KR200177483Y1 - The firework for a event - Google Patents

Abstract

The present invention relates to a super-fraction flame for the event, and more specifically, a flame shot to enhance the stage atmosphere of the performer performing on stage and the celebration atmosphere of the audience during the stage event by emitting a flashing fire pillar around the stage. It is related to the eventual fractional pyrotechnics that enable re-ejection with a time difference after the eruption to further enhance the performance atmosphere.

The present invention for achieving the above object is to prevent the leakage of the outer cylinder (11) and the flame agent (14) filled therein to fill the flame (14) therein to eject the flame and at the same time the outer cylinder ( 11) the upper and lower finishing layers 13a and 13b fixed to the upper and lower ends and through holes 13a 'formed at the center of the upper finishing layer 13a to finish the upper and lower parts of the flame. A pyrotechnic bomb consisting of a fuse line (12) for igniting (14),

A first flame 14a and a second flame 14b which are filled between the upper and lower finishing layers 13a and 13b and separately filled in two or more so that the flame can be ejected two or more times; The separation and filling of the first and second flames (14a, 14b) is provided between the separation plate 16 is connected to the connection line 15 so that the flame 14 is ejected with a time difference.

Description

Superfractionated Fire Bomb {The firework for a event}

The present invention relates to an ultra-fractional pyrotechnic for an event, and more specifically, a pyrotechnic pillar that emits sparkling pillars around the stage during the stage event to enhance the stage atmosphere of the performers and the celebration of the audience. It's about an eventual fractional pyrotechnic that allows the jet to be jetted at different time intervals, thus furthering the atmosphere.

In general, when a performer performs a song or performance on a stage, indoors or outdoors, a burst of various colors of flame pillars are instantly ejected in the form of ultra-fountains to enhance the stage atmosphere and the atmosphere of the audience. It is well known that it has been used forever.

Conventional ultra-high fountain flame bomb 110 used for this purpose, as shown in Figs. 1 to 3, the outer cylinder 111 is filled with a flame agent (114) to eject the flame instantaneously. And, to prevent the leakage of the flame agent (114) filled therein and at the same time, the upper and lower ends are fixed to the upper and lower ends to close the upper and lower ends of the outer cylinder 111 (113a, 113b) And, through the through hole (113a ') formed in the center of the upper finishing layer (113a) is composed of a fuse line 112 for igniting the flame 114, such a conventional flame bomb 110 is an outer cylinder After fixing the 111 using the ground around the stage or a separate holder, through the through-line 112 protruding through the through-hole (113a ') in the center of the upper finishing layer (113a) protruding to the upper portion of the outer tube (111). When ignited by a separate means, the flame enters the fuse 112 to ignite the flame (114) At this time, the flame is filled in the outer cylinder 111 through the through hole 113a 'of the upper finishing layer 113a and the flame is ejected to perform a performance such as a stage atmosphere at a stage event performed indoors or outdoors. It can raise the mood.

However, the conventional flame coal 110 used for this purpose is made of a material of mud on the upper and lower parts to prevent the leakage of the flame agent 114 filled therein and to close the upper and lower parts of the outer cylinder 111. It is impossible to fill the space of the flame agent 114, which is filled in the interior of the outer cylinder 111 finished with the finishing layers (113a, 113b) can not be filled only a single amount of the flame agent (114) flame coal 110 ), Only one shot of the flame agent 114 filled with a single layer is instantaneously ejected, and the continuous ejection effect cannot be obtained, which causes difficulty in continuously raising the performance atmosphere such as a stage atmosphere. .

Therefore, in order to obtain a continuous ejection effect, the delayed ignition can be instantaneously ignited by artificial ignition in a state in which a plurality of super-fractional coals 110 are pre-installed, and thus the necessary expenses such as the purchase of a large amount of ultra-fractional coals are obtained. In addition to the excessive defects, as well as a plurality of installations caused a problem that takes a lot of time to prepare the event according to the installation of the flame coal.

Therefore, the present invention was conceived to solve the above-mentioned conventional drawbacks and problems, and the main purpose of the present invention is to present a stage atmosphere of performers performing on stage by ejecting sparkling pillars around the stage during the stage event. It is to provide a super-fractionated spark coal for the event that enables to continuously raise the atmosphere even after jetting once more to raise the atmosphere of the performance such as the atmosphere of the audience celebration. .

Another object of the present invention is to make and install and use the pyrotechnics filled with a plurality of layers of the pyrotechnics packed in one layer so that the installation work can be simplified and the installation time can be shortened and required according to the purchase. It is intended to provide eventual fractional pyrotechnics that can significantly reduce expenses.

1 is an exploded perspective view showing a conventional event fire coal.

Figure 2 is a partially cutaway perspective view showing a combined state of a conventional event fire coal.

Figure 3 is a cross-sectional view showing a conventional coal fire.

Figure 4 is an exploded perspective view showing a spark fire for the event according to the present invention.

Figure 5 is a partially cutaway perspective view showing a combined state of the event flame bullet according to the present invention.

Figure 6 is a cross-sectional view showing an event flame bullet according to the present invention.

Explanation of symbols on the main parts of the drawings

10; Pyrotechnics 11; External

12; Conductive lines 13a, 13b; Upper and lower finishing layers

14; Flame agent 14a; The first firework

14b; Second flame 15; Connecting lead wire

16; Spacing

The present invention for achieving the above object,

Upper and lower parts fixed to the upper and lower parts to fill the inner and outer parts of the outer cylinder to fill the inner and outer parts of the inner and outer parts of the outer cylinder and to prevent the leakage of the sparkling material filled inside. In the pyrotechnics consisting of a finish line and a through-wire formed in the through hole formed in the center of the upper finish layer to ignite the flame,

Between the first and second flames are separated and filled in two or more than two or more so that the flame filling filled between the upper, lower finishing layer can be ejected two or more times, and the separated filled first and second flame It is installed in the center of the separation plate is installed through the delayed conductive wire in the center so that the flame can be ejected at a time difference.

In other words, in order to continuously enhance the atmosphere by emitting super-fractionated flames around the stage during the stage event, the first flame festival is ejected once, and then the second flame festival is set by the delayed firing line penetrated through the center of the separation plate. It is possible to further enhance the atmosphere of the performance by firing the flame pillars continuously with a time difference two or more times with one flame bomb.

Such, when the present invention will be described in detail based on the accompanying drawings.

Figure 4 is an exploded perspective view showing an event flame bullet according to the present invention,

Figure 5 is a partial cutaway perspective view showing the combined state of the event fire coal of the present invention,

Figure 6 is a cross-sectional view showing a spark fire event according to the present invention.

The present invention is a super-fractional flame 10 used for the event in the concert hall as shown in Figures 4 to 6, the lower finish that can close the lower end to the lower end of the outer cylinder 11 that is a cylindrical branch pipe After the fixed layer 13b is installed, the lower part of the outer cylinder 11 with the finishing layer 13b is filled with the flame agent 14, but the second flame agent 14b and the first flame from the lower part (14b) is sequentially filled separately.

At this time, the flame agent 14 is most preferably mixed with black powder and titanium in a ratio of 1: 1,

The flame agent 14 is filled with the second flame agent 14b so as to be in intimate contact with the upper portion of the finishing layer 13b at the lower end during the separate charging of the first and second flame agents 14a and 14b. The first flame agent 13a is sequentially filled in the spacer plate 16 in a state where the spacer plate 16 through which the delayed conductive line 15 is penetrated and fixed in the center through hole 16 ′ is placed.

At this time, the lower finish agent (13b) is to pour a mud in the gel state with a good viscosity to maintain the airtight to harden to a certain thickness.

In addition, the spacer plate 16 has a thickness of about 5 mm to separate the flame agent 14 filled in the outer cylinder 11 into the first flame agent 14a and the second flame agent 14b and to maintain airtightness. It is preferable to use a cork having, and the inner diameter of the through hole 16 'penetrated in the center of the cork penetrates into 6ψ, but uses the delayed conductive line 15 containing black powder and flour 1: 1 in its inner diameter. Most preferred.

And the upper finishing layer to the upper portion of the outer cylinder 11 in order to prevent the upper leakage of the flame agent 14 is separated into the first, second flames (14a, 14b) inside the outer cylinder 11 as described above. 13a, but through-holes 13a 'are formed in the center of the upper finishing layer 13a to fix the conductive wires 12 for igniting the flame 14 through.

At this time, the upper finishing layer (13a) is fixed to the upper end in order to close the upper portion of the outer cylinder 11, while maintaining the airtight to prevent leakage of the flame agent (14) filled therein and facilitate ignition at the same time It is preferable to form a finish to a predetermined thickness by using the mud of the gel state that can maintain the airtight in the state to be fixed through the conductive line 12.

In addition, the conductive wire 12 penetrated through the upper finishing layer 13a and the delayed conductive wire 15 penetrated to the spacer plate 16 have a predetermined length to transmit the flame to the first and second flame retardants 14a and 14b. It is preferable to make the above contact with the first flame agent 14a, and the conductive wire 12 fixed to the finishing layer 13a of the upper portion of the upper portion may be pulled out a predetermined length to facilitate the initial ignition. desirable.

The flame bomb 10 of the present invention configured as described above is fixed to the upper and upper middle portions of the finishing material 13a finishing the upper end of the outer cylinder 11 in a state in which the flame bomb 10 is fixed to the ground or a cradle around the stage. When the end of the lead wire 12 drawn out is ignited by the ignition means, the flame enters the outer cylinder 11 through the lead wire 12 to ignite the first flame agent 14a to ignite the first flame agent 13a '. ), The pillar of flame will be ejected to the outside.

At this time, the fuse 12 is completely burned by the flame to pass through the through hole (13a ') in the center of the finishing layer (13a) of the upper end and to the first flame agent (14a) ignited by the fuse 12 At the moment of ignition, the flame pillar is ejected to the outside through the through hole 13a 'as a fountain.

When the first flame 14a is ejected by the above action, a flame igniting the first flame 14a is penetrated in the center of the separation plate 16, so that the first flame 14a and the second flame It is delivered to the second flame 14b to ignite the second flame 14b by connecting the connection delay line (15b) connecting the 14b, so that the through hole (16) in the center of the spacer plate 16 Parallax to the outside in the state that the flame of the second flame 14b ignited in the state of forming ') passes through the through hole 16' and the through hole 13a 'of the upper end of the spacer 16 It will be re-ejected with the help of a more continuous atmosphere.

At this time, the delay time between the first jet by the first flame agent 14a and the second jet by the second flame agent 14b passes through the thickness of the spacer plate 16 and the center of the spacer plate 16. Dependent on the length of the installed delayed flue 15, in order to continue the heightened performance atmosphere on stage, the delayed time between the primary and secondary bursts may be about 3 to 5 seconds. It is preferable to control the length of 15).

Although re-ejection of the flame coal 10 is mentioned only for the 1st and 2nd eruption by the 1st and 2nd flame | flame agent 14a (14b) here, in order to acquire two or more more eruption effects, the outer cylinder 11 is referred to. By installing the separation plate 16 through which the delayed conductive wire is fixed in two or more centers between the flames 14 to be filled, it is possible to obtain a plurality of ejection effects with one flame.

As described above, the present invention emits fireworks around the stage during the stage event, and once again emits a flame shot to enhance the stage atmosphere of the performer performing on the stage and the atmosphere of the audience celebration, so that it can be re-ejected at a time difference. By doing so, the atmosphere of the performance can be further increased continuously.

In addition, the effect of multiple blowouts can be achieved with a single pyrotechnic, providing a very economical effect that minimizes the cost of purchasing multiple pyrotechnics and the hassle of replacement.

Claims (4)

To prevent the leakage of the outer cylinder (11) and the inner flame (14) filled therein to fill the flame 14 and at the same time to close the upper and lower parts of the outer cylinder (11) In order to ignite the flame 14 is installed through the upper and lower finishing layers (13a, 13b) fixed to the upper and lower, and through holes (13a ') formed in the center of the upper finishing layer (13a) ( In the flame bomb 10 consisting of 12), Filled between the upper and lower finishing layers (13a) and (13b) and the first flame agent (14a) and the second flame agent (14b) and two or more separately filled so that the flame pillar is ejected two or more times; , The separation plate installed between the separated first and second flames 14a and 14b so as to be penetrated by the delayed conductive line 15 in the center so that the flame 14 may be ejected with a time difference ( The eventual fractional pyrotechnics, characterized in that consisting of 16). The eventual fractional pyrotechnic coal according to claim 1, wherein the spacer plate is made of cork. [Claim 2] According to claim 1, wherein the flame retardant (14) is a super-fine fractional explosive coal, characterized in that the combination of black powder and titanium to 1: 1. The method of claim 1, wherein the delayed firing line (15) that is fixed to the center of the separation plate (16) is a super-fine fractional explosive coal, characterized in that the mixture of black powder and flour to 1: 1.