CN100565004C - Candle holder - Google Patents

Abstract

The invention provides a candle holder which can be used for simultaneously igniting candle wicks of a plurality of candles which are safely and reliably kept close together by using matches, lighters and the like, and can be used as a cushion program to generate sparks before the candle wicks of the candles are simultaneously ignited, so that people can appreciate the sparks, and the joyful atmosphere of a meeting place is improved. A plurality of petal-shaped pieces (2) are supported around a support column (1) supported on a support table (7), and the petal-shaped pieces (2) can be freely opened and closed in the vertical direction, when the petal-shaped sheets (2) take the closed position, the candle (5) mounted on the front end of each petal-shaped sheet (2) falls down, so that the candle wick (5a) is closely arranged above the support column to keep the state, when the candlewicks (5a) are ignited at the same time, the petal-shaped sheets (2) are unfolded, the candles (5) which are lighted at the opening position stand on the petal-shaped sheets (2), in this candle holder, a flame guide rod (13) formed by attaching a flame guide layer (14) containing a spark component to the periphery of a core wire (13a) is erected on a support column (1), and the candle core (5a) of each candle (5) is arranged to be in close proximity to the periphery of the flame guide layer (14) near the base of the flame guide rod (13).

Description

Candle Holders

technology area

The present invention relates to a candle set with a more joyful atmosphere for birthday parties and related candle services. More specifically, it relates to a candle set that can be ignited at the same time with matches or lighters that are generally available at home.

Background technique

Traditionally, in candle service at birthday parties, etc., such a ceremony is often performed: that is, a plurality of candles are scattered and erected on the cake, and a fire is lit on these candles, and all the candles are blown out shortly thereafter, and then the cake is divided. The candles used here stand directly on the cake, so the candles used for the cake are often fitted with plastic pins or wrapped with aluminum foil on the lower part of the candle.

As mentioned above, in the candle service of putting candles on a cake at a birthday party etc., the atmosphere created by the candle flame is pleasant from lighting the candle to blowing it out, but because the process is very It was over in a short time, so it was difficult to expect the atmosphere of the venue to reach a climax.

Therefore, the applicant of the present invention has proposed such a candle holder, that is, firstly, the base ends of a plurality of petal-shaped pieces are supported around the pillars, and the petals can be freely opened and closed in the up and down direction, and each petal-shaped piece can be opened and closed freely. Put the candle on the front end, when each petal-shaped piece stands up and takes the closed position, the candle of each petal-shaped piece will fall down, so that the candle wick is close to each other, and this state is maintained. The flaps unfold, the feet rest in an open position, and a lit candle stands upright on each petal-like flap.

With this candle holder, instead of standing multiple candles scattered on the cake, multiple candles can be handled together. On the cake, a plurality of candles are distributed and ignited with the action of opening the petals, so the appearance is beautiful, the decoration is strong, and the joyful atmosphere of venues such as birthday parties can be improved (refer to Patent Document 1).

However, in the above-mentioned candle device, each petal-shaped piece is erected to take a closed position, that is, under normal conditions, each candle falls down and spreads out horizontally, and the front end of the candle wick of each candle moves closer to the center of the candle. , maintain the state of being close to each other in such a form, and the front ends of each petal-shaped sheet that stands up and gets the closed position protrudes upwards, presenting a state surrounded by the candles.

If you use the matches or lighters around you to directly ignite multiple candle wicks gathered together at the same time, you must hold the lit matchstick or lighter with your hand, and use the matchstick or lighter to close the candle wick from the top of the fallen candle. The fire is lit on the wick, so the front end of each candle as a surrounding petal-shaped piece will hinder this, and the flames from multiple candle wicks will also cause considerable difficulty in ignition at the same time.

Therefore, above-mentioned candle stand makes each petal-like piece take closed position, under the position that the candle wick of each fallen candle approaches close, arranges igniter in advance, and again, in order to ignite this ignite, prepares the length of the matchstick that is common in length separately. About 2 to 3 times the special ignition rod. When igniting a candle wick, light a match or lighter first on the ignition rod, and then use the ignition rod to ignite the ignition agent. Using the huge heat from the ignition agent fire, all the candle wicks can be instantly and reliably ignited together.

In the above-mentioned candle holder, use the pre-prepared ignition rod to safely and reliably transfer the fire generated by the matches or lighters around you to the multiple candle wicks that are close to the fallen candle, so that the basic function of simultaneous ignition can be fully realized. But in this case, the ignition rod is only used to safely and reliably ignite multiple candle wicks at the same time, and the act of using the ignition rod to move the flame to the candle wick itself has no peculiarities, and it can be said that it is not interesting at all. Thereby, as a candle holder, after many candle wicks are ignited together, if you can see the unfolding action of each petal-shaped sheet, the movement of the candle lit on each petal sheet will be a pleasant thing.

Patent Document 1: JP-A-2004-200136

Contents of the invention

The present invention is made in view of such a situation, and its purpose is to provide a fire that can directly and safely and reliably ignite a plurality of candle wicks that are in a close state with a match or a lighter, and at the same time, before the candle wicks are ignited together, can be used as a Appreciation of the candle holders that create sparks on the candle holders and enhance the festive atmosphere of the venue.

In order to achieve the above object, the candle holder of the present invention is characterized in that the lower part of the pillar is supported on the support platform freely, and the base ends of a plurality of petal-shaped pieces are supported around the pillar, and the petal-shaped pieces can be opened and closed in the upward and downward direction. Freely, a candle is loaded onto the front end of each petal-shaped sheet, and when each petal-shaped sheet stands up and takes a closed position, the candle on each petal-shaped sheet falls down, so that the candle wick is next to the top of the pillar, and this state is maintained. The wicks are ignited at the same time, and after the holding state is released, each petal-shaped sheet is unfolded, and the feet are placed in the open position, and the lighted candle stands upright in the candle holder on each petal-shaped sheet, and is erected on the pillar and is attached by an ignition powder layer containing spark components. The fuse is formed around the wick such that each candle wick is in close proximity to the surrounding layer of the fuse near the base of the fuse.

Here, when the respective candle wicks are kept in close contact with each other, the candle wicks can be directly bonded to each other with a flammable adhesive or the like.

If the candle holder of the present invention constituted in this way is adopted, the candle holder can be placed (stand up) on a suitable place such as a cake in advance, and a match or a lighter etc. When the fuse layer is ignited, the fuse layer starts to burn, and the spark-generating components in the fuse layer react due to the combustion, and the sparks scattered around the fuse rod form beautiful fireworks. As the ignition powder layer burns, its burning point (the place where there is fire) gradually approaches the part where the candle wicks are close together. As it approaches, the sparks just generated from the burning point fall on the surrounding area of the ignition powder layer and lie down. These candle wicks are preheated. Once the burning point reaches the close part of the burning wick, the front end of the high temperature candle wick of each candle touches the spark just generated at the outer periphery of the burning point. The candle wicks ignite together. Simultaneously, the inter-connected relationship of the combustion wicks is released, the combustion wicks are separated, and each petal-shaped sheet is simultaneously unfolded from the closed position and falls on the unfolded position. In this way, each lighted candle is lighted in an upright posture at the front end of each petal-shaped piece.

Thereby if adopt the present invention, light on a plurality of candles by the fire guide stick attached to the candle stand, along with the burning of the fire guide powder layer of the fire guide stick, beautiful sparks can be seen around the fire guide stick, and this spark attracts people Attention, the visual effect of the candle holder is increased, which can further enhance the festive atmosphere. And each candle wick is ignited at the same time, and gradually develops with the combustion of the propellant layer, the spark produced by its combustion preheats the candle wick under the lodging state, the burning point is close to the candle wick, and sparks are generated to ignite the candle wick. The candle wicks ignite together safely and reliably.

Moreover, after the relationship between the candle wicks is released, the dancing of the candle flame, which can be seen in the movement of the petal-shaped pieces unfolding together, is similar to the movement reminiscent of sparks spreading from the ignition to other forms, which arouses people's curiosity. interest. Therefore, it is good for decoration and can add a pleasant atmosphere to venues such as birthday parties.

In the above structure, the high combustibility tube is gently put on the fire starter corresponding to the position where the wick of each candle is next to, and the base of the tube is supported on the upper end of the support by means of heat insulation. After such a structure is formed, when the candle wicks are ignited at the same time, as the combustion of the ignition powder layer gradually develops, its burning point gradually approaches the high-combustibility tube, and the sparks generated by it ignite the high-combustibility tube, and the tube burns in an instant. After burning out, a flame is created around the fuse which ignites each candle wick in unison. Therefore, in this case, it is possible to see the flame that occurs when the high combustibility tube burns out instantaneously, and such an accident can raise people's interest.

Also, the heat insulation means at the base of the tube can reduce abnormalities such as scorching of the tube support portion of the plastic-made support due to flames and high heat generated when the high combustibility tube burns out.

In the above structure, the heat insulation means is preferably composed of a tube inserted into the base of the high-combustibility tube, a support seat with a flange at the lower end of the tube part, and a heat-insulating ring on the support seat covered by the high-combustibility tube. . And in order to support these components on the upper end of the pillar, the core wire is exposed to the lower part of the fuse rod, and the exposed part of the core wire is detachably inserted and installed in the support hole provided in the center of the pillar, and the fuse rod is supported on the pillar. A cylindrical part is extended on the pillar, so that the supporting hole is located in the cylindrical part, the base of the fire-conducting powder layer is slowly inserted into the cylindrical part, and the bearing seat and the heat insulating ring constituting the heat insulation means are concentrically supported at the open end of the cylindrical part. Such a structure is adopted At this time, the positional relationship between the ignition rod and the high combustibility tube can be kept correct, and the flame can be transferred from the ignition powder layer to the high combustibility tube reliably and without mistakes. Moreover, the fuse rod can be loaded and unloaded freely, and the handling is convenient.

In the said structure, on the support platform supporting the support column, a support portion is set corresponding to the base of the petal sheet, a spring that pushes the column up is assembled between the support platform and the column in the support portion, and the elastic force of the spring is resisted, so that the column is relatively When the support platform descends and the petal-shaped piece takes the closed position, pull the base of the petal-shaped piece into the support part. The fixed rope is connected to the fuse layer of the ignition rod. When the fuse layer burns, the rope is burnt due to heat, and the fixed rope between the pillar and the support platform is released. When such a structure is adopted, in the normal state , each petal-shaped sheet can be ensured to be in the closed position. And when a pair of candle wicks are ignited together, the binding and fixed relationship of the movable part comprising each petal-shaped piece with respect to the support platform is eliminated, and each petal-shaped piece is unfolded, so the situation that each petal-shaped piece does not work properly will not occur.

In the above-mentioned structure, the support is divided into an upper support on which the ignition rod is erected and a lower support supported on the support platform, and a cup-shaped container is inserted between the two support, and the melody generating circuit IC and The melody sounding device constituted by the speaker, the melody sounding device is connected to the wire of the power supply, a twisted wire twisted together with two wires in an insulated state is used on a part of the wires, and a wire is connected to the base end of the twisted wire. Connect to the melody sounding device, and connect the other wire to the power supply. Lead the free end of the twisted wire along the upper pillar to the part where the candle wicks are close together, and support it on the ignition rod in a coiled shape. The ignition powder layer The heat generated during combustion eliminates the insulation between the two wires, a short circuit occurs between the wires, and the power is turned on. Once the power is turned on, the candle wicks of each candle are ignited at the same time, and at the same time the power of the melody sounding device is turned on. Music suitable for the occasion is emitted from the speaker, so that the music, the flame of the candle, and the movement of each petal-shaped piece can add fun and improve the festive atmosphere. Furthermore, the power-on operation does not require a switch, so that the structure can be simplified and the cost can be reduced.

Support the base end of a plurality of petal-shaped sheets around the pillars on the supporting platform in a lift-free manner to support the lower part of the pillar, and make the petal-shaped sheets can be opened and closed freely in the up and down direction, and a candle is mounted on the front end of each petal-shaped sheet, When each petal-shaped piece stands up and takes the closed position, the candles of each petal-shaped piece fall down, so that the candle wick is close to each other above the pillar, and this state is maintained. The sheet is unfolded, the foot is in the open position and the lighted candle stands upright on each petal-shaped sheet, and a melody sounding device composed of a melody generating circuit IC and a loudspeaker is arranged in the cup-shaped container or at the bottom of the cup-shaped container. A plurality of groups of wires are arranged, and at least one group of wires in the wires is extended to the vicinity of the candle wick to form a structure capable of short-circuiting the wires by using candle fire, so as to energize the melody sounding device, because the wires in the wires At least one set of wires is extended to the outside of the support platform to form a structure capable of short-circuiting the wires so as to energize the melody sounding device, and inspection can be easily performed without igniting the candle holder.

In the above structure, the melody sounding device has a structure capable of making the melody sound only for a predetermined number of times after being powered on, thus further enhancing the joyful atmosphere of the party.

In the above structure, due to the expansion of the petal-shaped sheet, the insulation of the wire extending to the outside of the support platform is eliminated, and the melody sounding device can be energized. Therefore, even if the insulation of the wire near the candle is not eliminated by the fire, the insulation of the wire is eliminated due to the opening of the petal-shaped sheet, and the melody sounding device can work.

In addition, in the above structure, at least one wick of the candle is divided into multiple components, so that the candle wick can be easily installed in the installation tube, and at the same time, mistakes in ignition on the candle wick can be reduced.

Also, in the above structure, the candle wicks share at least one candle wick, so as long as the fire is lit on one candle wick, a plurality of candles can be lit.

Moreover, in the above structure, since at least one wick of the candle is formed into a ring shape, it is possible to reduce errors in ignition on the wick.

The present invention is implemented with the form described above, if adopt the present invention, ignite on the candle wick of a plurality of candles and carry out by erecting the fuse rod that is arranged in the center of candle holder, the ignition that this fuse rod is carried out can use match or lighter etc. Ignite safely and reliably, and then because of the sparks scattered by the ignition powder layer of the ignition stick, after seeing the joy of beautiful sparks on the candle holder, take the candle wicks of each candle in the lying position and ignite at the same time. Therefore, it can be seen that the petals integrated with each candle are unfolded in sequence, each petal is in an open position, and the candles ignited on each petal are burning, so the decoration of the candle holder can be further improved, and people's attention can be aroused. More interest can effectively enhance the festive atmosphere of venues such as birthday parties.

Description of drawings

Fig. 1 is a schematic longitudinal sectional view of the candle holder of the present invention when the petal-shaped pieces are opened.

Fig. 2 is an exploded perspective view of main parts of the candle holder of the present invention.

Figure 3 is a perspective view of the candle holder with the petals in the open position.

Figure 4 is a side view of the candle holder with the petals in the closed position.

Figure 5 is a plan view of the candle holder with the petals in the closed position.

Fig. 6 is a perspective view in which a switch for inspection is added to Fig. 4 .

FIG. 7 is a cross-sectional view of FIG. 6 .

Fig. 8 is a cross-sectional view of the petal-shaped sheet of Fig. 7 when it is opened.

Fig. 9 is a perspective view showing a modified configuration of the inspection switch of Fig. 6 .

FIG. 10 is a sectional view of FIG. 9 .

Fig. 11 is a cross-sectional view of the petal-shaped sheet in Fig. 10 when it is opened.

Fig. 12 shows a candle holder, (a) is a plan view, and (b) is a diagram showing a link type candle used in (a).

Fig. 13 shows a candle holder, (a) is a plan view, and (b) is a diagram showing a ring-wick candle used in (a).

Fig. 14 shows candle holders, (a) is a plan view, and (b) is a diagram showing a long-wicked candle used in (a).

Fig. 15 shows candle holders, (a) is a plan view, and (b) is a diagram showing a V-shaped wick candle used in (a).

Fig. 16 is a schematic diagram of the way of bundling candles without using the ignition rod, (a) shows the state before bundling, (b) shows the state after bundling the wick from the state of (a), and (c) shows the state from ( In the state of a), the cores are joined together and fixed with wax or the like.

Fig. 17 is a view when the candle in Fig. 16 is installed on the candle holder and the petal-shaped pieces are closed, and is a cross-sectional view of the candle holder when supported by an upper support.

Fig. 18 is a cross-sectional view of a candle holder with two upper pillars of Fig. 17 .

Fig. 19 is a front view of the upper strut of an example of three forms, (a) is an upper strut with a hole in the tie line part, (b) is an upper strut with a roughly semicircular incision in the tie line part, (c) is the upper pillar in which the tie line part is cut into a substantially rectangular incision.

Fig. 20-1 is the situation that the candle is installed on the petal-shaped sheet, (a) is an exploded view, (b) is a partial sectional view after installation.

Fig. 20-2 is an enlarged view of another installation pipe, (a) is a plan view, and (b) is a partial cross-sectional view viewed from the side.

Fig. 21 is a view of a closed state of one petal-shaped piece, (a) is a front view, (b) is a rear view, and (c) is a partial cross-sectional view when viewed from the side.

Fig. 22 is a schematic diagram showing the circuit of the melody sound generating device.

Fig. 23 is a schematic diagram of inserting the template into the base.

Figure 24 is an exploded view of the candle holder.

Fig. 25 shows a circular substrate with a circuit of a melody sounding device.

Fig. 26 is a partial cross-sectional view of the base of a candle holder with a circular base before assembly.

Figure 27 is a partial cross-sectional view of the assembled base of a candle holder with a circular base.

Symbol Description

1 pillar

1a Lower strut

1b Upper strut

2 petals

2a base of petals

3 support plate

4 long holes

5 candles

5a candle wick

6 installation tube

7 support desk

8 Supporting part

9 springs

10, 93 pedestal

10a Support feet

10b Support hole

11 hollow pointed feet

11a The lower end of the hollow pointed foot

12 cups

12a Cover

13 fuse stick

13a core wire

14 fuse powder layer

15 Support holes

16 Barrel

17 High combustibility tube

18 bearing seat

18a Staircase

19 insulation ring

19a Staircase

20 binding fixed rope

21 card slot

22, 26, 30 tune sounding device

23 power supply

24 wires

25 petals (small)

25a base of petals

28, 31 Inspection switch

33 insulator

34 link candles

36 Ring Wick Candles

38 long wick candles

40 V-wick candles

42 brake block

70 protrusions

60 round base plate

92 fixed plate

Detailed ways

The candle holder of the embodiment of the present invention will be specifically described below with reference to the accompanying drawings.

Fig. 1 is a general longitudinal sectional view of the candle holder when the petal-shaped piece of the candle holder of the present invention is in an open position, Fig. 2 is an exploded perspective view of its essential parts, and Fig. 3 is a perspective view of the candle holder when the petal-shaped piece is in an open position, Fig. 4 is a side view of the candle holder when the petal-shaped sheet is in the closed position, and Fig. 5 is a plan view of the candle holder when the petal-shaped sheet is in the closed position.

In addition, in the candle holder of the present invention, the form of the fire-conducting powder layer formed around the core wire of the fire-conducting rod changes greatly due to combustion, so in order to facilitate understanding of the picture on the screen, the form of the fire-conducting powder layer after burning is not shown, but The figure still shows the form before combustion. In addition, the highly combustible tube attached to the fuse rod is covered, and it disappears almost completely without leaving the original shape after burning, so it is shown on the screen as it was before burning for easy understanding.

In each figure, 1 denotes a support. The pillar 1 of Example 1 is comprised from the lower pillar 1a and the upper pillar 1b.

Base ends 2a of a plurality of petaloid pieces 2 are supported in the vertical direction around the lower support 1a so as to be openable and closable. In order to support the petal-shaped sheet 2 on the lower pillar 1a, a disc-shaped support disc 3 forming a cavity is arranged on the lower pillar 1a, and the elongated hole 4 provided on the peripheral wall of the support disc 3 is inserted into the cavity for loading and unloading. The base end 2a of the T-shaped petal-shaped sheet 2 is set on the fixed protrusion to support it, and each petal-shaped sheet 2 takes the base end 2a as a fulcrum, and when the closed position is taken, it stands up around the disk 3, and when the open position is taken, it is The periphery of the support disc 3 expands toward the radiation direction.

A candle 5 is attached to the front end of each petaloid piece 2 . This candle is inserted on the installation tube 6 that each petal-shaped sheet 2 is provided with, and its length is set to the length that candle 5 can fall down and its candle wick 5a forms the state close together when each petal-shaped sheet 2 gets closed position. Again, when the petal-shaped sheets 2 are deployed to take the open position, the candle 5 on each petal-shaped sheet 2 forms an upright state.

The lower pillar 1a is supported on the support platform 7 and can move up and down freely. The top of the support platform 7 is provided with a support portion 8 corresponding to the support plate 3 to form a concave dish shape. In this support portion 8, between the support platform 7 and the support plate 3, Assemble the spring 9 that pushes the lower pillar 1a upwards, withstand the spring 9, so that the lower pillar 1a descends relative to the support platform 7, and when the petal-shaped sheet 2 takes the closed position, the base of the petal-shaped sheet 2 and the support plate 3 can be moved together. Pulled into the support part 8.

The support platform 7 is detachably supported on a pedestal 10 having three support legs 10a for self-support. For this reason, a hollow pointed foot is provided at the bottom of the support platform 7 to cover the lower support 1a freely up and down, and the lower end 11a is formed into a pointed shape. 11. The hollow pointed corner 11 is detachably inserted into the support hole 10b provided on the pedestal 10.

A cup-shaped container 12 is interposed between the lower support 1a and the upper support 1b. The cup-shaped container 12 has the upper surface of the support plate 3 as a bottom surface, and a peripheral wall is erected on the support plate 3 , and an upper support 1b is protruded from the center of a lid body 12a covering the container 12 . The upper pillar 1b of the first embodiment is fixed to a support protrusion protruding from the center portion of the cover body 12a.

On the upper support 1b, an ignition rod 13 forming an ignition agent layer 14 containing a spark generating component is erected around a core wire 13a. The fire starter 13 has a core wire 13a exposed at its lower portion, and the core wire exposed portion is detachably inserted into a support hole 15 provided in the center of the upper pillar 1b, and the fire starter 13 is protruded from the upper pillar 1b.

Also, on the upper pillar 1b, extend the cylindrical portion 16, make the support hole 15 in the cylindrical portion 16, slowly insert the base of the ignition powder layer 14 of the ignition rod 13 into the cylindrical portion 16, and place each on the upper pillar 1b. The candle wicks 5a of the candles 5 are close together around the fire conducting layer 14 near the base of the fire starter 13, and in a normal state, the candle wicks 5a of each candle 5 are kept close together.

Here, a structure may be formed in which the wicks 5a of the respective candles 5 are directly approached to the periphery of the ignition agent layer 14 in a state of close contact.

In this case, the candle wicks 5a of each candle 5 are ignited together, and when the upper end of the fuse rod 13 is ignited with a match or a lighter, etc., the primer layer 14 starts to burn, and sparks fly around the fuse rod 13. Once the ignition point (where there is fire) of the ignition agent layer is close to the position where the candle wicks 5a of each candle 5 are close together, the sparks that just occurred from the ignition point fall on each candle that is in a lodging state around the ignition agent layer 14 5, the candle wick 5a is preheated, and once the burning point reaches the position where the burning wicks 5a are close together, the front end of the high-temperature candle wick of each candle 5 enters the spark that just occurred at the outer periphery of the burning point. In the process, the front candle wicks 5a are ignited together.

In order to make the scene when the candle wicks 5a of the above-mentioned candles 5 are ignited together are more interesting, in the illustrated embodiment 1, the candle wicks 5a of each candle 5 are indirectly close to the structure around the ignition agent layer 14 .

That is to say, on the opening end of the cylinder portion of the upper pillar 1b, the high combustibility pipe 17 is sleeved on the fire starter 13, and the high combustibility pipe 17 is supported on the cylinder portion opening end at the pillar upper end by means of heat insulation, The candle wicks 5a of the respective candles 5 are brought close to the high combustibility tube 17 in a close state. The heat insulation means of this embodiment 1 consists of a cylindrical body inserted into the base of the high combustibility pipe 17, a metal bearing seat 18 having a flange formed at the lower end of the cylindrical body, and the high combustibility pipe 17 is covered on the bearing seat 18. In order to support these components, a stepped portion 18a for placing the flange of the bearing seat 18 is circumferentially provided at the open end of the cylinder portion of the upper support 1b, and a heat insulating ring is placed on the top of the stepped portion 18a. The stepped portion 19a used for the ring 19 is formed into a stepped shape. First, the high combustibility pipe 17 with the bearing seat 18 is slowly inserted into the fire starter 13, and the flange of the bearing seat 18 is placed on the stepped portion 18a at the open end of the cylinder. Insert the heat insulating ring 19 on it, place it on the stepped portion 19a at the open end of the cylinder, form the base of the tube 17 between the bearing seats 18 and support it concentrically, the high combustibility tube 17 and the ignition agent Minute interstices are formed between the layers 14 over the entire circumference.

In this case, the candle wicks 5a of each candle 5 are ignited together, and when the fire-leading powder layer 14 is ignited at the fire-leading rod 13 upper end with matches and lighters, etc., the fire-leading powder layer 14 begins to burn, and around the fire-leading rod 13 The scattered sparks form beautiful sparks, and when the burning point (where there is fire) of the fuse layer 14 reaches the place covering the high combustibility tube 17 around the fuse layer 14, the sparks fly around the fuse rod 13 and ignite high combustion. Sex tube 17, a strong flame burns out in an instant. The flames generated at this time fall on the wicks 5a of the respective candles 5 to ignite them all at once. Again, because the top of tube portion 16 is provided with heat-insulating ring 19, when the fire ignited on the ignition rod 13 reaches in the tube portion 16 of heat-insulating ring 19 lower sides, the space part is closed, so the temperature around the fire is high temperature. In this way, even if the high combustibility tube 17 is not used, the insulating layer of the lead wire 24 can be melted with the heat reaching the high temperature by disposing the lead wire 24 in the tube portion 16 on the lower side of the heat insulating ring 19 as described below.

Also, in the illustrated embodiment 1, in the normal state, that is, the lower support 1a is lowered relative to the support platform 7 against the spring, and the support platform is connected to the support platform with a flammable binding and fixing rope 20 in order to keep the petal-shaped sheet 2 in the closed position. 7 and the open end of the cylinder of the upper pillar 1b. The lower end of the binding fixed rope 20 is fixed on the support platform 7, and the upper end is set at an appropriate place to avoid the place where the through hole or the like that is disturbed on the approach to the pillar 1b leads to the open end of the upper pillar 1b. It is fixed on the notch-shaped draw-in groove 21 that is arranged on the open end of the cylinder, and in the cylinder 16, it is connected to the fire-conducting powder layer 14 of the fire-conducting rod 13, and can be burnt with the heat generated by the combustion of the fire-conducting powder layer 14. broken. The binding and fixing rope 20 is usually made of combustible material such as cotton, nylon, etc., but it is not limited thereto.

Here, the expansion of each petal-shaped sheet 2 after the binding and fixing rope 20 is burnt is that the resilient force of the spring 9 pushes up the movable parts including each petal-shaped sheet 2 etc. supported on the lower pillar 1a with respect to the support platform 7, so that Each petaloid piece 2 is unfolded on the support portion 8 . At this time, on the support portion 8, along with the base portion of each petal-shaped piece 2 moves upwards, the front end of the candle is installed moves down, and each petal-shaped piece 2 is also supported on the support portion 8 after performing such an interesting action.

Also, in order to make the time before each petaloid sheet 2 starts to spread and land on the support part 8 not too fast, the time is adjusted by applying adhesive or the like to the sliding part of the lower support 1a relative to the support platform 7, so each The speed of movement when the petal-shaped pieces are unfolded can also become noticeable, which has the effect of enhancing the joyful atmosphere.

In addition, in the illustrated first embodiment, the melody generating device 22 composed of the melody generating circuit IC and the speaker is arranged in the cup-shaped container 12 . In order to switch on or cut off the power supply 23 of this melody sounding device 22, the lead 24 on one side that the melody sounding device 22 is connected with the power supply 23 adopts two wires that form a thin insulating layer that can only bear less heat that is easily burned. , the twisted wire formed by simply twisting in an insulated state, the melody sounding device 22 is connected to the wire on one side at the base end of the twisted wire, the other wire is connected to the power supply 23, and the free part of the twisted wire is connected along the Lead the upper pillar 1b to the open end of the cylinder, and keep it in the loosely wound state on the fire guide rod 13. The combustion heat when the fire guide powder layer 14 burns will burn the insulating layer between the two wires to make the wire between the wires burn. A short circuit occurs and the power supply 23 is turned on. Again, the friction between the fuse rod 13 and the wire 24 will cause the insulating layer to peel off and form a short circuit. In order to avoid the wrong action of the melody sounding device 22, instead of the state that the wire 24 is wound on the fuse rod, it can also be placed near the draw-in groove 21 or The lead wire 24 is provided inside the cylindrical portion 16 and passed therethrough without being in contact with the starter rod 13 .

In addition, 25 in the figure is located on the upper side of the above-mentioned petal-shaped piece 2, which can automatically open and close the base end 25a to support the small petal-shaped piece around the support disc 3. This small petal-shaped piece 25 is In order to increase its magnificence, the base end 25a of the T-shaped fixing protrusion is inserted into the cavity provided on the wall of the support plate 3 to support the petal-shaped sheet 2 like the above-mentioned petal-shaped sheet 2. Open and close movement.

In the candle holder shown in Embodiment 1 constituted as described above, at first the candle holder is set (erected) at an appropriate place on the cake, for example, when using a match or a lighter at hand to ignite the ignition powder layer 14 at the upper end of the ignition rod 13 , the ignition powder layer 14 begins to burn, and the burning point advances toward the base of the ignition rod 13, the beautiful sparks formed by the sparks flying around the ignition rod 13 can be seen on the candle stand, and then the burning of many candles 5 On the candle wick 5a, igniting simultaneously will push the atmosphere of the venue to the peak as the joy of the pad show.

Along with the progress of the burning of the ignition powder layer 14, when the burning point reaches the high combustibility tube 17, the high combustibility tube 17 generates a strong flame and burns out instantly, and the flame at this moment falls on the candle wick 5a of each candle 5 Light them all together. At this time, the tube 17 burns out in a short time, and strong flames can be seen to take place, which surprises people and arouses people's interest. The candle wicks of each candle 5 are ignited together to form an interesting performance.

Again, simultaneously with igniting candle wick 5a, the binding fixed rope 20 that connects support platform 7 and the tube opening end of upper support 1b is burnt, and each petal-shaped piece 2 begins to unfold, and here, the unfolding of each petal-shaped piece 2, It is an action that the spring 9 pushes up the movable part including the petal-shaped pieces 2 supported on the lower support 1a, and the petal-shaped pieces 2 are expanded on the supporting part 8, and the petal-shaped pieces 2 that can be seen here are simultaneously expanded. The beating of the flame of the candle 5 that can be seen in , is similar to the action reminiscent of the spark spreading from the ignition to other forms, creating a pleasant atmosphere.

And when the candle wick 5a is ignited, the twisted wire formed by the two wires that are loosely coiled and supported on the ignition rod 13 is short-circuited, so that the power supply 23 of the melody sounding device 22 is connected, and the sound is sent from the loudspeaker. Therefore, the music has the effect of bringing a more joyful atmosphere to the venue such as a birthday party.

Next, other embodiments will be described.

Fig. 6 is a perspective view in which a switch for inspection is added to Fig. 4 . FIG. 7 is a partial sectional view of FIG. 6 . Fig. 8 is a cross-sectional view of a state in which the petal-shaped pieces of Fig. 7 are opened. Fig. 9 is a perspective view showing a modified configuration of the inspection switch of Fig. 6 . FIG. 10 is a partial sectional view of FIG. 9 . Fig. 11 is a cross-sectional view of a state in which the petal-shaped pieces of Fig. 10 are opened.

As shown in Figure 6, a detection switch 28 is set on the petal-shaped part outside the support platform 7. To the power source accommodated in the melody sounding device 26. And the nickel wire 24 connects the melody sounding device 26 and the ignition rod 13, and is electrically connected in parallel with the nickel wire 29. By forming such a structure, even if the candle is not actually ignited, the function of the melody sound generating device 26 can be checked only by pressing the switch 28 for inspection (confirming whether there is a sound or a melody, etc.), and it is possible to check whether there is a sound or a melody, etc. The customer confirms the function of the product before purchasing the product, which can reduce the return of defective products after sales or purchase, and the raised portion 20 can also be set on the lid 12a in the candle holder. Also as shown in FIGS. 9 and 10 , in an inspection switch 31 according to another embodiment, the inspection switch 31 protrudes outward, and an insulator 33 is inserted near the center thereof. In addition, the + pole and - pole of the switch 31 for inspection are exposed near the outer side, and a pre-prepared electric device 32 for conducting electricity is pressed against the exposed portion for functional confirmation during inspection. Again, under the situation other than when checking, as shown in Figure 11, utilize candle fire to burn off the binding and fixing rope 20 that supports the petal-shaped sheet, and in conjunction with the opening action of the petal-shaped sheet, the above-mentioned switch 31 rises, and the switch 31 for inspection power ups. In this way, even if the insulation of the nickel wire 24 near the candle is not eliminated, the petal-shaped sheet of the lit candle can be opened while the sound or melody can be output from the melody sounding device 30, which can increase the excitement of the birthday party. atmosphere.

Fig. 12 shows a candle holder, (a) is a plan view, and (b) is a diagram showing a link type candle used in (a).

As shown in Figure 12 (b), the joint type candle 34 with a candle 34a installed at both ends of 34b sharing a wick, as shown in Figure 12 (a), when installed on the installation tube 6, the fuse 13 As the central axis, it is attached to the attachment pipe 6 on a diagonal line, and this is performed for a plurality of connection type candles 34 . In the connecting type candle attached to the mounting tube 6, the wick 34b is set so as to be in contact with the fuse 13, so that when the fire of the ignited fuse 13 reaches the part in contact with the wick 34b, the fire can be burned to the wick 34b efficiently. .

Fig. 13 shows a candle holder, (a) is a plan view, and (b) is a diagram showing a ring-wick candle used in (a).

As shown in FIG. 13( b ), the ring-shaped wick candle 36 in which the wick 36b is formed into a ring has a structure in which the tip is reinserted into the candle 36a after the wick 36b is formed into a ring and fixed. Furthermore, as shown in FIG. 13( a ) in which the wick 36b is ring-shaped, the ring-shaped wick candle 36a has the ring-shaped portion of the wick 36b leading to the fuser 13 , and is arranged on the radial line around the starter 13 . Also, since the wick 36b is formed in a ring shape, in case the fire of the fire starter 13 does not move to the wick 35b immediately, in this case, the petal-shaped piece on which the ring-shaped wick candle 36 is installed cannot be opened, so before the fire completely moves , the core is in contact with the fire starter 13, which can reduce the error of candle ignition.

Fig. 14 shows candle holders, (a) is a plan view, and (b) is a diagram showing a long-wicked candle used in (a).

As shown in FIG. 14( b ), the wick 38b is attached to the candle 38a. In a long-wicked candle 38 with a long wick 38b, the wick is extremely long compared to a general candle. Such long wick candles 38, as shown in Figure 14 (a), at least one is installed on the installation tube 6 to form a structure that is in contact with other candle wicks installed on the installation tube 6, and the wick 38b surrounds the flame guide. Stick 13 configuration. In this way, it is easy to arrange the candle wick, which can reduce ignition errors.

Fig. 15 shows candle holders, (a) is a plan view, (b) is a view showing a V-shaped wick candle used in (a), and (c) shows a multi-wick wax in which a plurality of wicks are formed in the candle of (b).

As shown in Figure 15 (b), the candle wick 40b is installed in two strands from the candle 40a, and the part of the wick 40b forms a V-shaped V-shaped wick candle 40 installed on the installation tube 6, and the part of the wick 40b is installed on the installation tube 6, as shown in Figure 15 (a). ), it is arranged in the form of sandwiching the fuse rod 13. In this way, when the fire from the fuse 13 reaches the candle, the fire can easily move to the wick, which can reduce candle ignition errors. Also as shown in FIG. 15(c), since a multi-wick candle having a plurality of wicks 41b branched from the candle 41a is used, the fire can move to the wick more easily.

Fig. 16 is a schematic diagram of the way of clustering candles without a fuse, (a) shows the state before clustering, (b) shows the state after the wicks are twisted together from the state of (a), (c) shows the state from In the state of (a), the cores are joined together and fixed with wax or the like.

As shown in Fig. 16(a), in the case of forming only the ignition portion with a candle without using the fuse 13, it is necessary to make the candle wick long and tie it together. At this time, when three candles mounted on the mounting tube are bundled together, there is a method of first bringing the front ends of the wicks close to each other, and then twisting the front ends of the wicks together as shown in FIG. 16(b). And Fig. 16 (c) shows the method of fixing the front end portions close to each other with candles 37 or the like. The twisting method shown in Figure 16 (b) does not require special tools due to the three candle wicks being screwed together by hand, but the twisting is troublesome. On the other hand, with the method of fixing the front end portion with a candle shown in Fig. 16(c), it is not troublesome to screw them together, but tools are needed to fix the wax at a predetermined position, which will increase the equipment investment cost.

Fig. 17 is a view when the candle of Fig. 16 is installed on the installation tube, and the petal-shaped pieces are closed, and is a cross-sectional view of the candle holder when supported by an upper support.

As shown in FIG. 17 , the wicks 39 of a plurality of candles are tied together at the approximate center of the candlestick when the petal-shaped pieces 2 are closed, and the tied candle wicks 39 are connected to the upper end of the upper pillar 80 of the petal-shaped pieces 2. 80a contact. Also, a hole or a cutout is formed near the upper end portion 80a of the upper pillar 80 so that the binding fixing cord 20 can be fastened. The binding and fixing rope 20 is connected to the support stand 7 so that the petal-shaped sheet 2 does not open. And the binding fixed rope 20 that is formed to tie on the upper pillar 80 contacts and binds with the candle wick during bundling, so when the candle wick 39 is ignited and burns to the candle part from the new upper end, it also burns on the binding fixed rope 20, Thereafter, the binding and fixing rope 20 is burnt, and the petal-shaped sheet 2 can be opened.

Fig. 18 is a cross-sectional view of a candle holder with two upper pillars of Fig. 17 .

As shown in Figure 18, two upper pillars 81 are formed near the approximate central axis of the candlestick, on the two upper pillars 81, the binding and fixing rope 20 used to connect with the support platform 7 is hung, and it is bound together with the Core 39 contacts. By forming such a structure, when the fire burned over after the upper end of the core 39 is ignited reaches the part of the binding and fixing rope 20, the range where the binding and fixing rope 20 is in contact with the fire becomes larger. Compared with the binding and fixing rope 20, it is easier to burn the binding and fixing rope 20, and the petal-shaped sheet 2 can be opened quickly. In this way, the party can be carried on smoothly and the joyous atmosphere of the party can be increased.

Fig. 19 is a front view of the upper pillar of the example of three forms, (a) is the upper pillar with a hole in the part where the fixed rope is tied, and (b) is the part where the tied fixed rope is cut out into a roughly semicircular shape The upper pillar of the otch, (c) is the upper pillar of the roughly rectangular otch that will tie the part that binds the fixed rope.

As shown in Figure 19 (a), when the upper end of the upper pillar 82 is provided with a hole 82a, it is very troublesome to pass the binding and fixing rope 20, but the binding and fixing rope 20 cannot be removed from up, down, left, and right, so contrary to expectations, Opening of the petaloid sheet 2 can be prevented (see FIG. 17 ). As shown in Figure 19(b), when the upper end of the upper pillar 83 is cut into a roughly semicircular 83a, the binding and fixing rope 20 is easy to tie, but the rope may accidentally come out from above and form a petal shape. Sheet 2 is opened (refer to FIG. 17). Again as shown in Figure 19 (c), in the case where the upper end of the upper pillar 84 is cut into a substantially rectangular 84a, it is easy to tie the binding and fixing rope 20, but compared with Figure 19 (b), Figure 19 ( In c), the slit formed at the upper end is roughly in the shape of a rectangle 84a, so the situation that the rope protrudes from above through the slit can be reduced.

Fig. 20-1 is the situation that the candle is installed on the petal-shaped sheet, (a) is an exploded view, (b) is a partial sectional view after installation. Fig. 20-2 is an enlarged view of another installation pipe, (a) is a plan view, and (b) is a partial cross-sectional view viewed from the side.

As shown in Fig. 20-1 (a), when a candle is installed on the petal-shaped sheet 2, the structure required is that a clip 86 with a cylindrical flange portion 86a directly installed on the petal-shaped sheet 2, and an insertion clip ( extinguishing agent 85 of clip) 86. Since the clip 86 has the flange portion 86 a, it can be attached to a predetermined position of the attachment pipe 6 . The assembly steps are shown in Figure 20-1(b). Insert the clip 86 for fixing the candle into the installation pipe 6 until the flange part 86a touches the installation pipe 6, and put the cylindrical fire extinguishing agent 85 into the clip 86. , candle is inserted in this cylindrical fire extinguishing agent 85. In this way, when the fire burns to the vicinity of the installation pipe 6, due to the action of the fire extinguishing agent 85 inserted into the installation pipe 6, the fire will not burn further.

Fig. 20-2 is a view of another mounting pipe, (a) is a plan view, and (b) is a partial cross-sectional view viewed from the front side.

As shown in FIG. 20-2 , the installation pipe 87 is roughly formed in a cylindrical shape, and protrusions 88 are formed at equal intervals on the inner wall of the installation pipe. Also, an inclined portion 89 is formed on the side of the mounting tube 87 where the candle 5 is inserted, so that the candle can be inserted easily. Moreover, a bent portion 91 is formed on the side of the central axis of the installation pipe 87 of the protrusion 88 , and the bent portion 91 is formed into a structure capable of snapping into the candle of the candle 5 to fix the candle 5 . Fire extinguishing agent 90 is filled between the equally spaced protrusions 88 . The fire extinguishing agent 90 is filled on one side of the central axis of the mounting pipe 87 to the extent that it does not exceed the protrusion 88. The fire extinguishing agent 90 is placed between the candle 5 and the protrusion 88 to prevent the candle from slipping and causing the candle 5 to fall off from the mounting pipe 87.

Fig. 21 is a view of a closed state of one petal-shaped piece, (a) is a front view, (b) is a rear view, and (c) is a partial cross-sectional view when viewed from the side.

As shown in Figure 21-1 (a) (b) (c), the petal-shaped sheet 2 forms a spoon shape, and as shown in Figure 21 (b), a mounting pipe 6 is installed near the central part of the petal-shaped sheet. The downside of 6 is installed to prevent the baffle plate 42 that candle tear is useful. The baffle 42 is roughly formed in a semi-cylindrical shape, and when the candle burns and melts and flows out, it can prevent the wax from flowing onto the petal-shaped sheet 2 and falling on a table or a cake.

Fig. 22 is a schematic diagram showing the circuit of the melody sound generating device. (a) shows the front side, and (b) shows the back side. Fig. 23 is a schematic diagram of inserting the template into the base.

As shown in FIG. 22 , in the circuit of the melody sounding device, a battery 43 , an IC chip 44 , a capacitor 46 , a diode 45 , and nickel wires 49 and 50 are arranged on the front side of the base plate 48 , and a speaker 47 is arranged on the back side of the base plate 48 . The nickel wires 49 and 50 include a nickel wire 49 for a combustion switch and a nickel wire 50 for an inspection switch, which are respectively installed side by side on the base plate. Also, the IC chip 44 is connected to a battery 43 , a capacitor 46 , a diode 45 , a speaker 47 , and nickel wires 49 and 50 . With this circuit, when the nickel wire 49 for a combustion switch or the nickel wire 50 for an inspection switch is short-circuited, the speaker 47 can emit a sound. Moreover, the circuit can automatically stop sounding after sounding for a specified number of times, so that the trouble of cutting off the switch can be saved and the atmosphere will be more enthusiastic in a joyous party with dim lights in the room. As shown in Figure 23 again, the base plate 48 is roughly formed into a downward trapezoidal shape, and flanges 53, 54, 55 are protruded from the left and right ends of the base plate 48 and the positions opposite to the cup-shaped container 12 at the lower end, so that The base plate 48 can be accommodated in the cup-shaped container 12 . The flanges 53, 54, 55 are provided in the vertical direction, and grooves 53a, 54a, 55a are formed on the sides opposite to the base plate 48, respectively. The base plate 48 is inserted along the grooves 53a and 54a from vertically above the cup-shaped container 12, and the base plate 48 is fixed in the cup-shaped container 12 by being fitted in the groove 55a. In addition, since the lower ends of the base plate 28 have inclined portions 48 a and 49 a, when the base plate 28 is attached to the cup-shaped container 12 , the cup-shaped container 12 is not affected.

Figure 24 is an exploded view of the candle holder.

As shown in Figure 24, the candle holder includes a part with a hollow pointed corner 11, a pedestal 10, and a fixed plate 92, the hollow pointed 11 of the candle holder is inserted into the pedestal, in such an assembled state, the mounting hole of the fixed plate 92 Insert leg 10a in 92a to be fixed. By providing the fixed plate 92, the stability when the petal-shaped sheet 2 is opened can be increased.

Fig. 25 shows a circular substrate having a circuit of a melody generating device according to still another embodiment.

As shown in FIG. 25, a circular base 60 is formed in a shape having an opening 60a in the center, and approximately semicircular cutouts 63, 64 are formed on the circular base 60 at positions sandwiching the center O. , holes 65 and 66 are formed in the vicinity of the approximate central portion of the circular base 60 in the radial direction. Also, on the support base 7 , projections 67 , 68 are formed from the bottom to the top of the candle holder, and protrusions 69 , 70 are formed on the lower side of the support base 7 . The installation method of the circular base plate 60 is, at first the support table 7 is passed through the opening 60a of the circular base plate 60, the notches 63, 64 are fitted with the protrusions 67, 68, and the protrusions 69, 70 are fitted with the holes 65, 66. In this way, the circular base 60 is fixed on the support table 7, and the protrusions 69, 70 are formed in a freely fitting shape. In this way, the circular base 60 can be easily attached and detached, and the battery etc. mounted on the circular base 60 can be easily replaced.

Fig. 26 is a partial cross-sectional view of the base of a candle holder with a circular base before assembly. Figure 27 is a partial cross-sectional view of the assembled base of a candle holder with a circular base.

As shown in FIG. 26( a ), in the state where the circular base 60 is mounted on the support stand 7 , the pedestal 93 is inserted from the bottom of the candle holder, and fitted and fixed at the position of the support stand 7 . The support base 7 has a cylindrical fitting portion 7a. Also, a pot-shaped substrate accommodating portion 93 a for accommodating the circular substrate 60 is formed on the pedestal 93 . The diameter of the substrate accommodating portion 93a is made slightly larger than the diameter of the fitting portion 7a, and the substrate accommodating portion 93a is formed in a size capable of fitting on the outside of the fitting portion 7a. Moreover, as shown in FIG. 27, the base 93 for candle holders and the support stand 7 in the state where the circular base 60 and the base 93 are assembled accommodate the circular base 60 in the candle holder, so the circular base is not easily Remove from candle holder. On the other hand, during maintenance such as battery replacement, it can be easily taken out by simply removing the pedestal 93 from under the candle holder.

Industrial Applicability

The present invention ignites the candle wicks together with the movement of a plurality of candles constituting the candle holder, and can use the matches or lighters around the erected fire stick to reliably carry out the fire. The fire stick itself also generates sparks on the device, which can bring It brings great joy, so it can be conveniently used in many ways in order to make the atmosphere of the venue more lively in family birthday parties and wedding ceremonies in ordinary families. Furthermore, even without using a fire stick, by using the method of binding the candle wick together, mistakes in lighting the candle can be reduced, and it can be used for birthday parties and weddings where you can enjoy the joy of lighting the candle together even without fireworks. Ceremony and other places.

Claims (12)

1. candle stick, it is characterized in that, has the support platform, container, pillar, described pillar is set to pass the center of described container, described container is arranged on the described support platform, the bottom lifting of described pillar is propped up freely and is held in the support platform, support the cardinal extremity of multi-disc petal-shaped sheet around the pillar, and make the petal-shaped sheet up and down direction open and close freely, leading section at each petal-shaped sheet is loaded onto candle, each petal-shaped sheet stands up when getting closing position, candle lodging on each petal-shaped sheet, match is close to above pillar mutually, keep this state, match is being lighted a fire simultaneously, after removing this hold mode, each petal-shaped sheet launches, stop in open position, and the candle of lighting stands upright on each petal-shaped sheet, described pillar is given prominence to from described container bar-shapedly, and the upper end of described support platform and described pillar is connected by stationary rope, so that described petal-shaped sheet does not launch, on pillar, erect to be provided with by the powder train layer that comprises the spark composition be attached to around the heart yearn and forms lead lighted torch, each match is close to closes on around near the powder train layer of this base portion of leading lighted torch.

2. candle stick according to claim 1 is characterized in that, the position that is close to corresponding to the match of each candle puts the high combustion pipe leading gentlely on the lighted torch, should manage base portion by heat insulation means and prop up and be held in the pillar upper end.

3. candle stick according to claim 2 is characterized in that, heat insulation means by the tube portion that is inserted in high combustion pipe base portion, have the flange that is positioned at this subordinate end supporting base, be positioned on the supporting base, constituted by the heat insulation loop of high combustion pipe lining.

4. candle stick according to claim 1, it is characterized in that, heart yearn is exposed to leads the lighted torch bottom, the supporting hole that the pillar center is provided with is inserted, is installed in these heart yearn exposed division loading and unloading freely, to lead lighted torch and prop up and be held on the pillar, and on pillar, extend again a portion is set, and make supporting hole be positioned at this one, in tube portion, slowly insert powder train layer base portion, constitute the load bearing seat and the heat insulation loop of heat insulation means in the concentric shape support of tube portion openend.

5. candle stick according to claim 1, it is characterized in that, on the support platform of supporting pillar, support is set corresponding to petal-shaped sheet base portion, in this support, support the spring that assembling upwards pushes away pillar between platform and the pillar, withstand the elastic force of spring, make pillar with respect to supporting platform to descend, when the petal-shaped sheet is got closing position, the base portion of petal-shaped sheet is drawn in the support, under such state, link the tube portion openend of supporting on platform and the pillar with flammable stationary rope, this stationary rope is connected on the powder train layer of leading lighted torch again, this rope blows because of heat when the powder train grate firing burns, and the stationary rope between pillar and the support platform is disengaged.

6. according to each the described candle stick in the claim 1～5, it is characterized in that, pillar is broken as setting setting leads the upper strut of lighted torch and props up the lower posts that is held in the support platform, between two pillars, insert cup-like containers is set, the tune sound-producing device that configuration tune generation IC circuit and loudspeaker constitute in this cup-like containers, this tune sound-producing device is connected in the lead of power supply, adopt on the lead on one side two leads are screwed in together stubborn zygonema with state of insulation, base end part in this stubborn zygonema is connected in a lead on the tune sound-producing device, another lead is connected on the power supply, the free-end of twisting zygonema is guided to the position that match is close together along upper strut, prop up to be held in rolled and lead on the lighted torch, heat that the powder train grate firing produced when burning has been eliminated the state of insulation between two leads, be short-circuited power connection between the lead.

7. candle stick according to claim 6 is characterized in that, described lead extends to the outer setting of supporting platform, and formation can make the lead short circuit, makes the structure of described tune sound-producing device energising with this.

8. candle stick according to claim 6 is characterized in that, described tune sound-producing device forms can only make the tune structure of number of times sounding in accordance with regulations after energising.

9. according to claim 7 or 8 described candle sticks, it is characterized in that the petal-shaped in the outside of described support platform partly is provided with switch, described lead is connected to described switch, and the central authorities of described switch nearby are provided with insulator,

Form owing to launch the action interlock with described petal-shaped sheet, described switch rises, and the insulation that extends to the described lead of described support platform outer setting is eliminated, the structure that described tune sound-producing device can be switched on.

10. candle stick according to claim 1 is characterized in that, at least one match of described candle is divided into a plurality of compositions.

11. candle stick according to claim 1 is characterized in that, the shared at least match of described match.

12. candle stick according to claim 1 is characterized in that, at least one match of described candle forms ring-type.

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