JPH0571613U - A burning tool to light incense sticks and candles - Google Patents

Abstract

(57) [Summary] [Purpose] To make it easier to set incense sticks and candles on fire and to prevent the fire from being extinguished by strong wind. Using trash candles
Increase burning time. It can be used safely without the flame becoming abnormally large. Prevents wax from remaining on the inner surface of the outer case. [Structure] In the fire stove, a middle cylinder 2 is provided in an outer case 1 whose upper side is open. The outer case 1 has a closed bottom so that molten wax does not leak. The middle cylinder 2 has a combustion port 2A at the top, and a plurality of filtering openings 2B through which the combustion port 2A flows, into which the wax melted in the outer case 1 flows. [Effect] Since the wax is burned in the middle cylinder having the restricted filtration opening, it is possible to prevent the flame from being blown out by the strong wind and to easily incense the incense stick or the candle.

Description

[Detailed description of the device]

[0001]

[Industrial applications]

 This device is mainly used in shrines and temples, and relates to a fire stove that ignites incense sticks and candles in shrines and temples.

[0002]

[Prior Art]

 In shrines and temples, a fire stove is used to light incense sticks and candles. Fire stoves are used outdoors. Therefore, a structure that does not extinguish the fire by the wind is required. Briquettes and charcoal are used as fireproofing tools. Although these fires are not extinguished by the wind, they have the disadvantage that burning incense sticks and candles can be very time consuming. Especially, there is a drawback that it takes time to light a candle. For this reason, there is a drawback that it cannot be conveniently used in shrines and temples where many worshipers visit at once.

For this reason, a fire stove using a candle is often used. This fire stake has a structure in which a member for supporting the core wire of the candle is provided in the center of the outer case. The outer case is cylindrical with a bottom. The size of the outer case is designed to accommodate an amount of wax that can be continuously burned all day long, for example, an inner diameter and a height of 10 to 20 cm. The support for the candle core wire provided in the center of the outer case is to support the core wire so that it does not fall over.A spiral wire processed wire or a needle-shaped wire through which the candle center can be inserted is vertical. The shape is fixed to.

[0004]

[Problems to be solved by the device]

 Compared to briquettes and charcoal, this shape of fire stove ignites with a flame, so even a candle or an incense stick can be ignited in an extremely short time. Because of this, it has the feature that it can be used very conveniently. However, the biggest drawback of this structure is that the wind extinguishes when the wind blows, so on a windy day, it needs to be lit frequently and it is troublesome to handle.

In addition, the conventional fire stove has a drawback that when a scrap candle is thrown into the outer case, the flame becomes extremely large and the wax burns in a short time. The reason is that when a scrap candle is thrown into the outer case 1, when the core thread contained in the scrap candle protrudes from the wax, it is ignited and burned, and the flame becomes very large. Increasing the flame not only makes it difficult to refill the wax, but also has the disadvantage that a fire may occur easily.

Furthermore, the conventional fire stake has the drawback that even if the wax burns at the center, the wax adheres to the inner surface of the outer case 1 and remains unburned. When the center of the outer case 1 burns, the wax in the vicinity of the outer case 1 is melted and burned, but the wax on the inner surface portion of the outer case 1 which is away from the burning portion is not melted and therefore remains unburned. is there. This defect becomes more remarkable as the inner diameter of the outer case 1 is increased. Therefore, it is difficult to enlarge the outer case 1 and increase the replenishment time.

The present invention was developed with the object of solving these drawbacks, and the important purpose of this idea is to prevent the fire from being extinguished by the wind very effectively, and to easily Sometimes it is necessary to provide a squid that can light incense sticks and candles that can light incense sticks and candles.

Another important object of the present invention is to use a candle of dust to prolong the burning time and to use it safely without the flame becoming abnormally large. Sometimes it is to provide a candlestick that can ignite incense sticks and candles that can effectively and safely burn the filled wax.

[0009]

[Means for Solving the Problems]

 The present inventor prototyped a fire rafting tool having a cover on the upper end of the outer case 1 in order to prevent the fire from being extinguished by the wind. Covered fire stoves can prevent the fire from being blown out by the wind only when used in very limited situations. That is, it is possible to prevent the fire from extinguishing only when the opening of the cover is narrowed and the cover is used in the leeward direction. Therefore, there is a drawback that it is very difficult to use. In particular, the fire shaving equipment installed outdoors cannot change the direction of the cover each time the wind direction changes, and cannot prevent the fire from being extinguished by the wind. Further, when the outer case 1 is provided with a cover, it is difficult to light incense sticks and candles by the flame that burns inside, and there is a drawback that it is extremely difficult to use in practice.

The inventor of the present invention has managed to eliminate this drawback by performing trial and error experiments with various types of fire shavings, and as a result, has an extremely simple structure and opens the upper end of the outer case 1 large, Moreover, regardless of the direction of the wind, we have succeeded in developing a fire stove that will not be blown out by extremely strong winds.

In order to achieve the above-mentioned object, the fire stove of the present invention, which can be used very conveniently in this way, has the following constitution. That is, the fire stove according to the present invention is characterized by having the following configuration. (A) The fire stove comprises an outer case 1 whose upper side is open, and a middle cylinder 2 arranged in the outer case 1. (B) The bottom of the outer case 1 is closed so that the molten wax does not leak. (C) The middle cylinder 2 has a combustion port 2A at the top. (D) The middle cylinder 2 has a plurality of filtration openings 2B passing through the middle cylinder 2 and into which the wax melted in the outer case 1 flows. (E) The sum of the opening areas of the filtration openings 2B is designed to be 50% or less of the total area of the middle cylinder 2 in order to limit the amount of air flowing into the middle cylinder 2 from here.

[0012]

【Example】

 An embodiment of the present invention will be described below with reference to the drawings. However, the embodiments shown below are examples of a fire-firing tool for embodying the technical idea of the present invention, and the fire-firing tool of the present invention uses the material, shape, and structure of the components. , The arrangement is not limited to the structure below. The fire stove of this invention can be modified in various ways within the scope of the utility model registration claim.

Further, in this specification, in order to make it easy to understand the scope of claims for utility model registration, the numbers corresponding to the members shown in the embodiments are referred to as “scope for claims for utility model registration” and “to solve the problems”. It is added to the members shown in the column of "means for performing". However, the members shown in the scope of the utility model registration request are not limited to the members of the embodiment.

The incense burner shown in FIGS. 1 and 2 for igniting incense sticks and candles includes an outer case 1 having an open upper side, and a middle cylinder 2 vertically fixed to the center of the outer case 1. It has and. The outer case 1 and the middle cylinder 2 are made of a heat resistant material, for example, a metal such as stainless steel, copper, iron, or a ceramic material.

The outer case 1 is cylindrical and has a closed bottom so that the molten wax to be filled does not leak. The outer case 1 is preferably designed with an inner diameter and a height of, for example, 10 to 30 cm so that it can be filled with a larger amount of wax than is burned in one day. The upper end surface of the outer case 1 is preferably cut at a slight angle or cut at a right angle to the center of the cylinder so that incense sticks and candles can be easily lit from the front.

The middle cylinder 2 burns a flame here, and a combustion port 2A is opened in the upper part, and a plurality of filtration openings 2B into which the wax melted in the outer case 1 flows are opened through the combustion port 2A. ing. The middle cylinder 2 shown in the figure has a circular through hole as a filtering opening 2B. The filtering opening 2B of this shape is designed to have an inner diameter of 1 to 8 mmφ, preferably 1.5 to 5 mmφ. The sum of the opening areas of the filtering openings 2B limits the amount of air flowing into the middle cylinder 2 from here, and prevents the air from flying from the middle cylinder 2 to the outer case 1. Is designed to be 50% or less, preferably 1 to 30%. When the opening area of the filtration opening 2B is reduced, the amount of air flowing into the middle cylinder 2 is small, the amount of combustion per unit time is small, and the burning time of wax can be extended. On the contrary, if the opening area of the filtration opening 2B is increased, the flame becomes larger and the incense sticks and candles are easily lit. The filtration openings 2B are adjusted to the optimum size and number in consideration of the burning time and the ease of setting the fire. Further, the filtering opening 2B can be formed in a slit shape, which is not shown. The slit-shaped filtration opening 2B preferably has a width of 1 to 5 mm.

The middle cylinder 2 has its lower end fixed vertically to the bottom of the outer case 1. The height of the middle cylinder 2 is preferably designed to be slightly lower than that of the outer case 1, as shown in the figure. However, although not shown, it is also possible to make the upper end of the middle cylinder 2 the same as the outer case 1 and to project from the outer case 1. Further, the inner diameter of the middle cylinder 2 is designed in the range of, for example, 10 to 80 mm, preferably 15 to 50 mm.

The middle cylinder 2 shown in the figure has its lower end closed by the bottom of the outer case 1. Further, the filtration opening 2B is not opened at the lower end of the middle cylinder 2. The burner having this structure can stop combustion by leaving a predetermined amount of wax on the bottom of the outer case 1. Therefore, there is a feature that the bottom of the outer case 1 is not heated to a high temperature by the flame. The amount of wax left on the bottom can be adjusted at the position of the filtration opening 2B opening in the middle cylinder 2. Since the wax of the outer case 1 flows into the middle cylinder 2 through the filtration opening 2B and is burned, the wax below the filtration opening 2B does not flow into the middle cylinder 2. The distance between the lower limit of the filtration opening 2B and the bottom of the outer case 1 is preferably adjusted within the range of 5 mm to 30 mm.

Furthermore, in the fire stove shown in the figure, an ignition cylinder 3 is further fixed to the center of the middle cylinder 2. The ignition tube 3 has a cylindrical shape and is provided with a slit 3A extending vertically. The slit 3A extends downward from the upper end, but is not opened to the lower end. The ignition cylinder 3 puts a candle here when igniting. When the candle core wire of the ignition cylinder 3 is ignited, the candle burns and becomes shorter, and when the candle reaches the liquid level of the wax in the middle cylinder 2, the wax in the middle cylinder 2 comes to burn. The flame burning in the ignition cylinder 3 is ignited from the slit 3A to the core wire of the candle in the middle cylinder 2 and burns inside the middle cylinder 2. The slit of the ignition cylinder can also be a through hole.

Further, in the fire stove tool for lighting a candle shown in FIGS. 3 and 4, a dropping lid 4 is provided between the outer case 1 and the middle cylinder 2. The drop lid 4 is disc-shaped, the outer diameter of which is smaller than the inner diameter of the outer case 1, and the inner diameter of which is cut larger than the outer diameter of the middle cylinder 2. The drop lid 4 is formed of a heat-resistant plate material such as stainless or ceramic. The drop lid 4 is designed to have a shape in which some air is sucked in without completely closing the opening of the middle cylinder 2 of the outer case 1. In order to realize this, the drop lid 4 is designed in a shape such that a gap of, for example, about 1 mm to 10 mm is formed between the outer case 1 and the middle cylinder 2. It is also possible to provide an air hole 7 through the drop lid 4. Since the air is sucked in from the drop cover 4 having the air holes 7, the gap between the outer case 1 and the middle cylinder 2 is narrowed so that the air is prevented from flowing between the outer case 1 and the middle cylinder 2. It is better to reduce it. Furthermore, as shown in FIG. 5, it is possible to dispose the drop lid 4 on the upper end of the middle cylinder 2. In this fire stove, the air flowing under the dropping lid 4 passes through the filtration opening 2B of the middle cylinder 2 and flows into the middle cylinder 2. Therefore, the amount of air flowing into the middle cylinder 2 can be adjusted by adjusting the gap between the drop lid 4 and the outer case 1 and the middle cylinder 2.

The drop lid 4 should not sink to the bottom from a certain position. This is because if the dropping lid 4 settles in the molten wax, the openings of the outer case 1 and the middle cylinder 2 cannot be closed. For this reason, a stopper projection 5 that prevents the falling lid 4 from falling is provided on the inner surface of the outer case 1 or the outer surface of the middle cylinder 2. The stopper projection 5 is preferably provided at a position where the dropping lid 4 is slightly lower than the upper end of the middle cylinder 2, that is, at a position above the dropping lid 4 where the filtering opening 2B of the middle cylinder 2 is located. In the fire stove having this structure, outside air flows into the middle cylinder 2 through the filtration opening 2B above the dropping lid 4 with the dropping lid 4 placed on the stopper projection 5. The air that has passed through the dropping lid 4 and has flowed into the inside of the outer case 1 flows into the middle cylinder 2 from the filtering opening 2B below the dropping lid 4. The amount of air flowing into the middle cylinder 2 can be adjusted by the opening area of the filtration opening 2B above the drop cover 4 and the clearance between the drop cover 4 and the outer case 1 and the middle cylinder 2. By reducing the amount of air flowing into the middle cylinder 2, the burning time of the wax stored in the outer case 1 can be lengthened. However, if the amount of combustion in the middle cylinder 2 is too small, there is a drawback that it takes time to add it to candles and incense sticks.

Although not shown, the drop lid 4 can be stopped below the filtration opening 2B provided at the upper end of the middle cylinder 2. Since the outside air flows into the middle cylinder 2 from the filtering opening 2B above the dropping lid 4, the fire shard having this structure has a feature that the flame burning in the middle cylinder 2 can be increased. A handle 6 is provided so that the drop lid 4 can be easily attached and detached.

As described above, in the fire stove in which the openings of the outer case 1 and the middle cylinder 2 are dropped and the lid 4 closes, air does not freely flow between the outer case 1 and the middle cylinder 2. Therefore, the middle cylinder 2 is not abnormally heated, or even if there is a candle core wire between the outer case 1 and the middle cylinder 2, the middle cylinder 2 is not ignited. That is because not enough air is drawn between the outer case 1 and the middle cylinder 2 to burn the candle. For this reason, the fire stove having this structure has the feature that the wax is not burned outside the middle cylinder 2 in any state and can be used most safely. The ignition cylinder 3 shown in the figure has a cylindrical shape with slits, but a coil made of metal in a spiral shape can also be used.

[0024]

[Effect of the device]

 The incense burner of this invention, which ignites incense sticks and candles, can effectively prevent the flame from being blown out by strong winds by making a large opening above the outer case to make it easier to light the incense sticks and candles. .. This is because the fire squib device of the present invention provides a middle cylinder with a limited filtering opening inside the outer case, and the middle cylinder burns a candle. When a candle core wire is placed inside the middle cylinder and ignited, the wax is sucked up by the core wire and vaporized and burned. When the wax is burned inside the middle cylinder in this way, air flows into the middle cylinder through the filtration opening above the liquid level of the melted wax, and the molten wax flows through the filtration opening below the liquid level. Is supplied. That is, when a flame is emitted and burned inside the middle cylinder, the inflow amount of air is limited by the filtration opening. The air required for combustion flows into the middle cylinder through the filter opening. Therefore, even when used outdoors under strong wind, strong wind does not blow into the middle cylinder. The strong wind is blocked by the double wall of the outer case and the middle cylinder and does not blow out the flame. In particular, the fire squid device of the present invention can effectively prevent the flame from being blown out by the strong wind because the inner cylinder of the outer case can be made smaller, and the air inflow amount of the filtering opening can be reduced. This is because it has a unique structure that can be restricted.

In the conventional fire stove, the outer shape of the outer case cannot be reduced. This is because at least the size of the wax that can be burned continuously throughout the day is required. The outer case, which has a large opening, has a drawback that strong winds blow into it and the flame is extinguished. However, in the fireman of the present invention, a large amount of wax is stored in the outer case by burning the wax in the middle cylinder, so that it is possible to store a large amount of wax by reducing the inner diameter of the middle cylinder. For this reason, it is not necessary to make the middle cylinder large in order to store a large amount of wax, and the middle cylinder can be made a convenient size for burning incense sticks and candles. The fire stove of this invention has the feature that almost no flames burning inside the middle cylinder are blown out by the wind. Therefore, there is a feature that the flame can be prevented from being blown out by the wind by opening the outer case large so that incense sticks and candles can be easily lit. Even if a thin inner cylinder is installed in a large outer case and wax is burned with this, it is not difficult to set incense sticks and candles on fire. This is because the conventional fire stove does not burn the wax in the entire outer case in normal use, but burns the wax in the center thereof.

Furthermore, the fire squid device of the present invention has a feature that a scrap candle is supplied to the outer case and can be safely burned for a long time. It supplies scrap candles to the inside of the outer case, and even if there is a candle core wire inside the outer case, it burns a flame in the middle cylinder with a limited filtration opening, so that the middle cylinder to the inside of the outer case. This is because the flame does not fly to the core wire. For this reason, the fire-firing tool of the present invention has a feature that it can effectively reuse and burn the scrap candles that are produced in large quantities at the shrines and temples. Also, since the flame does not spread and grow inside the outer case, the feature that it can burn safely for a long time is realized.

Furthermore, the incense burner of the present invention for igniting incense sticks and candles has a feature of being able to effectively burn the wax in the large outer case. This is because the heat of the flame is absorbed and the middle cylinder is heated, and the middle cylinder heats and melts the wax in the outer case. Conventional fire stakes cannot melt the wax near the inner surface of a large outer case because the flame burning in the center heats and melts the wax in the outer case. The unmelted wax remains on the inner surface of the outer case and cannot be burned effectively. On the other hand, in the fire stove of the present invention, the middle cylinder heated by the flame heats and melts the wax in the outer case over a wider area, so that even if the outer case is large, more The wax can be melted. The melted wax flows into the middle cylinder and is burned. Therefore, the fire squid device of the present invention has a feature that the outer case can be made large and the amount of the sticking and remaining on the inner surface can be extremely reduced.

[Brief description of drawings]

FIG. 1 is a sectional view of a fire stove according to an embodiment of the present invention.

FIG. 2 is a plan view of the fire stove shown in FIG.

FIG. 3 is a sectional view of a fire stove according to another embodiment of the present invention.

FIG. 4 is a plan view of the fire stove shown in FIG.

FIG. 5 is a cross-sectional view of a fire stove according to another embodiment of the present invention.

[Explanation of symbols]

1 ... Outer case 2 ... Middle cylinder 2A ... Combustion port 2B ... Filtration opening 3 ... Ignition cylinder 3A ... Slit 4 ... Dropping lid 5 ... Stopper protrusion 6 ... Handle 7 ... Air hole

Claims (1)

[Scope of utility model registration request] 1. A fire stove tool for igniting an incense stick or a candle having the following constitution. (A) The fire stove is an outer case (1) with the upper part open.
And an inner cylinder (2) arranged in the outer case (1). (B) The outer case (1) has a closed bottom so that molten wax does not leak. (C) The middle cylinder (2) has a combustion port (2A) at the top. (D) The middle cylinder (2) has a plurality of filtration openings (2B) penetrating the middle cylinder (2) into which the wax melted in the outer case (1) flows. (E) The sum of the opening areas of the filtration openings (2B) is designed to be 50% or less of the total area of the middle cylinder (2).