JP4090481B2 - Candle equipment - Google Patents

Description

  The present invention relates to a candle apparatus that can make a candle service at a birthday party, birthday party, etc. more enjoyable, and more specifically, simultaneously ignite a plurality of candles with a fire such as a match or a lighter provided for a general household. It is related with the candle apparatus which can do.

  Traditionally, candle services used at birthday parties, etc., spread multiple candles on a cake, ignite these candles, and after a while, blow out all the candles. It is common practice to use a cake later. Since the candles used here are set up directly on the cake, in the case of candles for cakes, a plastic pin is often attached to the lower part of the candle, or it is often wrapped in aluminum foil or the like.

  As mentioned above, in the candle service that is performed with a candle on a cake being held at a birthday party, etc., by igniting the candle set on the cake, the flame of the candle until this fire is blown out Because it is something to enjoy the atmosphere, the time will be over in a very short time, so the excitement of the venue can not be expected so much.

  Therefore, the applicant of the present invention first supports the base ends of a plurality of petal-shaped pieces around the support so as to be movable in the vertical direction, and attaches a candle to the tip of each petal-shaped piece, When each petal-like piece stands up and takes the closed position, the candle of each petal-like piece falls down and the combustion wick is abutted and held in this state, and this holding is canceled by simultaneous ignition to the combustion wick A candle device has been proposed in which each petal-shaped piece is unfolded, and a candle lit and settled in an open position is made to stand upright on each petal-like piece.

  According to this candle device, instead of standing a plurality of candles in a distributed manner on a cake, a plurality of candles are handled in a lump, and the petals are ignited on the cake with a movement that opens petals all at once. In addition, by arranging multiple candles in a diffused manner, the appearance is good, the decoration is high, and the venues such as birthday parties can be raised in a gorgeous atmosphere. (See Patent Document 1).

  However, in the candle apparatus described above, each petal-like piece stands up and takes a closed position, i.e., in a normal state, each candle lies down horizontally and spreads in the radial direction. The combustion wick is held in abutting form so that the tip ends are brought together, and the tip portion of each petal-like piece that stands up and takes a closed position protrudes and surrounds each of the candles.

  So, if you ignite multiple burning cores in a butt shape at the same time using a match or lighter that you are familiar with, the hand holding a lighted matchstick or lighter, Since the fire of a matchstick or lighter must be applied to the combustion core from above, the tip of each petal-shaped piece surrounding each candle obstructs this. The flame rising from the combustion wick is unpredictable, and such ignition has a very difficult aspect.

  Therefore, in the above-mentioned candle device, an ignition agent is preliminarily arranged below the butted portion of the burning core of each candle where each petal-like piece takes a closed position and falls down. In order to ignite, a special ignition rod having a length of about 2 to 3 times that of a normal match rod is prepared separately. Then, move to the tip of the ignition rod and ignite the igniting agent with the ignition tip of the igniting rod, and ensure that simultaneous ignition to all the combustion cores is performed instantly with an ignition power with a large calorific value of the igniting agent. Yes.

However, in the candle apparatus described above, a plurality of fires generated by familiar matches, lighters, etc. are held in abutment from above a candle that falls down by using a prepared ignition rod. The original role of safely and securely transferring to the combustion core of the book is fully achieved, but the ignition rod in this case is used only for the safe and reliable ignition of multiple combustion cores. Therefore, it can be said that there is no change and no fun in the act of transferring the fire to the combustion core with the ignition rod. Therefore, as a candle device, the movement of each petal-like piece that has been ignited simultaneously on a plurality of combustion wicks and the movement of a candle that lights on each petal-like piece are enjoyed.
Japanese Patent Application Laid-Open No. 2004-200136.

  The present invention has been made in view of such a situation, and directly ignites a burning core of a plurality of candles held in a butt shape directly and safely with a fire such as a match or a lighter. To provide a candle device that can enliven the atmosphere of the venue so that a firework is generated on the candle device in front of it and the fireworks can be seen and enjoyed until the combustion core is ignited simultaneously It is aimed at.

In order to achieve the above object, a candle apparatus according to the present invention includes a support base, a container, and a support, and the support is accommodated in the approximate center of the container, and the container is provided on the upper side of the support. The lower end of the petal-like piece is supported on the support base so that it can move up and down, and the base ends of the petal-like pieces can be opened and closed in the vertical direction, and a candle is attached to the tip of each petal-like piece. When each petal-like piece stands up and takes the closed position, the candle of each petal-like piece falls down and is held in this state by abutting the combustion wick above the strut, and this holding is canceled by simultaneous ignition to the combustion wick Each of the petal-shaped pieces is unfolded, and in a candle apparatus that stands upright on each petal-shaped piece, the candle that has been ignited and settled in the open position is formed so as to protrude from the container into a rod shape, and the support base and Near the upper end of the column and the flower Connected by lashing straps as al-like piece is not expanded, on said post, erected a fuse for rods of fuse agent layer was formed around core containing pyrotechnic component, the thermal barrier to the upper end of said post Means for inserting the light guide rod into the shut-off means to support the fire guide rod on the support column, and the burning wicks of the candles face each other around the guide powder layer of the fire guide rod. It is characterized by not.

  Here, in order to hold the burning wicks of the candles in a butted manner, the burning wicks can be directly bonded together using a flammable adhesive or the like.

  According to the candle apparatus according to the present invention configured as described above, the candle apparatus is set (standing), for example, at an appropriate position on the cake, and is guided at the upper end of the light guide rod protruding above the candle apparatus. When the gunpowder layer is ignited by a fire such as a match or a lighter, the pyrotechnic layer starts to burn, and the fireworks generation component in the pyrotechnic layer reacts due to this combustion, and the sparks scattered around the lead rod become clean fireworks . In this way, as the combustion of the propellant layer progresses and the burning point (fire source) approaches the contact portion of the burning core of each candle, each candle in which the spark immediately after the burning point is lying around the propellant layer When these combustion wicks are preheated on the combustion wick and preheated, and the combustion point reaches the butt of the combustion wick, the temperature of each candle is increased in the spark immediately after the occurrence at the outer periphery of the combustion point. All the combustion wicks are ignited simultaneously by taking in the tip of the combustion wick. At the same time, the holding relationship between the combustion cores is released and separated, and the petal-like pieces are deployed from the closed position all at once and settled to the open position. In this way, at the tip of each petal-like piece, each ignited candle will light in an upright position.

  Therefore, according to the present invention, the plurality of candles are ignited through the guide rod assembled in the candle device, and while the guide layer of the guide rod is burning, Beautiful fireworks are seen around the sticks, which attracts people's eyes and increases the visual glare of the device, creating a fun atmosphere like a forerunner. The simultaneous ignition of the burning core of each candle is performed by preheating the combustion core in a state of depression with the spark immediately after the combustion of the pyrotechnic layer progresses, and then the combustion point is closest to the combustion core. Since the sparks are ignited by the sparks generated in this way, the simultaneous ignition of the burning cores of the candles is performed safely and reliably.

  Thus, after the holding relationship between the burning wicks is released, the movement of the candle flame seen in the movement of each petal-like piece unfolds at the same time. There is something that resembles a dynamic movement that makes you think, and it creates an interesting atmosphere, is highly decorative, and can make a venue such as a birthday party gorgeous. By providing the heat shielding means, for example, an abnormality such as burning of the end of the plastic support can be reduced by a flame or high heat.

  In the above-described configuration, a high-flammability tube is gently inserted into a fire-guiding rod corresponding to the butted portion of the burning core of each candle, and the tube base is supported on the upper end of the support via a heat shield. With this configuration, when the burning core of each candle is ignited at the same time, the combustion of the propellant layer proceeds, and when the ignition point is ignited by a spark generated near the highly combustible tube, the tube burns out instantaneously and is guided. A flame is generated around the fire rod, and the burning core of each candle is ignited simultaneously by this flame. Therefore, in this case, it is surprising and interesting to see the flame generated when the high-flammability tube burns out instantly.

  Further, the heat shielding means at the tube base portion reduces an abnormality such as burning of the tube support portion of the plastic support column due to a flame or high heat generated while the highly combustible tube burns out.

  In the above configuration, as a practical heat shield means, the heat shield means is provided on the receiving seat having a cylindrical portion inserted into the highly combustible tube base, a flange formed at the lower end of the cylindrical portion, and the receiving seat. In order to support them on the upper end of the support column, the core wire is exposed at the lower part of the light guide rod, and the core wire is exposed. The support part is removably inserted into a support hole provided in the center of the support column to support the fire-guiding rod on the support column, and the cylinder part is extended on the support column. When the base of the explosive layer is inserted into the part in a loosely inserted manner and the support seat and the heat shield ring constituting the heat shield means are concentrically supported at the opening end of the cylindrical part, the fire guide rod and the highly combustible tube Therefore, the heat transfer from the explosive layer to the highly combustible tube is reliably performed without any trouble. In addition, handling is made convenient by making the fire guide rod detachable.

  In the above configuration, the support base that supports the support column is provided with a receiving portion corresponding to the petal-like piece base, and a spring that urges the support column in the push-up direction is disposed between the support base and the support column in the receiving portion. When the petal-like piece takes the closed position by lowering the support against the spring against the spring, the petal-like piece base is pulled into the receiving part, and in this state, the cylindrical part on the support stand and the support The open ends are connected to each other with a flammable lashing string, the tying string is brought into contact with the explosive charge layer of the lead rod, and burned with heat during combustion of the explosive charge layer to fix the tie between the support column and the support base. If the configuration is such that the binding is released, each petal-like piece is reliably held in the closed position under normal conditions. Then, immediately after simultaneous ignition to the burning wick of each candle, the fixed relationship of the movable part including each petal-like piece with respect to the support base is canceled and each petal-like piece expands, so that each petal-like piece causes a malfunction. There is nothing.

  In the above-described configuration, the support is divided into an upper support with an erection rod standing upright and a lower support supported by a support base, and a cup-shaped container is inserted between both supports, and a melody is uttered in the cup-shaped container. A melody voicing device composed of a circuit IC and a speaker is arranged, and among the lead wires connecting the melody voicing device to a power source, a twisted wire obtained by twisting two conductive wires in an insulated state is used. At the base end of the torsion line, one lead wire is connected to the melody vocalization device, the other lead wire is connected to the power source, and the torsion wire free end portion is led along the upper strut to the combustion core butting portion and held around the fire guide rod. In addition, if the insulation between the two conductors is eliminated by the heat generated during the combustion of the explosive layer, a short circuit between the lines is generated and the power supply is turned on, the simultaneous ignition to the burning core of each candle is performed. The power of the melody utterance device is turned on Since the speaker can play music appropriate to that location, enliven pleasant atmosphere this music is consideration synergistically to the operation of the candle flame and the petal-like pieces with motion. In addition, since no switch is required to turn on the power, the structure can be simplified and the production cost can be reduced.

  In addition, the base end of a plurality of petal-like pieces can be moved up and down in the vertical direction around a support that supports the lower part on a support base so that it can move up and down, and a candle is attached to the tip of each petal-like piece. When each petal-like piece stands and takes the closed position, the candle of each petal-like piece falls down and is held in this state by abutting the combustion wick above the support column, and this holding is performed by simultaneous ignition to the combustion wick. In the candle device that is released and each petal-shaped piece expands and stands in an open position and ignited candles stand upright on each petal-shaped piece, the melody voicing device comprising a melody voicing circuit IC and a speaker is placed in a cup-shaped container or cup The melody generating device is provided with a plurality of sets of lead wires, and at least one set of the lead wires extends near the burning core of the candle. The melody voice generating device is configured to be energized when a lead wire is short-circuited by a fire of a sock, and at least one set of lead wires of the lead wire is extended to the outside of the support base. Since the melody vocalization device is configured to be energized by short-circuiting the wire, the candle device can be easily inspected without igniting.

  The said structure WHEREIN: The said melody utterance apparatus can further enliven a party by being comprised so that a melody may be uttered predetermined times after electricity supply.

In the above configuration, a switch is provided at the tip of the lead wire,
The switch is provided with an insulator between a positive pole and a negative pole, and the switch moves when the petal-shaped piece expands, and the insulator provided outside the support base is separated from the switch. Even when insulation is eliminated and the melody vocalization device is configured to energize, the insulation of the lead wire near the candle is not eliminated by fire. By opening the petal-like piece, the insulation of the lead wire is eliminated and the melody generating device can be operated.

  Further, in the above configuration, since at least one combustion core of the candle is divided into a plurality of parts, the combustion core can be easily attached to the attachment tube, and an ignition error to the combustion core is reduced. be able to.

  Further, in the above configuration, since the candle burning wicks share at least one candle burning wick, it is possible to ignite a plurality of candles simply by transferring fire to at least one burning wick. .

  Moreover, in the said structure, the at least 1 combustion core of a candle was formed in cyclic | annular form, and the ignition mistake to a combustion core can be reduced.

  The present invention is carried out in the form as described above. According to the present invention, ignition of the combustion cores of a plurality of candles is performed via a light guide rod installed in the center of the apparatus. Ignition of the fire rod can be done safely using a match or lighter, etc. After this, see the beautiful fireworks generated on the device with the spark that burns and scatters the gunpowder layer of the fire rod. After having fun, from the simultaneous ignition to the burning core of each candle in the prone position, each petal-shaped piece unfolds integrally with each candle, each petal-shaped piece settles in the open position and is ignited on each petal-shaped piece Since candles can be seen in sequence, the decoration of the candle device can be further enhanced, and it is very interesting, and it is effective for raising the venues such as birthday parties in a gorgeous atmosphere.

  Hereinafter, a candle apparatus according to an embodiment of the present invention will be specifically described with reference to the drawings.

  1 is a schematic longitudinal sectional view of a candle device when the petal-like piece of the candle device according to the present invention is in the open position, FIG. 2 is an exploded perspective view of the main part, and FIG. 3 is when the petal-like piece is in the open position. FIG. 4 is a side view of the candle device when the petal-like piece is in the closed position, and FIG. 5 is a plan view of the candle device when the petal-like piece is in the closed position.

  In addition, in the candle apparatus according to the present invention, the shape of the explosive layer formed around the core wire of the light guiding rod largely changes due to combustion. Therefore, in order to make the drawing easier to understand in the drawing, The form after combustion is not shown, and is shown as it is before combustion. In addition, the high-combustibility tube that is mounted on the fire-guiding rod also disappears without losing its original shape due to combustion. Therefore, in order to make the drawing easier to understand, this is also shown as it was before combustion. .

  In each figure, 1 shows a support | pillar. The column 1 according to the first embodiment includes a lower column 1a and an upper column 1b.

  Around the lower support column 1a, a base end 2a of a plurality of petal-like pieces 2 is supported so as to be movable in the vertical direction. In order to support the petal-like piece 2 with respect to the lower support column 1a, a disk-shaped support plate 3 having a cavity formed along the periphery is provided on the lower support column 1a, and the cavity is formed through the long hole 4 provided in the peripheral wall of the support plate 3. Inside, the base end 2a of the petal-like piece 2 provided with a retaining protrusion in a T shape is inserted and supported, and when the petal-like piece 2 takes a closed position with the base end 2a as a fulcrum, the support plate 3 When standing up and taking an open position, the support board 3 is projected radially.

  A candle 5 is attached to the tip of each petal-like piece 2. The candle 5 is inserted into an attachment tube 6 provided on each petal-like piece 2, and the length of the candle 5 falls when the petal-like piece 2 takes the closed position, and the burning wick 5 a is lowered. It is set to be a butted shape. Further, when the petal-like piece 2 is unfolded to take the open position, the candle 5 is made upright on each petal-like piece 2.

  The lower support 1a is supported on the support base 7 so as to be movable up and down. A receiving portion 8 that is recessed in a dish shape corresponding to the support plate 3 is provided on the upper portion of the support base 7. Then, a spring 9 for urging the lower column 1a in the push-up direction is arranged between the support 7 and the support plate 3, and the lower column 1a is lowered with respect to the support 7 against the spring 9. When the petal-like piece 2 takes the closed position, the base part of the petal-like piece 2 is drawn into the receiving part 8 together with the support plate 3.

  The support base 7 is detachably supported by a pedestal 10 having three support legs 10a for self-supporting. For this reason, the lower support 11 is covered with the lower support 1a in the lower part of the support base 7 so that the lower end 11a is pointed. The hollow pierce 11 formed in the shape is provided, and the hollow pierce 11 is detachably inserted into the support hole 10 b provided in the base 10.

  A cup-shaped container 12 is inserted between the lower column 1a and the upper column 1b. The cup-shaped container 12 is formed by raising the peripheral wall on the support plate 3 with the upper surface of the support plate 3 as the bottom surface, and an upper support column 1b protruding from the center of the lid 12a covering the container 12. Yes. The upper support column 1b of the first embodiment is fixed to a support protrusion protruding from the center of the lid 12a.

  On the upper support column 1b, there is erected a fire guiding rod 13 in which a pyrotechnic layer 14 containing a pyrotechnic component is formed around the core wire 13a. The core 13a is exposed at the lower portion of the fire guide rod 13, and the core wire exposed portion is detachably inserted into a support hole 15 provided at the center of the upper support column 1b. It protrudes on the column 1b.

  In addition, a cylindrical portion 16 is extended on the upper support column 1b, and the support hole 15 is positioned in the cylindrical portion 16 so that the base of the flame guide agent layer 14 of the fire guiding rod 13 is gently inserted into the cylindrical portion 16. In the normal state, the combustion cores 5a of the respective candles 5 face each other around the explosive powder layer 14 near the base of the light guiding rod 13 on the upper support column 1b. Is held in a butt shape.

  Here, the combustion core 5a of each candle 5 may be directly faced in a butting manner around the explosive powder layer 14.

  In this case, the simultaneous ignition of each candle 5 to the combustion core 5a is performed by igniting the gunpowder layer 14 with a fire such as a match or a lighter at the upper end of the guide rod 13 so that the gunpowder layer 14 starts to burn and ignites the flame. When the sparks scattered around the bar 13 become beautiful fireworks, and the combustion point (fire source) of the pyrotechnic layer 14 approaches the abutting portion of the combustion core 5a of each candle 5, the spark immediately after the occurrence from the combustion point is a pyrotechnic. When the combustion core 5a is preheated by falling on the combustion core 5a of each candle 5 in a prone state around the layer 14, and the combustion point reaches the butt portion of the combustion core 5a, the outer periphery of the combustion point All the combustion wicks 5a are ignited simultaneously in such a manner that the high temperature combustion wick tips of the candles 5 are taken into the spark immediately after the occurrence.

  In Example 1 shown in the figure, the burning wicks 5a of the candles 5 are indirectly butted around the explosive layer 14 in order to produce an interesting time when the burning wicks 5a of the candles 5 are simultaneously ignited. Adopting a structure that can be exposed.

  In other words, on the cylindrical opening end of the upper support column 1b, the high-flammability tube 17 is mounted on the fire guide rod 13, and the base portion of the high-combustibility tube 17 is opened at the upper end of the support column via the heat shield. The burning core 5a of each candle 5 is made to face each other around the highly combustible tube 17 supported by the end. The heat shield means of the first embodiment includes a cylindrical body inserted into the base of the highly combustible tube 17, a metal receiving seat 18 having a flange formed at the lower end of the cylindrical body, and high combustion on the receiving seat 18. A stepped portion 18a on which the flange of the receiving seat 18 is seated at the opening end of the cylindrical portion of the upper column 1b, and a stepped portion 18a. A step portion 19a on which the heat shield ring 19 is seated is provided in an upper portion of the portion 18a, and a high-combustibility tube 17 with a receiving seat 18 is first loosely inserted into the fire guide rod 13 so that the receiving seat 18 The flange is seated on the stepped portion 18a at the cylindrical opening end, the heat shield ring 19 is inserted thereon, and this is seated on the stepped portion 19a at the cylindrical portion open end, and the tube 17 base is sandwiched between the seats 18 And concentrically support the entire circumference between the highly combustible tube 17 and the explosive layer 14. Forming a slight gap.

  In this case, the simultaneous ignition of each candle 5 to the combustion core 5a is performed by igniting the gunpowder layer 14 with a fire such as a match or a lighter at the upper end of the guide rod 13 so that the gunpowder layer 14 starts to burn and ignites the flame. When the sparks scattered around the rod 13 become beautiful fireworks and the burning point (fire source) of the explosive layer 14 reaches the highly combustible tube 17 covered around the explosive layer 14, The highly combustible tube 17 is ignited by the sparks scattered around 13 and generates a powerful flame, and burns out instantly. The burning wick 5a of each candle 5 is exposed to the flame generated at this time and ignited all at once. Further, since the heat shield ring 19 is provided on the upper portion of the cylinder portion 16, when the fire igniting the fire guide rod 13 comes into the cylinder portion 16 below the heat shield ring 19, the space is partially Because it is closed, the temperature around the fire becomes high. Thus, even if the high-flammability tube 17 is not used, as described later, the lead wire 24 is provided in the cylindrical portion 16 on the lower side of the heat shield ring 19 so that the lead wire 24 is heated with this high temperature. The insulating layer can be melted.

  Moreover, in Example 1 shown in the figure, in order to hold the petal-like piece 2 in the closed position by lowering the lower support 1a against the support 7 in the normal state, that is, against the spring 9, the support 7 And the cylindrical opening end of the upper column 1b are connected by a combustible lashing string 20. The lower end of the lashing strap 20 is fixed to the support base 7 and the upper end is passed through a through-hole or the like provided at an appropriate position so as not to obstruct the upper support 1b as much as possible. The tube is guided to the opening end of the tube portion, fixed in a hooked manner in a notch-shaped locking groove 21 at the tube end opening end, and is brought into contact with the explosive agent layer 14 of the light guide rod 13 in the tube portion 16. Thus, it is made to burn out by the combustion heat of the explosive layer 14. The tying string 20 is generally made of a combustible material such as cotton, nylon, but is not limited thereto.

  Here, the development of each petal-like piece 2 after the lashing string 20 is burned out is a movable part including each petal-like piece 2 supported by the lower support 1 a with respect to the support base 7 by the repulsive force of the spring 9. Each petal-like piece 2 is developed on the receiving part 8 by pushing up. At this time, as the base part of each petal-like piece 2 moves upward on the receiving part 8, the tip part to which the candle 5 is attached moves intriguingly and each petal-like piece 2 It is supported uniformly on the receiving part 8.

  In addition, an adhesive or the like is applied to the sliding portion of the lower support column 1a with respect to the support base 7 so that the time until each petal-like piece 2 starts to spread and settles on the receiving portion 8 is not too early. Since the time adjustment is performed, the petal-like pieces 2 are attracted to the eyes even from the operation speed when the petal-like pieces 2 are unfolded, and are effective in increasing the gorgeous atmosphere.

  Further, in the first embodiment shown in the figure, a melody utterance device 22 including a melody utterance circuit IC and a speaker is arranged in the cup-shaped body 12. In order to turn on / off the power source 23 of the melody utterance device 22, a thin insulating layer 2 that is easily damaged by heat is formed on one lead wire 24 connecting the melody utterance device 22 and the power source 23. A twisted wire in which two wires are twisted in an insulated state is used, and at the base end of the twisted wire, one lead wire is connected to the melody voice generating device 22, the other lead wire is connected to the power source 23, and the twisted wire free end is connected to the upper column 1b. Then, it is guided to the open end of the tube portion along the tube and is held in a loosely wound manner around the flame guide rod 13, and the insulating layer between the two wires is burned out by the combustion heat generated when the pyrotechnic layer 14 burns. A short circuit between the lines is generated to turn on the power supply 23. In addition, the lead wire 24 is wound around the lead rod 13 so that the insulating layer is peeled off due to friction between the lead rod 13 and the lead wire 24 to cause a short circuit and the melody generating device 22 does not malfunction. Instead of being held in a shape, the lead wire 24 may be provided in the vicinity of the locking groove 21 or inside the cylindrical portion 16 so as not to contact the fire guide rod 13.

  In the figure, reference numeral 25 denotes a small petal-like piece positioned above the petal-like piece 2 and supporting the base end 25a around the support plate 3 so as to be movable in the vertical direction. Is for increasing the gorgeousness, and like the petal-like piece 2, the base end 25a provided with a T-shaped retaining protrusion is inserted and supported in a cavity provided on the peripheral wall of the support plate 3, It is opened and closed in a form linked to the petal-like piece 2.

  In the candle apparatus shown in the first embodiment configured as described above, first, the candle apparatus is set (standing), for example, at a suitable place on the cake, and a familiar match or lighter is used. Then, when the pyrotechnic layer 14 is ignited at the upper end of the pyrotechnic rod 13, the pyrotechnic layer 14 starts to burn and the combustion point advances toward the base of the pyrotechnic rod 13 in the process of burning. A beautiful firework due to sparks scattered around 13 is seen on the device, and the atmosphere of the venue is enlivened as a forerunner of simultaneous ignition of the burning core 5a of the plurality of candles 5 that follow.

  When combustion of the explosive layer 14 progresses and the combustion point reaches the position of the highly combustible tube 17, the highly combustible tube 17 generates a strong flame and burns out instantly. The combustion wick 5a is exposed and ignited all at once. At this time, the generation of a powerful flame that is seen when the tube 17 burns out in a short time is surprising and intriguing, and produces an interesting effect of simultaneous ignition to the burning core 5a of each candle 5.

  Further, simultaneously with the ignition of the combustion core 5a, the lashing string 20 connecting the support base 7 and the cylindrical opening end of the upper column 1b burns out, and the development of each petal-like piece 2 begins. The development of each petal-shaped piece 2 here pushes up the movable part including each petal-shaped piece 2 etc. supported by the spring 9 on the lower column 1a, and each petal-shaped piece 2 develops on the receiving part 8, The movement of the flame of the candle 5 seen in the movement of each petal-like piece 2 seen at once is a dynamic movement reminiscent of the beautiful diffusion of the fireworks from the ignition of the fireworks in another form There is something similar and it creates an interesting and gorgeous atmosphere.

  Further, at the same time as the ignition of the combustion core 5a, the twisted wire composed of the two wires that are loosely wound around the light guide rod 13 causes a short circuit between the wires, and the power source 23 of the melody vocalization device 22 Is turned on, and music suitable for the place is played from the speaker, so this music is effective to make the venue such as a birthday party fun.

  Next, another embodiment will be described.

  FIG. 6 is a perspective view in which the inspection switch is attached to FIG. FIG. 7 is a partial cross-sectional view of FIG. FIG. 8 is a diagram of the state when the petal-like piece of FIG. 7 is opened. FIG. 9 is a perspective view in which the configuration of the inspection switch in FIG. 6 is changed. FIG. 10 is a partial cross-sectional view of FIG. FIG. 11 is a diagram of the state when the petal-like piece of FIG. 10 is opened.

  As shown in FIG. 6, an inspection switch 28 is provided on the petal-like portion of the support base 7, and as shown in FIG. 7, the nichrome wire (lead wire) 29 is an inspection switch. A power source accommodated in the melody generating device 26 is connected from 28 along the petal-like portion outside the support base 7. Further, the nichrome wire 24 is provided so as to connect the melody generating device 26 and the fire-guiding rod 13 and is electrically wired in parallel with the nichrome wire 29. By adopting such a configuration, the function of the melody generator 26 can be checked (checking whether voice or music has been generated, etc.) by simply pressing the test switch 28 without actually igniting the candle, etc. The function of the product can be confirmed before the sale of the product or before the purchase of the customer's product, and the occurrence of defective products after the sale or after the purchase can be reduced. And the mascot 70 can also be installed on the cover body 12a in a candle apparatus. As shown in FIGS. 9 and 10, in the inspection switch 31 of another embodiment, the inspection switch 31 protrudes outward, and an insulator 33 is inserted in the vicinity of the center thereof. The inspection switch 31 has the + pole and the − pole exposed in the vicinity of the outside, and the function is confirmed by applying a current-carrying power tool 32 prepared in advance to the exposed portion at the time of inspection. Further, at the time other than the inspection, as shown in FIG. 11, the lashing string 20 supporting the petal-like piece is burned out by the candle, and the switch 31 is raised in conjunction with the movement of the petal-like piece. The inspection switch 31 is energized. As a result, even if the insulation of the nichrome wire 24 in the vicinity of the candle is not resolved, the voice or music is output from the melody generating device 30 together with the opening operation of the petal-like piece to which the lit candle is attached, and the party is excited. it can.

  FIG. 12 is a view of a candle device, where (a) is a view from above, and (b) is a view of a connected candle used in (a).

  As shown in FIG. 12 (b), when the connecting type candle 34 having the same core 34b and having the solder 34a attached to both ends thereof is attached to the attachment tube 6 as shown in FIG. 12 (a). Then, the fire guide rod 13 is attached to the attachment tube 6 on a diagonal line with the center axis as the center axis, and this is performed on the plurality of connected candles 34. Since the connecting candle attached to the attachment tube 6 is provided so that the portion of the core 34b is in contact with the fire guide rod 13, the fire of the ignited fire guide rod 13 is in contact with the core 34b. When it reaches, the fire can be efficiently transferred to the core 34b.

  FIGS. 13A and 13B are diagrams of a candle device, where FIG. 13A is a view from above, and FIG. 13B is a view of an annular core candle used in FIG.

  As shown in FIG. 13 (b), the annular core candle 36 in which the core 36b is formed in an annular shape is formed by forming the core 36b into an annular shape and then inserting its tip into the solder 36a again to be hardened. It has become. Then, in the annular core candle 36 in which the core 36b is formed in an annular shape, as shown in FIG. 13 (a), the annular portion of the core 36b is passed through the fire guiding rod 13, and the radiation is focused on the fire guiding rod 13. Is placed on top. Moreover, since the lead 36b is annular, if the fire of the fire guide rod 13 does not immediately move to the lead 36b, the petal-like piece to which the annular lead candle 36 is attached cannot be opened. Until the fire is completely transferred, the lead is in contact with the fire-guiding rod 13, and the ignition error to the candle can be reduced.

  FIG. 14 is a view of a candle device, where (a) is a view from above, and (b) is a view of a long-core candle used in (a).

  As shown in FIG. 14 (b), the long core candle 38 in which the core 38b is attached to the solder 38a and the core 38b is long has an extremely long core compared to a general candle. Yes. As shown in FIG. 14A, the long core candle 38 is attached to at least one of the attachment pipes 6 and is configured to be in contact with the cores of other candles similarly attached to the attachment pipe 6. The core 38b is arranged so as to surround the fire guide rod 13. By forming in this way, a candle can be easily installed and an ignition mistake can be reduced.

  FIG. 15 is a view of a candle device, (a) is a view from above, (b) is a view of a V-shaped candle used in (a), (c) is a view of a candle of (b). It is a figure of the multiple core candle which made the part of a core into multiple pieces.

  As shown in FIG. 15 (b), the core 40b is divided into two branches from the solder 40a, and the V-shaped core candle 40 in which the core 40b is V-shaped is attached to the attachment tube 6. As shown in FIG. 15A, the portion of the core 40b is disposed so as to sandwich the fire guide rod 13 therebetween. By forming in this way, when the fire of the fire guide rod 13 is transmitted to the candle, it becomes easy for the fire to move to the core, and it is possible to reduce ignition errors to the candle. Moreover, as shown in FIG.15 (c), by using the multi-core candle 41 divided | segmented from the wax 41a into the several core 41b, it can make it easier to transfer a fire to a core.

  FIG. 16 is a diagram schematically showing how to bundle candles when there is no fire guide rod, (a) is a diagram showing a state before bundling, and (b) is a diagram showing a core from the state of (a). The figure after twisting (c) is a figure after aligning a core from the state of (a), and fixing with a wax etc. FIG.

  As shown in FIG. 16A, when the ignition part is formed only with a candle without using the fire guide rod 13, the candle core needs to be bundled with a long length. At this time, when three candles attached to the attachment tube 6 are bundled, first, the leading end portions of the cores are brought together, and then the leading end portions of the cores are twisted as shown in FIG. As shown in FIG. 16 (c), there is a method of fixing the end portions brought together with a wax 37 or the like. In the method of twisting together as shown in FIG. 16 (b), a special tool is not required because only the three cores are twisted together by hand, but it takes time to twist them together. On the other hand, in the method of fixing the tip portion with brazing as shown in FIG. 16 (c), it does not take time to twist, but a tool or the like for fixing the brazing in a predetermined position is required, and the equipment investment cost is high. Take it.

  FIG. 17 is a view when the candle of FIG. 16 is attached to the attachment tube, and the petal-like piece is closed, and is a cross-sectional view of the candle device when supported by one upper support column.

  As shown in FIG. 17, a plurality of candle cores 39 are bundled at the approximate center of the candle apparatus with the petal-like pieces 2 closed, and the bundled candle cores 39 are petal-like pieces 2. Is in contact with the upper end 80a of the upper support column 80. Further, a hole or a notch is formed in the vicinity of the upper end portion 80a of the upper support column 80 so that the tying string 20 can be hooked, and the tying string 20 supports the support base 7 so as not to open the petal-like piece 2. It is linked with. The lashing string 20 hung on the upper support column 80 is attached so as to contact the candle core 39, so that the candle core 39 is ignited and burned from the upper end of the core to the wax portion. The lashing string 20 is also burned and then the tying string 20 is burned out and the petal-like piece 2 is opened.

  FIG. 18 is a cross-sectional view of the candle apparatus in the case of using two upper support columns in FIG.

  As shown in FIG. 18, the two upper struts 81 are formed in the vicinity of the central axis of the candle device, and the two upper struts 81 are bundled with a lashing string 20 for connecting to the support base 7. It is put in contact with the core 39 formed. By doing so, when the fire that has been ignited and burned off at the upper end of the lead 39 comes to the portion of the lashing string 20, the range of contact between the lashing string 20 and the fire becomes wider. The lashing string 20 can be burned out more easily than the lashing string 20 hung on the upper support column 80, and the petal-like piece 2 can be opened quickly. Thereby, a party can be advanced smoothly and can be excited.

  FIG. 19 is a front view of the upper strut of three embodiments, (a) is an upper strut in which a hole is provided in a portion to which a lashing string is applied, and (b) is a substantially semicircular shape in which a portion to which a lashing string is applied. (C) is an upper strut in which a portion to which a lashing string is applied is cut into a substantially rectangular shape.

  As shown in FIG. 19 (a), when the hole 82a is provided at the upper end of the upper column 82, it takes time to pass the lashing string 20, but the lashing string 20 does not come off from the top, bottom, left and right. It is possible to prevent the petal-like piece 2 from opening contrary to expectation (see FIG. 17). As shown in FIG. 19 (b), when the upper end portion of the upper column 83 is cut into a substantially semicircular shape 83a, the lashing string 20 can be easily hooked, but the yarn is unwound from above, unintentionally. The petal-like piece 2 may open (see FIG. 17). Further, as shown in FIG. 19 (c), when the upper end portion of the upper column 84 is notched into a substantially rectangular shape 84a, the lashing string 20 can be easily hooked, but the thread detachment from above is illustrated in FIG. Compared with 19 (b), in FIG. 19 (c), since the upper end portion is notched into a substantially rectangular shape 84a, slipping of the notch and removal of the yarn from above can be reduced.

  20-1 is a figure when attaching a candle to a petal-like piece, (a) is an exploded view, (b) is a partial sectional view after attachment. FIG. 20-2 is an enlarged view of another attachment tube, (a) is a plan view, and (b) is a partial cross-sectional view when viewed from the side.

  As shown in FIG. 20-1 (a), the configuration necessary when attaching a candle to the petal-like piece 2 is a clip 86 having a cylindrical collar portion 86a attached directly to the petal-like piece 2 and inserted into the clip 86. A fire extinguishing agent 85 is required. Since the clip 86 has the flange portion 86a, it can be attached to a predetermined position of the attachment tube 6. As shown in FIG. 20-1 (b), the clip 86 for fixing the candle to the attachment tube 6 is inserted until the collar portion 86a contacts the attachment tube 6, as shown in FIG. A cylindrical fire extinguisher 85 is put inside, and a candle is inserted into the cylindrical fire extinguisher 85. By doing so, when the fire is burned and reaches the vicinity of the attachment tube 6, the fire is prevented from further burning by the extinguishing agent 85 inserted into the attachment tube 6.

  FIG. 20B is a diagram of another attachment tube, where (a) is a plan view and (b) is a partial cross-sectional view as seen from the front.

  As shown in FIG. 20-2, the attachment tube 87 has a substantially cylindrical shape, and protrusions 88 are formed at equal intervals on the inner wall of the attachment tube. In addition, an inclined portion 89 is formed on the candle tube insertion side of the attachment tube 87 so that the candle 5 can be easily inserted. A curved portion 91 is formed on the center axis side of the attachment tube 87 of the protrusion 88, and the curved portion 91 can be engaged with the wax portion of the candle 5 to fix the candle 5. . A fire extinguishing agent 90 is filled between the projections 88 arranged at equal intervals. The extinguishing agent 90 is filled to the extent that the center of the attachment tube 87 does not get over the projection 88. The extinguishing agent 90 enters between the candle 5 and the projection 88, and the candle 5 is generated by sliding the candle. Falling off from the attachment tube 87 can be prevented.

  FIGS. 21A and 21B are diagrams showing a closed state of one petal-shaped piece, where FIG. 21A is a front view, FIG. 21B is a rear view, and FIG.

  As shown in FIGS. 21 (a), 21 (b), and 21 (c), the petal-like piece 2 is formed in a scoop shape, and as shown in FIG. 21 (b), the petal-like piece 2 is attached near the center of the petal-like piece. A pipe 6 is attached, and a stopper 42 for preventing dripping of the wax is attached to the lower side of the attachment pipe 6. This stopper 42 is formed in a substantially semi-cylindrical shape, and when the candle burns and melts, it can be prevented that the wax travels down the petal-like piece 2 and falls on a table or cake.

  FIG. 22 is a schematic diagram showing a circuit of the melody generating device, where (a) is a diagram showing the front side, and (b) is a diagram showing the back side. FIG. 23 is a schematic view when the base is inserted into the base.

  As shown in FIG. 22, the circuit of the melody generating device has a battery 43, an IC chip 44, a capacitor 46, a diode 45, and nichrome wires 49 and 50 arranged on the front side of the board 48, and a speaker 47 on the back side of the board 48. It is configured to place. The nichrome wires 49 and 50 include a combustion switch nichrome wire 49 and an inspection switch nichrome wire 50, which are attached to the base in parallel. The IC chip 44 is electrically bonded to the battery 43, the capacitor 46, the diode 45, the speaker 47, and the nichrome wires 49 and 50. With this circuit, when the combustion switch nichrome wire 49 or the inspection switch nichrome wire 50 is short-circuited, sound flows from the speaker 47. And this circuit is designed to automatically stop the sound when the sound flows a predetermined number of times, and at the party to enjoy in a dark room, it is possible to save the trouble of turning off the switch and continue to raise the mood. . Further, as shown in FIG. 23, the base 48 has a substantially trapezoidal shape facing downward, and faces the cup-shaped containers 12 at both the left and right ends and the lower end of the base 48 so that the base 48 can be accommodated in the cup-shaped container 12. Ribs 53, 54, and 55 are projected at the positions. The ribs 53, 54 and 55 are provided in the vertical direction, and grooves 53a, 54a and 55a are formed on the side facing the base 48, respectively. The base 48 is inserted along the grooves 53a and 54a from vertically above the cup-shaped container 12, and the base 48 is fixed to the cup-shaped container 12 by fitting into the groove 55a. The base 28 has inclined portions 48 a and 48 b at both lower ends of the base 28 so that the base 28 does not interfere with the cup-like body 12 when attached to the cup-shaped body 12.

  FIG. 24 is an exploded view of the candle device.

  As shown in FIG. 24, the candle apparatus has a portion having a hollow piercing leg 11, a pedestal 10, and a fixed tray 92. The hollow piercing leg 11 of the candle apparatus is inserted into the pedestal and assembled. In this state, the support leg 10a is inserted into the mounting hole 92a of the fixed plate 92 and fixed. By providing the fixed plate 92, the stability when the petal-like piece 2 is opened can be increased.

  FIG. 25 is a diagram showing a circular substrate having a circuit of a melody generating device of still another embodiment.

  As shown in FIG. 25, the circular base 60 is formed so as to have an opening 60a in the center, and the circular base 60 has substantially semicircular cutouts 63, 64 at a position sandwiching the center O. In the vicinity of the substantially central portion in the radial direction of the circular base 60, holes 65 and 66 are formed. Projections 67 and 68 are formed on the support base 7 from the bottom to the top of the candle device, and protrusions 69 and 70 are formed on the bottom of the support base 7. The circular base 60 is attached by first passing the opening 60a of the circular base 60 through the support base 7, and fitting the notches 63 and 64 with the protrusions 67 and 68 and the holes 65 and 66 with the protrusions 69 and 70. A circular base 60 is fixed to the support base 7. The protrusions 69 and 70 are formed so as to be freely fitted. By doing in this way, the circular base | substrate 60 can be attached or detached easily, and replacement | exchange of the battery etc. which were attached to the circular base | substrate 60 can be performed easily.

  FIG. 26 is a partial cross-sectional view before the pedestal of the candle apparatus having a circular base is assembled. FIG. 27 is a partial cross-sectional view after the pedestal of the candle apparatus having a circular base is assembled.

  As shown in FIG. 26, with the circular base 60 attached to the support base 7, the pedestal 93 is inserted from below the candle device, and is fitted and fixed at the support base 7. The support base 7 has a cylindrical fitting portion 7a. Further, the pedestal 93 is provided with a pan-shaped base accommodating portion 93 a for accommodating the circular base 60. The diameter of the base accommodating portion 93a is slightly larger than the diameter of the fitting portion 7a, and the base accommodating portion 93a is formed so as to be fitted on the fitting portion 7a. As shown in FIG. 27, the candle device in the state where the circular base 60 and the pedestal 93 are assembled has a circular shape because the circular base 60 is accommodated in the candle device by the pedestal 93 and the support base 7. The base 60 does not easily come off the candle device. On the other hand, at the time of maintenance such as battery replacement, it is only necessary to remove the pedestal 93 below the candle device, so that it can be easily removed.

  In the present invention, simultaneous ignition of a candle burning core with a plurality of movements constituting a candle device is performed safely and reliably by using a nearby match or lighter on a light guide rod installed on the device. In addition, since the fire-guiding rod itself also generates fireworks on the device and can enjoy the fireworks in the foreground, it can be used in many ways to raise the venue to a gorgeous atmosphere at family birthday parties and wedding halls in ordinary households. Easy to use. Even if you don't use a fire bar, you can devise a way to bundle the burning cores to reduce candle ignition mistakes, such as birthday parties and wedding halls where you can enjoy the simultaneous firing of candles without fireworks. Can be used.

It is a schematic longitudinal cross-sectional view of a candle apparatus when the petal-like piece of the candle apparatus concerning this invention takes an open position. It is a disassembled perspective view of the principal part of the candle apparatus concerning this invention. It is a perspective view of a candle apparatus when a petal-like piece takes an open position. It is a side view of a candle apparatus when a petal-like piece takes a closed position. It is a top view of a candle apparatus when a petal-like piece takes a closed position. It is the perspective view which attached the switch for a test | inspection to FIG. It is sectional drawing of FIG. It is sectional drawing when the petal-shaped piece of FIG. 7 opens. It is the perspective view which changed the structure of the switch for a test | inspection of FIG. FIG. 10 is a cross-sectional view of FIG. 9. It is sectional drawing when the petal-shaped piece of FIG. 10 opens. It is a figure of a candle apparatus, (a) is the figure seen from the top, (b) is a figure of the connection type candle used for (a). It is a figure of a candle apparatus, (a) is the figure seen from upper direction, (b) is a figure of the cyclic | annular core candle used for (a). It is a figure of a candle apparatus, (a) is the figure seen from upper direction, (b) is a figure of the long core candle used for (a). It is a figure of a candle apparatus, (a) is the figure seen from upper direction, (b) is a figure of the V-shaped candle used in (a). It is the figure which showed typically how to bundle the candle when there is no fire guide rod, (a) is the figure which showed the state before bundling, (b) after twisting the core from the state of (a) (C) is a view after aligning the core from the state (a) and fixing with a wax or the like. It is a figure when the candle of FIG. 16 is attached to a candle apparatus, and a petal-like piece is closed, It is sectional drawing of a candle apparatus when it is supported by one upper support | pillar. It is sectional drawing of the candle apparatus at the time of using the two upper support | pillars of FIG. It is a front view of the upper support | pillar of three example forms, (a) is the upper support | pillar which provided the hole in the part which a thread | yarn receives, (b) The upper support | pillar which notched the part | part which a thread | yarn applies to a substantially semicircle, (c ) Is an upper support column in which a threaded portion is cut out in a substantially rectangular shape. It is a figure when attaching a candle to a petal-like piece, (a) is an exploded view, (b) is a partial sectional view after attachment. It is an enlarged view of another attachment pipe, (a) is a top view, (b) is a partial sectional view when seen from the side. It is a figure of the closed state of one petal-like piece, (a) is a front view, (b) is a rear view, (c) is a partial sectional view seen from the side. It is the schematic which showed the circuit of the melody generator. FIG. 23 is a schematic view when the base is inserted into the base. It is a schematic diagram when inserting a base | substrate in a base. It is an exploded view of a candle apparatus. It is the figure which showed the circular base | substrate which has a circuit of a melody generator. It is a partial cross section figure before the base of the candle apparatus which has a circular shaped base | substrate is assembled | attached. It is a partial cross section figure after the base of the candle apparatus which has a circular shaped base | substrate was assembled | attached.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 support | pillar 1a lower support | pillar 1b upper support | pillar 2 petal-like piece 2a petal-like piece base end 3 support board 4 long hole 5 candle 5a combustion core 6 mounting tube 7 support base 8 receiving part 9 spring 10, 93 base 10a support leg 10b support hole DESCRIPTION OF SYMBOLS 11 Hollow piercing foot 11a Lower end of hollow piercing foot 12 Cup-shaped body 12a Lid 13 Fire guiding rod 13a Core wire 14 Conductive agent layer 15 Support hole 16 Tube portion 17 High combustibility tube 18 Receiving seat 18a Step portion 19 Heat shield ring 19a Step 20 Tightening string 21 Locking groove 22, 26, 30 Melody vocalization device 23 Power supply 24 Lead wire 25 Petal shaped piece (small)
25a Petal-shaped single base 28, 31 Inspection switch 33 Insulator 34 Linked candle 36 Annular core candle 38 Long-core candle 40 V-shaped candle 42 Stopper 70 Mascot 60 Circular base 92 Fixed dish

Claims (12)

A plurality of support pillars, containers, and support pillars are accommodated around the support pillars, which are accommodated at substantially the center of the container, the container is provided on the upper side of the support base, and the lower part is supported on the support base to be movable up and down. Each petal-like piece supports the base end of the petal-like piece so that it can be moved up and down, attaches a candle to the tip of each petal-like piece, and each petal-like piece stands up and takes its closed position. The candle of the piece lies down and is held in this state by abutting the combustion wick above the support column, and this holding is canceled by the simultaneous ignition to the combustion wick, each petal-shaped piece expands, settles in the open position, and is ignited. In the candle apparatus in which the candles stand upright on each petal-like piece, the support column is formed so as to protrude in a rod shape from the container, and the petal-like piece is fixed so that the support unit and the vicinity of the upper end of the support column do not expand. connected by strapping cord, on to the posts, flower An inductive rod in which an inductive agent layer containing a component is formed around the core wire is erected, a heat shield means is provided at the upper end of the support column, and the fire guide rod is inserted through the shut-off means to make the flame guide A candle device characterized in that a rod is supported by the support column, and a burning core of each candle is faced in a butting manner around the flame guide layer of the rod for burning.   The high burnability tube is gently inserted into the light guide rod corresponding to the butting part of the burning core of each candle, and the base of the tube is supported on the upper end of the support via heat shield means. The candle apparatus described.   The heat shield means has a cylindrical portion inserted into the high flammability tube base, a receiving seat having a flange formed at the lower end of the cylindrical portion, and a heat shield ring on the receiving seat and mounted on the high flammability tube. The candle apparatus according to claim 2, comprising:   The core wire is exposed at the bottom of the light guide rod, and the core wire exposed portion is detachably inserted into a support hole provided in the center of the support column to support the fire guide rod on the support column. The support hole is located in the cylinder part, and the base of the pyrotechnic layer is inserted into the cylinder part in a loosely inserted manner, and the receiving seat constituting the heat shield means and the heat shield ring are concentric at the opening part of the cylinder part. The candle device according to any one of claims 1 to 3, which is supported by the above.   The support base that supports the support column is provided with a receiving portion corresponding to the petal-like piece base, and a spring that urges the support column in the push-up direction is arranged between the support base and the support column in the receiving portion. When the petal-shaped piece takes the closed position by lowering the support against the support base, pull the petal-shaped piece base into the receiving part. Connect with a flammable lashing string, attach the tying string to the igniting agent layer of the igniting rod, and burn it off with heat when the igniting agent layer burns to release the tie between the support column and the support base. The candle device according to any one of claims 1 to 4. The strut is divided into an upper strut with an erection rod standing upright and a lower strut supported by a support base, and a cup-shaped container is inserted between both struts. A melody voicing device comprising: a twisted wire in which two conductors are twisted together in an insulated state among the lead wires connecting the melody voicing device to a power source, Connect one lead to the melody vocalization device, the other lead to the power supply, and guide the torsion wire free end to the combustion core butting portion along the upper strut and hold it around the lead rod. candle apparatus according to any one of 請 Motomeko 1 to 5 as insulation between two wires by heat during combustion of the explosive layer is eliminated by caused a short circuit between wiring for oN operating power.   The lead wire of at least one set of the said lead wire is extended outside the said support stand, and it is comprised so that the said melody utterance apparatus may energize by short-circuiting this lead wire. Candle equipment.   The candle apparatus according to claim 6 or 7, wherein the melody utterance device is configured to utter a melody a predetermined number of times after energization. A switch is provided at the tip of the lead wire,
The switch is provided with an insulator between a positive electrode and a negative electrode,
The switch moves when the petal-shaped piece expands, the insulator provided outside the support base is separated from the switch, the insulation is eliminated, and the melody vocalizing device is energized. The candle apparatus according to claim 7 or 8, wherein   The candle device according to any one of claims 1 to 9, wherein at least one combustion core of the candle is divided into a plurality of pieces.   11. The candle apparatus according to claim 1, wherein the candle burning wick shares at least one candle burning wick.   The candle device according to any one of claims 1 to 11, wherein at least one burning core of the candle is formed in an annular shape.

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