JP3030199U - Incense stick ignition tool - Google Patents

Abstract

(57) [Abstract] [Problem] Even a dozen incense sticks can be ignited easily and reliably,
(EN) Provided is an incense stick igniter capable of igniting an incense stick even in a strong wind, which does not require the treatment of burning paper such as a newspaper or a split book for ignition. SOLUTION: An incense stick igniter 1 is a igniter body 3 having a hollow cylindrical shape with an opening at one end into which an ignition fuel 9 for incense stick ignition enters.
A lid 5 that covers the opening 3o of the igniter body sharply and in a sealed state; and the igniter body and the lid body in a state where the opening of the igniter body is closed by the lid. It is a pair of desired places, and is attached in a loop shape through the through holes 13o and 15o provided in a pair of desired places with the perpendicular line 3v including the center point 3c of the opening as the center line of the line symmetry. And a string 7 for movably guiding the lid body with respect to the ignition tool body.

Description

[Detailed description of the device]

[0001]

[Technical field to which the device belongs]

 The present invention relates to an ignition device for incense sticks. More specifically, the present invention relates to an incense stick ignition tool that ignites dozens of incense bundled together in a band.

[0002]

[Prior art]

 When burning incense together outside, such as when visiting a grave, often burn newspapers or disposable chopsticks in front of the grave to light the incense. By the way, it is quite difficult to uniformly set dozens of incense sticks on fire. This is because dozens of incense sticks that had been bundled up to that point must be judged with both hands like opening a fan, and the incense sticks must be held evenly to ignite. Also, while doing so, the fired newspapers may be burned out, and in some cases the incense sticks may not ignite. In addition, it is necessary to surely extinguish the fire in order to prevent problems such as the treatment of burnt paper such as newspapers and disposable chopsticks, and disaster prevention. And in newspapers and disposable chopsticks, they may disappear when the wind is strong. Note that newspapers, disposable chopsticks, etc. may be burned in an appropriate container, but in this case, the container becomes hot and it is difficult to carry it thereafter.

[0003]

[Problems to be solved by the device]

 The present invention has been devised in view of the above circumstances, and a problem to be solved by the invention is to provide an incense stick igniter having the following effects. Even dozens of incense sticks can be easily and reliably ignited. It does not require on-site treatment of burnt paper such as newspapers and split books, and can reliably extinguish a fire for disaster prevention. The incense stick can be lit even in strong winds. Even if the container used to ignite the incense sticks gets hot, it can be carried easily.

[0004]

[Means for Solving the Problems]

 The present invention solves the above problems and is as follows. That is, the ignition device for incense sticks according to claim 1 of the present invention is a hollow cylinder-shaped ignition device body having an opening at one end into which ignition fuel for incense ignition is introduced, and the opening of the ignition device body is detachably covered. A lid and a pair of desired points respectively relating to the ignition tool body and the lid body in a state where the opening of the ignition tool body is closed by the lid body, and a perpendicular line including the center point of the opening is drawn as a line. A pair of loop-shaped cords that are passed through through-holes provided at a desired pair of symmetrical center lines. The hollow cylindrical shape may be circular, quadrangular or other polygonal cross section.

Further, for example, a flange portion protruding outward is formed at the opening edge of the ignition tool body, and a flange portion is also provided on the lid body so that the opening of the ignition tool body can be closed including this flange portion. They may be formed, and a pair of through holes may be provided at corresponding portions of these flange portions. The cord is preferably a flexible and elastic wire, but is not limited to this and may be any cord.

[0006] The ignition fuel may be any solid fuel including a candle, as long as it can be contained in the main body of the ignition device.

In the ignition device for incense sticks according to a second aspect of the present invention, both ends of the cord body in a state of being passed through the through hole are solid so as not to come out from the through hole, and the cord body is At least one end of which is locked on the outer peripheral surface of the ignition tool body. Here, the solid shape is formed by tying both ends of the cord body in a hump shape so as to be larger than the through hole, or by applying fixing fittings larger than the through hole to both ends of the cord body. May be done. In short, it doesn't matter as long as both ends of the cord are prevented from coming out of the through holes.

Further, in order to hold one end of the cord body at the outer peripheral surface of the igniter body, a magnet is attached to the one end, and the igniter body is made of a metal such as iron or stainless steel with a magnet, or the igniter is attached. A locking member may be provided on each of the outer wall of the main body and one end of the cord body to lock the both. The point is that anything is possible as long as one end of the string is locked by the outer peripheral surface of the ignition tool body.

In the ignition device for incense sticks according to the third aspect of the present invention, the ignition device main body has a double tube structure. Here, the double-tube structure means that the constituent wall of the ignition device main body has a double structure and a space is interposed between the inner wall and the outer wall.

In the ignition device for incense sticks according to a fourth aspect of the present invention, a through hole is provided in the lid body, and a string body different from the string body is loosely fitted in the through hole. The loose fit shape here does not mean a state in which the other cord body is closely attached to the through hole when the other cord body is attached to the through hole, but a state in which there is a gap between the other cord body and the lid body. It is a form that is connected.

The incense stick igniter according to a fifth aspect of the present invention has a holding portion for holding the ignition fuel in the igniter body. The holding part here means a part that holds the ignition fuel so that the ignition fuel does not come out of a predetermined position due to the vibration when the incense stick igniter is moved.

An incense stick ignition device according to a sixth aspect of the present invention is an ignition device body having a hollow cylindrical shape with one end opening for receiving ignition fuel for incense ignition, and the opening of the ignition device body is detachable. Starting from the center point of the lid body that covers in a close-closed state and the bottom plate of the ignition tool body, from there, through a through hole provided at the center point of the lid body and extending to the outside, the lid body is also ignited. And a string body that movably guides the tool body.

Therefore, according to the ignition device for incense sticks of the present invention as set forth in claim 1, the ignition device main body has a hollow shape with one end opening, and the ignition fuel for incense stick ignition is put therein. If the ignition fuel is put into the body of the igniter and then ignited, the fire arriving at the ignited fuel will ignite outward only through the opening of the body of the igniter. As a result, the flame concentrates on the opening of the igniter body, and even if dozens of bundled incense sticks are put there, they can be ignited easily and reliably.

Further, even if the ignition fuel burns out or remains unburned, the ignition fuel is contained in the main body of the ignition tool, so it is sufficient to take it home as it is and dispose of it. As there is no burnt residue left over, you can certainly extinguish the fire for disaster prevention.

Further, since the fuel for ignition is burned in the body of the ignition device, even if a strong wind blows, the surrounding wall of the body of the ignition device does not extinguish the fire on the fuel for ignition. The incense stick can be lit even in strong winds.

Then, a pair of corresponding portions of the igniter body and the lid in a state where the opening of the igniter body is closed by a lid and a perpendicular line including the center point of the opening are line symmetric centerlines, respectively. Since the holes are provided, a pair of through holes through which the cord passes are formed in the lid as well as the main body of the igniter, and these through holes are line-symmetrical with respect to the perpendicular line including the center point of the lid. And a pair of corresponding holes. Since the string body that is passed through the pair of through holes of the lid body is also looped through the pair of through holes of the ignition tool body, the lid body looks like a string tie (so-called bolo tie). The cord will slide like a slide. In other words, the lid body can be guided by the cord body to close or open the opening of the ignition tool body.

Therefore, when the incense stick is ignited, the lid body is removed by hand from the ignition tool body, and the lid body slides through the through hole formed therein so that the lid body slides from the ignition tool body. Separate and open the opening of the ignition tool body.

After that, the incense stick is burned by igniting the ignition fuel that has been put in the body of the ignition tool in advance, or after removing the lid, and then putting the ignition fuel inside the body of the ignition tool.

When the incense stick ignites and the role of the ignition fuel ends, the lid of the igniter body is closed, and the igniter body is hermetically sealed by the lid that covers the hermetically sealed body. The ignition of the fuel automatically extinguishes.

When covering the body of the igniter by holding the folded side end of the cord body and lifting it up as it is, the lid body is also lifted, and the cord body is lifted in the vertical direction. On the other hand, when straightened, the loop-shaped cord becomes two parallel bars, and the lid falls using the cord as a guide toward the opening of the igniter body and automatically covers the lid. Therefore, it is very convenient because the incense stick igniter can be brought back while extinguishing the ignition fuel. At this time, the string functions as a strap for moving the incense stick ignition device. Therefore, it is convenient to carry because it is not necessary to directly carry the igniter body, which has become hot due to the heat of the ignition fuel.

According to the ignition device for incense sticks of the present invention as set forth in claim 2, the same effect as that of the ignition device for incense sticks as set forth in claim 1 is obtained, and the string body in a state of being passed through the through hole is provided. Both ends are solid so that they do not come out of the through hole, and at least one end of the cord is designed to be locked by the outer peripheral surface of the igniter body. When you do not use as a hand strap, pull one end of the cord to extend it. At this time, since both ends of the cord body are prevented from coming out of the through holes, the cord body will not come off the ignition tool body. Then, by winding the extended cord body around the outer peripheral surface of the igniter body and then locking the one end of the cord body to the outer peripheral surface of the igniter body, the cord body can be prevented from becoming an obstacle. Therefore, the cord does not get in the way to store the incense stick ignition tool, and when using the cord as a handbag, it can be dealt with immediately by removing the hook and removing the cord. It is convenient.

According to the incense stick igniter of the present invention as set forth in claim 3, the same effect as that of the incense stick igniter as set forth in claim 1 is obtained, and since the igniter body has a double tube structure, Even if the inner wall of the ignition fuel is heated to a high temperature due to the combustion of the ignition fuel, there is a space between the inner wall and the outer wall, so that heat cannot be transferred to the outer wall and the ignition tool You can also move while holding the main body. Therefore, it is convenient and convenient. In addition, since the heat is not transmitted to the outer wall, there is no discoloration of the appearance of the igniter body due to the heat, and there is no loss of aesthetics.

According to the ignition device for incense sticks of the present invention as set forth in claim 4, the same effect as the ignition device for incense sticks as set forth in claim 1 is obtained, and the through hole different from the through hole is formed in the lid. Since a handle is provided in this other through hole in a loose fitting manner, the ignition tool body heats by burning the ignition fuel, and the heat at that time is transmitted from the ignition tool body to the lid body. Even if it does, since the handle attached to the lid through the other through hole is loosely fitted to the other through hole, heat is not transferred to the handle. Therefore, it can be said that it is easy to use.

According to the ignition device for incense sticks of the present invention as set forth in claim 5, the same operation and effect as the ignition device for incense sticks as set forth in claim 1 can be obtained, and the ignition tool main body holds the ignition fuel. Since the incense stick ignition device is moved, the ignition fuel can be prevented from coming out of the predetermined position due to the vibration at that time.

According to the ignition device for incense sticks of the present invention as set forth in claim 6, the ignition device main body having a hollow cylindrical shape with one end opening into which ignition fuel for incense stick ignition is inserted, and the opening of the ignition device main body is attached and detached. The lid body which is presently covered in a hermetically sealed state, and the center point of the bottom plate of the ignition tool body as a starting point extends from there through a through hole provided at the center point of the lid body to the outside and the lid body is ignited. Since it has a single cord that guides it movably with respect to the tool body, when the string body is lifted vertically, the lid body follows the single rod-shaped cord body as a guide and the ignition tool body Falls toward the opening of. Therefore, substantially the same effect as the ignition device for incense sticks according to claim 1 is achieved.

[0026]

BEST MODE FOR CARRYING OUT THE INVENTION Next, the incense stick ignition tool 1 of the present invention will be described in detail based on the illustrated embodiment. 1 is an overall perspective view of an incense stick igniter 1 according to the present invention, FIG. 2 is a perspective view showing a state in which a lid is removed from the state of FIG. 1, and FIG. FIG. 4 is a perspective view showing a burning state, FIG. 4 is an operation explanatory view, a perspective view showing a state in which the lid 5 is about to be used as the ignition tool body 3, and FIG. Fig. 6 is a perspective view showing a state of being wound around the igniter body 3, Fig. 6 is a perspective view showing a finished state, Fig. 7 is a longitudinal sectional view of Fig. 1, and Fig. 8 is equivalent to Fig. 7 showing a modified example. FIG. 9, FIG. 9 is a perspective view showing another modification, and FIG. 10 is a perspective view showing yet another modification.

The incense stick igniter 1 includes an igniter body 3, a lid 5 that detachably covers the opening 3o (see FIGS. 2 to 4) of the igniter body 3, and a loop-shaped string. It is basically composed of the body 7 (see Fig. 1). It should be noted that what is indicated by reference numeral 7 b is the folded-back portion of the cord 7. The “sealed state” here means a sealed state in which the ignition fuel that is burning inside the ignition tool body 3 can be extinguished by oxygen deficiency when the ignition device body 3 is covered with the lid 5. , But not limited to a completely sealed state.

The igniter body 3 is made of a metal material such as iron or stainless steel by drawing, and the ignition fuel 9 (see FIG. 7) for igniting the incense stick 4 (see FIG. 3). It is a cylindrical body having a hollow cylindrical shape with one end opening into which is inserted (see FIG. 1, FIG. 7, etc.). A circular flange 13 that projects outward is integrally formed with the outer peripheral surface 14 at the opening edge 11. The igniter body 3 is not limited to a hollow cylindrical shape, but may be a hollow cylindrical body having a quadrangular or other polygonal cross section.

Further, the bottom plate 3b of the igniter body 3 has its central portion 3b ₁ slightly raised (see FIGS. 5 and 7), and the ignition fuel 9 (solid fuel) is placed in the central portion 3b _1. A holding portion 3h having a flat bottomed cylindrical shape for holding is integrated by spot welding. The holding portion 3h may be any as long as it can hold the ignition fuel 9 so that the ignition fuel 9 does not come out of a predetermined position due to the vibration when the incense stick ignition tool 1 is moved. Although solid fuel containing candles is preferable as the ignition fuel, any solid fuel that fits within the main body of the ignition tool may be used.

The lid body 5 has a shape capable of closing the opening 3o of the ignition tool body 3 including the flange portion 13 of the ignition tool body 3. In this embodiment, the flange portion corresponding to the flange portion 13 is formed. It has a flat truncated cone shape having 3h as a skirt. A knob 17 having a knurled surface is attached to the head 5h of the lid 5. The lid 5 and the igniter body 3 are made of metal material such as iron or stainless steel by drawing.

In a state where the opening 3o of the ignition tool body 3 is closed by the lid body 5, the flange portion 13 and the flange portion 3h of the ignition tool body 3 and the lid body 5 respectively have a coaxial through hole 13o and a through hole 13o. The hole 15o is formed. In other words, the through hole 13o and the through hole 15o are a through hole provided at a pair of desired positions with the perpendicular line 3v including the center point 3c of the opening 3o of the igniter body 3 as the center line of line symmetry. Then, both ends of the cord body 7 are passed through the through holes 13 o and the through holes 15 o and attached so as to form a loop shape. The string 7 is preferably a flexible and elastic wire, but is not limited to this and may be any string-like body.

Both ends 7e, 7e of the cord 7 passed through the through holes 13o and 15o are solid so that they do not come out from the through holes 13o, 15o. The solid state is formed by tying both ends 7e and 7e of the string 7 in a hump shape so that the ends 7e and 7e are larger than the through holes 13o and 15o, or the ends 7e and 7e of the string 7 are more than the through holes 13o and 15o. You may make it by applying a large fixing metal fitting. The point is that both ends 7e, 7e of the cord 7 need not be pulled out from the through holes 13o, 15o. In this embodiment, the fixing metal fitting 19 is applied.

Further, at least one end 7e (hereinafter simply referred to as “one end 7e”) of both ends 7e and 7e of the cord body 7 is fixed to the outer wall surface 3s of the ignition tool main body 3 so as to be fixed. May be a magnet. In this way, if the cord body 7 is wound around the outer wall surface 3s of the igniter body 3 and then the one end 7e of the cord body 7 is stopped by the outer wall surface 3s of the igniter body 3, the cord body 7 will not be an obstacle. You can Instead of attaching the magnet to the one end 7e of the cord body 7, a locking piece (not shown) for locking the fixing metal fitting 19 may be provided at an appropriate position of the ignition tool body 3.

Further, the ignition device main body 3 may have a double pipe structure as shown in FIG. The double pipe structure is a structure in which the constituent wall of the ignition device main body 3 has a double structure and a space 21 is interposed between the inner wall 3w ₁ and the outer wall 3w ₂ .

Further, as shown in FIG. 9, a pair of through holes 23, 23 are provided in the lid body 5, and a string body 25 different from the string body 7 is loosely fitted in the through holes 23, 23. You may Here, the loose fitting does not mean that when the cord 25 is attached to the through holes 23 and 23, the cord 25 is not attached to the through holes 23 and 23 in a close contact state, but the cord 25 and the lid. It is a form that is connected to the body 5 through the through holes 23, 23 with a gap.

In the above description, the cord 7 is shown in the form of a loop, but the present invention is not limited to this, and as shown in FIG. 10, the center point 3b of the bottom plate 3b of the ignition tool body 3. A through hole 27 is provided at the starting point, and extends from there through a through hole 29 provided at the center point 5c of the lid body 5 and guides the lid body 5 movably with respect to the ignition tool body 3. The string 7 may be set as described above. In this case, it is necessary to provide a through hole 7h through which the cord body 7 passes in the center of the ignition fuel 9.

In the incense stick igniter 1 thus configured, the igniter body 3 has a hollow shape with an opening at one end, and the ignition fuel 9 for incense burning is included therein. Since the ignition fuel 9 is ignited after the ignition fuel 9 is put into the ignition device main body 3, the ignition fuel 9 is directed to the outside only through the opening 3o of the ignition device main body 3. Will start to set fire. For this reason, the flame concentrates on the opening 3o, so that even if a few dozen bundled incense sticks are put therein, they can be ignited easily and reliably.

Further, even if the ignition fuel 9 burns out or remains unburned, since the ignition fuel 9 is contained in the ignition tool body 3, it should be taken home as it is and disposed of. Since there is no leftover burnt residue, it is possible to extinguish the fire surely for disaster prevention.

Further, since the ignition fuel 9 is burnt in the ignition device main body 3, the ignition of the ignition fuel 9 is not extinguished by the outer peripheral surface 14 of the ignition device main body 3 even in a strong wind. Therefore, the incense stick 4 can be ignited even in a strong wind.

Then, a perpendicular line including the center point 3c of the opening 3o of the ignition tool body 3 and the lid body 5 in a state where the opening 3o of the ignition tool body 3 is closed by the lid body 5 is defined as a line symmetric center line. Through holes 13o and 13o and through holes 15o and 15o are provided at a desired pair of desired positions, that is, at the desired pair of desired positions on the flange portion 13 of the ignition tool body 3 and the flange portion 15 of the lid 5. The string 7 is passed through the through holes 13o, 13o, 15o, 15o. Since the cord body 7 has a loop shape, the lid body 7 can be slid as if the lid body 7 were sliding like a string tie (so-called bow tie). In other words, the lid body 5 can be guided by the cord body 7 to close or open the opening 3o of the ignition tool body 3.

Therefore, when burning the incense stick 4, if the lid 5 is removed from the ignition tool body 3 by hand, the lid 5 slides the string 7 passing through the through hole 15 o formed in the flange 15 thereof. Thus, the ignition tool body 3 is separated from the ignition tool body 3, and the opening 3o of the ignition tool body 3 is opened.

After that, the ignition fuel 9 that has been put in the ignition tool body 3 in advance or after the lid 5 is removed is ignited and the incense stick 4 is burned.

When the incense stick 4 is ignited and the role of the ignition fuel 9 is finished, the lid 5 is attached to the igniter main body 3, and the igniter main body 5 is hermetically sealed by the lid body 5 that covers the inner portion. Oxygen is exhausted and the ignition fuel 9 is extinguished automatically.

When the lid 5 is attached to the igniter body 3, if the folded portion 7b of the cord 7 is held and is lifted up as it is, the lid 5 is also lifted together, and the cord 7 is further lifted. When this is straightened in the vertical direction, the loop-shaped lid body 5 becomes two parallel bar shapes, and therefore the lid body 5 falls using the cord body 7 as a guide toward the opening of the ignition tool body 3 and automatically. Cover it. Therefore, the incense stick igniter 1 can be brought back at the same time as extinguishing the ignition fuel 9, which is very convenient. At this time, the string 7 also functions as a hand strap for moving the incense stick igniter 1. Therefore, it is not necessary to directly carry the igniter body that has become hot due to the heat of the ignition fuel 9, which is convenient for carrying.

According to the incense stick igniter 1 of the present invention, both ends 7e of the cord 7 in the state of being passed through the through holes 13o and 15o are made solid so as not to come out from the through holes 13o and 15o. At the same time, at least one of both ends 7e of the cord 7 is adapted to be locked by the magnet or the locking piece on the outer peripheral surface 3s of the igniter body 3, so that it can be used as a hand strap as described above. When not in use, pull one end 7e of the string 7 to extend it. At this time, both ends 7e of the cord body 7 are prevented from coming out of the through holes 13o and 15o, so that the cord body 7 does not come off from the ignition tool body 3. Then, the extended string 7 is wrapped around the outer peripheral surface 3s of the ignition device main body 3 and then the end 7e of the string 7 is held by the outer peripheral surface 3s of the ignition device main body 3 so that the string 7 will not be an obstacle. it can. Therefore, the cord 7 is not an obstacle for accommodating the ignition device 1 for flavoring, and when the cord 7 is used as a handbag, the cord 7 can be immediately removed by removing the hooks. It is convenient because it can be done.

Further, according to the incense stick igniter 1 of the present invention, since the igniter body 3 has a double-tube structure, the inner wall 3w ₁ of the ignited fuel 9 is heated to a high temperature by the ignited fuel 9. since there is a space 21 between the well and the inner and outer walls 3w _2, the heat is no longer transmitted to the outside of the wall 3 w _2, it may move with an ignition device body 3. Therefore, it is convenient and convenient. Moreover, until the outer wall 3w ₂ Ino such transmitted heat, does not damage the appearance without discoloration in appearance ignition device body 3 by heat.

According to the incense stick igniter 1 of the present invention, the lid 5 is provided with the through hole 23, and the cord 25 is loosely fitted in the through hole 23. Even if the igniter body 3 has heat due to burning and the heat at that time is transmitted from the igniter body 3 to the lid body 5, the cord 25 attached to the lid body 5 through the through hole 23 Since it is loosely fitted to the through hole 23, heat is not transmitted to the cord 25. Therefore, the cord 25 is not too hot to hold. Even at this point, it is very easy to use.

Even in the incense stick igniter 1 shown in FIG. 10, when the string body 7 is lifted vertically, the lid body 5 serves as a guide along the string body 7 in the shape of a single rod. The ignition tool body 3 falls toward the opening 3o and automatically closes.

[0049]

[Effect of device]

 According to the incense stick ignition device of the present invention, not only dozens of incense sticks can be easily and surely ignited, but also on-site treatment of newspapers, disposable chopsticks, etc. is unnecessary, and disaster prevention is possible. The fire can be extinguished reliably. Furthermore, the incense stick can be lit even in strong winds. And it is very convenient to use so that even if the container used to ignite the incense sticks gets hot, it will not hinder the carrying.

[Brief description of drawings]

FIG. 1 is an overall perspective view of an incense stick ignition device according to the present invention.

FIG. 2 is a perspective view showing a state in which a lid is removed from the state of FIG.

FIG. 3 is a perspective view showing a state where an incense stick is burned using the incense stick ignition tool.

FIG. 4 is a diagram for explaining the operation, and is a perspective view showing a state in which the lid is about to be used as the ignition tool body.

FIG. 5 is a perspective view showing the usability and showing a state in which the cord body is wound around the ignition tool body.

FIG. 6 is a perspective view showing a wound state.

7 is a vertical cross-sectional view of FIG.

FIG. 8 is a diagram corresponding to FIG. 7 showing a modified example.

FIG. 9 is a perspective view showing another modification.

FIG. 10 is a vertical sectional view showing still another modified example.

[Explanation of symbols]

1 incense stick ignition tool 4 incense stick 9 ignition fuel 3 ignition tool body 3o opening 5 lid 3c center point (of opening) 3v perpendicular line 13o through hole 15o through hole 7 string 7e both ends of string 14 outer surface 23 through hole 25 different Cord 15 holding part 3b bottom plate (of ignition device main body) 3b _c center point (of bottom plate) 5c center point (of lid) 29 through hole

Claims (6)

[Scope of utility model registration request] 1. A igniter body having a hollow cylindrical shape with an opening at one end through which ignition fuel for burning incense sticks enters, a lid body for removably and hermetically covering the opening of the igniter body, and the lid body A pair of desired locations respectively relating to the ignition tool body and the lid in a state in which the opening of the ignition tool body is closed, and having a perpendicular line including the center point of the opening as a center line of line symmetry. An incense stick igniter, which is attached to the igniter body such that the lid body is movably attached to the igniter body and is looped through a through hole provided in the igniter. 2. A igniter body having a hollow tubular shape at one end opening for receiving ignition fuel for burning incense sticks, a lid body for removably and hermetically covering the opening of the igniter body, and the lid body A pair of desired locations respectively relating to the ignition tool body and the lid in a state in which the opening of the ignition tool body is closed, and having a perpendicular line including the center point of the opening as a center line of line symmetry. An incense stick igniter having a threaded body which is passed through a through hole provided in and attached in a loop shape and which guides the lid body movably with respect to the igniter body, in a state of being passed through the through hole. Both ends of the cord body in are solid so as not to come out from the through hole, and at least one end of the cord body is adapted to be locked on the outer peripheral surface of the ignition tool body. Incense stick ignition tool . 3. A igniter body having a hollow tubular shape at one end opening into which ignition fuel for burning incense sticks enters, a lid body which detachably and hermetically covers the opening of the igniter body, and the lid body A pair of desired locations respectively relating to the ignition tool body and the lid in a state in which the opening of the ignition tool body is closed, and having a perpendicular line including the center point of the opening as a center line of line symmetry. An incense stick igniter having a loop body which is passed through a through hole provided in and which is attached in a loop shape and which guides the lid body so as to be movable with respect to the igniter body. Ignition tool for incense sticks. 4. An igniter main body having a hollow cylindrical shape at one end opening into which ignition fuel for burning incense sticks enters, a lid body detachably and hermetically covering the opening of the igniter body, and the lid body A pair of desired points, which are a pair of desired portions respectively relating to the ignition tool body and the lid in a state in which the opening of the ignition tool body is closed, and which have line-symmetry centerlines including the turret including the center point of the opening. In an incense stick igniter having a threaded body which is passed through a through hole provided at a location and is attached in a loop shape and which guides the lid body movably with respect to the igniter body, a through hole is formed in the lid body. An incense stick igniter characterized in that a string body different from the string body is provided in the through hole in a loose fit manner. 5. A igniter body having a hollow tubular shape at one end opening into which ignition fuel for burning incense sticks enters, a lid body that detachably and hermetically covers the opening of the igniter body, and the lid body A pair of desired locations respectively relating to the ignition tool body and the lid in a state in which the opening of the ignition tool body is closed, and having a perpendicular line including the center point of the opening as a center line of line symmetry. An incense stick igniter having a loop body which is passed through a through hole provided in and which is attached in a loop shape and which guides the lid body so as to be movable with respect to the igniter body. An incense stick ignition tool having a holding portion for holding fuel. 6. A igniter body having a hollow tubular shape at one end opening for containing ignition fuel for incense ignition, a lid body for removably sealing the opening of the igniter body, and a lid body for the igniter body. An incense stick that has a center point of the bottom plate as a starting point and extends from there through a through hole provided at the center point of the lid body to the outside and guides the lid body movably with respect to the ignition tool body. Ignition device.