WO2018026149A1

WO2018026149A1 - Openable-closable performance booth device

Info

Publication number: WO2018026149A1
Application number: PCT/KR2017/008227
Authority: WO
Inventors: 이동훈
Original assignee: (주)잼투고
Priority date: 2016-08-03
Filing date: 2017-07-31
Publication date: 2018-02-08
Also published as: KR200486362Y1; KR20180000426U

Abstract

The present invention relates to an openable-closable performance booth device and, more specifically, to an openable-closable performance booth device for use as a studio in which an external noise is blocked to allow for photographing and recoding performances when the performance booth is closed, and for use as a performance hall wherein performances are provided for an external audience when a side of the performance booth is opened.

Description

Retractable performance booth device

The present invention relates to an open / close performance booth apparatus, and more particularly, in a closed performances booth, it is used as a studio for recording and recording a performance by blocking external noise and opening a side of a performance booth. The case relates to a retractable performance booth device for use as a performances hall that can provide performances to outside spectators.

Recently, with the development of media and communication technology, the quality of UGC (User Generated Contents) is increasing. In addition, the desire for the generation of high quality UGC by the general public who is familiar with high quality contents is increasing. The high quality UGC generated is easily shared via online media such as YouTube.

In addition, there is an increasing demand for talented members of the public to perform directly on stage and for direct communication between performers and audiences.

For this reason, there is a growing need for a complex cultural space capable of generating high quality UGC for online sharing and enabling stage performances to communicate directly with the audience.

The studio for producing content is a closed structure. The studio needs to control the external environment such as external noise for the recording quality, and the sound barrier and the soundproof glass are used to block the external noise of the studio for the control of the external environment. In addition, the studio is basically equipped with a monitoring device, lighting and audio device. Meanwhile, with the development of communication technology and content reproducing technology, in the case of the production of music contents, it is popular not only to record sound but also to record images together and produce them in the form of a music video. It is also required to be installed together.

On the other hand, the performance stage is an open structure. In order to communicate smoothly with the audience, the stage performances must be well visible to the audience, so stage lighting is required, and for the music performances, monitoring devices and audio devices are required. There is also a need for a number of imaging devices for shooting stage performances.

Since the studio and the stage are structurally different, it is generally installed in a separate space and operated separately, but as described above, the studio and the stage have a plurality of shareable devices such as a recording device, a photographing device, and a lighting device. . In addition, in order to install both a studio and a stage in a limited cultural complex space, each has to reduce the size of each. In addition, if the stage is placed on one side of the complex cultural space, the performance may not be seen well in some audience seats.

Therefore, a studio for the stage is required in terms of reducing equipment operation cost and efficient space utilization. In order to install a studio for a stage, it is required to construct a retractable wall on one side of the studio facing the audience. There is also a need for a convertible stage studio system that is controlled to suit the nature of the recording or performance. Studios should be able to operate in a combination of open and closed studios.

An automated recording booth is disclosed that allows a user to record a multimedia file, as in US 2008/0198271 "Self operated computerized karaoke recording booth" by Fleit Gibbons Gutman Bongini & Bianco PL. Is a kind of closed studio.

The prior art 1 may generate a multimedia file by manipulating a video device and an audio device installed in an automated recording booth, and play the generated multimedia file on a computer. In addition, the outside of the recording booth is provided with an external display device that can output the user's image taken through the video device from the inside to allow external viewers to check the user in the recording booth.

However, a closed studio like the prior art 1 can only output the user's appearance to the outside of the recording booth through an external display device, and the user of the recording booth can perform a performance for a large number of viewers in an open space such as a performance hall. There is a problem that cannot be done.

Meanwhile, Carley et al. US 2007/0098368, "Mobile recording studio system", describes a control system of a recording studio. However, the prior art 2 only describes indoor studio photography, but does not describe a combined configuration that can be opened and closed toward the audience and used as a performance stage. Specifically, the case type front door is only a passage for the user, there is a problem that can not be configured to open the studio to provide a performance for viewers outside the studio.

Silicon Graphics, Inc. to solve the problems of the prior art 1 and the prior art 2. US Patent No. 5,790,124, entitled "System and method for allowing a performer to control and interact with an on-stage display device," describes a stage performance that allows performers to respond to viewers.

In particular, the prior art 3 can provide performances to the audience in the open venue, the performer, and when the various image data for the stage performance is output on the screen of the stage through the projector can perform the performance by controlling the image data by themselves There is a characteristic.

However, the prior art 3 allows the performer to control the image of the projector provided inside the performance hall when the performer performs the performance in the performance hall open to the spectators, the performance hall is continuously used open to the audience, recording There is a problem that cannot be used as a closed studio.

In addition, even if the theater of the related art 3 changes the structure in the form of a closed studio, the projector outputs image data because the image output from the projector provided in the theater is controlled by the performer performing the performance. And there is a problem that can not be opened to the audience by installing the screen on the outside of the performance hall.

In US Patent Publication No. US 2006/0039142 of Temple John W for solving the problems of the prior art 3, a "Led net display" is formed by forming a plurality of LED units in an intersecting mesh structure to display still images or moving images. Media wall technology is disclosed.

The prior art 4 was developed to be used outdoors by applying a light emitting diode (LED) to a large area, and has a feature of providing various contents to surrounding users through a large area LED display.

By applying the prior art 4 to the prior art 1 to the prior art 3, it is possible to output the content or other content photographing the performance to the media wall, but only applied to either the closed studio or open studio, mutually cross There is a problem that cannot be used.

Korean Patent Publication No. 10-1268775 "Special Stage Vehicle" by Yoon Se Joong describes a movable stage equipped with an openable door. However, the prior art 5 is merely a stage that can be performed, and does not describe a method of utilizing the studio as a noise outside the stage when the door that can be opened and closed is not opened.

Therefore, it cannot be utilized as a studio at times other than stage performances. In addition, since the prior art 5 is a mobile type, there is a problem in that it does not describe a space utilization method capable of using both a recording studio and a performance stage in a limited fixed space.

[Preceding technical literature]

(Patent Document 0001) US 2008/0198271

(Patent Document 0002) US Publication No. US 2007/0098368

(Patent Document 0003) US Patent No. US 5,790,124

(Patent Document 0004) United States Patent Application Publication No. US 2006/0039142

(Patent Document 0005) Korean Registered Patent Publication No. 10-1268775

In order to solve the above problems, the open and close performance booth device according to the present invention, there is an object to open and operate the stage (stage) performers perform the performance, or to block and operate from the audience.

In addition, the open / close performance booth apparatus according to the present invention utilizes a media wall capable of providing various contents as a media door of the performance booth, so that the media of the media door even when the performance booth is opened or closed. Another purpose is to output a video or various contents produced by photographing the inside or outside of the performance booth using the wall.

In addition, the open / close performance booth device according to the present invention is provided with a soundproof door that substantially opens or closes the performance booth in addition to the media door, and when the performance booth is used as a closed studio, performance sound or external noise in the performance booth is used. Another purpose is to provide sound insulation or sound insulation of a performance booth so that these do not interfere with each other.

Opening and closing performance booth apparatus according to an embodiment has an opening is formed, the performance booth (booth) capable of sound insulation and sound insulation; At least one media door unit provided at a front surface of the opening and having a display capable of outputting an image to the outside of the performance booth; An upper movement guide unit coupled to an upper movement module of the media door unit and configured to guide a movement of the media door in a state in which it is engaged with the upper movement module; A lower movement guide part coupled to the lower movement module of the media door part and configured to guide movement of the media door in a state in which the media door is engaged; A power providing unit provided in at least one of the upper moving guide part and the lower moving guide part to provide power for moving the media door part; And a control unit for controlling the power supply unit to move the media door unit. The media door part may include a top moving guide part fastened to the upper moving module and a lower moving guide part fastened to the lower moving module according to the driving provided by the power supply unit. It is characterized in that the opening or closing the opening.

In one embodiment, it is provided between the opening and the media door portion, characterized in that it further comprises one or more soundproof door portion for providing sound insulation so that the sound or noise of the inside / outside of the performance booth mutually not introduced. .

In one embodiment, the upper movement module of the soundproof door portion is fastened to the upper movement guide portion, the lower movement module of the soundproof door portion is fastened to the lower movement guide portion, the soundproof door portion is the upper movement guide portion and the It is characterized in that the movable by the lower moving guide portion.

In one embodiment, the soundproof door portion is connected to the media door portion, it characterized in that the dependent movement by the movement of the media door portion.

In one embodiment, the soundproof door portion is spaced apart from the media door portion is moved by the power providing unit is characterized in that for opening or closing the opening of the performance booth.

In one embodiment, the display of the media door unit is composed of one or more LED panels, characterized in that for outputting an image according to one or more image signals input.

In one embodiment, when a plurality of media door units are provided, one input image is divided and output to a plurality of displays, or a plurality of input images are respectively output to a plurality of displays provided in each media door unit. It is characterized by.

In one embodiment, the performance booth may include a photographing module for photographing any one or more scenes inside or outside the performance booth; A recording module for recording any one or more sounds of the inside or outside of the performance booth; An image output module for outputting the image photographed by the photographing module to any one or more of the inside or outside of the performance booth; And a sound output module for outputting the sound recorded by the recording module to any one or more of the inside or outside of the performance booth.

In one embodiment, the control unit is characterized in that the control to output the image taken by the imaging module to the media door.

In one embodiment, the control unit is characterized in that for controlling any one or more of the image photographed by the photographing module or the sound recorded by the recording module to be output to the image output module or the sound output module, respectively.

Through the above configuration of the present invention, the open and close type performance booth device of the present invention can be used to open the stage for performing performers to the audience, or to operate by blocking the audience from the audience It can be effective.

In addition, the open and close performance booth device according to the present invention, by using a media wall (media wall) that can provide a variety of content as a media door of the performance booth, even when the performance booth is opened or closed There is another effect of using the media wall to output a video or various contents produced by photographing the inside or outside of the performance booth.

In addition, the open and close performance booth apparatus according to the present invention, when using the performance booth as a closed studio with a soundproof door together with a media door that substantially opens or closes the performance booth in addition to the media door, soundproofing and There is another effect that can provide sound insulation and prevent the performance sound in the performance booth or outside noise from interfering with each other.

1 is a configuration diagram for showing a performance booth device according to the present invention,

2 is a front view of a performance booth for showing a media door according to the present invention,

3 is a front perspective view of a performance booth for showing a content output form of a media door according to the present invention;

4 is a front view for showing a performance booth having a soundproof door according to a first embodiment of the present invention,

5 is a plan view of a performance booth for showing a moving guide unit according to a first embodiment of the present invention;

6 is a front view for showing a performance booth having a soundproof door according to a second embodiment of the present invention,

7 is a plan view of a performance booth for showing a moving guide unit according to a second embodiment of the present invention;

8 is a plan view for showing a performance booth according to a third embodiment of the present invention,

9 is a first plan view for showing an open state of a performance booth according to a third embodiment of the present invention,

10 is a second plan view for showing an open state of a performance booth according to a third embodiment of the present invention;

11 is a third plan view for showing the open state of the performance booth according to a third embodiment of the present invention.

100: performance booth device 110: performance booth

111: recording module 112: recording module

113: video output module 114: sound output module

120: media door portion 130: moving guide portion

140: soundproof door unit 150: power supply unit

160: control unit

The terms or words used in this specification and claims are not to be construed as limiting in their usual or dictionary meanings, and the inventors shall refer to the principles on which terms and concepts may be defined in order to best describe their inventions. It should be interpreted as meanings and concepts corresponding to the technical idea of the design.

Therefore, the configuration shown in the embodiments and drawings described in this specification corresponds to a preferred embodiment of the present invention, and does not represent all of the technical idea of the present invention, the configuration is to replace it at the time of filing of the present invention There may be various equivalents and variations.

Throughout the specification, the description that a part “includes” an element means that the element may further include other elements, except for the absence of a special objection thereto. In addition, the terms “.. module”, “.. unit” and “.. device” described in the specification mean a unit that processes at least one function or operation, which is hardware or software or a combination of hardware and software. It may be implemented, and may be included in one device or each other device.

Hereinafter, with reference to the drawings will be described the opening and closing performance booth apparatus according to the present invention.

1 is a configuration diagram for showing a performance booth device according to the present invention. As shown in FIG. 1, the performance booth device 100 includes a performance booth 110, a media door part 120, an upper moving guide part 130-a, a lower moving guide part 130-b, and a soundproof door. The unit 140, the power providing unit 150 and the control unit 160. The performance booth 110 includes an opening.

The at least one media door unit 120 is provided at the front of the opening and includes a display capable of outputting an image to the outside of the performance booth 110. The upper movement guide part 130-a is engaged with the upper structure of the at least one media door part 120, and guides the movement so that the at least one media door part 120 is movable in the state of being engaged with the upper structure. The lower movement guide part 130-b is engaged with the lower structure of the one or more media door parts 120, and guides the movement so that the one or more media door parts 120 are movable in the state of being engaged with the lower structure. The power providing unit 150 is provided in at least one of the upper moving guide part 130-a and the lower moving guide part 130-b to provide power for moving the one or more media door parts 120. The controller 160 controls the power provider 150 to move the media door unit 120. In addition, the controller 160 controls the display. For example, the controller 160 determines an image to be output by the display.

The media door part 120 is provided along the upper moving guide part 130-a fastened to the upper structure and the lower moving guide part 130-b fastened to the lower structure according to the driving provided by the power supply unit 150. By moving to open or close the opening of the performance booth 110.

The performance booth 110 is configured in the form of a hexahedral studio, and an opening is formed in one surface of the direction in which the grandstand is located. The opening may be formed in any size, but in order for the viewers located in the grandstand to watch a performance in the performance booth 110, the entire surface of the opening is preferably formed as an opening.

In addition, the performance booth 110 may be in various forms such as a dome, pyramid, etc. in addition to the cube, and the performer may perform in the performance booth 110 of various forms.

The performance booth 110 is a recording module 111 for recording a performance, a recording module 112 for recording the sound of the performance, the image taken through the recording module 111 or an image of the content to be reproduced for output And a sound output module 114 for outputting the sound recorded through the image output module 113 and the recording module 112 or the sound of the content to be reproduced.

The recording module 111 and the recording module 112 are provided in any one or more of the inside or outside of the performance booth 110. The photographing module 111 photographs a performer's performance or photographs a spectator viewing a performance. The recording module 112 records the sound of the performance or the sound of the grandstand.

In addition, the image and sound recorded and recorded in the recording module 111 and the recording module 112 may be output to the performers inside the performance booth 110, or may be output to the spectators of the bleachers located outside the performance booth 110. have. If necessary, content already produced may be output.

Referring to FIG. 2, the performance booth 110 is provided with lighting 210. The lighting 210 is installed in any one or more of the inside or outside of the performance booth 110, and is operated in connection with the photographing module 111 for capturing the interior or exterior of the performance booth 110.

In addition, the performance booth 110 may be installed and operated in accordance with the type of performance performed in the performance booth 110, equipment required for various instruments and studios, such as drum 220, microphone 230, guitar 240, etc. Can be.

The media door unit 120 is located in front of the opening formed in the performance booth 110 and has a size that can substantially close the opening. One or more media doors 120 may be provided to close the openings. When the media doors 120 are provided in plural numbers, the media doors 120 may be individually moved to show the performance booth 110. The opening of the can be opened or closed.

That is, when the performance booth 110 is operated as a closed studio, the media door part 120 moves to the front of the opening so that the opening formed in the performance booth 110 can be substantially closed. In the case of operating as an open studio, the media door part 120 moves to the side of the opening or the like so as to substantially open the opening formed in the performance booth 110.

The media door unit 120 is configured in the form of a media wall, and a front panel in the direction of the grandstand of the media door unit 120 is formed with an LED panel in which LEDs are arranged to output various images. . The array of LEDs in the LED panel is composed of intervals of several mm to several cm, and the LEDs in each array are composed of one or more to emit various colors.

Meanwhile, the image output from the media door unit 120 may be the same image as the image output from the image output module 113 included in the performance booth 110, or a separate image may be output. That is, a performance image performed in the performance booth 110 may be output through the LED panel formed in the media door unit 120, and separate content may be output.

The separate content output from the media door unit 120 is a content that can be output on a display such as a video, a still image, a text, an image, and the sound corresponding to the separate content output from the media door unit 120 is a sound. It is output through the output module 114.

The image output from the media door unit 120 or the separate content is determined according to the control of the controller 160, and at least one of the image signal or the stored content input through the photographing module 111 is controlled by the controller ( 160 is output through the control.

When a plurality of media door units 120 are provided, the plurality of media door units 120 may output one image by dividing one image under the control of the controller 160. Different or identical images may be respectively output. In addition, one media door unit 120 may logically divide the LED panel provided in the media door unit 120, and a plurality of different or identical images may be output to each of the divided LED panels. The media door unit 120 may output an image in another form when the opening is closed and the opening is opened. For example, when the media door unit 120 closes the opening, two or more media door units 120 may output one image as a whole. In addition, two or more media doors 120 may output the same image or different images while the media door part 120 is opening or opening the opening.

At least one of the upper structure or the lower structure of the media door part 120 is provided with at least one moving module (not shown) that can be fastened to the moving guide part 130. The moving module is fastened to the moving guide part 130 so that the media door part 120 of the performance booth 110 is operated when the operating form of the performance booth 110 is operated as a closed studio or when it is operated as an open studio. To move through the movement guide 130 to close or open the opening.

At this time, the upper moving module (not shown) formed in the upper structure of the media door part 120 is fastened with the upper moving guide part 130-a and the lower moving module (not shown) formed in the lower structure of the media door part 120. C) is fastened to the lower movement guide part 130-b. Accordingly, the media door unit 120 may be moved according to the installation form of the movement guide unit 130 to substantially close or open the opening of the performance booth 110. In addition, the moving module (not shown) and the moving guide part 130 may be provided only at one position of the upper or lower part according to the weight of the media door part 120 to move the media door part 120.

The movement guide part 130 is formed in a rail shape, and the moving module is preferably made of a wheel shape movable along the rail, but the structure and shape thereof are not limited thereto. If necessary, it may be configured in the form of teeth and chains or gears to increase the driving force, electronically such as electromagnetic force to provide smooth movement, or in the form of wire operated with low force, or hydraulic method. have.

The media door unit 120 moves to close or open the opening of the performance booth 110 using the moving module and the movement guide unit 130. The media door unit 120 that is moved is manually moved by an operator or For example, it can be moved automatically using power. When the media door unit 120 is moved using power, the power provided by the power providing unit 150 may be used.

The power providing unit 150 may be formed by an electric method or a hydraulic method according to the shape of the moving module and the moving guide part 130, but is a means for providing power required for moving the media door part 120. In this case, any method may be used.

On the other hand, the subject receiving power from the power supply unit 150 to move the media door unit 120 is any one of the movement module or the movement guide unit 130 according to the shape of the movement module and the movement guide unit 130. That's it.

When the media door unit 120 is moved along the movement guide unit 130 by using the power provided by the power providing unit 150, the power providing unit 150 provides power under the control of the controller 160. can do. The controller 160 receives a control command input from a user and controls the power provider 150 to provide power according to the received control command.

The moving guide part 130 coupled to the moving module of the media door part 120 may be provided with a pair of upper moving guide part 130-a and a lower moving guide part 130-b. If necessary, it may be composed of only one of the movement guide portion of the upper movement guide portion 130-a or the lower movement guide portion 130-b.

The upper movement guide part 130-a and the lower movement guide part 130-b are provided at upper and lower outer sides of the opening formed in the performance booth 110 to move the media door part 120. The movement guide part 130 may be installed to correspond to the media door part 120 having a predetermined area capable of substantially closing or opening the opening to move in any one or more directions of the left side and the right side of the opening. That is, the media door part 120 and the movement guide part 130 are configured in the form of a sliding door.

The media door unit 120 includes a configuration of a media wall, which is an LED panel. Even if the media door unit 120 substantially seals the performance booth 110, the internal sound leakage or external noise may occur. Substantial sound insulation to prevent inflow and the like cannot be performed.

Accordingly, the media door unit 120 may further include a soundproof module (not shown) on the rear surface of the LED panel. When the sound insulation module is additionally provided in the media door part 120 to close the opening of the performance booth 110, the sound insulation module may perform substantial soundproofing of the performance booth 110, such as leakage of sound or inflow of noise. . However, when the soundproof member is provided on the rear surface of the media door part 120, there is a problem that heat generated in the LED panel provided in the media door part 120 is not easily radiated.

In order to solve the heat dissipation problem, it is preferable that the soundproof door unit 140 is separately provided at a position spaced apart from the rear surface of the LED panel of the media door unit 120.

The soundproof door part 140 is positioned between the opening of the performance booth 110 and the media door part 120 and is in close contact with the opening of the performance booth 110 to substantially close the opening. Accordingly, the sound insulation door unit 140 may be formed in the same size as the media door unit 120, but may be formed in any size when the soundproof door unit 140 may block the sound leakage or the noise inflow through the opening.

The soundproof door part 140 may be positioned on the rear surface of the media door part 120, but may be in close contact with the media door part 120, but the media door part may radiate heat from the LED panel formed on the media door part 120. It is preferable to be spaced apart from the rear surface of the 120 by a predetermined distance.

The first fastening module (not shown) for fastening with the performance booth 110 is provided on five outer circumferential surfaces of the soundproof door part 140 except for the rear side of the performance booth 110 in the upper, lower, left, right, and front surfaces. The above is provided.

When the soundproof door part 140 which is substantially in close contact with the opening of the performance booth 110 to realize soundproofing of the performance booth 110 closes the opening, the first fastening module of the soundproof door part 140 (not shown) And the second fastening module (not shown) provided in the performance booth 110 may be mutually fastened to substantially seal the opening.

At this time, when the first fastening module provided in the soundproof door part 140 and the second fastening module provided in the performance booth 110 are means that can be coupled to each other, any fastening means of any method or structure may be used. It's okay.

For example, a hook method that is fastened to each other by a hook type, a screw tightening method such as bolts / nuts, an electromagnet type that is mutually coupled by a magnetic force, a hydraulic method, a vacuum adsorption method, and the like may be used. In the case of the fastening means capable of keeping the 140 in close contact with the opening, any may be used.

In addition, if only one of the first fastening module or the second fastening module can be used to hold the soundproof door part 140 in close contact with the opening, another fastening module can be omitted.

If the soundproof door part 140 is not provided and the soundproof module is added to the media door part 120, the first fastening module is preferably provided in the media door part 120.

When the soundproof door unit 140 is spaced apart from the media door unit 120 by a predetermined distance and is provided with the soundproof door unit 140, the soundproof door unit 140 must perform the same movement as the media door unit 120. Edo mobile module (not shown) is provided. That is, the movement module of the soundproof door unit 140 may be coupled with the movement guide unit 130 to move the soundproof door unit 140 by the same mechanism as the movement of the media door unit 120.

At this time, the movement guide unit 130 to which the movement module of the media door unit 120 and the soundproof door unit 140 are coupled is the upper movement guide unit 130-a and the lower movement guide unit 130-b. To be coupled together to each other (see FIG. 6). Alternatively, the movement guide unit 130 coupled with the movement module of the media door unit 120 and the movement module of the soundproof door unit 140 may include the movement guide unit 131-b coupled with the movement module of the media door unit 120. ) And the moving guide part 132-b coupled to the moving module of the soundproof door part 140 may be separately coupled and moved (see FIG. 7).

When the moving module of the media door part 120 and the moving module of the soundproof door part 140 are coupled to respective moving guide parts 131-b and 132-b which are different from each other, the respective moving guide parts 131-b, 132-b) is formed in a form that can provide the same direction of movement to each other to move the media door 120 and the soundproof door 140, or is formed in a form that can provide a different direction of movement of the media The door part 120 and the soundproof door part 140 may be moved in different directions.

Even when the movement guide unit 130 is coupled to the movement module of the media door unit 120 and the movement module of the soundproof door unit 140, respectively, the movement guide unit 130 is an upper movement guide unit and a lower movement guide unit, respectively. Are divided and combined.

In addition, the power supply unit 150 that provides power for the movement of the media door unit 120 may also provide power for the movement of the soundproof door unit 140, and if necessary, the soundproof door unit 140. The power providing unit for moving only may be provided separately.

When the soundproof door unit 140 is provided, the controller 160 may generate a separate control command for the movement of the soundproof door unit 140 through the power supply unit 150 and transmit the generated control command to the power supply unit 150. have.

On the other hand, the power supply unit 150 provides power only for the movement of any one of the media door unit 120 and the soundproof door unit 140, any one of the media that is not provided with the power of the power supply unit 150 The door part 120 or the soundproof door part 140 may be manually moved by a user.

2 is a front view of a performance booth for showing a media door according to the present invention. As shown in (a) of FIG. 2, the two media door parts 120-a and 120-b have a sliding door shape in order to seal the opening of the performance booth 110. It is coupled to the movement guide portion 130-a and the lower movement guide portion 130-b.

The front surface of each of the media door parts 120-a and 120-b is made of an LED panel, so that various contents can be output as shown in FIG. 2A or FIG. 2B. The output content is individually output to the two media door parts 120-a and 120-b, or one of the two media door parts 120-a and 120-b as one display. It can output the content of.

In FIG. 2, the media door parts 120-a and 120-b output contents different from each other.

When the user transmits a control signal for opening or closing the performance booth 110 to the controller 160 through a user terminal such as a PC or a mobile device, the controller 160 generates a control command corresponding to the transmitted control signal. Transmission to the power supply unit 150.

The power supply unit 150 supplies power to each of the media door parts 120-a and 120-b according to the received control command, so that each of the media door parts 120-a and 120-b is shown in FIG. 2. As shown in (b), the opening of the performance booth 110 may be opened.

Since the performance booth 110 may be used as a closed studio or an open studio, the performance booth 110 may include musical instruments and equipment necessary for performances such as lighting 210, drum 220, microphone 230, guitar 240, and the like. have. In addition, although not shown in the drawings, musical instruments and equipment required for the performance may be provided and used outside the performance booth 110.

As shown in FIG. 2, the upper movement guide part 130-a is positioned to correspond to the upper surface of the performance booth 110, and the lower movement guide part 130-b is positioned to correspond to the lower surface of the performance booth 110. do. In addition, the heights of the media door parts 120-a and 120-b are formed to correspond to the positions of the upper movement guide part 130-a and the lower movement guide part 130-b.

On the other hand, as shown in Figure 2, the position of the upper movement guide portion 130-a and the lower movement guide portion 130-b is only one embodiment of the present invention, if necessary, the performance booth 100 It may be configured to be positioned higher or lower than the upper or lower surface of the).

3 is a front perspective view of a performance booth for showing a content output form of a media door according to the present invention. As shown in FIG. 3A, the media door parts 120-a and 120-b are provided with LED panels, respectively, to output various contents. Each of the media doors 120-a and 120-b is formed to have a size enough to seal the opening of the performance booth 110, and the LED panel is formed of media doors 120-a and 120-b of the corresponding size. Is located in front of.

The LED panel is provided with the same size as the front size of the media door parts 120-a and 120-b, but is not limited thereto. In addition, the LED panel has a form in which a plurality of LEDs are arranged, and according to the control of the controller 160, it is determined whether the content is output from the LED panels of the media door parts 120-a and 120-b.

4 is a front view illustrating a performance booth having a soundproof door according to a first embodiment of the present invention, and FIG. 5 is a plan view of the performance booth for illustrating a moving guide unit according to the first embodiment of the present invention. As shown in FIGS. 4 and 5, the soundproof door parts 140-a and 140-b are further disposed between the front surface of the opening of the performance booth 110 and the rear surface of the media door parts 120-a and 120-b. It may be provided. The soundproof door parts 140-a and 140-b may also be provided to be moved in the form of a sliding door so as to be operated in the same form as the media door part.

At this time, the upper and lower structures of the soundproof door parts 140-a and 140-b are provided with moving modules, respectively, and are coupled to the moving guide parts 130-a and 130-b.

In FIGS. 4 and 5, the media door parts 120-a and 120-b and the soundproof door parts 140-a and 140-b are coupled to one movement guide part 130-a and 130-b together. It is shown. That is, each upper moving module of the media door parts 120-a and 120-b and the soundproof door parts 140-a and 140-b is coupled to the upper moving guide part 130-a, and the media door part ( Each of the lower moving modules 120-a and 120-b and the soundproof door parts 140-a and 140-b is integrally formed to be coupled to the lower moving guide part 130-b.

4 (a) and 5 (a) show the media door parts 120-a and 120-b and the soundproof door parts 140-a and 140-with the openings of the performance booth 110 fully open. b), and FIG. 4B shows that the media door parts 120-a and 120-b are fully open and the soundproof door parts 140-a and 140-b are openings of the performance booth 110. It shows the state which partially closed. 5B illustrates a state in which the media door parts 120-a and 120-b and the soundproof door parts 140-a and 140-b completely close the openings.

In this case, the media door parts 120-a and 120-b and the soundproof door parts 140-a and 140-b are opened or differently from each other by the power supply unit 150 as shown in FIG. 4B. The closing movement may be performed, and the movement may be performed to open or close the openings together according to the power of the power providing unit 150.

6 is a front view for showing a performance booth having a soundproof door according to a second embodiment of the present invention, Figure 7 is a plan view of a performance booth for showing a moving guide portion according to a second embodiment of the present invention. As shown in FIGS. 6 and 7, the soundproof door part 140-a for preventing sound leakage and outside noise inflow inside the media door parts 120-a and 120-b and the performance booth 110 is provided. 140-b) may be coupled to a moving guide part provided separately from each other.

The upper moving module of the media door parts 120-a and 120-b is coupled with the upper media door moving guide part 131-a to move the media door parts 120-a and 120-b. The lower moving module of the parts 120-a and 120-b is coupled with the lower media door moving guide part 131-b.

In addition, the upper moving module of the soundproof door parts 140-a and 140-b is coupled with the upper soundproof door moving guide part 132-a to move the soundproof door parts 140-a and 140-b. The lower moving module of the soundproof door parts 140-a and 140-b is coupled with the lower soundproof door moving guide part 132-b.

6 (a) and 7 (a) show the media door parts 120-a and 120-b and the soundproof door parts 140-a and 140-with the openings of the performance booth 110 fully open. b), in FIG. 6B, the media door parts 120-a and 120-b are fully open and the soundproof door parts 140-a and 140-b are the openings of the performance booth 110. It shows the state which partially closed. FIG. 7B illustrates a state in which the media door parts 120-a and 120-b and the soundproof door parts 140-a and 140-b completely close the openings.

At this time, the media door parts 120-a and 120-b and the soundproof door parts 140-a and 140-b are individually opened or closed by the power supply unit 150 as shown in FIG. 6B. The movement may be performed, and the movement may be performed to open or close the openings together according to the power of the power provider 150.

8 is a plan view for showing a performance booth according to a third embodiment of the present invention. As shown in FIG. 8, the stage of the performance booth 110 partially protrudes in the direction of the opening rather than the quadrangle to form a hexagonal shape. Accordingly, the media door unit and the soundproof door unit are each configured to seal the stage up to the stage extended to the front of the opening of the performance booth 110, respectively.

Each media door unit and the soundproof door unit are provided with a first media door unit 120-a and a first soundproof door unit 140-a for closing the left side of the opening front stage. The second media door portion 120-b and the second soundproof door portion 140-b for closing are provided, and the third media door portion 120-c and the third for closing the right side of the opening front stage are provided. The soundproof door part 140-c is provided.

Each of the media door portions 120-a, 120-b, 120-c and the soundproof door portions 140-a, 140-b, 140-c may include a moving guide portion as described with reference to FIGS. 4 to 7. Combined and moved according to the combined movement guide part, and the media door parts 120-a, 120-b, and 120-c and the soundproof door parts 140-a, 140-b, and 140-as shown in FIGS. 9 to 13. c) may open the opening of the performance booth 110.

9 is a first plan view illustrating an open state of a performance booth according to a third embodiment of the present invention. As shown in FIG. 9, the first media door part 120-a and the first soundproof door part 140-a, the second media door part 120-b, and the second soundproof door part 140-b. ) And the third media door portion 120-c and the third soundproof door portion 140-c may be coupled to each pair and moved together to open or close the opening.

Accordingly, when the performance booth 110 is opened, the first media door part 120-a and the first soundproof door part 140-a are moved to the left of the opening of the performance booth 110, and the second The media door part 120-b, the second soundproof door part 140-b, and the third media door part 120-c and the third soundproof door part 140-c are located at the right side of the opening of the performance booth 110. Is moved to.

The movement of each of the media door parts 120-a, 120-b, and 120-c and the soundproof door parts 140-a, 140-b, and 140-c is performed by the viewer through the opening of the performance booth 110. You will be able to see the performances in the booth.

In addition, through the LED panel provided in each media door portion (120-a, 120-b, 120-c) to output a variety of content, so that viewers can view the content, the media door portion (120-a, 120) -b, 120-c is moved to face the grandstand, the third media door portion 120-c and the third soundproof door portion 140-c is moved first, the second media door portion ( 120-b and the second soundproof door part 140-b are moved to be positioned in front of the third media door part 120-c.

When the media door parts 120-a, 120-b, and 120-c and the soundproof door parts 140-a, 140-b, and 140-c move as shown in FIG. 9, the third media door part 120 Since the output of the content in -c) is not provided to the viewers, the second media located in front of the third media door 120-c is blocked because the output of the content of the third media door 120-c is blocked. The content may be output through the door part 120-b. Meanwhile, the first media door 120-a moved to the left of the opening of the performance booth 110 may also output the content and provide the content to the viewers.

FIG. 10 is a second plan view illustrating an open state of a performance booth according to a third embodiment of the present invention. As shown in FIG. 10, each of the media door parts 120-a, 120-b, and 120-c is illustrated. ) And the soundproof door parts 140-a, 140-b, and 140-c are moved in the same direction as in the embodiment shown in FIG. 9, but in FIG. 10, the media door parts 120-a, 120-b, and 120 are respectively. -c) shows an embodiment in which the soundproof door parts 140-a, 140-b, 140-c are moved separately from each other.

When the performance booth 110 is opened, the first media door part 120-a and the first soundproof door part 140-a which are individually moved are moved to the left side of the opening of the performance booth 110. The second media door part 120-b, the second soundproof door part 140-b, and the third media door part 120-c and the third soundproof door part 140-c are the openings of the performance booth 110. Is moved to the right of.

At this time, the second media door portion 120-b, the second soundproof door portion 140-b, the third media door portion 120-c, and the third soundproof door which are moved to the right side of the opening of the performance booth 110. The part 140-c is first moved to the right side of the opening of the performance booth 110 by the first and third soundproof door parts 140-c first. Second, the second soundproof door part 140-b is moved to the front surface of the third soundproof door part 140-c. Third, the third media door part 120-c is moved to the front of the second soundproof door part 140-b. Finally, the second media door portion 120-b is moved to the front of the third media door portion 120-c.

That is, the third soundproof door part 140-c and the second soundproof door part 140-b are moved first, and the third media door part 120-c and the second media door part 120-b are moved. Then, it is moved to output the content through the second media door unit 120-b and to provide the content to the viewers.

Meanwhile, the first media door part 120-a moved to the left side of the opening of the performance booth 110 may also output the content and provide the content to the viewers.

11 is a third plan view for showing the open state of the performance booth according to a third embodiment of the present invention. As shown in FIG. 11, the first media door part 120-a and the first soundproof door part 140-a, the second media door part 120-b, and the second soundproof door part 140-b. ) And the third media door portion 120-c and the third soundproof door portion 140-c may be coupled to each pair and moved together to open or close the opening.

At this time, the third media door part 120-c and the third soundproof door part 140-c which are moved to the right side of the opening of the performance booth 110 are moved to the right of the opening of the performance booth 110 so that the third media door is closed. The front of the portion 120-c is positioned to face in the direction of the grandstand.

The second media door part 120-b and the second soundproof door part 140-b move to the right side of the moved third media door part 120-c and the third soundproof door part 140-c. And the front surface of the second media door portion 120-b faces in the direction of the grandstand. In this case, the second media door part 120-b and the second soundproof door part 140-b may be positioned in parallel with the third media door part 120-c and the third soundproof door part 140-c. However, the content output from the second media door unit 120-b may be positioned at a predetermined angle toward the center of the grandstand so that visitors can more easily view the content.

Meanwhile, the first media door 120-a moved to the left of the opening of the performance booth 110 may also output the content and provide the content to the viewers.

The description of the invention in this specification describes preferred embodiments, and the invention is not limited to these embodiments. Those skilled in the art to which the present invention pertains can make various changes and modifications to the above embodiments without departing from the technical spirit of the present invention, the technical spirit of the present invention is to make all such various changes and modifications Include.

Claims

Openings are formed, the performance booth (booth) capable of sound insulation and sound insulation;

At least one media door unit provided at a front surface of the opening and having a display capable of outputting an image to the outside of the performance booth;

An upper movement guide unit coupled to an upper movement module of the media door unit and configured to guide a movement of the media door in a state in which it is engaged with the upper movement module;

A lower movement guide part coupled to the lower movement module of the media door part and configured to guide movement of the media door in a state in which the media door is engaged;

A power providing unit provided in at least one of the upper moving guide part and the lower moving guide part to provide power for moving the media door part; And

A control unit for controlling the power providing unit to move the media door unit;

The media door part may include a top moving guide part fastened to the upper moving module and a lower moving guide part fastened to the lower moving module according to the driving provided by the power supply unit. Opening and closing performance booth device, characterized in that for opening or closing the opening.
The method of claim 1,

And at least one soundproof door part provided between the opening part and the media door part to provide sound insulation so that sound or noise inside and outside the performance booth are not introduced to each other.
The method of claim 2,

The upper moving module of the soundproof door part is fastened to the upper moving guide part, the lower moving module of the soundproof door part is fastened to the lower moving guide part, and the soundproof door part is connected to the upper moving guide part and the lower moving guide part. Opening and closing performance booth device, characterized in that movable by.
The method of claim 3, wherein

The soundproof door part is connected to the media door part, opening and closing performance booth device, characterized in that to move dependently by the movement of the media door part.
The method of claim 3, wherein

And the soundproof door part is spaced apart from the media door part and moved by the power supply part to open or close the opening of the performance booth.
The method of claim 1,

The display of the media door unit is composed of one or more LED panel, the open and close performance booth device, characterized in that for outputting the image in accordance with one or more image signals.
The method of claim 6,

When the media door unit is provided in plural, one input image is divided and output to a plurality of displays, or a plurality of input images are output to a plurality of displays provided in each media door unit, respectively. Open and close performance booth device.
The booth of claim 1, wherein the performance booth is

A photographing module for photographing any one or more scenes inside or outside the performance booth;

A recording module for recording any one or more sounds of the inside or outside of the performance booth;

An image output module for outputting the image photographed by the photographing module to any one or more of the inside or outside of the performance booth; And

A sound output module for outputting the sound recorded by the recording module to any one or more of the inside or outside of the performance booth;

Opening and closing performance booth device comprising a.
The method of claim 8,

The control unit booth performance booth device, characterized in that for controlling the image taken by the photographing module is output to the media door.
The method of claim 8,

The control unit booth performance booth device, characterized in that for controlling the output of any one or more of the image photographed by the photographing module or the sound recorded by the recording module to the image output module or the sound output module, respectively.