KR102096733B1 - Video reproduction service method and server - Google Patents

Abstract

The present invention relates to a video reproduction service method and a server, and more specifically, when a user watching a video directly inputs his / her opinion into the video, the video is delivered to a designated recipient through a messaging service, and the recipient is directed to the video service. It relates to a video reproduction service method and a server for overlaying the input comment as a response to the video.

Description

Video reproduction service method and server

The present invention relates to a video reproduction service method and a server, and more specifically, when a user watching a video directly inputs his / her opinion into the video, the video is delivered to a designated recipient through a messaging service, and the recipient is directed to the video service. It relates to a video reproduction service method and a server for overlaying the input comment as a response to the video.

With the development of digital imaging technology and network technology, UGCs (User Generated Contents), which take images directly by users' smartphones and edit them and generate them, have been activated. Through video service sites such as YouTube, many users around the world upload, watch, and share UGC.

Users share UGC itself by posting the URL of the page on which UGC has been uploaded to messenger and SNS, and users who have watched UGC post UGC by posting comments in the form of comments or replies to comments on the page where UGC has been uploaded. Various opinions on are shared.

On the other hand, in order to input a comment on the UGC, you can leave a comment only when you sign up for the video service site where the UGC is posted and access the web page of the video service site. However, in a situation where a variety of video service sites are continuously generated, in order for the user to leave a comment on UGC, the user must subscribe to all video service sites, and there is a inconvenience in that a user needs to be familiar with a different input interface for each video service site.

In addition, once the UGC is posted, it is difficult to provide the motivation for the user who has already watched the UGC to watch the same UGC again because the UGC is maintained with the same content. As a result, a number of UGCs were killed due to the decrease in the number of views over time.

Google's U.S. Patent Registration Nos. 8,819,719 "Real-Time Video Commenting" and 8,713,618 "Segmenting Video Based on Timestamps in Comments" share user comments on posted content with other users in the form of comments, and respond to users Disclosed is a method of indicating whether and how much participation.

According to these first prior arts, it is possible to collectively display all comments inputted by a plurality of users running on a video in chronological order, or to temporarily expose comments corresponding to only a specific playback section. However, according to the first prior art, there is a problem that a video service site must be subscribed to and a video service site must be accessed in order to write a comment on the video. In addition, opinions about the video are configured to be displayed in a comment window accompanying the video and a separate web page. However, since a normal user tends not to view the opinion display window, there is a problem in that even if an advantageous opinion is created, an opportunity to view the video content is not obtained.

Korean Patent Publication No. 2010-0100405, "A system and method for providing interactive video capable of inputting comments" discloses a video providing system in which comments and responses are embedded in a video.

According to the second prior art, since the video content is reproduced according to the addition of comments and replies, there is an effect of motivating the user to re-view the video content. However, in order to write a reply to a comment of a video, the user who inputs a reply still needs to sign up for the video service site and access the video service site. In addition, if you want to exchange opinions about the same content in real time with other users, there is a problem that the opinion exchangers must simultaneously access the corresponding video service site. For example, in order to exchange opinions on a specific scene of video content in real time, participants had the inconvenience of having to connect to the corresponding video site simultaneously by the comment input user and the comment input user to input comments and replies.

According to the first and second prior arts described above, in order for the user to check other people's comments and replies later, the user must access the video service site again, find the corresponding video, and also find the corresponding comments and replies There are various inconveniences. However, as the number of video service sites increases, competition for securing subscribers is fierce, and thus, each video service site is required to develop a new additional service that can actively enhance the interest of users by moving away from the basic service.

On the other hand, as the individual's desire to express becomes stronger, social network services are also developing. In particular, Facebook, one of the social network services, already has hundreds of millions of users. Even some web services are entrusted with a login function to Facebook for easy access of subscribers. However, since the conventional video comment system only supports communication within the corresponding video providing service site, social network services such as Facebook, Linkedin and Instagram have already secured many subscribers. Alternatively, there is a problem that weChat, Viber, kakao Talk, Line, and other messenger services cannot be connected.

Accordingly, there is a need to develop a new value-added service that increases the utilization and added value of the video service by utilizing a social network service or a messenger service that has already secured many subscribers in the video service site.

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

The present invention is to solve the above problems, the video reproducing service method and server according to the present invention, the video reproducing service server interacts through the message service server with the interaction request frame descriptor input by the interaction requesting user during video playback. By sending it to the responding user, and receiving the interaction response message from the message service server and overlaying it on the video, users who do not subscribe to the video reproduction service and users who do not play the video through the current video reproduction service web page are also able to apply the video effectively. It is possible to exchange opinions in real time, and to overlay the interaction response message created while not connected to the video reproduction service web page to the video.

Video reproduction service method and server according to an embodiment of the present invention, by receiving an interaction response message for a video through a video reproduction service server and an independent messenger service server, Facebook Messenger, WeChat, which has already secured many subscribers, Another goal is to provide users with a re-motivation to replay the video through a popular messenger service such as Viber, which allows users to reproduce the video in a variety of ways, and over time, various opinions are overlaid on the video.

In the video reproducing service method and server according to another embodiment of the present invention, the video reproducing service server places an interaction response message at a predetermined location, such as an outer portion of a video frame, or an object avoidance location, so that an important part of the video content responds to the interaction Another purpose is to minimize the obstruction of the user's appreciation by being obscured by the message.

The video reproducing service method and server according to another embodiment of the present invention, when more than a set number of interaction request frame descriptors and interaction response messages are input, displays only the number of messages exceeding a threshold or the number of excess messages, and displays too many messages. Another purpose is to prevent the video viewing from being interrupted.

The video reproducing service method and server according to another embodiment of the present invention is already overlayed by controlling the message service server to initiate a new or existing messaging session by selecting an interaction request frame descriptor or interaction response message overlaid on the video. Another object is to enable the continuous exchange of opinions on the interaction request frame descriptor or interaction response message.

Video reproduction service method and server according to another embodiment of the present invention, by providing a plurality of interaction request frame descriptors and a plurality of interaction response messages in a list at a glance, video upload users, interaction response users, or general video viewing users, etc. Another purpose is to easily grasp the entire messages included in this video without playing the video.

In a video reproducing service method and server according to another embodiment of the present invention, the video reproducing service server transmits interrupt frame data corresponding to link information of a specific video frame to an interaction response user together with an interaction request frame descriptor through a message service server Or, by sending the interrupt frame data to the interaction request user together with the interaction response message, the messenger service uses the interaction request frame descriptor or the corresponding interrupt frame data of the interaction response message from the corresponding frame of the video without accessing the video reproduction service web page. Another purpose is to make it easy to reproduce.

Finally, the video reproduction service method and server according to another embodiment of the present invention, by controlling the message service server to add a third party to the messaging session as an interaction invitation user according to the request of the interaction request user or the interaction response user, the video Another purpose is to actively exchange opinions about videos with various people through the mediation.

In order to achieve the above object, a video reproduction service method according to the present invention includes: (a) a video reproduction service server activates a frame descriptor input interface by interruption of an interaction requesting user during playback of a video, and inputs the frame descriptor Receiving an interaction request frame descriptor input through an interface; (b) the video reproduction service server generating a frame identifier identifying an interrupt frame interrupted by the interaction requesting user, and associating the frame identifier with the interaction request frame descriptor; (c) the video reproduction service server controlling the message service server to initiate a first messaging session between the interaction requesting user and the interaction response user by the message service server of the selected message service provider; (d) controlling, by the video reproduction service server, the message service server to deliver the interaction request frame descriptor to the interaction response user through the first messaging session; (e) the video reproduction service server, associated with the interaction request frame descriptor, receiving the interaction response message input by the interaction response user through a message input interface through the first messaging session and the message service server ; And (f) the video reproduction service server overlaying the received interaction response message with a frame of a predetermined section from the interrupt frame identified through the frame identifier generated in step (b). It is characterized by being configured.

In the video reproduction service method according to an embodiment of the present invention, in any one of steps (b) to (f), the video reproduction service server is preset from the interrupt frame identified through the frame identifier. It is characterized in that the interaction request frame descriptor is overlaid on the frame of the section.

In the video reproduction service method according to another embodiment of the present invention, in step (f), the video reproduction service server extracts at least one object by analyzing an image of a frame in a predetermined section from the interrupt frame. A first sub-step; And a second sub-step in which the video reproduction service server arranges and overlays the interaction response message on a frame of a predetermined section from the interrupt frame so that an area where the interaction response message and the object overlap is minimized. It is characterized by.

In the video reproduction service method according to another embodiment of the present invention, after the step (f), (g) the video reproduction service server, an interaction request frame descriptor of the interrupt frame identified through the frame identifier and / or Counting the number of interaction response messages to determine whether the counting result is greater than or equal to a threshold; And (h) when the video reproduction service server determines that the counting result of step (g) is equal to or greater than the threshold, a first indication indicating the number of interaction request frame descriptors and / or interaction response messages greater than or equal to the threshold. The method further comprises overlaying an item or a second display item indicating the existence of an interaction request frame descriptor and / or an interaction response message above the threshold to a frame of a predetermined section from the interrupt frame identified through the frame identifier. It is characterized by.

In the video reproduction service method according to another embodiment of the present invention, in step (h), the video reproduction service server receives a first selection signal according to the user selecting the first display item or the second display item It characterized in that it further comprises displaying a list of excess items that display an interaction request frame descriptor and / or an interaction response message above the threshold.

In the video reproduction service method according to another embodiment of the present invention, after the step (f), (i) the video reproduction service server, the second selection signal according to the user's selection for the interaction response message overlayed Receiving from a user terminal; (j) the video reproducing service server controlling the message service server to initiate 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 step (j), the video reproduction service server inputs a message through the second messaging session in the vicinity of an area where the interaction response message is overlaid. And providing a messaging service interface capable of performing message output.

In the video reproduction service method according to another embodiment of the present invention, after the step (j), (k) the video reproduction service server, the interaction response message added through the second messaging session is the step (b) It characterized in that it further comprises the step of overlaying the frame of a predetermined section from the interrupt frame identified through the frame identifier generated in the.

In the video reproduction service method according to another embodiment of the present invention, after the step (f), (l) the video reproduction service server, a list of at least one interaction request frame descriptor and at least one interaction response message It characterized in that it further comprises a; providing a message list consisting of a user terminal.

In the video reproduction service method according to another embodiment of the present invention, in step (c), the video reproduction service server controls the message service server of the message service provider selected by the interaction requesting user, or the interaction response. Control the message service server of the message service provider preselected by the user, control the message service server of the message service provider selected by the video upload user, or the message service server of the message service provider selected by the administrator of the video reproduction service server Characterized in that to control.

In the video reproduction service method according to another embodiment of the present invention, in step (c), the video reproduction service server is a message service provider selected by the interaction requesting user among a plurality of message service providers selected by a video upload user It characterized in that it controls the message service server.

In the video reproduction service method according to another embodiment of the present invention, in step (a) or (b), the video reproduction service server extracts an image of a frame in a predetermined section from the interrupt frame and interrupts it. Generating frame data, and in step (d), the video reproduction service server further delivers the information related to the interrupt frame data and / or the interrupt frame data to the interaction response user through the first messaging session. It characterized in that to control the message service server.

In the video reproducing service method according to another embodiment of the present invention, in step (a) or in step (b), the video reproducing service server includes a preset image including a still image of the interrupt frame and the interrupt frame. It is characterized in that at least one of a still image of a frame of a section and a video clip of a predetermined section including the interrupt frame is generated as the interrupt frame data.

In the video reproducing service method according to another embodiment of the present invention, in step (d), the video reproducing service server provides the message service with a third selection signal according to the selection of the interrupt frame data of the interaction response user. A third sub-step of receiving from a server; And a fourth sub-step in which the video reproduction service server controls the message service server such that the video is played on the user terminal of the interaction response user from the interrupt frame in response to receiving the third selection signal. It is characterized by.

In the video reproduction service method according to another embodiment of the present invention, in the step (d) or the step (e), the video reproduction service server is configured according to the selection of the interaction request frame descriptor of the interaction response user. A fifth sub-step of receiving a selection signal through the message service server; And a sixth sub-step in which the video reproduction service server controls the message service server such that the video is played in the terminal of the interaction response user from the interrupt frame in response to the reception of the fourth selection signal. It is characterized by.

The video reproduction service method according to another embodiment of the present invention, after any one of the steps (d) to (f), (m) the video reproduction service server, the interaction requesting user and / or the And controlling the message service server to add the interaction requesting user or a non-interaction responding user as the interaction invitation user to the first messaging session according to an interaction response user's request.

In the video reproduction service method according to another embodiment of the present invention, in step (m), the video reproduction service server may be configured according to the interaction invitation frame descriptor or the interaction invitation user's selection for the interaction response message. A seventh sub-step of receiving a selection signal through the message service server; An eighth sub-step in which the video reproduction service server identifies the interrupt frame through a frame identifier associated with the interaction request frame descriptor upon reception of the fifth selection signal; And a ninth sub-step in which the video reproduction service server controls the message service server such that the user terminal of the interaction invitation user plays the video 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 one of text, still image, dynamic image, or a combination thereof.

The video reproduction service server according to the present invention, the video reproduction service server according to the present invention,

A communication unit performing communication with a user terminal and a message service server; A video service providing unit that transmits video data and web page data to the user terminal; A user input processing unit that receives an input signal from the user terminal and processes it; A message processor for providing an interaction request frame descriptor input from the user terminal to the message service server of a selected message service provider and receiving an interaction response message from the message service server; And a graphic processing unit overlaying the interaction response message on a video, wherein the message processing unit inputs a frame descriptor input interface by an interruption of an interaction requesting user during playback of a video to receive the interaction request frame descriptor. An input interface activation module to activate; A frame identifier management module for generating a frame identifier identifying an interrupt frame interrupted by the interaction request user and associating the frame identifier with the interaction request frame descriptor; And controlling the message service server to initiate a first messaging session between the interaction request user and an interaction response user, and controlling the message service server to send the interaction request frame descriptor to the interaction response user through the first messaging session. And a message service server control module for transmitting and receiving an interaction response message input through a message input interface through the first messaging session and the message service server, through which the interaction response user is associated with the interaction request frame descriptor And the graphic processing unit overlays the interaction response message on the video, from the interrupt frame identified by the frame identifier generated by the frame identifier management module to a frame of a predetermined section. Characterized in that the configuration including; Burleigh overlay processing module.

In the video reproduction service server according to an embodiment of the present invention, the overlay processing module overlays the interaction request frame descriptor on a frame of a predetermined section from the interrupt frame generated by the frame identifier management module. do.

In the video reproduction service server according to another embodiment of the present invention, the graphic processing unit further comprises an object extraction module that extracts at least one object by analyzing an image of a frame in a predetermined section from the interrupt frame. , The overlay processing module overlays the interaction response message on the frame of a predetermined section from the interrupt frame so that the area where the interaction response message and the object overlap is minimized.

In the video reproduction service server according to another embodiment of the present invention, the message processing unit, the counting module for counting the number of interaction request frame descriptors and / or interaction response messages of a corresponding frame for each frame identifier generated by the frame identifier management module The graphic processing unit may further include displaying a number of interaction request frame descriptors and / or interaction response messages above the threshold when it is determined that the counting result of the counting module is equal to or greater than the threshold by determining whether the counting result of the counting module is greater than or equal to the threshold And an indicator generation module for generating a first display item or a second display item indicating the existence of an interaction request frame descriptor and / or an interaction response message above the threshold, and the overlay processing module comprises the first display 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 a first selection signal generated according to selection of the first display item or the second display item by the user from the user terminal. Receiving through a communication unit, the overlay processing module is characterized in that it displays the list of excess items that display an interaction request frame descriptor and / or interaction response message above the threshold according 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 according to the user's selection for the overlayed interaction response message from the user terminal through the communication unit, The message service server control module controls the message service server to initiate a second messaging session between the user and the interaction response user upon receiving the second selection signal.

In the video reproduction service server according to another embodiment of the present invention, the input interface activation module is configured to receive an interaction request frame descriptor in the vicinity of an area where the interaction response message is overlaid upon receipt of the second selection signal. And activating the frame descriptor input interface.

In the video reproduction service server according to another embodiment of the present invention, the overlay processing module, a frame identifier associated with the interaction response message generated by the second selection signal to the interaction response message added through the second messaging session It is characterized by overlaying a frame of a predetermined section from a frame identified through.

In the video reproduction service server according to another embodiment of the present invention, the message service server control module controls a message service server of a message service provider selected by the interaction requesting user, or a message preselected by the interaction response user. Controlling the message service server of the service provider, controlling the message service server of the message service provider selected by the video upload user, or controlling the message service server of the message service provider selected by the administrator of the video reproduction service server. 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 that extracts an image of a frame of a predetermined section from the interrupt frame and generates interrupt frame data, The message service server control module, the message service server to further transmit the information associated with the interrupt frame data and / or the interrupt frame data together with the interaction request frame descriptor to the interaction response user through the first messaging session. Characterized in that to control.

In the video reproduction service server according to another embodiment of the present invention, the user input processing unit further receives a third selection signal according to the selection of the interrupt frame data 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 to play a video associated with the interrupt frame data from the interrupt frame in the user terminal of the interaction response user in response to receiving the third selection signal. It is characterized by.

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 to play the video from the interrupt frame identified through the frame identifier by the user terminal of the interaction response user upon receiving the fourth selection signal. It is characterized by.

In the video reproducing service server according to another embodiment of the present invention, the message service server control module is a user who is not the interaction requesting user and the interaction responding user according to the request of the interaction requesting user and / or the interaction responding user And controlling the message service server to add 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 receives a fifth selection signal from the message service server according to a selection of the interaction invitation user for an interaction request frame descriptor or an interaction response message. Further receiving through the communication unit, the message service server control module, in response to the reception of the fifth selection signal, the user terminal of the interaction invitation user to play the video from the frame identified through the frame identifier It is characterized by controlling the service server.

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

According to the above configuration, the present invention is to solve the above problems, and the video reproduction service method and server according to the present invention, the video reproduction server messages the interaction request frame descriptor input by the interaction request user during video playback Users who do not subscribe to the video reproduction service and users who do not play the video through the current video reproduction service web page by sending it to the interaction response user through the service server and receiving the interaction response message from the message service server and overlaying it on the video. It also provides a real-time exchange of opinions on video, and provides the effect of overlaying the interactive response message created on the video without access to the video reproduction service web page.

Video reproduction service method and server according to an embodiment of the present invention, by receiving an interaction response message for a video through a video reproduction service server and an independent messenger service server, Facebook Messenger, WeChat, which has already secured many subscribers, Through popular messenger services such as Viber, users can reproduce videos in various ways, and various opinions are overlaid on the video at every moment, providing the effect of re-motivating users to those who have already watched the video.

In the video reproducing service method and server according to another embodiment of the present invention, the video reproducing service server places an interaction response message at a predetermined location, such as an outer portion of a video frame, or an object avoidance location, so that an important part of the video content is interactive It provides an effect that is minimized by obstructing the user's appreciation by being obscured by the message.

The video reproducing service method and server according to another embodiment of the present invention, when more than a set number of interaction request frame descriptors and interaction response messages are input, displays only the number of messages exceeding a threshold or the number of excess messages, and displays too many messages. This provides the effect of preventing the video viewing from being disturbed.

The video reproducing service method and server according to another embodiment of the present invention is already overlayed by controlling the message service server to initiate a new or existing messaging session by selecting an interaction request frame descriptor or interaction response message overlaid on the video. It provides an effect that enables the continuous exchange of opinions about an interaction request frame descriptor or an interaction response message.

Video reproduction service method and server according to another embodiment of the present invention, by providing a plurality of interaction request frame descriptors and a plurality of interaction response messages in a list at a glance, video upload users, interaction response users, or general video viewing users, etc. It provides the effect of easily grasping the entire messages included in this video without playing the video.

In a video reproducing service method and server according to another embodiment of the present invention, the video reproducing service server transmits interrupt frame data corresponding to link information of a specific video frame to an interaction response user together with an interaction request frame descriptor through a message service server Or, by sending the interrupt frame data to the interaction request user together with the interaction response message, the messenger service uses the interaction request frame descriptor or the corresponding interrupt frame data of the interaction response message from the corresponding frame of the video without accessing the video reproduction service web page. It provides an effect to facilitate reproduction.

Finally, the video reproduction service method and server according to another embodiment of the present invention, by controlling the message service server to add a third party to the messaging session as an interaction invitation user according to the request of the interaction request user or the interaction response user, the video It provides the effect of actively exchanging opinions about videos with various people.

1 is an overall configuration diagram showing a video reproduction service providing system according to the present invention.
Figure 2 is a detailed configuration diagram showing a video reproduction service server according to an embodiment of the present invention.
3 is a diagram illustrating activation of an interaction request frame descriptor input interface according to an embodiment of the present invention.
4 is a diagram illustrating frame identifier generation and storage according to an embodiment of the present invention.
5 is a diagram illustrating delivery of an interaction request frame descriptor according to an embodiment of the present invention.
6 is a diagram illustrating transmission and reception and overlay of an interaction request frame descriptor and an interaction response message according to an embodiment of the present invention.
7 is a diagram showing 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;
8 is a diagram illustrating the initiation of a second messaging session according to an embodiment of the present invention.
9 is a diagram illustrating video playback using interrupt frame data according to an embodiment of the present invention.
10 is a flowchart illustrating a video reproduction service method according to an embodiment of the present invention.
11 is a communication flow diagram showing a video reproduction service method according to an embodiment of the present invention.

The term "interaction request frame descriptor" used in the present specification relates to an opinion related to a video by a viewer who views a video, and includes all comments and comments overlaid on each frame of the video. In particular, "interaction request frame descriptor" in the present invention means an initial message input through a video interrupt and delivered to an interaction response user during the initiation of a messaging session.

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

The "interaction request frame descriptor" and the "interaction response message" are not limited to text, and can be transmitted in a data format, provided to a user through a messenger client, and are not particularly limited as long as it can be overlaid on a video. For example, "interaction request frame descriptor" and "interaction response message" may be composed of any one of text, still image, dynamic image, or a combination thereof.

"Interaction request user" means a user who inputs "Interaction request frame descriptor" through a video interrupt, and "Interaction response user" inputs a response message after the first message in a messaging session initiated by "Interaction request frame descriptor" Refers to the user. Therefore, in the present invention, if the "interaction request user" inputs an additional message in the same messaging session following the "interaction response message" after the start of the messaging session, the additional message entered is recognized as another "interaction response message", and in this case, the "interaction request user" "Becomes an" interaction response user ".

The term "module" used in the present specification means a functional or structural unit of hardware for performing the technical idea of the present invention, or a functional or structural unit of software such as program code for driving the hardware. For example, "module" does not necessarily mean physically a single piece of hardware or a single piece of software, but may be a piece of piece of hardware or a piece of piece of software, or a set of pieces of piece of hardware or a set of pieces of piece of software. It will be apparent to those skilled in the art.

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

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

System overview

1 is an overall configuration diagram schematically showing a video reproduction service providing system according to the present invention. Referring to Figure 1, the video reproduction service providing system of the present invention is a user's user terminal (100, 400), video reproduction service server 200, and message service server (300-a, 300-b, 300-c) It is configured to include. Each of these components 100, 200, 300, 400 are communicatively connected to each other via a network.

In addition, FIG. 1 illustrates two user terminals 100 and 400, but is not limited thereto, and may be configured with more 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 particularly limited, such as a PC, a laptop computer, a tablet computer, a mobile communication terminal, and a smart device. It may be an information terminal such as a phone.

The user terminal 100 performs a function of receiving web page data and video data provided by the video reproduction service server 200 through a network, playing a video, and receiving an interaction request frame descriptor (descriptor_request_interaction) from the user. do.

According to this configuration, the interaction requesting user A can select a frame to create an interaction request frame descriptor (descriptor_request_interaction) while watching a video through the user terminal 100 and input an interaction request frame descriptor (descriptor_request_interaction) into the corresponding frame. have.

At this time, the interaction requesting user A watching the video may input a plurality of interaction request frame descriptors (descriptor_request_interactions) for multiple frames, and the plurality of interaction request users input interaction request frame descriptors (descriptor_request_interaction) for the same frame, respectively. can do.

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

Next, the video reproduction service server 200 stores video data and web page data, and provides the stored video data and web page data to the user terminal 100. At this time, the web page serviced through the web page data may include video content or access information to access the video content.

According to a preferred embodiment of the present invention, the video reproduction service server 200 overlays the interaction request frame descriptor (descriptor_request_interaction) on the video screen so that other users other than the interaction request user (A) also have an interaction request frame descriptor (descriptor_request_interaction) overlaid. You can watch the old video.

In addition, the video reproduction service server 200 is configured to overlay an interaction response message (message_reply_interaction), which will be described later, as well as an interaction request frame descriptor (descriptor_request_interaction).

On the other hand, according to an embodiment, depending on a user's selection of watching a video, an interaction request frame descriptor (descriptor_request_interaction) and an interaction response message (message_reply_interaction) may be selected to be overlaid on the video. Since the interaction request frame descriptor (descriptor_request_interaction) and interaction response message (message_reply_interaction) are additional information to the video, there may be a case where the user wants to watch only the video. In this case, the interaction request frame descriptor (descriptor_request_interaction) and interaction response message (message_reply_interaction) are not overlayed inseparably from the video, but are configured to be overlaid detachably from the video. It is desirable to do.

Referring back to FIG. 1, since the video reproduction service server 200 transmits an interaction request frame descriptor (descriptor_request_interaction) using a single message service server 300 having a different operating entity, a message service (messenger service, social network) Service, including short message service) has the effect of providing a video reproduction service to a large number of message service subscribers independently obtained.

It is more preferable that the video reproduction service server 200 expands the video reproduction service to a larger number of message service subscribers by utilizing a plurality of message service servers 300-a, 300-b, and 300-c. . That is, through a plurality of message service servers (300-a, 300-b, 300-c), the interaction request user (A) is subscribed to each messenger service, and various interaction response users (B) that form a social relationship It has the effect of being able to interact.

Hereinafter, each component constituting the 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 a terminal including a web browsing application and a video playback application for accessing a communication network such as wired or wireless Internet. The user terminals 100 and 400 may access the video reproduction service server 200 through a network to receive the above-described web page data and video data and provide it 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 connecting to and communicating with the video reproduction service server 200 through a network. The terminal storage unit functions to store an operating system (OS), applications, and various data.

The terminal input unit performs a function of receiving at least one of a user's command, selection, data, and information, and may exemplify a mouse, keyboard, keypad, touch panel, microphone, and camera. The terminal controller performs a function of driving an operating system and applications and a function of processing data. The terminal display unit performs a function of providing visual information to a user through a display.

Video reproduction service server

Hereinafter, the structure and function of the video reproduction service server 200 will be described with reference to FIGS. 2 to 9. The video reproduction service server 200 includes a communication unit 250, a video 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 may be configured as a normal network connection device, and may be connected to the Internet, PSTN, mobile communication network, etc. according to communication protocols such as UDP and TCP.

The video service provider 210 transmits video data and web page data to the user terminals 100 and 400 to perform a function of providing a video service. More specifically, it may be configured to include a web page storage module 212 for storing web page data and a video storage module 214 for storing video data. The web page storage module 212 and the video storage module 214 may be integrally formed with the video reproduction service server 200, or a network such as a NAS or P2P service connected to the video reproduction service server 200 through a network. It may be a local storage of a user terminal connected to, or may be composed of a plurality of storage modules distributed in various geographic locations.

The video service providing unit 210 may provide a video streaming method by using a method including a URL capable of streaming and receiving each video data in a web page, or a method of including a URL for downloading a corresponding video from a web page It can be provided by using the video download method.

The user input processing unit 240 receives input signals from the user terminals 100 and 400 and processes them. In this case, the user input processing unit 240 is indirectly connected through the message service server 300 as well as the input signal from the user terminal 100 of the interaction request user A directly connected to the video reproduction service server 200. An input signal may be input from the user terminal 400 of the interaction response user B. Depending on the embodiment, the input signal from a user terminal (not shown) of a third-party user terminal (not shown) or an interaction invitation user (not shown) that uses a video service rather than the interaction requesting user (A) and interaction response user (B). You can enter

The message processing unit 220 provides an 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 an interaction response message (message_reply_interaction) from the message service server 300. It performs the function of receiving.

Message service providers provide services such as communication, sharing information, and forming social relationships between people who share a particular interest or activity. As a message service provider, social network service providers such as Facebook, Linkedin, and Instragram, WeChat, Viber, KakaoTalk, and Line ), Or a mobile communication service provider providing a message service (SMS, MMS).

Depending on the embodiment, at least one user or administrator of the interaction request user A, the interaction response user B, the video upload user, and the administrator of the video reproduction service server 200 may select a message service provider.

In this way, the video reproduction service server 200 may selectively or overlap a plurality of methods when selecting a message service provider.

For example, before starting a video service through the video service providing unit 210, each video upload user or video producer may make a selection in advance. In another selection method, the interaction request user A may select a message service provider when a frame is interrupted or when an interaction request frame descriptor (descriptor_request_interaction) is input. As another selection method, the interaction response user B may select a preferred message service provider when registering as a member of the video reproduction service.

As another selection method, a message service provider may be selected in advance by the administrator of the video reproduction service server 200.

According to another embodiment, the interaction requesting user A may select a message service provider among a plurality of message service providers selected by the video upload user. For example, a video upload user creates a video of himself and inputs a plurality of message service providers to be used for interaction of the video when uploading. At this time, the video upload user first selects at least one message service provider, preferably a plurality of message service providers. Next, the interaction request user A secondarily selects any one message service provider among a plurality of message service providers first selected by the video upload user when the interaction request frame descriptor (descriptor_request_interaction) is input.

Hereinafter, the message processing unit 220 will be described in detail with reference to FIG. 2. 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 sets the frame descriptor input interface 610 (shown in FIG. 3) by the interaction request user A's interruption during playback of a video to receive an interaction request frame descriptor (descriptor_request_interaction). Perform the function to activate.

Hereinafter, the operation of the input interface activation module 222 will be described with reference to FIG. 3. Figure 3 (a) illustrates an interrupt by the interaction request user (A) during video playback. For example, when requesting an interrupt using a smartphone as the user terminal 100, the user A selects a desired position of the corresponding frame in a touch manner when he wants to input his opinion in a specific frame while watching a video.

In this case, the user terminal 100 transmits the interrupt of the interrupt request user A to the user input processing unit 240 through the network, and accordingly, as shown in FIG. 3 (b), the input interface activation module 222 The frame descriptor input interface 610 that provides, for example, a text input interface capable of inputting an opinion of the interaction request user A is activated at a location selected by the interaction request user A.

At this time, according to an embodiment, the input interface activation module 222 may be configured to activate not only a text input interface, but also a multimedia input interface capable of inputting a still image such as an emoticon or a picture or a dynamic image such as a GIF animation image or a video. . In addition, the location in which the frame descriptor input interface 610 is activated is not necessarily limited to a video as shown in FIG. 3 (b), and in the case of an embodiment in which a video is provided in a partial area of a web page rather than a full screen It can be activated by a pop-up window, etc. at a location near the outside of the.

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

The frame identifier management module 224 generates a frame identifier (id_frame) that identifies the interrupt frame (frame_interrupted) and associates the interaction request frame descriptor (descriptor_request_interaction) with the frame identifier (id_frame). As shown in the embodiment of FIG. 4, the frame identifier (id_frame) is an interrupt frame (frame_interrupted) during the entire playback time of the video in order to identify the interrupt frame (frame_interrupted) among various frames of the video as well as the interaction request frame descriptor (descriptor_request_interaction). It may be associated with information such as time information (Time) or frame serial number. For example, in the entire 3 minutes 30 seconds long video, if the interrupt request user A interrupts at 1 minute 35 seconds, the frame identifier CMT_2_12 of the interrupt frame (frame_interrupted) is associated with the interrupted time information (time) 1 minute 35 seconds. do.

Meanwhile, the frame identifier management module 224 may not only receive a plurality of interaction request frame descriptors (descriptor_request_interactions) from a single interaction request user A in a plurality of frames for a single video, but also in a single frame A plurality of interaction request frame descriptors (descriptor_request_interactions) may be input from a plurality of interaction request users A. In this case, the frame identifier management module 224 may further associate the user identifier (id_user) associated with the interaction request frame descriptor (descriptor_request_interaction) and the frame identifier (id_frame).

The message service server control module 226 first controls the message service server 300 to start a first messaging session (session_messaging_1st) between the interaction request user A and the interaction response user B.

The message service server control module 226 transmits a first message session initiation request for initiating a first messaging session (session_messaging_1st) to the message service server 300 of the selected message service provider. Accordingly, the corresponding message service server 300 initiates the first messaging session (session_messaging_1st). Here, the messaging session refers to any interactive network connection between two or more users.

Next, the message service server control module 266 controls the message service server 300 to transmit an interaction request frame descriptor (descriptor_request_interaction) to the interaction response user B through the first messaging session (session_messaging_1st). do. Through this configuration, as shown in FIG. 5, the interaction-response user B is not a web page provided by the message service server 300 but through a messenger client installed on his user terminal 400. The interaction request frame descriptor (descriptor_request_interaction) is received. That is, even if the interaction response user B subscribes to the video reproduction service service or does not access the video reproduction service server 200, an interaction request frame descriptor from the interaction request user A having a relationship with himself through the corresponding message service provider (descriptor_request_interaction) can be quickly received.

Next, as shown in FIG. 6, the message service server control module 224 includes an interaction response message (B) input through the message input interface 410 by the interaction response user B in association with the interaction request frame descriptor (descriptor_request_interaction). message_reply_interaction) is performed through the first messaging session (session_messaging_1st) and the message service server 300. According to this configuration, the interaction response user B, who received the interaction request frame descriptor (descriptor_request_interaction) "through the view is a good place," through the messenger client, "I also want to see" through the message input interface 410 of the messenger client. Enter the interaction response message (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 such a configuration, the interaction response user B enters the message of the messenger client installed in the user terminal 400 in the interaction response message (message_reply_interaction) even if the video reproduction service is not subscribed or the video reproduction service server 200 is not accessed. It can be quickly entered 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 over which the interaction request frame descriptor (descriptor_request_interaction) is overlaid.

The graphic processing unit 230 functions to overlay the interaction response message (message_reply_interaction) on the video. More specifically, the graphic processing unit 230 includes an overlay processing module 232, and the overlay processing module 232 overlays the interaction response message (message_reply_interaction) on the video, but is generated by the frame identifier management module 224. It performs a function of overlaying the frame of a predetermined section from the interrupt frame (frame_interrupted) identified through the identified frame identifier (id_frame).

Meanwhile, the overlay processing module 232 preferably overlays the interaction request frame descriptor (descriptor_request_interaction) on the video as well as the 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) to a frame of a predetermined section.

The above-described frame of the predetermined section may be a frame for a visually recognizable time, 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 interaction request frame descriptor (descriptor_request_interaction) are overlaid on one frame, there is a problem that it is difficult to identify who each author is. In order to solve this problem, preferably, the overlay processing module 232 further adds a user identifier (id_user) of the interaction requesting user (A) when overlaying the interaction request frame descriptor (descriptor_request_interaction) or the interaction response frame descriptor ( When overlaying descriptor_request_interaction), it is preferable to further add a user identifier (id_user) of the interaction response user B. Depending on the embodiment, the text color, text size, or text font of each interaction response message (message_reply_interaction) and interaction request frame descriptor (descriptor_request_interaction) may be differently specified so as to be distinguished by each user identifier (id_user).

In the embodiment of FIG. 6, when the interaction request user A inputs the first interaction request frame descriptor (descriptor_request_interaction_1st), which is “a good place to look at” in frame D, through the frame descriptor input interface 610, the overlay processing module (232) overlays "This is a good place to look at" on Frame D of the video. Here, the location where the first interaction request frame descriptor (descriptor_request_interaction_1st) is overlaid is a location different from the location of the frame descriptor input interface 610 selected by the interaction request user A, that is, a predetermined specific region on frame D. It might be. Next, when the interaction response user B inputs the first interaction response message “message_reply_interaction_1st”, which is “I want to see it,” in response to this, the overlay processing module 232 when the message input interface 410 of the messenger client Overlay "I miss you too" on Frame D of the video. Here, the position where the first interaction response message (message_reply_interaction_1st) is overlaid may be within a preset range at a position where the above-described first interaction request frame descriptor (descriptor_request_interaction_1st) is overlaid. The preset range may be within a convenient range for viewing messages at a glance. Next, when the interaction request user A responds to this and inputs the second interaction request frame descriptor (descriptor_request_interaction_2nd) of "I'm Hawaii" in frame D through the frame descriptor input interface 610, the overlay processing module 232 Overlays "This is Hawaii" on Frame D of the movie. Next, when the interaction response user B inputs a second interaction response message “message_reply_interaction_2nd” “Let's travel” in response to this, the overlay processing module 232 displays the video through the message input interface 410 of the messenger client. Overlay "Let's Go Travel" in Frame D of the

However, when an object such as a surrounding person, building, or object corresponding to important information of a video is blocked by an overlayed interaction response message (message_reply_interaction), the video watching user has a problem that the video is disturbed. In order to solve this problem, it is preferable to extract a main object through image analysis, and avoid the extracted main object to overlay an interaction request frame descriptor (descriptor_request_interaction) and / or an interaction response message (message_reply_interaction). To this end, the graphic processing unit 230 further includes an object extraction module 236 that extracts at least one object by analyzing an image of a frame of a predetermined section from an interrupt frame (frame_interrupted), and the overlay processing module 232 ) Places the interaction response message (message_reply_interaction) on the frame of a predetermined section from the interrupt frame (frame_interrupted) so that the area where the interaction request frame descriptor (descriptor_request_interaction) and / or interaction response message (message_reply_interaction) and the extracted object overlap is minimized. can do.

Also, when the interaction request frame descriptors (descriptor_request_interactions) and / or interaction response messages (message_reply_interactions) overlaid on the screen are excessive, most areas of the video are covered by the interaction request frame descriptors (descriptor_request_interactions) and / or interaction response messages (message_reply_interactions). There is a problem of losing.

In order to solve this problem, it is preferable to display the interaction request frame descriptors (descriptor_request_interactions) and / or interaction response messages (message_reply_interactions) that are shorter than a threshold. To this end, as shown in FIG. 7, the message processing unit 220 counts the number of interaction request frame descriptors (descriptor_request_interaction) and / or interaction response messages (message_reply_interaction) for each frame identifier (id_frame) generated by the frame identifier management module 224 It further comprises a counting module 227. The graphic processing unit 230 determines whether the counting result of the counting module 227 is greater than or equal to a threshold value, and when the threshold value is greater than or equal to a threshold value, a first display indicating the number of interaction request frame descriptors (descriptor_request_interaction) and / or interaction response messages (message_reply_interaction) above the threshold value It further includes an indicator generation module 238 that generates either an item 620 or a second display item 630 indicating the presence of an interaction request frame descriptor (descriptor_request_interaction) and / or an interaction response message (message_reply_interaction) above a threshold. And the overlay processing module 232 is configured to set one of the first display item 620 or the second display item 630 from the interrupt frame (frame_interrupted) identified through the frame identifier (id_frame). It can be configured to overlay on a frame.

At this time, it is preferable to display the excess interaction request frame descriptor (descriptor_request_interaction) and / or interaction response message (message_reply_interaction) abbreviated to the first display item 620 or the second display item 630 to the user by user selection. To this end, the user input processing unit 240 displays the 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, as illustrated in FIG. 7. Receiving from the (100) through the communication unit 250, the overlay processing module 232 receives the first selection signal (signal_selection_1st) of the threshold or more interaction request frame descriptor (descriptor_request_interaction) and / or interaction response message (message_reply_interaction) The displayed excess item list 640 may be configured to be overlaid on a frame of a predetermined section from an interrupt frame (frame_interrupted).

Here, the user terminal generating the first selection signal (signal_selection_1st) is not limited to the user terminal 100 of the interaction request user A or the user terminal 400 of the interaction response user B, and the interaction request frame descriptor ( Descriptor_request_interaction) and / or interaction response message (message_reply_interaction) may be a third-party user terminal that later watches a video overlaid.

The location where the excess item list 640 is provided is not necessarily limited to a video, and according to an embodiment, when a video is provided in a partial area of a web page other than the full screen, a location such as a location near the outside of the video may be used as a pop-up window. It can be activated.

On the other hand, there may be a case where a third party who is playing a video is interested in an overlayed interaction response message (message_reply_interaction) and wants to participate in the conversation and overlay their opinions on the video. In addition, a new interaction request frame descriptor (descriptor_request_interaction) or a new interaction response message (message_reply_interaction) is continuously generated by the interaction request user A after the time has passed in an interaction response message (message_reply_interaction) for his interaction request frame descriptor (descriptor_request_interaction). There may be times when you want to overlay on a 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 overlayed 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 such that the second messaging session (session_messaging_2nd) is started, including the user C and the interaction response user B who created the interaction response message (message_reply_interaction). You can.

According to an embodiment, when the user C selects an interaction request frame descriptor (descriptor_request_interaction) overlaid on the video, the message service server control module 226 includes a second messaging session (session_messaging_2nd) including the interaction requesting user (A). The message service server 300 can be controlled 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 interacts with the interaction requesting user A that was a participant in the first messaging session (session_messaging_1st). The message service server 300 may be controlled to initiate a second messaging session (session_messaging_2nd) including all of the responding users B.

Hereinafter, a process of initiating the second messaging session (session_messaging_2nd) will be described in detail with reference to the embodiment of FIG. 8. First, the user C including the interaction requesting user A selects an interaction response message (message_reply_interaction), which is already overlaid while watching a video, 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 video 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 responds to the interaction with the user C The message service server 300 is controlled so that a second messaging session (session_messaging_2nd) between users B is established.

At this time, the input interface activation module 222 receives the second selection signal (signal_selection_2nd) in response to the selected interaction response message (message_reply_interaction) overlaid in the region where the new interaction request frame descriptor (descriptor_request_interaction) is input to the frame descriptor input interface ( 610). At this time, the input interface activation module 222 may be configured to activate a multimedia input interface capable of inputting not only a text input interface, but also a still image such as an emoticon or a photo, a GIF animation image, or a dynamic image such as a user's video, according to an embodiment. You can. In addition, the location in which 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, and according to an embodiment, a video is provided in some area of the webpage rather than full screen If it is, it can be activated by a pop-up window, etc. at a location near the outside of the video.

When the user C inputs "Hello, I'm home" as the 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 8 (b) shows the new interaction request frame descriptor (descriptor_request_interaction) shown in "Hi. I'm home."

User terminal of user C when user enters "Where is that place" as a new interaction response message (message_reply_interaction) through message input interface 410 of the messenger client installed on user terminal 400 of interaction response user B? 8 (c) shows an interaction response message (message_reply_interaction) shown through the messenger client of 500.

According to this embodiment, the user C initiates communication with the interaction response user B who has created the corresponding interaction response message (message_reply_interaction) only by selecting the interaction response message (message_reply_interaction) overlaid on the video while watching the video, It has the effect of easily overlaying a newly created interaction response message (message_reply_interaction) onto a video using a messenger client.

On the other hand, the overlay processing module 232 is a frame identifier (id_frame) associated with the interaction response message (message_reply_interaction) in which the second selection signal (signal_selection_2nd) is generated for the interaction response message (message_reply_interaction) added by the second messaging session (session_messaging_2nd). It is preferable to overlay the frame of the predetermined section from the frame identified through. According to this embodiment, a new interaction response message (message_reply_interaction) is disposed adjacent to the existing interaction response message (message_reply_interaction), thereby providing an effect that other users, third parties, naturally understand the context between the messages.

On the other hand, the interaction response frame (descriptor_request_interaction), which consists of text only through the messenger client, receives the interaction response user (B) not only recognizes it as a plain text message, but also has no connection with a specific scene of the video, so the interaction request frame It may be difficult to understand the context of the descriptor (descriptor_request_interaction). Therefore, it is preferable that information on a related video is transmitted together with an interaction request frame descriptor (descriptor_request_interaction).

To this end, the graphic processing unit 230 may further include an interrupt frame data generation module 234 that extracts an image of a frame of a predetermined section from an interrupt frame (frame_interrupted) and generates interrupt frame data (data_frame_interrupted). The interrupt frame data (data_frame_interrupted) includes, for example, a still image of an interrupt frame (frame_interrupted), a still image of one of the frames of a predetermined section including an interrupt frame (frame_interrupted), or a preset frame including an interrupt frame (frame_interrupted). It may be a video clip within a frame of an interval, for example, about 10 seconds.

Next, the message service server control module 226 provides an interaction request frame descriptor (descriptor_request_interaction) to the interaction response user B through the first messaging session (session_messaging_1st) and interrupt frame data (data_frame_interrupted) and / or interrupt frame data. The message service server 300 may be controlled to further transmit information associated with (data_frame_interrupted).

It is common for a messaging service to transmit only a small amount of multimedia files in order to prevent degradation of service quality due to excessive data transmission. Therefore, the interrupt frame data generation module 234 appropriately degrades the quality of interrupt frame data (data_frame_interrupted) composed of still images or videos to reduce the data size, or interrupt frame data (data_frame_interrupted) composed of still images or videos. It is preferable to transmit URL information that can download) as information associated with 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 in a small form like a thumbnail. Therefore, when the interaction response user B selects the interrupt frame data (data_frame_interrupted) on the messenger client, it is desirable to immediately play a video related to this. More preferably, it is more preferable to increase user convenience by playing a video from an interrupt frame (frame_interrupted) in which the interaction request frame descriptor (descriptor_request_interaction) received without the need for the interaction response user B to watch unnecessary parts is overlaid.

To this end, the user input processing unit 240 further receives a 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. You can. In addition, the message service server control module 226, the message service server to play the video associated with the interrupt frame data (data_frame_interrupted) in response to the reception of the third selection signal (signal_selection_3rd) on the user terminal 400 of the interaction response user (B) 300 can be controlled.

Hereinafter, it will be described with reference to FIG. 9. As shown in FIG. 9 (a), when the interaction request frame descriptor (descriptor_request_interaction) is transmitted, the message service server control module 226 is configured as a still image of the frame D (Frame D) together with the interaction request frame descriptor (descriptor_request_interaction). The message service server 300 is controlled to transmit the interrupt frame data (data_frame_interrupted) to the user terminal 400 of the interaction response user B. When the interaction response user B selects the interrupt frame data (data_frame_interrupted) received on the messenger client as shown in FIG. 9 (b), the message service server control module 226 as shown in FIG. 9 (c). The user terminal 400 of the interaction-response user B controls the message service server 300 to directly play the related video from frame D.

On the other hand, depending on the embodiment, even when the interaction response user B selects an interaction request frame descriptor (descriptor_request_interaction) rather than interrupt frame data (data_frame_interrupted) on the messenger client installed on the user terminal 400, it is similar to the above-described embodiment. It is also possible to configure the user terminal 400 of the interaction response user B to play the video from the interrupt frame (frame_interrupted).

To this end, the user input processing unit 240 receives a fourth selection signal (signal_selection_4th) according to the interaction request frame descriptor (descriptor_request_interaction) selection of the interaction response user B from the message service server 300 through the communication unit 250, The message service server control module 226 moves the video from the interrupt frame (frame_interrupted) identified by the user terminal 400 of the interaction response user B through the frame identifier (id_frame) upon receipt of the fourth selection signal (signal_selection_4th). The message service server 300 may be controlled to play.

Meanwhile, depending on 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 video is played from the interrupt frame (frame_interrupted). It can be implemented as much as possible.

The first messaging session (session_messaging_1st) is initiated and configured to further include a third party interaction invitation user (not shown) in the first messaging session (session_messaging_1st) in the communication process between the interaction request user (A) and the interaction response user (B). It is preferred. If there are a large number of people who share the interests of the video, the addition of the invitation user of this interaction enables the influx of more people's opinions, and the effects of the reproduction of the video content can be increased by automatically overlaying the inflowed opinions on the video. You can.

To this end, the message service server control module 226 provides a user who is not an interaction request user A and an interaction response user B as an interaction invitation user according to the request of the interaction request user A or the interaction response user B. The message service server 300 may be controlled to be added to one messaging session (session_messaging_1st).

On the other hand, the invited user of the interaction invited in this way is likely to not know the context of the communication and the video that is the object of communication. Therefore, the video reproduction service server 200 is to play the related video through the user terminal (not shown) of the interaction invitation user according to the selection of the interaction request frame descriptor (descriptor_request_interaction) or interaction response message (message_reply_interaction) of the interaction invitation user. desirable.

To this end, the user input processing unit 240, the communication request frame descriptor (descriptor_request_interaction) or the interaction response to the interaction response message (message_reply_interaction) in response to the user's selection of the fifth selection signal (signal_selection_5th) from the message service server 300 Configured to receive further, and the message service server control module 226, in response to the reception of the fifth selection signal (signal_selection_5th), causes the user terminal of the interaction invitation user to play the video from the frame identified through the frame identifier (id_frame). 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 interaction response messages (message_reply_interactions) by a plurality of users may be overlaid on one video. For example, in the case of a video upload user who knows the video content well, it is possible to check only which messages have been added because it takes a lot of time to check the overlay messages by playing the entire video. To this end, the message processing unit 220 further provides a message list generation module 228 that provides a user with a message list consisting of a list of at least one interaction request frame descriptor (descriptor_request_interaction) and at least one interaction response message (message_reply_interaction). It can be configured to include.

Video reproduction service method

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

First, the video reproduction service server 200 activates the frame descriptor input interface 610 during video playback by the interruption of the interaction request user A, and the interaction request frame descriptor input through the frame descriptor input interface 610 A step (S10) of receiving (descriptor_request_interaction) is performed.

At this time, the video reproduction service server 200 provides a video 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 request user A, for example, a frame descriptor input interface activation request is sent to the video reproduction service server 200 (S14), and the video reproduction service server 200 is The frame descriptor input interface activation step may be performed as a method (S16) of identifying the interaction requesting user A (S15) and authorizing the activation of the frame descriptor input interface 610 of the user terminal 100 in the case of the identified user.

Thereafter, as shown in FIG. 3, when the interaction request user A inputs the interaction request frame descriptor (descriptor_request_interaction) through the activated frame descriptor input interface 610 to the user terminal 100, the interaction request user A The user terminal 100 transmits the input interaction request frame descriptor (descriptor_request_interaction) to the video reproduction service server 200 through the network.

Next, the video reproduction service server 200 generates a frame identifier (id_frame) that identifies the interrupt frame (frame_interrupted) interrupted by the interaction request user (A) as shown in Figure 4 (S21), the frame identifier Step (S20) is performed in step S20 in which (id_frame) and the interaction request frame descriptor (descriptor_request_interaction) are associated (S22).

Next, the message service so that the video reproduction service server 200 initiates the first messaging session (session_messaging_1st) between the interaction request user A and the interaction response user B by the message service server 300 of the selected message service provider. Step c (S30) for controlling the server 300 is performed. Step c (S30) more specifically, for example, the video reproduction service server 200 identifies any one message service provider among a plurality of message service providers (300-a, 300-b, 300-c) (S31), The video reproduction service server 200 requests the start of the first messaging session (session_messaging_1st) to the message service server 300 of the identified message service provider (S32), and the message service server 300 accordingly first messaging session It may be performed by a method of initiating (session_messaging_1st) (S33).

Meanwhile, the video reproduction service method according to the present invention uses a message service server 300 of a video reproduction service provider and an independent message service provider to provide services to more users, not limited to subscribers of limited video reproduction services. However, it is common for general users to use only the service to which they have subscribed among numerous social network services, messenger services, and mobile communication network services. Therefore, it is preferable that the video reproduction service server 200 can interwork with the message service server 300 of as many message service providers as possible.

However, assuming the case where the video reproduction service server 200 is interlocked with the message service servers 300 of “Facebook”, “Viber”, and “Linkedin”, the interaction request user A “Facebook” If "," "Viber" has been subscribed to, and the interaction response user B has only established a social network through "Facebook", the interaction requesting user A should select "Facebook".

As another example, the interaction request user (A) and the interaction response user (B) have formed a network through "Facebook" and "Viber", but the interaction response user (B) frequently uses "Facebook". If not, the interaction response user B needs to designate " Viber " as the message service server 300.

As another example, the video upload user has subscribed to "Viber" and "Linkedin", and is engaged in the first messaging session (session_messaging_1st) between the interaction request user (A) and the interaction response user (B) for his video. If it is set to participate as a default, it is necessary to set "Viber" and "Linkedin" as a message service available when uploading a video.

In order to meet the needs of various users, in step c (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, or responds to the interaction. Control the message service server 300 of the message service provider pre-selected by the user B, control the message service server 300 of the message service provider selected by the video upload user, or the video reproduction service server 200. It is desirable to control the message service server 300 of the message service provider selected by the administrator.

Also, a double selection method in which the interaction requesting user A selects one message service provider from among a plurality of message service providers set by the video upload user 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 upload user. It is preferred.

Next, as shown in FIG. 5, the message service server 300 so that the video reproduction service server 200 delivers the interaction request frame descriptor (descriptor_request_interaction) to the interaction response user B through the first messaging session (session_messaging_1st). Step d (S40) for controlling the is performed.

At this time, when the interaction response user B suddenly receives the interaction request frame descriptor (descriptor_request_interaction), in order to prevent a problem of not understanding the intention and the content of the video, for example, as shown in FIG. 9, a thumbnail image or video clip is used. It is desirable to send with the interaction request frame descriptor (descriptor_request_interaction).

To this end, in step a (S10) or step b (S20), the video reproduction service server 200 extracts an image of a frame in a predetermined section from an interrupt frame (frame_interrupted) to generate interrupt frame data (data_frame_interrupted), and step d In step S40, the video reproduction service server 200 further adds information associated with interrupt frame data (data_frame_interrupted) or / and interrupt frame data (data_frame_interrupted) to the interaction response user B through the first messaging session (session_messaging_1st). It is desirable to control the message service server 300 to deliver. At this time, the interrupt frame data (data_frame_interrupted) is a still image of an interrupt frame (frame_interrupted), a still image of one of the frames of a predetermined section including an interrupt frame (frame_interrupted), and a video clip of a predetermined section including an interrupt frame (frame_interrupted). It may be at least one of.

In an embodiment in which the interrupt frame data (data_frame_interrupted) is further transmitted, it is preferable to configure the video to be played immediately when the interaction response user B selects the interrupt frame data (data_frame_interrupted). To this end, step d (S40), the video reproduction service server 200 receives the third selection signal (signal_selection_3rd) according to the interrupt frame data (data_frame_interrupted) selection of the interaction response user B from the message service server 300 Message service so that the third sub-step and the video reproduction service server 200 plays a video from an interrupt frame (frame_interrupted) in the user terminal 400 of the interaction response user B upon receipt of the third selection signal (signal_selection_3rd) The server 300 is preferably configured to further include a fourth sub-step.

According to an embodiment, even when the interrupt frame data (data_frame_interrupted) is not sent, the related video may be played when the interaction response user B selects the interaction request frame descriptor (descriptor_request_interaction) in the messenger client. To this end, in step S50, the video reproduction service server 200 receives a fourth selection signal (signal_selection_4th) according to the interaction request frame descriptor selection of the interaction response user B through the message service server 300. The message service server so that the sub-step 5 and the video reproduction service server 200 plays the video from the user terminal 400 of the interaction response user B from the interrupt frame (frame_interrupted) upon receipt of the fourth selection signal (signal_selection_4th). A sixth sub-step of controlling the 300 may be further included.

Next, as shown in FIG. 6, the video reproduction service server 200 is associated with an interaction request frame descriptor (descriptor_request_interaction), and an interaction response message (message_reply_interaction) input by the interaction response user B through the message input interface 410. ) Is performed through step e (S50) of receiving the first messaging session (session_messaging_1st) and the message service server 300.

Finally, as shown in FIG. 6, the video response service server 200 receives the interaction response message (message_reply_interaction) received from the interrupt frame (frame_interrupted) identified through the frame identifier (id_frame) generated in step b (S20). The f step (S60) of overlaying the frame of the predetermined section is performed.

On the other hand, as well as the interaction response message (message_reply_interaction), it is preferable that the interaction request frame descriptor (descriptor_request_interaction) is overlaid on the video similar to step f (S60). Since the time point at which the interaction request frame descriptor (descriptor_request_interaction) is overlaid is not particularly limited, in any one of steps b (S20) to f (S60), the video reproduction service server 200 is generated in step b (S20). It may be configured to overlay the interaction request frame descriptor (descriptor_request_interaction) on a frame of a predetermined section from the interrupt frame (frame_interrupted) identified through the frame identifier (id_frame).

In addition, it is necessary to prevent an interaction request frame descriptor (descriptor_request_interaction) and / or interaction response message (message_reply_interaction) that is overlaid on the video from being superimposed on the main object of the video to interfere with the video viewing. To this end, in step S60, the video reproduction service server 200 analyzes an image of a predetermined frame from an interrupt frame (frame_interrupted) and extracts at least one object, and the video reproduction service server 200 Interaction request frame descriptor (descriptor_request_interaction) and / or interaction response message (message_reply_interaction) from interrupt frame (frame_interrupted) so that the area where the object overlaps with the interaction request frame descriptor (descriptor_request_interaction) and / or interaction response message (message_reply_interaction) is minimized. It may be configured to further include a second sub-step to overlay on the set frame.

Next, there is a need to prevent too many interaction request frame descriptors (descriptor_request_interaction) and / or interaction response messages (message_reply_interaction) from being overlaid on the video. To this end, the video reproduction service method, after step f (S60), the video reproduction service server 200 requests an interaction of an interrupt frame (frame_interrupted) identified through a frame identifier (id_frame) frame descriptor (descriptor_request_interaction) and / or interaction Step g is performed by counting the number of response messages (message_reply_interaction) to determine whether the counting result is greater than or equal to a threshold. Next, when the video reproduction service server 200 determines that the counting result of step g is greater than or equal to the threshold, the interaction request frame descriptor (descriptor_request_interaction) and / or the interaction response message (message_reply_interaction) above the threshold, as shown in FIG. 7, The frame identifier (id_frame) of at least one of the first display item 620 indicating the number or the second display item 630 indicating the existence of an interaction request frame descriptor (descriptor_request_interaction) and / or an interaction response message (message_reply_interaction) above a threshold ) Can be further performed from the interrupt frame identified through (frame_interrupted) to overlay the frame of the predetermined period.

In this embodiment, the excess interaction request frame descriptor (descriptor_request_interaction) and / or interaction response message (message_reply_interaction) abbreviated to the first indication item 620 or the second indication item 630 is displayed to the user by user selection. It is preferred. To this end, in step h, when the video reproduction service server 200 receives the first selection signal (signal_selection_1st) according to the user's selection of the first display item 620 or the second display item 630, an interaction request frame descriptor having a threshold value or more ( It is configured to display a list of excess items 640 indicating descriptor_request_interaction) and / or interaction response message (message_reply_interaction). In this embodiment, the user includes both the interaction requesting user A and the interaction responding user B, as well as the user C viewing a later reproduced video.

On the other hand, there may be a case where a third party who is playing a video is interested in an overlayed interaction response message (message_reply_interaction) and wants to participate in the conversation and overlay their opinions on the video. In addition, a new interaction request frame descriptor (descriptor_request_interaction) or a new interaction response message (message_reply_interaction) is continuously generated by the interaction request user A after the time has passed in an interaction response message (message_reply_interaction) for his interaction request frame descriptor (descriptor_request_interaction). There may be times when you want to overlay on a video.

For this, as shown in FIG. 8, after step f (S60), the video reproduction service server 200 uses the second selection signal (signal_selection_2nd) according to the user's selection for the interaction response message (message_reply_interaction) overlaid on the user terminal. It performs step i received from. Next, the video reproducing service server 200, the message service to initiate 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) occurred The j step of controlling the server 300 is further performed.

At this time, the user who generated the second selection signal (signal_selection_2nd) is likely to remain in the video reproduction service rather than driving his own messenger client according to the start of the second messaging session (session_messaging_2nd). At this time, it is desirable to provide a messaging service interface similar to the messenger client on the video reproduction service webpage.

To this end, in step j, the video reproduction service server 200 may perform message input and message output through a second messaging session (session_messaging_2nd) in the vicinity of an area where the selected interaction response message (message_reply_interaction) is disposed. It is configured to provide more service interfaces.

Meanwhile, in order to increase the reproduction effect of the video content, the newly added interaction response message (message_reply_interaction) in the second messaging session (session_messaging_2nd) also needs to be overlaid on the video. To this end, after step j, the video reproduction service server 200 identifies the interaction response message (message_reply_interaction) added by the second messaging session (session_messaging_2nd) through the frame identifier (id_frame) generated in step b (S20). The k step of overlaying the frame of the predetermined section from the interrupt frame (frame_interrupted) is further performed.

Meanwhile, according to the present invention, a plurality of interaction request frame descriptors (descriptor_request_interactions) and interaction response messages (message_reply_interactions) by a plurality of users may be overlaid on one video. For example, in the case of a video upload user who knows the contents of his video well, it is possible to check only which messages have been added since it is time-consuming to check the overlay messages by playing the entire video. To this end, after step S60, the video reproduction service server 200 provides the user terminal with a message list consisting of a list of at least one interaction request frame descriptor (descriptor_request_interaction) and at least one interaction response message (message_reply_interaction). The step l may be further performed.

The message list can be implemented to be sorted or filtered in the order of timeline according to the user's selection, or sorted or filtered by the author, and when a specific interaction request frame descriptor (descriptor_request_interaction) or a specific interaction response message (message_reply_interaction) is selected It can be implemented to selectively play only videos.

The first messaging session (session_messaging_1st) is initiated and configured to further include a third party interaction invitation user (not shown) in the first messaging session (session_messaging_1st) in the communication process between the interaction request user (A) and the interaction response user (B). It is preferred. If there are a large number of people who share the interests of the video, adding the invitation users of this interaction can share more people's opinions, and automatically overlay the shared opinions on the video to increase the effectiveness of video content reproduction. have.

To this end, after any one of steps d (S40) to f (S60) in which the first messaging session (session_messaging_1st) is maintained, the video reproduction service server 200 responds to the interaction requesting user (A) or interaction Step m controlling the message service server 300 to add a user other than the interaction request user A and the interaction response user B as the interaction invitation user to the first messaging session (session_messaging_1st) according to the request of the user B To do more.

At this time, in order to inform the newly added interaction invitation user of the context of communication and the content of the video, in step m, the video reproduction service server 200 invites an interaction for an interaction request frame descriptor (descriptor_request_interaction) or an interaction response message (message_reply_interaction). The seventh sub-step of receiving the fifth selection signal (signal_selection_5th) according to the user's selection through the message service server 300 is performed. Next, the eighth sub-step in which the video reproduction service server 200 identifies the interrupt frame (frame_interrupted) through the frame identifier (id_frame) associated with the interaction request frame descriptor (descriptor_request_interaction) upon receipt of the fifth selection signal (signal_selection_5th) To do more. Finally, the video reproduction service server 200 further performs a ninth step of controlling the message service server 300 so that the user terminal of the interaction invitation user plays the video from the interrupt frame (frame_interrupted).

100, 400, 500: user terminal 200: video reproduction service server
210: video service providing unit 212: Web page storage module
214: video storage module 220: message processing unit
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: graphic processing unit
232: overlay processing module
234: Interrupt frame data generation module
236: object extraction module 238: indicator generation module
240: user input processing unit 250: communication unit
300: message service server

Claims (33)

(a) a video reproduction service server activating a frame descriptor input interface during playback of a video by an interruption of an interaction requesting user, and receiving an interaction request frame descriptor input through the frame descriptor input interface;
(b) the video reproduction service server generating a frame identifier identifying an interrupt frame interrupted by the interaction requesting user, and associating the frame identifier with the interaction request frame descriptor;
(c) the video reproduction service server controlling the message service server to initiate a first messaging session between the interaction requesting user and the interaction response user by the message service server of the selected message service provider;
(d) controlling, by the video reproduction service server, the message service server to deliver the interaction request frame descriptor to the interaction response user through the first messaging session;
(e) the video reproduction service server, associated with the interaction request frame descriptor, receiving the interaction response message input by the interaction response user through a message input interface through the first messaging session and the message service server ; And
and (f) the video reproduction service server overlaying the received interaction response message with a frame of a predetermined section from the interrupt frame identified through the frame identifier generated in step (b). Video reproduction service method characterized in that the. According to claim 1, In any one of steps (b) to (f),
And the video reproduction service server overlays the interaction request frame descriptor on a frame of a predetermined section from the interrupt frame identified through the frame identifier. The method of claim 1, wherein the step (f),
A first sub-step in which the video reproduction service server extracts at least one object by analyzing an image of a frame in a predetermined section from the interrupt frame; And a second sub-step in which the video reproduction service server arranges and overlays the interaction response message on a frame of a predetermined section from the interrupt frame so that an area where the interaction response message and the object overlap is minimized. Video reproduction service method characterized in that. According to claim 2, The video reproduction service method, after the step (f),
(g) the video reproduction service server determining whether the counting result is greater than or equal to a threshold by counting the number of interaction request frame descriptors and / or interaction response messages of the interrupt frame identified through the frame identifier; And
(h) when the video reproduction service server determines that the counting result of step (g) is greater than or equal to the threshold, a first display item indicating the number of interaction request frame descriptors and / or interaction response messages above the threshold Or overlaying a second indication item indicating the existence of an interaction request frame descriptor and / or an interaction response message above the threshold to a frame of a predetermined section from the interrupt frame identified through the frame identifier. Video reproduction service method. The method of claim 4, wherein (h) step,
When the video reproduction service server receives the first selection signal according to the user's selection of the first display item or the second display item, a list of excess items displaying an interaction request frame descriptor and / or interaction response message above the threshold is displayed. Video reproduction service method characterized in that it further comprises. The method of claim 1, wherein the video reproduction service method is after step (f),
(i) the video reproduction service server receiving a second selection signal according to a user's selection for the overlayed interaction response message from a user terminal;
(j) the video reproduction service server controlling the message service server to initiate a second messaging session between the user and the interaction response user. The method of claim 6, wherein (j) step,
The video reproduction service server further provides a messaging service interface capable of inputting a message through the second messaging session and outputting a message in the vicinity of an area where the interaction response message is overlaid. Service method. The method of claim 6, wherein the video reproduction service method is after step (j),
(k) the video reproduction service server overlays an interaction response message added through the second messaging session from the interrupt frame identified through the frame identifier generated in step (b) to a frame of a predetermined section. Step; Video reproduction service method characterized in that it further comprises. The method of claim 1, wherein the video reproduction service method is after step (f),
(l) the video reproduction service server providing a message list consisting of a list of at least one or more interaction request frame descriptors and at least one or more interaction response messages to a user terminal; Method of reproduction service. The method of claim 1, wherein step (c),
The video reproduction service server controls the message service server of the message service provider selected by the interaction requesting user, controls the message service server of the message service provider preselected by the interaction response user, or is selected by the video upload 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 step (c),
And the video reproduction service server controls a message service server of a message service provider selected by the interaction requesting user among a plurality of message service providers selected by a video upload user. According to claim 1,
In the step (a) or the step (b), the video reproduction service server extracts an image of a frame in a predetermined section from the interrupt frame to generate interrupt frame data,
In step (d), the video reproduction service server transmits the message service server to further transmit the information related to the interrupt frame data and / or the interrupt frame data to the interaction response user through the first messaging session. Video reproduction service method characterized in that the control. The method of claim 12, wherein step (a) or step (b) comprises:
The video reproducing service server interrupts at least one of a still image of the interrupt frame, a still image of one of frames of a predetermined section including the interrupt frame, and a video clip of a predetermined section of the interrupt frame. Video reproduction service method characterized in that it is generated as frame data. The method of claim 12, wherein (d) step,
A third sub-step in which the video reproduction service server receives a third selection signal according to the selection of the interrupt frame data of the interaction response user from the message service server; And
And a fourth sub-step in which the video reproduction service server controls the message service server such that the video is played on the user terminal of the interaction response user from the interrupt frame in response to receiving the third selection signal. Video reproduction service method characterized by. The method of claim 1, wherein step (d) or step (e) comprises:
A fifth sub-step in which the video reproduction service server receives 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 sub-step in which the video reproduction service server controls the message service server such that the video is played in the terminal of the interaction response user from the interrupt frame in response to the reception of the fourth selection signal. Video reproduction service method. According to claim 1, The video reproduction service method, after any one of the steps (d) to (f),
(m) so that the video reproduction service server adds the interaction requesting user and the non-interaction responding user to the first messaging session according to the request of the interaction requesting user and / or the interaction responding user. And controlling the message service server. The method of claim 16, wherein (m) step,
A seventh sub-step in which the video reproduction service server receives, through the message service server, a fifth selection signal according to the selection of the interaction invitation user for the interaction request frame descriptor or the interaction response message;
An eighth sub-step in which the video reproduction service server identifies the interrupt frame through a frame identifier associated with the interaction request frame descriptor upon reception of the fifth selection signal; And
And the video reproduction service server controlling the message service server so that the user terminal of the interaction invitation user plays the video from the interrupt frame. The method of claim 1, wherein the interaction request frame descriptor and the interaction response message are:
A video reproduction service method, characterized in that it is any one of text, still images, dynamic images, or a combination thereof. A communication unit performing communication with a user terminal and a message service server;
A video service providing unit that transmits video data and web page data to the user terminal;
A user input processing unit that receives an input signal from the user terminal and processes it;
A message processor for providing an interaction request frame descriptor input from the user terminal to the message service server of a selected message service provider and receiving an interaction response message from the message service server; And
And a graphic processing unit overlaying the interaction response message on a video.
The message processing unit may include an input interface activation module that activates a frame descriptor input interface by an interaction request user's interruption during playback of a video to receive the interaction request frame descriptor; A frame identifier management module for generating a frame identifier identifying an interrupt frame interrupted by the interaction request user and associating the frame identifier with the interaction request frame descriptor; And controlling the message service server to initiate a first messaging session between the interaction requesting user and an interaction responding user, and controlling the message service server to send the interaction request frame descriptor to the interaction responding user through the first messaging session. And a message service server control module for transmitting and receiving an interaction response message input through a message input interface through the first messaging session and the message service server, through which the interaction response user is associated with the interaction request frame descriptor Is composed by,
The graphic processing unit, the overlay processing module for overlaying the interaction response message on the video, overlaying a frame of a predetermined section from an interrupt frame identified through the frame identifier generated by the frame identifier management module. Video reproduction service server, characterized in that configured. The method of claim 19, wherein the overlay processing module,
And overlaying the interaction request frame descriptor on a frame of a predetermined section from the interrupt frame generated by the frame identifier management module. The method of claim 19,
The graphic processing unit further comprises an object extraction module that extracts at least one object by analyzing an image of a frame in a predetermined section from the interrupt frame,
The overlay processing module overlays the interaction response message on the frame of a predetermined section from the interrupt frame so that the area where the interaction response message and the object overlap is minimized. The method of claim 19,
The message processing unit further comprises 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,
The graphic processing unit determines whether the counting result of the counting module is equal to or greater than a threshold value, and when it is determined that the threshold value is greater than or equal to the threshold value, the first display item or the threshold value indicating the number of interaction request frame descriptors and / or interaction response messages equal to or greater than the threshold It is configured to further include an indicator generation module for generating a second display item indicating the existence of the above-described interaction request frame descriptor and / or interaction response message,
And the overlay processing module overlays the first display item or the second display item on a frame of a predetermined section from the interrupt frame identified through the frame identifier. The method of claim 22,
The user input processing unit receives a first selection signal generated according to the user's selection of the first display item or the second display item from the user terminal through the communication unit,
The overlay processing module displays a list of excess items displaying an interaction request frame descriptor or an interaction response message above the threshold according to the reception of the first selection signal. The method of claim 19,
The user input processing unit receives a second selection signal according to the user's selection for the overlayed interaction response message from the user terminal through the communication unit,
And the message service server control module controls the message service server to initiate a second messaging session between the user and the interaction response user upon receiving the second selection signal. 25. The method of claim 24, The input interface activation module,
And 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 upon receiving the second selection signal. The method of claim 24, wherein the overlay processing module,
The video reproduction service, characterized in that the interaction response message added through the second messaging session is overlaid on a frame of a predetermined section from a frame identified through a frame identifier associated with the interaction response message where the second selection signal is generated. server. The method of claim 19, wherein the message service server control module,
Control the message service server of the message service provider selected by the interaction requesting user, control the message service server of the message service provider previously selected by the interaction responding user, or the message service server of the message service provider selected by the video upload user Or a message service server of a message service provider selected by an administrator of the video reproduction service server. The method of claim 19,
The graphic processing unit further includes an interrupt frame data generation module that extracts an image of a frame of a predetermined section from the interrupt frame and generates interrupt frame data,
The message service server control module, the message service server to further transmit the information associated with the interrupt frame data and / or the interrupt frame data together with the interaction request frame descriptor to the interaction response user through the first messaging session. Video reproduction service server, characterized in that to control. The method of claim 28,
The user input processing unit further receives a third selection signal according to the selection of the interrupt frame data of the interaction response user from the message service server through the communication unit,
The message service server control module controls the message service server to play a video associated with the interrupt frame data from the interrupt frame in the user terminal of the interaction response user according to the reception of the third selection signal. Video reproduction service server. The method of claim 19,
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,
The message service server control module controls the message service server to play the video from the interrupt frame identified through the frame identifier by the user terminal of the interaction response user according to the reception of the fourth selection signal. Video reproduction service server characterized by. The method of claim 19, wherein the message service server control module,
And controlling the message service server to add the interaction requesting user and the non-interaction responding user as the interaction invitation user to the first messaging session at the request of the interaction requesting user or the interaction responding user. Reproduction service server. The method of claim 31,
The user input processing unit further receives a fifth selection signal according to the selection of the interaction invitation user for an interaction request frame descriptor or an interaction response message from the message service server through the communication unit,
The message service server control module controls the message service server to play the video from the frame identified through the frame identifier by the user terminal of the interaction invitation user according to the reception of the fifth selection signal. Video reproduction service server. The method of claim 19, wherein the message processing unit,
And a message list generation module providing a message list consisting of a list of at least one interaction request frame descriptor and at least one list of at least one interaction response message to the user terminal.

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