and a weight for restoring is attached to the bottom of the lower container. In addition, at least one of the upper container and the lower container is provided with a means that allows ventilation but does not allow ash to pass or is difficult.

[0009] Thus, the mosquito coil of the present invention comprises:
Since it has a shape that is divided into two parts, a spherical or polished container, it can be opened and closed to put mosquito coils and ash. In addition, since a means for supporting mosquito coils is provided at least inside the lower container, and a weight is attached to the bottom, even if kicking or rolling, it will automatically return to a normal normal posture by the action of the weight. It can be restored and normal combustion can be continued.

The upper container and the lower container can be ventilated so that outside air can flow in and smoke can be discharged, but ash cannot pass or is provided with difficult means. It does not spill and does not extinguish the fire due to lack of oxygen. As described above, since smoke and air can only pass through, even if the vehicle rolls, the fire of the mosquito coil does not burn to other places, and it is safe.

According to a second aspect of the present invention, an outside air introduction cylinder having an outer end opened, an inner end closed, and an air introduction port on a side portion is fixed to at least the lower container according to the first aspect. .
And the ceiling is closed at the upper end of the upper container,
It has a smoke exhaust section having an opening at a side portion and a bottom portion corresponding to the ceiling portion.

[0012] There are various means that cannot pass through the ash and have air permeability. According to the second aspect, an outside air introduction cylinder having an open outer end, a closed inner end, and an air inlet on the side. Since the body is fixedly housed in the lower container, air can flow in from the side air inlet and will not be starved of oxygen.
Ash is blocked by the side wall of the outside air introduction cylinder and the closed portion at the inner end, so that the ash does not leak outside.

At the upper end of the upper container, a ceiling portion is closed, and a smoke exhaust portion having an opening at a side portion and a bottom portion corresponding to the ceiling portion is provided. Smoke can be discharged to the outside from the bottom opening and the side opening,
Also, the discharge of ash is prevented at the side and the ceiling.

Therefore, it is possible to realize a mosquito coil incense container which does not spill out ash, allows outside air to flow in, and allows smoke to be exhausted.

According to a third aspect of the present invention, there is provided a vertical cylinder portion having upper and lower ends opened and a smoke exhaust hole on a side portion below the smoke exhaust portion according to the second aspect. A mortar-shaped partition connects the upper end and the inner wall of the upper container outside the smoke exhaust section.

As described above, the upper and lower ends are opened below the smoke exhaust section, and the vertical cylinder section having the smoke exhaust holes on the side is provided. Since the mortar-shaped partition wall connects the inner wall of the upper container outside the smoke part, even if the container rolls, the ash cannot easily move to the smoke exhaust part, and the ash will spill out. Can be more reliably prevented. In addition, since the upper and lower sides of the vertical cylindrical portion are open, and smoke exhaust holes are opened on the side portions, smoke generated from the mosquito coil can easily flow out.

When the container is turned upside down, most of the ash accumulates in the valley outside the mortar-shaped partition wall. However, when the container is restored to its original state, it falls and remains at the bottom of the lower container. Also, a small amount of ash that passed through the vertical cylinder and moved to the smoke exhaust section was blocked by the smoke exhaust section, and when the container was restored to its original state, it slid down into the vertical cylinder along the inner surface of the mortar-shaped partition wall. , And falls to the bottom of the lower container.

According to a fourth aspect of the present invention, the outside air introducing cylinder according to the second or third aspect is disposed inside an outer cylinder having an open inner end and an outer end fixed to the inner wall surface of the lower container. The structure is.

As described above, since the outside air introduction cylinder is disposed inside the outer cylinder fixed to the inner wall surface of the lower container, the outer end is open at the inner end. Is located outside the side wall opening of the outside air introduction cylinder,
Ash can be more reliably prevented from leaking from the side wall opening.
Further, since the outer cylindrical body has an open inner end, it does not hinder the introduction of outside air.

According to a fifth aspect of the present invention, a hanging cylindrical portion is provided in a ceiling portion of the upper container, and an outer periphery of a flange portion of a hat portion in the cylindrical portion is connected to a lower end of the cylindrical portion. A ventilation hole is formed in the side wall of the hanging cylindrical portion. Further, the mortar-shaped partition wall disposed below the hanging cylindrical portion has an upper end connected to the inner wall of the upper container outside the cylindrical portion, and is shifted from the vent hole below the upper end. A ventilation window hole is opened at the position, and the center of the lower end is also opened.

As described above, the ventilation hole is opened in the side wall of the cylindrical portion hanging down from the ceiling of the upper container. Further, the mortar-shaped partition wall disposed below the above-mentioned hanging cylindrical portion has a vent window opening below the upper end thereof, and the lower end center is also open.

Therefore, since the outside air enters through the ventilation holes in the side wall of the hanging cylindrical portion and the ventilation windows in the mortar-shaped partition wall, the inside mosquito coil does not become oxygen-deficient, and the smoke generated from the mosquito coil can be smoothly removed. Can smoke.

Further, since the ventilation holes in the side wall of the hanging cylindrical portion and the ventilation windows in the mortar-shaped partition wall are shifted, when the container is turned upside down, the ash that has passed through the ventilation holes in the mortar-shaped partition wall droops. It does not spill out of the tubular part. Further, when the container is turned upside down, a small amount of ash that has fallen from the central opening of the mortar-shaped partition wall is blocked by the hat-shaped portion. Then, when the ash that has passed through the mortar-shaped partition wall slides down to the center opening along the inner surface of the mortar-shaped partition wall and then falls into the lower container when the container is restored to its original state, There is no danger of the ash leaking out from the ventilation holes in the side wall of the tubular portion.

According to a sixth aspect of the present invention, a support for a mosquito coil is provided in the bottom of the lower container according to any one of the first to fifth aspects of the present invention. It has extended drop-inhibiting means. The mosquito coil supported by the support is supported by the fall prevention means so as not to fall off even if it rolls.

In this manner, with the mosquito coil incense supported on the support provided on the bottom of the lower container, the fall prevention means extending from the lower end of the mortar-shaped partition wall supports the mosquito coil so that it does not fall off even if it rolls. Because the structure is made, even if the container is inverted or rolled, the mosquito coil does not fall off the support, it is supported continuously, and it can continue burning without trouble it can.

According to a seventh aspect of the present invention, there is provided a mosquito coil having a screw structure in which a lower end of the upper container and an upper end of the lower container according to any one of the first to sixth aspects are screwed together. It is.

As described above, since the lower end of the upper container and the upper end of the lower container have a screw structure in which they are screwed together, when they are screwed together to form a spherical body, there are no protrusions, Spheres. In addition, since there are no protrusions, the rolling can be performed smoothly when rolling, and there is no danger that the internal mosquito coil may be damaged by the vibration and may be broken off from the support.

[0028]

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a perspective view of a mosquito coil device according to the present invention. FIG. 1 is a side view showing the appearance of a mosquito coil according to the present invention. The mosquito coil container of the present invention is closed with the hemispherical lower container 1 and the hemispherical upper container 2 abutting each other, and can be locked by well-known attachment / detachment mechanisms 22 and 23. When locked together in this way, the shape becomes spherical as shown in the figure.

FIG. 2B is a vertical sectional view of the spherical mosquito coil, and FIG. 2A is a plan view of the top. FIG. 3 is a longitudinal sectional view showing a state where the lower container 1 and the upper container 2 are separated. The mosquito coil in the illustrated example is divided into two so as to be vertically symmetrical. That is, it is divided at the position of the equator of the globe.

The lower container 1 has a shape like a southern hemisphere of a globe, and a base end of a support column 4 for supporting a mosquito coil is fixed to the center of an inner cavity. Upper end 4a of this support 4
Is sharp so that it can be inserted into the slit in the center of the mosquito coil. The point 4a is located at the height of the center of the spherical container, and at a position several mm below,
It has a stopper 4b.

Therefore, as shown in FIGS. 2 and 3, when the tip 4a is inserted into the center slit of the spiral mosquito coil 5, the mosquito coil 5 is horizontally supported on the stopper 4b.

A spring tongue 4c is provided below the tip 4a. When the tip 4a is inserted into the slit at the center of the mosquito coil, the spring tongue 4c closes and passes through the slit at the center of the mosquito coil. Then, it becomes free and opens, and becomes the state shown in the figure. Therefore, even if the mosquito coil is turned upside down, the mosquito coil does not fall off because it is hooked and supported by the spring tongue 4c.

As is apparent from the figure, the inside diameter of the spherical mosquito coil is made slightly larger than the maximum diameter of the mosquito coil.

Although this mosquito coil is presumed to roll, even if it rolls, eventually the support 4 becomes vertical and the mosquito coil 5 moves horizontally on the stopper 4b as shown in the figure. In this state, the outer bottom surface 1c of the lower container 1 is horizontal so that the spherical container becomes stable.
In addition, a weight 6 such as lead is fixed to the base of the support 4.

Therefore, usually, the ash generated by the burning of the mosquito coil 5 accumulates on the bottom, that is, on the weight 6.

The outside air intake 7 fixed to the inner surface of the side wall of the lower container 1 includes an outer cylinder 8 and an inner cylinder 9.
That is, the outer ends of the outer cylinder 8 and the inner cylinder 9 are fixed to the inner surface of the side wall of the lower container 1. And the outer end 9a of the inner cylinder 9
Is open to the outside air, and ventilation holes 9b are opened in the left and right side walls to form an outside air introduction cylinder. The inner end 9c is closed.

The outer cylinder 8 has an open inner end 8a. Therefore, even if the spherical container rolls and the ash enters the outer cylinder 8 from the inner end opening 8a, it only accumulates temporarily on the inner wall surface of the lower container 1, and the ash enters from the left and right side ports 9b. It does not leak out.

Further, the ash accumulated between the outer cylinder 8 and the inner cylinder 9 is discharged from the inner end opening 8a and accumulated at the bottom of the lower container 1 by the following rolling, so that the outer cylinder 8 and the inner cylinder 9 are accumulated. It will not stay between the nine. On the other hand, the outside air is opened 9a →
Since the water flows into the lower container 1 in the order of the inner cylinder 9 → the inner cylinder side port 9b → the outer cylinder 8 → the inner end opening 8a, the mosquito coil 5 can be completely burned without lack of oxygen.

The number of the outside air intake section 7 is sufficient, depending on the size, but about two or three. Further, it is more preferable to provide the mosquito coil 5 below the mosquito coil 5, that is, in the lower container 1, because fresh air flows in and rises and is supplied to the mosquito coil 5. However, it is not impossible to provide it on the inner wall of the upper container 2.

At the upper end, that is, the top, of the upper container 2, a smoke exhaust section 10 is provided. On the upper side of the column tip 4a,
A vertical cylindrical portion 11 is provided, and an upper end 11 of the cylindrical portion 11 is provided.
A is connected to the inner wall of the upper container outside the smoke exhaust section 10 by a mortar-shaped partition wall 12.

The vertical cylinder portion 11 has an upper end 11a and a lower end 11b open, and a side wall has a smoke hole 11c. It is better to open many small holes in the smoke passage 11c.

The smoke exhaust section 10 at the top has a structure in which a vertical outer cylinder 13, an intermediate cylinder 14, and a center cylinder 15 are concentrically arranged on the inner wall of the ceiling of the upper container 2. And
The lower end 15a of the center tube 15 is closed. The lower end 13a between the outer cylinder 13 and the intermediate cylinder 14 is also closed.

Lower end 1 between intermediate cylinder 14 and center cylinder 15
Only at 4a, the ring-shaped opening 14a is open. In addition,
Instead of the ring-shaped opening 14a, a number of small holes 14d may be provided in a ring shape as shown by a chain line in FIG.

The upper end 13b between the outer cylinder 13 and the intermediate cylinder 14 is open in a ring shape. Instead of this ring-shaped opening 13b, a large number of small holes 1
4e may be arranged in a ring shape. Furthermore, the center tube 15
The upper end 15b is also open.

Now, even if the spherical container shown in FIGS. 1 and 2 rolls and turns upside down, most of the ash accumulates in the valley 16 between the inner surface of the upper container 2 and the mortar-shaped partition wall 12. I do.
Even if a part of the ash enters the mortar-shaped partition wall 12 through the lower end opening 11b of the vertical cylinder portion 11 and the many small holes 11c on the side, the ash remains on the ceiling portion 14b between the intermediate cylinder 14 and the center cylinder 15. It only accumulates and does not leak outside.

The ash accumulated in the valley portion 16 returns to its original normal posture when the mosquito coil has the weight of 6
As shown, it falls to the bottom of the lower container 1 and accumulates. In addition, a part of the ash entering the smoke exhaust section 10 is removed from the mortar-shaped partition wall 1.
2, falls into the vertical cylindrical portion 11 by sliding on the inclined inner surface, and then falls to the bottom of the lower container 1.

On the other hand, the smoke generated from the mosquito coil 5 emits the lower end opening 11b of the vertical cylindrical portion 11 and the many small holes 11c on the side.
The lower end opening 14a between the intermediate tube 14 and the center tube 15 enters the mortar-shaped partition wall 12, and then the side hole 1 of the intermediate tube 14
4c → discharged in the order of the upper end opening 13b between the outer cylinder 13 and the intermediate cylinder 14.

Alternatively, smoke is discharged through the route of the lower end opening 14a → the side hole 15c of the center tube 15 → the upper end opening 15b of the center tube 15.

The vertical cylindrical portion 11 can also support a mosquito coil when the container is turned upside down. That is, the edge of the lower end opening 11b of the vertical cylindrical portion 11 is formed, for example, in a saw-tooth shape to reduce the contact area with the mosquito coil and to connect the lower container 1 and the upper container 2 as shown in FIG. In this state, the edge of the lower end opening 11b is lightly in contact with the mosquito repellent incense stick 5, or is set to such a size that some gap is generated.

As a result, when the container is turned upside down, not only the spring tongue 4c but also the ring-shaped lower opening 1
The edge of 1b can support the mosquito coil 5. In particular, unlike the case where the entire load of the mosquito coil is concentrated only on the small spring tongue 4c at the center, the mosquito coil can be supported at the radius of the vertical cylindrical portion 11 and at a plurality of ring-shaped portions, so that the mosquito coil can be prevented from falling off. Be certain.

As described above, the upper container 2 is placed over the mosquito coil 5 while being supported on the upper end of the support 4 of the lower container 1, and they are locked against each other. However, the locking means is not particularly limited.

In the example of FIG. 3, one ends 1a and 2a are connected to each other by hinge mechanisms 3a and 3b, and can be opened and closed around the hinge portion 3, and a buckle or the like is provided between the other ends 1b and 2b. It is structured to lock when closed.
Note that the space between the lower container 1 and the upper container 2 may be completely closed with a packing or the like interposed therebetween so that smoke and ash do not leak.

FIG. 4 is a longitudinal sectional view of another embodiment of the present invention. The lower container 1 is provided with one or more window holes 17 for introducing outside air. The upper container 2 is provided with one or more window holes 18 for smoke exhaust. The inner surface of the lower container 1 and the upper container 2 is provided with the above-described window hole 1.
A non-combustible air-permeable pad 19 is attached so as to cover 7 and 18.

As a non-combustible material, glass fiber and ceramic fiber are suitable. Also, even for woven cloth,
Any fine cloth may be used. Alternatively, a plurality of relatively fine cloths may be used.

As described above, since the non-combustible air-permeable pad 19 is stuck to the window holes 17 and 18 opened in the upper and lower containers 1 and 2, the air-permeable pad 19 passes through the window hole 17 of the lower container 1. As a result, the outside air can easily flow in, and oxygen can be supplied to the mosquito coil.

The smoke generated from the mosquito coil 5 passes through the window 18 and the air-permeable pad 19 of the upper container 2 and can be easily discharged. Since the air permeable pad 19 has only a small gap open enough to secure air permeability, ash cannot pass through and the ash can be prevented from spilling out. Since it is nonflammable, there is no danger of burning and opening holes.

The structure for supporting the mosquito coil 5 is also different from that of the above embodiment. A gas permeable pad 20 is horizontally attached to an opening at the upper end of the lower container 1. In addition, an air permeable pad 21 is also horizontally attached to the opening at the lower end of the upper container 2.

Therefore, when the upper container 2 is closed with the mosquito coil incense 5 placed on the air permeable pad 20 with the upper container 2 opened, as shown in the figure, the lower air permeable pad 20 is closed.
The mosquito incense stick 5 is sandwiched between and held by the air-permeable pad 21 of the upper container 2.

[0059] Breathable pads 20 and 2 for holding mosquito coils
1 may be made of the same material as the air permeable pad 19. In this case, the generated ash is also sandwiched between the permeable pads 20 and 21 and can be discharged by opening the upper container 2.

Instead of the air permeable pads 20 and 21, a wire mesh or a coarse mesh woven with glass fiber or ceramic fiber can be used. In this case, the ash passes through the mesh, but is blocked by the breathable pads 19 of the lower container 1 and the upper container 2 and does not leak to the outside.

The lower container 1 and the upper container 2 can be opened and closed about the hinge mechanism 3 at the left end in the figure. At the right end of the drawing, a rectangular ring 22 is provided at the upper end of the lower container 1, and a protruding / retractable projection 23 that can be attached to and detached from the ring 22 with elasticity is provided on the upper container 2.

That is, it is a well-known attachment / detachment mechanism.
Is pushed in against the elasticity, and after passing through the rectangular ring 22 and then opened, it returns to the original convex shape as shown in the figure, so it is caught by the rectangular ring 22 and cannot be removed. Become. In the state shown in the figure, when the upper piece 2 is opened after the convex piece 23 is pushed in, the upper piece 2 is easily removed.

In FIG. 1, since the lower container 1 and the upper container 2 are connected by such attachment / detachment mechanisms 22 and 23, the upper container 2 can be completely separated from the lower container 1. Note that, instead of the attachment / detachment mechanism as shown in the figure, a structure that locks with a buckle or the like can be applied.

The support column 4 for supporting the incense stick in FIG. 2 can be replaced with the air-permeable pads 20 and 21 in FIG. Further, a structure in which the outside air introducing portion and the smoke exhaust structure in FIG. 3 and the air permeable pad 19 in FIG. 4 are mixed may be used.

As described above, the spherical container has been described as an example. However, the use of a spherical body that is free from stability and that freely rolls as a mosquito coil has a surprising design and draws attention. It seems to be.

However, a polished shape may be used. That is, the upper container 2 has a shape similar to that of the upper half of Daruma.
Alternatively, a shape intermediate between a spherical shape and a polished shape may be used. In the case of a polished shape, the smoke exhaust unit 10 of FIGS. 2 and 3 is provided on the head of the polished.

Since the spherical or delicate container has heat due to the mosquito coil being ignited for a long time, a heat insulating material may be attached to the outer surface.

FIG. 5 is a longitudinal sectional view of still another embodiment of the present invention. The lower container 1 is not provided with any outside air introduction hole or the like. At the center of the bottom, a concave wall 24 which is depressed inward is formed, into which the weight 6 is inserted from the outside.

Reference numeral 25 denotes a support plate for a mosquito coil, which has bifurcated portions 25a and 25b facing upward when viewed from the front. That is, the solid line 25 indicates the longitudinal section of the support plate 25, and the chain line 25 indicates the front shape of the support plate 25. Therefore, the shape of the solid support plate 25 as viewed from the left or right side is a bifurcated upward shape as indicated by the chain line 25.

The lower portion of the support plate 25 is bent into an L-shape, and is inserted through the slit 24 s at the ceiling of the concave wall 24, thereby forming the concave wall 2.
4 is fixed between the ceiling and the weight 6 with screws 28.

Since the upper end of the longer finger 25a is tapered, the upper end of the longer finger 25a is used in use.
Is inserted into the support slit 5s at the center of the mosquito coil from below, and is supported at a portion wider than the support slit 5s as shown in the figure.

On the other hand, a mortar-shaped partition wall 26 hangs from the inner wall surface outside the smoke exhaust section 10 of the upper container 2, and one end of a holding plate 27 is fixed to the lower end thereof, and the longer finger-like portion 25a is fixed. It is in the state to hold the upper end of. Therefore, even if the mosquito coil is rolled and the vertical position is inverted, the mosquito coil 5 is placed and supported on the holding plate 27 extending in the diameter direction of the container, so that the mosquito coil 5 drops off. There is no fear.

Two slits are opened in the horizontal portion 36 of the incense stick 35 formed of a thin plate having an L-shaped cross section, and two tapered finger-like portions 25a, 2a bifurcated from below are formed therein.
By inserting 5b, the incense stick receiver 35 can be supported horizontally as shown. Upper end 3 of vertical part 37 of incense stick 35
7e is formed in a sawtooth shape.

Therefore, the spiral mosquito coil incense 5
Is mounted and supported on its diametric incense stick 35, so that even if the container is violently handled by being rolled or kicked, the mosquito coil will be broken or the outside will hang down due to its weight. There is no fear. Further, since the upper end 37e of the vertical portion 37 of the incense stick receiver 35 has a saw-tooth shape and a small contact area with the mosquito coil, the mosquito coil does not disappear on the way.

The smoke exhaust section 10 at the top of the upper container 2 has a hanging cylindrical section 29. FIG. 6 is a horizontal sectional view at the position of the cylindrical portion 28. The cylindrical portion 29 has a hat-shaped portion 30. That is, the hat-shaped portion 30
The outer periphery of the flange 31 at the lower end of the cylindrical portion 29 is connected to the lower end of the cylindrical portion 29.

Then, a window hole 32 is opened in the side wall of the cylindrical portion 29. That is, it is for introducing outside air or discharging smoke generated from the inside mosquito coil so that the inside of the mosquito coil does not become oxygen-deficient.

The mortar-shaped partition wall 26 is located below the hat-shaped portion 30 and the hanging cylindrical portion 29. That is, the outer peripheral end 26 a of the mortar-shaped partition wall 26 has a shape extending from the inner wall of the upper container outside the cylindrical portion 29. And the lower end center 33, that is, the hat-shaped portion 30
The lower side is open so that outside air and smoke from mosquito coils can pass through.

The mortar-shaped partition wall 26 is also provided with a window hole 26w for ventilation and smoke exhaustion. This window hole 26w is
As is clear from FIG. 6, the window 32 is opened at a position where the window 32 is not opened so as not to overlap the window 32 of the cylindrical portion 29. Therefore, even if the container is rolled and turned upside down, the ash that has passed through the window hole 26w is blocked by the cylindrical portion 29 and does not leak outside. The ash that has passed through the central opening 33 is
It is blocked by the hat-shaped part 30.

With such a structure, in a normal state as shown in the figure, the smoke generated from the mosquito coil incense 5 inside, as shown by the arrow, the central opening 33 of the mortar-shaped wall 26 and It rises through the window hole 26w, and then passes through the window hole 32 of the hanging cylindrical portion 29, and is discharged from the inside of the cylindrical portion 29 to the outside.

Since the outside air flows along the route opposite to the arrow, there is no danger that the inside mosquito coil 5 will disappear due to lack of oxygen. The ash generated by burning the mosquito coil 5 falls to the bottom of the lower container 1 and accumulates.

Now, assuming that the mosquito coil has been turned upside down due to being kicked off,
Since it is supported on the diametrical pressing plate 27, there is no danger that it will fall off.

Then, even if the ash in the lower container 1 passes through the central opening 33 and the window hole 26w of the mortar-shaped partition wall 26, the ash falls to the hat-shaped portion 30 side. The ash that has fallen to the hat-shaped portion 30 side slides down the inner surface of the mortar-shaped partition wall 26, passes through the opening 33 again, and falls to the bottom of the lower container 1 in order to restore the original posture shown in the drawing. .

The ash that has fallen to the outside of the hanging tubular portion 29 when it is turned upside down is guided to the opening 33 by the inclined inner surface of the mortar-shaped partition wall 26 when it is restored to the state shown in FIG. Fall and deposit.

Therefore, even if the mosquito coil is turned upside down or rolled, the ash remains in the window hole 32 on the side wall of the cylindrical portion 29.
There is no danger of leakage to the outside through

Although the mortar-shaped partitions 12 and 26 can be integrally formed with the inner wall of the upper container 2, they may be formed separately and bonded later. Alternatively, a fitting structure may be adopted as shown in FIG. In the case of a fitting structure, it can be separated and cleaned at times.

FIG. 7 is a side view of the lower container 1. As is apparent from this figure, the upper end 1a of the lower container 1 has a somewhat smaller diameter so that the upper container 2 can cover it. A thread 1b is formed on the outer surface of the small diameter portion 1a. When viewed from above as shown in FIG. 8, the thread 1b is as short as about 85 degrees or less, and forms a left-right pair.

On the other hand, the lower end 2a of the upper container 2 is shaped to cover the small diameter portion 1a of the lower container. On the inner surface of the lower end 2a, a thread 2 having a short length of about 85 degrees or less is provided.
b are formed on the left and right.

Thread 1 of lower container 1 and upper container 2
After inserting the parts b and 2b into the part without the thread on the other side, and turning about 90 degrees, the respective threads 1b and 2b
Engage with the thread of the other side, and are connected and connected to each other.

When the lower container 1 and the upper container 2 are screwed together with screws as described above, since there is no protrusion, they roll smoothly when rolling, so that vibration can be reduced. . It also has a clean appearance in design.

As is clear from FIG. 8, the forked finger-like portions 25a and 25b are inserted into the horizontal portion 36 of the incense stick receiver 35 and supported horizontally. Normally, the mosquito coil 5 is mounted and supported on the saw-toothed upper end 37e of the diametric incense stick 35. When the container is turned upside down, the container is placed and supported on the pressing plate 27 extending in the diameter direction.

[0091]

According to the first aspect of the present invention, the container for removing mosquito coils according to the present invention has a shape in which a spherical or polished container is divided into upper and lower parts. it can. In addition, since a means for supporting mosquito coils is provided at least inside the lower container, and a weight is attached to the bottom, even if kicking or rolling, it will automatically return to a normal normal posture by the action of the weight. It can be restored and normal combustion can be continued.

The upper container and the lower container can be ventilated so that outside air can flow in and smoke can be exhausted, but ash cannot pass or is provided with difficult means. It does not spill and does not extinguish the fire due to lack of oxygen. As described above, since smoke and air can only pass through, even if the vehicle rolls, the fire of the mosquito coil does not burn to other places, and it is safe.

There are a variety of means that cannot pass through the ash and have air permeability, but the outside air is open at the outer end, the inner end is closed, and the outside air inlet having an air inlet on the side is provided. Since the tubular body is fixedly housed in the lower container, air can flow in from the air inlet on the side, and there is no lack of oxygen.
Ash is blocked by the side wall of the outside air introduction cylinder and the closed portion at the inner end, so that the ash does not leak outside.

At the upper end of the upper container, a ceiling is closed, and there is a smoke exhaust section having an opening at a side part and a bottom part corresponding to the ceiling part. Smoke can be discharged to the outside from the bottom opening and the side opening,
Also, the discharge of ash is prevented at the side and the ceiling.

Therefore, it is possible to realize a mosquito coil incense container which does not spill out ash, allows outside air to flow in, and allows smoke to be exhausted.

[0096] As described in claim 3, below the smoke exhaust section, there is a vertical cylindrical section having upper and lower ends open and having a smoke exhaust hole on the side. Since the container and the inner wall of the upper container outside the smoke exhaust unit are connected by a mortar-shaped partition wall, even if the container rolls, the ash cannot easily move to the smoke exhaust unit, and the ash is removed. Spills can be more reliably prevented. In addition, since the upper and lower sides of the vertical cylindrical portion are open, and smoke exhaust holes are opened on the side portions, smoke generated from the mosquito coil can easily flow out.

When the container is turned upside down, most of the ash accumulates in the valley outside the mortar-shaped partition wall. However, when the container is restored to its original state, it falls as it is and accumulates at the bottom of the lower container. Also, a small amount of ash that passed through the vertical cylinder and moved to the smoke exhaust section was blocked by the smoke exhaust section, and when the container was restored to its original state, it slid down into the vertical cylinder along the inner surface of the mortar-shaped partition wall. , And falls to the bottom of the lower container.

According to a fourth aspect of the present invention, the outside air introduction cylinder is disposed inside an outer cylinder fixed to the inner wall surface of the lower container, with the inner end being open and the outer end being opened. Since the outer cylinder is located outside the side wall opening of the outside air introduction cylinder, the ash can be more reliably prevented from leaking from the side wall opening. Further, since the outer cylindrical body has an open inner end, it does not hinder the introduction of outside air.

As described in claim 5, a ventilation hole is formed in the side wall of the cylindrical portion hanging from the ceiling of the upper container. Also,
The mortar-shaped partition wall disposed below the hanging cylindrical portion,
A ventilation window hole is opened below the upper end, and the center of the lower end is also opened.

Therefore, since outside air enters through the ventilation holes in the side wall of the hanging cylindrical portion and the ventilation holes in the mortar-shaped partition wall, the inside mosquito coil does not become oxygen-deficient, and the smoke generated from the mosquito coil is also smooth. Can smoke.

Further, since the ventilation holes in the side wall of the hanging cylindrical portion and the ventilation holes in the mortar-shaped partition wall are offset, when the container is turned upside down, the ash that has passed through the ventilation holes in the mortar-shaped partition wall is suspended. It does not spill out of the tubular part. Further, when the container is turned upside down, a small amount of ash that has fallen from the central opening of the mortar-shaped partition wall is blocked by the hat-shaped portion. Then, when the ash that has passed through the mortar-shaped partition wall slides down to the center opening along the inner surface of the mortar-shaped partition wall and then falls into the lower container when the container is restored to its original state, There is no danger of the ash leaking out from the ventilation holes in the side wall of the tubular part.

In a state in which the mosquito coil is supported on the support provided on the bottom of the lower container, the fall prevention means extending from the lower end of the mortar-shaped partition wall does not fall off even if it rolls. The mosquito coil does not fall off the support even if the container is turned upside down or rolled, so it is continuously supported and burns without hindrance. You can continue.

Since the lower end of the upper container and the upper end of the lower container have a screw structure in which they are screwed with each other, the protrusions are formed when they are screwed together to form a spherical body. And can be made into a clean spherical body. In addition, since there are no protrusions, the rolling can be performed smoothly when rolling, and there is no danger that the internal mosquito coil may be damaged by the vibration and may be broken off from the support.

[Brief description of the drawings]

FIG. 1 is a front view showing the appearance of a mosquito coil according to the present invention.

2 is a vertical sectional view of the spherical mosquito coil incense stick container of FIG. 1, and FIG. 2 (1) is a plan view of a main part.

FIG. 3 is a longitudinal sectional view showing a state where a lower container and an upper container of FIG. 2 are separated.

FIG. 4 is a longitudinal sectional view of another embodiment of a mosquito coil according to the present invention.

FIG. 5 is a longitudinal sectional view showing still another embodiment of a mosquito coil according to the present invention.

FIG. 6 is a horizontal sectional view taken along a line AA in FIG.

FIG. 7 is a side view of the lower container of FIG. 5;

FIG. 8 is a plan view of the lower container of FIG. 5;

[Explanation of symbols]

 DESCRIPTION OF SYMBOLS 1 Lower container 1a Small diameter part 1b Thread 2 Upper container 2a Lower end 2b Thread 3 Hinge part 4 Prop 5 Mosquito incense stick 6 Weight 7 External air intake part 8 External cylinder 9 Inner cylinder (external air introduction cylinder) 10 Smoke exhaust part 11 Vertical cylinder part Reference Signs List 12 mortar-shaped part 13 outer cylinder 14 intermediate cylinder 15 center cylinder 17, 18 window hole 19 air-permeable pad 20, 21 air-permeable pad for support 24 concave wall 25 support plate 26 mortar-shaped wall 27 holding plate 29 hanging cylindrical part Reference Signs List 30 hat-shaped part 31 flange part 32 window hole 33 central opening 35 incense stick

Claims (7)

[Claims] 1. A sphere-shaped or polished container is divided into upper and lower parts, and a mosquito coil supporting means is provided at least inside the lower container, and a restoring weight is provided at the bottom of the lower container. A mosquito filter incense container, characterized in that at least one of the upper container and the lower container is provided with a means that allows ventilation but does not allow ash to pass or is difficult. 2. An outer air introduction cylinder having an outer end opened, an inner end closed, and an air introduction port on a side portion is fixed at least in the lower container. The mosquito coil according to claim 1, wherein a ceiling portion is closed, and a smoke exhaust portion having an opening at a side portion and a bottom portion corresponding to the ceiling portion is provided. 3. Upper and lower ends are opened below the smoke exhaust section,
It has a vertical cylinder part having a smoke exhaust hole on the side part, and the upper end of the vertical cylinder part and the inner wall of the upper container outside the smoke exhaust part are connected by a mortar-shaped partition wall. The mosquito coil for incense stick container according to claim 2, wherein 4. The outside air introduction cylinder has an inner end opened,
The mosquito coil according to claim 2 or 3, wherein the outer end is disposed inside an outer cylindrical body fixed to an inner wall surface of the lower container. 5. A hanging cylindrical portion in a ceiling portion of the upper container, wherein an outer periphery of a flange portion of a hat portion in the cylindrical portion is connected to a lower end of the cylindrical portion. A vent hole is formed in the side wall of the cylindrical portion, and the mortar-shaped partition wall disposed below the hanging cylindrical portion has its upper end connected to the upper container inner wall outside the cylindrical portion. The mosquito coil according to claim 1, wherein a ventilation window hole is opened at a position shifted from the ventilation hole below the upper end thereof, and a lower end center is opened. 6. A support for a mosquito coil in the bottom of the lower container, wherein the support includes a fall prevention means extending from a lower end of the mortar-shaped partition wall. 6. The mosquito coil according to any one of claims 1 to 5, wherein the mosquito coil which is supported by the mosquito coil is supported by the fall prevention means so that the mosquito coil cannot fall off even if it rolls. container. 7. The method according to claim 1, wherein the lower end of the upper container and the upper end of the lower container have a screw structure that is screwed together. The described mosquito coil incense container.