JP4820585B2 - Incense stick and method for producing the same - Google Patents

Description

  The present invention can burn an incense stick bound with a binding band, a wrapping paper or a strip paper, safely and easily without taking out the binding band or wrapping paper, and burning without extinguishing to the end. Also, the present invention relates to a technique for removing an incense stick from a cable tie or a wrapping paper so that it can be ignited safely and easily, and burned without going out to the end.

  The incense sticks include incense sticks bound by a binding band, incense sticks bound by a binding band and wrapped in a wrapping paper in a cylindrical form, and incense sticks wrapped by strip paper. And when using these incense sticks, there are cases where a fire is put on without removing the cable tie or wrapping paper, and cases where a fire stick is put on the incense stick removed from the cable tie or wrapping paper. When igniting a fire in a bundle wrapped with wrapping paper etc., it takes considerable effort for a person visiting a grave or a temple to ignite himself with a match, lighter, briquetting furnace, burning candle, etc. . Therefore, in a large cemetery or a temple that many people visit to visit, there are cases where there is a person involved in burning the incense stick and handing the incense stick to the person visiting the grave or visiting the temple. In such a case, the labor of handing the incense stick over is immeasurable, and it is said that there is a heavy burden on the body in the hot summer season and the cold winter season.

  In order to solve these problems, incense sticks with ignition agents have been devised. And incense sticks with an igniting agent are roughly classified into the following two types by a method of attaching an igniting agent.

  One is a method of attaching an igniting agent to the central part of the incense stick (see, for example, Patent Documents 1 and 2). The incense sticking the igniting agent by this method takes a completely opposite combustion form according to the burning principle of the incense stick bundle. Originally, the incense stick is burned from the surroundings, and it is impossible to burn from the center of the incense stick. When attaching an igniting agent to the center of the incense stick, it is difficult to ignite unless a large amount of igniting agent is used and the heating power is increased. In addition, if a large amount of igniting agent is used, the temperature at the time of ignition becomes high, and the flame may become too large.

  The other is a method in which an ignition agent is attached to the entire tip of the incense stick (incense stick bundle) and ignited and burned (see, for example, Patent Document 3). In this case, since the incense stick (incense stick bundle) has the ignition agent attached to the entire tip, the amount of the ignition agent is large, the temperature at the time of ignition becomes high, and the flame may become too large.

  Moreover, as one of the methods of attaching and igniting an incense agent to the tip of an incense stick (incense stick bundle), there is a method using an auxiliary combustor, an ignition agent, and an ignition paper on the entire tip of the incense stick (for example, Patent Documents). 4). The incense stick in this case (incense incense bundle) uses a combustion aid, an igniting agent, and an ignition paper for the entire tip, so that it is difficult to understand how to use it when it is used for the first time because of its complicated structure.

  An incense stick with an incense stick attached to the entire tip of the incense stick seems to be ignited at first glance, but in fact it is not so, and the incense stick is put on the incense holder before all of the igniting agent burns. If the igniting agent is attached to the incense stick, it may prevent the burning of the incense stick by preventing it from burning. For this reason, incense sticks, wrapping paper, and the like are removed to ignite the igniting agent, and the incense stick is put on the incense holder after all of the igniting agent is burned.

  Moreover, these conventional incense sticks with an igniting agent are complicated and difficult to manufacture, and are too expensive to manufacture.

  In addition, the conventional incense stick with an igniting agent sometimes ignites with a flame when the incense stick is ignited to stand on the incense stick and then the wind blows.

  Moreover, since the incense stick with a conventional igniter differs from a normal incense stick in shape, there is a sense of incongruity.

  Apart from that, incense sticks may use a retarder that slows down combustion, and the most commonly known retarder in this case is aluminum hydroxide and calcium carbonate. And as an incense with less smoke, charcoal powder, main powder, wood powder, aluminum hydroxide, calcium carbonate, activated carbon, etc. are mixed and stirred with water or hot water, and the stirred incense raw material is compression molded, An incense stick manufactured by a method of cutting and drying is known. The resulting incense stick becomes a less incense stick.

  However, since incense sticks with low smoke use charcoal powder to produce, there is a drawback that the effect of the fragrance is diminished by the action of charcoal powder even if the Chinese medicine fragrance used for the porcelain incense stick is used. It was.

  In addition, the conventional incense sticks with low smoke may burn off the incense stick when burning it with the bundle incense stick or the incense stick wrapped with the wrapping paper without removing it from the binding band or wrapping paper. There is a problem that a strange odor is generated during ignition.

  In any case, if the airtightness of the bound incense stick band or the wrapped incense sticking paper is poor, the incense stick may fall off.

Japanese Utility Model Publication No. 22-23333 Japanese Utility Model Publication No. 3-70231 JP-A-3-59326 Japanese Patent Laid-Open No. 10-218751

  In this way, the conventional incense stick with igniting agent manufactured by attaching the igniting agent to the center of the incense stick is difficult to ignite unless a large amount of igniting agent is used to increase the heating power, and the temperature at the time of ignition becomes high. There is a risk that the flame will become too large.

  In addition, in the case of a conventional incense stick with an igniting agent manufactured by a method of attaching an igniting agent to the entire tip of an incense stick (incense stick), the temperature at the time of ignition is high because the igniting agent is attached to the entire tip. In particular, those using a combustion aid, an igniting agent, and an ignition paper for the entire tip of the incense stick have a complicated structure, and it is difficult to understand how to use it for the first time.

  An incense stick with an incense stick attached to the entire tip of the incense stick (incense stick) may cause the incense stick to extinguish if the incense stick is put on the incense holder before all of the igniting agent burns. .

  Moreover, these conventional incense sticks with an igniting agent are complicated and difficult to manufacture, and are too expensive to manufacture.

  In addition, the conventional incense stick with an igniting agent sometimes ignites with a flame when the incense stick is ignited to stand on the incense stick and then the wind blows.

  Moreover, since the incense stick with a conventional igniter differs from a normal incense stick in shape, there is a sense of incongruity.

  In addition, conventional incense sticks with low smoke require charcoal powder to produce, and burn incense sticks without tying incense sticks or incense sticks wrapped with wrapping paper from tie or wrapping paper. In some cases, the incense may disappear, and there is another problem that a strange odor is generated during ignition.

  In any case, if the airtightness of the bound incense stick or the wrapped incense sticking paper is poor, the incense stick may disappear midway.

  The present invention has been devised to solve these problems, has excellent ignitability, can be manufactured in a safe and hygienic manner with a small amount of igniting agent, has no odor when ignited, and has excellent safety after ignition, Easy to manufacture, can be manufactured at low cost, will not burn up even if the wind blows after ignition, there is no sense of incongruity in the shape of the incense stick, and it can be manufactured as an incense with less smoke without using charcoal powder An object is to provide an incense stick and a method for producing the incense stick.

Incense of the invention according to claim 1, stirring, compression molding, and cutting, to the shells that are slowly retardant material as a raw material of incense to drying to incense mixed powder was a powder after baking at high temperatures It is characterized by.

In this way, by mixing the raw material of the incense stick, which is a slow-flammable shell, at a high temperature (after burning impurities in a high-temperature furnace), the powder is mixed, so that the wind blows after the incense stick is ignited. An incense stick that does not burn out even when it comes in can be manufactured.

In addition, the powder made by baking shells used as a flame retardant at a high temperature and then powdered has a composition with numerous extremely fine holes or tubes and is similar in composition to charcoal powder. When an appropriate amount is added, the incense stick becomes a composition having an infinite number of fine holes or thin tubes, and it becomes a good incense stick with good oxygen supply and good ignition. In particular, when shellfish ash is used, it is possible to produce a porcelain incense with some smoke suppression without using charcoal powder.

In addition, the use of sintered powder of shells enables the production of porcelain incense with low smoke without using charcoal powder, which was indispensable for the production of incense with low smoke. However, the effect of the fragrance is not reduced (good fragrance retention) and it is possible to produce an incense with less smoke. In addition to incense sticks, mosquito-repelling incense sticks are lit and can be used as incense sticks with little smoke.

This incense stick may have a component composition in which 1 to 3 kinds of non-volatile vegetable oils, charcoal powder, rosin, milky incense, and benzoy are mixed.

The incense is added a small amount of combustion tends to aid retardant material in raw materials of incense, further, by stirred with slow retardant material (flour and powdered after baking the shells at high temperatures), and good Incense Free Fire be able to.

The incense stick of the invention according to claim 2 is a bundle of incense sticks mixed with the raw material of the incense stick, which is stirred, compression molded, cut and dried to make the incense stick, and powdered into powder after baking the shell at high temperature , Bundling band or wrapping paper with ventilation holes is bound or wrapped so that the binding band or wrapping paper does not cover the tip of the incense stick bundle, the incense stick at the outer periphery of the incense stick bundle protrudes in an annular shape, and ignites the outer periphery of the tip of the incense stick bundle It is characterized in that the agent adheres and the auxiliary combustor adheres to the inside of the tip.

This incense stick has the same effect as the incense stick of the invention according to claim 1 . And when this incense stick uses a bundle of incense sticks without taking up a wrapping paper, the tip outer peripheral part of the incense stick is ignited by igniting the part where the igniter on the outer peripheral part of the incense stick is attached even on a day with wind Even if the incense sticks ignite and the incense sticks do not ignite, the incense sticks stand on the incense stick stand and gradually burns and burns to the entire incense stick tip. At that time, oxygen can be supplied from the cable tie or the ventilation hole of the wrapping paper to burn the incense stick, and it can be used safely without the incense stick extinguishing or blowing off the wind and the like. And it can be set as the incense stick which does not have a strange odor at the time of ignition, and does not have a sense of incongruity without changing a shape with the conventional incense stick.

The incense stick of the invention according to claim 3 is a bundle of incense sticks mixed with the raw material of the incense stick, which is stirred, compression molded, cut and dried to make the incense stick, and then powdered after the shell is baked at a high temperature . Bundling band or wrapping paper provided with ventilation holes. The binding band or wrapping paper is bound or packaged so that it does not cover the tip of the incense stick bundle, and an igniting agent adheres to the outer periphery of the tip of the incense stick bundle. It is characterized by having adhered .

This incense stick has the same effect as the incense stick of the invention according to claim 1 . And when this incense stick also uses a bundle of incense sticks without taking out the wrapping paper, it ignites the part where the igniting agent on the outer periphery of the incense stick adheres even on a windy day, etc. However, even if the incense stick does not ignite, the incense stick stands on the incense stick as it is, and the fire gradually moves over the tip of the incense stick and burns to the end. At that time, oxygen can be supplied from the cable tie or the ventilation hole of the wrapping paper to burn the incense stick, and it can be used safely without the incense stick extinguishing or blowing off the wind and the like. And it can be set as the incense stick which does not have a strange odor at the time of ignition, and does not have a sense of incongruity without changing a shape with the conventional incense stick.

The incense stick of the invention according to claim 4 is a bundle of incense sticks mixed with the raw material of the incense that is stirred, compression-molded, cut and dried to make the incense stick, and powdered into powder after baking the shell at high temperature , are bound or wrapped with the strap or wrapping paper, igniting agents are attached to the outer periphery of the tip end of the incense, incense stick tip is taken scraping, or, characterized in that further combustion improver is adhered to the incense tip.

This incense stick has the same effect as the incense stick of the invention according to claim 1 . And when this incense stick is used after removing the bundled or packaged incense stick, it burns slowly by igniting the part where the igniter on the outer periphery of the incense stick is attached even on a windy day, etc. It has the ideal effect that it becomes a safe incense that does not burn by raising a flame on the way, and it is ignited quickly, without a strange odor when ignited, and burned slowly. Moreover, it can be set as the incense stick which does not change a shape with a conventional incense stick, and does not feel strange.

This incense stick uses 1 to 3 types of non-volatile vegetable oil, rosin, milky scent, and benzoin as a combustion aid, and 2 or 3 types of paraffin, stearic acid, non-volatile vegetable oil, and dry oil as ignition agents. there may be one that is used.

  By using such a combustion aid and an igniting agent, the above-described effects can be made remarkable.

The invention according to claim 5, stirred, and compression molded, cut, raw materials of incense to drying to incense shells to a powder having a powder after baking at high temperatures in addition, the addition of water or hot water The mixture is stirred, compression-molded, and cut and dried. This method is effective for producing the incense stick according to the first to fourth aspects of the invention.

Method of manufacturing this incense, nonvolatile vegetable oils as raw materials, charcoal powder, rosin, frankincense, mixed 1-3 kinds of the benzoic, the powder was powdered After baking the shells at high temperatures in addition, water or hot water May be added and stirred, and the agitated material may be compression molded, cut, and dried .

The method for producing an incense stick according to the invention of claim 6 is a method of adding the powdered powder obtained by baking a shell at high temperature to the raw material of the incense stick , stirring, compression molding, cutting, and drying to make the incense stick. A method for producing an incense stick, characterized in that hot water is added and agitated, and the agitated product is compression molded, cut and dried, and the tip of the incense stick after compression molding, cutting and drying A mixture of non-volatile vegetable oil, rosin, milky scent, and benzoin, which is a combustion aid, is mixed with a solution dissolved in alcohol, and the dried incense is bundled again. Are arranged in a ring shape, and are bound or packaged by a binding band or wrapping paper provided with ventilation holes so that the binding band or wrapping paper does not cover the tip part of the incense stick bundle, and then the tip part is made of paraffin as an ignition agent. heating and melting the stearate Immersed in the liquid, characterized in that to attach the ignition agent leaving the portion combustion improver to the distal inner is attached. This method is effective for producing the incense stick according to the second aspect of the invention.

The manufacturing method of the incense stick of the invention which concerns on Claim 7 adds the powder which made the powder after baking a shell at high temperature to the raw material of the incense stick which is stirred, compression-molded, cut, dried to make an incense stick, A method for producing an incense stick, characterized in that hot water is added and agitated, and the agitated product is compression molded, cut and dried, and the incense stick after being compressed, cut and dried is bundled , Wrapping or wrapping with a binding band or wrapping paper provided with ventilation holes so that the binding band or wrapping paper does not cover the tip of the incense stick bundle, and then igniting agent at a distance from the tip end surface of the outer periphery of the tip Apply a liquid obtained by heating and melting paraffin and stearic acid to attach an igniting agent, and then add 1 to 3 kinds of non-volatile vegetable oil, rosin, milky scent, and benzoic as a combusting agent to the end face side of the incense stick. Mix into alcohol And wherein applying a lend liquid. This method is effective for producing the incense stick according to the third aspect of the invention.

The method for producing an incense stick according to the invention according to claim 8 is a method of adding the powdered powder obtained by baking the shell at high temperature to the raw material of the incense stick , stirring, compression molding, cutting, and drying to make the incense stick. A method for producing an incense stick, characterized in that hot water is added and agitated, and the agitated product is compression molded, cut and dried, and the tip of the incense stick after compression molding, cutting and drying Apply a solution obtained by heating and melting paraffin and stearic acid , which are igniting agents, at a distance from the outer peripheral end surface, attach the igniting agent, dry it, and scrape off about 2 mm from the tip, or further incense. After applying a solution prepared by mixing 1-3 kinds of non-volatile vegetable oil, rosin, frankincense, and benzoic acid, which are auxiliary combustors, to alcohol at the tip, and then bundling the incense stick, Characterized by packaging To. This method is effective for producing the incense stick according to the fourth aspect of the invention.

  As is apparent from the above description, according to the present invention, the ignitability is excellent, the igniting agent is suppressed to a small amount and can be manufactured safely and hygienically. Easy to manufacture, can be manufactured at low cost, will not burn up even if the wind blows after ignition, there is no sense of incongruity in the shape of the incense stick, and it can be manufactured as an incense with less smoke without using charcoal powder An incense stick and a method for producing the incense stick can be provided.

In particular, according to the invention according to claim 1 , by mixing the raw material of the incense stick with a powder obtained by baking a shell which is a slow-burning material at a high temperature and then powdering it, the incense stick burns even after the wind blows. It can be used as an incense stick that does not emit, and it can be used as a good incense stick with a good supply of oxygen. Especially when using shell ash, there is some smoke without using charcoal powder. This makes it possible to produce a scented incense stick and to produce a scented incense with less smoke without using charcoal powder. However, it is possible to produce a good incense with a small amount of smoke by mixing charcoal powder and shell ash.

In addition a small amount of raw material combustion tends aid retardant material in incense, further, by stirred with slow retardant material (two to one not powder was a powder after baking at high temperatures shells), with a fire It can be a good incense stick.

Further, according to the invention according to claim 2 , when using a bundle of incense sticks without taking up the wrapping paper, it is possible to ignite the portion where the igniting agent is attached to the outer periphery of the incense stick even on a windy day. The tip of the incense stick ignites in a circular shape, and even if the tip of the incense stick does not ignite, the incense stick stands on the incense stick stand and gradually burns and burns over the tip of the incense stick. Burn slowly until the end, when oxygen is supplied from the cable tie or the wrapping paper vents, burning the incense stick, without extinction of the incense stick, blowing the wind etc. without burning up the flame It can be used safely, has no strange odor when ignited, and does not change the shape of the conventional incense stick and can be made into an incense stick with no sense of incongruity.

In particular, according to the invention according to claim 3 , when using a bundle of incense sticks without taking up the wrapping paper, it is possible to ignite the portion where the igniting agent is attached to the outer periphery of the incense stick even on a windy day. The tip of the incense stick ignites in a circular shape, and even if the tip of the incense stick does not ignite, the incense stick stands on the incense stick stand and gradually burns and burns over the tip of the incense stick. Burn slowly until the end, when oxygen is supplied from the cable tie or the wrapping paper vents, burning the incense stick, without extinction of the incense stick, blowing the wind etc. without burning up the flame It can be used safely, has no strange odor when ignited, and does not change the shape of the conventional incense stick and can be made into an incense stick with no sense of incongruity.

In particular, according to the invention according to claim 4 , when removing and using the bound or packaged incense stick, it is possible to ignite the portion where the igniting agent is attached to the outer periphery of the incense stick even on a windy day. The ignition effect is fast, it burns slowly after ignition, it becomes a safe incense that does not burn by raising flames on the way, and the ideal effect is that the ignition is fast and there is no strange smell at the time of ignition, it burns slowly In addition, the shape of the incense stick can be changed to a conventional incense stick without any discomfort.

In addition , 1 to 3 types of non-volatile vegetable oil, rosin, frankincense and benzoin are used as a combustion aid, and 2 or 3 types of paraffin, stearic acid, non-volatile vegetable oil and dry oil are used as ignition agents. By doing so, the above-mentioned effect can be made remarkable.

And the incense stick of the invention which concerns on these 1-4 can be manufactured efficiently and safely and hygienically by the method of the invention which concerns on Claims 5-8 .

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

(First example of embodiment)
FIG. 1 shows an incense stick according to a first example of an embodiment of the present invention. (A) is a front view of an incense stick wrapped with wrapping paper, (b) is a front view of the incense stick bound by a binding band, and (c) is a partially broken front view of the tip of the incense stick bound by the binding band.

This embodiment is a case of an incense stick that is used as a bundle without taking a tie or wrapping paper. In this case, a small amount of cedar powder, wood powder, rice cake powder, sachet powder and paste powder is added to the incense raw material as an easily combustible auxiliary material, and rosin and the like are added in a few percent (by weight) as auxiliary agents. Add 1 to 25% (by weight) of powder (shell ash) that has been baked at high temperature and then powdered as a fuel material, and add water or hot water and stir.

  Then, the agitated material is compression-molded, cut, dried to form an incense stick, and the entire tip of the dried incense stick is a non-volatile vegetable oil or natural resin (rosin, milk incense, benzoin) as a combustor. Apply a solution prepared by mixing 3 types and dissolving in alcohol.

  Then, an appropriate amount of the incense stick 1 thus produced is bundled, and the incense stick 1 which is the outer periphery of the incense stick bundle is arranged several millimeters (mm) long at one end and projecting in an annular shape, and a binding band 3 provided with vent holes 2 or packaging The paper 4 is bound or packaged so that the binding band 3 or the wrapping paper 5 does not cover the tip of the incense stick bundle.

  Then, the tip of the bundle or packaged incense stick whose outer periphery is several millimeters (mm) long is immersed in a liquid obtained by heating and melting paraffin and stearic acid as an igniting agent to attach the igniting agent.

  The igniting agent is a mixture of 1 to 3 kinds of paraffin, stearic acid, non-volatile vegetable oil, and dry oil that are heated and melted, and a natural resin (benzoic acid, frankincense).

  Thus, as shown in FIG. 1, the incense stick 1 is bundled and bound or packaged with the binding band 3 or the wrapping paper 4 provided with the vent holes 2 so that the binding band 3 or the wrapping paper 4 does not cover the tip of the incense stick bundle. The incense stick 1 on the outer periphery of the tip of the incense stick sticks out in a ring shape, the igniting agent 5 adheres to the outer periphery of the tip of the incense stick, and the incense stick (incense stick bundle) with the auxiliary combustion agent 6 attached to the inside of the tip.

(Second example of embodiment)
FIG. 2 shows an incense stick according to a second example of the embodiment of the present invention. (A) is a front view of an incense stick wrapped with wrapping paper, (b) is a front view of the incense stick bound by a binding band, and (c) is a partially broken front view of the tip of the incense stick bound by the binding band.

This embodiment is a case of an incense stick that is used as a bundle without taking a tie or wrapping paper. In this case, a small amount of cedar powder, wood powder, rice cake powder, sachet powder and paste powder is added to the incense raw material as an easily combustible auxiliary material, and rosin and the like are added in a few percent (by weight) as auxiliary agents. Add 1 to 25% (by weight) of powder (shell ash) that has been baked at high temperature and then powdered as a fuel material, and add water or hot water and stir.

  Then, the agitated material is compression-molded, cut, dried to form an incense stick, and a liquid obtained by heating and melting paraffin and stearic acid as an ignition agent is applied to the place several millimeters (mm) from the tip of the dried incense stick. Then, an igniting agent is attached, and then an appropriate amount of incense sticks are bundled and bound or wrapped with a binding band or wrapping paper provided with a vent so that the binding band or wrapping paper does not cover the tip of the incense stick bundle. Then, the liquid which melt | dissolved in alcohol etc. by mixing 1-3 types of the non-volatile vegetable oil and natural resin (rosin, milk incense, benzoic incense) which are auxiliary combustors is further apply | coated to the front end part end surface side of an incense stick.

  Thus, as shown in FIG. 2, the incense stick 1 is bundled and bound or packaged with the binding band 3 or the wrapping paper 4 provided with the air holes 2 so that the binding band 3 or the wrapping paper 4 does not cover the tip of the incense stick bundle. An incense stick (incense incense bundle) is obtained in which the igniting agent 5 adheres to the outer periphery of the tip end of the incense stick and the auxiliary combustion agent 6 adheres to the end face side of the tip.

(Third example of embodiment)
FIG. 3 shows an incense stick according to a third example of the embodiment of the present invention. (A) is a front view of an incense stick wrapped with wrapping paper, (b) is a front view of the incense stick bound by a binding band, (c) is a partially broken front view of the tip of the incense stick bound by a binding band, (d ) Is a partially broken front view of the tip of a modified example of an incense stick bound by a binding band.

This embodiment is a case where a bound or packaged incense stick is removed and used. In this case, a small amount of cedar powder, wood powder, rice cake powder, sachet powder and paste powder is added to the incense raw material as an easily combustible auxiliary material, and rosin and the like are added in a few percent (by weight) as auxiliary agents. Add 1 to 25% (by weight) of powder (shell ash) that has been baked at high temperature and then powdered as a fuel material, and add water or hot water and stir.

  Then, the agitated material is compression-molded, cut, dried to form an incense stick, and a liquid obtained by heating and melting paraffin and stearic acid as igniting agents is applied to the tip of the dried incense stick. 1mm of natural resin (rosin, benzoin, frankincense) as a combustible agent after adhering an igniting agent to mm (about 7mm), drying and scraping about 2mm from the tip, or at the tip of the incense stick After mixing 3 types and applying a solution dissolved in alcohol or the like, an appropriate amount of incense sticks are bundled and bound with a binding band or wrapping paper, or packaged.

  Thus, as shown in FIG. 3, the incense stick 1 is bundled and bound or packaged by the binding band 3 or the wrapping paper 4, the igniting agent 5 adheres to the outer periphery of the tip of the incense stick, and the tip of the incense stick is scraped off (c). Or the incense stick (incense incense bundle) to which the auxiliary combustion agent 6 adhered is obtained.

  In this case, bundle the incense stick and attach a rubber band to the width of about 5 mm from the tip, attach a flame retardant to the tip incense stick surface and dry it, then attach and dry the heated and melted ignitant, Thereafter, the tip surface is scraped off into a circular shape leaving an outer peripheral portion to which an igniting agent is attached, and then the rubber band is removed, and the step of binding or packaging with a binding band or wrapping paper is performed. By doing so, the igniting agent on the outer periphery of the tip of the incense stick can be prevented from adhering to other incense sticks, binding bodies or wrapping paper, and the finish is also beautiful.

The 1st example of embodiment of this invention is shown, (a) is a front view of the incense stick wrapped with the wrapping paper, (b) is a front view of the incense stick bound with the binding band, (c) is the binding band. It is a partially broken front view of the front-end | tip part of the bound incense stick. The 2nd example of embodiment of this invention is shown, (a) is a front view of the incense stick wrapped with the wrapping paper, (b) is a front view of the incense stick bound with the binding band, (c) is the binding band. It is a partially broken front view of the front-end | tip part of the bound incense stick. The 3rd example of embodiment of this invention is shown, (a) is a front view of the incense stick wrapped with the wrapping paper, (b) is a front view of the incense stick bound with the binding band, (c) is the binding band. FIG. 4D is a partially broken front view of the tip end portion of the bound incense stick, and FIG. 6D is a partially broken front view of the tip end portion of a modified example of the incense stick bound by a binding band.

DESCRIPTION OF SYMBOLS 1 Incense stick 2 Ventilation hole 3 Binding band 4 Wrapping paper 5 Ignition agent 6 Auxiliary agent

Claims (8)

Stirring, compression molding, and cutting, the raw material of incense to drying to incense, and wherein the mixed powder to the powder after baking the shells at high temperatures incense. A tying band or wrapping paper in which an incense stick is made by mixing a raw material of an incense stick that is stirred, compression molded, cut, dried and made into an incense stick, and powdered into powder after the shell is baked at high temperature, and a vent is provided Thus, the binding band or wrapping paper is bound or packaged so that it does not cover the tip of the incense stick bundle. An incense stick characterized by having adhered. A tying band or wrapping paper in which an incense stick is made by mixing a raw material of an incense stick that is stirred, compression molded, cut, dried and made into an incense stick, and powdered into powder after the shell is baked at high temperature, and a vent is provided in, incense strap or wrapper are bound or packaged so as not to overlap the front end portion of the incense bundle, igniting agents are attached to the outer periphery of the tip end of the incense bundle, characterized in that the combustion improver to the tip end face side is attached. An incense that is a mixture of incense, which is agitated, compression molded, cut, dried and made into incense, mixed with powder that has been baked at high temperature and then powdered, is bound or packaged with a binding band or wrapping paper. , incense adhere the ignition agent at the tip outer periphery of the incense, incense stick tip is taken scraping, or, characterized in that the further combustion improver is adhered to the incense tip. Stirred, and compression molded, cut, raw materials of incense to drying to incense shells to a powder having a powder after baking at a high temperature, stirred by adding water or hot water, what has been stirred A method for producing an incense stick, which is compression-molded, cut and dried. Stir, compress, mold, cut and dry to make incense. Add incense powder after baking shells at high temperature, add water or hot water and stir. A method for producing an incense stick characterized by compression molding, cutting and drying,
Apply the liquid dissolved in alcohol by mixing 1-3 kinds of non-volatile vegetable oil, rosin, milk incense, benzoin as a combustion aid to the entire tip of the incense stick after compression molding, cutting, and drying, The dried incense sticks are bundled, and the incense sticks on the outer periphery of the tip of the incense sticks are arranged in a ring shape, and the binding band or wrapping paper is provided with vents so that the binding band or wrapping paper does not cover the tip part of the incense stick bundle. Alternatively, the incense stick is characterized by wrapping, and then immersing the tip part in a liquid obtained by heating and melting paraffin and stearic acid as igniting agents, and attaching the igniting agent while leaving the part where the auxiliary agent is attached inside the tip part . Manufacturing method . Stir, compress, mold, cut and dry to make incense. Add incense powder after baking shells at high temperature, add water or hot water and stir. A method for producing an incense stick characterized by compression molding, cutting and drying,
Bundle the incense stick after compression molding, cutting, and drying, and bind or wrap it with a binding band or wrapping paper with vents so that the binding band or wrapping paper does not touch the tip of the incense stick bundle, then the tip Apply a liquid obtained by heating and melting paraffin and stearic acid , which are igniting agents, at a distance from the outer peripheral end surface, and attach the igniting agent. A method for producing an incense stick, which comprises applying a solution prepared by mixing 1-3 kinds of vegetable oil, rosin, frankincense and benzoic acid and dissolving in alcohol. Stir, compress, mold, cut and dry to make incense. Add incense powder after baking shells at high temperature, add water or hot water and stir. A method for producing an incense stick characterized by compression molding, cutting and drying,
Apply a solution obtained by heating and melting paraffin and stearic acid as an igniter at a distance from the tip end face of the outer periphery of the incense stick after compression molding, cutting, and drying. After removing about 2mm from the tip, or to the tip of the incense stick, apply a solution in which 1-3 types of non-volatile vegetable oil, rosin, frankincense, and benzoic incense are mixed and dissolved in alcohol. after bundling the incense, manufacturing method of incense, which comprises bundling or packaging by strapping or wrapping paper.

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