KR102121371B1 - Realtime sharing system of life image information - Google Patents

Abstract

The present invention relates to a method for sharing life image information in real time. The method comprises the steps of: allowing a requester terminal to transmit, to a service server, basic information for receiving image information obtained by provider terminals; allowing the service server to generate candidate information, which is information on some provider terminals matching the basic information, among the provider terminals that agree to provide information and to transmit the candidate information to the requester terminal; allowing the requester terminal to transmit, to the service server, selection information that at least one of the provider terminals included in the candidate information is selected; allowing the service server to request, from the selected provider terminals, transmission of the image information while transmitting, to the selected provider terminals, an activation signal for activating an image information sharing unit set to a standby mode; allowing the selected provider terminals to transmit, to the service server, the image information obtained by the image information sharing unit activated by the activation signal; and allowing the service server to provide the requester terminal with the image information received from the selected provider terminals. According to the present invention, the method enables an image requester located in a remote place to activate a camera provided in an image provider terminal for a set time and receive various life images from the image provider terminal while the camera provided in the image provider terminal for providing life images is set to a standby mode, thereby enabling the image provider and the image requester to share the life images in real time.

Description

Real-time sharing of live video information{REALTIME SHARING SYSTEM OF LIFE IMAGE INFORMATION}

The present invention relates to a method for real-time sharing of live video information. More specifically, according to the present invention, a video requester located at a remote location activates a camera provided in a video provider terminal for a set time while a camera provided in a video provider terminal providing a living video is set to standby mode. The present invention relates to a real-time sharing method of living image information that enables a real-time sharing of a living image between a video provider and a requester by allowing various living images to be provided in real time.

With the recent rapid development of information and communication technology, a wide variety of information providers collect various information and provide it to users.

For example, users can access a video providing site such as YouTube or a site providing a public CCTV video to receive the video provided by them.

However, in this conventional video providing method, since the provider has the initiative in providing the video, the requester who is the consumer does not actively receive the video he wants, and passively selects one or more of the video provided by the provider. Accordingly, there is a problem that the requester must repeat viewing of multiple images until he finds the desired image.

Republic of Korea Patent Publication No. 10-2004-0096669 (published date: November 17, 2004, name: life information sharing system) Republic of Korea Patent Publication No. 10-2008-0103370 (published date: November 27, 2008, name: P2P service based real-time traffic video information sharing system and its control method) Republic of Korea Registered Patent Publication No. 10-1658614 (Registration date: September 12, 2016, Name: mobile video recording device, information sharing terminal, information sharing system using a mobile video recording device)

The technical problem of the present invention is a video requester located at a remote location in a state in which the camera provided in the video provider terminal providing the living video is set to the standby mode, thereby activating the camera provided in the video provider terminal for a set period of time. It is to support real-time video sharing between video providers and requesters by allowing them to receive real-time video.

The method for real-time video information sharing according to the present invention for solving this technical problem is a basic information transmission step in which a requester terminal transmits basic information for receiving image information acquired by provider terminals to a service server, and the service server provides information A candidate information generation/transmission step of generating candidate information, which is information on provider terminals matching the basic information, from among the provider terminals that have agreed to the information and transmitting it to the requester terminal, wherein the requester terminal is a provider terminal included in the candidate information Information provider selection step of transmitting at least one of the selected selection information to the service server, requesting the transmission of image information while transmitting an activation signal for activating the image information sharing unit set in the standby mode to the selected service provider terminal. Video information requesting step, video information transmitting step of transmitting the video information obtained by the video information sharing unit activated by the activation signal by the selected provider terminal to the service server, and video received by the service server from the selected provider terminal And a video information service step of providing information to the requester terminal.

In the method for real-time sharing of video information according to the present invention, the provider terminals are mobile terminals that are carried by providers or installed in vehicles operated by the providers and moved by movement of the vehicles.

In the method for real-time sharing of video information according to the present invention, the transmission time of video information transmitted from the selected provider terminal to the service server in the video information transmission step is set and resettable by a provider or a requester.

In the method for real-time sharing of video information according to the present invention, in the basic information transmission step, the basic information transmitted by the requester terminal to the service server includes at least one of a keyword of interest and a location of interest of the requester. .

In the method for real-time sharing of video information according to the present invention, in the basic information transmission step, when the requestor terminal includes the keyword of interest of the requester in the basic information transmitted to the service server, in the candidate information generation/transmission step, The service server is characterized in that it generates the candidate information by extracting provider terminals that have registered postings related to the keyword of interest within a time range set based on the reception time of the basic information among provider terminals that have agreed to provide the information. .

In the real-time image information sharing method according to the present invention, when the requestor terminal includes the location of interest of the requester in the basic information transmitted to the service server in the basic information transmission step, in the candidate information generation/transmission step, The service server extracts provider terminals located within a set distance range from the point of interest based on a reception time point of the basic information among provider terminals that agree to provide the information, and generates the candidate information.

In the method for real-time sharing of video information according to the present invention, in the basic information transmission step, if the requestor's interest location and the keyword of interest are included in the basic information transmitted by the requester terminal to the service server, the candidate information is generated/transmitted. In the step, the service server primarily extracts provider terminals located within a set distance range from the point of interest based on the reception time of the basic information among provider terminals that agree to provide the information, and primarily extracts Characterized in that the candidate information is generated by secondarily extracting provider terminals that have registered a post related to the keyword of interest within a time range set based on the reception time of the basic information among the provided provider terminals.

In the method for real-time sharing of video information according to the present invention, in the information provider selection step, icons indicative of provider terminals included in candidate information transmitted from the service server are displayed on the requester terminal in a format mapped to an electronic map. It is characterized by.

In the real-time sharing method of video information according to the present invention, the video information provided by the service server to the requester terminal in the video information service step includes attribute information of a provider terminal providing the video information. .

In the real-time image information sharing method according to the present invention, the attribute information includes the location, speed, route, direction, altitude of the provider terminal, the distance between the provider terminal and the requester terminal, and the provider terminal providing the image information Characterized in that it comprises at least one of the time.

According to the present invention, the video requester located at a remote location activates the camera provided in the video provider terminal for a set time while the camera provided in the video provider terminal providing the living video is set to the standby mode, thereby enabling various lives from the video provider terminal. By providing the video in real time, it is possible to share the live video in real time between the video provider and the requester.

1 is a view showing a video information real-time sharing method according to an embodiment of the present invention,
2 is a diagram showing an exemplary system configuration in which a video information real-time sharing method according to an embodiment of the present invention is performed,
3 is a view illustrating a concept in which a requester requesting an image actively activates a video information sharing unit in a standby mode provided in a provider terminal, and receives an image obtained by the activated video information sharing unit in an embodiment of the present invention. Drawing,
4 to 7 are diagrams for conceptually and exemplarily describing various services that can be serviced in an image information service step in an embodiment of the present invention.

Specific structural or functional descriptions of the embodiments according to the concept of the present invention disclosed herein are exemplified for the purpose of explaining the embodiments according to the concept of the present invention, and the embodiments according to the concept of the present invention are in various forms And may not be limited to the embodiments described herein.

Embodiments according to the concept of the present invention can be applied to various changes and can have various forms, so the embodiments will be illustrated in the drawings and described in detail herein. However, this is not intended to limit the embodiments according to the concept of the present invention to specific disclosure forms, and includes all changes, equivalents, or substitutes included in the spirit and scope of the present invention.

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

1 is a view showing a real-time video information sharing method according to an embodiment of the present invention, Figure 2 is a view showing an exemplary system configuration in which the real-time video information sharing method according to an embodiment of the present invention, 3 is a diagram illustrating a concept in which a requester requesting an image actively activates a video information sharing unit in a standby mode provided in a provider terminal, and receives an image obtained by the activated video information sharing unit in an embodiment of the present invention. to be.

1 to 3, the real-time image information sharing method according to an embodiment of the present invention includes a basic information transmission step (S10), a candidate information generation/transmission step (S20), an information provider selection step (S30), and an image It includes an information request step (S40), an image information transmission step (S50), and an image information service step (S60).

In the following description, the provider terminal 20 is a terminal that provides the video information captured by the self-equipped camera in response to a video request from the requester terminal 10 to the requester terminal 10 via the service server 30 As, a mobile device such as a navigation device or a video recording device that is also referred to as a black box, which is provided by a provider or installed in a vehicle operated by the provider and moved by the movement of the vehicle, may be used. Further, the requester terminal 10 may be a mobile terminal carried by a requester requesting image information or a terminal such as a PC.

Hereinafter, an embodiment of the present invention will be described by taking the case where the provider terminal 20 and the requester terminal 10 are portable terminals equipped with an image information sharing unit which is an application that supports image information sharing, but one embodiment of the present invention The terminal that can be applied to the example is not limited to this.

In the basic information transmission step (S10), the requester terminal 10 transmits the basic information for receiving the image information obtained by the provider terminals 20 to the service server 30. In the following description, the requester terminals 10 and the provider terminals 20 may be terminals of requesters and providers who have signed up for the video sharing service provided by the service server 30.

For example, in the basic information transmission step (S10), the basic information transmitted by the requester terminal 10 to the service server 30 may include one or more of a keyword of interest and a location of interest. The basic information is information used by the service server 30 to identify a requester's interest image and match providers that can provide the interest image.

In the candidate information generation/transmission step (S20), the service server 30 generates candidate information, which is information about provider terminals 20 that meet the basic information, among the provider terminals 20 that have agreed to provide the information, thereby requesting The process of transmitting to the terminal 10 is performed.

As one example, in the basic information transmission step (S10), when the requestor terminal 10 includes the keyword of interest of the requester in the basic information transmitted to the service server 30, in the candidate information generation/transmission step (S20), The service server 30 generates candidate information by extracting provider terminals 20 registered to posts associated with a keyword of interest within a set time range based on the reception time of the basic information among provider terminals 20 who agree to provide information. It can be configured to. As a specific example of this, when the basic information input by the requester is "sunrise", the service server 30 may, for example, post a post related to sunrise within 30 minutes from the time of receiving the basic information of "sunrise". Candidate information may be generated by extracting the registered provider terminals 20.

As another example, when the requestor terminal 10 includes the location of interest of the requester in the basic information transmitted from the basic information transmission step (S10) to the service server 30, in the candidate information generation/transmission step (S20), the service is provided. The server 30 is configured to extract candidate terminals 20 located within a set distance range from a location of interest based on a reception time of basic information among provider terminals 20 who have agreed to provide the above information to generate candidate information Can be. As a specific example of this, when the basic information input by the requester is "Jung Dong-Jin", the service server 30 extracts from the "Jung Dong-Jin", for example, provider terminals 20 located within a radius of 1 km, and is a candidate Information can be generated.

As another example, if the requestor's terminal 10 and the keyword of interest are included in the basic information transmitted by the requester terminal 10 to the service server 30 in the basic information transmission step (S10), the candidate information generation/transmission step (S20) ), the service server 30 primarily extracts provider terminals 20 located within the set distance range from the point of interest based on the reception time of the basic information among provider terminals 20 who agree to provide the information. Then, among the extracted provider terminals 20, the provider terminals 20 registered to posts associated with the keyword of interest are extracted secondarily within the time range set based on the reception time of the basic information to generate candidate information. Can be configured. As a specific example of this, when the basic information input by the requester is "Jung Dong-Jin" and "Sunrise", the service server 30 1) primarily, for example, from "Jung Dong-Jin", for example, radius The provider terminals 20 located within 2 km are first extracted, and 2) among the extracted provider terminals 20 primarily, for example, the sunrise related to sunrise within 30 minutes from the time of receiving the basic information of "sunrise" Candidate information may be generated by secondarily extracting provider terminals 20 that have registered a post.

In the information provider selection step (S30), the requestor terminal 10 displays candidate information transmitted from the provider terminal 20, and the selection server selects one or more of the provider terminals 20 included in the candidate information. The process of transmitting to (30) is performed.

For example, in the information provider selection step (S30), the requestor terminal 10 has icons indicative of the provider terminals 20 included in candidate information transmitted from the service server 30 in a format mapped to the electronic map. It can be configured to be displayed, and through this user interface, the requester can intuitively and easily select the information provider desired by the user.

In the video information request step (S40), a process of requesting video information transmission is performed while the service server 30 transmits an activation signal for activating the video information sharing unit set to the standby mode to the selected provider terminal 20.

In the image information transmission step (S50), a process is performed in which the selected provider terminal 20 transmits the image information obtained by the image information sharing unit activated by the activation signal to the service server 30.

In an embodiment of the present invention, a description will be given of a standby mode, which is an operating state of the provider terminal 20.

As an example, the standby mode is a video information sharing unit installed in the provider terminal 20 and supporting video sharing between the requester and the provider, waiting for the video request transmitted from the requester terminal 10 via the service server 30 It may be a state. In this case, when the requester terminal 10 selects the provider terminal 20 to the service server 30 to request an image, and the service server 30 transmits an activation signal to the selected provider terminal 20, the provider terminal The video information sharing unit installed in (20) is activated to operate the camera of the provider terminal (20) to shoot the surrounding image, and the captured surrounding image can be delivered in real time to the requester terminal (10) via the service server (30). have.

As another example, when the video information sharing unit, which is an application installed on the provider terminal 20 and supports video sharing between the requester and the provider, is in the current operating state, that is, the camera of the provider terminal 20 is already operating at the request of another requester If it is, the standby mode may be in a state of waiting to start transmitting the video to the current new requester in addition to transmitting the video to the other requester. For example, when a plurality of requester terminals 10 are connected to the provider terminal 20 to receive an image and connection with all requester terminals 10 is terminated, the video information sharing unit of the provider terminal 20 It can be disabled and changed to standby mode.

For example, in the image information transmission step (S50), the transmission time of the image information transmitted from the selected provider terminal 20 to the service server 30 may be set and resettable by the provider or requester. For example, the transmission period of the video information, that is, the setting of the allowable access time, etc. is an option value according to the attributes of the provider or the individual requester. In a specific example, the requester can set the sharing time for one request, and the provider It is also possible to pre-set requesters to request sharing in a few minutes for one video provided by them.

In the video information service step (S60), a process in which the service server 30 services the video information transmitted from the selected provider terminal 20 to the requester terminal 10 is performed.

For example, in the image information service step (S60 ), the image information serviced by the service server 30 to the requester terminal 10 may be configured to include attribute information of the provider terminal 20 providing image information.

As a specific example, the attribute information includes the location, speed, route, direction, altitude of the provider terminal 20, the distance between the provider terminal 20 and the requester terminal 10, and the time at which the provider terminal 20 provided the video information can do.

4 to 7, in various embodiments, various services that can be serviced in the image information service step (S60) will be conceptually and exemplarily described.

4 to 7, the video information service server 30 service to requester terminal 10 includes location, speed, route, direction, altitude, provider terminal 20 of provider terminal 20 and Since one or more of the distance between the requester terminals 10 and the time provided by the provider terminal 20 is provided, the service server 30 matches these attribute information with the image information to provide various additional services to the requester. Can provide.

For example, the service server 30 may provide a service in which one or more attribute information is combined with the video information based on the video information.

As a specific example, as shown in FIG. 6, the image information is combined with attribute information such as speed, path, location, direction, distance, altitude, time, and thus the moving speed, moving path, vehicle location, moving time, and driving direction of the vehicle. , It can provide real-time video of traffic communication before/after driving, daily surrounding video, vehicle model information, etc., through which the vehicle speed, location, and video can be checked in real time, traffic congestion section, slow section, smooth section, specific You can check the spots in real time with video.

In addition, as disclosed in FIG. 7, when the video provider is a returnee, the person who monitors the returning home is provided with a moving speed of the vehicle on which the returnee travels, traffic situation information on the travel route, and a real-time video of the returnee's front and rear In the event of an emergency, it is possible to allow the returnee and the returnee to share information that may occur in the returning home process, including the automatic tracking function of the returnee's location in the event of an emergency and the real-time chat function.

As described in detail above, according to the present invention, the video requester located at a remote location activates the camera provided in the video provider terminal for a set time while the camera provided in the video provider terminal providing the living video is set to the standby mode. By providing a variety of live images from the video provider terminal in real time, it is possible to share the live video in real time between the video provider and the requester.

10: requester terminal
20: provider terminal
30: service server
S10: Basic information transmission step
S20: candidate information generation/transmission step
S30: Information provider selection step
S40: Video information request step
S50: image information transmission step
S60: Video information service stage

Claims (10)

As a real-time video information sharing method,
A basic information transmission step in which the requester terminal transmits basic information for receiving the image information acquired by the provider terminals to the service server;
A candidate information generation/transmission step of generating candidate information, which is information on provider terminals matching the basic information, among the provider terminals 20 that the service server has agreed to provide information to and transmitting to the requester terminal;
An information provider selection step in which the requester terminal transmits selection information selected from one or more of the provider terminals included in the candidate information to the service server;
An image information request step of requesting image information transmission while transmitting an activation signal for activating the image information sharing unit set in the standby mode to the selected provider terminal by the service server;
An image information transmission step of transmitting the image information obtained by the image information sharing unit activated by the activation signal by the selected provider terminal to the service server; And
And a video information service step in which the service server services the video information transmitted from the selected provider terminal to the requester terminal,
When the requestor terminal includes the keyword of interest of the requester in the basic information transmitted to the service server in the step of transmitting the basic information,
In the step of generating/transmitting the candidate information, the service server extracts provider terminals that have registered postings associated with the keyword of interest within a time range set based on the reception time of the basic information among provider terminals that have agreed to provide the information, and Characterized in that the generation of the candidate information, Real-time video information sharing method.
According to claim 1,
The provider terminals are mobile terminals which are carried by providers or installed in vehicles operated by the providers and moved by the movement of the vehicles.
According to claim 1,
Method for real-time video information sharing, characterized in that the transmission time of the video information transmitted from the selected provider terminal to the service server in the video information transmission step can be set and reset by a provider or a requester.
According to claim 1,
In the step of transmitting the basic information, the basic information transmitted by the requester terminal to the service server includes one or more of a keyword of interest and a location of interest of the requester, real-time video information sharing method.
delete According to claim 1,
When the requester terminal includes the location of interest of the requester in the basic information transmitted to the service server in the basic information transmission step,
In the step of generating / transmitting the candidate information,
The service server extracts provider terminals located within a set distance range from the point of interest based on a reception time point of the basic information among provider terminals that agree to provide the information, and generates the candidate information. How to share information in real time.
According to claim 1,
When the requestor terminal includes the location of interest and the keyword of interest in the basic information transmitted by the requester terminal to the service server in the basic information transmission step,
In the step of generating / transmitting the candidate information,
The service server primarily extracts provider terminals located within a set distance range from the point of interest based on a reception time point of the basic information among provider terminals that have agreed to provide the information, and the provider terminal extracted primarily A method of sharing video information in real time, characterized in that the candidate information is generated by secondarily extracting provider terminals that have registered a post related to the keyword of interest within a time range set based on a point in time when the basic information is received.
According to claim 1,
In the information provider selection step,
The requester terminal is characterized in that the icon indicating the provider terminal included in the candidate information received from the service server is displayed in a format mapped to the electronic map, real-time video information sharing method.
According to claim 1,
In the video information service step, the video information serviced by the service server to the requester terminal includes attribute information of a provider terminal that provides the video information.
The method of claim 9,
The attribute information
Real-time sharing of video information, characterized in that it includes at least one of the location, speed, route, direction, altitude of the provider terminal, the distance between the provider terminal and the requester terminal, and the time at which the provider terminal provided the video information. Way.

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