KR101722634B1 - Music video manufacturing system and method thereof - Google Patents

Abstract

A music video photographing system and a method thereof are disclosed. The present invention can automatically capture and edit the image of users who sing songs by detecting the position and output state of a microphone by including: an accompaniment player for outputting a voice outputted from one or more microphones and an accompaniment of a song; a blue screen installed on a wall in the center of a stage; a photographing unit which has one or more cameras for capturing images; a control unit for synthesizing the image captured by the photographing unit with a background image on the blue screen serving as a background of the image; and a storage unit for storing the synthesized edited image and background image.

Description

[0001] MUSIC VIDEO MANUFACTURING SYSTEM AND METHOD THEREOF [0002]

The present invention relates to a music moving picture production system and method, and more particularly, to a music moving picture production system and method capable of automatically capturing and automatically editing a video of a song user by detecting the position and output of a microphone.

Recently, for the purpose of musical accomplishment or play, it is a place to sing without being disturbed by other people. There are more facilities and shops that use singing karaoke machines to relieve stress or to socialize.

These places have been settled as an entertainment culture in the Asian region such as Korea (karaoke), Japan (karaoke), China (KTV) and the Philippines (Videoke).

Such an accompaniment system is made so that lyrics can be displayed together with the accompaniment of the song by inputting the code number of the desired song in the song half-timer, which stores and records the music and lyrics of a lot of songs.

In addition to the basic functions of outputting such lyrics and sound source, the accompaniment system also provides a song battle function, a dance follow-up function, and a video upload function in addition to providing a variety of enjoyment.

A typical song player includes a MIDI data storage medium in which standard data (MIDI: Music Instrument Digital Interface) of input / output commands of electronic musical instruments are stored, chorus data in which chorus data for chording a song to be played by a user is stored A microcontroller for reading the data from the MIDI data storage medium and the chorus data storage medium according to a user's request and supplying the read data to the sound source module; and a controller for receiving MIDI data and chorus data from the microcontroller, And an on-screen unit for on-screen processing the lyrics information and the like under the control of the microcontroller.

In the above-described karaoke machine, the user presses a selection button mounted on the karaoke machine to set the selection key and the performance key. When you press the play key with the song selection, the accompaniment starts and you can sing along to the accompaniment through the microphone. At this time, when the user desires, a song called by the user is recorded in a separate recording device.

Recently, in addition to the recording function, the above-described accompaniment system has a moving picture shooting function.

However, the moving picture production system interlocked with the conventional accompaniment system is photographed only through a fixed camera so as to direct only a specific position, and when a plurality of users chorus together or when the user leaves the position, A separate editing process must be performed.

However, the conventional accompaniment system is provided as a service in a shop, and there is a problem in that it is practically impossible to edit a moving picture because there is no skilled manpower.

Korean Patent Laid-Open No. 10-2013-0123820 (Nov. 13, 2013)

SUMMARY OF THE INVENTION It is an object of the present invention to provide a music video system and method capable of capturing moving pictures of a plurality of users using a song accompaniment system and automatically editing the music videos .

It is another object of the present invention to provide a music video system capable of automatically tracking a participant so as to capture all the users participating in a song and automatically editing the photographed partial image, the entire image and the background image, Method.

The present invention includes the following embodiments in order to achieve the above object.

A preferred embodiment of the music moving picture photographing system of the present invention is a music moving picture photographing system comprising a sound output from one or more microphones, a song half-circle for outputting an accompaniment of a song, a blue screen installed on a wall around a stage, A sensing unit sensing a position of the microphone; a microphone output sensing unit sensing whether the microphone is output; a microphone output sensing unit; And a storage unit for storing the synthesized edited image and the background image, wherein the control unit controls the position and the direction of the photographing unit to synthesize the background image and the image captured by the photographing unit, The shooting section is fixed to point to the stage where the blue screen is installed, and has a stationary camera for photographing a stage image, A plurality of rotation cameras for outputting a partial image obtained by photographing an area where the set microphone is located, and a control unit for controlling the control unit to photograph the partial image including the motion, The sensing unit and the microphone each include at least one transceiver of RF, Bluetooth, and WiFi, and can wirelessly communicate with each other. When a motion is detected from a video captured by the rotating camera, The control unit controls to drive the detection camera to photograph the partial image including the motion and to rotate the rotating camera set in the microphone detected as the output from the plurality of rotating cameras to direct the position of the corresponding microphone.

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Accordingly, the present invention has the effect of easily producing a high-quality music video by shooting all of a plurality of users simultaneously at the same time or expressing various motions, and synthesizing and editing them into various background images.

In addition, the present invention can automatically edit the photographed partial image, the entire image, and the background image by sensing the position of the microphone and / or the motion through the photographed image, and all the participants can freely download the image It is possible to create a new business model.

FIG. 1 is a diagram for explaining an outline of a music moving picture production system according to the present invention.
FIG. 2 is a view illustrating an image member of a music moving picture production system according to the present invention.
3 is a block diagram showing an image member of a music moving picture production system according to the present invention.
4 is a view showing an example of an editing screen in an image member of the music moving image producing system according to the present invention.
FIG. 5 is a flowchart showing photographing and editing steps of an image member in the music moving image producing method according to the present invention.
FIG. 6 is a flowchart illustrating an image transmission step of a server in a music moving picture production method according to the present invention.

While the invention is susceptible to various modifications and alternative forms, specific embodiments thereof are shown by way of example in the drawings and will herein be described in detail.

It should be understood that the present invention is not intended to be limited to any particular embodiment and that all modifications, equivalents, and alternatives falling within the spirit and scope of the present invention for connecting and / or fixing structures extending in different directions Should be understood as being appropriate.

The terminology used herein is for the purpose of describing particular embodiments only and is not intended to be limiting of the invention. The singular expressions include plural expressions unless the context clearly dictates otherwise.

In this specification, the terms "comprises" or "having" and the like refer to the presence of stated features, integers, steps, operations, elements, components, or combinations thereof, But do not preclude the presence or addition of one or more other features, integers, steps, operations, elements, components, or combinations thereof.

Further, in the description of the present invention, detailed description of known related arts will be omitted when it is determined that the gist of the present invention may be unnecessarily obscured by the present invention.

Hereinafter, preferred embodiments of a music moving picture production system and method according to the present invention will be described in detail with reference to the accompanying drawings.

FIG. 1 is a diagram for explaining an outline of a music moving picture production system according to the present invention. FIG. 2 is a view illustrating an image member of a music moving picture production system according to the present invention. Fig. 3 is a block diagram showing an image member, and Fig. 4 is a view showing an example of a photographing screen.

1 to 4, a music moving picture production system according to the present invention includes a plurality of image members 10 installed in a karaoke room, a karaoke bar or a studio equipped with a karaoke machine 190, A server 20 for storing the photographed music video, and a user terminal 30 connected to the server 20 for downloading the music video.

The image member 10 includes a song counter 190 for capturing all of a plurality of users who sing a song, a user who uses a background image, a microphone 180 among all users, And synthesizes the partial images photographed by the users and automatically edits them as one music video and transmits them to the server 20.

The server 20 stores the music moving image transmitted from the image member 10 and transmits the music moving image request signal to the user terminal 30 when the music moving image request signal is received from the user terminal 30. [ Here, the server 20 stores the unique identification information of the registered user terminal 30 from the image member 10, confirms the unique identification information given to the connected user terminal 30, and transmits the music video.

The unique identification information may be entered immediately before or immediately after the music moving picture is taken by the user, or may be automatically set by the image member (10). For example, the unique identification information can be set as one of a telephone number of a user, a name, a resident number, an address, an ID, and a password.

The user terminal 30 may correspond to all terminals connectable to the server 20 by wire / wireless communication. For example, the user terminal 30 can be arbitrarily set on a desktop and a mobile terminal such as a smart phone, a tablet PC, and a notebook.

The image member 10 includes a photographing unit 120 having a plurality of cameras, a sensing unit 130 sensing the position of the microphone 180, a microphone output sensing unit 140 sensing the output of the microphone 180, A communication unit 150 for communicating with the server 20; an illumination unit 160 for illuminating a room; a storage unit 170 for storing photographed images; And a control unit 110 for controlling the photographing unit 120 to the storage unit 170. [

Here, the image member 10 may be installed according to a place where the karaoke machine, the karaoke pub, the studio, etc., where the karaoke machine 190 is installed. More preferably, the blue screen 200 may further include a blue screen 200 to synthesize a background image on the photographed image.

The blue screen 200 may be installed on a wall and a floor of a stage where a plurality of users sing or dance.

The photographing unit 120 includes at least one fixed camera and at least one rotating camera that can be rotated up and down and to the left and right. For example, the first camera 121 is fixed as a fixed camera so as to face the stage where the blue screen 200 is installed, and the second to fourth cameras 122 to 124 are rotatable in the vertical and horizontal directions, (180).

That is, the first camera 121 is fixed to the stage where the blue screen 200 is installed, and the second camera 122 to the fourth camera 124 are set to direct the positions of the different microphones 180 do.

More preferably, a motion detection camera 125 for photographing only a user who does not sing a song on the stage image but separately may be provided.

The motion detection camera 125 detects motions through the images captured by the first to fourth cameras 121 to 124 by the control unit 110 and focuses only the detected users Can be set. Here, the motion detection camera 125 selects a camera having no input signal to the microphone 180 from any one of the second to fourth cameras 122 to 124 set for the microphone 180, It may correspond to a separately added camera rather than a separately set rotating camera.

Further, the fixed camera 121 and the rotation cameras 122 to 124 photograph the user with reference to the position of the microphone 180. FIG. For example, at least one of the fixed cameras and / or the rotating cameras 121 to 124 takes a picture of the microphone 180 as a voice. This is for taking a picture so that the face of the user can be clearly confirmed when the user takes a picture with respect to the microphone 180 as the microphone 180 is placed at a position close to the face when singing a song.

Also, in the present invention, it is possible to photograph the entire body of the user by enlarging or reducing the aspect ratio according to photographing the image based on the position of the microphone 180, or enlarging only the face. Such enlargement and reduction of the screen can be selectively performed under the control of the control unit 110. [

The microphone output sensing unit 140 senses the presence or absence of an output signal from each of the microphones 180 and outputs the sensed output signal to the controller 110. The detection signal of the microphone output sensing unit 140 determines whether the camera set for each microphone 180 is driven.

For example, when the output signal from the first microphone 180 is sensed, the microphone output sensing unit 140 outputs the output signal to the control unit 110. Accordingly, the control unit 110 controls to turn on the camera (for example, the second camera 122) set in the second microphone 180. [

The sensing unit 130 is a device for sensing the position of the microphone 180. For example, the rotation cameras 122 to 124 set for each microphone 180 accurately detect the microphone 180, So that the face of the user can be photographed.

That is, when the user holds a microphone 180, the microphone 180 is positioned at a position close to the face, the sensing unit 130 senses the position of the microphone 180, ).

At this time, the rotation cameras 122 to 124 (for example, at least one of the second camera 122 to the fourth camera 124) are set as valid areas and invalid areas in the entire screen, And the position of the detected microphone 180 is rotated in the up, down, left, and right directions so as to be placed in the effective area 310.

In addition, the sensing unit 130 may be equipped with a receiver for short range wireless communication (for example, RF, Bluetooth, WiFi), and the microphone 180 may be provided with a transmitter to track a position through communication between the sensors. Alternatively, a magnetic body may be installed in the microphone 180, and the sensing unit 130 may sense the magnetic body of the microphone 180.

The communication unit 150 is connected to the server 20 via the Internet and transmits the captured image stored in the storage unit 170.

The storage unit 170 stores a stage image, an edited image, a background image, and a partial image.

The background image is an image synthesized with the background of the photographed stage image, and may be automatically set to a different background depending on the song, or may be arbitrarily set by users' selection. It is preferable that the background image selection of the users can be selected through the input unit 194 of the song counter 190.

The stage image is an image captured from a fixed camera with the blue screen 200 as a background.

The partial image is an image photographed by each of the rotation cameras 122 to 124. For example, the second camera 122 outputs an image of a user using the second microphone, the third camera 123 outputs an image of a user who uses the third microphone, The camera 125 photographs only the user whose motion is detected separately from the input of the microphone 180. [

That is, in the present invention, an image output from each of the first camera 121 and the motion detection camera 125 may be defined as a partial image.

The editing image is composed by synthesizing the background image around the user included in the stage image and synthesizing the partial image with the background image synthesized with the background image. Here, the edited video is stored in the storage unit and transmitted to the server.

The partial image is divided into the valid region 310 and the invalid region 320 on the screen 300. The partial image is edited on the stage image only when the user's facial position value described below corresponds to the valid region 310. [ Here, the effective area 310 is a region corresponding to the distance set from the center position of the screen 300 to the upper, lower, left, and right sides.

The illumination unit 160 may include a plurality of illumination lamps for illuminating the inside of the room. The lighting unit 160 illuminates the room according to a method (brightness, flicker, and color combination) set for each song selected in the song half-timer 190 under the control of the controller 110. [

The song playing unit 190 includes one or more microphones 180, an input unit 194 for the user to input a song selection and adjustment command, an accompaniment control unit 191 for controlling the selected song to be output, A microphone 192, and an output unit 193 for outputting a user's voice and a stored song output from the microphone 180.

One or more microphones 180 amplify and output the user's voice signal. For example, it may include a first microphone installed on the stage and a second through fourth movable microphones. In addition, the first microphone installed on the stage is preferably fixed, but not limited thereto.

The accompaniment control unit 191 controls the display 192 and the output unit 193 to output music and lyrics according to the selection signal input through the input unit 194.

The output unit 193 outputs the user's voice input from the microphone 180 and the music selected under the control of the accompaniment control unit 191. [

The display 192 outputs the selected image and / or lyrics under the control of the accompaniment control unit 191. [ The display 192 may preferably output the photographed image of the camera received from the control unit 110 under the control of the accompaniment control unit 191. [

The control unit 110 controls the illumination unit 160 according to the song selected in the song halfplayer 190 and checks the position of the microphone 180 sensed by the sensing unit 130 and the presence or absence of an input signal for each microphone 180 And controls the fixed camera and the rotation cameras 122 to 124 to capture the stage image and the partial image and store the image in the storage unit 170. The stored partial image is edited to complete the edited image, 20).

The control unit 110 includes a communication module 111 for driving the communication unit 150, a motion detection module 112 for detecting presence or absence of motion through a partial image and a stage image, An editing module 114 for synthesizing and editing the partial image, the stage image, and the background image, a microphone tracking module 115 for tracking the position of the microphone 180, a camera control module (116).

The communication module 111 transmits the edited image stored in the storage unit 170 to the server 20 via the communication unit 150. [ Here, the communication module 111 corresponds to either an Internet communication modem or a Wi-Fi modem.

The illumination control module 113 controls lighting of the illumination unit 160. [ For example, when the accompaniment of the song half-player 190 is started, the lighting control module 113 controls the hue, lighting period, and brightness of the indoor lighting light to be turned on according to the set process.

The microphone tracking module 115 tracks the position of each microphone 180 and drives the camera set by the microphone 180. [ Here, the microphone tracking module 115 receives the sensing signal of the sensing unit 130, confirms the position of the microphone 180, and calculates the face position of the user through the microphone 180 position value. For example, the microphone tracking module 115 sets the face of the user as the XYZ axis on the basis of the position (e.g., lip) close to the face of the microphone 180, and calculates the coordinate value of each XYZ axis And outputs it to the editing module 114.

The editing module 114 synthesizes the captured image of each camera on the stage image mainly including the face in the valid region 310 through the face position value calculated by the microphone tracking module 115.

Also, the editing module 114 synthesizes the background image on the blue screen 200 corresponding to the background of the stage image, and synthesizes the partial image with the background image of the background image to complete the edited image.

The camera control module 116 drives the camera set for each microphone 180 according to the microphone output detection signal received from the song half- Preferably, the camera control module 116 checks the face value of the user calculated by the microphone tracking module 115 and determines whether the user's face is included in the effective area 310, And the rotation angle can be controlled.

The motion detection module 112 analyzes the photographed image of each camera (for example, any one of the rotation cameras 122 to 124 or the separate motion detection camera 125) to detect motion, And outputs the partial image to the editing module 114.

Here, the motion detection image may be a partial image and / or a stage image photographed by the rotation cameras 122 to 124 and the fixed camera 121 set for each microphone 180, a fixed camera (for example, a first camera 121 And a motion detection camera 125 installed in addition to the rotation cameras 122 to 124 (for example, the second to fourth cameras 124).

More preferably, the motion detection camera 125 can be operated in a monitoring mode and an enlarging mode. For example, the monitoring mode of the motion detection camera 125 is rotated in the room separately from the output of the microphone 180 to capture the entire image. The enlarged mode of the motion detection camera 125 enlarges only the user whose motion is detected by the motion detection module 112. In addition, the motion detection camera 125 is switched to the monitoring mode if a motion corresponding to the set condition is not detected for a predetermined time by the control of the motion detection module 112.

In addition, the control unit 110 may control the partial image photographed according to the microphone tracking signal of the user and / or the microphone tracking module 115 according to the motion detection signal of the motion detection module 112, And output the image through the display 192 of the song counter 190 described above.

Hereinafter, a music moving picture production method according to the present invention will be described with reference to the accompanying flowcharts.

The music moving picture production method of the present invention includes a step S100 of photographing and editing an image member 10 for recording a user's song in the room and editing the photographed image, And an image transmission step (S200) of a server transmitting an image to users requesting loading. 5 and the image transmission step S200 of the server will be described with reference to FIG.

FIG. 5 is a flowchart showing photographing and editing steps of an image member in the music moving image producing method according to the present invention.

5, the photographing and editing step S100 of the image member 10 includes a unique identification information registration step (S110) of receiving customer information, a step of determining whether to receive a drive command of the song half- A camera driving step S130 for turning on the camera when a drive command is input in the determining step S120 and the on determining step S120 and the output of the microphone 180 is sensed and the position of the microphone 180 are tracked (S140) for photographing a partial image, a motion photographing step (S150) for photographing a partial image by sensing motion, a background synthesizing step (S160) for synthesizing a background image on a stage image, An editing step (S170) of synthesizing and editing a partial image and a background image, and a transmitting step (S180) of transmitting the edited edited image to the server (20).

The unique identification information registration step S110 is a step for the controller 110 to store the customer information inputted through the customer information input terminal (not shown). For example, a plurality of users apply for the music video shooting at the karaoke counter and set the identification information of the applicant. Therefore, the karaoke side inputs and registers the identification information of the user together with the room information allocated by the users. Such input and registration of the user identification information is described as setting before the music video shooting, but is not limited thereto. That is, the unique identification information registration step can be set before and after the music video shooting, and can be changed as well. Such a user's identification information process can be variously modified according to the intention of the operator or the designer.

The on decision step S120 is a step for the controller 110 to determine whether a music selection and output command is received from the song half-

For example, the users enter the assigned room, select each song through the input unit 194, and turn on the start switch. The accompaniment control unit 191 outputs the lyrics of the selected music to the display unit 192 through the input unit 194 and controls the music output through the output unit 193. [ In addition, the accompaniment control unit 191 outputs a signal indicating that an output command is input to the control unit 110. [

Accordingly, the lighting control module 113 of the control unit 110 controls the illumination unit 160 simultaneously with the output of the music from the output unit 193 to control lighting of the set algorithm.

The camera driving step S130 is a step in which the control unit 110 turns on a fixed camera (for example, the first camera 121) aiming at the stage positioned on the blue screen 200 as a background. Here, a plurality of users are placed on the stage while the user who selects the song at the earliest holds the microphone 180 first. Accordingly, the first camera 121 takes a stage image with the blue screen 200 as a background.

The microphone tracking and partial image pickup step S140 is performed by the controller 110 through a rotation camera (not shown) installed in the microphone 180 through the microphone position sensing signal of the sensing unit 130 and the output sensing signal of the microphone output sensing unit 140 122 to 124 are driven to photograph a partial image.

For example, when a user other than a user located on the stage holds a different microphone 180 and chorus is performed among the plurality of users, the position of the microphone 180 in the sensing unit 130 and the microphone output sensing unit 140 And an output detection signal, respectively.

That is, the microphone output sensing unit 140 senses whether or not the microphone 180 is output, and transmits an output sensing signal to the control unit 110. The sensing unit 130 senses the position of the microphone 180, And outputs a microphone 180 sensing signal.

Accordingly, the control unit 110 drives the cameras set in the microphone 180 to which the voice signals are output from the plurality of microphones 180 through the microphone output sensing unit 140, respectively. In addition, the controller 110 checks the microphone 180 position sensing signal of the sensing unit 130 and calculates the face position value of the user.

That is, the microphone tracking module 115 calculates the position of the microphone 180 at a position close to the lips of the user, and calculates the face position of the user based on the position of the microphone 180.

The camera control module 116 selectively turns on the camera set in the microphone 180 in which the output detection signal is sensed and simultaneously displays the face of the user on the screen 300 according to the face position value calculated by the microphone tracking module 115. [ The aspect ratio of each camera and the aspect ratio are controlled so as to be included in the effective area 310 of the camera.

Accordingly, the photographing unit 120 photographs the partial image under the control of the camera control module 116, and the photographed partial image is temporarily stored in the storage unit 170 under the control of the camera control module 116. [

The motion photographing step S150 is a step in which the controller 110 controls the motion detecting camera 125 to photograph the sensed user for a preset time period when the motion detecting module 112 detects motion. Here, the motion detection module 112 detects motions by analyzing the stage images and the partial images captured by the fixed cameras and / or the rotation cameras 121 to 124, or detects the motions through the images photographed by the installed motion detection camera 125 Detect motion.

The motion detection using the image analysis of the present invention can be implemented by a motion detection algorithm stored in any one of the recording media included in the controller 110. [ Generally, the motion detection algorithm is applied to a known technique (for example, a security device using an image, a fire detection device using image analysis, etc.), and a description thereof will be omitted.

The background image synthesis step S160 is a step of synthesizing a background image set for each song on the blue screen 200 included in the stage image by the control unit 110 or a background image arbitrarily set by users. The editing module 114 retrieves and reads the background image stored in the storage unit 170 and synthesizes the background image with the background image of the stage image.

Here, the background image may be generated by a user by using a unique ID information registration step (S110) or a song half-pitcher (190) in which the controller (110) automatically selects and synthesizes a background image set for each song, (194).

The partial image editing step S170 is a step of synthesizing and editing the motion sensed image and the partial image photographed by the microphones 180 as a stage image. Here, the editing module 114 of the control unit 110 may output the partial images of the user by the microphone 180 output from the storage unit 170 and / or the rotation cameras 122 to 124, And synthesizing the motion detection image into the stage image.

At this time, based on the user's face position value calculated by the microphone tracking module 115, the editing module 114 extracts only the image of the user's face located in the effective area 310 of the screen 300, It is also possible.

In addition, the editing module 114 may add the partial images of the users photographed by the motion detection camera 125 to the stage images separately from the partial images of the upper microphones 180. That is, in addition to the user who holds the microphone 180 and is singing, the present invention can incorporate the appearance of dancing or other humorous users into the music video.

The transmission step S180 is a step in which the control unit 110 transmits the edited image stored in the storage unit 170 to the server 20 when the set time is completed through the accompaniment control unit 191. [ In this case, the control unit 110 drives the editing module 114 to edit and record the photographed stage image and the partial image in real time, or edit the edited image within a set time based on the end of the use of the song half- And transmit it to the server 20 after completion. The server 20 receives the edited video (music video) received from the video element 10 and stores it in the database 21 together with the unique identification information of the user.

As described above, the image transmitted to the server 20 can be downloaded by users using their own smartphone or desktop. The description will be given below.

FIG. 6 is a flowchart illustrating an image transmission step of a server in a music moving picture production method according to the present invention.

6, the image transmission step S200 of the server 20 includes a request signal reception step (S210) of receiving a download request signal of the user terminal 30 via the Internet, a step S210 of receiving the set customer identification information, (S220) for judging whether or not the identification information is matched, and a transmitting step (S230) for transmitting the stored music moving picture when the customer information is matched.

The download request signal receiving step is a step in which the server 20 receives a download request signal from the user terminal 30 via the Internet. Here, the user terminal 30 refers to a terminal device capable of transmitting and receiving data through the Internet, such as a smart phone, a notebook, a PDA, a PDP, a tablet PC, and a desktop, owned by users. In other words, the user terminal 30 means a device capable of communicating with the server 20 and including a recordable recording medium.

The customer information coincidence determination step S210 is a step in which the server 20 compares the customer identification information included in the download request signal received from the user terminal 30 with the stored customer identification information and determines whether or not they match.

Here, the server 20 receives the music moving picture from the video member 10, including the unique identification information of the user. Accordingly, the server 20 compares the unique identification information stored at the time of the request of the user terminal 30 with the received unique identification information, and determines whether the unique identification information matches.

At this time, the user unique identification information may be set by a combination of at least one of a telephone number, a name, a resident number, an address, an ID and a password, and a date.

The transmitting step S230 is a step in which the server 20 transmits the music video to the user terminal 30 requesting download of the music video. The transmitted music video corresponds to an edited video including both a stage video, a partial video and a background video. In addition, the partial image corresponds to the motion detection image and the partial image photographed by the microphones 180.

As described above, the present invention can simplify the shooting of the music video, provide a new service to a small business, and users can keep good memories.

10: image member 20: server
21: Database 30: User terminal
100: image member 110:
111: Communication module 112: Motion detection module
113: Illumination control module 114: Editing module
115: Microphone tracking module 116: Camera control module
120: photographing unit 121 to 124: camera
125: Motion detection camera 130:
140: microphone output detecting unit 150: communication unit
160: illumination unit 170: storage unit
180: Mike 190: Singing band
191: Accompaniment control unit 192: Display
193: Output section 194: Input section
200: blue screen

Claims (10)

A song half-player for outputting a voice output from one or more microphones and an accompaniment of the song;
A blue screen installed on the wall centered on the stage;
A photographing unit having at least one camera for photographing an image;
A sensing unit sensing a position of the microphone;
A microphone output sensing unit for sensing whether the microphone is output;
And controlling the position and direction of the photographing unit based on the position of the microphone detected by the microphone output sensing unit and the sensing unit and the presence or absence of the output of the microphone, A control unit for synthesizing a background image; And
And a storage unit for storing the synthesized edited image and the background image,
The photographing unit
A stationary camera for photographing a stage image fixed to the stage where the blue screen is installed;
A plurality of rotation cameras each of which is rotatable so as to capture a stage and a remaining area and which are respectively set for the microphones and output a partial image of an area where the set microphone is located; And
A motion detection camera for capturing and outputting a partial image including a motion under the control of the control unit; Lt; / RTI >
Wherein the sensing unit and the microphone each include at least one transceiver of RF, Bluetooth, and WiFi,
The control unit
Wherein the control unit controls the motion detection camera to photograph a partial image including motion when the motion is detected from the image captured by the rotation camera, Of the music moving picture production system.
delete delete delete The apparatus of claim 1, wherein the control unit
A camera control module for selectively turning on and off the cameras of the photographing unit according to a microphone output detection signal of the microphone output sensing unit;
A microphone tracking module for calculating a face position value of a user based on a position value of the microphone according to a microphone position detection signal of the sensing unit; And
An editing module for synthesizing a stage image photographed with the blue screen taken by the photographing section, a partial image photographed by a camera set for each microphone, a background image on a stage image, and synthesizing the partial image on a stage image Includes a music video production system.
The method according to claim 1,
A server for receiving and storing an edited image from the control unit; And
And a user terminal connected to the server and downloading the edited video.
A step of photographing and editing an image member for recording and photographing a user's song input and output through a song half-pitcher, and editing the photographed image; And
And a video transmitting step of transmitting the music moving picture stored in the user terminal connected via the Internet,
The photographing and editing step of the image member
A unique identification information registration step of receiving and registering unique identification information;
An on determining step of determining whether or not a drive command of a song counter for outputting music and lyrics is received;
A camera driving step of driving a fixed camera to aim at a stage installed in the background of a blue screen and outputting a stage image when an input of a driving command and an output of at least one of a plurality of microphones are detected in the on determining step;
A camera driving and a partial image photographing step of photographing a partial image by turning on a rotating camera set on a microphone whose output is detected from among a plurality of rotating cameras set for each of the plurality of microphones;
An editing step of synthesizing a background image on a blue screen included in the stage image and synthesizing a partial image photographed by the rotation camera on a stage image; And
And a transmitting step of transmitting the edited image edited in the editing step to the server together with the unique identification information of the user,
In the camera driving step or the partial image editing step
The image member performs short-range wireless communication with the microphone to detect the position of the microphone, controls the direction of the rotation camera set in the microphone,
And controlling the motion sensing camera to shoot a partial image including motion when motion is detected from the partial images photographed by the rotation camera.
delete 8. The method of claim 7, wherein the editing step
A screen of an image photographed by at least one of the rotation cameras is set as a valid area and an invalid area,
And a step of calculating a face position value of the user by checking the position of the microphone in the partial image and extracting a partial image in which the face position value of the user is located in the effective region among the partial images, How to make a music video.
8. The method of claim 7, wherein the step of photographing and editing the image member
And outputting the photographed image through a display of the song karaoke machine.

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