KR100869765B1 - System for Providing Event Relay and Method Thereof - Google Patents

Abstract

The present invention relates to an event relay system capable of participating in an event through remote real-time automatic relay as well as services for the entire process of the event, and a method of relaying the same. The event portal system, the event site information management and the event video taken to prepare a configuration including the event system linked to the event portal system.

By using the event relay system and the relay method as described above, the entire process of the event is carried out on the Internet through an individual portal service, thereby real-time relay, disbursement of funds, and two-way communication between the event organizer and the remote attendee. You can participate in the event without it.

Wedding Ceremony, Ceremony, Wedding, Online Wedding

Description

System for Providing Event Relay and Method Thereof}

1 is a block diagram showing an event relay system according to an embodiment of the present invention;

2 is a flowchart illustrating an event relaying method according to an embodiment of the present invention;

3 is a flowchart illustrating an event venue using function according to an embodiment of the present invention;

4 is a flowchart illustrating a remote attendee management function according to an embodiment of the present invention;

5 is a flowchart illustrating a relay function according to an embodiment of the present invention;

6 is a flowchart illustrating a community function according to an embodiment of the present invention;

7 is a flowchart illustrating a relief function according to an embodiment of the present invention;

8 is a flowchart illustrating a gift function according to an embodiment of the present invention;

9 is a flowchart illustrating a card function according to an embodiment of the present invention;

10 is a flowchart illustrating a backup function according to an embodiment of the present invention.

Explanation of symbols on the main parts of the drawings

11: Event Integration DB Server 12: Relay Reservation Server

13: Addressing Server 14: Portal Server

15: Stream Server 16: Multicasting Stream Server

17: load balancing server 18: backbone router

21: Reservation Server 22: Relay Camera

23: image display means 24: tag means

25: receiver means 26: central processing hub means

31, 41: service using means 42: web camera

43: microphone 44: multicasting means

100: event portal system 200: venue system

300, 400, 500: Client

The present invention relates to an event relay system and a relay method thereof, and more particularly, to an event relay system and a relay method capable of participating in an event through remote real-time automatic relay, including services for the entire process of the event.

More specifically, the entire process of the event can be automatically relayed in real time through the Internet individual portal service, and the camera can be remotely photographed automatically to watch the event or express congratulations and condolences. It is about event relay system and method of relaying that event organizer and remote participant can participate in event through internet for a certain period after finishing.

In recent years, as society becomes more and more complex, people want to be more chased and busy, have as much leisure time as possible and have a more economical life. These desires have changed the present life and customs, and have previously found stadiums for watching sports, but now prefer to use TV and the Internet. These ways to escape the constraints of time and place are also affecting the ceremonial culture.

For example, ceremonial relay services over the Internet are increasingly being spotlighted as a means to easily and extensively participate in various events and ceremonies. Such an internet ritual relaying service is performed by a photographer in the field for relaying through a camera, connected to a computer, stored in a server, and the remote attendees can view the stored contents through a transmission device. The event organizer should prepare one encoder and one stream server in each camera to provide a service for the service, and separately configure a communication network.

An example of the ceremony relaying technology is disclosed in Korean Patent Laid-Open Publication No. 2002-0097059 (published on Dec. 31, 2002, wedding real-time relay broadcasting system on the Internet).

The technology disclosed in Korean Patent Laid-Open Publication No. 2002-0097059 relates to a system capable of relaying a wedding scene in real time through the Internet, and includes a fixed camera fixedly installed at a predetermined site, a mobile camera directly photographed by a photographer, Recording detection means for detecting a recording operation, switching means for selecting and switching whether the fixed or mobile image information, the recording and transmission server for encoding the input video signal to transmit to the main server; A main server including a web server for providing contents, a streaming server for compressing, storing and editing video information to be transmitted, and a database storing video information; And a user PC connected to the main server to watch a wedding or download as a video file. That is, in the technology disclosed in the above-mentioned publication No. 2002-0097059, fixed or mobile switching and shooting wedding scenes can be relayed to a remote location in real time or downloaded as a video file. The wedding real-time broadcast system on the Internet that can provide a useful service is described.

In general, it is a common practice to celebrate the ritual money that are supported by the ceremonies. If an urgent event occurs, the allowance can not be delivered or sent through an agent. In this way, when a subsidy was received on the day of the ceremony, the event organizer could not use the necessary expenses for the ceremony.

An example of such a subsidy delivery technology is disclosed in Korean Patent Laid-Open Publication No. 2001-0111070 (published on December 15, 2001, online wedding service).

The technology disclosed in Korean Patent Laid-Open Publication No. 2001-0111070 relates to an online wedding service that broadcasts a wedding process performed offline in real time through the Internet and provides guests with a gift of a gift and a gift in return. It is said to be composed of control, customers, guests, E-Shop, public relations interface, online wedding broadcast system, online money payment system, electronic money issuer, gift return e-shop, and card company. In particular, the online celebration payment system allows you to participate in an online wedding as a guest and pay the celebration money from a long distance, and to make payments by credit card or the like. The settlement amount is settled later by the card company, and the donation is delivered to the customer along with the guest list. That is, the technique disclosed in the above-mentioned publication No. 2001-0111070 describes an online wedding service that allows payment of a celebration money online.

In addition, as in the techniques disclosed in Korean Patent Laid-Open Publication Nos. 1999-0078914, 2001-087027, and 2005-0106310, a celebration / mourning gift, a return gift, a celebration / mourning / thanks message, and the like may be delivered.

However, in the technique disclosed in the above-mentioned publication No. 2002-0097059, there is a problem in that an overinvestment of facility costs must be preceded in view of the effect of the Internet ceremony relay. In addition, there was a problem that the remote attendees can see only the camera photographer shows irrespective of the remote attendees' intention. In other words, since the Internet broadcasting is focused on event broadcasting, it was difficult to encourage the atmosphere to celebrate the event because the remote attendees did not participate as a one-way video broadcasting.

In addition, in the technique disclosed in the above-mentioned publication No. 2001-0111070, it is inconvenient to use the system because it is necessary to exit the system to use the subsidies and use a separate Internet banking system of the bank or deliver the subsidies through cyber money or electronic payment service. There was also a problem that the status of subsidies deposited or the receptionist list also could not be inquired or written in real time, which impaired practicality.

In addition, in the technology disclosed in the above publications, when a congratulatory / mourning gift is presented, the remote attendee must purchase a gift through a shopping mall, and the unilateral gift is irrelevant regardless of the intention of the wedding ceremony because the attendee is not sure what the gift is. There was a problem.

An object of the present invention is to solve the problems as described above, as a system and method for supporting and proceeding the entire process of the event rather than a partial event relay by providing an individual portal service for the reservation or relay of the event, etc. It is not a simple event delivery system but provides an event relay system and a method of relaying the event organizer, field attendees, and remote attendees into a converged participation system.

Another object of the present invention is to report and hear the entire process of the event in real time directly through the Internet without having to meet the event organizer or visit the event venue, and between the event venue and the remote attendees, not the one-way event relay that only services the event venue It is to provide an event relay system and a relay method for providing an interactive event relay service.

Another object of the present invention is not to deliver the event subsidies on the day of the event, but can be delivered freely anywhere, anytime via the Internet during the event period, the event relay system that enables the event organizer to grasp the status of the subsidy and use the subsidy before the event and It is to provide a relay method.

Another object of the present invention is to deliver a message of congratulations / condolences to the event organizer via emails, greeting cards, videos, photos, voices, etc., through the communityized individual portal service, the event organizer also immediately thanks to the Internet The present invention provides an event relay system and a method of relaying the same, which provide a service in which space-time is three-dimensional so that it can be transmitted through a chat and chat is possible. Therefore, privacy is protected by invitation confirmation, real name check, and forced withdrawal to prevent interference from anonymous attendees on the Internet, and the event organizers and remote attendees participate together by classifying remote attendees into groups and enabling group chats. It supports the three-dimensional event in time and space.

Another object of the present invention is to maintain a separate portal service for a certain period of time, which has been opened for the event, in response to the request of the event organizer or those concerned, to regret the event ending in a short event on the day and to retain the meaningful time and memories of the event. It is to provide an event relay system and a relay method that can proceed to a continuous event.

It is another object of the present invention to provide an event relay system and a method of relaying the same, which can use a mobile service.

In order to achieve the above object, the event relay system according to the present invention provides an event relaying system for providing a service required for a client to be connected through a network, the event service to the client in the form of Portal Contents (Portal Contents). The event portal system which provides an event portal system, which is linked with the event portal system, manages event site information, and photographs event videos, generates individual portal contents for each event organizer, and is selected at the request of the client. The event image taken through the relay camera of the relay to the client, the event venue system is a relay camera for automatically or manually photographing the event image of the event site to the event portal system, the client through the event portal system Number from Image display means for displaying a new image or message, tag means attached to a photographing object and transmitting a signal, receiver means for receiving the signal from the tag means and recognizing information of the photographing object, the information from the receiver means And central processing hub means for acquiring position information of a photographing target selected according to a photographing instruction received from the client, and controlling photographing of the relay camera according to the photographing instruction.

In addition, in the event relay system according to the present invention, the event portal system is an event integrated DB server for managing and storing data used to provide the event service in the event portal system, the event to be taken by the relay camera of the event venue system A relay reservation server for scheduling a relay schedule, an addressing server for managing information necessary for remote access of the relay camera, a portal server for generating the portal content and providing the portal content to the client, and an event image received from the relay camera It characterized in that it comprises a stream server for unidirectionally relaying to the client, the multi-casting stream server for bidirectionally relaying the remote participant video and the event video received from the client between the client and the venue system.

In addition, in the event relay system according to the present invention, the addressing server manages the MAC (MAC) address or the IP address of the relay camera, the IP address through the relay reservation server through the stream server or the multicasting stream It is characterized in that the transmission to the server to support the communication with the relay camera.

Further, in the event relay system according to the present invention, the stream server or the multicasting stream server may be selected from the relay camera selected according to the event relay schedule scheduled by the relay reservation server or a shooting instruction received from the client. Receiving an event video and relaying to the client.

In addition, in the event relaying system according to the present invention, the multicasting stream server is characterized by performing a bidirectional relaying by grouping clients requesting bidirectional relaying into a multicasting group.

In addition, in the event relay system according to the present invention, when the central processing hub means receives an automatic shooting request from the event portal system, using the position information to calculate the setting value for automatic shooting and transmits to the relay camera, The relay camera is characterized in that to automatically capture the event video according to the setting value.

In addition, in the event relay system according to the present invention, when the central processing hub means receives an auto-shooting request from the event portal system, information about the identifiable portion of the photographing target registered in advance is transmitted to the relay camera, The relay camera may recognize an identifiable portion of the photographing target according to the information and automatically photograph the event image.

In the event relay system according to the present invention, when the central processing hub means receives a manual shooting request from the event portal system, the event image is captured by a relay camera selected according to a shooting instruction received from the client. It is done.

In addition, the event relaying method according to the present invention in order to achieve the above object is linked to the event portal system and the event portal system for providing a service required for the progress of the event to the client connected through the network in the form of portal content and event site information A method of providing an event relaying service to an event venue system for managing an event and capturing an event image, the event portal system receiving an access request from the client, wherein the event portal system registers the membership or status of the client Determining, if the identity is determined to be an event organizer, the event portal system generates individual portal contents for each event organizer according to a request of the client; and if the identity is determined to be an event organizer or a remote attendee, the client On request And shooting the selected photographing target through the relay camera of the event hall system and relaying the photographed event image to the client.

In the event relaying method according to the present invention, the relaying may include: receiving, by the event portal system, a relay request from the client, initiating communication with the relay camera of the event venue system; Transmitting, by the event portal system, a relay request received from the client to the event hall system; determining, by the event hall system, whether the relay request is an automatic photographing request or a manual photographing request; Determining whether the request is a request or an interactive request, and the event venue system photographs an event image and relays the event image to the client through the event portal system according to the determination result of the step of determining the relay request. It features.

In addition, in the event relaying method according to the present invention, the step of initiating the communication, the addressing server of the event portal system manages the beer address or the IP address of the relay camera, the addressing server to the IP address Transmitting to the stream server or the multicasting stream server of the event portal system through the relay reservation server of the event portal system, wherein the stream server or the multicasting stream server initiates communication with the relay camera. It is done.

In addition, in the event relaying method according to the present invention, the step of relaying to the client through the event portal system is the event portal system when it is determined that the automatic shooting request in the step of determining whether the automatic shooting request or manual shooting request; Providing a photographing target list to the client; determining, by the event portal system, a photographing target selected by the client; determining, by the event portal system, an automatic photographing method included in the automatic photographing request; And transmitting the photographing target and the automatic photographing method to the event hall system to automatically photograph the event image by the relay camera of the event hall system.

In addition, in the event relaying method according to the present invention, the step of automatically photographing the event image is determined by the position measuring method in the step of determining the automatic shooting method, the receiver means of the event venue system is attached to the shooting target Receiving a signal transmitted from the tag means to recognize the information of the shooting target, Central processing hub means of the event venue system to receive the information from the receiver means to obtain the location information of the shooting target, Comprising the central processing hub means for calculating the setting value for the automatic shooting using the position information and transmitting to the relay camera, the relay camera automatically photographing the event image according to the received setting value; It is characterized by.

In addition, in the event relaying method according to the present invention, in the step of automatically photographing the event image is determined in the image recognition method in the step of determining the automatic shooting method wherein the central processing hub means is registered in advance Transmitting information about the identifiable portion of the object to the relay camera, recognizing the portion where the relay camera matches information on the identifiable portion of the photographing object, wherein the relay camera is identifiable of the photographing object And moving the portion to adjust the setting value required for the automatic shooting.

In addition, in the event relaying method according to the present invention, the step of relaying to the client through the event portal system is the event portal system when it is determined that the manual shooting request in the step of determining whether the automatic shooting request or manual shooting request; Providing a photographing target list or a relay camera list to the client, determining, by the event portal system, a photographing target or a relay camera selected by the client, a relay camera facing the photographing target selected by the event portal system in front Or transmitting a shooting instruction received from the client to a selected relay camera, and shooting an event image according to the shooting instruction received by the relay camera or the selected relay camera facing the selected shooting target. Characterized in that.

In addition, in the event relaying method according to the present invention, the step of relaying to the client through the event portal system is the event scheduled in the relay reservation server when it is determined that the one-way request in the step of determining whether the one-way request or two-way request And receiving, by the stream server, the event image from the relay camera according to a relay schedule, and the stream server relaying the received event image to the client.

Further, in the event relaying method according to the present invention, if the step of relaying to the client through the event portal system is determined to be a two-way relay request in the step of determining whether the one-way or two-way request is the multicasting stream server is Grouping the clients requesting bidirectional relay into a multicasting group, receiving the event image from the relay camera by the multicasting stream server according to an event relay schedule scheduled by the relay reservation server, and receiving the event image Relaying, by the multicasting stream server, to the client, receiving, by the multicasting stream server, a remote participant image inputted through a web camera and a microphone of the client, and receiving the received remote participant image. casting And transmitting, by the stream server, to the image display means of the venue system.

Event relay system and relay method according to the present invention starts from the generation of individual portal content (Portal Contents) at the same time as the event site reservation or remote event relay service reservation for the Internet individual portal service and real-time automatic relay method. The event organizer can guide and invite the event through a service for the event organizer. Event organizers can post necessary texts and photos to the event portal contents in preparation for the event, and remote attendees send congratulations and condolences to the event organizer to form consensus about the event. In addition, the event organizer may organize an event shopping mall included in individual portal contents through a shopping mall search for necessary products in advance, and remote attendees may select a product and present it to the event organizer. Of course, you can buy it yourself. On the day of the event, you can watch the event broadcast on the Internet through the remote camera installed in the venue, and the donation can be remitted directly to the event organizer through the electronic banking service. In addition to cash, you can also purchase gift certificates or Cyber Money and transfer them over the Internet.

DETAILED DESCRIPTION Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings so that those skilled in the art may easily implement the present invention. In addition, in describing this invention, the same code | symbol is attached | subjected and the repeated description is abbreviate | omitted.

1 is a block diagram showing an event relay system according to an embodiment of the present invention.

As shown in FIG. 1, the event relay system according to the present invention provides an event portal system that provides a client (300, 400, 500) connected through a network with services necessary for the progress of an event in the form of portal content. (100), the event venue system to manage the event information and the event video system (200) in conjunction with the event portal system (100), and remote attendees by generating the portal content for each event organizer using the event service individually Support attendance at (300, 400, 500).

The event portal system 100 shown in FIG. 1 provides event services such as reservation information and general guide information of a venue to be serviced, automatic real-time relay and portal service information of an event, location information of a relay camera 22, and the like. The event reservation DB server 11 supporting the Internet integrated service by managing and storing necessary data, the relay reservation server 12 scheduling the event relay schedule of the relay camera 22 of the event hall system 200, and portal contents. Addressing server (13) for registering the information of the relay camera 22 installed in the venue for the event relay service through the automatic management of IP (Internet protocol) information required for remote automatic connection of the relay camera 22 Receive the event organizer's information by the event integration DB server 11 and the relay reservation server 12, and play the web server and the event video to generate individual portal contents for the event organizer. The main server includes a video on demand server (VOD server) for providing event services to clients (300, 400, 500), event integration DB server (11) and relay reservation server (12) from the relay camera ( Receives the information and the event relay schedule of the 22) and communicates with the relay camera 22 and the event video from the stream server 15, the client 400 to unidirectionally relay to the client (300, 500) through the portal content Equalizing the load of the multicasting stream server (16), the stream server (15, 16) bidirectionally relays the incoming remote participant video and the event video between the client 400 and the venue system (200) It is composed of a load balancing server (Load Balancing Server) 17, the event portal system 100 and the backbone router (18) to which the network of the client (300, 400, 500) is connected.

In particular, the addressing server 13 manages the beer address and IP address of the relay camera 22, and delivers the IP address to the stream server 15 or the multicasting stream server 16 through the relay reservation server 12 It supports communication with the relay camera 22. The stream server 15 or the multicasting stream server 16 connected with the relay camera 22 receives the event image from the relay camera 22 according to the event relay schedule scheduled by the relay reservation server 12, and then portal content. It relays to the client (300, 400, 500) through. In particular, the multicasting stream server 16 relays by grouping a plurality of clients 400 requesting bidirectional relaying through the portal content into a multicasting group.

In addition, the event venue system 200 shown in FIG. 1 can input and search information on the event venue and the event venue use service reservation, and manage event site information in conjunction with the event integrated DB server 11 of the event portal system 100. Reservation server 21, a plurality of relay cameras 22, the event portal system 100, the event portal system 100 to shoot the event video proceeding in the event venue automatically or manually to the event portal system 100, the client (300, 400, Image display means 23 for displaying an image or a message received from 500, a plurality of tag means 24 attached to each of a plurality of shooting targets to transmit a signal, a signal from a plurality of tag means 24 And receiving information from a plurality of receiver means 25 and a plurality of receiver means 25 for recognizing the information of each of the photographing targets, and obtaining the position information of the subject of the photographing. shooting Can consist of a central processing hub (Central Processing Hub) means 26 to help. The venue information managed by the reservation server 21 may include event reservation information, event venue event information, event site guide information, and the like.

In particular, the relay camera 22 provides an automatic shooting function and a manual shooting function. When the automatic shooting request is received from the event portal system 100, the central processing hub means 26 is required for automatic shooting using the acquired position information. The setting value is calculated and transmitted to the relay camera 22, the relay camera 22 automatically photographs the event image according to the setting value. Here, the setting value is a setting value necessary for automatically photographing such as a pan value, a tilt value, a zoom value, and the like of the relay camera 22. In addition, automatic shooting takes a picture of the plurality of relay cameras 22 so that the relay camera 22 facing the front of the shooting target becomes the main screen.

On the other hand, when the relay camera 22 receives a manual shooting request from the event portal system 100, the event image through the relay camera 22 selected according to the shooting instruction received from the clients 300, 400, and 500 through the portal content. To shoot.

In addition, the client 300 shown in FIG. 1 includes a service usage means 31 for accessing the event portal system 100 and using portal content, and the text data or video to be started in the event space system 200 or portal content. The data is transmitted to the event portal system 100. In addition, the service using means 41, the web camera 42 to receive the video of the remote attendees participating in the event connected to the Internet real-time automatic relay and portal services, the microphone 43 for receiving the voice of the remote attendees, video and A multicasting terminal having a multicasting means 44 for generating a remote participant image using voice and transmitting the event to the event portal system 100 may be provided with a multicasting service from the multicasting stream server 16. Also, mobile 500 is possible.

In other words, once again the configuration of the event relay system configured as described above, when the event portal system 100 receives a two-way relay request from the client of the remote attendees having the web camera 42, the multicasting stream server 16 Group the plurality of clients 400 requesting the multicasting service into a multicasting group so that the remote attendees can be relayed to the image display means 23 of the event hall through the web camera 42 while watching the event image. The client of a simple remote participant is connected to the stream server 15 as a broadcasting group to receive the event video. In this relaying process, the load balancing server 17 is provided to equalize the load in order to prevent a plurality of remote attendees' clients from being concentrated on specific stream servers 15 and 16 in advance. In addition, image recognition or tag recognition is used for a photographing target for remote automatic photographing of the relay camera 22 (automatic adjustment of zoom, pan and tilt). The addressing server 13 automatically manages the IP address of the remote camera 22 so that the remote camera 22 can be automatically connected to the remote camera 22 even in a dynamic IP Internet environment, and when relaying thousands or tens of thousands of relay cameras 22 in the future. Even if a person does not connect manually, a relay reservation server 12 is used to automatically connect and relay to the relay camera 22 according to a scheduled event time. In addition, the mobile (500) is also connected to the event broadcast, while supporting text messages, photos, videos and uploads (Upload) support.

Next, the event relaying method according to the present invention will be described with reference to FIGS. 2 to 10.

2 is a flowchart illustrating an event relay method according to an embodiment of the present invention.

In Figure 2 is a service that supports the entire process of backing up and keeping the contents of the individual portal content made on the Internet during the event period from the event site reservation to the end of the event send thank you.

To describe the event relaying method according to the present invention, first, the event portal system 100 generates individual portal contents for the event organizer according to the request of the event organizer connected to the client 300, 400, 500. In addition, the event portal system 100 provides event services to the clients 300, 400, and 500 through the generated individual portal contents to support the remote attendees participating in the event.

More specifically, when the user logs in to the portal content (Log-In) (ST1000), the portal server 14 determines whether the logged in user is an event organizer or a remote attendee (ST1010) and provides a corresponding service. At this time, individual portal contents are created at the same time as the event site reservation or event relay service reservation, event organizer service that allows the event organizer to log in and view the entire process, and remote attendees to attend the event through the Internet during the event. Remote attendee service for the event, event portal system (100) and event venue system (200) to use in conjunction with the event site integration service, event relay service to view the event scene on the Internet to participate in the event, products necessary for the event organizer An online shopping mall service that allows remote attendees to present their own purchases or to open a list of products that they want to purchase or need. Privacy Statement to Protect Against Interferences It provides a variety of services such as switch. In order to support these services, Portal Contents uses the venue function (ST2000), remote attendant management function (ST3000), relay function (ST4000), community function (ST5000), subsidies (ST6000), gift function (ST7000), and card functions. (ST8000), a backup function (ST9000), etc. are provided, and the event is maintained for a certain period even after the event is closed to provide the event service to the client (300, 400, 500).

If the user is determined to be the event organizer in step ST1010, individual portal content is created, and the event guide page is provided for those who visit the portal content to post event information or introduce the event. In addition, it provides an invitation page for generating invitations by purchasing and selecting invitation card images prepared in advance for those who want to invite to the event. Once the invitation is complete, it will bring up an Internet address book and provide an invitation page for sending invitations to multiple invitees simultaneously. Event broadcasts to participate in Internet event broadcasts within individual portal contents, community pages where remote participants can post texts and photos, chat and share the event, create meaningful time together, and view the status of gift or gift certificates on the Internet. A page for managing benefits, a thank you card page for viewing and replying to congratulations / consolation cards, a gift management page for viewing the status of gifts received, a participant management page for allowing or dismissing attendees from the Internet, and an event Provides a backup page for backing up the contents of the portal contents after the termination. There may be several organizers of the event, for example, the groom, the bride, the groom's family, the bride's family. Therefore, an ID (Identification) is used to log in to the portal content.

On the other hand, if the user is determined to be a remote participant in step ST1010, the event can be viewed in real time in the event inquiry and guide page for viewing the ceremony through the individual portal contents generated by the event organizer and the individual portal contents in real time. The event relay page, the community page where the remote attendees post, chat, share the event, and make a meaningful time together, the page for grants or gift certificates to the Internet, the image of the congratulations / comfort cards listed Enter the text of the congratulations and congratulations by selecting and purchasing the card page that can be sent to the event organizer by combining the purchased card and the contents, and the product registered in the event shopping mall included in the individual portal contents to be presented to the event organizer. Provide gift pages, etc.

3 is a flowchart illustrating an event venue using function according to an embodiment of the present invention.

Event site use function (ST2000) is a function to support the event integrated DB server 11 to use a plurality of event venues through the respective event site information managed in conjunction with a plurality of event hall system 200. Information of venues located throughout the country is built in the form of an integrated DB and provided as a venue usage function (ST2000). Each event site registers the event site information through the reservation server 21 of the event hall system 200 and registers the event information such as the reservation status registration of the event held in the event hall, so that it can be used through portal contents. That is, event organizers can search the venue in advance for event reservation, and remote attendees can also search or search the event schedule and location of the venue before attending the event.

If the event site usage function of the portal content is selected from the clients 300, 400, and 500, the service proceeds as shown in FIG. First, when the client (300, 400, 500) requesting the function is the event organizer, the portal server 14 of the event portal system 100 receives the event site information request through the portal content (ST2010). According to the request received through the ST2010 step, the portal server 14 stores information on each event site managed by the reservation server 21 of the event integration DB server 11 and the event hall system 200 through the portal content through the client ( 300, 400, 500) (ST2011). Event venue information includes event reservation information, event venue event information, event site guide information, and the like, through which event organizers can support remote attendees to use the event hall.

In addition, when receiving the event reservation request (ST2012), the portal server 14 transmits the event reservation request to the reservation server 21 of the corresponding event hall system 200, and the reservation server 21 receiving the request is sent. Schedule an event (ST2013). Since a technique for performing a reservation is a known technique commonly used in the art, detailed description thereof will be omitted. After the reservation is made, the reservation server 21 and the event integration DB server 11 update the event site information (ST2014), and the event organizer performed by the portal server 14 via the portal content of the event organizer ( 300, 400, 500) (ST2015).

In addition, when receiving the event guide page creation request (ST2016), the portal server 14 receives the content to be inserted through the portal content and generates the event guide page (ST2017).

On the other hand, if the client (300, 400, 500) requesting the function is a remote attendee, the portal server 14 of the event portal system 100 receives the event information request through the portal content (ST2020), the event attendees according to the request As in the case of the event site information is provided to the client (300, 400, 500) through the portal content (ST2021).

In addition, when receiving a request for viewing the event guide page (ST2022), provides the event guide page generated in the ST2017 stage to the client (300, 400, 500).

4 is a flowchart illustrating a remote attendee management function according to an embodiment of the present invention.

Remote participant management function (ST3000) is a function for managing the remote participant through the remote participant's registration approval function, classification classification function, access restriction function, exit function. The dual registration approval function is a function for determining whether to approve a registration based on a list of registration approvals authorized by the event organizer. In the case of the retirement function, the information of the remote participant who has been withdrawn from the portal content may be stored in the event portal system 100 and used as reference information in the portal content of another event organizer.

The privacy protection function that manages the information of the remote attendees is a service to support the leakage of personal information or the invasion of privacy during the Internet relay and portal service of the event. Event organizers or remote attendees can verify their own information through an e-mail address or real name registered on the public portal. The confirmed user is registered in the event portal system 100 again as an event organizer or a remote attendee to use the portal content. The event portal system 100 performs registration approval for the users who applied for registration as remote attendees according to the event organizer's intention. That is, the event organizer registers the list of remote attendees to be invited to the event portal system 100 through portal content, and includes personal information information, classification information, and usage authority information as remote attendee information. Therefore, when the registered remote attendee attempts to use the portal content, it is determined whether or not to use the corresponding page or function / service according to the designated grade and usage authority. It is desirable to minimize the registration process and input of personal information to help the user's convenience. If a remote participant who shows a chat, text, photo, voice, manner, etc., which is considered to be not helpful to the event and is disturbed, the event organizer may apply the exit function that restricts the use of portal contents. The evicted remote participant can no longer use the portal contents of the event, and the egress information is stored in the form of a black list on the event integration DB server 11 and shared with other events as a reference.

As such, when the remote participant management function of the portal content is selected from the clients 300, 400, and 500, the service proceeds as shown in FIG. 4. First, when the client (300, 400, 500) requesting the function is the event organizer, the portal server 14 of the event portal system 100 receives the portal participant list generation request through the portal content (ST3010). Remote attendee information to be registered and approved to use is input from the client (300, 400, 500) of the event organizer (ST3011) to generate a remote attendee list and store in the ceremony integration DB server (11) (ST3012). The remote participant list includes real names, e-mail addresses, etc. of the remote participant's personal information.

In addition, when the exit request is received (ST3013), the portal server 14 exits the remote attendant from accessing the portal content (ST3014). The exit information calculated in step ST3014 is stored in the event integration DB server 11 (ST3015) and is shared to be used as reference information in portal content of another event organizer.

On the other hand, if the client (300, 400, 500) requesting the function is a non-member remote attendee, the portal server 14 of the event portal system 100 receives the registration request (ST3021), the remote attendees generated in step ST3012 It is judged whether the registration is approved according to the list (ST3022). The portal server 14 approves the registration if the remote attendee requested to be registered is a user registered in the remote attendee list (ST3023), and rejects the registration if the user is not registered in the remote attendee list (ST3024).

In addition, when the remote participant who accesses the portal content is already registered, the portal server 14 receives the use request for the portal content (ST3025). Each page or function / service requested by a remote participant is licensed according to the level and authority of the remote participant (ST3027) to provide a service (ST3028), or the use is rejected (ST3029).

5 is a flowchart illustrating a relay function according to an embodiment of the present invention.

The relay function (ST4000) is a function of relaying an event image photographed through the relay camera 22 of the event hall to a remote participant through portal content, and bi-directionally with a multicasting group that requests a multicasting service. .

As shown in FIG. 5A, the portal server 14 first receives a relay request from the clients 300, 400, and 500 through the portal content (ST4010). For relaying, the stream server 15 or the multicasting stream server 16 starts communication with the relay camera 22 of the event hall system 200 (ST4011). The stream server 15 or the multicasting stream server 16 determines whether the relay request received in step ST4010 is an automatic shooting relay request or a manual shooting relay request (ST4012), and determines whether it is a one-way relay request or a bidirectional relay request (ST4060). ) The event image is relayed to the clients 300, 400, and 500 according to the determination result. The video relayed through the portal content is stored in the event integration DB server 11 (ST4090), and later, when receiving a playback request from the client 300, 400, or 500 (ST4091), the stored video is stored according to the request. Provided by playing through (ST4092).

Each step is described in more detail as follows.

First, in step ST4011, the addressing server 13 of the event portal system 100 continuously manages each beer station and IP address of the plurality of relay cameras 22, and a relay request is made through the portal server 14. When the received IP address is transmitted to the stream server 15 or the multicasting stream server 16 through the relay reservation server 12 of the event portal system 100. The stream server 15 or the multicasting stream server 16 starts communication with the relay camera 22 of the venue system 200 using the received IP address. That is, the relay network 22 is connected to its own brewery in order to automatically access the relay camera 22 in the situation where the Internet network of the venue uses a router and a hub and uses a dynamic IP and a private IP, rather than a fixed IP. The IP address is notified to the addressing server 13 so that the addressing server 13 always maintains the information of the relay camera, and the IP request of the relay camera 22 from the stream server 15 or the multicasting stream server 16 is received. When received, the relay reservation server 12 delivers the IP, and the relay reservation server 12 delivers the IP to the stream server 15 or the multicasting stream server 16, and the relay camera 22 automatically transmits the stream server. 15 or the multicasting stream server 16.

Next, in step ST4012, automatic shooting or manual shooting is performed on request. In particular, automatic shooting means that the relay camera 22 automatically recognizes and follows the position of the shooting target even when the relay camera 22 is not manually adjusted. In the case of automatic shooting, the shooting is performed such that the relay camera 22 facing the front of the shooting target is the main screen among the plurality of relay cameras 22. As the method of automatic photography, a position measuring method and an image recognition method are used.

First, the position measuring method will be described. Prior to shooting the event, the tag means 24 are attached to a plurality of photographing targets, the receiver means 25 is installed on the ceiling of the event venue, and the central processing hub means 26 is connected to the Internet. The tag means 24 sends out a constant signal to the receiver means 25, and a plurality of receiver means 25 simultaneously receive this signal (ST4031). The receiver means 25 recognizes the information of each photographing object through the received information, and transmits the recognized information to the central processing hub means 26. The central processing hub means 26 acquires the position information of the photographing target by applying triangulation method to the received information (ST4032), calculates the setting value necessary for the automatic shooting of the relay camera 22 based on the position information, and relays it. The data is transmitted to the camera 22 (ST4033). Setting values required for automatic shooting may include pan values, dil values, zoom values, and the like, and the relay camera 22 automatically captures the event image according to the received setting values (ST4034). In other words, the pan and the dil are moved according to the received pan value and the dil value, and the zoom is adjusted according to the received zoom value to automatically take a picture.

Next, an image recognition method will be described. Prior to shooting the event, the relay camera 22 is moved to a photographing target to receive information on an identifiable portion of the photographing target by specifying a groom flower, a bride's bouquet, a luminous arrangement, and the like, which can be identified (ST4041). In order to receive the information of the identifiable part, the relay camera 22 detects and analyzes the corresponding part, and recognizes the shape, color, brightness, size information, etc. in advance and sets the automatic shooting setting. When the shooting of the event starts, the relay camera 22 recognizes the identifiable part of the photographing object by matching the input image with the information input for the identifiable part of the photographing object (ST4042). When the recognizable part of the recognized shooting object is moved, the relay camera 22 performs shooting while adjusting the setting values necessary for automatic shooting (ST4043). That is, the relay camera 22 calculates a pan and tilt value for the direction movement, calculates a zoom value for the lens movement, and adjusts the direction and the lens of the camera according to the calculated setting value and automatically photographs. .

When the manual shooting request is received from the client 300, 400, or 500 during such automatic shooting, the relay camera 22 is manually controlled remotely to take a picture. Manual shooting method is as follows. First, the portal server 14 receives a photographing instruction from the clients 300, 400, and 500 through the portal content (ST4051). The portal server 14 transmits the shooting instruction received through the stream server 15 or the multicasting stream server 16 to the relay camera 22 (ST4052). The relay camera 22 captures the event image according to the received shooting instruction (ST4053).

Next, in step ST4060, one-way or two-way relaying is performed as requested.

First, one-way relay will be described. When the portal server 14 receives the one-way relay request from the clients 300 and 500 through the portal content, the stream server 15 receives the one-way relay request from the relay camera 22 according to the event relay schedule scheduled by the relay reservation server 12. The event image is received (ST4071) and relayed to the clients 300 and 500 through the portal content (ST4072). Like the one-way relay screen shown in FIG. 5B, the ceremonial image is relayed through the screen 61 and the speaker 62. In addition, you can see a list (63) or chat window (64) of the remote attendees currently participating.

Next, bidirectional relay will be described. Two-way relaying is a one-way event that relays videos in a conventional internet broadcasting or one-way broadcasting, and is a service that allows the ceremony organizer, the attendees, or the attendees to proceed with the ceremony while watching real-time two-way video via the Internet. . When the portal server 14 receives the two-way relay request through the portal content from the client 400 having the web camera 42 and the microphone 33 and the device capable of participating in the video in both directions, a plurality of requests for the two-way relay are requested. The clients 400 are grouped into a multicasting group (ST4081). Two-way relay request is a request to join the multi-task group receiving the information of the multicast notification, if the event is approved by the event organizer is processed as a multicast group and the remote attendees also through the multicast stream server (14) Real-time video relay is performed together. That is, the multicasting stream server 16 receives the event image from the relay camera 22 according to the event relay schedule scheduled by the relay reservation server 12 (ST4082) and relays it to the client 400 through the portal content ( ST4083). The remote participant image generated by the client 400 through the web camera 42 and the microphone 43 is also received through the portal content (ST4084), and the image of the venue system 200 through the multicasting stream server 16 is generated. It is displayed on the display means 23 (ST4085). As shown in FIG. 5C, the ceremonial image and the remote participant image are relayed through the screen 61, the speaker 62, and the microphone 65.

6 is a flowchart illustrating a community function according to an embodiment of the present invention.

The community function (ST5000) is a function for providing a community including a data upload function, a chat function, and a best participant / worst participant selection function. The data is photo data, video data, text data, voice data, and the like. In addition, the chat function provides a 1: 1 chat function between clients, a group chat function, an entire chat function, a public / private chat function, and a video chat function. In addition, the Best Attendee / Worse Attendee selection function calculates the recommendation data received from other remote attendees, selects the best attendee or the worst attendee who has obtained the most recommendation, and presents the event to the selected remote attendee. Function related to the event.

That is, in the community according to the present invention, an upload page of photos, voices, videos, articles, etc., which can start photos, texts, voices, and videos in individual portal contents, and event organizers and remote attendees communicate with each other through the Internet during the event period. Chat partners for face-to-face meetings, video chats, remote attendees, grooms, brides, grooms, brides, weddings, kinship, kinship, delays, etc. You can choose to chat by selecting one person to chat with a person, a group chat where some people know each other to form a group chat, and a general public chat where everyone chats in public. In addition, other remote attendees have revealed their intentions regarding chat contents, manners, uploaded posts, photos, videos, and voices, select the best or worst attendees, post them to the community, and support event organizers to provide event gifts. do. In addition, if the event organizer applies the exit function of the attendee management function to the community, the remote attendee may be removed if it is determined that the contents, chat, etc. of the text, photo, video, voice, etc. uploaded to the community do not help the event. .

The community function shown in FIG. 6 is performed as follows.

When the portal server 14 receives a data upload request from the clients 300, 400, and 500 (ST5010), the portal server 14 receives data to be uploaded through the portal content (ST5011). Types of data to upload include photo data, video data, text data, voice data, and the like. The portal server 14 stores the received data in the event integration DB server 11 and starts it again in the portal content (ST5012). The technique of uploading data and opening the content is a well-known technique commonly used in the art, and thus detailed description thereof will be omitted.

In addition, when the portal server 14 receives a chat request from the client (300, 400, 500) (ST5020), the portal server 14 provides a chat service with other remote participants who want to chat. The chat service includes a 1: 1 chat function between the clients, a group chat function, an entire chat function, a public / private chat function, a video chat function, and the like, and the chat technology is a well-known technology commonly used in this field. Omit.

In addition, when receiving the best participant / worst participant voting request from the clients 300, 400, and 500 (ST5030), the portal server 14 recommends which remote participant to vote from the clients 300, 400, and 500. Receive a doctor (ST5031). When the event is closed (ST5032), the portal server 14 calculates data on the received recommendation doctor (ST5033). The remote attendee who gets the most recommendation result as the result of the calculation is selected as the best or the worst attendee and provides the gift giving service (ST5034).

7 is a flowchart illustrating a relief function according to an embodiment of the present invention.

The subsidies function (ST6000) is a function to deliver the subsidies through the network, the means of delivering the subsidies provides for the transfer of cash accounts, credit card payments, mobile phone payments, cyber money, gift certificates, etc. through a linked Internet banking service. The subsidies function is to generate a list of subsidies automatically after the completion of the subsidies, using the information of the remote attendees and the subsidies delivery history information, which provides the subsidies list in real time to the client (300, 400, 500) of the event organizer. It also provides functionality.

If the sub-function of the portal content is selected from the clients 300, 400, and 500, the service proceeds as shown in FIG. First, when the client (300, 400, 500) requesting the function is the event organizer, the portal server 14 of the event portal system 100 receives a request for requisition list through the portal content (ST6010), which is updated in real time The grant list is provided to the event organizer's clients 300, 400, and 500 (ST6011). If the list of subsidies is updated each time a subsidy is delivered by a remote participant, the explanation is as follows.

If the client (300, 400, 500) requesting the function is a remote attendee, the portal server 14 of the event portal system 100 receives the subsidy transfer request through the portal content (ST6020). The means of delivery of subsidies are provided through cash transfers, credit card payments, mobile phone payments, cyber money, and gift certificates through linked Internet banking services. If it is determined that the relief transfer means is a cash transfer (ST6021), the information of the remitter is received through the portal content (ST6031). In other words, cash transfer is an electronic money transfer service combined with internet banking, and when a target person who wants to deliver the donation is selected from the remote attendees and the event organizer started on the portal content, a cash popup window for entering the recipient's deposit account and remitter's information is provided. do. This pop-up window allows you to enter the sender's name, affiliation, position, relationship with the recipient, and other details. After receiving the remitter information through the step ST6031, the bank information received by the remitter is received (ST6032), the Internet banking page of the corresponding bank is provided (ST6033), and the bank transfer is performed (ST6034). After the transfer is completed, the portal server 14 checks the account of the person who received the subsidy, compares the remitter information received through the pop-up window in step ST6031 with the transfer information performed through the Internet banking page in step ST6034, and matches the remitter. It is determined whether or not (ST6035). If it is determined in step ST6035 that the remote participant's client (300, 400, 500) provides a thank-you message as a pop-up window (ST6036), if it does not match, check the pop-up window to the client 300, 400, 500 information of the sender Request to correct (ST6037), and receive the information (ST6038). When payment is completed, the list of the subsidies is automatically generated by using the information of the remote attendee who delivered the subsidy and the subsidy delivery history information (ST6050).

If it is determined that the means for delivering money is cyber money or gift certificate (ST6021), payment information is received through portal content (ST6041). In other words, in the case of supporting the cyber money that can be used in the event mall, the information of the payer and the amount of the cyber money are input through a pop-up window, and information about payment means such as a credit card, a mobile phone, and a bank transfer is input. The portal server 14 provides a corresponding electronic payment service to the clients 300, 400, and 500 according to the selected payment means (ST6042), and performs the payment (ST6043). The same is true for a gift certificate. Received the information of the payment information and gift voucher through the pop-up window, and receives information about the payment means. If the payment means is selected, the corresponding electronic payment service is provided (ST6042), and the payment is performed (ST6043). In the case of cyber money or gift certificates, as well as cash transfers, a list of subsidies is automatically generated by using the information of the remote attendee who delivered the subsidy and the details of the subsidy transfer history (ST6050).

8 is a flowchart illustrating a gift function according to an embodiment of the present invention.

The present function (ST7000) provides an event shopping mall that registers a number of products that the event organizer wants to receive in Porta Content, and presents the product to the event organizer by paying by the remote attendees' clients (300, 400, 500). Function. The present function is possible to make a full payment or partial payment by the client (300, 400, 500) of a plurality of remote attendees, it is possible to present several acquaintances together. Full payment means payment of the total amount of the product sales, and partial payment means payment of a portion of the product sales.

As shown in FIG. 8, when the client 300, 400, or 500 requesting a function is an event organizer, the portal server 14 of the event portal system 100 receives a gift product registration request through portal content (ST7010). ), And receives a list of products to be registered in the event shopping mall (ST7011). If the event organizer looks up the gift items in the entire ceremony shopping mall and selects the products that the event organizer wants to have, an individual event shopping mall for the event organizer is created in the individual portal contents. If the event organizer does not have a desired gift item, the product organizer can enter the product name or product number. The event portal system 100 supports the event organizer to select the present product purchased from the associated general shopping mall and register the product again in the event shopping mall. When reception of the product list to be started in the event shopping mall is completed, the portal server 14 registers the product list in the event shopping mall and starts it (ST7012).

On the other hand, if the client (300, 400, 500) requesting the function is a remote attendee, the portal server 14 of the event portal system 100 receives the gift request through the portal content (ST7020), the product to be presented is the event The search is made in the shopping mall and is selected (ST7021). When a payment request for the selected product is received (ST7022), the portal server 14 provides a payment service capable of full or partial payment to the clients 300, 400, and 500 (ST7023) and performs payment (ST7024). ). In particular, the partial payment is not to pay the entire amount of the product, but to pay only a portion thereof, and enter only the amount that can be paid by the payment. The remaining amount may be additionally paid by another remote participant. This is a convenient feature when you are burdened to pay alone and want to give a joint gift. In addition, through partial payment function, coma can be bought with the help of relatives.

9 is a flowchart illustrating a card function according to an embodiment of the present invention.

The card function (ST8000) transmits an e-card consisting of an image or text through a network even when not going to the post office. The remote attendee sends a congratulation / up card to the event organizer, or the event organizer sends a thank-you card to the remote attendee. It is a function that can.

As shown in FIG. 9, when the portal server 14 receives the electronic card transmission request from the clients 300, 400, and 500 through the portal content (ST7010), the portal server 14 easily provides various images of the electronic card (ST7011). Help you choose and pay After the card is selected, an image or text for congratulation / up / thank you to enter is input (ST7012). Of course, the image of the electronic card can use the image that you make without selecting from the presented image. The portal server 14 generates an electronic card by combining the selected image and the input content (ST7013), and transmits the generated electronic card according to the receiver information included in the transmission request (ST7014). The contents of the card may also be introduced into the image display means 23 installed in the event venue.

10 is a flowchart illustrating a backup function according to an embodiment of the present invention.

The backup function ST9000 stores the data used in the portal content during the provision of the event service in an internal storage medium or an external storage medium provided in the event portal system 100 or transmits the data to the clients 300, 400, and 500. Function.

As shown in FIG. 10, when the portal server 14 of the event portal system 100 receives a backup request from clients 300, 400, and 500 of the event organizer who requested the function (ST8010), the event service providing period All the data used in the portal content during the transfer to the client (300, 400, 500) to back up (ST8011).

As mentioned above, although the invention made by this inventor was demonstrated concretely according to the said Example, this invention is not limited to the said Example and can be variously changed in the range which does not deviate from the summary. That is, it can be realized at all kinds of events such as ceremonies, birthdays, sixtieth birthdays, sixtieth birthdays, parties, and funerals.

As described above, according to the event relay system and the relay method according to the present invention, the entire process of the event is carried out on the Internet through the individual portal service to provide real-time relay, subsidies, interactive communication between the event organizer and the remote attendees. Through this, it is possible to participate in the event without restriction of time and space.

In addition, according to the event relay system and the relay method according to the present invention, by providing an interactive event relay service, it is possible to minimize the equipment in the Internet event relay, but maximize the use and reduce the cost through automatic relay Lose.

In addition, according to the event relay system and the relay method according to the present invention, it is also possible to improve the utilization of the subsidies through the transfer and management of subsidies through the Internet.

In addition, according to the event relay system and the relay method according to the present invention, it is possible to participate in the event in a variety of ways through a communityized individual portal service, and even after the event is finished, the event content can be stored and stored as memories Lose.

In addition, according to the event relay system and the relay method according to the present invention, it can also be used as a mobile can be obtained the effect that can lead to various events participation.

Claims (17)

In the event relay system that provides the services necessary to proceed with the event to the client connected through the network, Event portal system that provides the event service to the client in the form of Portal Contents (Portal Contents), Includes an event venue system that is linked to the event portal system, manages event information and shoots the event video, Generate individual portal content for each event organizer, and relay the event image photographed through the relay camera of the event venue system selected according to the client's request to the client, The venue system is A relay camera for automatically or manually photographing an event image of the event venue and transmitting the event image to the event portal system; Image display means for displaying an image or a message received from the client through the event portal system; Tag means attached to the shooting target for transmitting a signal, A receiver means for receiving the signal from the tag means and recognizing the information of the photographing object; And central processing hub means for receiving the information from the receiver to obtain position information of a photographing target selected according to a photographing instruction received from the client, and controlling photographing of the relay camera according to the photographing instruction. Event relay system. The method of claim 1, The event portal system Event integrated DB server for managing and storing data used to provide the event service in the event portal system, Relay reservation server for scheduling the event relay schedule to be taken by the relay camera of the event venue system, An addressing server managing information necessary for remote access of the relay camera; A portal server generating the portal content and providing the portal content to the client; Stream server for relaying the event video received from the relay camera in one direction to the client, And a multicasting stream server which bi-directionally relays the remote participant image received from the client and the event image between the client and the event venue system. The method of claim 2, The addressing server manages the MAC address or the IP address of the relay camera, and transmits the IP address to the stream server or the multicasting stream server through the relay reservation server so as to communicate with the relay camera. Event relay system, characterized in that supporting. The method of claim 2, The stream server or the multicasting stream server may receive the event image from the relay camera selected according to the event relay schedule or the shooting instruction received from the client and relay the event image to the client. Event relay system. The method of claim 2, And the multicasting stream server groups the clients requesting the bidirectional relay into a multicasting group to perform the bidirectional relaying. The method of claim 1, When the central processing hub means receives an automatic shooting request from the event portal system, the location information is used to calculate a setting value for automatic shooting and transmits the setting value to the relay camera, and the relay camera automatically executes the event according to the setting value. Event relay system, characterized in that shooting video. The method of claim 6, When the central processing hub means receives the auto-shooting request from the event portal system, information about the identifiable portion of the photographing target registered in advance is transmitted to the relay camera, and the relay camera according to the information transmits the photographing target. Event relay system characterized in that it recognizes the identifiable part and automatically captures the event image. The method of claim 6, And when the central processing hub means receives a manual shooting request from the event portal system, captures an event image through a relay camera selected according to a shooting instruction received from the client. Provides event relay service to the event portal system that provides services required for the progress of the event to the clients connected through the network in the form of portal content, and the event site system that interworks with the event portal system, manages event site information, and photographs event videos In the way, Receiving, by the event portal system, a connection request from the client; Determining, by the event portal system, whether or not the client is a member; If it is determined that the identity is an event organizer, the event portal system generates individual portal contents for each event organizer according to a request of the client; And if the status is determined to be an event organizer or a remote participant, photographing a photographing target selected at the request of the client through a relay camera of the event venue system, and relaying the photographed event image to the client. How to relay events. The method of claim 9, The relaying step Receiving, by the event portal system, a relay request from the client; The event portal system initiating communication with the relay camera of the event venue system; Transmitting, by the event portal system, a relay request received from the client to the event venue system; Determining, by the event venue system, whether the relay request is an automatic shooting request or a manual shooting request; Determining, by the venue system, whether the relay request is a one-way request or a two-way request; And relaying the event venue system to the client through the event portal system according to the determination result of the step of determining the relay request by the event venue system. The method of claim 10, Initiating the communication Managing, by the addressing server of the event portal system, the brewery or the IP address of the relay camera; Transmitting, by the addressing server, the IP address to a stream server or a multicasting stream server of the event portal system through a relay reservation server of the event portal system; The stream server or the multicasting stream server initiating communication with the relay camera. The method of claim 10, Relaying to the client through the event portal system is In the step of determining whether the automatic shooting request or the manual shooting request is determined as the automatic shooting request Providing, by the event portal system, a photographing target list to the client; Determining, by the event portal system, a photographing target selected by the client; Determining, by the event portal system, an automatic shooting method included in the automatic shooting request; And transmitting the determined shooting target and the automatic shooting method to the event hall system to automatically capture the event image by the relay camera of the event hall system. The method of claim 12, Shooting the event video automatically When it is determined that the position measuring method in the step of determining the automatic shooting method Receiving, by a receiver means of the event venue system, a signal transmitted from a tag means attached to the photographing object and recognizing information of the photographing object; Receiving, by the central processing hub means of the event venue system, the information from the receiver means to obtain position information of the photographing target; Calculating, by the central processing hub means, a setting value for automatic photographing using the position information, and transmitting the setting value to the relay camera; And relaying, by the relay camera, photographing the event image according to the received setting value. The method of claim 12, Shooting the event video automatically When it is determined by the image recognition method in the step of determining the automatic shooting method Transmitting, by the central processing hub means, information on the identifiable portion of the photographing target registered in advance to the relay camera; Recognizing, by the relay camera, a portion matching the information on the identifiable portion of the photographing object; And repeating, by the relay camera, shooting by adjusting a setting value necessary for automatic shooting as the identifiable portion of the shooting target moves. The method of claim 10, Relaying to the client through the event portal system is If it is determined that the manual shooting request in the step of determining whether the automatic shooting request or manual shooting Providing, by the event portal system, a list of shooting targets or a list of relay cameras to the client; Determining, by the event portal system, the photographing target or the relay camera selected by the client; Transmitting the shooting instruction received from the client to a relay camera or a relay camera facing the photographing target selected by the event portal system; And shooting an event image according to the shooting instruction from which the relay camera facing the selected shooting target or the selected relay camera is received. The method of claim 11, Relaying to the client through the event portal system is When it is determined that the request is a one-way request or a two-way request. Receiving, by the stream server, the event image from the relay camera according to an event relay schedule scheduled by the relay reservation server; And the stream server relaying the received event video to the client. The method of claim 11, Relaying to the client through the event portal system is When it is determined that the two-way relay request in the step of determining whether the one-way or two-way request Grouping, by the multicasting stream server, the client requesting the bidirectional relay into a multicasting group; Receiving, by the multicasting stream server, the event image from the relay camera according to an event relay schedule scheduled by the relay reservation server; Relaying, by the multicasting stream server, the event image to the client; Receiving, by the multicasting stream server, a remote participant image inputted through a web camera and a microphone of the client; And transmitting, by the multicasting stream server, the received remote participant image to the image display means of the event hall system for display.

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