JP2021148416A - Ignition combustion tool and incense stick including ignition combustion tool - Google Patents

Abstract

To provide a combustion tool for allowing a tip of an incense stick having the characteristic of a burning-retardant property to burn easily and safely in a short time, and uniformly.SOLUTION: An ignition combustion tool is mounted at a tip part of an incense stick and facilitates the ignition to the incense stick. This ignition combustion tool includes explosives, and the explosives are covered by a mounting member comprising paper or metal. The explosives are combusted from between an incense stick tip part and the explosives, the explosives jet flame of the explosives toward the tip of the incense stick, and the incense stick tip is ignited and combusted via the mounting member. Or, an incense stick which includes an ignition combustion tool provided by fastening explosives at a tip, which covers the tip by having predetermined thickness at the tip of the incense stick, and which includes metal powder, sparks and makes a noise to combust the incense stick.SELECTED DRAWING: Figure 1

Description

The present invention relates to an incense stick that is easily burned by bringing explosives to one end of the incense stick.

Paper was burned on incense sticks that are slow-burning and slow-burning and difficult to ignite, and were ignited and burned over time with a candle or a direct lighter or the like.

Further, measures have been proposed such as attaching a substance obtained by adding / mixing a drying oil, a hydrogenated oil, a paraffin wax or the like that has been heated and melted as an incense igniting agent to the tip of an incense bundle.

JP 2000-038330

When incense sticks are ignited and burned when visiting a grave outdoors, when paper is burned, there are concerns about fire and garbage from burning residue remains. Also, when burning paper to ignite and burn it, or when igniting and burning with a lighter or candle, the tip of the incense stick must be tilted to a position where the temperature of the flame is high, and the position below the hand where the flame holds the incense stick. I was worried about burning.

In addition, some incense sticks could not be burned uniformly, and some incense sticks burned too much in the bundle and some incense sticks did not burn, so that the incense sticks could not be burned uniformly, and it took time to burn them. In addition, there was a risk of burns when the burned incense sticks were handed over separately. In addition, when the wind blows, the fire of paper, candles, lighters, etc. for ignition and combustion is extinguished, making it difficult to burn.

In addition, substances such as dry oil, hardened oil, paraffin wax, etc., which are published in Patent Document 1, can be easily ignited, but the bundled incense sticks are completely burned. The flame has a high combustion temperature at the top and a low combustion temperature at the bottom, and the tip of the incense stick is in contact with the low position, so only a part of the slow-burning or slow-burning incense stick can be burned. It cannot be done, and the fire must be reignited with a lighter or the like, so the flame will be in a position below the hand, causing danger. In addition, it could not be burned uniformly, causing problems such as burns, and burning incense sticks took time and wasted heat consumption.

Further, when trying to burn with a lighter or the like, the lighter must be used for a long time, and the lighter ignition part and the part pressed by the finger become hot, and there is a risk of burns. Further, even if a substance to which drying oil, hydrogenated oil, paraffin wax or the like is added or mixed is ignited, it disappears when a strong wind blows outdoors.

In order to solve the above-mentioned problems, the present invention is an ignition-burning tool that is attached to the tip of an incense to facilitate ignition of the incense. Cover with a mounting member made of a piece of paper or metal, burn the explosives from between the tip of the incense and the explosives, and inject the flame of the explosives toward the tip of the incense and the mounting member. Ignite and burn the tip of the incense through.

In addition, this ignition tool consists of explosives and pieces of paper that circulate the explosives in the circumferential direction. be.

The ignition burning tool described above is installed with a gap between it and the tip of the incense stick when the explosives are installed.

Further, in the ignition combustion tool described in the above disclosure, the explosive is provided with a squib extending outward in the circumferential direction from a substantially central position thereof.

Further, since the ignition combustion tool described in the above disclosure contains a metal powder in the explosives, sparks are ejected to burn the incense stick.

Further, the incense stick is provided with an ignition combustion tool provided by fixing explosives to the tip described in the above disclosure, and the ignition tool has a shape that covers the tip of the incense stick with a predetermined thickness.

Further, the explosive described in the above disclosure is an incense stick provided with an ignition combustion tool provided with a squib extending outward in the circumferential direction from a position substantially below the explosive.

Further, the explosive described in the above disclosure is provided with a matchstick extending to the outside of the explosives.

Further, since the ignition combustion tool described in the above disclosure contains a metal powder in the explosives, sparks are ejected to burn the incense stick.

In the ignition combustion tool of the present invention, explosives are attached or attached to the tip of the incense stick, and the incense stick is burned from between the tip of the incense stick and the explosives. Burns. In addition, the tip of the incense stick becomes hot due to the mounting member, and the tip of the incense stick burns easily.

Since the ignition combustion tool of the present invention contains metal powder, sparks are ejected to burn incense sticks.

It is sectional drawing which includes the ignition combustion tool which concerns on this invention, and the attached incense stick. It is a perspective view which includes the ignition combustion tool which concerns on this invention, and the attached incense stick. It is a perspective view which includes the ignition combustion tool which concerns on this invention, and the attached incense stick. It is explanatory drawing which includes the ignition combustion tool which concerns on this invention, and the attached incense stick. It is a perspective view which includes the ignition combustion tool which concerns on this invention, and the attached incense stick. It is sectional drawing which includes the ignition combustion tool which concerns on this invention, and the attached incense stick. It is a perspective view which includes the ignition combustion tool which concerns on this invention, and the attached incense stick. It is sectional drawing which includes the ignition combustion tool which concerns on this invention, and the attached incense stick. It is a perspective view of only the ignition combustion tool which concerns on this invention. It is sectional drawing which includes the ignition combustion tool which concerns on this invention, and the attached incense stick. It is explanatory drawing which includes the ignition combustion tool which concerns on this invention, and the attached incense stick. It is sectional drawing which includes the ignition combustion tool which concerns on this invention, and the attached incense stick. It is a front view of the incense stick provided with the ignition combustion tool which concerns on this invention. It is a perspective view of the incense stick provided with the ignition combustion tool which concerns on this invention. It is a perspective view of the incense stick provided with the ignition combustion tool which concerns on this invention. It is explanatory drawing of the incense stick provided with the ignition combustion tool which concerns on this invention. It is a perspective view of the incense stick provided with the ignition combustion tool which concerns on this invention. It is sectional drawing of the incense stick provided with the ignition combustion tool which concerns on this invention. It is explanatory drawing of the incense stick provided with the ignition combustion tool which concerns on this invention. It is sectional drawing of the incense stick provided with the ignition combustion tool which concerns on this invention. It is sectional drawing of the incense stick provided with the ignition combustion tool which concerns on this invention. It is a perspective view of the incense stick provided with the ignition combustion tool which concerns on this invention. It is explanatory drawing of the incense stick provided with the ignition combustion tool which concerns on this invention.

Examples of the present invention will be described with reference to the accompanying drawings. The present invention shows an embodiment in which explosives are attached or attached to one end side of the incense stick in order to burn the tip portion of the incense stick made of a slow-burning, slow-viscosity material as described above.

In FIG. 1, the explosives 1 are mixed with glue or the like, and the explosives 1 are inserted into the skin 4 formed into a cylindrical shape having a cavity as large as the circumference of the bundled incense stick 5, solidified, and the incense stick is formed. The fuse 2 is attached to the surface of the explosives 1 between the tips, and the opposite side of the fuse 2 is attached to the inside of the center of the mounting portion 3a formed of U-shaped bent paper. FIG. 5 is a cross-sectional view in which the insides of both ends formed in a U shape are adhered to the side surface of the tip end portion of a bundle of incense sticks 5 so as not to fly even if a flame of gunpowder is sprayed.

Further, the squib 2 is attached between the tip of the incense stick and the explosives 1 with glue or the like. Gunpowder can be ignited by igniting the fuse.

Further, since the flame is ejected from between the tip of the incense stick 5 and the explosives 1 to the incense stick tip, the incense stick tip can be uniformly burned at the same time as the burning of the incense stick is completed.

Further, it is desirable that the skin 4 made of paper and the mounting portion 3a made of paper maintain their shape even after the explosives 1 are burned, and to be thick enough to burn down at the end. Become.

Further, since the explosives 1 may contain a metal powder used for fireworks or the like, the metal powder contained in the explosives burns and becomes hot, falls on the tip of the incense stick, and the tip of the incense stick burns.

FIG. 2 shows the explosives 1, the fuse 2, the mounting portion 3a, the skin 4, the incense stick 5, and the band 8a, and the ignition burning tool and the incense stick of the support portion 3b formed of paper or the like adhered to the mounting portion 3a. It is a perspective view of.

FIG. 3 shows explosives in which explosives 1 and glue are mixed and inserted into the hollow cylindrical epidermis 4, solidified, and glue is mixed with a fuse 2 on the surface of the solidified explosives 1. It is a perspective view of the explosives 1, the squib 2, and the skin 4 which are covered with the squib and are provided so that the squib 2 cannot be removed.

Further, the explosives 1 may be attached to the mounting member by wrapping the powdered explosive with thin paper.

FIG. 4 shows a circular paper lid 6 on the opposite side where the skin 4, explosives 1, and fuse 2 described in FIG. 3 are provided, and inside the upper portion of the mounting portion 3a formed of cylindrically bent paper. It is explanatory drawing which attaches the side surface of the tip of the incense stick 5 to the lower part of the mounting part 3a such as explosives.

FIG. 5 is a perspective view of an ignition combustor showing the explosives 1, the fuse 2, the mounting portion 3a, the skin 4, the incense stick 5, and the lid 6 and the incense stick accompanying them, which are shown in FIG.

In FIG. 6, the explosives 1 are attached to the mounting portion 3a made of paper pieces, and the squib 2 is attached to the lower part of the explosives 1, and the explosives 1 are ejected toward the tip of the incense stick 5 and from the paper pieces. It is sectional drawing which showed the ignition combustion tool which was attached to the tip of an incense stick through the attachment part 3a. Further, the incense stick 5 and the mounting portion 3a are cross-sectional views of an ignition combustor and the attached incense stick that are adhered so as not to be jetted and blown away.

Further, before the explosives 1 are mixed with glue and hardened, a squib 2 is inserted between them and attached to the tip of the incense stick 5, so that there is no gap between the tip of the incense stick and the explosives, and the explosives 1 are at the tip of the incense stick. It shows the attached morphology.

Further, the explosives 1 are sprayed toward the tip of the incense stick 5 in the mounting portion 3a, the temperature inside the mounting portion 3a becomes high, and the tip of the incense stick burns. Further, since the mounting portion 3a is formed of paper or the like, after the explosives 1 are burned, a follow-up fire is generated and the tip of the incense stick is burned.

FIG. 7 is a perspective view of the explosives 1, the fuse 2, the mounting portion 3a made of pieces of paper, the ignition combustor made of the incense stick 5, and the incense stick described in FIG.

FIG. 8 is a cross-sectional view of an ignition combustor and an incense stick including explosives 1, a fuse 2, a mounting portion 3, an epidermis 4, an incense stick 5, and a lid 6. The height of the explosives 1 and the epidermis 4 is about 5 mm to 10 mm, and the height of the gap between the incense stick and the explosive part is about 5 mm in the case of FIG. 5, and there is no gap in FIG. The height of adhesion between the mounting portion 3a made of paper and the side surface of the incense stick is about 5 mm.

In FIG. 9, the explosives 1, the fuse 2, and the skin 4 shown in FIG. 3 are inserted into the mounting portion 3a formed in a cube, and the opposite side with the fuse 2 is inside the surface of the cube. It is glued, a circular hole is made on the opposite surface, and 10 cuts are made around it from the center of the perforated circle to the outside. Further, the squib 2 is a perspective view of an igniter extending outward from the center of the explosives 1 through a hole on the side surface of the cube.

FIG. 10 shows the ignition and burning tool composed of the explosives 1, the fuse 2, the mounting portion 3a, and the skin 4, through which the tip of the incense stick 5 passes through a circular hole in a cube, pushes and bends the notch 7, and enters the inside. I'm out. Further, it is a cross-sectional view of an ignition combustion tool and an incense stick in which the incense stick is difficult to separate due to the pressure provided by the notch 7.

In FIG. 11, the mounting portion 3a and the supporting portion 3b of the mounting member 3 made of a piece of paper or metal are mounted so that the side to which the fuse 2 is attached to the explosives 1 as described in FIG. 3 faces upward. It is explanatory drawing explaining the insertion into the part 3a, and the insertion of the tip part of the incense stick 5 on it.

Further, in order to prevent the incense stick 5 and the mounting portion 3a from falling over, the support portion 3b may have various shapes.

In FIG. 12, the side to which the explosives 1, the squib 2, and the explosives 2 of the skin 4 attached to the explosives 1 described in FIG. A cross-sectional view showing that the fuse 2 is burned from between the explosives 1 and the tip of the incense stick, the flame of the explosives is ejected toward the tip of the incense stick, and the tip of the incense stick is ignited and burned via the mounting member. be.
Further, the fuse 2 extends outward from the inside of the aluminum beat of the mounting portion 3a through the side gap of the incense stick 5.

Further, since the mounting member is made of aluminum foil, after the explosives 1 and the skin 4 are burned, burning residue remains in the aluminum foil and can be wrapped with the aluminum foil and replaced.

FIG. 13 is a front view in which the explosives 1 at the tip of the incense stick 5 around which the incense stick bands 8a and 8b are wound are covered.

Further, the explosive used for fireworks contains metal powder, and the metal is heated together with the spark, sprayed on the tip of the incense stick 5, and pierced, so that the tip of the incense stick burns.

FIG. 14 is a perspective view of the explosives 1 at the tip of the incense stick 5 of FIG.

Further, the explosives 1 have a height of about 15 mm, a thickness of about 3 mm from the periphery of the incense stick 5, and cover the incense stick 5 by about 5 mm.

FIG. 15 is a perspective view showing the middle of burning of the explosives 1 described above.
It burns in sequence from the ignited position, and a piece of metal heated with sparks is ejected.

Further, the metal pieces contained in the explosive as fireworks are used only for coloring, but by covering the tip of the incense 5 with the explosives 1 thickly, magnalium, aluminum, etc. contained in the explosives 1 can be removed. The metal piece is heated hot, and a spark makes a noise at the tip of the incense 5 and burns.

In FIG. 16, the explosives 1 described in FIGS. 13 to 15 are inserted to provide a mounting portion 3a and a supporting portion 3b of the mounting member 3 of the insertion portion, and the explosive attached to the tip of the incense stick 5 is provided in the mounting portion 3a. It is explanatory drawing which showed the state which inserts the class 1.

Further, when the explosives 1 burn in the mounting portion 3a, the spark stays in the mounting portion 3a of the mounting member 3, and the heat does not escape to the outside, so that the temperature becomes high and the tip of the incense stick 5 burns.

FIG. 17 is an incense stick provided with a mounting portion 3a support portion 3b of a mounting member 3 into which the explosives 1 described above are inserted, and an incense stick provided with an ignition combustor in a state where the explosives 1 at the tip of the incense stick 5 is inserted into the mounting member 3. It is a perspective view which showed that there is.

Further, since the side surface of the mounting portion 3a of the mounting member 3 is open, ignition and combustion can be performed with a lighter or the like without a fuse.

Further, since the explosives 1 are surrounded by the mounting portion 3a of the mounting member 3 except for the open side surface, when the explosives 1 are burned, they are burned in the mounting portion 3a, so that the inside of the mounting portion 3a is inside. Sparks are sprayed on the incense stick as the temperature rises.

In FIG. 18, the explosives 1 at the tip of the incense stick 5 are inserted into the mounting portion 3a formed of paper and formed into this shape, and the inside of the insertion port portion is adhered to the side surface of the incense stick 5.

Further, by burning the explosives 1, the sparks in the shaped mounting portion 3a are prevented from escaping to the outside, and the sparks fall on the tip of the incense stick to become high temperature and burn.

Further, the mounting portion 3a may be molded so as to cover the periphery of the explosives 1.

Further, it is desirable that the mounting portion 3a made of paper retains its shape even after the explosives 1 are burned and is thick enough to burn at the end.

In FIG. 19, a squib 2 is provided below the explosives 1 at the tip of the incense stick 5 wound with the band 8a and the band 8b, and the mounting portion 3a and the supporting portion 3b are mounted on the mounting member 3 to which the ignition combustor is inserted and mounted. It is explanatory drawing which showed that it is the incense stick which burns by inserting the explosives 1 at the tip of the incense stick 5 into the mounting part 3a.

Further, the side surface of the mounting portion 3a of the mounting member 3 is not provided with a gap. Therefore, FIG. 19 shows that the ignition wire 2 provided at the lower part of the explosives 1 is ignited to facilitate the combustion of the ignition combustion tool.

Also, explosives can be burned in contact with cold metals or in the absence of air.

Further, by burning the explosives 1 in the mounting portion 3a, the combustion efficiency is improved, so that the amount of explosives can be reduced.

In FIG. 20, the explosives 1 at the tip of the incense 5 of the ignition combustion tool is covered with the aluminum foil mounting portion 3a made of aluminum metal, and the explosives 1 to the fuse 2 are covered with the aluminum foil. It is sectional drawing which shows that it extends from the inside of the part 3a to the outside.

In FIG. 21, the explosives 1 at the tip of the incense stick 5 has a thickness of about 20 mm and covers the tip of the incense stick by about 10 mm, and the side surface of the incense stick 5 has a thickness of about 3 mm. It is a cross-sectional view which the matchstick 9 extends from the central part to the outer upper part.

Further, a form in which the matchstick 9 extends to the outside of the side surface is also conceivable.

FIG. 22 is a perspective view in which the incense stick 5 provided with the ignition combustion tool described above is housed in the case 11 and the side medicine 12 is attached to the side surface of the case.

In addition, the explosives 1 can be ignited by rubbing the match, and a lighter or the like is not required.

FIG. 23 is an explanatory diagram in which one incense stick 5 is covered with explosives 1 and the incense sticks are summarized by a band 8a.

The metal pieces contained in the explosives 1 burn hot, the metal falls on the tip of the incense stick, and the tip of the incense stick burns. In addition, since the tip of the incense stick 5 is covered with explosives 1 one by one, it can be burned by the number of attendees such as visiting a grave, and waste of resources can be saved.

1 Gunpowder part 2 Fuse 3 Mounting member 3a Mounting part 3b Support part 4 Skin 5 Incense stick 6 Lid 7 Notch 8a Band 8b Band 9 Matchstick 10 Stand 11 Case 12 Side medicine

Claims (8)

It is an ignition burning tool that is attached to the tip of the incense to facilitate ignition of the incense. This ignition burning tool covers explosives and the explosives with a mounting member made of paper pieces or metals. , This explosive is burned from between the tip of the incense and the explosive, and the flame of the explosive is ejected toward the tip of the incense, and the explosive is attached to the tip of the incense via a mounting member. Ignition combustor. The ignition / combustion tool according to claim 1, wherein when the explosives are attached, they are attached with a gap between them and the tip of the incense stick. The ignition / combustion tool according to claim 1 or 2, wherein the explosives are provided with a squib extending outward in the circumferential direction from a substantially central position thereof. The ignition / combustion tool according to claims 1 to 3, wherein the explosives contain a metal powder. An incense stick having an ignition-burning tool provided with explosives fixed to the tip, wherein the ignition tool has a shape that covers the tip of the incense stick with a predetermined thickness. An incense stick provided with an ignition combustion tool according to claim 5, wherein the explosives are provided with a squib extending outward in the circumferential direction from a substantially lower position thereof. An incense stick provided with an ignition combustion tool according to claim 5, wherein the explosives are provided with a matchstick extending to the outside of the explosives. The ignition / combustion tool according to claim 5 to 7, wherein the explosives contain a metal powder.

Images