KR101969957B1 - Portable Broadcasting Integrated Control System and the method using it - Google Patents

Abstract

The present invention relates to a portable integrated broadcasting equipment control system and a control method using the same. More specifically, the present invention relates to the portable integrated broadcasting equipment control system, in which a monitor part and a control part for controlling the monitor part is divided into both sides of a first panel and a second panel connected by a hinge. In the portable integrated broadcasting equipment control system, an image wireless transeiving console, which displays preview output split screens divided into a plurality of screens and a transmission screen are displayed through a display device, is formed in the first panel. Also, the present invention relates to the control method using the same. An objective of the present invention is to provide a system for recording a webcast (to send edited footage from a plurality of locations to one or more other locations for audio and video broadcast) or to optimize switching of a video and an action camera.

Description

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a portable integrated broadcasting equipment control system,

[0001] The present invention relates to a portable integrated broadcasting equipment control system and a control method using the same, and more particularly, to a portable integrated broadcasting equipment control system and a control method thereof, The present invention relates to a portable integrated broadcasting equipment control system and a control method using the same, in which a preview output divided screen divided into a plurality of divided screens and a video wireless transceiver console in which a broadcasting screen is displayed by a display device is formed in the first panel.

In the current broadcasting room operation situation, it was possible to record and record weekly meetings, ordinances, and worship services from a fixed studio to a regular event when the broadcasting place is a specific room such as an office room (broadcasting room) and a chapel.

In large events such as conventions, festivals, and other large events, preparation time is only 2 ~ 3 hours in preparation for broadcasting, and a lot of time has been spent on screens, projectors, cameras, blenders,

In addition, conventional broadcasting apparatuses are expensive and can not be moved, and a large number of specialized manpower for operation is required, so that various live broadcasts can not be recorded or photographed. Therefore, there was a problem in producing and distributing various live broadcast contents anytime and anywhere.

In addition, since the functions of each equipment are mechanically separated from each other, the number of control personnel required for each equipment is increased, so that labor costs are increased and integrated control of each equipment is impossible.

Therefore, there is a need for a system that can connect a video switch, a video recorder, a wireless video receiver, and a PTZ controller so that a connection line for each device is unnecessary and a broadcasting room can be ported.

In addition, when the camcorder is placed and connected to the broadcasting screen, it is possible to start broadcasting directly from the broadcasting room, projector, internet broadcasting, etc. Also, the broadcasting screen can be recorded immediately during the event and subsequent recording is unnecessary. It is necessary to develop a possible system.

Meanwhile, Korean Unexamined Patent Publication No. 2005-0101075, which is a conventional Internet broadcasting apparatus, has a disadvantage in that it can not be broadcasted live on the Internet because a conventional apparatus is expensive and it is impossible to move and a large number of specialized manpower is required for operation. In order to solve the problems in producing and distributing various live broadcast contents, the existing Internet broadcasting apparatuses are required to have one or more control personnel because the functions of the respective devices are mechanically separated. Therefore, labor costs are increased and integrated control of each device is required A video controller for selecting one of a plurality of images and an output image monitor for displaying the video controller, and an image processor for inputting subtitles to the image, A subtitle generator, and a speech unit And an audio controller for controlling the audio signal. The integrated unit includes a video or audio compressor for compressing and outputting video and audio data, a device controller for controlling the device as a whole, a power supply for supplying power to the device controller, A storage device for storing video and audio data, and a network device for outputting multimedia data to the Internet. The present invention also provides an integrated portable Internet live broadcasting device.

However, the above-mentioned conventional invention is superior in mobility, low in cost, and capable of integrated control among broadcasting equipments, but it has proved to be a device which is insufficient to produce detailed control and high quality video.

Korea Patent Publication No. 2005-010107 Korean Patent No. 1307974 Korean Patent No. 1775064 Korean Patent Publication No. 2008-0002167

Disclosure of the Invention The present invention has been made to solve the above problems, and it is an object of the present invention to provide a system and method for recording a webcast (video and video broadcasted in a plurality of places at one or more different places) The objective is to provide a portable integrated broadcast control system, a portable solution optimized for:

In addition, according to the present invention, a connection line of a main body according to a camcorder and a portable integrated broadcasting equipment control system is unnecessary due to a wireless environment, and a camcorder position can be freely selected and changed according to a situation, The present invention aims to provide a portable integrated broadcasting apparatus control system which can record the recording contents of all events that can be taken without requiring subsequent editing.

According to an aspect of the present invention, there is provided a portable integrated broadcasting equipment control system including a monitor unit and a control unit for controlling the monitor unit, the control unit being divided into a first panel and a second panel connected to each other by a hinge, A preview output split screen and a sending screen are displayed on a display device, and a TX board and an RX board are connected to control the preview output split screen and the sending screen. The TX board includes a power input unit for receiving power, A power module for supplying power, an LED board for LED display, a zoom-in out board for transmitting a zoom-in-out command, a joystick board for transmitting operation commands of a joystick, an LED connector for connecting the LED board and the microcomputer, Zoom-out connection for connecting the outboard and the microcomputer, Joystick connection for joystick board and microcom , A microcomputer for controlling each configuration, a Bluetooth module for Bluetooth communication, an RF module for RF communication, and an interface for external connection, and the RX board is a DC-DC converter for converting a voltage, A linear regulator that stabilizes the voltage through a DC-DC converter, an X-axis motor driver that drives the X-axis motor, a Y-axis motor driver that drives the Y-axis motor, a relay that transfers signals from the remote control switch to the microcomputer, A microcomputer for controlling each configuration, a Bluetooth module for Bluetooth communication, an RF module for RF communication, and an interface for external connection.

The TX board includes a power input unit for receiving power, a battery unit for charging the battery, a power module for supplying the power to each configuration, an LED board for displaying LEDs attached to the first panel and the second panel, A joystick board for transmitting a manipulation command of a joystick attached to the outside of the second panel, an LED connector for connecting the LED board and the microcomputer, A joystick connection unit for connecting the joystick board and the microcomputer, a microcomputer for controlling each configuration, a Bluetooth module for communicating with the external image device wirelessly, and a wireless module for wirelessly connecting to the external image device. An RF module for RF communication, and an external connection interface for wired connection with external video equipment.

The RX board includes a DC-DC converter for converting a voltage from the power source, which is a power input to the power, a USB connector for an external USB connection, a linear regulator for stabilizing the voltage through a DC-DC converter, Axis motor driver for driving the X-axis motor of the external video equipment, a relay for transmitting the control signal of the external remote control switch to the microcomputer, A Bluetooth module for Bluetooth communication, a RF module for RF communication connected to the external video equipment, and an external connection interface for wired connection with the external video equipment.

The present invention is characterized in that a plurality of preview output split screens and a sending screen are displayed on the first panel by a display device and the second panel displays one of the video screens of the plurality of shooting devices among the preview output split screens A PTZ console that supports the zoom function and the tilt function of the photographing apparatus, a recording console that records the one image screen, and a control unit that controls the photographing apparatus and other settings An image wireless transceiver console is formed.

The PTZ console selects one photographing apparatus among the plurality of photographing apparatuses and adjusts the pan tilt and zoom of the photographing apparatus.

The video wireless transceiver console may include a communication module to wirelessly receive an image photographed by the photographing device, adjust the image state, and set the image state in advance.

The present invention relates to a control method using a portable integrated broadcasting equipment control system, wherein a video mixer console checks whether a caption input command is transmitted while an image is being transmitted, confirms whether a caption input command is issued and the caption is pre- If a pre-produced video exists, the video and subtitles are transmitted simultaneously. If there is no pre-produced video, real-time input proceeds.

The video mixer console checks whether a second video transmission switching control command is generated in a state in which the first video transmission is continued and determines whether the second video to be switched is in darkness or in a communication failure state, The second video transmission is switched to, and in the case of the darkness or communication failure state, the status is alerted to the administrator.

The microcomputers T10 and R10 are equipped with an "AUDIO FOLLOW" function for automatically selecting a sound according to the switching of the image, a "reverb" function for adding reverberation and a "mastering" function for adjusting the volume , Outputs it to the PA (public address) on the line output, or controls it so that it can respond to recording from an external device.

The present invention as described above can be applied to various education such as church and school campus broadcasting and program production sports events, performances, conferences, workshops, small and medium-sized conferences, picnic meetings, It is easy for beginners to use it easily by simple operation at the time of contents production.

In addition, the present invention can easily switch a video camera, a smart phone, a tablet, and the like simply by pressing a connection button.

In addition, the present invention is suitable for presentations of churches, conference rooms, and events by switching various sources such as a computer and a video camera image in real time.

In addition, as an application field according to the present invention, it is possible to transmit various event images, such as school attending school, field learning, public school attendance, and so on, to the classroom without passing through the external broadcasting room.

Further, each of the structures of the present invention is designed with a fully modular structure, so that it can be easily replaced when a failure occurs.

FIG. 1 is a view showing the appearance and internal configuration of a portable integrated broadcasting equipment control system according to the present invention.
FIG. 2 is a diagram illustrating an internal configuration of a portable integrated broadcasting equipment control system according to the present invention.
3 is a view showing a design structure according to the present invention.
4 is a view showing the role of a plurality of terminals according to the present invention.
5 is a conceptual diagram of an external output terminal and an input terminal of a portable integrated broadcasting equipment control system according to the present invention.
FIG. 6 is a conceptual diagram illustrating a connection relationship among internal units of the portable integrated broadcasting equipment control system according to the present invention.
FIG. 7 is a diagram illustrating a method of transmitting subtitles and images according to the present invention in real time.
FIG. 8 is a diagram illustrating a method of transmitting a video in a case of emergency according to the present invention.
FIG. 9 is a circuit diagram for operation of transmitting video and audio signals according to the present invention.
10 is a circuit diagram illustrating operation of a joystick or the like according to the present invention.

For a better understanding of the present invention, a preferred embodiment of the present invention will be described with reference to the accompanying drawings. The embodiments of the present invention may be modified into various forms, and the scope of the present invention should not be construed as being limited to the embodiments described in detail below. The present embodiments are provided to enable those skilled in the art to more fully understand the present invention. Therefore, the shapes and the like of the elements in the drawings can be exaggeratedly expressed to emphasize a clearer description. It should be noted that in the drawings, the same members are denoted by the same reference numerals. Further, detailed descriptions of well-known functions and configurations that may be unnecessarily obscured by the gist of the present invention are omitted.

As shown in FIG. 1, the body and the cover are connected to each other through a hinge. When the fastening device on the handle is opened and opened, the control unit 20 is formed on the horizontal surface panel and the monitor unit 10 is formed on the vertical surface panel. .

Specifically, the present invention is a portable integrated broadcasting equipment control system formed by dividing a monitor unit (10) and a control unit (20) controlling the monitor unit (10) into two surfaces of a horizontal surface panel and a vertical surface panel connected by a hinge, A preview output split screen 104-1 and a dispatch screen 104-2 that are divided into a plurality of screens are displayed on a display device and a video image that automatically switches to one of video screens of a plurality of image capture devices A mixer console 101, a PTZ console 102 for supporting a zoom function and a pan / tilt function of the photographing apparatus, a recording console 103 for recording the image screen, And a video wireless transceiver console (105).

The monitor unit 10 is divided into a first screen (edit screen) and a second screen (output image), but may be installed in a single monitor as described later, or may be installed in a touch manner.

The control unit 20 includes a volume and a screen selection unit, a zoom unit, a camera selection unit, a pan tilt unit, a recording terminal, a power switch, and the like for selecting a second screen (output image) A voice input terminal, a camera input terminal, a voice output terminal, a microphone input terminal, a headphone output terminal, and the like. Here, each of the components is designed to be fully modular so as to be easily replaced, and when the monitor unit 10 is of a touch type, the screen selection unit may be omitted.

As shown in FIG. 2, when the lid is opened, a quad split screen 104-1 and a dispatch screen 104-2 are displayed on a vertical plane, On the horizontal plane, a video mixer console 101, a PTZ console 102, a recording console 103, a video wireless transceiver console 105, and the like are configured.

A backlight is formed on the back of each button of the image blender console 101 to intuitively switch the image.

In other words, the video mixer console 101 displays a plurality of switches and the frame color of the current video (red) or the video output standby (green). Also, you can easily check the transmission (red) and standby (green) status with the button color.

For example, the present invention can easily switch video cameras, smart phones, tablets, and the like by simply pressing a switching button.

The PTZ console 102 can remotely control three remote shooting devices, for example.

The PTZ console 102 can manipulate the photographing direction of the photographing apparatus with the adjustment knob, and the photographing direction adjustment speed increases stepwise in proportion to the angle at which the adjustment knob is operated.

As shown in FIG. 3, according to an embodiment of the present invention, there is provided a video camera system including a camcorder image wireless receiver, an image switcher, a camera PTZ wireless controller and a power supply board, a recorder (capture board), an external output and input terminal, Twisted Pair) converter, HDMI cable and power cable.

Here, the video switcher corresponds to the video mixer console 101 described above, and the camera PTZ wireless controller can correspond to the PTZ console 102.

Also, as an input terminal, an object image is directly inputted from a library built in an external device, so that an image switcher can switch between an original image and an object image.

As shown in FIG. 4, the present invention includes a camera input terminal A1 when not in radio reception, a camera or PC input terminal A2 when not in radio reception, a terminal for connecting the same screen as the transmission screen monitor to an external monitor A3), a LAN terminal (A4) for sending the same screen as the broadcasting screen monitor to the broadcasting room for a long distance, an input terminal (A5) for connecting the video switcher to the external PC via USB for external adjustment, (A7) for external audio amplifier or speaker, A8 for external audio input, A9 for external microphone input, A9 for external microphone, PHONE jack (A10) and so on. In addition, terminals and jacks having various characteristics may be further included.

As shown in FIG. 5, the portable integrated broadcasting equipment control system 100, which is a video mixer incorporating a recording device, a wireless transceiver, a PTZ controller, etc., has a 4 channel wireless or wired selection input through a wireless transmission and HDMI (in) And transmits the image to the outside.

It is connected to the external sound mixer through the RCA terminal (in), to the external microphone through the MIC terminal (in), to the external speaker or the sound mixer through the RCA terminal (out) And is connected to an external transmission screen monitor or an HDMI distributor through an HDMI terminal (out).

These terminals are described by external connection interfaces (T13, R13) and the like to be described later.

As shown in FIG. 6, in a block diagram of a portable integrated broadcasting equipment control system, images of a plurality of cameras and smart terminals connected to a mixer unit 110 through a wired input or a wireless input are divided into four sections It is transmitted and displayed on the monitor (left monitor).

 The video of the mixer unit 110 is transmitted to the 1: 4 HDMI distribution module through the output video out module and is recorded in the recording unit 130.

The video of the mixer unit 110 is output to a LAN terminal (out) for long distance video or voice transmission through a HDMI to LAN conversion module.

The mixer unit 110 is connected to an external microphone mixer and an external microphone through an RCA terminal (in) and a MIC terminal (in), respectively.

The mixer unit 110 is connected to an external speaker or an acoustic mixer through an RCA terminal (out).

Hereinafter, a method for controlling a portable integrated broadcasting apparatus will be described in detail with reference to FIGS. 7 and 8 according to an embodiment of the present invention.

As shown in FIG. 7, it is confirmed whether a caption input command is transmitted during transmission of an image through the video mixer console (S101, S102).

The subtitle input command is issued and it is checked whether the subtitle is a pre-stored content (S103).

If a pre-made video exists, the video and the subtitles are transmitted simultaneously (S104, S105).

If there is no pre-made image, the real-time input is performed (S106).

As shown in FIG. 8, in a state where the first video transmission continues, it is checked whether a second video transmission switching control command is generated (S201, S202).

If the second image to be switched is in darkness or communication failure, it is checked (S203).

At this time, the human recognition function according to the present invention is installed in the control unit 20, so that even if a person is not recognized in each image, it can not be a switching object, Can be set in advance so as to be able to control without a broadcast accident.

If the darkness or the communication failure state is not present, the second video transmission is switched (S204).

In the case of the darkness or poor communication state, the status can be alarmed to the administrator (S205).

As another embodiment of the present invention, metadata elements added to an image may be divided into time information, participant information, and place information for the purpose of effective management, search, and utilization of the image, and may be stored in an external device.

For example, the recording console 103 may store and record metadata including time information, participant information, and place information.

In addition, the present invention can transmit the two most frequently used screens alternately by moving the PTZ console 102's pan / tilt stick through the control unit.

As another example, the second image can be applied to a situation in which the darkness or the communication failure is not performed, and the pan tilt stick of the TZ console 102 can be moved The image quality degradation state may be alarmed to the administrator.

FIG. 9 is a circuit diagram illustrating operation of transmitting a video signal and a voice signal according to an exemplary embodiment of the present invention. FIG. 10 is a circuit diagram illustrating operation of a joystick or the like according to an exemplary embodiment of the present invention.

As shown in FIG. 9, the control unit 20 for controlling the monitor unit 10 and the monitor unit 10 is divided into a first panel and a second panel, which are hingedly connected to each other, A video mixer console 101, a PTZ console 102, a recording console 103, an image wireless transceiver console 105, and the like, and specifically includes a power input unit T1 to which power is input, a battery unit A power module T3 for supplying power, an LED board T4 for LED display, a zoom-in outboard T5 for transmitting a zoom-in-out command, a joystick board T6 for transmitting a joystick operation command, A LED connection unit T7 for connecting the LED board and the microcomputer T10, a zoom-in connection unit T8 for connecting the zoom-in outboard T5 and the microcomputer T10, a joystick board T6 and a microcomputer T10 Joystick connector (T9), microcomputer for total control (T10), Bluetooth communication Base consists of a Bluetooth module (T11), RF communication, the RF module (T12), the interface for external connection (T13) and the like.

The LED board T4 displays the current video output (red) or the video output standby (green). It also allows you to easily check the emission (red) and standby (green) status with the button color.

The PTZ console 102 is composed of a zoom-in outboard T5 and a joystick board T6, and can automatically switch to the transmission screen 104-2 while using a zoom function and a tilt function.

It is easy to switch, picture-in-picture, split, chroma key, etc. by simply pushing a switching button on a video camera, a smart phone, or a tablet through a zoom in / out connection part (T8) and a joystick connection part (T9).

10, the present invention includes a DC-DC converter R2 for converting power, a USB connector R3 for USB connection, a DC-DC converter R2, Axis motor driver (R5) that drives the X-axis motor to move the external imaging device in the X and Y axes, a Y-axis motor driver (R6) that drives the Y-axis motor A relay R7 for transmitting a signal of the remote control switch to the microcomputer, a microcomputer R10 for controlling the entire configuration, a Bluetooth module R11 for Bluetooth communication, an RF module R12 for RF communication, an interface R13 for external connection, etc. .

The 4-channel HDMI input supports 1080p or 1080i or 720p for various devices through the USB connector (R3). If signals of the same resolution are used, it can be connected at the same time regardless of equipment type.

The X-axis motor driver R5 and the Y-axis motor driver R6 are precisely controlled by a PTZ console 102 or the like that supports a zoom function and a tilt function of the photographing apparatus.

To this end, the X-axis motor and the Y-axis motor are mounted on a certain portion of the external image equipment and are controlled by the PTZ console 102.

In addition, the present invention receives wirelessly the image photographed by the photographing device through the image wireless transceiver console 105 including the Bluetooth modules T11 and R11 and the RF modules T12 and R12, (101) or the like and set the image state in advance.

The above-mentioned microcomputers T10 and R10 are capable of transmitting and recording a variety of broadcasts, and are capable of synthesizing subtitles, picture-in-picture, and segmentation functions with a luma key or chroma key, And controls to transmit the transmitted picture to the picture recorder directly.

In addition, the microcomputers T10 and R10 can directly record a picture transmitted from the image blender, thereby preventing unnecessary subsequent editing and ensuring accurate recording of recordings of all photographable events.

In addition, the microcomputers T10 and R10 may perform an interlaced scanning method in which a frame composed of an odd line and an even line, such as a video camera and a smart phone, are combined to form one full frame, Progressive scan mixing is possible, and it is possible to mix it with other source images with clear progressive processing through presentation of PC.

On the other hand, the TX board includes a power input unit T1 for inputting power, a battery unit T2 for charging the battery, a power module T3 for supplying the power to each configuration, An LED board T4 for displaying the attached LED, a zoom-in outboard T5 for transmitting a zoom-in out command to a switch attached to the outside of the second panel, an operation command of a joystick attached to the outside of the second panel An LED connection unit T7 for connecting the LED board and the microcomputer T10, a zoom in-out connection unit T8 for connecting the zoom-in outboard T5 and the microcomputer T10, a joystick- A joystick connector (T9) for connecting the T6 and the T10, a microcomputer (T10) for controlling each configuration, a Bluetooth module (T11) for Bluetooth communication connected wirelessly with external video equipment, An RF module T12 for RF communication, and an external RF module It consists of the external connection interface (T13) connected by wire.

The RX board includes a DC-DC converter R2 for converting a voltage from the power in R1, a USB connector R3 for an external USB connection, a DC-DC converter An X-axis motor driver R5 connected to the joystick board T6 to drive an X-axis motor of the external image equipment, a linear regulator R4 for stabilizing a voltage through the Y- A Y-axis motor driver (R6) for driving the motor, a relay (R7) for transmitting the control signal of the external remote control switch to the microcomputer, a microcomputer (R10) for controlling the respective components, a Bluetooth module An RF module R12 for RF communication, which is connected to the external image equipment wirelessly, and an external connection interface R13, which is connected to the external image equipment by wire.

Each of the embodiments of the present invention including the above-described modules is designed in a completely modular fashion, so that it can be easily replaced in the event of a failure.

Accordingly, when the fastening device in the handle portion is opened and opened, the control portion 20 is formed on the vertical surface panel and the monitor portion 10 is formed on the horizontal surface panel. The photographing direction of the photographing apparatus can be operated by the control knob by the microcomputers T10 and R10 connected to the joystick board T6 for transmitting the operation command of the joystick, The control speed is increased.

In addition, the present invention may also include a volume and screen selection unit, a zoom unit, a camera selection unit, a pan tilt unit, a recording terminal, a power switch, a voice input terminal, a camera input terminal, A voice output terminal, a microphone input terminal, a headphone output terminal, and the like.

In addition, the microcomputer (T10, R10) is equipped with a digital audio mixer, can mix audio of four HDMI systems in addition to line input and microphone input, and applies a delay to compensate lip and synch of video and audio to all input channels You can control to delay the voice up to 500ms.

In addition, the microcomputers T10 and R10 have a function of "AUDIO FOLLOW" for automatically selecting a voice according to the image switching, a "reverb" function for adding reverberation, and a "mastering" function for adjusting the volume , Output to the PA (public address) at the line output, or to control the recording at the external device.

Also, between the TX board and the RX board, the video camera, the smartphone, and the tablet can be connected wirelessly or by wire through the Bluetooth module R11 for Bluetooth communication, the RF module R12 for RF communication, and the external connection interface R13 have.

10: Monitor section
20:
101: Video Mixer Console
102: PTZ console
103: Recording console
104-1: 4 split screen
104-2: transmission screen
105: Video Wireless Transceiver Console
110: Mixer unit
T1: Power input
T2: Battery section
T3: Power module
T4: LED board
T5: Zoom in outboard
T6: Joystick board
T7: LED connection
T8: Zoom in out connection
T9: Joystick connector
T10: Microcomputer
T11: Bluetooth module
T12: RF module
T13: Interface
R1: Power in
R2: DC-DC converter
R3: USB connector
R4: Linear regulator
R5: X-axis motor driver
R6: Y-axis motor driver
R7: Relay
R10: Microcomputer
R11: Bluetooth module
R12: RF module
R13: Interface

Claims (7)

In a portable integrated broadcasting equipment control system formed by dividing a monitor unit 10 and a control unit 20 for controlling the monitor unit 10 into two sides of a first panel and a second panel connected by a hinge,
A preview output split screen 104-1 and a send screen 104-2 divided into a plurality of sections are displayed on the first panel and the preview output split screen 104-1 and the sending screen 104-2 A TX board and an RX board in the second panel,
The TX board includes a power input unit T1 for receiving power, a battery unit T2 for charging the battery, a power module T3 for supplying the power to each configuration, an LED A zoom-out board T5 for transmitting a zoom-in-out command to a switch attached to the outside of the second panel, a joystick for transmitting an operation command of the joystick attached to the outside of the second panel, An LED connection unit T7 for connecting the LED board and the microcomputer T10, a zoom in-out connection unit T8 for connecting the zoom-in outboard T5 and the microcomputer T10, the joystick board T6, (T10) for controlling each configuration, a Bluetooth module (T11) for Bluetooth communication that connects wirelessly with external video equipment, and RF communication for wireless connection with external video equipment. RF module (T12), and wired connection to external video equipment Is configured as an external connection interface (T13) for,
The RX board includes a DC-DC converter R2 for converting a voltage from the power in R1, a USB connector R3 for an external USB connection, a DC-DC converter An X-axis motor driver R5 connected to the joystick board T6 to drive an X-axis motor of the external image equipment, a linear regulator R4 for stabilizing a voltage through the Y- A Y-axis motor driver (R6) for driving the motor, a relay (R7) for transmitting the control signal of the external remote control switch to the microcomputer, a microcomputer (R10) for controlling the respective components, a Bluetooth module , An RF module (R12) for RF communication for wirelessly connecting with external image equipment, and an external connection interface (R13) for wired connection with an external image equipment. The method according to claim 1,
The joystick board T6 and the joystick board T4 are connected to the second panel to automatically switch to one video screen input of the transmission screen 104-2 among the video screens of the plurality of shooting apparatuses among the preview output split screen 104-1. A PTZ console 102 electrically connected to a zoom in outboard T5, a Bluetooth module T11, and an RF module (not shown) to support a zoom function and a pan / tilt function of the photographing apparatus, A recording console 103 for recording one or more video images through an external video equipment connected through an external connection interface T13 and a video wireless transceiver 103 for adjusting the wireless transmitting / And a console 105. The image mixer console 101 converts the resolution of the plurality of photographing apparatuses into a single image screen by unifying the resolution differences, And automatically switches the video screen input of the video apparatus in a predetermined order in sequence or automatically switches to the transmission screen 104-2 while using the zoom function and the tilt function by the PTZ console 102 Portable integrated broadcasting equipment control system. 3. The method of claim 2,
Wherein the PTZ console (102) selects one photographing apparatus among the plurality of photographing apparatuses and controls pan tilt and zoom of the photographing apparatus. The method according to claim 1,
The microcomputers T10 and R10 are equipped with an "AUDIO FOLLOW" function for automatically selecting a sound according to the switching of the image, a "reverb" function for adding reverberation and a "mastering" function for adjusting the volume , Outputting a PA (public address) from the line output, or controlling the external device so that it can respond to recording. 3. The method of claim 2,
Wherein the video wireless transceiver console (105) includes a communication module and wirelessly receives an image photographed by the photographing device to set an image state including a resolution in advance. A control method using a portable integrated broadcasting equipment control system according to claim 1,
The video mixer console confirms whether a caption input command is transmitted while the video is being transmitted, confirms whether the caption input command is issued and the caption is a pre-stored content, And if there is no image, real-time input is performed. The method according to claim 6,
The video mixer console checks whether a second video transmission switching control command is generated in a state in which the first video transmission is continued and determines whether the second video to be switched is in darkness or in a communication failure state, The second video transmission mode is switched to the second video transmission mode, and if it is dark or in a communication defective state, a warning alarm is given to the manager.

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