JP5686364B2 - Candle-shaped combustion cartridge body - Google Patents

Description

In the present invention, when a cartridge candle is housed in a recess provided in the upper part of a candle-shaped combustion cartridge body, and the combustion core of the cartridge candle is ignited, the combustion flame is burned as if the combustion core of the combustion cartridge body The present invention relates to a candle-shaped combustion cartridge body that appears to be.

Conventionally, a candle-shaped combustion cartridge body has been proposed in which a small cartridge candle housed in a cup-shaped container is housed in a recess provided at the top of a candle-shaped combustion cartridge body body. In this candle-shaped combustion cartridge body, the combustion flame of the cartridge candle does not impair the appearance of the main body of the candle-shaped combustion cartridge body, and it can be enjoyed as if it were a combustion flame of a large candle. After use, the small cartridge candle is discarded and replaced with a new cartridge candle.

In addition, the present applicant has proposed a combustion cartridge body in which the cartridge candle and the cup-shaped container are integrated in order to facilitate the work of attaching and detaching the cup-shaped container and the cartridge candle to the recess provided in the combustion cartridge body main body. (See Patent Document 1). Furthermore, the combustion cartridge body which accommodated the cup-shaped container with the plastic brim which accommodated the cartridge candle in the recessed part provided in the top part of the candle-shaped combustion cartridge body main body was proposed (refer patent document 2). Such a combustion cartridge body is easy to replace the cartridge candle, there is no heat deformation of the cup-shaped container, and the flame ignited on the combustion core looks as if the large candle is burning, reducing the cost of the large candle Recently, it has been widely adopted.

Furthermore, when burning a candle in a cup-shaped container, an unstable combustion state due to thermal deformation of the cup-shaped container can be prevented, and the combustion of a cartridge candle that burns stably at a predetermined position without the flame disappearing in the middle A core structure was proposed (see Patent Document 3).
Utility Model Registration No. 3028708 Patent Registration No. 4280879 JP 2003-292988 A

However, in the candle-shaped combustion cartridge body proposed in Patent Documents 1 and 2, when the small cartridge candle accommodated in the cup-shaped container is lit, the burning of the cartridge candle is performed when the opening diameter of the cup-shaped container is small. The combustion agent in the cup-shaped container decreases with the passage of time, and the position of the flame gradually falls and may be hidden in a recess provided at the top of the combustion cartridge body. As a result, the flame of the cartridge candle does not appear to be burning a large candle, reducing the effect of the lighting effect. Also, if the combustion flame of the cartridge candle falls to a position lower than the open end of the cup-shaped container as the combustion time elapses, the turbulence of the air flow occurs in the cup-shaped container, and the combustion flame fluctuates. In this case, the upper edge of the container may be thermally deformed or burnt, and the combustion state of the cartridge candle may become unstable.

Since the combustion core structure of the cartridge candle proposed in Patent Document 3 is inserted through a cylindrical body made of ceramics, glass, metal, etc., the combustion flame can always be kept at the top of the cylindrical body. In addition, by setting the top of the cylindrical body in the vicinity of the opening of the cup-shaped container, it is possible to prevent thermal deformation of the upper edge of the cup-shaped container due to the heat of the combustion flame and unstable combustion of the cartridge candle. This is a long term proposal. However, if a material with low thermal conductivity, such as ceramics or glass, is used as the cylindrical body, the heat of the combustion flame is not quickly transmitted from the upper end to the lower end of the cylindrical body. Insufficient melting of the molten flame, the molten combustion agent was not smoothly sucked into the combustion core, and the combustion flame was sometimes reduced or extinguished on the way. Moreover, even if it is a metal cylindrical body excellent in heat conduction, immediately after ignition of the combustion core, the metal cylindrical body is not sufficiently heated, so the combustor molding around the metal cylindrical body is formed. The body could not be melted sufficiently and the ignited flame sometimes disappeared. In order to reliably ignite the combustion wick, measures have been taken such as applying a lighter flame to the combustion wick for a long time to heat the metal cylinder.

Accordingly, a first object of the present invention is to provide a cartridge candle that can always maintain a stable combustion performance without changing the position of the flame even if the burning agent decreases with the lapse of the burning time of the cartridge candle. .

The second object of the present invention is such that the cartridge candle is housed in a recess provided on the upper surface of the candle-shaped combustion cartridge body, and the flame of the cartridge candle is burned as if the combustion cartridge body was burned. Another object of the present invention is to provide a candle-shaped combustion cartridge body in which the combustion state is stable and thermal deformation of the upper edge portion of the cup-shaped container containing the cartridge candle is prevented.

Means for Solving the Problems The inventors of the present invention have arrived at the present invention as a result of intensive studies to achieve the above object. That is, the first invention is a candle-shaped combustion cartridge body comprising a candle-shaped combustion cartridge main body having a concave portion on the upper surface and a cartridge candle accommodated in the concave portion, and the cartridge candle has a through hole. Combustion molded body, metal cylindrical body with a core washer having a notch at the upper end and a ribbed opening at the lower end, and a metal cylindrical body housed in the metal cylindrical body And a combustion core structure comprising a combustion core having a lower end attached to a core washer is inserted into a through hole provided in the combustor molded body, and the combustion flame of the cartridge candle is It is a candle-shaped combustion cartridge body characterized by being configured to look like a body combustion flame.

According to a second aspect of the present invention, the slit-shaped cutout portion provided in the metal cylindrical body is a slit-shaped opening provided from the upper end to the lower end of the metal cylindrical body. 1. A candle-shaped combustion cartridge body according to 1.

A third aspect of the present invention is the candle-shaped combustion cartridge body according to claim 1, wherein the cartridge candle is accommodated in a cup-shaped container.

A fourth invention is a cartridge candle for a candle-shaped combustion cartridge body according to claim 1.

Embodiment of the present invention

Next, an embodiment of the candle burning core structure of the present invention, a candle-shaped burning cartridge body in which a cup-shaped container and a cartridge candle are accommodated in a recess provided on the upper surface of the burning core structure and the combustion agent molded body Will be described with reference to the drawings.

FIG. 1 is a perspective view of a combustion core structure A of the present invention, and FIG. 2 is a cross-sectional view. As shown in the drawing, the combustion core structure A of the present invention includes a notch 1 serving as a flow path for supplying a combustion agent melted at the upper end to the candle combustion core 4, a core washer 2 attached to the lower end, and a flame. Are made of a metal cylindrical body 3 whose length is set to be constant, and a candle burning core 4 inserted through the metal cylindrical body 3.

The notch portion 1 provided at the upper end of the metal cylindrical body 3 ignites the combustion core 4, and then the combustion agent molded body around the tip of the metal cylindrical body 3 is melted by the heat of the combustion flame. The molten combustion agent is sucked up by the combustion core 4 through the notch 1 and burned. The notch 1 heats and melts the solid combustion agent around the metal cylinder 3 heated by the combustion flame, and the combustion core stabilizes the molten combustion agent from the lower end of the metal cylinder. Then, the length may be set so that the combustion is continued until it is sucked up. The length of the notch 1 is suitably at least 3 to 6 mm. It is preferable to use a slit-like hole that is continuous from the upper end to the lower end of the metal cylindrical body as the notch, because the combustion agent in which the combustion core is melted can be sucked up continuously and reliably. The slit-shaped opening may be an opening that is continuous from the upper end to the lower end of the metal cylindrical body. Usually, a straight line, a helix, a combination of a straight line and a helix, or the like is employed. The width of the notch 1 may be a slight width through which the molten liquid combustion agent passes, but a width of 0.3 to 3 mm is usually appropriate for ease of processing.

The metal cylindrical body 3 is made of a metal having good thermal conductivity and workability, low cost, and excellent corrosion resistance. Usually, iron, an iron alloy, aluminum, an aluminum alloy, copper, a copper alloy, or the like is used. Further, the dimensions of the metal cylindrical body 3 are selected in consideration of the size of the combustor molded body B, the cost, and the usage state of the cartridge candle. When the cartridge candle is used in a recess provided in the candle-shaped combustion cartridge body, a metal candle is used to make the combustion flame of the cartridge candle look like the combustion flame of the combustion cartridge body. The length of the metal cylindrical body is set in advance so that the tip of the cylindrical body is almost the same position as the start position of the combustion core expected when the combustion core is attached to the candle-shaped combustion cartridge body. Need to be adjusted

The cutout portion 1 of the metal cylindrical body is usually processed with a metal cutting scissor, laser, or the like after cutting an aluminum, brass, stainless steel, copper pipe or the like to an appropriate length. The slit-shaped notch can be processed from the upper end to the lower end of the metal pipe with a laser or a rotary blade, or a pipe having a slit can be formed by bending a metal plate. The slit-shaped notch is preferable because it is easy to process and the combustion core reliably sucks up the molten combustion agent. The lower end of the metallic cylindrical body 3 is inserted and fixed in an opening with ribs 5 provided on the core washer 2. The combustion core 4 is inserted into the metal cylindrical body 3 from the opening provided in the core washer 2 and is cut in a state protruding from the upper end of the metal cylindrical body 3 by a predetermined length. When the lower end portion of the metal cylindrical body 3 is pressed, the metal core 3 is attached with the combustion core sandwiched between the lower end portion of the metal cylindrical body 3 or the rib of the core washer. The opening of the core washer may be made smaller than the inner diameter of the metal cylinder, and the core washer may be attached with the lower end of the combustion core sandwiched therebetween. The metal cylindrical body 3 and the core washer 2 may be separate, may be integrally formed, or may be integrated by welding means or the like. It is important that the heated metal cylindrical body is at least partially in contact so that the heat is transferred to the core washer.

The cartridge candle B is composed of a combustion core structure A and a combustion agent molded body 6 having a through hole through which the combustion core structure A is inserted.
The length of the metallic cylindrical body 3 inserted into the through-hole provided in the combustant molded body 6 is set so that the tip thereof is located below the upper surface of the combustant molded body 6. The tip of the metal cylindrical body 3 inserted in the through hole provided in the combustant molded body 6 is embedded in the combustor molded body. Buried means the following two states. (1) As shown in FIG. 3 (1), the through hole provided in the combustant molded body 6 has a two-stage structure in which the diameters of the upper and lower through holes are different, and the lower large-diameter portion has a metal cylindrical shape. A state in which the combustion core is inserted into the small diameter portion of the body 3 and the upper portion, and the tip of the metal cylindrical body 3 is covered with the combustion agent molded body.
FIG. 3 (2) shows the X detail portion of FIG. 3 (1). (2) The combustion core structure A is inserted into a through hole provided in the combustion agent molded body 6 so that the tip of the combustion core 4 protrudes from the upper surface of the combustion agent molded body 6. A molten combustion agent is dropped and filled in a gap between the upper surface and the tip of the metal cylindrical body.

When the tip of the metal cylindrical body 3 is embedded in the combustion agent molded body, after the combustion core 4 is ignited, the combustion agent on the upper surface of the combustion agent molded body 6 is immediately heated and melted, sucked up by the combustion core 4 and burned. While the combustion agent on the upper surface of the compact 6 is consumed for combustion, the metal cylindrical body is heated by the radiant heat of the combustion flame, and the surrounding combustion agent is melted. Therefore, the suction of the combustion agent to the combustion core is not interrupted, and the flame does not become smaller or disappear on the way. On the other hand, when the tip of the metal cylindrical body protrudes from the upper surface of the combustor molded body 6, the combustion core ignites, and then the combustion flame heats the metal cylindrical body, and the heated metal cylindrical body surrounds Since it takes some time to melt the combustible material, there is a problem that the flame disappears in the middle.

The cartridge candle B can be easily manufactured by pouring a molten combustion agent into a mold holding the combustion core structure A, cooling and solidifying it. Alternatively, a combustion agent molded body can be formed in advance, and the combustion core structure A can be inserted into a through hole provided in the molded body. Usually, a method is used in which a combustor molded body having a through hole is molded by a press molding method, and then a combustion core structure is inserted into the through hole.

Next, the combustion state when the cartridge candle B of the present invention is housed in the plastic container 7 and burned will be described with reference to FIGS. 4 (1) to 4 (4).
FIG. 4A shows a state in which the combustion core 4 is ignited, and the radiant heat of the combustion flame 8 heats and melts the combustion agent impregnated in the combustion core 4 and burns it. Next, the combustion flame 8 heats and melts the upper surface of the combustion agent molded body 6 around the combustion core. Reference numeral 9 denotes a portion heated and melted by the combustion flame 8. When the portion of the combustion agent covering the metal cylindrical body 3 with the combustion flame is melted, the metal cylindrical body 3 is then heated. As shown in FIG. 4 (2), the upper part of the combustant molded body 6 is melted by the metallic cylindrical body 3 heated by the radiant heat of the combustion flame 8. The molten combustion agent 9 is sucked into the combustion core 4 from the notch portion 1 provided on the upper portion of the metal cylindrical body 3 and burned. When the combustion continues, as shown in FIG. 4 (3), the combustion agent around the metal cylindrical body 3 heated by the combustion flame 8 is melted. The molten combustion agent 9 is sucked into the combustion core 4 from a gap formed between the core washer 2 and the metal cylindrical body 3 or a gap 11 formed between the core washer 2 and the bottom surface of the plastic container 7. And burn. A gap formed when the lower end of the metallic cylindrical body 3 is inserted into and fixed to the opening with the rib 5 provided in the core washer 2 becomes a passage for the molten combustion agent. Further, slight unevenness formed on the bottom surface of the core washer 2 or the plastic container 7 becomes a gap, and the molten combustion agent passes through the slight gap and is sucked up by the combustion core 4. It is preferable to provide a downward projection on the core washer 2 because the gap 11 can be reliably formed.

When the combustion continues further, as shown in FIG. 4 (4), the combustant molded body 6 is completely heated and melted. Since the molten combustion agent 9 is sucked up by the combustion core 4 from the gap 11 formed between the core washer 2 and the plastic container 7, the molded product of the combustion agent can be consumed almost completely. If the cutout length of the cutout portion 1 is short, the combustion flame may be reduced or disappear without smooth transition from FIG. 4 (2) to FIG. 4 (3). If the metal cylindrical body 3 is formed as a slit-shaped cutout continuous from the upper end to the lower end, the combustion core constantly sucks up the combustion agent melted by the combustion flame, so there is no fear that the combustion flame will become smaller or disappear.

As shown in FIG. 5, the metal cylindrical body 12 disclosed in Patent Document 3 is burned by being heated and melted with the combustion agent impregnated in the combustion core after ignition, and then burned with a combustion flame. The metal cylinder 12 is heated to melt the surrounding combustion agent. While the molten combustion agent liquid level exceeds the tip of the metal cylindrical body 12, the combustion core sucks up the molten combustion agent 9 and burns it. However, when the liquid level of the molten combustion agent falls below the tip of the metal cylindrical body 12, the metal cylindrical body inhibits the suction to the combustion core, the combustion flame gradually becomes smaller, and then the natural fire extinguishes.
On the other hand, in the present invention, as shown in FIG. 4 (2), combustion proceeds and the notch 1 is burned by the molten combustion agent 9 even if the tip of the metal cylindrical body 3 protrudes from the upper surface of the molten combustion agent 9. A stable combustion state is maintained because of the supply flow path to the core 4.

The cartridge candle B is usually used by being housed in a cup-shaped container made of glass, metal, or plastic. It is also used by being housed in a recess provided in the upper part of a large candle-shaped body.
In that case, as described in Patent Document 1, it is preferable that the bottom surface of the cartridge candle is fixed to the cup-shaped container with an adhesive, an adhesive, a double-sided tape, a magnet or the like. If the cartridge candle and the cup-shaped container are integrated, the cartridge candle can be easily replaced. An arbitrary color is selected for the cup-shaped container in accordance with the surrounding atmosphere. In the case of a plastic container, for example, plastics such as polyethylene, polyvinyl chloride, and polycarbonate, among them, polyvinyl chloride and polycarbonate are preferable because they are inexpensive and have excellent moldability. An aluminum molded container or the like can also be used. In addition to being used for candle-shaped combustion cartridge bodies, cup-shaped cartridge candles can be used on a tabletop, on the floor, or on the ground.

Furthermore, when the cartridge candle is used in a recess provided on the upper surface of the candle-shaped combustion cartridge body as described in Patent Document 1 and Patent Document 2, after burning, the cartridge candle is discarded and a new one is added. A candle-shaped combustion cartridge body can be provided simply by replacing the cartridge candle. This method has the advantage that the candle-shaped combustion cartridge body can be used repeatedly. In this case, it is necessary to set the combustion position (upper end) of the metallic cylindrical body constituting the combustion core structure A at substantially the same position as the combustion position of the combustion core to be attached to the candle-shaped combustion cartridge body. When the combustion flame of the cartridge candle is hidden in the recess of the combustion cartridge body main body or protrudes from the upper surface of the combustion cartridge body main body, the combustion flame of the cartridge candle becomes a flame different from the combustion flame of the candle-shaped combustion cartridge body main body, The atmosphere of the place will be damaged.

Therefore, as shown in FIG. 6, the cartridge candle B accommodated in the flanged container 13 accommodated in the recess 10 provided on the upper surface of the candle-shaped combustion cartridge body C is the combustion flame of the cartridge candle B. It is necessary to adjust the position of the upper end of the metallic cylindrical body 3 serving as the position. The position of the upper end of the metal cylindrical body 3 predicts the combustion position of the combustion core (the position where the combustion core starts to protrude) to be provided in the candle-shaped combustion cartridge body C, and is almost the same as the predicted position. The length is adjusted to be the same position. By adjusting the position of the combustion flame of the cartridge candle B, the combustion flame 8 of the cartridge candle B is integrated with the combustion cartridge body C, and the combustion flame 8 is viewed as if it is a combustion flame of the combustion cartridge body C. be able to. Further, since the cartridge candle B is replaced with the container after combustion, the cartridge candle can be easily replaced. In addition, as the container 13 with the brim that accommodates the cartridge candle B, a cup-shaped container having a divergent shape that is formed into a brim shape by bending the front end of the side wall described in Patent Document 2 is preferably used. The

Next, the result of observing the combustion state of the cartridge candle of the present invention and the conventional cartridge candle is shown.
First, three different types of metal cylindrical bodies are prepared in the center of a steel round washer having a diameter of about 15 mm and a thickness of 0.15 mm, and each of the metal cylindrical bodies has a flat cotton thread 20th. Three sets of 30 combustion cores impregnated with a combustion agent were inserted, and nine combustion core structures were prepared by caulking and fixing the lower end portion of the metal cylindrical body. Moreover, three combustion core structures consisting only of the above-mentioned three sets of combustion cores were prepared without using a metal cylinder. Further, four types of cartridge candles were manufactured by inserting a combustion core structure or a combustion core into a through-hole provided in the center of a combustion agent molded body having a diameter of 36 mm and a height of 20 mm mainly composed of paraffin wax.
Next, the above cartridge candles are housed in a transparent polycarbonate cup-shaped container having a bottom diameter of 36.5 mm, an upper opening diameter of 40 mm, and a height of about 28 mm. did.

There are the following four types of combustion core structures or combustion cores.
1. Insert three sets of combustion cores consisting of 30 cotton yarns into an aluminum pipe with an outer diameter of 4 mm, an inner diameter of 3 mm, a length of 10 mm, and a slit-like opening with a width of 0.5 mm continuous from the upper end to the lower end 2 . 2. Insert the same three sets of combustion cores as 1 into an aluminum pipe with an outer diameter of 4 mm, an inner diameter of 3 mm, a length of 10 mm, and four notches with a width of 0.5 mm and a length of 3 mm at the upper end. Insert the same three sets of combustion cores as 1 into an aluminum pipe with an outer diameter of 4 mm, an inner diameter of 3 mm, and a length of 10 mm (no notch)
4). Three sets of burning cores consisting of 30 cotton yarns (no. 30)

Three different types of combustion wick structures and twelve cartridge candles using the combustion wicks were arranged at intervals of 20 cm so as not to be dense, the combustion wicks were ignited, and the subsequent combustion state was observed. The observation results of the combustion state are shown in Table-1.

As a result of observing the combustion state, (1), (2), and (3) in 1 and 2 are combustion flames, the upper part of the combustant molded body is melted and consumed for combustion, and the upper end of the pipe is the melting part of the combustor. When protruding further, the flame did not disappear because the molten combustion agent passed through the slit provided in the axial direction and was sucked up by the combustion core. Further, the combustion flame is heated at the upper part of the exposed pipe, and the entire pipe is heated so that the combustion agent around the pipe is melted and supplied to the combustion core from the lower part of the pipe, and the combustion flame is maintained at the upper part of the pipe. Good combustion conditions were maintained for about 3 hours until there was almost no burning agent in the container.

On the other hand, in all of (1), (2), and (3) of 4, the upper edge of the cup-shaped container began to thermally deform in about 1 to 1.3 hours after ignition, and then gradually deformed. Especially in 4-3, the deformed upper edge was burnt. In (2) of No. 3, the combustion flame was maintained at the upper part of the pipe, and the good combustion state was maintained without thermal deformation of the container. In (1) of No. 3, the upper surface of the combustible compact was melted in about 10 minutes after ignition, and the upper end of the pipe was exposed. Thereafter, the suction of the molten combustion agent to the combustion core was delayed, and the combustion flame gradually decreased. In case of (3), the combustion flame gradually decreases in the same manner as in (1) of 3 in about 10 minutes after igniting, and after 13 minutes, it becomes impossible to suck the molten combustion agent into the combustion core. The fire was extinguished.
From the observation result of the combustion state, the combustion core is notched by the notch provided at the upper end of the metal cylindrical body or the continuous slit-like notch provided at the upper end to the lower end of the metal cylindrical body. It was proved that the good combustion state was maintained by sucking up the molten combustible material passing through the section.

Effect of the invention

The combustion core structure according to the present invention is provided with a notch portion serving as a flow path for supplying the molten combustion agent to the candle combustion core at the tip of a metal cylindrical body constituting the combustion core structure. When a cartridge candle having a combustion core structure mounted on a combustion agent molded body is lit, the combustion flame impregnated in the combustion core is heated and melted, and then the combustion agent molded body 6 around the combustion core is heated and melted. At that time, the combustion agent heated and melted by the combustion flame is sucked up to the combustion core from the notch provided at the upper end of the metal cylindrical body, so that the combustion flame does not become smaller or disappear after the lighting. When the combustion continues, the heated and melted combustion agent is sucked up to the combustion core from the gap formed between the core washer and the metal cylindrical body, so that the combustion agent molded body can be consumed almost completely. Further, when the cartridge candle of the present invention is accommodated in a recess provided on the upper surface of a large candle-shaped combustion cartridge body, and the combustion core of the cartridge candle is lit, the combustion flame of the cartridge candle is as if the combustion cartridge body Because it looks like a burning flame, it does not impair the effects of candle lighting. After the burning of the cartridge candle, it is only necessary to replace it with a new cartridge candle, so that the candle-shaped combustion cartridge body can be used repeatedly.

  It is a perspective view of the combustion core structure of the present invention.   It is sectional drawing of the combustion core structure of this invention.   It is sectional drawing of the cartridge candle of this invention.   FIG. 4 is a detailed view of a portion X of the cartridge candle in FIG.   It is sectional drawing explaining the combustion state of the cartridge candle of this invention accommodated in the plastic container.   It is sectional drawing explaining the combustion state of the cartridge candle of this invention accommodated in the plastic container.   It is sectional drawing explaining the combustion state of the cartridge candle of this invention accommodated in the plastic container.   It is sectional drawing explaining the combustion state of the cartridge candle of this invention accommodated in the plastic container.   It is sectional drawing explaining the combustion state of the conventional cartridge candle.   It is explanatory drawing of the candle-shaped combustion cartridge body of this invention.

A Combustion Core Structure B Cartridge Candle C Candle-Shaped Combustion Cartridge Body D Candle-Shaped Combustion Cartridge Body 1 Notch 2 Core Washer 3 Metal Tubular Body 4 Combustion Core 5 Rib 6 Combustant Molded Body 7 Plastic Container 8 Combustion flame 9 Combustion agent melting portion 10 Recess 11 Clearance 12 Conventional metal cylindrical body 13 Container with brim

Claims (4)

A candle-shaped combustion cartridge body having a recess on the upper surface, and a car accommodated in the recess
A candle-shaped combustion cartridge body comprising a cartridge candle,
The ridge candle has a combustible molded body with a through hole, a notch at the top, and a rib at the bottom.
A metal cylinder having a core washer having a perforated opening, and an upper end housed in the metal cylinder
A combustion core structure comprising a combustion core having a lower end protruding from a metal cylinder and a lower end attached to a core washer
Is inserted into a through-hole provided in the combustor molded body, and the cartridge cand
It is configured so that the combustion flame of the cylinder looks like the combustion flame of the combustion cartridge body.
Candle-shaped combustion cartridge body. Notches provided on the metallic, cylindrical member is, the combustion of the candle shape according to claim 1, characterized in that the slit-like openings provided to the bottom end from the top end of the metallic, cylindrical member Cartridge body. Claim, characterized in that said cartridge candle is housed in a cup-shaped container 1
The candle-shaped combustion cartridge body described. A cartridge candle for a candle-shaped combustion cartridge body according to claim 1.

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