Incense stick with ignition and combustion instrument

Abstract

To provide a safe incense stick in order to overcome a problem that during outdoor grave visits, a large amount of paper and lighter were used for burning, when igniting, one must bring the tip of the incense to the position of the flame to light it, which can cause the incense tip to burn unevenly, leading to concerns about burns, additionally, when dividing multiple pieces, there was also worry about dropping them or getting burned.SOLUTION: The leading end of the incense stick is wrapped with paper or cloth materials, and the area around the upper part of the incense stick, in contact with the paper or cloth, is coated with a wax material or a greasy substance containing wax, adhering to the sides and top. Wax materials or greasy substances containing wax are inserted without gaps between the inner side of the paper or fabric and the outer peripheral side of the incense stick at points of contact or near proximity, making it easier to ignite the incense. Additionally, by inserting paper or fabric materials at the tip of the incense stick, and ensuring that there are no gaps with wax materials or greasy substances containing wax inserted at points of contact or near proximity, the tip of the incense can burn. Furthermore, reducing the number of incense bundles eliminates the need to separate them.SELECTED DRAWING: Figure 1

Description

Technical Field

[0001] The present invention relates to an incense stick that is easy to burn, in which a member such as paper, cloth, or cotton is attached to the tip of one end of the incense stick, and a wax material or an oily fuel is adhered to the member.

Background Art

[0002] It has been time-consuming and costly to ignite and burn slow-burning and hard-to-ignite incense sticks with matches, paper, gas, candles, etc. Also, there has been a risk of dropping or getting burned when separating a large number of incense sticks for grave visits.

[0003] Also, measures have been proposed such as attaching a substance obtained by adding and mixing a heat-melted drying oil, hardened oil, paraffin wax, etc. as an incense ignition agent to the tip of an incense bundle. Also, combustion tools that quickly ignite using gunpowder have been proposed.

Prior Art Documents

Patent Documents

[0004]

Patent Document 1

Patent Document 2

Patent Document 3

Summary of the Invention

Problems to be Solved by the Invention

[0005] When visiting graves outdoors, a large amount of paper was burned to ignite the incense sticks. Also, there was a concern about fire and the remaining garbage of burnt residues. Also, when igniting and burning with paper, a lighter, a candle, etc., the tip of the incense stick could not be moved while holding it at the position of the flame and pointing downward until the incense stick was ignited.

[0006] Moreover, the tip of the incense stick had to be tilted towards the high-temperature position, and the flame would be at a position below the hand holding the incense stick, which also posed a risk of burns. Additionally, it was time-consuming and troublesome to light the incense stick.

[0007] Moreover, for the incense stick with a binding band disclosed in Patent Document 1, there is a gap between the side surface of the incense stick and the binding band, so the paper burns on the outside and inside, and there is a risk of burning out first. Also, since only paper is used and wax is not attached to the incense stick, the tip of the incense stick cannot be burned.

[0008] Moreover, when placed vertically upwards, the paper burns first and the incense stick bundle cannot be burned. When placed horizontally, part of it burns, but only that incense stick burns and bends, making it difficult for other incense sticks to burn.

[0009] Moreover, for the incense stick bundle with a fire starter disclosed in Patent Document 2, only the surface of the fire starter burns, which is not sufficient to reach the temperature for burning the incense stick bundle. The fire starter also burns out quickly, and it is impossible to burn the incense stick that is difficult to burn without applying a flame.

[0010] Moreover, since Patent Document 3 only sandwiches the incense stick bundles, there is a gap between the incense stick and the paper with wax attached, so it is easy to fall. Also, the burning is faster than the incense stick, and it burns out and falls.

[0011] Moreover, since the incense sticks are separated and wax is attached, there is a risk that they will bend and separate separately when burned. After inserting first, since the melted wax material or the like is not dripping, the paper does not adhere to the vicinity of the contact point between the outer peripheries of the incense sticks.

Means for Solving the Problems

[0012] After winding papers or cloth-cotton materials around the tip of the incense stick, immerse it in melted wax such as wax material heated to a liquid state or an oil-grease material containing wax material, and make the wax and the like adhere and penetrate without a gap between the outside of the papers and the like and the contact point or the vicinity of the contact point where the outer peripheries of each incense stick are in contact with each other, so as to eliminate the gap between the side surface of the incense stick bundle and the wound paper.

[0013] A plurality of papers, cloth wools, etc. are wound around the tip of the incense stick, heated to a liquid state, and immersed in a wax material or a wax-containing grease material in which wax is melted, such as wax, so that the waxes and the like adhere and penetrate without a gap between the outside of the papers and the like and the outer periphery of each incense stick at the contact points where the outer peripheries are in contact with each other or in the vicinity of the contact points close to each other, thereby eliminating the gap between the side surface of the incense stick bundle and the wound paper.

[0014] Furthermore, soft and thin papers using resin wet paper strength enhancers that bond fibers to long-fiber coniferous trees, or papers, cloths, etc. using short-fiber broad-leaved trees are wound, immersed in melted wax, etc., so that the waxes and the like penetrate and adhere without a gap between the outside of the papers and the like and the outer periphery of each incense stick at the contact points where the outer peripheries are in contact with each other or in the vicinity of the contact points close to each other.

[0015] Furthermore, papers, etc. are wound around the side surface of the incense stick, and melted wax is appropriately dropped and adhered thereto without a gap between the outside and the outer periphery of each incense stick at the contact points where the outer peripheries are in contact with each other or in the vicinity of the contact points close to each other.

[0016] A plurality of papers, cloth wools, etc. are wound around the tip of the incense stick, and melted wax is appropriately dropped and adhered thereto without a gap between the outside and the outer periphery of each incense stick at the contact points where the outer peripheries are in contact with each other or in the vicinity of the contact points close to each other on the side surface thereof.

[0017] Furthermore, soft and thin papers using resin wet paper strength enhancers that bond fibers to long-fiber coniferous trees, or papers, cloths, etc. using short-fiber broad-leaved trees are used on the side surface, and melted wax is appropriately dropped and adhered thereto.

[0018] Furthermore, when papers, long-fiber coniferous trees, or soft and thin papers using resin wet paper strength enhancers that bond fibers to long-fiber coniferous trees, or papers, cloths, etc. using short-fiber broad-leaved trees are used between the incense sticks, papers, etc. are inserted around the incense sticks, and melted wax is adhered thereto.

[0019] Furthermore, the number of incense sticks whose front end side and rear end side are bound by a binding part is about 30 to 8 according to the thickness of the incense stick, or about 1 cm to 1.5 cm in diameter. When burning from the outside of the paper without the paper falling, and when the incense stick is vertically stood and burned, it burns slowly from the outside of the incense stick and the wax that has become liquid at the tip of the incense stick ignites the flame vertically. Therefore, the wax does not wet the tip of the incense stick, and the incense stick becomes the wick of the candle wax and the incense stick bundle can be burned. Also, since the paper can be burned vertically, the tip of the incense stick can be burned evenly.

Advantages of the Invention

[0020] By winding paper around the tip of the incense stick and impregnating wax between the paper and the upper part of the incense stick or between the paper and the incense stick without gaps, the paper does not fall, burns stably from the outside of the paper, and when the incense stick is vertically stood and burned, it burns slowly from the outside of the incense stick and the wax that has become liquid at the tip of the incense stick ignites the flame vertically. Therefore, the wax does not wet the tip of the incense stick, and the incense stick becomes the wick of the candle wax and the incense stick bundle can be burned. Also, since the paper can be burned vertically, the tip of the incense stick can be burned evenly.

[0021] Also, by winding multiple papers, it burns from the outer paper to the inner side as described above, so it can burn for a long time.

[0022] Using soft and thin papers made of coniferous trees with long fibers and a resin wet strength agent that binds fiber to fiber, or papers made of broad-leaved trees with short fibers, etc., and impregnating the melted wax, it enters the contact points where the outer peripheries of each incense stick are in contact with each other or near the adjacent contact points. The paper becomes the wick of the wax, and it can also be burned from the contact point position where the outer peripheries of the incense sticks are in contact with each other.

[0023] By winding paper around the tip of the incense stick and impregnating the melted wax on its side, the paper is less likely to fall and burns from the outside of the paper. Burning a small number of them is simple.

[0024] By winding a plurality of papers or the like around the tip of the incense stick, it burns long in a swirling manner from the outside of the paper as described above, burns long, and is less likely to fall. A small number of sticks is simple in combustion. Also, by attaching to the side of the incense stick papers such as soft and thin papers using a resin wetting paper strength enhancer that combines fibers with long needle-leaved trees and fibers, or papers made from broad-leaved trees with short fibers, wax or the like penetrates to the incense stick, and enters the contact points where the outer circumferences of the incense sticks are in contact with each other or in the vicinity of the adjacent contact points. Therefore, the paper becomes the wax core and can be burned from that position. Also, a small number of sticks is simple in combustion.

[0025] Insert papers such as soft and thin papers using a resin wetting paper strength enhancer that combines fibers with long needle-leaved trees and fibers, or papers or cloth made from broad-leaved trees with short fibers between the incense sticks at the tip of the incense stick, melt and attach the wax. Since there is no oxygen between the papers and the incense stick, it becomes difficult to burn and difficult to fall. Also, if a plurality are inserted, it can burn long from the outside.

[0026] By reducing the number of incense sticks, when dividing by hand the incense sticks whose tips are not burning uniformly when multiple people visit a grave, there is a risk of burns or dropping. By reducing the number, it can be safely stored in an incense holder as it is.

Brief Explanation of Drawings

[0027]

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Mode for Carrying Out the Invention

[0028] FIG. 1 shows that after wrapping paper 1, a cloth material, etc. around the tip of the incense stick 3, it is immersed in a waxy material 2 heated to a liquid state or a fat material containing a wax material, and the waxy material 2 adheres and infiltrates without gaps between the outside of the paper 1, the outer periphery of each incense stick 3, and the contact points where the outer peripheries are in contact with each other or in the vicinity of the adjacent contact points. It is a perspective view showing this.

[0029] Since the waxy material 2 infiltrates and is integrated without air entering between the paper 1 and the incense stick 3, the part where the paper 1 and the waxy material 2 are in contact does not burn because oxygen does not enter. The outer part of the paper 1 burns, and by directing the flame vertically upward, a circular flame is maintained. Without the paper 1 falling, it burns on average from the outside of the incense stick, and the incense stick 3 at the tip can efficiently burn the tip of the incense stick that is dry like a core and is spared from the immersion of the waxy material 2. Also, there is less combustion residue.

[0030] FIG. 2 is an enlarged cross-sectional view showing that the paper 1 and the waxy material 2 adhere and infiltrate without gaps between the outside of the paper 1, the outer periphery of each incense stick 3, and the contact points where the outer peripheries are in contact with each other or in the vicinity of the adjacent contact points as described above. It is a cross-sectional view showing that it is formed integrally.

[0031] Figure 3 is a cross-sectional view in which wax 2 adheres to the periphery of each incense stick 3 at the tip of the incense stick, and paper 1 is wound around the outer periphery thereof. Since there is a gap 4 between the paper 1 and the wax 2, oxygen easily enters, making it easier for the paper 1 wound around to burn on the outside and inside, and there is a risk that the paper 1 will break and fall off. It also shows that there is a risk of falling when standing vertically.

[0032] Figure 4 is a cross-sectional view showing a state in which the incense stick 3 and the paper 1 of the present invention are integrated and there is no gap between the paper 1 and the incense stick 3. Since there is no gap between the paper 1 and the wax 2, the contacting part does not burn, and it is a cross-sectional view showing that the flame 5 burns from the outside to the inside even with a single sheet of paper 1.

[0033] Figure 5 is a perspective view showing that after winding a plurality of papers 1, cloth materials, etc. around the periphery of the tip of the incense stick 3, it is immersed in a molten wax 2 or an oil and fat material containing a wax material, and the wax 2 adheres and impregnates without a gap between the outside of the paper 1 and the outer periphery of each incense stick 3 at the contact points where the outer peripheries are in contact with each other or in the vicinity of the contact points close to each other.

[0034] By winding a plurality of sheets of paper 1 with the outer wax 2 attached, when it burns, the paper 1 burns out, and oxygen enters the outer periphery of the next paper 1 and burns, gradually burning towards the inner paper 1, so that it can burn for a long time and can burn an incense stick 3 that is difficult to burn.

[0035] Figure 6 is a cross-sectional view showing that the wax 2 adheres and impregnates without a gap between the plurality of papers 1 and the incense stick 3 described above. It is also conceivable to wind a plurality of papers such as cardboard.

[0036] Figure 7 is a perspective view showing that after winding a soft and thin paper 1 using a resin wetting paper strength enhancer that binds fibers to each other with long fibers of a coniferous tree or a paper using a broad-leaved tree with short fibers at the tip of the incense stick 3, it is immersed in a molten wax 2 or an oil and fat material containing a wax material, and the paper 1 and the wax 2 adhere and impregnate without a gap at the contact points where the outer peripheries of each incense stick 3 are in contact with each other or in the vicinity of the contact points close to each other.

[0037] Figure 8 is a cross-sectional view showing that the paper 1 in the above description adheres to the outer periphery of the incense stick 3 without a gap at the contact point where the outer peripheries are in contact with each other or in the vicinity of the contact point, infiltrates, bends, or is wound in a curved shape.

[0038] Figure 9 shows the tip of the burning incense stick 3 in the above description. It is a cross-sectional view showing that the outer paper 1 emits a flame 5 and burns, and when the paper 1 burns out, it burns to the central paper 1 and gradually burns to the inner paper 1.

[0039] Figure 10 is a cross-sectional view showing that the flame 5 is burning the upper part of the tip of the incense stick 3.

[0040] Soft and thin paper using resin wet paper strength enhancer that combines fibers with long coniferous trees or paper 1 using broad-leaved trees with short fibers enters and burns between the outer periphery of the incense stick 3, so the tip of the incense stick 3 becomes in the form of a fan-shaped combustion part 6, and the incense stick 3 can be burned quickly.

[0041] Figure 11 is a cross-sectional view showing the part where the incense stick with an ignition member described above is burning with the flame 5. It shows that the paper 1 wound around the tip of the incense stick becomes the core of the wax 2 and enters and burns into the gap of the incense stick 3 from the outside to the inside.

[0042] Also, since the burning width of the core is long and formed in a swirling shape, it shows that a strong flame 5 is generated from the outside to the inside, quickly burning the tip of the incense stick 3.

[0043] Figure 12 is a cross-sectional view showing that the paper 1 using resin wet paper strength enhancer that combines fibers with long coniferous trees is wound multiple times.

[0044] Also, it shows that as the number of winding times increases, the above-mentioned thin paper 1 enters in a bent shape between the adjacent incense sticks 3 of the incense stick bundle.

[0045] Figure 13 is a cross-sectional view showing that the wax 2 adheres to and penetrates the outer side of the paper 1 and the outer periphery of each incense stick without any gaps between the contact points where the outer peripheries are in contact with each other or the vicinity of the contact points that are close to each other, and the above-mentioned paper 1 is irregularly deformed by bending and integrally formed with the incense stick 3.

[0046] Moreover, by being deformed by bending and adhering to the side surface of the incense stick 3, the tip and side surface of the incense stick can be burned quickly.

[0047] Figure 14 is an enlarged cross-sectional view showing that the paper 1 and the wax 2 in the above description adhere to the tip and side surface of the incense stick 3 in the above description, where the outer peripheries of the adjacent incense sticks 3 are in contact with each other or in the vicinity of the contact points that are close to each other, by bending or curving.

[0048] Figure 15 is an enlarged cross-sectional view showing that the paper 1 and the wax 2 in the above description adhere to the tip and side surface of the incense stick 3 in the above description, where the outer peripheries of the adjacent incense sticks 3 are in contact with each other or in the vicinity of the contact points that are close to each other, in an irregularly deformed manner such as accidentally bending or curving by winding.

[0049] Moreover, by the paper 1 entering the outer periphery of the side surface of the incense stick, the incense stick 3 can be burned quickly.

[0050] Figure 16 shows that it is composed of incense sticks in which a plurality of incense sticks are bundled, the binding member on the tip side winds the paper 1, cloth material, etc., and the side surface of the paper 1, cloth, etc. is impregnated with a grease material containing the wax 2 or wax material, and adheres to the side surface of the incense stick without any gaps.

[0051] Moreover, the binding member on the tip side winds the paper 1, cloth, etc., drops the melted wax 2 on the side surface of the incense stick 3, and is a side view provided with the belt 7 and the ignition port 8. Moreover, the wax 2 soaks into the fibers of the paper 1, cloth, etc., and the wax 2 enters up to the side surface of the incense stick 3, so that the incense stick 3 burns more easily. Also, when dropping the wax 2, there are cases of immersing the entire surface of the paper 1 and cases of dropping it partially.

[0052] Moreover, when burning a small number of incense sticks, the incense sticks can be burned without attaching wax or the like to the upper surface of the incense sticks. Also, since the tip is fixed, it is conceivable that the belt 7 is not necessary.

[0053] FIG. 17 is a perspective view showing that the binding member on the tip side winds a plurality of papers, cloths, etc., and wax materials or the like are attached to the side surface.

[0054] Moreover, it shows that the molten wax 2 is being dripped onto the side surface of the incense stick 3 at the tip of the incense stick bundle described above, and the wax or the like may also be dripped onto the upper part of the incense stick.

[0055] Also, there may be cases where a plurality of papers such as a plurality of papers or cardboard are wound.

[0056] FIG. 18 is a perspective view showing that the binding member on the tip side winds a plurality of soft and thin papers 1 using a resin wet strength agent that combines long-fiber coniferous trees and fibers, or papers and cloth materials using short-fiber broad-leaved trees, and impregnates the side surfaces of the papers 1 and cloths with a wax 2 or a fat material containing a wax material, and the inner papers or the like are wound in a curved manner and adhere to the side surface of the incense stick 3 without a gap.

[0057] Also, there may be cases where the wax 2 is dripped onto the upper part of the incense stick 3 or not dripped onto the papers 1 on the side surface of the incense stick. In the case of a small number, the incense stick 3 can be burned only by attaching the wax 2 to the side surface.

[0058] FIG. 19 is a perspective view showing that the tip of the incense stick 3 is immersed in a molten wax 2 or a fat material containing a wax material after inserting a plurality of papers 1, cloth materials, etc. between the incense stick bundles.

[0059] Also, a plurality of papers 1 and cloth materials are inserted in a plurality, and since the wax 2 is also attached between them, the outer papers 1 burn first and finally the inner papers 1 burn, so the tip of the incense stick 3 is easy to burn.

[0060] Fig. 20 is a perspective view showing that the central part of the incense stick bundle is protruded, and the paper 1 is wound around the incense sticks including the incense stick 3 at the central part and surrounding the protruding part at the lower part, and the wax 2 adheres and infiltrates without a gap between the outside of the paper 1 and the outer periphery of each incense stick 3 at the contact point where the outer peripheries are in contact with each other or in the vicinity of the contact point where they are close to each other.

[0061] Fig. 21 is a cross-sectional view for explaining that the tip of the bundle of a large number of incense sticks 3 is ignited vertically upward to show the combustion state on the side. The burning incense combustion part 9 on the outer periphery of the tip of the incense stick 3 is shown by the flame 5.

[0062] Also, since the number is large, it shows that it takes more time to burn the incense stick 3 at the central part than when the number is small.

[0063] Fig. 22 is a cross-sectional view showing the incense combustion part 9 which is divided into three bundles with a smaller number than the above-mentioned bundle of incense sticks 3 and burned simultaneously with the above-mentioned bundle of incense sticks 3 by the flame 5.

[0064] It shows that it does not take time to burn the incense stick 3 at the central part by reducing the number.

[0065] Also, when dividing a large number of burning incense sticks among multiple people, there is a concern about dropping or getting burned. However, since a small number of incense sticks are bundled and burned, they can be directly stored in the incense holder.

[0066] Fig. 23 is a side view showing that the bundle of incense sticks 3 with the belt 7 of the present invention is directed vertically upward, and the flame 5 is burning evenly on the outer periphery of the incense stick 3. Since the number is small, it can be directly stored in the incense holder as it is.

[0067] Fig. 24 is a side view of a bundle of incense sticks 3 with a small number of ignition and combustion appliances, with the rear end side bundled into one with the belt 7.

[0068] In addition, since the tip of the incense stick with the ignition member of the present invention is integrated with the paper 1 and the wax 2, the belt 7 on the rear end side may not be provided, but it is desirable to have it.

[0069] Fig. 25 is a perspective view showing a method for manufacturing a bundle of incense sticks. It shows that the tip of the bundle of incense sticks 3 is wound with paper 1.

[0070] Fig. 26 is a side view showing that the tip of the incense stick 3 wrapped with the belt 7 of the present invention is permeated and adhered to the wax 2 heated to a liquid state by the burner 10 in the vessel 11. It shows that the waxes 2 are adhered and impregnated without a gap between the outside of the paper 1 and the outer periphery of each incense stick 3 and the contact points where the outer peripheries are in contact with each other or in the vicinity of the contact points close to each other.

[0071] Fig. 27 is a side view of the incense stick with an ignition member of the present invention after drying. This step shows that due to the solidification of the waxes 2, the thin paper, cloth material, etc. adhere and fix to each incense stick up to the contact points where the outer peripheries of the adjacent incense sticks 3 wrapped with the belt 7 are in contact with each other or in the vicinity of the contact points close to each other.

[0072] Fig. 28 is a side view showing that the waxes 2 are melted by the flame 5 or heat of the candle 12 or the like and dropped onto the tip of the incense stick 3 wrapped with the belt 7. Alternatively, the melted waxes 2 may be dropped in a vessel.

Explanation of reference numerals

[0073] 1 Paper 2 Waxes 3 Incense stick 4 Gap 5 Flame 6 Fan-shaped combustion part 7 Belt 8 Ignition port 9 Incense stick combustion part 10 Burner 11 Vessel 12 Candle or the like

Claims

1. An incense stick with a lighting member that facilitates lighting of the incense stick, which is composed of a plurality of incense sticks bundled together. The front-end binding member winds a paper, cloth material, etc. around the tip of the incense stick, and the paper, cloth material, etc. and the periphery of the upper part of the incense stick are adhered with a wax material or an oil and fat material containing a wax material. A wax material or an oil and fat material containing a wax material penetrates into the gap between the inner side of the paper, cloth, etc. and the side surface of the incense stick without any gap, is impregnated, and is adhered. An incense stick with a lighting member that facilitates lighting of the incense stick, characterized in that.

2. An incense stick with a lighting member that facilitates lighting of the incense stick, which is composed of a binding member or the like that binds the front-end side and the rear-end side of a plurality of incense sticks. The front-end binding member of claim 1, characterized in that it is wound a plurality of times more than the rear-end binding member. The incense stick with a lighting member according to claim 1.

3. The front-end binding member of claim 1, characterized in that it winds a soft and thin paper using a resin wetting paper strength enhancer that binds fibers with long needle-leaved trees, or a paper or cloth material using a broad-leaved tree with short fibers, and the inner paper, etc. is impregnated and penetrated with a wax material or the like, and is adhered by being deformed into a bend or a curve. The incense stick with a lighting member according to claim 1.

4. An incense stick with a lighting member that facilitates lighting of the incense stick, which is composed of a plurality of incense sticks bundled together. The front-end binding member winds a paper, cloth material, etc., and a wax material or an oil and fat material containing a wax material is dropped on the side surface of the paper, cloth material, etc., penetrates into the paper, and the part thereof penetrates into the gap between the inner side of the paper and the side surface of the incense stick without any gap and is adhered. An incense stick with a lighting member that facilitates lighting of the incense stick, characterized in that.

5. An incense stick with a lighting member that facilitates lighting of the incense stick, which is composed of a binding member or the like that binds the front-end side and the rear-end side of a plurality of incense sticks. The front-end binding member of claim 4, characterized in that it is wound a plurality of times more than the rear-end binding member, and a wax material or the like is adhered to the side surface. The incense stick with a lighting member according to claim 4.

6. An incense stick with a lighting member that facilitates lighting of the incense stick, which is composed of a plurality of incense sticks bundled together. The front-end binding member of claim 4, characterized in that it winds a soft and thin paper using a resin wetting paper strength enhancer that binds fibers with long needle-leaved trees, or a paper or cloth material using a broad-leaved tree with short fibers, and a wax material or an oil and fat material containing a wax material is dropped or a melted wax material is adhered to the side surface of the paper, cloth material, etc., so that the inner paper, etc. is deformed into a bend or a curve and is adhered. The incense stick with a lighting member according to claim 4.

7. An incense stick with an ignition member that facilitates ignition of the incense stick, which is composed of a plurality of incense sticks bundled together. On the tip side, papers, cloth materials, etc. are inserted between the incense stick bundles, and waxes, etc. are impregnated in the outer side of the papers, cloth materials, etc. and the outer periphery of each incense stick at the contact points where the outer peripheries are in contact with each other or in the vicinity of the contact points close to each other, adhering to the side surface of the incense stick without gaps, and facilitating ignition of the incense stick.

8. The number of incense sticks bundled by the bundling part at the front end side and the rear end side is about 30 to 8 based on the thickness of the incense stick, or about 1 cm in diameter to about 1.5 cm in diameter. The incense stick with an ignition member according to Claim 1, Claim 4, and Claim 7.

9. A manufacturing method of an incense stick with an ignition member that facilitates ignition of the incense stick, including a bundling step of bundling a plurality of incense sticks with a front end side bundling member of the incense stick bundle and a rear end side bundling member that bundles the rear end side of the incense stick bundle; the front end side bundling member winds the incense stick bundle with papers, cloth materials, etc., and immerses and penetrates it into a melted wax material such as a wax material or a fat and oil material containing a wax material; an adhering step in which the papers, cloth materials, etc. are deformed and adhered along the outer periphery of each incense stick up to the contact points where the outer peripheries of the adjacent incense sticks in the incense stick bundle are in contact with each other or in the vicinity of the contact points close to each other; or, the front end side bundling member winds a plurality of papers, cloths, etc., drops melted wax materials, etc. on the side surface, and dries them so that the papers, cloth materials, etc. are adhered and fixed to each incense stick by solidification of the wax material. A manufacturing method of an incense stick with an ignition member, characterized by facilitating ignition of the incense stick by the above steps.

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