KR102085128B1 - Soft box for led lighting having superior portability - Google Patents

Abstract

Disclosed is an LED lighting softbox for use in an LED lighting device used for broadcasting video and photographing. To this end, a circumference portion formed to surround the edge portion of the LED light, an interpolation pocket provided on the inner side of the rear end of the circumference portion, and the circumference portion inserted into the interpolation pocket to support the circumference portion to maintain the unfolded state in a block structure, A support cable for limiting forward movement of the LED light disposed inside the perimeter, a plurality of wings extending from the rear end of the perimeter so as to be in contact with a rear surface of the LED light disposed inside the perimeter; and Each of the adjacent wing parts is provided with an LED lighting soft box including detachable means for maintaining the folded state to be in contact with the back of the LED light adjacent to each other. According to the present invention, since it can be quickly and easily coupled to the LED lighting device without using an additional additional tool, the ease of use can be significantly improved.

Description

SOFT BOX FOR LED LIGHTING HAVING SUPERIOR PORTABILITY}

The present invention relates to an LED lighting softbox used in an LED lighting apparatus used for broadcasting video and photography, and more particularly to a soft light during broadcasting video and photography using an LED lighting device. It relates to an LED lighting soft box that is easy to adjust the amount of light to obtain and has a convenient portability.

In order to shoot in a place where there is not enough light or to create a different atmosphere, a lighting device that provides image lighting is widely used in a movie or an image field. At this time, the image lighting is provided in various types and forms according to the use purpose. For example, an illumination device used outdoors or in a studio for capturing broadcast images and photographs is a light source, and includes a fluorescent lamp, a halogen lamp, a discharge lamp, and a metal halide lamp ( metal halide lamp).

Such a lighting device may cause glare due to light when a person is photographed indoors, and may cause a problem that the image looks hard due to a high contrast (contrast). In this case, the lighting device is equipped with a soft box to soften the strong light. In addition, the above-described lighting apparatus has a problem that the exposure of the subject is reduced because the irradiation angle of the light is wide.

Accordingly, the lighting device using a high-efficiency LED (Light Emitted Diode) that can have a lifespan of more than half of the existing lighting device and a lifespan of 10 times or more as a broadcast image lighting device has been in the spotlight.

Lighting device using such an LED is generally used as shown in FIG. The lighting device is a basic configuration of the support and a solid flat housing installed on the support, a flat circuit board is installed in the flat housing, a plurality of LED modules are installed on the printed circuit board, the printed circuit A transmissive panel is installed at the front end of the housing so that the substrate and the LED module are not exposed to the outside air.

When the above-described lighting devices are used indoors, it may be used as an auxiliary lighting lamp to assist the lighting of the ceiling lamp. On the other hand, in the case of being used outdoors in addition to the indoor auxiliary light, the lamp and the support for supporting the lamp may be used as the main light together with the battery.

As described above, the lighting device used for capturing broadcast video outdoors is generally formed in a fixed square shape, and the high overall luminous flux needs to be maintained, so that dozens or hundreds of LED modules are installed to provide a large overall appearance. Will have

Therefore, a soft box is installed to soften strong light. In addition, the above-described lighting apparatus has a problem that the exposure of the subject is reduced because the irradiation angle of the light is wide.

The inconvenience of having to use a vehicle with a large loading space, such as a top car when carrying. In addition, the above-described lighting device is not easy to expand because the appearance is fixed, there is a problem that must be used together to provide a high level of brightness.

Recently, in order to solve the above problems, a lighting device using a foldable type LED having a collapsible form has been developed in Korea Patent Registration No. 10-1120460.

Lighting device using the foldable type LED has the advantage of excellent storage, portability and portability, but not only can not provide a fixed appearance, but also can install various lighting accessories such as soft boxes and van doors. There is no problem.

Republic of Korea Patent No. 10-1688589 (2016.12.22 announcement) Republic of Korea Patent Registration No. 10-1475143 (2014.12.22 announcement) Republic of Korea Patent No. 10-1034935 (Announcement on May 17, 2011)

Accordingly, an object of the present invention is to provide an LED lighting soft box that can be easily assembled or disassembled by the user according to the type of subject and the shooting space.

In order to achieve the above object of the present invention, in one embodiment of the present invention, in the LED lighting soft box installed in the LED lighting apparatus including the LED light of the rectangular panel structure, formed to surround the edge portion of the LED light A circumference portion, an interpolation bag provided on the inner side of the rear end of the circumference portion, and a circumference portion inserted in the interpolation pocket to support the circumference portion so as to maintain the unfolded state in a block structure, and the front of the LED light disposed inside the circumference portion A support cable for limiting movement, a plurality of wings extending from the rear end of the periphery so as to be in contact with the rear surface of the LED light disposed inside the periphery, and wing portions adjacent to each other, LED including detachable means for maintaining the folded state so that the wing portion is in contact with the back of the LED light Provides a softbox for lighting.

According to the present invention, since it can be quickly and easily coupled to the LED lighting device without using an additional additional tool, the ease of use can be significantly improved. That is, since the assembling and disassembly of the soft box for the lighting device is easily performed, the user can irradiate the subject at a desired position with the lighting suitable for the lighting environment.

In addition, the present invention can be firmly fixed to the lighting device when used indoors or outdoors, as a result it is possible to stably irradiate the light in the desired direction.

In addition, since the present invention is formed in a structure that can be folded in a detached state from the lighting device, it takes up a small volume during transportation and storage, thereby minimizing the transportation and storage costs.

1 is a photograph showing a lighting device using a conventional LED.
Figure 2 is an exploded perspective view for explaining the soft box and the LED lighting apparatus according to the present invention.
3 is a front view showing a soft box installed in the LED lighting apparatus according to the present invention.
Figure 4 is a rear view showing a soft box installed in the LED lighting apparatus according to the present invention.
5 is a perspective view showing an embodiment of a soft box according to the present invention.
6 is a perspective view for explaining a folded state of the soft box according to the present invention.

Hereinafter, a portable LED lighting soft box (hereinafter, abbreviated as "soft box") according to preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings.

Figure 2 is an exploded perspective view for explaining the soft box and the LED lighting apparatus according to the present invention.

2, the soft box according to the present invention is installed in the LED lighting apparatus including the LED light of the rectangular panel structure, the circumference 100 formed to surround the edge portion of the LED light, and the circumference ( An interpolation bag 200 provided on the inner surface of the 100, a support cable 300 fitted to the interpolation bag 200, and a plurality of wings 400 extending from the rear end of the circumference 100. ), And a detachable means 500 provided on the wing unit 400.

Hereinafter, each component will be described in more detail with reference to the accompanying drawings.

Figure 3 is a front view showing a soft box installed in the LED lighting apparatus according to the present invention, Figure 4 is a rear view showing a soft box installed in the LED lighting apparatus according to the present invention.

2 to 4, the soft box according to the present invention includes a circumference 100.

The circumference 100 is installed in the LED light so that the user can irradiate the light emitted from the LED light of the LED lighting device in the desired direction, the front and rear open and a passage communicating the front and rear is formed do.

The circumference 100 may be formed to have a rectangular parallelepiped structure, and four corner portions formed on the side surface thereof are sewn to be folded or flattened.

Specifically, the circumference portion 100 is formed to be extended to be bent at the upper end 110, the left end of the upper portion 110 in contact with the upper surface of the LED light, the left portion 120 in contact with the left side of the LED light Is formed so as to be bent at the right end of the upper portion 110 is connected to the right side 130 in contact with the right side of the LED light, and connects between the lower end of the right side 130 and the lower end of the left portion 120 And a lower portion 140 in contact with the lower surface of the LED light.

In addition, as shown in FIG. 3, the upper part 110 is in contact with the edge portion of the LED light to reflect the light emitted from the LED light and an internal space between the reflector 112 and the reflector 112. Fabric paper 114 attached along the edge of the reflector 112 on the outer surface of the reflector 112, and a flat support panel inserted into the inner space between the reflector 112 and the fabric paper 114 (not shown) It may be configured to include).

The reflector 112 may be made of silver foil, aluminum foil, or the like that can reflect light.

The textile paper 114 may be attached to the reflective member 112 through sewing along the edge of the reflective member 112.

As a specific aspect, the upper portion 110 according to the present invention is a folded portion sewn in the front and rear direction so that the inner space formed by the reflector 112 and the fabric paper 114 is bisected in left and right directions as shown in FIG. 116 may be included. In this case, the flat support panel may include a left support panel inserted into the left inner space with respect to the foldable portion 116 and a right support panel inserted into the right inner space with respect to the folded portion 116.

In addition, the lower part 140 may also be configured to include a reflector 112, a textile paper 114, and a flat support panel in the same manner as the upper part 110. In addition, the lower part 140 may be provided with a second folding part 118 at a position facing the first folding part 116 of the upper part 110. Hereinafter, the folded portion 116 of the upper portion 110 is referred to as a first folded portion so as to be distinguished from the second folded portion.

5 is a perspective view showing an embodiment of a soft box according to the present invention, Figure 6 is a perspective view for explaining a folded state of the soft box according to the present invention.

The user presses the left support panel of the upper part 110 in contact with the inner surface of the left part 120 with respect to the foldable part 116, and the right support panel of the upper part 110 is the inside of the left support panel of the lower part 140. After pressurizing to contact the side, the first folded portion 116 folds the upper portion 110 with a boundary line and the second folded portion 118 folds the lower portion 140 with a boundary line as shown in Figure 6 softbox of the present invention Is folded into an "N" type structure. That is, when the soft box according to the present invention is not used in the lighting apparatus, as shown in FIG.

As necessary, the circumferential part 100 provided with the first folded part 116 and the second folded part 118 may stably maintain the unfolded state of the upper part 110 and the lower part 140. To this end, the first bending prevention portion selectively detachable to the first folded portion 116 is provided in the upper portion 110, the second bending prevention portion selectively detachable to the second folding portion 118 to the lower portion 140 It is provided.

Specifically, the first bending prevention part is attached to the central velcro 150 provided in the first folded portion 116 of the outer surface of the upper 110, and the central velcro 150 when the upper portion 110 is unfolded The first folding part 116 is provided with a support force so as not to be folded, and when the soft box of the present invention is folded, it is composed of the first bending preventing plate 160 which is detached from the central velcro 150. To this end, the first bending prevention plate 160 is provided with a velcro on the surface facing the central velcro 150 so that the state is coupled to the central velcro 150 when it is in contact with the central velcro 150, the center The surface of the velcro 150 is also provided with a velcro that can be coupled with the first bending prevention plate 160. In addition, one end of the first anti-bending plate 160 is coupled to the upper portion 110 at a predetermined distance, for example, 1 to 5 cm from the central velcro 150, the other end corresponding to the one end to the upper portion 110 In case of contact, the first anti-bending plate 160 is formed to have a size covering the central velcro 150.

The second bend prevention portion is provided with a lower velcro provided in the second folded portion 118 on the outer side of the lower 140, and when the lower 140 is unfolded, the second velcro is attached to the lower velcro so that the second folded portion 118 is not folded. It is composed of a second anti-bending plate to provide a support force and to fold the soft box of the present invention detachable from the lower velcro. To this end, the second anti-bending plate is provided with a velcro on the surface facing the lower velcro to be coupled to the lower velcro when it is in contact with the lower velcro, the surface of the lower velcro is also coupled to the second Velcro is provided. In addition, the second anti-bending plate is coupled to the lower portion of which one end is spaced apart by a predetermined distance, for example, 1 to 5 cm to the lower velcro, and the second bending-preventing plate is formed when the other end corresponding to the one end is in contact with the lower portion 140. It is formed to have a size to cover the lower velcro.

The first warpage prevention part and the second warpage prevention part may be composed of synthetic fibers such as nonwoven fabric and natural fibers such as cloth, and may be formed to have a thickness of 2 to 8 mm.

2 to 4, the softbox according to the present invention includes an interpolation bag 200.

 The interpolation bag 200 is provided on the inner side of the rear end of the circumference 100 and is formed to have a tubular structure to interpolate the support cable 300. To this end, the interpolation pocket 200 is formed by sewing the inner side of the circumferential portion 100, such as textile paper curled in a cylindrical shape.

Specifically, as shown in FIGS. 2 and 5, the interpolation bag 200 includes a first interpolation bag 210 and a circumference (ie, provided in the longitudinal direction on the inner surface of the upper portion 110 of the circumference 100). The second interpolation bag 220 provided along the longitudinal direction on the inner side of the left side 120 of the 100, the third interpolation bag 230 provided along the longitudinal direction on the inner side of the right side 130, and the lower ( 140) may be configured as a fourth interpolation pocket 240 provided along the longitudinal direction on the inner surface.

The left end of the first interpolation bag 210 and the upper end of the second interpolation bag 220 are disposed on the same line and are spaced apart from each other at regular intervals. This is to allow the support cable 300 that has passed through the first interpolation bag 210 to be smoothly interpolated into the second interpolation bag 220.

In addition, the right end of the first interpolation bag 210 and the upper end of the third interpolation bag 230 are also arranged on the same line and are formed to be spaced apart at regular intervals. This is to allow the support cable 300 that has passed through the third interpolation bag 230 to be smoothly interpolated into the first interpolation bag 210.

In addition, the lower end of the second interpolation bag 220 and the left end of the fourth interpolation bag 240 may be disposed on the same line and spaced apart from each other at regular intervals. This is to allow the support cable 300 passing through the second interpolation bag 220 to be smoothly interpolated into the fourth interpolation bag 240.

In addition, the lower end of the third interpolation bag 230 and the right end of the fourth interpolation bag 240 is disposed on the same line with each other, it is preferably formed to be spaced apart at regular intervals. This is to allow the support cable 300 that has passed through the fourth interpolation bag 240 to be smoothly interpolated into the third interpolation bag 230.

If necessary, at least one of the first interpolation bag 210, the second interpolation bag 220, the third interpolation bag 230, and the fourth interpolation bag 240 may include an auxiliary velcro provided at the edge of the LED light. Auxiliary Velcro 250 may be provided that can be in close contact and provide a bonding force.

2 to 4, the soft box according to the present invention includes a support cable 300.

The support cable 300 is inserted into the interpolation bag 200 to support the circumference 100 so as to maintain the circumference portion 100 in a block structure, and is disposed inside the circumference portion 100. It also provides a function to limit forward movement of the LED light.

To this end, the interval between the first interpolation bag 210 and the fourth interpolation bag 200 is formed to have a length shorter than the upper and lower lengths of the LED light, the second interpolation bag 220 and the third interpolation bag 230. The interval between the is formed to have a length shorter than the left and right length of the LED light.

The support cable 300 may be any material as long as it can support the circumference 100 so that the circumference 100 is unfolded in a block structure, but preferably polyvinyl chloride (PVC). ) Or metal coated with a covering material is recommended. In this case, copper, aluminum, iron, or the like may be used as the metal.

In addition, since the support cable 300 is provided to maintain a constant path of the light emitted from the LED light in a state that the soft box is unfolded, the size of the support cable 300 and the material of the support cable 300 It can vary depending on, but is preferably formed to a thickness of 5 to 15mm.

2 to 4, the soft box according to the present invention includes a plurality of wings 400.

The wing 400 extends from the rear end of the circumference 100 to be in contact with the rear surface of the LED light disposed in the circumference 100, and is disposed inside the circumference 100. It provides a function to limit the rear movement of the LED light.

In detail, the wing 400 may include a first wing 410 extending from the upper portion 110 of the circumference 100 and a left portion of the circumference 100 as illustrated in FIGS. 2 and 4. From the second wing portion 420 extending from the 120, the third wing portion 430 extending from the right side 130 of the circumference 100, and the lower portion 140 of the circumference 100. It may be configured as an extended fourth wing portion 440.

If necessary, a seam may be provided at a boundary line between the first wing portion 410 and the upper portion 110 for smooth folding of the first wing portion 410. Similarly, between the boundary line of the second wing portion 420 and the left portion 120, the boundary line of the third wing portion 430 and the right portion 130, and the boundary line of the fourth wing portion 440 and the lower portion 140. Each may be provided with a sewing line.

In addition, the wing unit 400 may be provided with a wing pull means for maintaining the pulling force with the wing facing each other and blocking the rear movement of the LED light. Specifically, the wing pull means is one or more first coupling belts (610, 620) provided in the first wing 410, and one provided in the fourth wing 440, as shown in FIG. The second coupling belt 630 is included. At this time, the first coupling belt and the second coupling belt is provided in a position facing each other, is coupled to each other to block the rear movement of the LED light when the LED light is interpolated into the interior of the soft box.

2 to 4, the soft box according to the present invention includes a detachable means 500.

The detachable means 500 is provided in each wing unit 400 adjacent to each other to maintain the folded state so that the adjacent wing unit 400 is in contact with the back of the LED light, the plurality of wing unit 400 It provides a function of applying the adhesion to each other to maintain the state in which the wings 400 adjacent to each other in contact with each other so as to continue the function of limiting the rear movement of the LED light.

The detachable means 500 may be used as long as it can attach the contacted portion of the adjacent neighboring wing portion 400, but it is preferable to use the adhesive means commonly used in the art. In particular, it is better to use Velcro.

In a particular aspect, the detachable means 500 according to the present invention is provided on the central velcro 510 provided on the outer surface of the first wing 410 and the inner surface of the second wing 420 is the central velcro A second velcro 520 coupled to the 510, a third velcro 530 provided on the inner surface of the third wing 430, and coupled to the central velcro 510, and a fourth wing 440. It is provided on the outer surface of the) may be composed of a fourth Velcro 540 coupled with the second Velcro 520 and the third Velcro 530.

 Here, the central velcro 510 and the fourth velcro 540 has a hook-shaped fluff, and the second velcro 520 and the third velcro 530 are formed with a hook-shaped fluff each other. The attachment acts to detachably attach the adjacent wing unit 400.

Meanwhile, the LED lighting apparatus of the present invention includes an LED light 10, stand adapters 22.24 and 26, and a stand 30.

The LED light 10 is a flexible configuration having a form that can be folded to take up a small volume if necessary, as long as it can achieve this purpose, any type of LED light may be used.

For example, the LED light 10 may be composed of a substrate portion, a front cover, a rear cover, and a power supply means (not shown).

More specifically, the substrate unit may be configured such that a plurality of printed circuit boards on which the LED module 14 is mounted are spaced apart from each other and electrically connected to each other. At this time, the plurality of printed circuit boards are arranged to be spaced apart on the same line with each other, and are electrically connected to each other through a wire or the like. If necessary, the printed circuit board may be provided with a heat sink for heat dissipation.

Here, the printed circuit boards are arranged to be spaced apart from each other on the same line to allow the printed circuit boards to be folded to each other according to an external force. In other words, instead of integrally configuring a printed circuit board on which a plurality of LED modules are mounted, and electrically connecting the plurality of printed circuit boards in an arrangement spaced apart from each other, it is necessary to fold and transport the lighting device. It is for.

Alternatively, the substrate portion may be formed in a form in which a plurality of LED chips are formed on a flexible substrate, rather than a plurality of printed circuit boards.

The front cover is attached to the front surface of the substrate portion and a plurality of through-holes are formed in the interior to be coupled to each LED module so that each LED module is exposed to the outside is formed to be folded together with the substrate portion.

In one embodiment, the front cover is a natural fiber such as synthetic fibers such as polyvinyl chloride (PVC), polypropylene (PP), polyethylene (PE), polyester or cotton such that the front cover can be folded together with the substrate portion by an external force May be used, and a blended fabric of synthetic fiber and cotton may be used. In a particular embodiment, the faceplate according to the invention may use blended fabrics comprised of 65% polyethylene and 35% cotton.

In another embodiment, the front cover may be formed in a form coated with a synthetic resin in order to protect the LED module and the substrate on the front of the substrate portion and to provide a waterproof function.

The rear cover is attached to the rear surface of the substrate to block the substrate from the outside and is formed to be folded together with the substrate and the front cover. To this end, synthetic fibers such as polyvinyl chloride (PVC), polypropylene (PP), polyethylene (PE), polyester, or natural fibers such as cotton may be used, and a blend of synthetic fibers and cotton may be used. It may be. Here, it is preferable to use a polyethylene fabric which is light, excellent in durability, and excellent in electrical insulation as synthetic fibers.

The front cover and the back cover is attached to each other by adhesive processing through heat fusion or adhesive along the edge of the printed circuit board is built-in, or are bonded to each other by sewing using a thread.

If necessary, the front cover or the back cover or both may be composed of a waterproof fabric for waterproofing. In other words, the LED light may be provided with a waterproof fabric on the back.

The power supply means is installed on the front cover or the rear cover and is electrically connected to the substrate to provide a power supply from the outside to the substrate. Such a power supply means may be provided with a socket into which an outlet connected to a battery for supplying power or the like may be inserted. At this time, the user can control the blinking of the LED module by connecting and disconnecting the outlet and the socket.

If necessary, the power supply means may be provided with an on / off button (not shown) to cut off the power supplied from the outside, a dimming (dimming) device for adjusting the brightness of the LED module may be installed.

As such, the LED light 10 including the substrate part, the front cover, the rear cover, and the power supply means may have a rectangular structure as shown in FIG. 2.

The stand adapter not only provides external force to maintain the unfolded state of the LED light 10, but also provides the LED light 10 to the stand 30 so that the LED light 10 is kept at a distance from the ground. It is provided to connect, and includes a plurality of edge block 22 and the spread support bar 24 and the support bar coupling block 26.

The rim block 22 is provided along the rim of the LED light 10 to fit the rim of the LED light 10, and uses the force provided from the outside to maintain the unfolded state of the LED light 10. It serves to deliver to the LED light (10).

To this end, the edge block 22 has a light coupling groove in which the LED light 10 is interpolated in the front lower 140. The light coupling groove provides a space in which a part of the edge of the LED light 10 can be fitted into the inside of the edge block 22 to couple the LED light 10 and the edge block 22.

When the LED light 10 is formed in a rectangular structure, the edge block 22 is preferably provided at each vertex of the rectangle.

More specifically, when the LED light 10 is formed in a rectangular structure, the edge block 22 may be formed in an 'L' shape so as to be provided at each vertex.

If necessary, the frame block 22 is formed on the front hanger hanger hanger. This cradle hanger not only provides external force to keep the LED light 10 unfolded, but also connects the LED light 10 to the stand so that the LED light 10 is kept at a distance from the ground. Provide space for the stand adapter to be installed. For example, the cradle hanger groove may be formed to have a semicircular structure.

The unfolding support bar 24 has a plurality of edge blocks 22 formed of first to fourth edge blocks provided at each vertex of the LED light 10 to form an 'X' shape. Can be coupled to.

More specifically, the extended support bar 24 has a first end is fitted into the cradle hanger groove of the first rim block, the second end opposite to the first end is diagonal of the first rim block 22 It is fitted into the cradle hanger groove of the second rim block located in the direction.

The unfolding support bar 24 has a third end fitted into the cradle hanger groove of the third edge block 22 adjacent to the first edge block 22, and the fourth end opposite to the third end has the fourth end. It is fitted into the cradle hanger groove of the fourth border block located in the diagonal direction of the third border block.

The unfolding support bar 24 is formed to have a closed curve structure to stably assist the unfolding state of the LED light 10.

The support bar coupling block 26 is coupled to the center point of the spread support bar 24 in the vertical direction, the center point of the spread support bar 24 has an inner diameter corresponding to the outer diameter of the support bar coupling block 26. A through hole having a circular structure can be formed.

In addition, the support bar coupling block 26 may be provided with a stand coupling groove formed with screw bones in the upper 110 and the lower 140 so as to be directly coupled to the stand or to the stand connector for connecting the stand. At this time, the support bar coupling block 26 is formed to have a different inner diameter of the stand coupling groove provided in the upper 110 and the lower 140 so that two or more kinds of stands can be installed.

Although it has been described above with reference to the preferred embodiment of the present invention, those skilled in the art will be able to variously modify and change the present invention without departing from the spirit and scope of the invention described in the claims below. It will be appreciated.

100: circumference 110: upper
120: left part 130: right part
140: lower part 150: center velcro
160: first bending prevention portion 200: interpolation bag
210: first interpolation bag 220: second interpolation bag
230: third interpolation bag 240: fourth interpolation bag
300: support cable 400: wing
410: first wing portion 420: second wing portion
430: third wing portion 440: fourth wing portion
500: detachable means

Claims (6)

In the LED lighting soft box installed in the LED lighting device including a square panel LED light,
An upper portion contacting the upper surface of the LED light to surround the edge portion of the LED light, a left portion extending to be bent at the left end of the upper portion, and contacting a left side of the LED light, and a right end of the upper portion; A periphery formed to extend to be bent in contact with a right side of the right side of the LED light, and a bottom portion connecting the bottom side of the right side and the bottom of the left side and in contact with a bottom surface of the LED light;
It is provided on the inner side of the rear end portion and is formed to have a tubular structure, the first interpolation bag provided along the longitudinal direction on the inner side of the upper, and the second interpolation provided on the inner side of the left side along the longitudinal direction An interpolation pocket including a pocket, a third interpolation pocket provided on an inner side of the right side in a longitudinal direction, and a fourth interpolation pocket provided on an inner side of the lower portion in a longitudinal direction;
A support cable inserted into the interpolation pocket to support a periphery to maintain a state in which the periphery is unfolded in a block structure, and a support cable for restricting forward movement of the LED light disposed inside the periphery;
A plurality of wings extending from the rear end of the circumference to be in contact with a rear surface of the LED light disposed inside the circumference; And
LED lighting soft box including detachable means for maintaining the folded state is provided in each of the wing parts adjacent to each other in contact with the back of the LED light adjacent to each other. delete The method of claim 1, wherein the upper portion
A reflector which contacts the edge of the LED light to reflect light emitted from the LED light;
A textile paper attached along an edge of the reflector at an outer surface of the reflector such that an inner space is provided between the reflector and the reflector; And
LED lighting soft box, characterized in that it comprises a flat support panel inserted in the interior space between the reflector and the paper. The method of claim 3, wherein
The upper portion includes a folded portion sewn in the front-rear direction so that the internal space is divided into two in the left-right direction,
The flat support panel is a soft light for LED lighting, characterized in that consisting of a left support panel interpolated in the left inner space around the folded portion, and a right support panel interpolated in the right inner space around the folded portion. The method of claim 4, wherein the circumference
The LED lighting soft box further comprises a first bending prevention portion detachably attached to the folding portion is provided in the upper portion so as to stably maintain the unfolded state. The method of claim 5, wherein the first bending prevention portion
A central velcro provided at a folded portion of the upper outer surface; And
When the upper part is unfolded, it is attached to the central velcro to provide a supporting force so that the fold is not folded, and when the upper part is folded, one end is coupled to the upper part spaced a predetermined distance from the central velcro, It is formed to have a size to cover, LED lighting soft box, characterized in that consisting of the first anti-flex plate provided with a velcro on the surface facing the central velcro.

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