JP2012087180A - Candle with film fuse and candle set with film fuse - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a candle highly effective in visual sensation and stage effects at the time of lighting and simple in its structure, and simple in placing and carrying the same.SOLUTION: The candle with a film fuse is installed with a film-like instantaneously combustible film fuse 20 ranging from the body of the candle 10 to the vicinity of the tip of a wick. When the lower end of the instantaneously combustible film fuse 20 is lighted, combustion flame 71 generates much combustion light, as the instantaneously combustible film fuse 20 has a large surface area and instantaneous combustibility, and at the same time, is instantaneously induced to the vicinity of the wick tip to light a light 75 at the wick tip and generate visual sensation and stage effects. Moreover, instantaneously combustible flakes 30, fireworks 31 and a flammable bar member 33 are connected to the wick tip and these members are stepwisely lighted by being initiated with the combustion flame 71 to bring lighting of the light 75 at the wick tip to be surer as well as further increase visual sensation and stage effects.

Description

  TECHNICAL FIELD The present invention relates to a candle arranged at a wedding reception candle service, various event venues, and other various facilities, and more particularly, to a candle in which a lamp is ignited at a tip end of a lamp core by a flame guiding means.

  In recent years, for example, in a candle service at a wedding reception, a candle and / or fireworks are combined with a candle in order to enhance the production effect.

  As an example, Japanese Patent Application Laid-Open No. 2002-130673 (Patent Document 1) discloses a candle ignition device and a candle production method that ignite a plurality of candles with a lead wire. Further, in Japanese Utility Model Publication No. 4-49797 (Patent Document 2), a candle and a firework are connected by a conducting wire, and when the candle is ignited, the conducting wire is ignited simultaneously, and the firework is ignited by combustion of the conducting wire. An indoor candle firework is disclosed.

JP 2002-130673 A Japanese Utility Model Publication No. 4-49797

  In the apparatus of Patent Document 1, each of the burning wicks of a plurality of candles is connected by a conducting wire, and when this igniting wire is ignited, the flame of the conducting wire is conducted to each burning wick, and each burning wick is ignited. The igniting wire of Patent Document 1 has a small diameter. Therefore, the flame ignited by this igniting wire is small in size and is inconspicuous, and there is a problem that it hardly contributes to the production by the device of Patent Document 1. Moreover, although the conducting wire of patent document 1 is fixed to each combustion core of a some candle, the other part of this conducting wire is not being fixed at all, and is in the state hung on each combustion core. Therefore, the apparatus of Patent Document 1 has a problem that it takes time and labor to transport and install.

  Further, in the candle fireworks of Patent Document 2, as described above, the tip of the candle and the tip of the fireworks are connected by a lead wire, and when the tip of the candle is ignited, the lead wire is ignited simultaneously, and the fireworks are burned by the combustion of the lead wire. The tip of is ignited. The conductor of Patent Document 2 has a small diameter like the conductor of Patent Document 1, and therefore the flame ignited by the conductor is less noticeable because of its small size, and hardly contributes to the effect of candle fireworks of Patent Document 2. There is. Moreover, although the lead wire of patent document 2 is fixed to the front-end | tip of a candle and the front-end | tip of a fireworks, the other part of this lead wire is not being fixed at all, and it is in the state hung at each said front-end | tip. Therefore, like the apparatus of Patent Document 1, the candle fireworks of Patent Document 2 have problems in transportation and installation.

  These inventions generate visual effects that enliven the atmosphere of the venue by light emission from candle lights and fireworks flames, and also produce stage effects that attract the attention of the venue by the movement of candle lights and fireworks flames, The purpose is to make the venue more gorgeous and luxurious. The conductors of Patent Documents 1 and 2 have the potential to produce flame movement, but the flame of the conductor is weak, so this flame movement is inconspicuous, and not only a visual effect but also a production effect. I can't expect it. In addition, the inventions of Patent Documents 1 and 2 are bulky and large due to the structure of the conductors of Patent Documents 1 and 2, which not only causes the above-mentioned problems in transportation and installation, but also increases the price.

  The present invention has been made in order to solve the above-mentioned problems. In the candle with the igniting film of the present invention, a film-like instantaneous combustible igniting film is used instead of the igniting wire from the candle body to the wick. Form up to the vicinity of the tip. When igniting a flame to this instantaneous combustible conductive film, the instantaneous combustible conductive film has a large area and instantaneous combustibility, so that the conductive flame emits a large amount of combustion light and at the same time, near the tip of the lamp core. It is guided instantaneously to ignite a lamp at the tip of the lamp core. Visual and directing effects are produced by the light emission and movement of this flame and light, making the venue such as a reception party more splendid and luxurious. Since the instant combustible fire conducting film of the present invention is not bulky, the operation of the candle with the fire conducting film of the present invention can be simplified, reduced in size, and reduced in price. Furthermore, in the present invention, instantaneous burnable flakes, fireworks and combustible rods are connected to the tip of the wick, and by gradual ignition of these members started by the flame, While making ignition more reliable, the visual and presentation effects are further enhanced.

  Therefore, the first embodiment of the present invention comprises a candle having a lamp core tip portion to which a lamp is ignited, and an instantaneous combustible wicking film formed on the outer periphery of the candle from the candle body portion to the vicinity of the lamp core tip portion. And when a flame is ignited on the instantaneous combustion combustible film of the candle body, the flame is induced by the combustion of the instantaneous combustible film to the vicinity of the tip of the light core, It is a candle with a conductive film that ignites the lamp at the tip.

  The second form of the present invention, in the first form, has a combustible bar connected to the tip part of the light core, and an instantaneous combustible flake attached to the tip part of the combustible bar. The igniting flame guided to the vicinity of the front end of the wick ignites on the instantaneous combustible flakes, and the combustible bar is combusted by the combustion of the instantaneous flammable flakes to ignite the light on the front end of the wick. It is a candle with a conductive film.

  According to a third aspect of the present invention, in the first aspect, a flammable bar connected to the tip of the wick, a firework connected to the tip of the flammable bar, and a tip of the firework The fire-flammable flame flakes ignited by the combustion of the instantaneous-flammable flakes having the instantaneous-flammable flakes to be attached, the flame being guided to the vicinity of the tip of the lamp core The flammable bar is burned by fireworks, and the candle with a conductive film ignites the lamp at the tip of the lamp core.

  The 4th form of this invention is a candle with a igniting film in which the said instantaneous combustion ignitable film is formed from explosive polymer in the 1st, 2nd, or 3rd form.

  The 5th form of this invention is a candle with a fire-conducting film in which the said instantaneous combustible flake is formed from an explosive polymer in the 2nd or 3rd form.

  A sixth aspect of the present invention is the candle with a refractory film according to the fourth or fifth aspect, wherein the explosive polymer contains one or more of nitrocellulose, nitrohemicellulose, starch nitrate, nitroagarose or nitrochitosan. is there.

  A seventh aspect of the present invention is the candle with a conductive film according to any one of the second to sixth aspects, wherein the combustible bar is formed from a completely combustible substance that does not generate a residue during combustion.

  According to an eighth aspect of the present invention, in the seventh aspect, the completely combustible substance contains at least one of additive-free polyethylene, additive-free polypropylene, additive-free polystyrene, additive-free polyolefin, additive-free polyester, or additive-free polyacetal. It is a candle with a conductive film.

  The 9th form of this invention is a candle set with a heat conducting film comprised from the stand which hold | maintains the candle with a fire conducting film in any one of the 1st-8th form, and the said candle with a fire conducting film.

  According to a tenth aspect of the present invention, in the ninth aspect, the stand is equipped with a remotely operated ignition means, and the candle set with a igniting film that ignites the instantaneous flame igniting film by the remote operation is provided. It is.

  According to the first aspect of the present invention, a candle with a conductive film is formed on the outer periphery of the candle from the candle body to the vicinity of the lamp core tip. Having an instantaneous combustible conducting film, and when the flame is ignited on the instantaneous combusting conducting film of the candle body, the flame is caused to reach the vicinity of the tip of the lamp core. Because it is guided by combustion and ignites the lamp at the tip of the lamp core, the visual effect and production effect are high, making the venue for wedding receptions more gorgeous and luxurious, more compact and inexpensive, and convenient for transportation and installation It is possible to provide a candle with a conductive film.

  The main body of the candle here is made of wax such as wax or paraffin, and a wick such as cotton thread is arranged near the center axis of the candle. The tip of this wick projects from the tip of this candle to form the wick tip. The instantaneous flammable conductive film formed on the outer periphery of the candle is composed of a material having instantaneous flammability. An example of such a material is explosive polymer such as nitrocellulose. When a flame is ignited on the instantaneous combustible film formed on the candle body, the flame is guided while instantaneously rising from the candle body to the vicinity of the tip of the wick, and then ignites at the tip of the wick. Then ignite the light. Since the instantaneous combustible conductive film here has a large area, the size of the conductive flame also increases. In addition, since this flame guide rises instantaneously, the candle itself has the illusion of being enveloped by this flame, resulting in a high visual and presentation effect.

  In addition, since the said flame conduction is induced | guided | derived by the combustion of the said instantaneous combustible flame conduction film, it contacts the said candle directly. However, since the induction of the flame is instantly and instantaneously caused by the instantaneous burnable conductive film, the flame does not melt the candle. In particular, when nitrocellulose is used as the material for the instantaneous combustion combustible film, the possibility of melting the candle is further reduced because the combustion flame of nitrocellulose is relatively low in temperature. In the present embodiment, “in the vicinity of the tip of the wick” refers to a position where the flame guide can ignite the lamp at the tip of the wick. If the size of the flame is sufficiently large, it is possible to ignite the lamp at the tip of the lamp core even if the combustion position of the flame on the instantaneous combustible film is slightly away from the tip of the lamp core. It can be said that the flame is present in the vicinity of the tip portion of the wick.

  In the present invention, the instant combustion combustible conducting film is in close contact with or close to the outer periphery of the candle, so it is not bulky and does not flare during transportation. Therefore, in the state in which the instant combustible conductive film is formed on the candle, the candle with the conductive film can be transported, and the installation can be completed simply by standing on a holding device such as a stand after transportation. Easy to install.

  According to the second aspect of the present invention, the candle with the wicking film is composed of a combustible bar connected to the tip of the lamp core, and an instantaneous combustible flake attached to the tip of the combustible bar. The flame is guided to the vicinity of the tip portion of the wick, and ignites on the instantaneous combustible flakes. Since the lamp is ignited, the lamp can be reliably ignited at the tip end of the lamp core by the two-stage combustion of the instantaneous combustible flake and the combustible rod.

  The instantaneous combustible flakes here are composed of a material having instantaneous combustibility like the instantaneous combustible conducting film. Examples of such materials include explosive polymers such as nitrocellulose. The instantaneous flammable flakes ignite instantly when the upper part of the flame guide reaches the range of the instantaneous flammable flakes. The combustible rod here is formed from a completely combustible member such as additive-free polyethylene that generates a high amount of heat during combustion and does not generate harmful substances. When a flake flame is ignited by the instantaneous combustible flakes, a bar flame is ignited by the flake flames. The bar flame ignites the lamp at the tip of the lamp core. Furthermore, since this bar flame has a high calorific value as described above, the solid wax existing around the tip of the lamp core is melted. The melted wax is transported to the lamp core tip due to the capillary effect of the lamp core, facilitating the ignition of the lamp to the lamp core tip.

  The instantaneous combustible flakes here are easy to burn. On the other hand, the amount of heat at the time of combustion of the combustible bar here is high. In this embodiment, by adopting stepwise combustion in which a flare flame is ignited with a flare flame and a flammable bar is ignited by this flake flame, the flame is surely attached to the tip of the lamp core. Can be ignited.

  The combustible rod material may contain a coloring agent such as a metal salt that develops color during combustion. The visual effect can be further enhanced by the coloring of the rod flame by the color former.

  According to the 3rd form of this invention, the said candle with a fire guide film | membrane is a combustible bar connected to the said light-core tip part, the fireworks connected with the front-end | tip part of the said combustible bar, and the said fireworks And the fire-flammable flame guided to the vicinity of the tip of the lamp core is struck to the instantaneous-flammable flakes, and the fireworks are generated by the combustion of the instantaneous-flammable flakes. Since it ignites, the combustible bar burns by the ignition of the fireworks, and the light is ignited at the tip of the light core, so that a visual effect due to the firework flames ignited by the fireworks is added to the candle with the light guide film A high production effect can be obtained by combining with the visual effect of the flame conduction.

  The fireworks here need to be sufficiently miniaturized in order to equip a candle with a conductive film. Moreover, what produces a brilliant light emission at the time of ignition is preferable. Accordingly, sparklers, hand-held fireworks, and sufficiently miniaturized fireworks can be used, but among these, sparklers and hand-held fireworks are most suitable. In addition, the fireworks here may have a fireworks guide wire at the tip, and when this firework guide wire is ignited by the flake flame of the instantaneous combustible flakes, ignition of this fireworks is further ensured. In addition, the instantaneous combustible flakes and combustible rods here have the same properties as the instantaneous combustible flakes and combustible rods in the second embodiment. However, in this embodiment, the flare flame of the instant combustible flakes ignites the fireworks on the fireworks, and this high-calorie fireworks flame ignites the bar flames on the combustible bar. However, it becomes more reliable as compared with the second embodiment.

According to the fourth aspect of the present invention, since the instantaneous combustible conducting film is formed of explosive polymer, the instantaneous combustibility is achieved by a material that satisfies both reliable instantaneous combustibility and polymer processability. A fire guiding film can be formed, and complete combustion and arbitrary shape of the instantaneous combustion conducting film can be achieved. In the explosive polymer in this embodiment, a chemical group such as an oxidizing nitric acid group (—NO ₂ ) or a peroxy group (—OOH) is bonded to the polymer itself. Since such a polymer burns without the need for atmospheric oxygen, the combustion is instantaneous and complete, and no harmful substances such as soot are produced. In addition, since this substance is a polymer, it can be easily processed into a thin film or fiber.

  According to the fifth aspect of the present invention, since the instantaneous combustible flakes are formed from explosive polymers, the instantaneous combustible flakes are made of a material that achieves both reliable instantaneous combustibility and polymer processability. It is possible to form the instantaneous combustion combustible flakes, and to achieve both complete combustion and arbitrary shape. The advantages and characteristics here are the same as the advantages and characteristics in the fourth embodiment.

  According to the sixth aspect of the present invention, since the explosive polymer contains one or more of nitrocellulose, nitrohemicellulose, starch nitrate, nitroagarose or nitrochitosan, the results of instantaneous combustibility and processability are proved. The material being made can be used to produce a flash igniting film and / or a flake. Nitrocellulose is particularly preferable as the explosive polymer here. This nitrocellulose can be produced in a thinned state by immersing a cotton cloth such as paper or gauze in concentrated nitric acid and directly nitrifying it. Moreover, after nitrifying cellulose, it can be dissolved in an organic solvent to form a thin film, whereby a plastic polymer film can be produced. Thus, a number of manufacturing methods and processing methods are possible for nitrocellulose. This nitrocellulose burns instantaneously and rapidly at low temperatures upon ignition. Furthermore, nitrocellulose is completely flammable and does not generate malodorous gases, harmful residues and soot during combustion, and is therefore optimal for forming the instant flammable igniter film and instant flammable flakes of the present invention.

According to the seventh aspect of the present invention, since the combustible bar is formed from a completely combustible substance that does not generate a residue during combustion, harmful substances such as toxic gas and soot are generated from the combustible bar. Therefore, it is possible to provide a candle with a fire guiding film that does not occur and is therefore safe. The completely combustible substance here means a substance that does not generate solid residue and soot-like carbides, and does not generate harmful gases such as amines, sulfur oxides (SO _x ), and halides. Carbon and hydrogen A polymer composed of only these two elements or three elements of carbon, hydrogen and oxygen is preferable.

  According to the eighth aspect of the present invention, since the completely combustible substance contains one or more of additive-free polyethylene, additive-free polypropylene, additive-free polystyrene, additive-free polyolefin, additive-free polyester or additive-free polyacetal, Generation of solid residue, carbide and noxious gas can be surely prevented when using the candle with a flaming film of the invention. As a material of the combustible rod material in the present invention, a polymer having high workability is preferable. Among many polymers, additive-free polyethylene, additive-free polypropylene, additive-free polystyrene and additive-free polyolefin are composed of only two elements of carbon and hydrogen, and additive-free polyester and additive-free polyacetal are composed of carbon, hydrogen and oxygen. It is composed of only three elements. Therefore, the completely combustible substance in this embodiment is excellent in complete combustibility and workability. The polymer usually contains additives such as a stabilizer and a flexible agent. These additives often contain sulfur, halogen and / or phosphorus, and these atoms produce toxic gases and / or solid residues upon combustion. By adding no polymer here, complete combustibility of the combustible bar material in the present invention is ensured. Among the completely combustible substances in this embodiment, additive-free polyethylene that is excellent in complete combustibility and has a low melting point is particularly preferable.

  According to the ninth aspect of the present invention, the candle set with a heat conducting film is composed of the candle with the fire conducting film in any one of the first to eighth aspects and a stand for holding the candle with the fire conducting film. In addition, the stability and safety of the candle with a fire conducting film can be enhanced, and the effect of the candle with the conducting film can be enhanced by the aesthetic appearance of the stand. Here, the stand is an article that holds the candle with the fire guiding film vertically. This stand has resistance to molten wax and fire resistance to various flames, and also has an effect of protecting the table on which the stand is installed from the wax and the flame. As the material of the stand for ensuring such heat resistance, metal, earthenware and glass are optimal.

  According to the tenth aspect of the present invention, the stand is equipped with a remotely operated ignition means, and the instantaneous combustion combustible conducting film is ignited by the remote operation, so that the candle with the conducting film is ignited. When doing so, it is not necessary to approach, so safety can be ensured. As the remotely operated ignition means here, for example, a lighter equipped with a remotely operated device or an automatic ignition device disclosed in Japanese Patent Application Laid-Open No. 2007-273208 can be used. In addition, as a remote operation method here, an ultrasonic method, a radio wave method, an infrared method, a wired method, or the like can be used.

It is a front view of the candle with a wicking film concerning a 1st embodiment of the present invention. It is side surface sectional drawing of the candle with a fire guide film | membrane of FIG. It is a disassembled perspective view of the candle with a fire guiding film of FIG. It is explanatory drawing which shows ignition of the candle set with a heat conductive film concerning the said embodiment. It is process explanatory drawing which shows the combustion process of the candle with a wicking film concerning the said embodiment. It is a front view of the candle with a fire conductive film for showing the structural modification of the fire conductive film concerning the said embodiment. It is a front view of the candle with a fire guide film concerning 2nd Embodiment of this invention. FIG. 5 is a side cross-sectional view of the candle set with a fire guiding film when the stand of FIG. 4 is equipped with a remotely operated ignition means.

  DESCRIPTION OF EMBODIMENTS Hereinafter, embodiments of a candle with a conductive film and a candle set with a conductive film according to the present invention will be described in detail with reference to the drawings. FIG. 1 is a front view of a candle 1 with a fire guiding film according to a first embodiment of the present invention. In this candle 1 with a fire conducting film, an instantaneous combustible conducting film 20 made of a explosive polymer such as nitrocellulose is spirally formed on the candle 10. In addition, the shape of the instantaneous flammable conductive film 20 is arbitrary as illustrated in FIG. 6 later. The instantaneous flammable conductive film 20 is attached to the candle 10 with a flammable adhesive, but may be fixed using a flammable adhesive tape or the like. In FIG. 1, the instantaneous combustion combustible film 20 formed on the back surface of the candle 10 is shown by a broken line. As shown in FIG. 2 later, a lamp core 11 is formed in the vicinity of the central axis inside the candle 10, and a portion of the lamp core 11 protruding from the upper part of the candle 10 forms a lamp core tip 12.

  2 is a side cross-sectional view of the candle 1 with a heat conducting film of FIG. 1, and FIG. 3 is an exploded perspective view of the candle 1 with a fire conducting film of FIG. As illustrated in FIG. 2, a wick 11 is inserted near the axis of the candle 10. As shown in FIGS. 2 and 3, the light core distal end portion 12 is inserted into the proximal end of the cylindrical combustible bar 33. However, the flammable rod 33 may not be cylindrical, and the flammable rod 33 may be fixed to the lamp core tip 12 with a flammable adhesive or the like. In the present embodiment, as shown in FIG. 2, the base end of the combustible bar 33 is partially embedded in the tip of the candle. By adopting such a configuration, the wax forming the tip of the candle 10 can be reliably melted when the combustible rod 33 is burned later in the combustion process shown in FIG. The portion 12 can be reliably ignited. Further, the base end of the fireworks 31 is partially inserted at the tip of the combustible bar 33. As shown in FIGS. 2 and 3, a firework guide wire 32 is provided at the tip of the firework 31. In addition, instantaneous combustible flakes 30 and 30 are attached to the tip of the fireworks 31. As shown in FIGS. 2 and 3, these instantaneous combustible flakes 30, 30 are bonded with a combustible adhesive so that the tip of the fireworks 31 and the firework lead wire 32 are sandwiched. However, only one instantaneous combustible flake 30 may be bonded to the tip of the fireworks 31 and the firework lead 32. Moreover, the fireworks 31 may not have the fireworks guide wire 32.

  FIG. 4 is an explanatory diagram showing ignition of the candle set 60 with a conductive film according to the first embodiment. The candle set 60 with a fire guide film is composed of a candle 1 with a fire guide film and a stand 40 that holds the candle 1. The stand 40 prevents the candle 1 with a conductive film from falling, and prevents damage to the table or the like due to various flames or molten high-temperature wax in the combustion process shown in FIG. 5 later. Moreover, the visual effect of the candle 1 with a wicking film is enhanced by the aesthetic appearance of the stand 40. In FIG. 4, the instantaneous combustible conducting film 20 is ignited by an ignition flame 70 that burns at the tip of the hand-held ignition means 50. The hand-held ignition means 50 is preferably long in order to ensure safety from the flame ignited on the conductive film, and a long-axis match, a stove lighter or other candles can be used. The position at which the instant combustible igniter film 20 is ignited is preferably the position of the igniter film 20 closest to the base end of the candle 10, but any position of the instant combustible igniter film 20 is ignited. Thereafter, the combustion process shown in FIG. 5 can be started.

  FIG. 5 is a process explanatory diagram illustrating a combustion process of the candle 1 with the wicking film according to the embodiment. (5A) of FIG. 5 shows immediately after the ignition flame 71 is ignited by the ignition flame 70 shown in FIG. (5B) shows a point in time when the flame guide 71 is induced by the combustion of the instantaneous combustible conducting film 20 to the vicinity of the lamp core tip 12 and the combustible rod 33 attached to the lamp core tip 12. Since the instantaneous combustible conducting film 20 has a large area, the size of the conducting flame 71 is large and the combustion emission is strong. Since the flame guiding flame 71 is instantaneously guided to the upper part of the candle 10 from the time of ignition, an illusion that the entire candle 10 is encased in the flame guiding flame 71 is generated by the instantaneous guidance and the size and high light emission of the flame. Visual and presentation effects occur. Moreover, the melting of the candle 10 is prevented by this instantaneous induction and the low temperature property of the flame 71.

  (5C) in FIG. 5 shows a point in time when the flake flame 72 is ignited on the instantaneous combustible flakes 30, 30. The flame guide 71 guided to the vicinity of the lamp core tip 12 and the combustible rod 33 connected to the lamp core tip 12 shoots to the instantaneous combustible flakes 30 and 30 and ignites the flake flame 72. Here, “near” is a position on the instantaneous combustible igniting film 20 at which the igniting flame 71 can ignite the flaky flame 72 on the instantaneous flammable flakes 30, 30. The instantaneous combustible flakes 30 and 30 are preferably formed of explosive polymer similar to the instantaneous combustible conducting film 20, and in this case, quick and reliable ignition of the flake flame 72 is ensured, and the flakes A visual effect by the burning light of the flame 72 is also obtained.

  FIG. 5 (5 </ b> D) shows a point in time when the flake flame 72 ignites the firework flame 73 on the firework 31 via the firework lead wire 32. A production effect is obtained by a combination of the visual effects of the visual flame 71 and the fireworks 73. In addition, since the pyrotechnic flame 73 has high heat generation and a long combustion time, the ignition of the bar flame 74 to the combustible bar 33 shown in (5E) later is ensured. The fireworks 73 can be reliably ignited to the fireworks 31 by way of the fireworks guide wire 32.

  (5E) in FIG. 5 shows a point in time when the fireworks 73 ignites the bar flame 74 on the combustible bar 33. Further, (5F) shows a point in time when the bar flame 74 ignites the lamp 75 at the lamp core tip 12. By adopting a structure in which the base end of the combustible bar 33 is partially inserted into the tip of the candle 10 as illustrated in FIG. 2, the bar flame 74 melts the wax forming the tip of the candle 10. Thus, the ignition of the lamp 75 to the lamp core tip 12 can be ensured. In addition, it is possible to develop the color of the bar flame 74 by adding a color developing agent such as a metal salt that develops color during combustion to the combustible bar 33, thereby further enhancing the visual effect.

  FIG. 6 is a front view of the candle 1 with a wicking film for showing a modified example of the instant flammable squirting film 20 according to the embodiment. In FIGS. 1 to 5, the instantaneous combustible fire conducting film 20 is formed in a spiral shape. However, the shape of the instantaneous combustion ignitable film 20 does not necessarily need to be spiral. In (6A) of FIG. 6, the instantaneous combustible conducting film 20, 20, 20, 20, 20, 20 is formed by being discontinuously divided. That is, the instantaneous combustion igniting film 20 does not even need to be formed continuously. In (6A), the flame guiding flame 71 is guided to the vicinity of the lamp core tip portion 12 by flying the plurality of instantaneous burning combustible films 20 from the vicinity of the proximal end of the candle 10 to the vicinity of the leading end thereof, and instantaneous burning property is achieved. The flakes 30 and 30 ignite. In (6A), the instantaneous combustible fire conducting film 20 is divided into six parts, but the number of the divided parts is not limited in the present invention.

  In (6B) of FIG. 6, the instantaneous combustion combustible conducting film 20 is formed completely continuously. In (6C), the instantaneous combustible conducting films 20, 20, 20 are divided into vertical stripes. Furthermore, in (6D), the instantaneous combustible fire conducting film 20 is formed in a net shape. In addition, in (6E), the instantaneous combustion combustible conducting film 20 is formed only on one side of the candle 10 side surface. Also in these cases, the flame 71 is guided to the vicinity of the lamp core tip 12 by the combustion of the instantaneous combustible conductive film 20 and ignites the instantaneous combustible flakes 30 and 30.

  FIG. 7 is a front view of a candle 1 with a fire guiding film according to a second embodiment of the present invention. In this embodiment, the fireworks 31 are not connected to the combustible bar 33, and the instantaneous combustible flakes 30, 30 are directly attached to the tip of the combustible bar 33. The flake flame 72 ignited by the instantaneous combustible flakes 30, 30 directly ignites the bar flame 74 to the combustible bar 33. By adopting such a simplified structure as compared with the first embodiment, it is possible to provide the candle 1 with the fire guiding film that is easy to manufacture and inexpensive. In this embodiment, the visual effect by the fire flame 73 is not obtained, but the visual and presentation effect of the candle 1 with the fire conducting film can be sufficiently obtained by the fire flame 71 and the flake flame 72. Further, a color developing agent such as a metal salt that develops color during combustion may be added to the combustible bar 33 to develop the color of the bar flame 74. In this case, the visual effect is further enhanced.

  FIG. 8 is a side cross-sectional view of the candle set 60 with a conductive film when the stand 40 of FIG. 4 is equipped with the remotely operated ignition means 51. This candle set 60 with a fire guide film is a modification of the candle set 60 of FIG. The remote operation type ignition means 51 is ignited by the remote operation instruction to ignite the ignition flame 70, and the ignition flame 70 ignites the instantaneous combustion combustible film 20. As the remotely operated ignition means here, for example, a lighter equipped with a remotely operated device or an automatic ignition device disclosed in Japanese Patent Application Laid-Open No. 2007-273208 can be used. In addition, as a remote operation method here, an ultrasonic method, a radio wave method, an infrared method, a wired method, or the like can be used. By using the remotely operated ignition means 51, it is not necessary to approach to the vicinity of the candle 1 with the heat-guiding film when the flame 71 is ignited, so that safety is improved. In addition, a plurality of candle sets 60 with a conductive film can be ignited simultaneously or continuously, thereby enhancing the production effect.

  The present invention is not limited to the above-described embodiments and modifications, and includes various modifications and design changes within the technical scope without departing from the technical idea of the present invention. Needless to say.

  The candle with a fire guide film according to the present invention has a high light emission property of the fire flame, and the movement of the fire flame is remarkable, so that a high visual and production effect can be provided. In addition, since the candle with a fire guide film has a simple structure, is inexpensive, and is easy to transport and install, it is possible to reduce labor and cost during production. In addition, it is possible to easily install a plurality of candles with a fire guiding film. With candles with a conductive film according to the present invention, wedding halls, birthday party halls, Christmas parties, etc. can do.

DESCRIPTION OF SYMBOLS 1 Candle with a fire-conducting film 10 Candle 11 Light core 12 Light-core tip part 20 Instant combustion combusting film 30 Instant combustible flake 31 Fireworks 32 Fire-conducting conductor 33 Flammable bar 40 Stand 50 Hand-held ignition means 51 Remote-operated ignition means 60 Candle set with flame guide film 70 Ignition flame 71 Fire flame 72 Flakes 73 Fire flame 74 Bar flame 75 Light

Claims (10)

A candle having a lamp core tip portion that is ignited by a lamp; and an instantaneous combustible conductive film formed on the outer periphery of the candle from the candle body portion to the vicinity of the lamp core tip portion; and the instantaneous combustion of the candle body portion When the flame is ignited on the conductive flame, the flame is induced by the combustion of the instantaneous flammable flame to the vicinity of the tip of the lamp core, and the lamp is ignited with the lamp. A candle with a conductive film. The combustible rod connected to the tip of the wick, and the instantaneous flammable flake attached to the tip of the flammable rod, the flame guide guided to the vicinity of the tip of the wick 2. The candle with a light guide film according to claim 1, wherein the burnable flakes ignite, the combustible bar is burned by the burning of the instantaneous burnable flakes, and the lamp is ignited at the tip of the lamp core. A flammable rod connected to the tip of the wick, a firework connected to the tip of the flammable rod, and an instantaneous combustible flake attached to the tip of the firework, The flame guided to the vicinity of the portion ignites on the instantaneous combustible flakes, the fireworks are ignited by the combustion of the instantaneous combustible flakes, the combustible bar is combusted by the fireworks, The candle with a fire guiding film according to claim 1, wherein the lamp is ignited at a lamp tip end portion. The candle with a ignitable film according to claim 1, wherein the instantaneous combustible ignitable film is formed of a explosive polymer. 4. The candle with a fire guiding film according to claim 2, wherein the instantaneously combustible flakes are formed of explosive polymer. 5. The candle with a fire-guiding film according to claim 4 or 5, wherein the explosive polymer contains one or more of nitrocellulose, nitrohemicellulose, starch nitrate, nitroagarose or nitrochitosan. The candle with a conductive film according to any one of claims 2 to 6, wherein the combustible rod is formed of a completely combustible material that does not generate a residue during combustion. The candle with a fire guiding film according to claim 7, wherein the completely combustible substance contains at least one of additive-free polyethylene, additive-free polypropylene, additive-free polystyrene, additive-free polyolefin, additive-free polyester, or additive-free polyacetal. A candle set with a heat conducting film, comprising the candle with the fire conducting film according to claim 1 and a stand for holding the candle with the fire conducting film. The candle set with a igniting film according to claim 9, wherein the stand is equipped with a remotely operated ignition means, and the instantaneous flammable igniting film is ignited by the remote operation.

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