WO2004094903A1

WO2004094903A1 - Apparatus for generating color flames

Info

Publication number: WO2004094903A1
Application number: PCT/KR2003/001693
Authority: WO
Inventors: Sun-Ho Koh; Jin-Man Im
Original assignee: Saintcross Co.,Ltd.
Priority date: 2003-04-21
Filing date: 2003-08-22
Publication date: 2004-11-04
Also published as: AU2003252573A1; KR20040091396A

Abstract

The present invention relates to an apparatus for generating color flames. More particularly, it relates to an apparatus for generating color flames which not only provides flames of various colors such as red, blue, green, yellow, purple, etc. as to enhance the atmosphere of indoor/outdoor parties of various scales, training centers, performance stages and large scale festivals or to make the surroundings of the festival area more magnificent, but which also makes the most of the function of the solvent generating color flames by increasing the vividness of the color flames by completely burning the fuel. The present invention comprises a supply portion (20), a regular (22) formed to control gas pressure of the supply portion (20), a solenoid valve formed to be communicated to block and supply gas pressure controlled by the regulator, an atomizing nozzle portion having a color solvent reservoir formed to supply color solvent by the pressure supplied through the solenoid valve, an igniter (30) formed to be automatically ignited when the color solvent filled in/discharged from the atomizing nozzle portion is injected, an igniting portion (50) having a replaceable fuel tank, and a combustion portion (39) formed to enclose the peripheral surface of the atomizing nozzle portion combusted by said igniting portion.

Description

APPARATUS FOR GENERATING COLOR FLAMES

TECHNICAL FIELD

The present invention relates to an apparatus for generating color flames.

More particularly, it relates to an apparatus for generating color flames which not

only provides flames of various colors such as red, blue, green, yellow, purple, etc.

so as to enhance the atmosphere of indoor/outdoor parties of various scales, training

centers, performance stages and large scale festivals or to make the surroundings of

the festival area more magnificent, but which also makes the most of the function of

the solvent generating color flames by increasing the vividness of the color flames

by completely burning the fuel.

BACKGROUND ART

In general, the apparatus for generating color flames mainly used for

indoor/outdoor decoration or for festivals uses oil, LNG, or LPG as a fuel. However, when generating flames using said fuel, only single colored flames of

yellow or red are generated.

Also, in prior art, the apparatus for generating color flames for lightening

the sacred fire so as to notify the opening and closing of various events including the

Olympics or other domestic sports game, or for enhancing the atmosphere of an

event, only generated a single colored flame.

Therefore, such apparatus for generating color flames of prior art could not

arouse a strong interest of the people watching the flames because it generated only

a single colored flame.

However, recently, it became possible to generate flames of various colors

by adding a particular chemical ingredient to the ordinary apparatus for generating

color flames and injecting said chemical ingredient thereafter.

When flames are generated by adding chemical ingredients to the ordinary

apparatus for generating color flames as above, there are disadvantages such that the

apparatus cannot generate the desired vivid color due to imperfect fuel combustion, and that foreign substances remain after combustion.

Further, the ordinary apparatus for generating color flames has

disadvantages that flames are dispersed due to wind even when the flames are

injected or burned by giving pressure on the solution itself such as chemical

ingredients generating colors, and that it may not be ignited because the ignition rate

is remarkably lower when being ignited using the ordinary igniting method, and that

nozzles must be frequently replaced because nozzles get choked up due to imperfect

combustion.

DISCLOSURE OF THE INVENTION

The present invention was originated in order to overcome said

disadvantages of prior art. It is an object of the present invention to provide an

apparatus for generating color flames which will not only provide flames of various

colors such as red, blue, green, yellow, purple, etc. so as to enhance the atmosphere

of indoor/outdoor parties of various scales, framing centers, performance stages and large scale festivals or to make the surroundings of the festival area more

magnificent, but which will also make the most of the function of the solvent

generating color flames by increasing the vividness of the color flames by

completely burning the fuel.

In order to accomplish said objects, the apparatus for generating color

flames of the present invention comprises a supply portion, a regulator formed to

control gas pressure of the supply portion, a solenoid valve formed to block and

supply gas pressure controlled by the regulator, an atomizing nozzle portion having a

color solvent reservoir formed to burn gas for combustion and color solvent supplied

through the solenoid valve, igniting portion having an igniter igniting the gas passed

through and gas of the color solvent injected from the atomizing nozzle portion, said

igniting portion connected to be communicated to the regulator, and a combustion

portion formed to enclose the peripheral surface of the atomizing nozzle portion

combusted by the igniting portion.

The apparatus for generating color flames of the present invention comprised as above will be described in more detail in the following.

The present invention comprises a supply portion 20 formed to supply fuel

gas so as to generate flames, and a regulator 22 formed to control gas pressure of the

supply portion 20.

Also, the present invention comprises a solenoid valve 24 so as to supply

and block the gas supplied from the supply portion 20 smoothly.

Further, the present invention comprises an atomizing nozzle portion 28

having a color solvent reservoir 26 for generating said color flames.

The present invention comprises an igniting portion 50 having an igniter 30

in order to burn gas discharged from said atomizing nozzle portion 28.

Said igniting portion 50 comprises a solenoid valve 23 so as to block and

supply the gas supplied to the supply portion 20.

Also, the igniting portion 50 comprises a replaceable fuel tank 21 which

can not only receive gas from the supply portion 20, but can also receive gas

separately. At the end of the igniting portion 50, a flame extinguishment detection

portion 25 is formed so as to detect whether the flames are extinguished.

A combustion portion 39 is formed to enclose the atomizing nozzle portion

28 so that gas injected from the atomizing nozzle portion 28 is not dispersed, and

burned easily.

Also, in order to generate various colors, said^* combustion portion 39 is

located in the center of the igniting portion 50, and atomizing nozzle portions 38, 48,

58, 68 are located around the combustion portion so as to form a circle.

A color solvent reservoir wherein color solvents are stored, is formed so as

to generate various colors before gas is discharged from the atomizing nozzle portion

28 and burned.

Also, in the atomizing nozzle portion 28, more than two color solvent

reservoirs inhaled by the gas pressure supplied from the supply portion 20, can be

formed as many as the number of colors to be generated.

As another modified embodiment of the present invention, a number of color solvent reservoirs 31, 32, 33, 34 can be formed at a single atomizing nozzle

portion 78.

Solenoid valves 41, 42, 43, 44 are formed in said color solvent reservoirs 31,

32, 33, 34 so as to supply and block the gas and color solvent supplied from the

supply portion 20.

A control portion 40 is formed so that the user can operate the igniting

portion 50 comprising solenoid valves 24, 41, 42, 43,44 and an igniter 30 formed in

order to control the color solvent of the color solvent reservoirs 31, 32, 33, 34 and

the gas of the supply portion 20, more easily.

BRBEF DESCRIPTION OF THE DRAWINGS

Fig. 1 is a drawing illustrating the apparatus for generating color flames of

the present invention.

Fig. 2 is a drawing illustrating the first modified embodiment of the

apparatus for generating color flames of the present invention. Fig. 3 is a drawing illustrating the atomizing nozzle portion formed at the

combustion portion of Fig. 2.

Fig. 4 is a drawing illustrating the second modified embodiment of the

apparatus for generating color flames of the present invention.

Fig. 5 is a drawing illustrating the third modified embodiment of the

apparatus for generating color flames of the present invention.

BEST MODE FOR CARRYING OUT THE INVENTION

The apparatus for generating color flames comprised as above will be

described in more detail in the following with reference to the accompanying

drawings.

Fig. 1 is a drawing illustrating the apparatus for generating color flames of

the present invention.

As shown in Fig. 1, the present invention controls the regulator 22

connected to be communicated in order to control the height of the flame using the gas supplied from the supply portion 20.

After the supply pressure of gas is controlled by controlling the gas pressure

of said regulator 22, the solenoid valve 24 is opened to inject gas of the supply

portion 20 through the atomizing nozzle portion 28.

A gas filler inlet 27 wherein gas is filled in from the supply portion 20, is

formed at said atomizing nozzle portion 28, and when the filled-in gas passes

through, an inlet 29 generating suction force to inhale color solvent is formed at one

end.

Said solenoid valve 24 supplies and blocks gas, and when closed in

emergencies, it can easily block flames from burning, because the gas discharged to

the atomizing nozzle portion 28 from the supply portion 20 is blocked.

If gas of the supply portion 20 is discharged through the atomizing nozzle

portion 28, the igniter 30 generates a spark to ignite the igniting portion 50 so as to

generate flames.

The igniter 30 sends the power source of the utility voltage through a transformer to maintain high pressure, and supplies it to the igniter 30 to ignite

flames by the electric discharge between the igniter 30 terminals.

At this time, the igniting portion 50 ignited by the igniter 30 is burned

continuously so that flames are generated until the firework ends.

Due to the flames ignited at the igniting portion 50 as above, the gas and

color solvent injected from the atomizing nozzle portion 28 are burned at the

combustion portion 39, and thus magnificent flames are generated.

The igniting portion 50 and atomizing nozzle portion 20 of the present

invention are automatically blocked and supplied because solenoid valves 23, 24 are

formed.

Also, when the flame of the igniting portion 50 being used is extinguished,

simultaneously with the solenoid valves 23, 24 being operated by the control portion

40, the flame extinguishment detection portions 25 formed in certain distances on

one end of the igniting portion 50 are operated to be closed.

Said flame extinguishment detection portion 25 is heat induced or electron induced so that the generally used gas can be blocked.

The combustion portion 39 formed at one end of the atomizing nozzle

portion 20, is formed in a cylinder shape so that the flame is not dispersed.

The combustion portion 39 is characteristic in that it has a high ignition rate

and combustibility because the color solvent discharged after being mixed with the

gas injected from the atomizing nozzle portion 28 is faced towards the center

without being dispersed.

Gas burned by being injected from the combustion portion 39 as stated

above, passes through the atomizing nozzle portion 28 to pump up the color solvent

filled in the color solvent reservoir 26 formed at the atomizing nozzle portion 28 into

the atomizing nozzle portion 28. Accordingly, it generates the corresponding color

flames by being burned and injected simultaneously, because it is injected from the

atomizing nozzle portion 28 after being mixed with gas.

At this time, since gas injected from the atomizing nozzle portion 28 is

discharged after being mixed with the color solvent before being burned, the color solvent burns with gas and generates flames of unique colors corresponding to each

color solvent.

That is, due to the gas pressure passing through the atomizing nozzle

portion 28, the color solvent of the color solvent reservoir 26 formed at the

atomizing nozzle portion 28 is naturally pumped up and mixed with the gas passing

through the atomizing nozzle portion 28 and discharged thereafter. Accordingly, it

achieves an optimum mixture with the gas passing through, and is completely

burned.

The gas passing through the atomizing nozzle portion 28 pulls up the color

solvent by making the color solvent reservoir 26 vacuum, and the pulled-up color

solvent is injected as fog simultaneously being mixed with gas.

Because gas and color solvent are injected after being mixed in the

atomizing nozzle portion 28 and burned simultaneously, it is completely burned and

thus can generate flames with vivid colors.

Especially, since the present invention uses an atomizing nozzle portion 28, pressure does not have to be given directly in order to supply color solvent stored in

the color solvent reservoir 26. Instead, it is mixed by being inhaled by the vacuum

generated by passing through the atomizing nozzle portion 28. That is, the

atomizing nozzle portion 28 inhales the color solvent of the color solvent reservoir

26 formed between the atomizing nozzle portions by the gas pressure passing

through the atomizing nozzle portion 28, and discharges the color solvent

simultaneously with gas. In general, nozzles used for paint spray gun are used.

It is preferable for the color solvent reservoir 26 to form a small airing hole

wherein air can pass through so that the color solvent can be easily pumped up to the

atomizing nozzle portion 28 by the vacuum generated when gas is discharged.

That is, if the atomizing nozzle portion 28 maintains in a vacuum status as the

amount of the color solvent being inhaled by the velocity pressure of gas passing

through the atomizing nozzle portion 28 increases or decreases, the color solvent

remains inside not being able to be pumped up to the atomizing nozzle portion 28,

and thus inhibits the generation of flames. Therefore, it is preferable to form a small airing hole so as to prevent this.

The first modified embodiment of the apparatus for generating color flames

of the present invention will be described in the following.

Fig. 2 is a drawing illustrating the first modified embodiment of the

apparatus for generating color flames of the present invention, and Fig. 3 is a

drawing illustrating the atomizing nozzle portion formed at the combustion portion

of Fig. 2.

As shown in Fig. 2, among the apparatus for generating color flames

illustrated in Fig. 1, the present invention forms more than two atomizing nozzle

portions having a color solvent reservoir which has a constitution the same as that of

the color solvent reservoir and atomizing nozzle solvent.

Therefore, not only a single color flame but also flames of various colors

such as red, blue, green, yellow, purple, etc. can be generated by the atomizing

nozzle portions 38, 48, 58, 68 having color solvent reservoirs 31, 32, 33, 34.

At this time, because the color solvent injected from the atomizing nozzle portions 68, 38, 48, 58 is mixed with the gas supplied from the supply portion 20,

flames are generated by being burned by the igniting portion 50 formed in the center

of the combustion portion 39.

As shown in Fig. 3, because the igniting portion 50 is located in the center

of the atomizing nozzle portions 68, 38, 48, 58 formed on the combustion portion 39

to keep the flames continuously alive, the ignition rate of the injected color solvent is

very high.

Therefore, as shown in Fig. 2 and Fig. 3, it is possible for the user to obtain

the desired color flames if color solvents of different colors which serve the purpose

of each event are supplied by forming a number of atomizing nozzle portions 38, 48,

58, 68 having color solvent reservoirs 31, 32, 33, 34. That is, it is possible to

operate the apparatus of the present invention to generate color flames as the user

desires by supplying and blocking gas supplied from the supply portion 20 by

controlling the solenoid valves 41, 42, 43, 44 using the control portion 40 controlling

the atomizing nozzle portions 68, 38, 48, 58 having their respective color solvent reservoirs 31, 32, 33, 34.

Filler inlets 11a, lib, lie, lid are formed in each atomizing nozzle portion

38, 48, 58, 68 in order to inhale gas supplied from the supply portion 20 and color

solvent charged at the color solvent reservoirs 31, 32, 33, 34.

Color solvent inlets 9a, 9b, 9c, 9d are formed to be located inside each filler

inlet 11a, lib, lie, lid.

As stated above, color solvent inlets 9a, 9b, 9c, 9d are located inside the

filler inlets 11a, lib, lie, lid so that the color solvent can be inhaled as gas passes

through the filler inlets 11a, lib, lie, lid.

Solenoid valves 41, 42, 43, 44 are respectively formed at the filler inlets 11a,

lib, lie, lid of the atomizing nozzle portions 38, 48, 58, 68 so that only the desired

color solvent is inhaled.

Since the solenoid valves 41, 42, 43, 44 are closed and opened by a control

portion 40 which is operated by the user, the user can generate the desired color

easily. Further, when the flame of the atomizing nozzle portions 38, 48, 58, 68 or

the igniting portion 50 is put out, such extinguishment of the flame is detected by the

flame extinguishment detection portion 25, and the solenoid valves 23, 24 are

operated to block the gas supplied from the supply portion 20.

Hereinbelow, the second modified embodiment of the apparatus for

generating color flames of the present invention is described.

Fig. 4 is a drawing illustrating the second modified embodiment of the

apparatus for generating color flames of the present invention.

The present invention, as illustrated in Fig. 4, provides a plurality of color

solvent reservoirs 31, 32, 33, 34 to an atomizing nozzle portion 78 in order to

generate various colors of flames such as red, blue, green, yellow, purple, etc. in

addition to a single color of flame according to the apparatus for generating color

flames such that when different color solvents are supplied in accordance with the

need of the functions/events, the user is able to obtain his/her desired color of flames.

The atomizing nozzle portion 78 is characterized in that a plurality of color solvent reservoirs 31, 32, 33, 34 is provided in order to be sucked/inhaled by the gas

supplied from the supply portion 20.

Said color solvent reservoirs 31, 32, 33, 34 are filled with color solvents,

each manifesting different colors of the flames, respectively, and thus the user selects

his/her desired color of the color solvent and let such color solvent be inhaled/sucked

by the atomizing nozzle portion 78, which provides a color flame corresponding to

the solvent.

In this regard, each of the color solvent reservoirs 31, 32, 33, 34 is installed

with solenoid valves 41, 42, 43, 44, respectively for controlling inflow and blocking

of the gas and color solvent to the atomizing nozzle portion 78.

Accordingly, the remaining color solvent reservoirs except for the color

solvent reservoirs desired by the user for his/her necessary colors to be inhaled is

fastened by the solenoid valves in order not to discharge the color solvent.

If any one of the color solvent reservoirs 31, 32, 33, 34 fastened by the

solenoid valves 41, 42, 43, 44 of Fig. 4 is opened, only the color solvent of the opened color solvent reservoir is inhaled to the atomizing nozzle portion 78 and

injected. Thus, the flame desired by the user is generated.

Also, the present invention is characterized in that it provides a (an

automatic) control portion 40, which can change the color of the flames by a simple

operation at any time.

The (automatic) control portion 40 controls the operation of the solenoid

valves 41, 42, 43, 44 installed at the color solvent reservoirs 31, 32, 33, 34, and also,

controls the igniting portion 50 having a igniter 30 and the operation of the solenoid

valve 24 for controlling the gas supply. That is, when the power is supplied by the

(automatic) control portion 40, the solenoid valve 24 is opened, the electric

discharge is initiated at the igniter 30, and simultaneously gas supplied from the

igniting portion 50 is ignited so as to generate flames continuously. Thus, the gas

discharged from the atomizing nozzle portion 78 is ignited by the flames of the

igniting portion 50.

The flames generated at this state are made by the color solvents selected from the color solvent reservoirs 31, 32, 33, 34 being mixed together with the gas

passing through the atomizing nozzle portion 78 to be injected/sprayed, wherein the

gas and the color solvents are simultaneously burnt.

The selected color solvents sprayed/injected and burnt through the

atomizing nozzle portion 78 as above can generate various color flames such as red,

yellow, blue, green or purple, etc.

Also, the present invention described a use of an apparatus for generating

color flames by using color solvents. However, the present invention is not limited

thereto, and it is certainly possible to connect several numbers of the apparatuses for

generating color flames with connecting jack, etc. and to operate to produce/present

various flame/fire shows with a single control portion.

The apparatus for generating color flames can install the supply portion 20

inside the apparatus, which can not only be manufactured in a small size but also be

convenient for moving as it is in a small size and be installed at various positions.

Further, the present invention is characterized in that when the flame show continues for a long time, the supply portion 20 can be installed at the external

portion such as the installation of the supply portion 20 inside the apparatus as

illustrated in Figs.2 & 4 so as to supply much gas, which can be used for a long time.

The atomizing nozzle portion 78 is provided with a plurality of filler

openings/inlets 11a, lib, lie, lid in order to inhale gas supplied from the supply

portion 20 to each of the color solvent reservoirs 31, 32, 33, 34, respectively.

Also, the filler openings/inlets 11a, lib, lie, lid of the gas is formed with

color solvent inlets 9a, 9b, 9c, 9d to be communicated. Such constitution enables

the color solvents filled in the color solvent reservoirs 31, 32, 33, 34 to be more

easily inhaled by gas passing through the filler openings/inlets 11a, lib, lie, lid.

When the gas supplied from the supply portion 20 is discharged through the

filler openings/inlets 11a, lib, lie, lid provided on the atomizing nozzle portion 78,

the solenoid valves 41, 42, 43, 44 are operated and controlled.

In addition, the other solenoid valve 24 provided at the discharge portion of

the supply portion 20 is used and controlled beforehand so as to block twice over, which is characterized to have an excellent safety.

According to the present invention, the solenoid valves 23, 24 provided at

the supply portion and the replaceable fuel tank 21 are automatically shut off by a

flame extinguishment detection portion 25, and thus even when the flames of the

igniting portion 50 are put out, the gas is not discharged unnecessarily.

Fig. 5 is a drawing illustrating the third modified embodiment of the

apparatus for generating color flames of the present invention.

The replaceable fuel tank 21 is easy to install in the apparatus of the present

invention, and characterized in that portable butane gas canisters easily obtainable

from the market can be used.

Accordingly, in the modification of the present invention, the flames are

generated continuously at the igniting portion 50 through the replaceable fuel tank

21, and thus when the supply portion 20 supplies only the pressurized air to the

atomizing nozzle portions 38, 48, 58, 68, the color solvents filled in the color solvent

reservoirs 31, 32, 33, 34 are inhaled and injected/sprayed. In this regard, the supply portion 20 supplying the pressurized air

sprays/injects only the pressurized air and the color solvent by the atomizing nozzle

portions 38, 48, 58, 68.

The color solvent sprayed/injected by the pressurized air as above will

manifest color flames when the color solvent sprayed/injected from the atomizing

nozzle portions touches the flame of the igniting portion 50 and burns since the

flames are continuously generated from the igniting portion 50.

Further, it is certainly possible that the supply portion 20 can supply and use

gas to the supply portion 20 as well as first of all, discharge and use only the

pressurized air discharged from the atomizing nozzle portions 38, 48, 58, 68. That

is, since the pressurized gas is sprayed/injected while the solenoid valve 41 of the

atomizing nozzle portions 38, 48, 58, 68 is closed using gas instead of the

pressurized air at the supply portion 20, the present invention is characterized in that

flames in the true colors of the gas can only be generated.

The present invention is provided with a solenoid valve 23 for blocking fuel supplied from the replaceable fuel tank 21 when the flame of the igniting portion 50

dies while in use.

The solenoid valves 23, 24 provided on the replaceable fuel tank 21 and the

supply portion 20 are automatically closed by the flame extinguishment detection

portion 25 for detecting flames of the igniting portion 50.

The characteristic of the present invention sharply increases safety for

preventing fire beforehand, wherein the igniting portion 50 and the solenoid valves

23, 24 of the atomizing nozzle portions 38, 48, 58, 68 are automatically closed by

the aforementioned solenoid valves 23, 24, and thus even when the flame of the

igniting portion 50 is put out, gas and the pressurized air will not be continuously

discharged.

INDUSTRIAL APPLICABILITY

The apparatus for generating color flames of the present invention provides

an effect of variously furnishing several colors of flames in order to further raise the mood of the indoor/outdoor parties in various scales, training centers, performance

stages, big festivals, etc. or to magnificently change the surroundings of the festival

grounds.

Also, the burning flames can be completely burned so as to raise the clarity

of the color, which is characterized in that the effect of the color flames is

maximized.

The present invention can provide industrially useful effects by further

increasing safety and efficiency at functions/events as well as it can render mysteries

of the functions/events and raise the level of the functions/events while attracting the

interest of the participants and lifting mood, etc. at places such as the Olympic

games, athletic meetings, festivals, memorial ceremonies, an eve celebration,

outdoor parties, fraining centers, etc.

The present invention particularly raises safety, which is characterized in

that it prevents unnecessary outflow of gas even when the flames of the igniting

portion are put out so as to prevent fire from occurring.

Claims

We claim:

1. An apparatus for generating color flames comprising;

a supply portion (20);

a regulator (22) formed to control gas pressure of the supply portion (20);

a solenoid valve formed to block and supply gas pressure controlled by the

regulator (22);

an atomizing nozzle portion having a color solvent reservoir formed to burn

gas for combustion and color solvent supplied through the solenoid valve;

igniting portion (50) having a igniter (30) igniting the gas passed through

and gas of the color solvent injected from the atomizing nozzle portion, said igniting

portion connected to be communicated to the regulator (22) ; and

a combustion portion (39) formed to enclose the peripheral surface of the

atomizing nozzle portion combusted by the igniting portion (50).

2. An apparatus for generating color flames comprising; a supply portion (20);

a regulator (22) formed to control air pressure of the supply portion (20);

a solenoid valve formed to be communicated to block and supply air

pressure controlled by the regulator (22);

an atomizing nozzle portion having a color solvent reservoir formed to

supply air and color solvent supplied through the solenoid valve;

igniting portion (50) having a igniter (30) formed to automatically ignite

when the color solvent inhaled/discharged from the atomizing nozzle portion is

inj ected and a replaceable fuel tank (21); and

a combustion portion (39) formed to enclose an end of the peripheral

portion of the atomizing nozzle portion combusted by the igniting portion (50).

3. The apparatus for generating color flames according to Claim 1 or 2, wherein the

solenoid valves are formed respectively to control the igniting portion (50), the

supply portion (20), and the color solvent reservoir.

4. The apparatus for generating color flames according to Claim 1 or 2, wherein the

combustion portion (39) comprises at least two atomizing nozzle portions having a

color solvent reservoir.

5. The apparatus for generating color flames according to Claim 3, wherein an

automatic control portion (40) for controlling the solenoid valve and the igniting

portion is formed.

6. The apparatus for generating color flames according to Claim 1 or 2, wherein a

flame extinguishment detection portion (25) is formed in the igniting portion.

7. The apparatus for generating color flames according to Claim 1 or 2, wherein the

atomizing nozzle portion comprises a plurality of color solvent reservoirs.