KR20020097059A - A real-time rebroadcasting system for showing wedding ceremony on internet - Google Patents

Abstract

PURPOSE: A system for performing a real time relay broadcasting of a wedding ceremony on the Internet is provided to supply an available service for the bride/bridegroom, persons who do not attend in a wedding ceremony by photographing a wedding ceremony scene at many places in a wedding hall and storing the scene as a file or transmitting the photographed video to a remote place through the Internet in real time. CONSTITUTION: A plurality of photographing and transmitting servers(100) photographs a wedding ceremony being progressed in a wedding hall, creates a moving picture, encodes the moving picture, and transmits the moving picture through a network such as the Internet(400). A main server(200) edits/stores the moving picture file being transmitted from the servers(100) through the Internet(400), or supplies the moving picture on a web in real time, supplies the stored moving picture as a file in accordance with a request of a user, and supplies various services related to the wedding ceremony on a web. A plurality of user PCs(300) is connected to the main server(200) through the Internet(400), watches the wedding ceremony, or downloads the wedding ceremony scene as a moving picture file.

Description

Wedding real-time broadcast system on the Internet {A REAL-TIME REBROADCASTING SYSTEM FOR SHOWING WEDDING CEREMONY ON INTERNET}

The present invention relates to a system that can broadcast a wedding scene in real time over the Internet, and more particularly, converting and storing the wedding scene photographed in a plurality of places where the wedding proceeds to a video file, as well as the current through the Internet The present invention relates to a real-time wedding broadcasting system on the Internet to broadcast a wedding scene in real time or to transmit a stored wedding video as a file as needed.

The present invention is a marriage broadcasting system aiming at the Internet market of Korea, where the Internet penetration rate is the world's number one, and at the same time, leading the true wedding culture and promoting the stagnant ceremonial culture.

Conventionally, there was no wedding broadcast over the Internet. The only thing they could do was go to the place where the wedding was held and watch the ceremony, or watch a video of the scene through a storage medium such as videotape.

Therefore, those who could not attend the ceremony could not see the ceremony at all, or could see it later on videotapes of the scene.

In addition, given that the recent ceremonial culture is a marriage party wants a new and interesting event, there is no stark element that makes the ceremonial culture interesting and special.

The present invention is conceived under the above-mentioned background, the object of the present invention is to take a wedding scene in a plurality of places where the wedding proceeds and to store it in the form of a file or to send the current picture to a remote place in real time over the Internet It is to provide a real-time wedding broadcasting system on the internet that can provide useful services to the wedding parties as well as those who have not attended the wedding by broadcasting.

Another object of the present invention is to provide a wedding real-time broadcast system on the Internet to enable the wedding party, such as a wedding party, to quickly download the wedding scene directly from the honeymoon destination, so that the wedding video file stored in the file form can be downloaded remotely Is in.

1 is a block diagram of a wedding real-time broadcast system on the Internet according to the present invention,

2 is a block diagram showing in detail the switching means and the display means of FIG.

3 is a block diagram illustrating an embodiment of the recording sensing means and the switching signal generator of FIGS. 1 and 2;

4 is a block diagram showing another embodiment of the recording sensing means and the switching signal generator of FIGS. 1 and 2;

5 is a block diagram illustrating still another embodiment of the recording sensing means and the switching signal generator of FIGS. 1 and 2;

6 is a block diagram illustrating still another embodiment of the recording sensing means and the switching signal generator of FIGS. 1 and 2;

7 is a control flowchart illustrating a real-time marriage relay service applied to the system according to the present invention.

<Description of the symbols for the main parts of the drawings>

100: recording and transmission server 110: stationary camera

120: mobile camera 130: switching means

140: character generation means 150: encoding server

160: recording means 170: display means

180: recording detection means 200: main server

210: web server 220: streaming server

230: DB

The present invention for achieving the above object is a mobile photographing device comprising at least one fixed camera fixed to a predetermined portion to shoot a wedding scene, and a recording lamp that is turned on when recording a wedding scene while the photographer is moving directly And a recording detecting means for detecting a recording operation of the mobile photographing device, and connected to an output terminal of the fixed photographing device, a mobile photographing device, and the recording detecting means, and the fixed photographing device and the mobile photographing device according to a recording motion detection signal of the recording detecting means. Switching means for switching to select and switch the image information input through the switch, and a plurality of photographing and transmission servers for encoding the image signal output through the switching means and transmitting the encoded image signal to the main server through the Internet; A web server for holding and providing content including a wedding broadcast, a streaming server for compressing and storing and editing video information transmitted through the shooting and transmission server, and storing video information edited from the streaming server. A main server including a database (DB); And a plurality of user PCs connected to the main server to watch a wedding currently being performed or to download a wedding scene performed by a member as a video file. Has the features, including.

Hereinafter, with reference to the accompanying drawings will be described the present invention in more detail.

1 is a block diagram of a wedding real-time broadcast system on the Internet according to the present invention.

As shown in the drawing, the present invention photographs a wedding ceremony that is currently performed at a place where a wedding ceremony is held, that is, a wedding hall, a cathedral, a church, a temple, and the like, generates a video, and encodes the same, through a network such as the Internet 400. Editing and storing a plurality of recording and transmission server 100 to transmit, and a video file transmitted from the recording and transmission server 100 through the Internet 400 or provide the transmitted video on the web in real time The main server 200 provides various types of services related to the wedding on the web and provides the wedding video stored in a file according to a user's request, and accesses the main server 200 through the Internet 400. You can watch the wedding ceremony currently being held, or if you are a member, you can download the wedding It consists of a number of user PC (300).

More specifically, the photographing and transmission server 100 is to be installed in the place where the wedding is held (hereinafter referred to as the 'wedding room'), the fixed camera 110 is fixed to a predetermined portion to photograph the wedding scene And, the cameraman includes a mobile camera 120 for shooting the wedding scene while moving directly.

The mobile photographing apparatus 120 includes a recording lamp 121 which is turned on during recording, and further includes a recording detecting unit 180 for detecting a recording operation.

The stationary camera 110 may be configured in plural, and only the fixed portion of the wedding scene is photographed. Further, the reason why the fixed camera 110 and the mobile camera 120 are provided is that when the cameraman photographs the wedding scene with the mobile camera 120, the camera does not perform a shooting operation, for example, while moving or photographing the scene. In order to change the screen automatically to the fixed camera 110, such as to prevent unnecessary screens to be broadcast.

Accordingly, the stationary camera 110 and the mobile camera 120 are connected to the switching means 130, and the output end of the video recording means 180 for detecting the recording operation of the mobile camera 120 is also switched. )

The switching means 130 is switched to select and switch the image information input through the fixed camera 110 and the mobile camera 120 to generate a smooth wedding scene to output.

A character generator 140 is connected to the output end of the switching means 130 so that a character such as a subtitle can be inserted into an image signal (screen) output through the switching end 130.

The video signal output through the switching means 130 and the character generator 140 is input to the encoding server 150, the encoding server 150 encodes the input video signal through the Internet 400 It transmits to the main server 200.

The switching means 130 further includes recording means (RECORDER) 160 for storing an image and an audio input through the cameras 110 and 120, and a display means 170 for displaying the images. .

As shown in FIG. 2, the switching unit 130 has an image and audio output terminal V / A of the stationary camera 110 connected to one terminal of the switching device 132, and an image of the mobile camera 12. And an audio output terminal V / A is connected to the other terminal of the switching element 132, an output terminal of the recording sensing unit 180 is connected to a switching signal generator 131, and the switching signal generator 131. The output terminal of is connected to switch the switch of the switching element 132 is configured.

Therefore, normally, the image of the stationary camera 110 and the image input through the audio output terminal (V / A) is output to the encoding server 150 via the switching element 132, and is movable through the recording sensing means 180 When the recording operation of the camera 120 is detected, the switching signal is output from the switching signal generator 131 and the switching device 132 is switched to input the video and audio output terminals V / A of the mobile camera 120. The video is output to the encoding server 150.

In addition, the display means 170 connected to the switching means 130 is composed of at least one or more monitors 171, 172, the video and audio output terminal (V / A) or mobile of the stationary camera 110 Connected to the image and audio output terminal (V / A) of the camera 120, display the image taken through the fixed camera 110 or mobile camera 120, respectively, or connected to the output terminal of the switching element 132 is completed You can also display the video.

3 is a detailed block diagram of the recording sensing means 180 and the switching signal generator 131 according to an embodiment of the present invention. According to an embodiment of the present invention, the recording sensing means 180 is optical. It may be configured as a sensor 181.

In addition, the switching signal generator 131 includes a light detector 131a connected to the optical sensor 181.

The recording detecting means 180 is a means for detecting whether the mobile camera 120 is currently recording. The optical sensor 180 is attached to the mobile camera 120 to light up the recording lamp. It detects the lighting of 121).

When the photographer presses the recording button of the mobile photographing apparatus 120 and the recording lamp 121 is turned on, the optical sensor 181 detects this and outputs a signal to the photodetector 131a. Outputs a switching switching signal [ON] to the switching element 132.

It is very important to detect the recording operation of the mobile camera 120. If the recording operation is not detected, power is applied to the mobile camera 120 and the unnecessary image (screen) is continuously taken.

4 is a block diagram of the recording detection unit 180 and the switching signal generator 131 according to another embodiment of the present invention, wherein the recording detection unit 180 is a light for detecting the lighting of the recording lamp 121 And a sensor 181, a light detector 182 which is a drive circuit for detecting the detection signal of the optical sensor 181, and a transmitter 183 which modulates and demodulates the output of the light detector 182 and transmits the radio signal.

The switching signal generator 131 includes a receiver 131b for receiving a signal transmitted through the transmitter 183 of the recording detector 180 and outputting a switching signal. It generates a wireless remote signal and is independently fixed to the recording lamp 121 of the mobile camera 120.

5 is a block diagram of the recording sensing means 180 and the switching signal generator 131 according to another embodiment of the present invention, wherein the recording sensing means 180 is a general switch 184 having two terminals. It is composed.

The switch 184 is a switch having two contact terminals (for example, a button switch, etc.) and is attached to a recording button (not shown) of the mobile photographing apparatus 120 to be pressed together when the recording button is pressed. Each time the record button is pressed, a switching signal is generated.

The switching signal generated by the switch 184 is input to the switching signal generator 131, and the switching signal generator 131 outputs the switching signal according to the switching element 132.

6 is a block diagram of the recording sensing means 180 and the switching signal generator 131 according to another embodiment of the present invention, wherein the recording sensing means 180 includes a current sensing element 185.

The current sensing element 185 may be configured as a current trans, installed at a power line portion connected to the mobile photographing apparatus 120, and detects a change in current flowing through the power line.

This means that when the moving camera 120 starts the recording operation and the reproducing tape driving motor is operated, the current of the power source is minutely changed by the driving of the motor.

The switching signal generator 131 is configured of a current sensing unit 131c, and converts the current sensing signal input from the current sensing element 185 into a switching signal and outputs the switching signal to the switching element 132.

Therefore, when the mobile photographing apparatus 120 is recorded and the current of the power source is changed, and the current sensing element 185 detects this, the current sensing unit 131c outputs a switching signal accordingly.

In addition, according to the present invention, although not shown in the drawing, it is possible to determine that the current recording operation by detecting the 'REC' character displayed on the window during recording of the mobile camera in the image.

On the other hand, the main server 200 is transmitted through the web server 210 and the recording and transmission server 100, which holds and provides a variety of services and a plurality of content, including real-time wedding broadcast according to the present invention Streaming server 220 for compressing and storing the coming video information, and editing, and a database (DB) 230 for storing the video information edited from the streaming server 220.

The wedding broadcast service provided by the web server 210 according to the present invention is a content that broadcasts a wedding broadcast in real time through the Internet, a content that stores and transmits a video edited by photographing a wedding scene and transmits it. It includes.

7 is a control flowchart for providing a real-time marriage relay broadcast service applied to the system according to the present invention.

As shown, a process in which a user connects to the web server 210 of the main server 200 through the PC 300 (S11), and a process of receiving various services by accessing the web server 210 (S12). And, the process of determining whether the user selected the real-time wedding broadcasts via the web server 210 (S13), and if the real-time wedding broadcasts selected in the determination process (S13), the wedding broadcast currently in progress Transmitting (S14), and if the real-time wedding broadcast is not selected in the determination process (S13), a process of determining whether a stored wedding broadcast (video) is selected (S15) and the determination process (S15). If the stored wedding broadcast is not selected in the step of returning to the service providing process (S12), and if the stored wedding relay broadcast is selected in the determination process (S15) to perform the member authentication (S16) and whether the membership authorization Process (S17), if not a member in the determination process (S17) proceeds to the membership registration process (S18), and if the member in the determination process (S17) provides a stored wedding video (S19) Include.

The specific operation of the system of the present invention configured as described above will be described below.

First, the stationary camera 110 installed in each wedding hall and the mobile camera 120 carried by the cameraman photograph each subject and output image and audio information accordingly.

In addition, the recording detection means 180 provided in the mobile camera 120 detects the recording operation through the mobile camera 120, and the detected signal is input to the switching means 130.

Accordingly, the switching signal generator 131 of the switching means 130 outputs the switch switching signal to the switching element 132 only when the mobile photographing apparatus 120 is recording, and thus, the mobile photographing apparatus 120 is normally used. Is not a recording operation, the video and audio input through the fixed camera 110 is output through the switching device 132, when the mobile camera 120 is in the recording state, the switching device 132 is switched to the Image and audio input through the mobile camera 120 is output through the switching element (13).

Accordingly, the video and audio output through the switching means 130 outputs a smooth wedding video and audio from which unnecessary elements are removed.

The video and audio captured by the stationary and mobile cameras 110 and 120 are displayed on the monitors 171 and 172 of the display means 170, and the output of the switching means 130 is recorded by the recording device 160. Can be recorded on a storage medium such as magnetic tape.

In addition, the video and audio signals output from the switching means 130 may insert a predetermined character into the video signal through the character generator 140.

As such, the video and audio signals output through the switching means 130 and the character generator 140 are coded through the encoding server 150 and transmitted to the main server 200 via the Internet 400.

The photographing and transmission server 100 is installed in each of a plurality of wedding halls, and the video signal transmitted from each photographing and transmission server 100 is classified in the main server 200.

The video signal input to the main server 200 is edited in various forms on the streaming server 220, and stored in the file unit in the DB (230).

And, through the web server 210 to provide a variety of services, such as real-time wedding relay broadcast, first, the user is connected to the web server 210 of the main server 200 through the PC 300, the web server ( Wedding services provided in 210 are provided with a variety of services (S12, S13 process).

Here, when the user selects the real-time wedding broadcast through the web server 210, the wedding currently being performed is broadcasted. At this time, the main server 200 transmits the wedding scene input through the shooting and transmission server 100 through the streaming server 220 and the web server 210 (S13, S14 process).

Then, when the user selects the stored wedding broadcast (video) on the web server 210, after performing the member authentication, if it is determined that the member transmits to download the selected video, the member to remotely download the wedding video You can download and view (S15 ~ S19 process).

As described above, the present invention photographs the wedding scene in a plurality of places where the wedding proceeds and stores it in a file form or by sending the current picture to the remote site in real time (remote broadcast) to the wedding party Of course, it can provide useful services for those who do not attend the wedding.

In addition, since the wedding video file can be downloaded from a remote location, the wedding party, such as honeymoon destinations can directly watch the wedding scene directly.

Claims (7)

And at least one stationary camera 110 fixed to a predetermined portion to photograph the wedding scene, a mobile camera 120 including a recording lamp which lights up during recording while photographing the wedding scene while the photographer is moving directly, and the portable camera. It is connected to the recording sensing means 180 for detecting the recording operation of the camera 120, the fixed camera 110, the mobile camera 120 and the output of the recording sensing means 180, the recording sensing means 180 Switching means 130 and the switching means 130 for switching to select and switch the image information input through the fixed camera 110 and the mobile camera 120 according to the recording operation detection signal of the; A plurality of photographing and transmitting servers 100 encoding the video signals output through the internet and transmitting the encoded video signals to the main server 200; Web server 210 for holding and providing content including a wedding broadcast, streaming server 220 for compressing, storing and editing the video information transmitted through the shooting and transmission server 100, and the streaming A main server 200 including a database (DB) 230 for storing video information edited from the server 220; And A plurality of user PCs 300 connected to the main server 200 to watch a wedding currently being performed or to download a wedding scene performed by a member as a video file in the case of a member; Wedding real-time broadcast system on the Internet, characterized in that it comprises a. The method of claim 1, The photographing and transmission server 100 is a wedding real-time broadcast system on the Internet characterized in that it further comprises a character generator 140 for inserting a character into the video signal output through the switching means 130 . The method of claim 1, The switching means 130 of the photographing and transmitting server 100 includes a recording means (160) capable of storing an image and an audio input through the fixed photographing apparatus (110) and the mobile photographing apparatus (120), and the images. Wedding real-time broadcast system on the Internet, characterized in that the display means for displaying further comprises 170. The method of claim 1, The switching means 130 of the photographing and transmission server 100 is a video and audio output terminal (V / A) of the fixed camera 110 is connected to one terminal of the switching element 132, the video of the mobile camera 12 And an audio output terminal V / A is connected to the other terminal of the switching element 132, an output terminal of the recording sensing unit 180 is connected to a switching signal generator 131, and the switching signal generator 131. The output terminal of the wedding real-time broadcast system on the Internet, characterized in that the connection is configured to switch the switch of the switching element (132). The method of claim 1, The recording detection means 180 is a light sensor (181), a switch 184 or a current sensing element 185, characterized in that the wedding real-time broadcast system on the Internet. The optical detection unit 182 of claim 1, wherein the recording detection unit 180 is an optical sensor 181 for detecting lighting of the recording lamp 121, and a light detection unit 182 that is a drive circuit for detecting a detection signal of the optical sensor 181. And a transmitter (183) for modulating and demodulating the output of the light detector (182) for wireless transmission. The method of claim 4, wherein The switching signal generator 131 is a real-time wedding broadcast system on the Internet, characterized in that the receiving unit 131b for receiving a signal transmitted through the transmission unit 183 and outputs a switching signal.