KR101827944B1 - Flame holder system having re-ignition function - Google Patents

Abstract

The present invention relates to a flameholder which illuminates a stadium during the periods of various sporting events such as the Olympics or the National Sports Festivals. The flameholder comprises: a support body part (10) provided in the stadium; a flame forming part (20) provided on an upper end portion of the support body part (10) and having main and auxiliary burners (22, 24); an ignition source supply part (30) supplying a mixture gas to the main and auxiliary burners (22, 24); a burner ignition part (40) igniting the mixture gas supplied to the main and auxiliary burners (22, 24); and a flame maintaining part (60) maintaining the flame ignited by the burner ignition part (40), and delivering an ignition source to reignite the flame when the flame is extinguished. Even when the flame formed by the flame forming part is suddenly extinguished by natural disasters such as the elements, the flame is rapidly reignited to enable a quick response to an abnormal operation of the flameholder, thereby improving operational reliability.

Description

{Flame holder system having a re-ignition function}

The present invention relates to a torchlight that illuminates an arena during a sports event such as the Olympic Games or national sports events. In particular, when the torchlight of the torchbearer is extinguished by rainstorm or the like, it can quickly re- To a recharging system having a re-ignition function.

Generally, a torpedo is a structure that is installed on one side of the main arena during various athletic events such as the Olympic Games, the World Cup, and the national championships. This torch is a state in which the upper part of the structure A nozzle for spraying the burning of the burner is provided in the burner.

For example, as shown in FIG. 1, the shaking table includes a structure 30 installed in a main stadium, a firing bin 20 installed at an upper end of the firing structure 30 for accumulating heat sources, A burner 10 having a plurality of nozzles 11 and a gas supply pipe 12 for supplying a mixed gas to the burner 10.

The igniter 20 is provided with an ignition mechanism 13 for igniting the gas mixture injected through the nozzle 11 of the burner 10. [

Therefore, when the mixed gas supplied to the burner 10 is ejected to the ejection holes of the nozzle 11 and ignited by the ignition mechanism 13, the mixed gas ejected to the ejection holes of the nozzle 11 is burned And in this process, the flame 20 having a predetermined shape and shape is expressed.

However, the above-mentioned constriction includes at least the following disadvantages.

First, in the state where the nozzle 11 is exposed, when the rainwater infiltrates into the nozzle 11 or a strong wind blows, the torch is likely to be turned off.

Second, it is difficult to control the injection amount and the injection pressure of the mixed gas, and thus it is difficult to express the shape of the torch in various ways.

That is, it is difficult to arbitrarily adjust the color of the gas mixture supplied by the gas supply pipe 12, the intensity of the gasification, the height of the gasification, and the like.

Thirdly, when the performance of the ignition mechanism 13 is lowered, the ignition of the ignition is unstable and the reliability of the ignition is lowered.

Therefore, even if the ignition is temporarily turned off by changing the ignition structure of the above-mentioned bulb to improve the reliability according to ignition of the above-mentioned ignition, it is urgently required to control not only the ignition but also the shape and size of the torch.

[references]

* Reference 1: Registration Utility Model No. 20-0435680 (Registered on Feb. 8, 2007)

* Reference 2: Published Patent Application No. 10-2010-0086650 (Published on Aug. 2, 2010)

* Reference 3: Published Patent Application No. 10-2008-0037753 (Published on May 2, 2008)

Accordingly, the present invention has been proposed in order to solve the above-mentioned problems, and it is an object of the present invention to provide a re-ignition function capable of selectively re-ignition when the torch of the torch is extinguished by wind and rain, The purpose of this system is to provide a torpedo system.

According to an aspect of the present invention, there is provided a burner comprising: a support body part installed at an athletic field to form an appearance; a burning forming part provided at an upper end of the support body part and including a main burner and an auxiliary burner; A burner ignition part for igniting the mixed gas of the ignition source supply part to form a torch; and an ignition source for igniting the burner ignition part when the ignition is ignited, And the like.

As described above, the present invention includes at least the following effects.

First, by constituting the above-mentioned torch holding portion in the above-mentioned torso block, even if the torso of the torso block is suddenly extinguished by a natural disaster such as wind and rain, it can respond quickly and reliability according to the operation of the torso block is improved.

Secondly, by configuring the main burner and the auxiliary burner on the shaking table, the shape and strength of the burning can be configured in various ways by the main burner and the auxiliary burner, thereby improving the aesthetics due to the burning.

Thirdly, by providing the burner ignition part in the above-mentioned torso block, it is possible to arbitrarily adjust the color, strength, height, etc. of the mixed gas, and thus the bulging can be advanced, and the sights can be provided.

Fourthly, by forming the partition walls regularly at regular intervals on the inner circumferential surface of the above-mentioned bulge forming portion, even if a natural disaster such as wind and rain occurs in the bulge forming portion, the movement of the bulge is restricted, and the extinguishing of the bulge is prevented.

FIG. 1 is a conceptual diagram showing a constriction according to the prior art,
FIG. 2 is a conceptual view showing a torso according to the present invention,
3 is a view showing a burner of a torchbear according to the present invention,
4 is a view showing a pilot burner of a shaking table according to the present invention,
FIGS. 5A to 5C are views showing a torch holding portion of a torso according to the present invention;
6A and 6B are views showing a sanitizing part of a shaking table according to the present invention.

Hereinafter, embodiments according to the present invention will be described.

2 to 6, the lifting base 1 according to the present invention includes a support body 10 installed at an athletic field to form an outer appearance, a main body 22 installed at an upper end of the support body 10, An ignition source supply unit 30 for supplying a mixed gas to the main / sub-burners 22 and 24 and a gas supply unit 30 for igniting a mixture gas of the ignition source supply unit 30, A burner ignition part 40 which forms a burner ignition part 40 and a burning holding part 60 which retains the burning ignition by the burner ignition part 40 and transfers the ignition source when the burning is extinguished to re- .

The toroidal support 1 according to the present invention includes a support body 10, a torch forming portion 20, an ignition source supply portion 30, a burner ignition portion 40, and a torch retaining portion 60, In particular, even if the burning of the burning forming portion 20 is extinguished by the external environment, the burning of the burning holding portion 60 is used to reignit.

The support body 10 supports the entire load as well as the appearance of the lifting frame 1. Various shapes can be formed in various sizes according to the size of the stadium and the game format, Since the outer appearance of the support body 10 corresponds to an artwork, a detailed description thereof will be omitted.

As shown in FIG. 6, the bulge forming portion 20 is formed at the upper end of the supporting body portion 10 to integrate the bulge, and is preferably formed in a round shape as possible for the accumulation of the bulge The main burner 22 and the auxiliary burner 24 as well as the burner ignition part 40 and the burning holding part 60 are constituted.

That is, the above-described sanitizing and forming unit 20 includes a round-shaped tabletting plate 26 and a heat insulating material 28 attached to the outer circumferential surface of the tabletting plate 26. Particularly, A plurality of barrier ribs 26-5 are formed to limit the movement of the burning.

3, the main burner 22 has a round-shaped gas distribution pipe 22-2 to which the mixed gas is supplied, and a nozzle (not shown) disposed at a predetermined interval on the upper surface of the gas distribution pipe 22-2. And the nozzle 22-4 includes a nozzle 22-4 formed by coupling the outer nozzle A and the inner nozzle B to each other.

The auxiliary burner 24 has the same structure as that of the main burner 22 except for the size of the main burner 22, and a description thereof will be omitted.

The ignition source supply unit 30 supplies a mixed gas required for combustion of the main burner 22 and the auxiliary burner 24 and is provided with a gas supply line 32 for supplying the raw gas to the main burner 22, An air supply line 34 for supplying air to the main burner 22 and a plurality of mixed gas supply lines 34 for connecting the gas supply line 32 and the air supply line 34 to generate a mixed gas, (36).

And a leakage detection sensor 32-2 for detecting leakage of the biogas in the process of constructing the gas supply line 32.

At this time, it is preferable that the gas supply line 32 is configured to automatically shut off the gas supply line according to the signal of the leakage detection sensor 32-2. In addition, it is preferable that a gas pressure detecting sensor 32-4 for sensing the pressure of the raw gas in the process of forming the gas supply line 32 is provided.

Reference numerals 32-6 and 32-8 and 32-9 shown in FIG. 2 denote a gas pressure monitoring gauge, a gas control valve, and a gas pressure regulator.

The air supply line 34 is preferably provided with a check valve 34-1 for preventing the back flow of the air. The air supply line 34 is provided with an air discharge valve 34-2 for discharging the air when the air pressure is equal to or higher than a predetermined value.

The air supply line 34 preferably includes an air pressure detection sensor 34-4 for sensing the pressure of the air. It is preferable that the air supply line 34 is provided with a blower 34-6 for feeding air required for combustion of the raw gas.

Reference numerals 34-3 and 34-5 shown in Fig. 2 denote an air pressure monitoring gauge and an air control valve.

A plurality of mixers (38) for mixing the raw gas and the air are provided between the gas supply line (32) and the air supply line (34).

The burner ignition unit 40 ignites the mixed gas supplied to the main burner 22 and the auxiliary burner 24 and is provided in the burning forming unit 20. The main burner 22 , 24), and a pilot burner is preferably used as the ignition means for the mixed gas.

4, the burner ignition part 40 includes a body 42 mounted to the torch forming part 20 and adapted to receive a mixed gas, A high voltage line 44 connected to the upper side of the body 42 to ignite the main burner 22 and an operation signal to the high voltage line 44 and the high voltage transformer 46 And a support 49 mounted on the side of the body portion 42 and performing a support function.

The controller 48 functions to output various signals required for the operation of the ignition source supplying unit 30.

When the burning of the burning forming portion 20 is extinguished, the burning holding portion 60 transfers the ignition source necessary for re-ignition of the burning. The inner tube 64 and the outer tube 66 and the sealing plate 68 are coupled to the circumferential surface of the inner tube 64 and the outer tube 66. Particularly, The sanctification required for re-ignition is faded.

The gas supply pipe 62 is installed in the internal space of the above-mentioned bulge forming part 20, preferably the discharge pipe of the ignition source supply part 30, to supply the mixed gas, and a body constituting the external appearance of the gas supply pipe, A plurality of gas supply holes 62-2 formed on the circumferential surface of the body, and a blocking plate 62-4 mounted on the upper end of the body.

The inner tube 64 is mounted on the circumferential surface of the gas supply tube 62 to maintain the ignition state of the ignition ignited by the mixed gas and a plurality of air inflow holes 64-2 are formed.

The outer tube 66 is mounted on the circumferential surface of the inner tube 64 to maintain the ignition state of the torch with the inner tube 64 and a plurality of air inflows A hole 66-2 is formed.

The sealing plate 68 seals the lower end of the inner pipe 64 and the outer pipe 66 while being mounted on the circumferential surface of the gas supply pipe 62, A plurality of air inflow holes 68-2 are formed.

Hereinafter, the operation according to the present invention will be described.

First, in order to operate the bulb 1 according to the present invention, the power switch of the apparatuses including the ignition source supply unit 30 is first turned on with the operation switch (not shown) of the bulb 1 turned on The process of "coming" is necessary.

In this case, the mixed gas supplied by the ignition source supplying unit 30 is supplied to the main / auxiliary burners 22 and 24 through the mixed gas supply line 36, and the burner ignition unit 40 ). ≪ / RTI >

That is, the mixed gas injected through the nozzles of the main / auxiliary burners 22 and 24 is burned to form a burning in the burning forming part 20, whereby the main burner 22 and the auxiliary burner 24 ) Are sequentially ignited.

In this process, not only the burning of the burning forming portion 20 but also the burning of the burning holding portion 60 are performed and the burning of the burning forming portion 20 is observed visually and the burning holding portion 60 ) Is not observed.

At this time, the mixed gas supplied by the ignition source supplying unit 30 is supplied to the main / sub-burners 22 and 24 in a mixed state through the mixer 38. Therefore, Can be expressed.

That is, the ignition source supply unit 30 adjusts the gas mixture amount through the gas control valve 32-8 and the air control valve 34-5, and controls the gas pressure monitoring gauge 32-6 and the air pressure monitoring gauge 34-3) to monitor the gas pressure.

Particularly, the handler of the above-mentioned lifting table 1 can receive the signal of the leakage sensor 32-2 to check whether the raw gas is leaked or not, and can also detect the blowing amount of the air using the blower 34-6 Can be adjusted appropriately.

The nozzles of the main / auxiliary burners 22 and 24 are configured such that the outer nozzle A and the inner nozzle B are coupled to each other. No rain or wind flows into the gap between the nozzles, Is minimized.

In the meantime, even if the main burner 22 and the auxiliary burner 24 are subjected to wind and light extinguishment, the burning of the burning holding portion 60 is transmitted to the burning forming portion 20, Is rapidly re-ignited.

That is, since the mixed gas supplied by the ignition source supplying unit 30 is supplied to the main burner 22 and the auxiliary burner 24, (20).

In addition, since the movement of the above-mentioned burning is restricted by the partition 26-5 of the above-mentioned burning forming portion 20, the sudden extinguishment of the burning can be prevented.

Therefore, the lifting by the apparatus is restricted by the partition 26-5, so that sudden turn-off is prevented, and even if the torch of the torch forming portion 20 suddenly goes out, the torch holding portion 60 quickly Lt; / RTI >

The present invention is not limited to the above-described embodiments, and various modifications and changes may be made without departing from the scope of the present invention as set forth in the following claims. Any person skilled in the art There is a technical spirit to the extent that various changes can be made.

Description of the Related Art [0002]
1: Lifting frame 10: Support body part
20: Burning forming part 22: Main burner
24: Auxiliary Burner 26: Room Publishing
26-5: partition wall 28: insulation
30: source of ignition source 32: gas supply line
34: air supply line 36: mixed gas supply line
38: mixer 40: burner ignition part
42: body 44: power cable
46: high voltage transformer 48:
49: District 60:
62: gas supply pipe 62-2: gas supply pipe
62-4: blocking plate 64: inner tube
64-2: air inflow hole 66: outer tube
66-2: air inflow hole 68: sealing plate
68-2: Air inflow ball

Claims (5)

A support body 10 installed in the stadium and having an outer appearance,
A burning forming part 20 provided at an upper end of the supporting body part 10 and having a main burner 22 and an auxiliary burner 24,
An ignition source supply unit 30 for supplying a mixed gas to the main / auxiliary burners 22 and 24,
A burner ignition part 40 for igniting the mixed gas of the ignition source supplying part 30 to form a torch,
(60) for maintaining the burned state by the burner ignition part (40) and transferring the ignition source to re-ignite when the burn-out is extinguished,
A plurality of partition walls 26-5 are formed on the inner circumferential surface of the above-mentioned sacrificial portion 20 to restrict the movement of the above-
The holding unit 60 includes:
A gas supply pipe 62 mounted on a discharge pipe of the ignition source supply unit 30 to supply the mixed gas,
An inner tube 64 mounted on the circumferential surface of the gas supply pipe 62 to maintain an ignited state of ignition ignited by the mixed gas,
An outer tube 66 mounted on a circumferential surface of the inner tube 64 to maintain the ignited state of the torch with the inner tube 64,
And a sealing plate (68) for sealing the inner tube (64) and the lower end of the outer tube (66) while mounted on the circumferential surface of the gas supply tube (62)
A gas supply hole 62-2 is formed on the peripheral surface of the gas supply pipe 62,
Wherein the inner pipe (64), the outer pipe (66), and the sealing plate (68) have a re-ignition function in which respective air inflow holes (64-2, 66-2, 68-2) are formed.
delete The method according to claim 1,
Wherein the main burner 22 and the auxiliary burner 24 have a re-ignition function in which a plurality of nozzles configured by coupling the outer nozzle A and the inner nozzle B are regularly mounted.
The burner according to claim 1, wherein the burner ignition part (40)
A body 42 for containing the mixed gas,
A high voltage line 44 coupled to the body 42 to supply power,
A high pressure transformer 46 coupled to the body 42 to ignite the main burner 22 and the auxiliary burner 24,
And a support (49) mounted on a side of the body (42).
The ignition device according to claim 1, wherein the ignition source supply unit (30)
A gas supply line 32 for supplying a raw gas to the main burner 22,
An air supply line 34 for supplying air to the main burner 22, and
And a mixed gas supply line (36) for connecting the gas supply line (32) and the air supply line (34) to generate a mixed gas.

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