KR20180113202A - Video reproduction service method and server - Google Patents

Abstract

The present invention relates to a video reproduction service method and a server, and more particularly, to a video reproduction service method and server, in which a user who views a moving picture directly inputs a comment of the user into a moving picture and delivers the message to a designated recipient through a messaging service, And to overlay a comment inputted as a response on a moving image.

Description

Video reproduction service method and server

The present invention relates to a video reproduction service method and a server, and more particularly, to a video reproduction service method and server, in which a user who views a moving picture directly inputs a comment of the user into a moving picture and delivers the message to a designated recipient through a messaging service, And to overlay a comment inputted as a response on a moving image.

With the development of digital imaging technology and network technology, UGC (User Generated Contents), which directly captures images and creates them by editing, is activated. Through video service sites like YouTube, many users around the world upload, watch, and share UGC.

Users share the UGC itself by posting the URL of the page where the UGC is uploaded to the messenger and SNS, and users viewing the UGC can post comments on the page where the UGC is uploaded, Are being shared.

On the other hand, in order to input a comment on the UGC, the UGC can join the posted video service site and leave the opinion only when the user accesses the web page of the video service site. However, in a situation where a variety of video service sites are continuously generated, the user has to join all the video service sites in order to leave a comment on the UGC, and it is inconvenient to know the different input interface for each video service site.

Also, once UGC is published, it is difficult to provide motivation to re-enjoy the same UGC to a user who has already watched the UGC because the UGC is maintained without changing to the same contents. As a result, there has been a problem that many UGCs are banned from view by the passage of time.

U.S. Patent No. 8,819,719 entitled " Real-Time Video Commenting ", and U.S. Patent No. 8,713,618 entitled " Segmenting Video Based on Timestamps in Comments ", Google shares user opinions on posted contents with other users in a comment form, And a method of indicating the degree of participation.

According to the first prior arts, all comments input by a plurality of users on a moving picture are displayed in a chronological order, or only a comment corresponding to a specific playback section is temporarily exposed. However, according to the first related art, there is a problem that a user has to subscribe to a video service site to create a comment on the video and necessarily access the corresponding video service site. In addition, a comment on the moving picture is configured to be displayed on a comment display accompanying the moving picture and a separate web page. However, since a general user tends not to view the opinion display window, there is a problem that even if a good opinion is written, the opportunity to appreciate the video contents is not obtained.

Korean Patent Publication No. 2010-0100405 "Interactive video providing system capable of inputting comments and method thereof" discloses a video providing system that embeds comments and replies thereto in a video.

According to the second conventional technique, since the moving picture contents are reproduced according to the addition of comments and replies, there is an effect of giving the user motivation to re-apprehend the moving picture contents. However, in order to reply to the comment of the video, the input user still has to join the video service site and access the video service site. In addition, when a user wants to exchange opinions on the same content with other users in real time, there is a problem that viewers must access the video service site at the same time. For example, when it is desired to exchange opinions on specific scenes of moving picture contents in real time, the participants have inconvenience to simultaneously access comment input users and reply input users for the comment and reply input to the corresponding video site.

According to the first prior art and the second prior art described above, when a user accesses a corresponding video service site again to search for a comment and an answer of another person, There are various inconveniences. However, as the number of video service sites increases, competition for securing subscribers becomes more intense. Accordingly, it is required to develop new additional services that can excite users' interest by moving away from basic services of each video service site.

On the other hand, as the desire for personal expression becomes stronger, the social network service that forms the social relationship is also developing. Particularly, Facebook, one of the social network services, already has hundreds of millions of users. Even some web services have been entrusted with the login feature on Facebook to facilitate subscribers' access. However, since the conventional video comment system only supports communication within the corresponding video providing service site, it can not be used for a social network service such as Facebook, Linkedin, Instagram, Or messenger services such as WeChat, Viber, kakao Talk, and Line.

Therefore, it is required to develop a new additional service that increases the utilization and value added of video service by utilizing social network service or messenger service which has already secured a large number of subscribers in the video service site.

U.S. Patent No. 8,819,719 U.S. Patent No. 8,713,618 Korea Patent Publication No. 2010-0100405

The present invention provides a video reproduction service method and server according to the present invention, in which a video reproduction service server transmits an interaction request frame descriptor input by an interaction request user during a video playback to an interaction By receiving the interaction response message from the message service server and overlaying it on the video, the user who has not subscribed to the video reproduction service and the user who does not play the video through the current video reproduction service web page, It is aimed to overlay the interaction response message created in the state that the real-time opinion exchange is possible and the web page of the video reproduction service is not connected.

The video reproduction service method and server according to the embodiment of the present invention can receive an interaction response message for a moving picture through a video messaging service server and a video messaging service server independent of the video reproduction service server, The other purpose is to allow users to reproduce various videos through a popular messenger service such as Bayer and to give motivation for re-viewing to users who have already watched a video by overlaying various opinions on the video at every moment.

The moving picture reproduction service method and server according to another embodiment of the present invention may be configured such that a moving picture reproduction service server arranges an interaction response message at a predetermined position or an object avoiding position such as an outer frame of a moving picture frame, The other purpose is to minimize the hindrance of the user's appreciation by being hid by the message.

The video reproduction service method and the server according to another embodiment of the present invention may display excessive number of messages by displaying only the number of excess messages or the presence or absence of a message exceeding a threshold value when a predetermined number of interactions request frame descriptors and an interaction response message are inputted, To prevent the viewing of the video from being disturbed.

The video reproduction service method and server according to another embodiment of the present invention may control the message service server to start a new or existing messaging session by selecting an interaction request frame descriptor or an interaction response message overlaid on the moving image, The interaction request frame descriptor or the interaction response message.

The video reproduction service method and server according to another embodiment of the present invention may provide a list of a plurality of interaction request frame descriptors and a plurality of interaction response messages so that a video upload user, an interaction response user, The other purpose is to easily grasp the entire messages included in the moving picture without reproducing the moving picture.

The video reproduction service method and the server according to another embodiment of the present invention transmit the interrupt frame data corresponding to the link information of the specific video frame to the interaction response user together with the interaction request frame descriptor through the message service server Or the interrupt frame data is transmitted to the interaction requesting user along with the interaction response message, it is possible to transmit the interrupt frame data from the corresponding frame of the moving image by using the corresponding interrupt frame data of the interaction request frame descriptor or the interaction response message in the messenger service, So that it can be easily reproduced.

Finally, the video reproduction service method and server according to another embodiment of the present invention controls the message service server to add a third party to the messaging session as an interaction invitation user at the request of the interaction requesting user or the interaction response user, The other purpose is to actively communicate with various people through video.

In order to achieve the above object, a video reproduction service method according to the present invention comprises the steps of: (a) a video reproduction service server activates a frame descriptor input interface by interruption of an interaction request user during playback of a moving picture, Receiving an interaction request frame descriptor input via an interface; (b) generating a frame identifier that identifies an interrupt frame interrupted by the interaction requesting user, and associating the frame identifier with the interaction request frame descriptor; (c) controlling the message service server so that a first messaging session between the interaction requesting user and the interaction response user is initiated by the message service server of the selected message service provider; (d) controlling the message service server so that the video reproduction service server transmits the interaction request frame descriptor to the interaction response user through the first messaging session; (e) receiving, through the first messaging session and the message service server, an interaction response message associated with the interaction request frame descriptor and input by the interaction response user via the message input interface ; And (f) overlaying the motion picture reproduction service server on the frame of the predetermined interval from the interrupt frame identified through the frame identifier generated in the step (b) .

In the moving picture reproduction service method according to an embodiment of the present invention, in any one of the steps (b) to (f), the moving picture reproduction service server determines whether or not the moving picture reproduction service server And overlaying the interaction request frame descriptor in the frame of the interval.

In the video reproduction service method according to another embodiment of the present invention, in the step (f), the moving picture reproduction service server analyzes an image of a frame of a predetermined interval from the interrupt frame and extracts at least one object A first sub-step; And a second sub-step of arranging and overlaying the interaction response message on a frame of a predetermined interval from the interrupt frame so that the area in which the object is overlapped with the interaction response message is minimized, .

The method further comprises the steps of: (g) after the step (f), the moving picture reproducing service server reads the interaction request frame descriptor of the interrupt frame identified through the frame identifier and / Counting the number of interaction response messages to determine whether the count result is greater than or equal to a threshold value; And (h) a first indication for displaying the number of interaction request frame descriptors and / or interaction response messages of the threshold value or more, when the counting result of step (g) is judged to be equal to or larger than the threshold value, Overlaying an item or a second display item indicating an existence of an interaction request frame descriptor of the threshold value or more and / or an interaction response message to a frame of a predetermined interval from the interrupt frame identified through the frame identifier .

In the video reproduction service method according to another embodiment of the present invention, in the step (h), the moving picture reproduction service server may receive the first selection signal of the user or the first selection signal according to the selection of the second display item And displaying an excess item list indicating an interaction request frame descriptor and / or an interaction response message of the threshold value or more.

The method further comprises the steps of: (i) after the step (f), the moving picture production service server transmits a second selection signal according to the user's selection of the overlaid interaction response message Receiving from a user terminal; (j) controlling the message service server so that the video reproduction service server starts a second messaging session between the user and the interaction response user.

In the video reproduction service method according to another embodiment of the present invention, in the step (j), the moving picture reproducing service server may input a message through the second messaging session in the vicinity of the area where the interaction response message is overlaid And a messaging service interface capable of performing output of a message.

(B) after the step (j), (k) the moving picture production service server adds an interaction response message added through the second messaging session to the moving picture reproducing service server, And overlaying the interrupt frame on a frame of a predetermined interval from the interrupt frame identified through the frame identifier generated by the frame identifier.

The method further comprises the steps of: (l) after the step (f), the moving picture reproducing service server transmits the at least one interaction request frame descriptor and at least one list of the interaction response messages And providing the message list to the user terminal.

In the video reproduction service method according to another embodiment of the present invention, in the step (c), the video reproduction service server controls the message service server of the message service provider selected by the interaction requesting user, A message service server of the message service provider selected by the user, a message service server of the message service provider selected by the video uploading user, a message service server of the message service provider selected by the administrator of the video reproduction service server, Is controlled.

In the video reproduction service method according to another embodiment of the present invention, in the step (c), the video reproduction service server selects a message service provider selected by the interaction requesting user among a plurality of message service providers selected by the video uploading user, And the message service server of the message service server.

In the moving picture reproduction service method according to another embodiment of the present invention, in the step (a) or (b), the moving picture reproduction service server extracts an image of a frame of a predetermined interval from the interrupt frame, And the step (d) further includes the step of: the video reproduction service server further transmits the interrupt frame data and / or the information associated with the interrupt frame data to the interaction response user through the first messaging session And the message service server is controlled to control the message service server.

In the video reproduction service method according to another embodiment of the present invention, in the step (a) or the step (b), the moving picture reproducing service server stores a still image of the interrupt frame, The interrupt frame data includes at least one of a still image of one frame and a motion clip of a predetermined interval including the interrupt frame as the interrupt frame data.

In the video reproduction service method according to another embodiment of the present invention, in the step (d), the video reproduction service server transmits a third selection signal according to the selection of the interrupt frame data of the interaction response user to the message service A third sub-step of receiving from the server; And a fourth step of the video reproduction service server controlling the message service server such that the moving picture is reproduced in the user terminal of the interaction response user from the interrupt frame according to the reception of the third selection signal .

In the video reproduction service method according to another embodiment of the present invention, in the step (d) or the step (e), the moving picture reproduction service server may include a step of selecting the interaction request frame descriptor of the interaction response user 4 selection signal through the message service server; And a sixth step of the video reproduction service server controlling the message service server such that the moving picture is reproduced in the terminal of the interaction response user from the interrupt frame upon receipt of the fourth selection signal .

The moving picture reproduction service method according to another embodiment of the present invention may further include the steps of (d) to (f) after (m) And controlling the message service server to add the user who is not the interaction requesting user or the user who is not the interaction response user to the first messaging session as an interaction invitation user at the request of the interaction response user.

In the video reproduction service method according to another embodiment of the present invention, in the step (m), the moving picture reproduction service server transmits the interaction request frame descriptor or the interaction response message to the user 5 selection signal through the message service server; An eighth sub-step of the video reproduction service server identifying the interrupt frame through a frame identifier associated with the interaction request frame descriptor upon receipt of the fifth selection signal; And the video reproduction service server controlling the message service server such that the user terminal of the interaction invitation user reproduces the moving image from the interrupt frame.

In the video reproduction service method according to another embodiment of the present invention, the interaction request frame descriptor and the interaction response message are any one of a text, a still image, a dynamic image, or a combination thereof.

In the moving picture reproducing service server according to the present invention,

A communication unit for communicating with a user terminal and a message service server; A video service providing unit for transmitting video data and web page data to the user terminal; A user input processor for receiving an input signal from the user terminal and processing the input signal; A message processor for providing an interaction request frame descriptor input from the user terminal to the message service server of the selected message service provider and receiving an interaction response message from the message service server; And a graphics processor for overlaying the interaction response message on a moving picture, wherein the message processor receives a frame descriptor input interface by interrupting an interaction request user during playback of a moving picture to receive the interaction request frame descriptor, An input interface activation module to activate; A frame identifier management module for generating a frame identifier for identifying an interrupt frame interrupted by the interaction request user and associating the interaction request frame descriptor with the frame identifier; And controlling the message service server to initiate a first messaging session between the interaction requesting user and the interaction response user and controlling the message service server to transmit the interaction request frame descriptor to the interaction response user via the first messaging session And a message service server control module that receives the interaction response message, which is associated with the interaction request frame descriptor and input through the message input interface, through the first messaging session and the message service server Wherein the graphics processing unit is configured to overlay the interaction response message on the moving image, wherein the graphics processing unit is configured to superimpose the interaction response message on the moving image, Characterized in that the configuration including; Burleigh overlay processing module.

The overlay processing module may overlay the interaction request frame descriptor on a frame of a predetermined interval from the interrupt frame generated by the frame identifier management module in the moving picture reproduction service server according to the embodiment of the present invention do.

In the video reproduction service server according to another embodiment of the present invention, the graphic processing unit may further include an object extraction module for analyzing an image of a frame of a predetermined interval from the interrupt frame to extract at least one object The overlay processing module overlays the interaction response message on the frame of the predetermined interval from the interrupt frame so that the area where the object is overlapped with the interaction response message is minimized.

In the moving picture reproduction service server according to another embodiment of the present invention, the message processing unit may include a counting module for counting an interaction request frame descriptor and / or an interaction response message number of a corresponding frame for each frame identifier generated by the frame identifier management module Wherein the graphic processing unit determines whether the counting result of the counting module is equal to or greater than a threshold value and displays the number of interaction request frame descriptors and / The overlay processing module further comprises an indicator generation module for generating a first display item or a second display item indicating presence of an interaction request frame descriptor and / or an interaction response message of the threshold value or more, term Or it characterized in that the overlay of the second display items in a section of the frame from the predetermined interrupt the frame identified by the frame identifier.

In the video reproduction service server according to another embodiment of the present invention, the user input processing unit may receive from the user terminal a first selection signal generated according to selection of the first display item or the second display item of the user, And the overlay processing module displays an excess item list indicating an interaction request frame descriptor and / or an interaction response message of the threshold value or more in response to the reception of the first selection signal.

In the video reproduction service server according to another embodiment of the present invention, the user input processing unit receives a second selection signal from the user terminal through the communication unit according to the user's selection of the overlaid interaction response message, The message service server control module controls the message service server to start a second messaging session between the user and the interaction response user upon receipt of the second selection signal.

In the video reproduction service server according to another embodiment of the present invention, the input interface activation module may include an input unit for receiving an interaction request frame descriptor in the vicinity of an area where the interaction response message is overlaid upon receiving the second selection signal And activates the frame descriptor input interface.

In the video reproduction service server according to another exemplary embodiment of the present invention, the overlay processing module may include an overlay processing module that adds an interaction response message added through the second messaging session to a frame identifier associated with the interaction response message in which the second selection signal is generated And overlaid on a frame of a predetermined interval from the frame identified through the frame.

In the video reproduction service server according to another embodiment of the present invention, the message service server control module may control the message service server of the message service provider selected by the interaction requesting user, or may select a message previously selected by the interaction response user A message service server of the message service provider selected by the video uploading user or a message service server of the message service provider selected by the administrator of the moving picture reproduction service server is controlled by controlling the message service server of the service provider, do.

In the video reproduction service server according to another embodiment of the present invention, the graphic processing unit further includes an interrupt frame data generation module for extracting an image of a frame of a predetermined interval from the interrupt frame to generate interrupt frame data, Wherein the message service server control module controls the message service server to transmit the interrupt frame data and / or the information associated with the interrupt frame data together with the interaction request frame descriptor to the interaction response user through the first messaging session. Is controlled.

In the video reproduction service server according to another embodiment of the present invention, the user input processing unit further receives, from the message service server through the communication unit, a third selection signal corresponding to the selection of the interrupt frame data of the interaction response user And the message service server control module controls the message service server to reproduce a moving picture associated with the interrupt frame data from the interrupt frame in the user terminal of the interaction response user upon receipt of the third selection signal .

In the video reproduction service server according to another embodiment of the present invention, the user input processing unit receives a fourth selection signal according to the selection of the interaction request frame descriptor of the interaction response user from the message service server through the communication unit And the message service server control module controls the message service server so that the user terminal of the interaction response user reproduces the moving image from the interrupt frame identified through the frame identifier upon receipt of the fourth selection signal .

In the video reproduction service server according to another embodiment of the present invention, the message service server control module may be configured to allow the user who is not the interaction requesting user and the interaction response user to request the interaction requesting user and / To the first messaging session as an interaction invitation user.

In the video reproduction service server according to another embodiment of the present invention, the user input processing unit may receive a fifth selection signal according to a selection of the interaction invitation user for an interaction request frame descriptor or an interaction response message from the message service server Wherein the message service server control module further receives the fifth selection signal through the communication unit, wherein the message service server control module is configured to transmit the message to the user of the interaction inviting user, And controlling the service server.

In the video reproduction service server according to another embodiment of the present invention, the message processing unit may provide a message list including at least one of the interaction request frame descriptor and at least one list of the interaction response messages to the user terminal And a message list generation module.

According to the present invention, in order to solve the above problems, the present invention provides a method and server for reproducing a moving picture according to the present invention, in which a moving picture reproduction server transmits an interaction request frame descriptor input by an interaction request user A user who does not subscribe to the video reproduction service, and a user who does not play the video through the current video reproduction service web page by overlaying the interaction response message on the video by receiving the interaction response message from the message service server through the service server, The present invention provides an effect of overlaying an interactive response message created without accessing a video reproduction service web page to a moving image.

The video reproduction service method and server according to the embodiment of the present invention can receive an interaction response message for a moving picture through a video messaging service server and a video messaging service server independent of the video reproduction service server, Users can reproduce videos in various ways through a popular messenger service such as Bayer, and overlay various opinions on the video at every moment to provide the effect of giving the user who has already watched the video a motivation for re-viewing.

The moving picture reproduction service method and server according to another embodiment of the present invention may be configured such that a moving picture reproduction service server arranges an interaction response message at a predetermined position or an object avoiding position such as an outer frame of a moving picture frame, Thereby providing an effect of minimizing disturbance of the user's appreciation by being hid by the message.

The video reproduction service method and the server according to another embodiment of the present invention may display excessive number of messages by displaying only the number of excess messages or the presence or absence of a message exceeding a threshold value when a predetermined number of interactions request frame descriptors and an interaction response message are inputted, Thereby preventing the viewing of the moving picture from being disturbed.

The video reproduction service method and server according to another embodiment of the present invention may control the message service server to start a new or existing messaging session by selecting an interaction request frame descriptor or an interaction response message overlaid on the moving image, The interaction request frame descriptor or the interaction response message can be continuously exchanged.

The video reproduction service method and server according to another embodiment of the present invention may provide a list of a plurality of interaction request frame descriptors and a plurality of interaction response messages so that a video upload user, an interaction response user, It is possible to easily grasp all the messages included in the moving picture without reproducing the moving picture.

The video reproduction service method and the server according to another embodiment of the present invention transmit the interrupt frame data corresponding to the link information of the specific video frame to the interaction response user together with the interaction request frame descriptor through the message service server Or the interrupt frame data is transmitted to the interaction requesting user along with the interaction response message, it is possible to transmit the interrupt frame data from the corresponding frame of the moving image by using the corresponding interrupt frame data of the interaction request frame descriptor or the interaction response message in the messenger service, Thereby providing an effect of facilitating reproduction.

Finally, the video reproduction service method and server according to another embodiment of the present invention controls the message service server to add a third party to the messaging session as an interaction invitation user at the request of the interaction requesting user or the interaction response user, It is possible to actively exchange opinions with various people via video.

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a general configuration diagram showing a video reproduction service providing system according to the present invention; FIG.
BACKGROUND OF THE INVENTION 1. Field of the Invention [0001]
Figure 3 illustrates the interaction interface descriptor input interface activation according to an embodiment of the present invention;
4 illustrates generation and storage of a frame identifier according to an embodiment of the present invention.
5 is a diagram illustrating delivery of an interaction request frame descriptor in accordance with an embodiment of the present invention.
6 is a diagram illustrating transmission / reception and overlay of an interaction request frame descriptor and an interaction response message according to an embodiment of the present invention;
FIG. 7 illustrates a display item and a list of excess interaction request frame descriptors and / or excess interaction response messages according to an embodiment of the present invention; FIG.
8 illustrates a second messaging session initiation in accordance with an embodiment of the present invention.
9 is a diagram illustrating moving picture playback using interrupt frame data according to an embodiment of the present invention.
10 is a flowchart showing a video reproduction service method according to an embodiment of the present invention;
FIG. 11 is a communication flowchart illustrating a video reproduction service method according to an embodiment of the present invention; FIG.

As used herein, the term " interaction request frame descriptor " refers to a comment relating to a moving image by a viewer who watches a moving image, and includes both comments and comments overlaid on each frame of the moving image. In particular, the "interaction request frame descriptor" in the present invention means an initial message input through a video interruption and transmitted to an interaction response user in the start of a messaging session.

In addition, the "interaction response message" means a reply in response to the "interaction request frame descriptor". In particular, the "interaction response message" in the present invention means a response message after the initial message in the disclosed messaging session.

The "interaction request frame descriptor" and the "interaction response message" are not limited to text, but can be transmitted in data form and can be provided to a user through a messenger client. For example, "interaction request frame descriptor" and "interaction response message" may be composed of text, still image, dynamic image or a combination thereof.

The "interaction request user" means a user who inputs the "interaction request frame descriptor" through the video interruption. The "interaction response user" inputs a response message after the first message in the messaging session started by the " . Therefore, in the present invention, if the "interaction request user" has entered an additional message following the "interaction response message" after the start of the messaging session in the same messaging session, the inputted additional message is recognized as another "interaction response message & "Becomes" interaction response user ".

As used herein, the term " module " means a functional or structural unit of hardware for carrying out the technical idea of the present invention or a functional or structural unit of software such as program code for driving hardware. For example, a "module" does not necessarily mean a single piece of hardware or a single piece of software, but may be a portion of a single piece of hardware or a piece of software, or a collection of a plurality of pieces of hardware or a collection of pieces of software. And will be apparent to those skilled in the art.

Finally, "interaction" as used herein means that at least two users communicate.

Hereinafter, the present invention will be described in detail with reference to the drawings using the terms defined above.

System overview

FIG. 1 is a general configuration diagram schematically showing a video reproduction service providing system according to the present invention. 1, a moving picture reproduction service providing system according to the present invention includes user terminals 100 and 400, a moving picture reproducing service server 200 and a message service server 300-a, 300-b and 300-c, . These components 100, 200, 300, and 400 are communicably connected to each other through a network.

In addition, although FIG. 1 illustrates two user terminals 100 and 400, the present invention is not limited thereto and may be configured with further user terminals. The user terminals 100 and 400 are devices capable of data communication with the video reproduction service server 200 and the message service server 300 through a network and are not limited to a PC, a notebook computer, a tablet computer, a mobile communication terminal, Phone or the like.

The user terminal 100 receives the web page data and the moving picture data provided by the moving picture reproduction service server 200 through the network, reproduces the moving picture, and receives the interaction request frame descriptor (descriptor_request_interaction) from the user do.

According to this configuration, the interaction requesting user A selects a frame for which an interaction request frame descriptor (descriptor_request_interaction) is to be created during the video viewing through the user terminal 100 and inputs an interaction request frame descriptor (descriptor_request_interaction) have.

At this time, the interaction requesting user A watching a moving image can input a plurality of interaction request frame descriptors (descriptor_request_interactions) for a plurality of frames, and a plurality of interaction requesting users inputs each interaction request frame descriptor (descriptor_request_interaction) can do.

Thereafter, the video reproduction service server 200 overlays the interaction request frame descriptor (descriptor_request_interaction) on the moving image.

Next, the moving picture reproduction service server 200 stores moving picture data and web page data, and provides the stored moving picture data and web page data to the user terminal 100. At this time, the web page served through the web page data may include the access information capable of accessing the moving image content or the moving image content.

According to a preferred embodiment of the present invention, the moving picture reproduction service server 200 overlays the interaction request frame descriptor (descriptor_request_interaction) on the moving picture screen, so that the user other than the interaction requesting user A can recognize that the interaction request frame descriptor (descriptor_request_interaction) The user can view a moving picture.

In addition, the video reproduction service server 200 constructs an overlay of an interaction request frame descriptor (descriptor_request_interaction) as well as an interaction response message (message_reply_interaction), which will be described later, on the moving image.

Meanwhile, according to the embodiment, it is possible to select whether or not to overlay the interaction request frame descriptor (descriptor_request_interaction) and the interaction response message (message_reply_interaction) in the moving picture according to the selection of the user watching the moving picture. Since the interaction request frame descriptor (descriptor_request_interaction) and the interaction response message (message_reply_interaction) are additional information for the moving image, there may be a case where the user wants to view only the moving image. In this case, the interaction request frame descriptor (descriptor_request_interaction) and the interaction response message (message_reply_interaction) are not overlapped in an embedded manner so as not to be detachable from the moving picture but are configured to be overlapped so as to be detachable from the moving picture, .

Referring again to FIG. 1, the moving picture reproduction service server 200 transmits an interaction request frame descriptor (descriptor_request_interaction) using a single message service server 300, Service, and short message service) can provide a video reproduction service to a large number of message service subscribers independently.

It is preferable that the video reproduction service server 200 expands the video reproduction service to a larger number of message service subscribers by utilizing the plurality of message service servers 300-a, 300-b, and 300-c . That is, the interaction request user A joins the respective messenger services through the plurality of message service servers 300-a, 300-b, and 300-c, and various interaction response users B Interaction can be effective.

Hereinafter, constituent elements of a video reproduction service providing system according to an embodiment of the present invention will be described.

User terminal

The user terminals 100 and 400 refer to terminals including a web browsing application and a moving image playback application for accessing a communication network such as a wired or wireless Internet. The user terminals 100 and 400 may access the video reproduction service server 200 through a network to receive the web page data and the video data and provide the web page data and the video data to the user.

The user terminals 100 and 400 may include a terminal communication unit, a terminal storage unit, a terminal input unit, a terminal control unit, and a terminal display unit. The terminal communication unit performs a function of accessing the video reproduction service server 200 via the network and performing communication. The terminal storage unit stores an operating system (OS), an application, and various data.

The terminal input unit functions to receive at least one of a command, selection, data, and information of a user, and may include a mouse, a keyboard, a keypad, a touch panel, a microphone, and a camera. The terminal control unit performs a function of operating an operating system and an application, and a function of processing data. The terminal display unit performs a function of providing visual information to the user through the display.

Video reproduction service server

Hereinafter, the structure and functions of the moving picture reproduction service server 200 will be described with reference to FIGS. 2 to 9. FIG. The video reproduction service server 200 includes a communication unit 250, a moving picture service providing unit 210, a user input processing unit 240, a message processing unit 220 and a graphic processing unit 230.

The communication unit 250 communicates with the user terminals 100 and 400 and the message service server 300. The communication unit 250 can be configured as a normal network connection device and can be connected to the Internet, the PSTN, a mobile communication network or the like in accordance with a communication protocol such as UDP or TCP.

The video service providing unit 210 transmits video data and web page data to the user terminals 100 and 400 to provide a video service. A web page storage module 212 for storing web page data, and a moving image storage module 214 for storing moving image data. The web page storage module 212 and the moving image storage module 214 may be integrally formed with the moving picture reproduction service server 200 or may be integrated with the moving picture reproduction service server 200, Or may be a plurality of storage modules distributed in various geographical locations.

The video service providing unit 210 may provide a video streaming method using a method of including a URL capable of receiving streaming video data within a web page, or a method of including a URL for downloading the video in a web page To provide a video downloading method.

The user input processing unit 240 receives input signals from the user terminals 100 and 400 and processes the input signals. At this time, the user input processing unit 240 is connected indirectly via the message service server 300, as well as input signals from the user terminal 100 of the interaction requesting user A directly connected to the moving picture reproducing service server 200 An input signal can be received from the user terminal 400 of the interaction response user B. [ (Not shown) of a third party using a video service, rather than an interaction requesting user A and an interaction response user B, or an input signal from a user terminal (not shown) of an interaction inviting user Can be input.

The message processing unit 220 provides the interaction request frame descriptor (descriptor_request_interaction) input from the user terminal 100 to the message service server 300 of the selected message service provider and receives an interaction response message (message_reply_interaction) from the message service server 300, As shown in FIG.

The message service provider provides services such as communication, information sharing, and social relations among people who share particular interests or specific activities. Message service providers include social network service providers such as Facebook, Linkedin, Instagram, WeChat, Viber, KakaoTalk, Line ), Or a mobile communication service provider providing a message service (SMS, MMS).

The user or manager of at least one of the interaction requesting user A, the interaction response user B, the video uploading user and the administrator of the video reproduction service server 200 can select the message service provider.

In this way, the video reproduction service server 200 can use a plurality of systems selectively or superimposingly when selecting a message service provider.

For example, each video upload user or the video producer may select the video before the start of the video service through the video service provider 210. Alternatively, the interaction requesting user A may select a message service provider at the time of frame interruption or when inputting an interaction request frame descriptor (descriptor_request_interaction). Another alternative is to allow the interactive responding user B to select a preferred message service provider when registering with the video reproduction service.

Another alternative is to allow the message service provider to pre-select by the administrator of the video reproduction service server 200.

According to another embodiment, the interaction requesting user A can select a message service provider among a plurality of message service providers selected by the video uploading user. For example, when a user uploads a video, the user inputs a plurality of message service providers to be used for the interaction of the video when the user uploads the video. At this time, the video uploading user first selects at least one message service provider, preferably a plurality of message service providers. Next, the interaction requesting user A secondarily selects any one of the plurality of message service providers selected by the video uploading user when the descriptor_request_interaction is input.

Hereinafter, the message processing unit 220 will be described in detail with reference to FIG. The message processing unit 220 includes an input interface activation module 222, a frame identifier management module 224, and a message service server control module 226.

The input interface activation module 222 receives the frame descriptor input interface 610 (shown in FIG. 3) by interrupting the interaction requesting user A during the reproduction of the moving picture in order to receive the interaction request frame descriptor (descriptor_request_interaction) And performs the function of activating it.

Hereinafter, the operation of the input interface activation module 222 will be described with reference to FIG. 3 (a) illustrates an interrupt by the interaction requesting user A during moving picture playback. For example, when the user A wants to input his or her opinion to a specific frame during the watching of the moving image, the interrupt request user A using the smart phone selects a desired position of the frame by a touch method.

In this case, the user terminal 100 transmits an interrupt of the interrupt requesting user A to the user input processing unit 240 through the network, so that the input interface activating module 222, as shown in FIG. 3 (b) Activates the frame descriptor input interface 610, which provides, for example, a text input interface capable of inputting the opinion of the interaction request user A to the position selected by the interaction requesting user A. [

The input interface activation module 222 may be configured to activate a multimedia input interface that can input not only a text input interface but also a still image such as an emoticon or a photograph or a dynamic image such as a GIF animation image or a moving image . In addition, the position where the frame descriptor input interface 610 is activated is not necessarily limited to the moving picture as shown in FIG. 3 (b). For the embodiment in which the moving picture is provided in a part of the web page, A pop-up window or the like can be activated at a position near the outer side of the display screen.

Next, the input interface activation module 222 receives, as an interaction request frame descriptor (descriptor_request_interaction), "a viewable place" input by the interaction requesting user A as shown in FIG. 3 (c).

The frame identifier management module 224 generates a frame identifier (id_frame) for identifying an interrupt frame (frame_interrupted), and associates an interaction request frame descriptor (descriptor_request_interaction) with a frame identifier (id_frame). As shown in the embodiment of FIG. 4, the frame identifier id_frame includes an interrupt request frame descriptor (descriptor_request_interaction) as well as an interrupt frame (frame_interrupted) during the entire reproduction time of the moving picture to identify an interrupt frame (frame_interrupted) Such as time information (Time) or frame serial number of the frame. For example, if the interrupt request user A interrupts at a point of 1 minute and 35 seconds in a moving picture having a total length of 3 minutes and 30 seconds, the frame identifier CMT_2_12 of the interrupt frame (frame_interrupted) is associated with 1 minute and 35 seconds of the interrupted time information do.

On the other hand, the frame identifier management module 224 can receive a plurality of interaction request frame descriptors (descriptor_request_interactions) from a single interaction requesting user A in a plurality of frames for a single moving picture, A plurality of interaction request frame descriptors (descriptor_request_interactions) can be input from a plurality of interaction requesting users A. In this case, the frame identifier management module 224 may further associate a user identifier (id_user) associated with an interaction request frame descriptor (descriptor_request_interaction) and a frame identifier (id_frame).

The message service server control module 226 first controls the message service server 300 to perform a function of initiating a first messaging session (session_messaging_1st) between the interaction requesting user A and the interaction responding user B.

The message service server control module 226 sends a first message session start request for starting a first messaging session (session_messaging_1st) to the message service server 300 of the selected message service provider. Accordingly, the message service server 300 starts a first messaging session (session_messaging_1st). Here, a messaging session means any two-way network connection between two or more users.

Next, the message service server control module 266 controls the message service server 300 to transmit the interaction request frame descriptor (descriptor_request_interaction) to the interaction response user B through the first messaging session (session_messaging_1st) do. 5, the interaction response user B is not a web page provided by the message service server 300 but a messenger client installed in his / her own user terminal 400, which is a good place to view. Quot; (descriptor_request_interaction). That is, even if the user B does not subscribe to the video reproduction service server 200 or does not access the video reproduction service server 200, the interaction response user B receives, from the interaction requesting user A, (descriptor_request_interaction).

6, the message service server control module 224 determines whether or not the interaction response user B transmits an interaction response message (hereinafter, referred to as " interaction request message ") input through the message input interface 410 in association with the interaction request frame descriptor (descriptor_request_interaction) message_reply_interaction) through the first messaging session (session_messaging_1st) and the message service server 300. [ According to this configuration, the interaction response user B receiving the interaction request frame descriptor (descriptor_request_interaction) of "It is a good place to view" through the messenger client receives the message "I want to see me" through the message input interface 410 of the messenger client. Quot; message_reply_interaction " Accordingly, the message service server control module 224 receives an interaction response message (message_reply_interaction) through the first messaging session and the message service server 300.

According to this configuration, even if the interactive response user B subscribes to the video reproduction service or does not access the video reproduction service server 200, the interaction response message (message_reply_interaction) is input to the messenger client installed in the user terminal 400 And can be quickly input through the interface 410. In addition, the interaction response message (message_reply_interaction) input through the message client is automatically overlaid on the same or adjacent frame as the frame in which the interaction request frame descriptor (descriptor_request_interaction) is overlaid.

The graphic processing unit 230 performs a function of overlaying an interaction response message (message_reply_interaction) on the moving picture. More specifically, the graphic processing unit 230 includes an overlay processing module 232. The overlay processing module 232 overlays the motion response message (message_reply_interaction) on the moving image, and the overlay processing module 232 generates And performs overlay on a frame of a predetermined interval from an interrupt frame (frame_interrupted) identified through a frame identifier (id_frame).

Meanwhile, the overlay processing module 232 preferably overlays an interaction request frame descriptor (descriptor_request_interaction) as well as an interaction response message (message_reply_interaction). In this case, the overlay processing module 232 may be configured to overlay an interaction request frame descriptor (descriptor_request_interaction) from an interrupt frame (frame_interrupted) until a frame of a predetermined interval.

The frame of the preset interval may be a frame for a visually recognizable time period, a frame for a specific time, or a frame in which a scene related to an interaction response message (message_reply_interaction) and an interaction request frame descriptor (descriptor_request_interaction) exists.

When a plurality of interaction response messages (message_reply_interaction) and an interaction request frame descriptor (descriptor_request_interaction) are overlaid on one frame, it is difficult to identify who each creator is. To overcome this problem, preferably, the overlay processing module 232 adds the user identifier (id_user) of the interaction requesting user A or adds the user identifier (id_user) of the interaction requesting frame descriptor (descriptor_request_interaction) descriptor_request_interaction), the user identifier (id_user) of the interaction responding user B is preferably added. According to an embodiment, the text color, the text size, or the text font of each interaction response message (message_reply_interaction) and the interaction request frame descriptor (descriptor_request_interaction) may be specified differently for each user identifier (id_user).

In the embodiment of FIG. 6, when the interaction request user A inputs a first interaction request frame descriptor (descriptor_request_interaction_1st) of "It is a viewable place" in the frame D through the frame descriptor input interface 610, (232) overlay "It's a good place to view" in the video frame D (Frame D). Here, the position at which the first interaction request frame descriptor (descriptor_request_interaction_1st) is overlaid may be a position other than the position of the frame descriptor input interface 610 selected by the interaction requesting user A, that is, It is possible. Next, when the interaction response user B inputs a first interaction response message (message_reply_interaction_1st) of "I want to see it" in response to this via the message input interface 410 of the messenger client, the overlay processing module 232 Overlay "I want to see it." In frame D of the video. Here, the position where the first interaction response message (message_reply_interaction_1st) is overlaid may be within a predetermined range at the position where the first interaction request descriptor (descriptor_request_interaction_1st) described above is overlaid. The predetermined range may be within a range where the messages can be seen at a glance. Next, when the interaction request user A inputs a second interaction request frame descriptor (descriptor_request_interaction_2nd) of "Hawaii is" in the frame D through the frame descriptor input interface 610 in response thereto, the overlay processing module 232 Overlay "Hawaii" in frame D of the video. Next, when the interaction response user B inputs a second interaction response message (message_reply_interaction_2nd) in response to this, via the message input interface 410 of the messenger client, the overlay processing module 232 transmits the second interaction response message Overlay "Let's Travel" on Frame D of

However, if an object such as a surrounding person, a building, or an object corresponding to important information of the moving picture is hidden by the overlayed interaction response message (message_reply_interaction), the moving picture viewing user is disturbed by the moving picture appreciation. In order to solve this problem, it is desirable to extract a main object through image analysis and avoid an extracted main object to overlay an interaction request frame descriptor (descriptor_request_interaction) and / or an interaction response message (message_reply_interaction). The graphic processing unit 230 may further include an object extraction module 236 for analyzing an image of a frame of a predetermined interval from an interrupt frame (frame_interrupted) to extract at least one object. The overlay processing module 232 ) Arranges an interaction response message (message_reply_interaction) on the frame of a predetermined section from the interrupt frame (frame_interrupted) such that the area where the extracted object is overlapped with the descriptor_request_interaction and / or the interaction response message (message_reply_interaction) can do.

Also, when the interaction request frame descriptors (descriptor_request_interaction) and / or the interaction response message (message_reply_interaction) that are overlaid on the screen are excessive, most of the area of the moving picture is covered by the interaction request frame descriptors (descriptor_request_interactions) and / or the interaction response messages (message_reply_interactions) There is a problem to lose.

In order to solve this problem, the interaction request frame descriptors (descriptor_request_interactions) and / or the interaction response messages (message_reply_interaction) are preferably displayed in abbreviated form. 7, the message processing unit 220 counts the number of the interaction request frame descriptor (descriptor_request_interaction) and / or the interaction response message (message_reply_interaction) for each frame identifier (id_frame) generated by the frame identifier management module 224 And a counting module 227 for counting the number of times the image is displayed. The graphic processing unit 230 determines whether the counting result of the counting module 227 is equal to or greater than the threshold and displays a first indication indicating the number of interaction request frame descriptors (descriptor_request_interaction) and / or an interaction response message (message_reply_interaction) Further includes an indicator generation module 238 for generating either an item 620 or a second indication item 630 indicating the presence of an interaction request frame descriptor (descriptor_request_interaction) and / or an interaction response message (message_reply_interaction) And the overlay processing module 232 is configured to process either the first display item 620 or the second display item 630 from an interrupt frame (frame_interrupted) identified through a frame identifier (id_frame) It can be configured to overlay the frame.

At this time, it is preferable to display the abridged excess interaction request frame descriptor (descriptor_request_interaction) and / or the interaction response message (message_reply_interaction) to the user by the first display item 620 or the second display item 630. 7, the user input processing unit 240 transmits a first selection signal (signal_selection_1st) generated according to the selection of the first display item 620 or the second display item 630 of the user to the user terminal The overlay processing module 232 receives an interaction request frame descriptor (descriptor_request_interaction) and / or an interaction response message (message_reply_interaction) of a threshold value or more in response to reception of the first selection signal (signal_selection_1st) It is possible to configure the overflow item list 640 to be overlaid on a frame of a predetermined interval from an interrupt frame (frame_interrupted).

The user terminal that generates the first selection signal signal_selection_1st is not limited to the user terminal 100 of the interaction requesting user A or the user terminal 400 of the interaction responding user B, descriptor_request_interaction) and / or an interaction response message (message_reply_interaction) may be a user terminal of a third party who will later watch the overlaid video.

The location where the excess item list 640 is provided is not necessarily limited to a moving picture. If a moving picture is provided in a part of a web page rather than a full screen according to an embodiment, a location near the outside of the moving picture Can be activated.

Meanwhile, there may be a case where a third party playing a moving image is interested in an overlayed interaction response message (message_reply_interaction) and wants to participate in the conversation and overlay his or her opinion on the moving image. In addition, after a predetermined period of time, the user A requests a new interaction request descriptor (descriptor_request_interaction) or a new interaction response message (message_reply_interaction) in response to an interaction response message (message_reply_interaction) for its own interaction request frame descriptor (descriptor_request_interaction) You may want to overlay the video.

To this end, the user input processing unit 240 receives the second selection signal (signal_selection_2nd) according to the selection of the user C for the overlaid interaction response message (message_reply_interaction) from the user terminal 500 through the communication unit 250, The message service server control module 226 controls the message service server 300 to start the second messaging session (session_messaging_2nd) including the user C and the interaction response user B that created the interaction response message (message_reply_interaction) .

When the user C selects the interaction request frame descriptor (descriptor_request_interaction) overlaid on the moving picture, the message service server control module 226 transmits a second messaging session (session_messaging_2nd) including the interaction requesting user A The message service server 300 can be controlled so as to be started.

In another embodiment, when the second selection signal (signal_selection_2nd) is generated by the user C, the message service server control module 226 controls the interaction request user A who was a participant in the first messaging session (session_messaging_1st) And control the message service server 300 to start a second messaging session (session_messaging_2nd) including all of the responding users (B).

Hereinafter, the starting process of the second messaging session (session_messaging_2nd) will be described in detail with reference to the embodiment of FIG. First, the user C including the interaction requesting user A selects an interaction response message (message_reply_interaction) which is already overlaid during the video viewing as shown in Fig. 8 (a). Accordingly, the user terminal 500 of the user C generates a second selection signal (signal_selection_2nd) and transmits it to the video reproduction service server 200 through the network. The user input processing unit 240 of the moving picture reproduction service server 200 receives the second selection signal signal_selection_2nd through the communication unit 250 and accordingly the message service server control module 226 transmits an interaction response And controls the message service server 300 such that a second messaging session (session_messaging_2nd) between users B is established.

At this time, the input interface activation module 222 generates a frame descriptor input interface (descriptor_request_interaction) for receiving a new interaction request frame descriptor (descriptor_request_interaction) in the vicinity of the area where the selected interaction response message (message_reply_interaction) 610). At this time, the input interface activation module 222 is configured to activate a multimedia input interface capable of inputting a text input interface as well as a dynamic image such as a still image or a GIF animation image, such as an emoticon or a photograph, . In addition, the location where the frame descriptor input interface 610 is activated is not necessarily limited to the vicinity of the area where the selected interaction response message (message_reply_interaction) is overlaid. In this case, It can be activated by a pop-up window or the like at a position near the outside of the video.

When the user C inputs "Hello, I am home" as a new interaction request frame descriptor (descriptor_request_interaction) through the frame descriptor input interface 610, the messenger client of the user terminal 400 of the interaction response user B A new interaction request frame descriptor (descriptor_request_interaction) is shown in FIG. 8 (b).

When the message " Where is it? "Is input as a new interaction response message (message_reply_interaction) through the message input interface 410 of the messenger client installed in the user terminal 400 of the interaction response user B, (C) shows an interaction response message (message_reply_interaction) shown through the messenger client of the mobile terminal 500 shown in FIG.

According to this embodiment, the user C starts communication with the interaction responding user B that created the corresponding interaction response message (message_reply_interaction) by only selecting the interaction response message (message_reply_interaction) overlaid on the moving image while watching the moving image, There is an effect that the newly created own interaction response message (message_reply_interaction) can be easily overlaid on the moving image by using the messenger client.

Meanwhile, the overlay processing module 232 transmits an interaction response message (message_reply_interaction) added by the second messaging session (session_messaging_2nd) to a frame identifier (id_frame) associated with the interaction response message (message_reply_interaction) in which the second selection signal (signal_selection_2nd) It is preferable to overlay a frame of a predetermined interval from the frame identified through the frame. According to this embodiment, a new interaction response message (message_reply_interaction) is disposed adjacent to an existing interaction response message (message_reply_interaction), so that another user who is a third party naturally provides an effect of understanding the context between messages.

On the other hand, in the case of the interaction response user B who receives the interaction request frame descriptor (descriptor_request_interaction) composed of only text via the messenger client, it not only recognizes this as a plain text message but also has no connectivity with a specific scene of the video, It may be difficult to understand the context of the descriptor_request_interaction. Accordingly, it is preferable that the information about the related moving picture together with the interaction request frame descriptor (descriptor_request_interaction) is transmitted together.

The graphic processor 230 may further include an interrupt frame data generation module 234 for extracting an image of a predetermined interval frame from an interrupt frame (frame_interrupted) to generate interrupt frame data (data_frame_interrupted). The interrupt frame data (data_frame_interrupted) includes data of a predetermined frame including an interrupt frame (frame_interrupted), a still image of one of frames of a predetermined interval including an interrupt frame (frame_interrupted), or an interrupt frame For example, about 10 seconds within a frame of the interval.

Next, the message service server control module 226 notifies the interaction response user B via the first messaging session (session_messaging_1st) with the interaction request frame descriptor (descriptor_request_interaction) along with the interrupt frame data (data_frame_interrupted) and / (data_frame_interrupted) to the message service server 300 in order to transmit the information associated with the data_frame_interrupted.

The messaging service generally transmits only a small amount of multimedia files in order to prevent deterioration of service quality due to excessive data transmission. Accordingly, the interrupt frame data generation module 234 reduces the data size by appropriately lowering the quality of the interrupt frame data (data_frame_interrupted) composed of the still image or the moving image, or generates the interrupt frame data (data_frame_interrupted As the information associated with the interrupt frame data (data_frame_interrupted).

On the other hand, the interrupt frame data (data_frame_interrupted) shown in the messenger client is generally displayed as small as a thumbnail. Therefore, when the interactive response user B selects the interrupt frame data (data_frame_interrupted) on the messenger client, it is preferable to immediately reproduce the related moving image data. More preferably, the user does not need to watch unnecessary parts of the interaction responding user B, and it is more preferable to enhance the user's convenience by reproducing the moving picture from the interrupt frame (frame_interrupted) in which the received interaction request frame descriptor (descriptor_request_interaction) is overlaid.

To this end, the user input processing unit 240 further receives the third selection signal (signal_selection_3rd) according to the selection of the interrupt frame data (data_frame_interrupted) of the interaction response user B from the message service server 300 through the communication unit 250 . The message service server control module 226 controls the message service server 223 to reproduce a moving picture associated with the interrupt frame data data_frame_interrupted in response to the reception of the third selection signal_selection_3rd in the user terminal 400 of the interaction response user B, (300).

The following description will be made with reference to Fig. 9A, when transmitting an interaction request descriptor (descriptor_request_interaction), the message service server control module 226 constructs a still image of a frame D (Frame D) together with an interaction request frame descriptor (descriptor_request_interaction) And controls the message service server 300 to transmit the interrupt frame data (data_frame_interrupted) to the user terminal 400 of the interactive response user B. [ 9 (b), the message service server control module 226, when the interaction response user B selects the interrupt frame data (data_frame_interrupted) received on the messenger client, The user terminal 400 of the interaction responding user B controls the message service server 300 to reproduce the related moving image directly from the frame D. [

Meanwhile, according to the embodiment, even when the interaction response user B selects the interaction request frame descriptor (descriptor_request_interaction) rather than the interrupt frame data (data_frame_interrupted) on the messenger client installed in the user terminal 400, The user terminal 400 of the interactive response user B may be configured to reproduce the moving picture from the interrupt frame (frame_interrupted).

To this end, the user input processing unit 240 receives the fourth selection signal (signal_selection_4th) according to the interaction request frame descriptor (descriptor_request_interaction) of the interaction response user B from the message service server 300 through the communication unit 250, The message service server control module 226 determines that the user terminal 400 of the interaction response user B has received the interrupt request signal frame_interrupted from the frame_intermediate_frame through the frame identifier id_frame in response to the reception of the fourth selection signal signal_selection_4th, The message service server 300 can be controlled.

On the other hand, according to the embodiment, when the interaction request user A or the interaction response user B selects an interaction response message (message_reply_interaction) on the messenger client in a similar manner to the above-described embodiment, .

The first messaging session (session_messaging_1st) is started to further include an interaction invitation user (not shown) as a third party in the communication process between the interaction requesting user A and the interaction responding user B in the first messaging session (session_messaging_1st) . If you have a large number of people who share your interests in video, the addition of these interacting invite users will allow more people to input their opinions and automatically overlay the comments on the video to increase the effectiveness of video content reproduction .

To this end, the message service server control module 226 sets the user who is not the interaction requesting user A and the interaction responding user B as the interaction invitation user in accordance with the request of the interaction requesting user A or the interaction responding user B 1 messaging session (session_messaging_1st).

Meanwhile, the invited users of the interaction are likely to not know the context of the communication that has been conducted so far and the video that is the object of communication. Therefore, the video reproduction service server 200 may cause the related moving picture to be played through the user terminal (not shown) of the interactive invitation user according to the selection of the interaction request frame descriptor (descriptor_request_interaction) or the interaction response message (message_reply_interaction) desirable.

To this end, the user input processing unit 240 receives a fifth selection signal (signal_selection_5th) according to a selection of an interaction invitation user for an interaction request frame descriptor (descriptor_request_interaction) or an interaction response message (message_reply_interaction) from the message service server 300 And the message service server control module 226 controls the user terminal of the interaction inviting user to reproduce the video from the frame identified through the frame identifier (id_frame) according to the reception of the fifth selection signal (signal_selection_5th) The message service server 300 can be controlled.

Meanwhile, according to the present invention, a plurality of interaction request frame descriptors (descriptor_request_interactions) and an interaction response message (message_reply_interaction) by a plurality of users can be overlaid on one moving picture. For example, in the case of a video uploading user who knows the content of a moving picture, it may take a lot of time to check overlay messages to reproduce the entire moving picture. For this, the message processing unit 220 may further include a message list generation module 228 for providing a message list composed of at least one interaction request descriptor (descriptor_request_interaction) and at least one list of interaction response messages (message_reply_interaction) . ≪ / RTI >

How to Service Video Reproduction

Hereinafter, a video reproduction service method according to the present invention will be described with reference to FIGS. 10 and 11. FIG.

First, the video reproduction service server 200 activates the frame descriptor input interface 610 during video reproduction by interrupting the interaction request user A, and inputs the interaction request frame descriptor input through the frame descriptor input interface 610 (descriptor_request_interaction) in step a).

At this time, the video reproduction service server 200 provides a moving picture service by providing video data and web page data to the user terminal 100 of the interaction requesting user A (S11). When the user terminal 100 detects an interrupt by the interaction requesting user A, for example, a frame descriptor input interface activation request is transmitted to the video reproduction service server 200 (S14), and the video reproduction service server 200 The frame descriptor input interface activation step may proceed to the method S16 of identifying the interaction requesting user A (S15) and approving the activation of the frame descriptor input interface 610 of the user terminal 100 if the identified user is the identified user.

3, when the interaction requesting user A inputs the interaction request frame descriptor (descriptor_request_interaction) through the frame descriptor input interface 610 activated to the user terminal 100, the interaction requesting user A The user terminal 100 transmits the inputted interaction request frame descriptor (descriptor_request_interaction) to the video reproduction service server 200 via the network.

Next, the video reproduction service server 200 generates a frame identifier (id_frame) for identifying an interrupt frame (frame_interrupted) interrupted by the interaction request user A as shown in FIG. 4 (S21) (id_frame) and an interaction request frame descriptor (descriptor_request_interaction) (S22).

Next, the video reproduction service server 200 transmits a message service (session_messaging_1st) between the interaction requesting user A and the interaction response user B by the message service server 300 of the selected message service provider to start a first messaging session And a step c30 of controlling the server 300 is performed. More specifically, for example, the video reproduction service server 200 identifies a message service provider among a plurality of message service providers 300-a, 300-b, and 300-c (S31) The video reproducing service server 200 requests the message service server 300 of the identified message service provider to start the first messaging session (session_messaging_1st) (S32), and the message service server 300 accordingly transmits the first messaging session (session_messaging_1st) (S33).

Meanwhile, the video reproduction service method according to the present invention uses a message service server 300 of a message service provider independent of the video reproduction service provider to provide services to a larger number of users, rather than being limited to a limited video reproduction service subscriber. However, it is common for general users to use only a service of a social network service, a messenger service, or a mobile communication network. Therefore, it is preferable that the moving picture reproduction service server 200 can interwork with the message service server 300 of as many message service providers as possible.

It is assumed that the video reproduction service server 200 is interlocked with the message service servers 300 of "Facebook", "Bayer", and "LinkedIn", and the interaction requesting user A is " (B), and the interaction request user (A) has to select "Facebook" if a relationship has been formed only through the "Facebook" with the interaction response user (B).

As another example, although the interaction request user A and the interaction response user B have formed a relationship through "Facebook" and "Bayer", the interaction response user B frequently uses "Facebook" , The interaction responding user B needs to designate the "buyer" to the message service server 300.

As another example, the video uploading user joins the "Bayer" and "LinkedIn", and the first messaging session (session_messaging_1st) between the interaction requesting user A and the interactive response user B for his / It is necessary to set "Bayer" and "Linked in" as available message services when uploading a video.

In order to meet the needs of the various users, step c30 is a step in which the video reproduction service server 200 controls the message service server 300 of the message service provider selected by the interaction requesting user A, It is possible to control the message service server 300 of the message service provider previously selected by the user B or to control the message service server 300 of the message service provider selected by the video uploading user, It is preferable to control the message service server 300 of the message service provider selected by the administrator.

In addition, among the plurality of message service providers set by the video uploading user, a dual selection method in which the interaction requesting user A selects one message service provider may be considered. To this end, in step S30, the video reproduction service server 200 controls the message service server 300 of the message service provider selected by the interaction requesting user A among the plurality of message service providers selected by the video uploading user .

5, the video reproduction service server 200 transmits the interaction request frame descriptor (descriptor_request_interaction) to the interaction response user B through the first messaging session (session_messaging_1st) (Step S40).

At this time, when the interaction response user (B) suddenly receives the interaction request frame descriptor (descriptor_request_interaction), in order to prevent the problem that the intention and the contents of the moving picture are not understood, a thumbnail image or a moving picture clip It is preferable to send it together with an interaction request frame descriptor (descriptor_request_interaction).

To this end, in step a or step b, the moving picture reproducing service server 200 generates an interrupt frame data (data_frame_interrupted) by extracting an image of a frame of a predetermined interval from an interrupt frame (frame_interrupted) The video reproduction service server 200 transmits the information associated with the interrupt frame data (data_frame_interrupted) and / or the interrupt frame data (data_frame_interrupted) to the interaction response user B via the first messaging session (session_messaging_1st) It is desirable to control the message service server 300 to deliver the message. At this time, the interrupt frame data (data_frame_interrupted) includes a still image of an interrupt frame (frame_interrupted), a still image of one of preset frames including an interrupt frame (frame_interrupted), a predetermined section of a motion picture clip Or the like.

In the embodiment in which the interrupt frame data (data_frame_interrupted) is further transmitted, it is preferable that the moving picture of the corresponding section is reproduced immediately when the interactive response user (B) selects the corresponding interrupt frame data (data_frame_interrupted). To this end, the d step S40 receives the third selection signal signal_selection_3rd from the message service server 300 according to the selection of the interrupt frame data (data_frame_interrupted) of the interaction response user B by the video reproduction service server 200 The third part and the video reproduction service server 200 receive the third selection signal signal_selection_3rd so that the video is reproduced from the interrupt frame frame_interrupted in the user terminal 400 of the interaction response user B, And a fourth sub-step of controlling the server 300.

According to the embodiment, even if the interrupt frame data (data_frame_interrupted) is not sent, the related moving picture may be reproduced when the interaction response user B selects the interaction request frame descriptor (descriptor_request_interaction) in the messenger client. Step S50 is a step S50 in which the video reproduction service server 200 receives the fourth selection signal signal_selection_4th according to the selection of the interaction request frame descriptor of the interaction response user B through the message service server 300 The fifth step and the video reproduction service server 200 are controlled so that the moving picture is reproduced in the user terminal 400 of the interactive response user B from the interrupt frame (frame_interrupted) according to the reception of the fourth selection signal (signal_selection_4th) And a sixth sub-step of controlling the display unit 300.

6, the video reproduction service server 200 transmits an interaction response message (message_reply_interaction) input by the interaction response user B through the message input interface 410 in association with the interaction request frame descriptor (descriptor_request_interaction) ) Through the first messaging session (session_messaging_1st) and the message service server 300 (step S50).

Finally, as shown in FIG. 6, the video reproduction service server 200 receives the received interaction response message (message_reply_interaction) from an interrupt frame (frame_interrupted) identified through a frame identifier id_frame generated in step b (S20) And performs an f step (S60) of overlaying a frame of a predetermined interval.

Meanwhile, it is preferable that not only the interaction response message (message_reply_interaction) but also the interaction request frame descriptor (descriptor_request_interaction) as shown in FIG. 6 is overlaid on the moving picture similarly to the step f60. Since the time at which the interaction request frame descriptor (descriptor_request_interaction) is overlaid is not particularly limited, it is preferable that at any one of b step S20 to step S60, the moving picture reproducing service server 200 receives the It is possible to overlay the interaction request frame descriptor (descriptor_request_interaction) in a frame of a predetermined interval from the interrupt frame (frame_interrupted) identified through the frame identifier (id_frame).

In addition, it is necessary to prevent the interaction request frame descriptor (descriptor_request_interaction) and / or the interaction response message (message_reply_interaction) overlaid on the moving picture from being superimposed on the main object of the moving picture and disturbing the moving picture appreciation. Step S60 includes a first sub-step of analyzing an image of a predetermined frame from an interrupt frame (frame_interrupted) and extracting at least one object, and a video reproduction service server 200, (Descriptor_request_interaction) and / or an interaction response message (message_reply_interaction) from the interrupt frame (frame_interrupted) so that the area where the object is overlapped with the descriptor_request_interaction and / or the interaction response message (message_reply_interaction) And a second sub-step of overlaid on the set frame.

Next, there is a need to prevent too many interaction request frame descriptors (descriptor_request_interaction) and / or an interaction response message (message_reply_interaction) from being overlaid on the moving image and disturbing the moving image viewing. To this end, the video reproduction service method may be configured such that after the step f60, the moving picture reproduction service server 200 transmits an interaction request frame descriptor (descriptor_request_interaction) and / or an interaction request (frame_interrupted) identified through a frame identifier (id_frame) And counts the number of response messages (message_reply_interaction) to determine whether the counted result is equal to or greater than a threshold value. Next, when it is determined that the counting result of the g step is equal to or more than the threshold value, the video reproduction service server 200 determines whether the count of the interaction request frame descriptor (descriptor_request_interaction) and / or the interaction response message (message_reply_interaction) At least one of a first display item 620 indicating the number of the interaction request message descriptor 620 or a second display item 630 indicating the existence of an interaction request descriptor descriptor_request_interaction and / or an interaction response message (message_reply_interaction) (H) step of overlaying a frame of a predetermined interval from the identified interrupt frame (frame_interrupted) through the step (h).

In this embodiment, the user may be prompted to display an excess interaction request frame descriptor (descriptor_request_interaction) and / or an interaction response message (message_reply_interaction) shortened to the first display item 620 or the second display item 630 . To this end, step h is a step in which the video reproduction service server 200 receives the first selection signal (signal_selection_1st) according to the selection of the first display item 620 or the second display item 630 of the user, descriptor_request_interaction) and / or an interaction item message 640 indicating an interaction response message (message_reply_interaction). In the present embodiment, the user includes both the interaction requesting user A and the interaction responding user B as well as the user C viewing the reproduced moving picture at a later time.

Meanwhile, there may be a case where a third party playing a moving image is interested in an overlayed interaction response message (message_reply_interaction) and wants to participate in the conversation and overlay his or her opinion on the moving image. In addition, after a predetermined period of time, the user A requests a new interaction request descriptor (descriptor_request_interaction) or a new interaction response message (message_reply_interaction) in response to an interaction response message (message_reply_interaction) for its own interaction request frame descriptor (descriptor_request_interaction) You may want to overlay the video.

8, a second selection signal (signal_selection_2nd) according to the user's selection of an interaction response message (message_reply_interaction) overlaid on the moving picture production service server 200 is transmitted to the user terminal I. ≪ / RTI > Next, the video reproduction service server 200 transmits a message service (session_messaging_2nd) to start a second messaging session (session_messaging_2nd) between the user and the interaction response user B who created the interaction response message (message_reply_interaction) in which the second selection signal (signal_selection_2nd) And further performs a j-th step of controlling the server 300.

At this time, it is highly likely that the user who generated the second selection signal (signal_selection_2nd) is still staying in the video reproduction service rather than driving his or her messenger client according to the start of the second messaging session (session_messaging_2nd). At this time, it is preferable to provide a messaging service interface similar to the messenger client in the video reproduction service web page.

To this end, step j is a step in which the video reproduction service server 200 transmits a message through a second messaging session (session_messaging_2nd) and outputs a message in the vicinity of the area where the selected interaction response message (message_reply_interaction) And further provides a service interface.

Meanwhile, in order to enhance the reproduction effect of the moving picture contents, a newly added interaction response message (message_reply_interaction) in the second messaging session (session_messaging_2nd) also needs to be overlaid on the moving picture. To this end, after step j, the moving picture reproduction service server 200 transmits an interaction response message (message_reply_interaction) added by the second messaging session (session_messaging_2nd) to the identified (i) through the frame identifier (id_frame) generated in step (b) And further performs a k step of overlaying a frame of a predetermined interval from an interrupt frame (frame_interrupted).

Meanwhile, according to the present invention, a plurality of interaction request frame descriptors (descriptor_request_interactions) and an interaction response message (message_reply_interaction) by a plurality of users can be overlaid on one moving picture. For example, in the case of a video uploading user who knows his / her video content, it is time-consuming to check the overlay messages to reproduce the entire video, so that it is possible to check only what messages have been added. To this end, after step S60, the video reproduction service server 200 provides a message list composed of a list of at least one interaction request frame descriptor (descriptor_request_interaction) and at least one interaction response message (message_reply_interaction) to the user terminal Can be performed.

The message list may be arranged to be sorted, filtered or sorted or filtered according to a user's selection, for example, in the order of the timeline, and when a specific interaction request frame descriptor (descriptor_request_interaction) or a specific interaction response message (message_reply_interaction) is selected, It is possible to implement such that only video is selectively played.

The first messaging session (session_messaging_1st) is started to further include an interaction invitation user (not shown) as a third party in the communication process between the interaction requesting user A and the interaction responding user B in the first messaging session (session_messaging_1st) . If you have a large number of people who share your interests in your videos, the addition of these interacting invitees will allow more people to share their views and automatically overlay the shared views on your videos to increase the effectiveness of video content reproduction. have.

To this end, after any one of the d steps S40 to S60 in which the first messaging session (session_messaging_1st) is maintained, the moving picture reproducing service server 200 transmits the interaction request user A or the interaction response Controlling the message service server 300 to add a user other than the interaction requesting user A and the interaction responding user B as the interaction invitation user to the first messaging session (session_messaging_1st) at the request of the user B Lt; / RTI >

At this time, in order to inform the newly added interaction invitation user of the communication context and the content of the moving picture, in step m, the video reproduction service server 200 transmits an interaction request message to the interaction request frame descriptor (descriptor_request_interaction) or an interaction response message (message_reply_interaction) And a seventh sub-step of receiving the fifth selection signal (signal_selection_5th) according to the user's selection through the message service server 300. Next, the video reproduction service server 200 receives the fifth selection signal (signal_selection_5th) and identifies an interrupt frame (frame_interrupted) through a frame identifier (id_frame) associated with an interaction request frame descriptor (descriptor_request_interaction) Lt; / RTI > Finally, the video reproduction service server 200 further performs the ninth sub-step of controlling the message service server 300 so that the user terminal of the interaction invitation user reproduces the moving picture from the interrupt frame (frame_interrupted).

100, 400, 500: user terminal 200: video reproduction service server
210: Video service provider 212: Web page storage module
214: Moving picture storing module 220:
222: input interface activation module 224: frame identifier management module
226: Message service server control module 227: Counting module
228: Message list generation module 230:
232: Overlay processing module
234: Interrupt frame data generation module
236: Object extraction module 238: Indicator creation module
240: user input processing unit 250:
300: message service server

Claims (33)

(a) activating a frame descriptor input interface during playback of a moving image by interrupting an interaction request user, and receiving an interaction request frame descriptor input through the frame descriptor input interface;
(b) generating a frame identifier that identifies an interrupt frame interrupted by the interaction requesting user, and associating the frame identifier with the interaction request frame descriptor;
(c) controlling the message service server so that a first messaging session between the interaction requesting user and the interaction response user is initiated by the message service server of the selected message service provider;
(d) controlling the message service server so that the video reproduction service server transmits the interaction request frame descriptor to the interaction response user through the first messaging session;
(e) receiving, through the first messaging session and the message service server, an interaction response message associated with the interaction request frame descriptor and input by the interaction response user via the message input interface ; And
and (f) overlaying the interactive response message on the frame of the predetermined interval from the interrupt frame identified through the frame identifier generated in the step (b) Wherein the video reproduction service method comprises: 2. The method according to claim 1, wherein in any one of steps (b) to (f)
Wherein the video reproduction service server overlaid the interaction request frame descriptor in a frame of a predetermined interval from the interrupt frame identified through the frame identifier. 2. The method of claim 1, wherein step (f)
A first sub-step of the moving picture reproducing service server analyzing an image of a frame of a predetermined interval from the interrupt frame to extract at least one object; And a second sub-step of arranging and overlaying the interaction response message on a frame of a predetermined interval from the interrupt frame so that the area in which the object is overlapped with the interaction response message is minimized, Wherein the video reproduction service method comprises: 3. The method according to claim 2, wherein, after the step (f)
(g) counting the number of interaction request frame descriptors and / or the number of interaction response messages of the interrupt frame identified through the frame identifier, and judging whether the counting result is equal to or greater than a threshold; And
(h) If the moving picture reproduction service server determines that the counting result in step (g) is equal to or larger than the threshold value, a first display item for displaying the number of interaction request frame descriptors and / Or overlaying a second indication item indicating the existence of the interaction request frame descriptor and / or the presence of the interaction response message above the threshold on the frame of the predetermined interval from the interrupt frame identified through the frame identifier A video reproduction service method. 5. The method of claim 4, wherein step (h)
The moving picture reproduction service server displays an excess item list displaying an interaction request frame descriptor and / or an interaction response message of the threshold value or more at the time of receiving the first selection signal according to the user's selection of the first display item or the second display item The method comprising the steps of: 2. The method according to claim 1, wherein, after the step (f)
(i) receiving, from the user terminal, a second selection signal according to a user's selection of the overlaid interaction response message;
(j) controlling the message service server so that the video reproduction service server starts a second messaging session between the user and the interaction response user. 7. The method of claim 6, wherein step (j)
Wherein the moving picture reproduction service server further comprises a messaging service interface capable of inputting a message through the second messaging session and outputting a message in the vicinity of the area where the interaction response message is overlaid. Service method. 7. The method according to claim 6, wherein, after the step (j)
(k) The moving picture reproducing service server overlaid an interaction response message added through the second messaging session on a frame of a predetermined interval from the interrupt frame identified through the frame identifier generated in step (b) The method of claim 1, further comprising: 2. The method according to claim 1, wherein, after the step (f)
(l) providing the user terminal with a message list including the at least one interaction request frame descriptor and at least one list of the interaction response messages, by the moving picture reproducing service server; and Method of reproduction service. The method of claim 1, wherein the step (c)
The video reproduction service server controls the message service server of the message service provider selected by the interaction requesting user or controls the message service server of the message service provider selected in advance by the interaction response user, Controlling a message service server of a message service provider or controlling a message service server of a message service provider selected by an administrator of the video reproduction service server. The method of claim 1, wherein the step (c)
Wherein the video reproduction service server controls the message service server of the message service provider selected by the interaction requesting user among a plurality of message service providers selected by the video uploading user. The method according to claim 1,
Wherein the moving picture reproducing service server extracts an image of a frame of a predetermined interval from the interrupt frame to generate interrupt frame data,
Wherein the step (d) further comprises transmitting, by the video reproduction service server, the message service server to further transmit the interrupt frame data and / or the information associated with the interrupt frame data to the interaction response user through the first messaging session And controlling the video reproduction service. 13. The method of claim 12, wherein step (a) or step (b)
Wherein the video reproduction service server transmits at least any one of a still image of the interrupt frame, a still image of a predetermined interval frame including the interrupt frame, and a motion clip of a predetermined interval including the interrupt frame, And generating frame data based on the frame data. 13. The method of claim 12, wherein step (d)
A third sub-step of the video reproduction service server receiving from the message service server a third selection signal corresponding to the selection of the interrupt frame data of the interaction response user; And
And a fourth sub-step of controlling the message service server such that the moving picture reproduction service server reproduces the moving picture from the user frame of the interaction response user starting from the interrupt frame upon receipt of the third selection signal A method of video reproduction service characterized by. The method of claim 1, wherein the step (d) or the step (e)
A fifth step of the video reproduction service server receiving a fourth selection signal according to the selection of the interaction request frame descriptor of the interaction response user through the message service server; And
And a sixth step of the video reproduction service server controlling the message service server such that the moving picture is reproduced from the terminal of the interaction response user starting from the interrupt frame upon receipt of the fourth selection signal A video reproduction service method. The method according to claim 1, wherein the moving picture reproduction service method further comprises, after any one of steps (d) to (f)
(m) The moving picture reproducing service server adds a user who is not the interaction requesting user and the interaction response user to the first messaging session as an interaction invitation user in response to the request of the interaction requesting user and / or the interaction responding user Further comprising the step of controlling the message service server. 17. The method of claim 16, wherein step (m)
A seventh step of the video reproduction service server receiving through the message service server a fifth selection signal according to the interaction request frame descriptor or the interaction invitation user for the interaction response message;
An eighth sub-step of the video reproduction service server identifying the interrupt frame through a frame identifier associated with the interaction request frame descriptor upon receipt of the fifth selection signal; And
And controlling the message service server such that the user terminal of the interaction invitation user reproduces the moving picture from the interrupt frame by the video reproduction service server. 2. The method of claim 1, wherein the interaction request frame descriptor and the interaction response message comprise:
Text, still image, dynamic image, or a combination thereof. A communication unit for communicating with a user terminal and a message service server;
A video service providing unit for transmitting video data and web page data to the user terminal;
A user input processor for receiving an input signal from the user terminal and processing the input signal;
A message processor for providing an interaction request frame descriptor input from the user terminal to the message service server of the selected message service provider and receiving an interaction response message from the message service server; And
And a graphics processor for overlaying the interaction response message on the moving picture,
Wherein the message processing unit comprises: an input interface activation module for activating a frame descriptor input interface by interruption of an interaction request user during playback of a moving picture to receive the interaction request frame descriptor; A frame identifier management module for generating a frame identifier for identifying an interrupt frame interrupted by the interaction request user and associating the interaction request frame descriptor with the frame identifier; And controlling the message service server to initiate a first messaging session between the interaction requesting user and the interaction response user and controlling the message service server to transmit the interaction request frame descriptor to the interaction response user via the first messaging session And a message service server control module that receives the interaction response message, which is associated with the interaction request frame descriptor and input through the message input interface, through the first messaging session and the message service server Respectively,
The graphics processing unit includes an overlay processing module for overlaying the interaction response message on the moving image and overlaying the frame of the predetermined interval from the interrupt frame identified through the frame identifier generated by the frame identifier management module Wherein the video reproduction service server comprises: 20. The overlay processing module according to claim 19,
Wherein the controller overlays the interaction request frame descriptor in a frame of a predetermined interval from the interrupt frame generated by the frame identifier management module. 20. The method of claim 19,
The graphic processing unit may further comprise an object extraction module for analyzing an image of a frame of a predetermined interval from the interrupt frame to extract at least one object,
Wherein the overlay processing module overlays the interaction response message on a frame of a predetermined interval from the interrupt frame so that an area where the object is overlapped with the interaction response message is minimized. 20. The method of claim 19,
The message processing unit may further comprise a counting module for counting the number of interaction request frame descriptors and / or interaction response messages of the corresponding frame for each frame identifier generated by the frame identifier management module,
Wherein the graphic processing unit determines whether the counting result of the counting module is equal to or larger than the threshold value and determines whether the counting result of the counting module is greater than or equal to the threshold value, And an indicator generation module for generating a second display item indicating presence of the above interaction request frame descriptor and / or an interaction response message,
Wherein the overlay processing module overlays the first display item or the second display item on a frame of a predetermined interval from the interrupt frame identified through the frame identifier. 23. The method of claim 22,
Wherein the user input processing unit receives a first selection signal generated in accordance with the selection of the first display item or the second display item of the user from the user terminal through the communication unit,
Wherein the overlay processing module displays an excess item list displaying an interaction request frame descriptor or an interaction response message of the threshold value or more in response to the reception of the first selection signal. 20. The method of claim 19,
Wherein the user input processing unit receives a second selection signal according to a user's selection of the overlaid interaction response message from the user terminal through the communication unit,
Wherein the message service server control module controls the message service server so as to start a second messaging session between the user and the interaction response user upon receipt of the second selection signal. 25. The apparatus of claim 24, wherein the input interface activation module comprises:
And activates the frame descriptor input interface for receiving an interaction request frame descriptor in the vicinity of an area where the interaction response message is overlaid according to receipt of the second selection signal. 25. The overlay processing module of claim 24,
And the overlaying unit may overlay the interaction response message added through the second messaging session on a frame of a predetermined interval from the frame identified through the frame identifier associated with the interaction response message in which the second selection signal is generated. server. The method of claim 19, wherein the message service server control module comprises:
A message service server of the message service provider selected by the interaction requesting user, a message service server of the message service provider selected by the interaction response user, a message service server of the message service provider selected by the video uploading user, And controls the message service server of the message service provider selected by the administrator of the moving picture reproduction service server. 20. The method of claim 19,
Wherein the graphic processing unit further comprises an interrupt frame data generation module for extracting an image of a frame of a predetermined interval from the interrupt frame to generate interrupt frame data,
Wherein the message service server control module controls the message service server to transmit the interrupt frame data and / or the information associated with the interrupt frame data together with the interaction request frame descriptor to the interaction response user through the first messaging session. Wherein the control unit controls the video playback service server. 29. The method of claim 28,
The user input processing unit further receives a third selection signal corresponding to the selection of the interrupt frame data of the interaction response user from the message service server through the communication unit,
Wherein the message service server control module controls the message service server to reproduce a moving picture associated with the interrupt frame data from the interrupt frame in the user terminal of the interaction response user upon receipt of the third selection signal A video reproduction service server. 20. The method of claim 19,
Wherein the user input processing unit receives a fourth selection signal from the message service server through the communication unit according to the selection of the interaction request frame descriptor of the interaction response user,
Wherein the message service server control module controls the message service server so that the user terminal of the interaction response user reproduces the moving image from the interrupt frame identified through the frame identifier upon receipt of the fourth selection signal Features a video reproduction service server. The method of claim 19, wherein the message service server control module comprises:
And controls the message service server to add a user who is not the interaction requesting user and the interaction response user to the first messaging session as an interaction invitation user in response to the request of the interaction requesting user or the interaction response user. Reproduction service server. 32. The method of claim 31,
The user input processing unit further receives a fifth selection signal from the message service server through the communication unit according to the interaction request frame descriptor or the selection of the interaction invitation user for the interaction response message,
Wherein the message service server control module controls the message service server so that the user terminal of the interaction invitation user reproduces the moving image from the frame identified through the frame identifier upon receipt of the fifth selection signal A video reproduction service server. 20. The apparatus of claim 19, wherein the message processor comprises:
Further comprising: a message list generation module for providing the user terminal with a message list including at least one of the interaction request frame descriptor and a list of at least one of the interaction response messages.

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