KR20240081413A - System and method for providing location based video service - Google Patents

Abstract

According to the present invention, a display panel that provides a screen, a location measuring unit that measures a real-time location, and a user terminal in which a service providing application is installed; and a service operation server that is communicatively connected to the user terminal and provides a location-based video service to users using the user terminal through the service providing application, wherein the service operation server provides information for posting from the user terminals. It has an image database that receives and stores images, and a reward database that stores rewards. The service operation server transmits images selected based on location among the images stored in the image database to the user terminal, and the service providing application displays a map and an image transmitted from the service operation server on the screen, plays the image selected by the user, the image exposed on the screen is placed at a corresponding location on the map, and the reward is provided to the service It is a reward provided by the user to the publisher who posted the playback video for the playback video played by the providing application, and the service operation server is a location-based video service providing system including a reward management unit that manages the reward for each user. This is provided.

Description

System and method for providing location-based video services {SYSTEM AND METHOD FOR PROVIDING LOCATION BASED VIDEO SERVICE}

The present invention relates to technology for providing video services, and relates to technology for providing video services based on location information.

As a prior art related to the present invention, a location recognition-based video route guidance service system is described in Registered Patent No. 10-1587976. The location recognition-based video route guidance service system includes a route guidance application module installed in a mobile terminal and a route guidance service server. The route guidance application module transmits destination information input or selected by the mobile terminal user and current location information obtained from the wireless tag to the route guidance service server. The route guidance service server reads and transmits a route guidance video from an internal DB based on destination information and current location information transmitted from the route guidance application module.

Republic of Korea Registered Patent Publication No. 10-1587976 (2016.01.25)

The purpose of the present invention is to provide a location-based video service that uses location-based short videos as the main content, differentiates videos by location, allows consumers to more easily access and check the surrounding situation, and promotes users' video uploads. It provides systems and methods.

In order to achieve the object of the present invention described above, according to one aspect of the present invention, a display panel providing a screen, a location measuring unit measuring a real-time location, and a user terminal on which a service providing application is installed; and a service operation server that is communicatively connected to the user terminal and provides a location-based video service to users using the user terminal through the service providing application, wherein the service operation server provides information for posting from the user terminals. It has an image database that receives and stores images, and a reward database that stores rewards. The service operation server transmits images selected based on location among the images stored in the image database to the user terminal, and the service providing application displays a map and an image transmitted from the service operation server on the screen, plays the image selected by the user, the image exposed on the screen is placed at a corresponding location on the map, and the reward is provided to the service It is a reward provided by the user to the publisher who posted the playback video for the playback video played by the providing application, and the service operation server is a location-based video service providing system including a reward management unit that manages the reward for each user. This is provided.

In order to achieve the object of the present invention described above, according to another aspect of the present invention, it is communicatively connected to the user terminal used by the user and provides a location-based video service to the user through a service providing application installed on the user terminal. A method of providing a location-based video service using a system including a service operation server, comprising: a video generation step of generating a video for posting by the service providing application; A video upload step of storing the video for posting in an video database provided in the service operation server; An image providing step of providing a plurality of images for publication stored in the image database to the user terminal; An image arrangement step in which a plurality of images provided through the image provision step are arranged on the screen of the user terminal; An image playback step in which one of a plurality of images arranged through the image arrangement step is selected and played back; And a reward provision confirmation step in which the reward provided by the user as compensation to the publisher who posted the played video is confirmed for the video played through the video playback step, and in the video placement step, the service providing application A method of providing a location-based video service is provided, where the video is placed at a corresponding location on a map.

According to the present invention, all of the objectives of the present invention described above can be achieved. Specifically, by providing rewards that other users can use to purchase products as compensation for videos uploaded by users based on location, it can promote the upload of location-based videos and further stimulate product purchases.

1 is a block diagram showing the schematic configuration of a location-based video service providing system according to an embodiment of the present invention.
FIG. 2 is a block diagram showing the schematic configuration of the user terminal shown in FIG. 1.
Figure 3 shows the first screen displayed on the user terminal upon execution of the location-based video service providing application for the user terminal shown in Figure 2.
Figure 4 shows a homepage screen displayed on the user terminal upon execution of the location-based video service providing application for the user terminal shown in Figure 2.
FIGS. 5A and 5B sequentially show detailed screens of location-based video provision according to execution of the location-based video service provision application for the user terminal shown in FIG. 2.
Figure 6 shows a detailed screen of providing a first recommended video according to execution of the location-based video service providing application for the user terminal shown in Figure 2.
Figure 7 shows a detailed screen for providing a second recommended video according to execution of the location-based video service providing application for the user terminal shown in Figure 2.
FIGS. 8A, 8B, and 8C sequentially show detailed shopping screens according to execution of the location-based video service providing application for the user terminal shown in FIG. 2.
Figures 9a and 9b sequentially show detailed screens of bulletin board confirmation upon execution of the location-based video service providing application for the user terminal shown in Figure 2.
FIG. 10 sequentially shows detailed screens of banner confirmation according to execution of the location-based video service providing application for the user terminal shown in FIG. 2.
FIG. 11 is a block diagram showing the schematic configuration of the service operation server shown in FIG. 1.
Figure 12 is a flowchart schematically explaining a method of providing a location-based video service according to an embodiment of the present invention.
FIGS. 13A, 13B, and 13C are diagrams sequentially showing an example of the image generation step in FIG. 12.
FIG. 14 is a flowchart schematically explaining another embodiment of the image generation step in FIG. 12.
FIGS. 15A, 15B, and 15C are screens sequentially showing the process of automatically generating an image according to the flow chart shown in FIG. 14.

Hereinafter, the configuration and operation of an embodiment of the present invention will be described in detail with reference to the drawings.

Figure 1 shows a block diagram of the schematic configuration of a location-based video service providing system according to an embodiment of the present invention. Referring to FIG. 1, a location-based video service providing system 100 according to an embodiment of the present invention includes a plurality of user terminals 110 used by each user receiving a location-based video service, and a plurality of It includes a service operation server 160 that provides location-based video services to users through the user terminals 110. A plurality of user terminals 110 and the service operation server 160 are communicatively connected through a communication network (N). In this embodiment, the communication network (N) is an Internet communication network, the user terminal 110 is connected to the communication network (N) through wireless communication, and the service operation server 160 is connected to the communication network (N) through wired communication. It is explained as follows. All videos provided in this embodiment are short videos, and in this embodiment, videos with a playback time of 1 minute or less are defined as short videos. In this embodiment, the short video may include a moving image, a still image, and a mixed image combining a moving image and a still image.

The user terminal 110 is a portable wireless communication terminal used by each user who receives location-based video services. In this embodiment, the user terminal 110 is described as a smartphone with a typical configuration used by a user. Alternatively, it may be another portable wireless communication terminal that is portable and capable of wireless communication, such as a tablet PC with a typical configuration. The user terminal 110 is communicatively connected to the communication network N through wireless communication, and exchanges data and information for providing a location-based video service with the service operation server 160. The user terminal 110 is installed with a location-based video service providing application for the user terminal (hereinafter abbreviated as 'application for the user terminal'), which is an application program for providing the location-based video service according to the present invention. FIG. 2 schematically shows the location-based video service-related configuration of the user terminal 110 as a block diagram. Referring to FIG. 2, the user terminal 110 includes an input unit 111, an output unit 113, a position measurement unit 115, a photographing unit 117, a memory 118, and a communication unit 119. And, an application 120 for a user terminal is provided.

The input unit 111 is for the user to input information into the user terminal 110, and includes a capacitive or pressure-sensitive touch sensor provided on the display panel of the user terminal 110 and a physical button installed on the user terminal 110. Includes all etc.

The output unit 113 outputs information to the user and includes a display panel of a typical configuration that provides a screen and a speaker of a typical configuration that outputs sound.

The location measurement unit 115 measures the location of the user terminal 110 in real time. In this embodiment, the location measurement unit 115 is described as a GPS receiver that is installed in the portable terminal 110 and measures the current location of the portable terminal.

The photographing unit 117 is installed in the user terminal 110 and acquires images under user control, and is comprised of a camera of a typical configuration.

The memory 118 stores related information including image data captured through the photographing unit 117. Additionally, the application 120 for the user terminal is stored in the memory 118.

The communication unit 119 is installed in the user terminal 110 and is used for communication with the service operation server 160 of the application 120 for the user terminal through the communication network (N).

The user terminal application 120 is an application program that is installed and executed on the user terminal 110 in order for the user to receive a location-based video service according to the present invention. The application 120 for a user terminal includes a control unit 121, a map providing unit 123, an image providing unit 126, and an image generating unit 130.

The control unit 121 controls the operation of the application 120 for the user terminal to provide video services to the user based on the user's real-time location. The control unit 121 receives map information from the map provider 123, receives image information to be provided to the user from the image provider 126, and receives image information generated by the image generator 130. .

Figure 3 shows the first screen displayed on the display panel of the output unit 113 of the user terminal 110 upon execution of the user terminal application 120. Referring to Figure 3, the entire screen includes a central area (A) located in the center in the height direction, an upper area (B) located above the main area (A), and a lower area located below the main area (A). It is classified as (C).

A short video (a) is displayed in the central area (A). The short video output from the central area (A) is provided by the video provider 126, which provides images randomly selected by the service operation server 160. For short videos output in the central area (A), users can provide rewards (compensation) to the user who uploaded the video, express favorable comments such as 'like', leave comments, share on SNS, or provide background music for the video. You can obtain information or other information, such as collecting and viewing other videos of the user who uploaded the video. When the user touches the reward touch part (T), a reward is provided to the user who uploaded the video, the publisher. In the present invention, since it is difficult to use cash as a reward in accounting, a coupon or coin form may be used. In this embodiment, it is explained that a conventional star balloon is used as a reward. Rewards can be exchanged between users in the form of gifts and can be used as a payment method like cash when purchasing products.

In the upper area (B), the search box (b1) and the My Page confirmation touch part (b2) are arranged sequentially along the width direction.

In the lower area (C), the home page touch part (c1), the image generation touch part (c2), and the shopping touch part (c3) are arranged in order along the width direction.

When the user touches the home page touch portion (c1) in the lower area (C), the home page screen as shown in FIG. 4 is displayed. Referring to FIG. 4, compared to the first screen shown in FIG. 3, the top area (B) and bottom area (C) are the same, and the output screen of the center area (A) is different. A map (M) and a plurality of location-based images (D) displayed overlapping on the map (M) are output in the central area (A). In the central area (A), the map (M) is output based on the current location of the user terminal 110, and the exact location of the user terminal 110 is indicated in the form of a pin on the map (M). In this embodiment, it is explained that the map M is output based on the user's location, but differently from this, the map may be output based on another specific location input by the user, and this also falls within the scope of the present invention. Each of the plurality of location-based images (D) is placed at a location corresponding to the content of the image on the map (M). Each location-based video (D) is divided into categories (fashion, Korean food, Chinese food, western food, lodging, tourism, festivals, etc.) and displayed together. In the central area (A), an operator recommendation video provision section (E), a bulletin board provision section (F), a user recommendation video provision section (G), and a banner provision section ( H) can be output. In this embodiment, the operator recommended video providing unit (E) is located below the map (M) along the height direction of the screen, and the bulletin board providing unit (F) is positioned below the operator recommended video providing unit (E) along the height direction of the screen. Located below, the user recommended video providing unit (G) is located below the bulletin board providing unit (F) along the height direction of the screen, and the banner providing unit (H) is located below the map (M) along the height direction of the screen. It is described as being placed on top, but the present invention is not limited to this. The user recommended image providing unit (G) shown in FIG. 4 is intended to show the location and is not actually exposed in the central area (A). The central area (A) is scrolled up and down along the height direction as shown, so that the portion output through the central area (A) can be changed. In addition, the banner providing unit (H), the operator recommended video providing unit (E), and the user recommended video providing unit (G) are scrolled left and right along the width direction, so that the portion output through the central area (A) can be changed.

FIGS. 5A and 5B sequentially show detailed screens providing a location-based image (D) in the screen shown in FIG. 4. When you touch the map (M) on the screen of Figure 4 and select fashion as the category, the map (M) is displayed in the entire central area (A) as shown in Figure 5a, and a fashion-related video is displayed on the map (M). (D) are placed in the corresponding positions. When one image D is selected and touched on the screen of FIG. 5A, the image D is output throughout the central area A, as shown in FIG. 5B. For the output video (D), the user can provide a reward to the user who uploaded the video, express favorable comments such as 'like', leave a comment, share it on SNS, obtain background music information for the video, or view the video. You can collect and view other videos posted by users and obtain other information. When the user touches the reward touch part (T), a reward is provided to the user who uploaded the video, the publisher.

In Figure 4, the operator recommended video providing unit (E) provides a plurality of operator recommended videos (e) recommended by the operator. A plurality of operator recommended images (e) are arranged sequentially along the width direction and can be exposed on the screen by moving through left and right scrolling. A plurality of operator-recommended videos (e) are provided by the video provider 126, which is selected by the service operation server 160 and provides recommended videos. When a specific operator-recommended video (e) is selected and touched on the screen of FIG. 4, the selected operator-recommended video (e) is displayed throughout the central area (A), as shown in FIG. 6. For the output video (e), the user can provide a reward to the user who uploaded the video, express a favorable opinion such as 'like', leave a comment, share it on SNS, obtain background music information for the video, or view the video. You can collect and view other videos posted by users and obtain other information. When the user touches the reward touch part (T), a reward is provided to the user who uploaded the video, the publisher.

In Figure 4, the user recommended video providing unit (G) provides a plurality of user recommended videos (g) that have received many recommendations from other users. A plurality of user recommended videos (g) are arranged sequentially along the width direction and can be moved by scrolling left and right to be exposed on the screen. A plurality of user recommended videos (g) are provided by the video provider 126, and the video provider 126 provides videos recommended by users. When a specific user recommended video g is selected and touched on the screen of FIG. 4, the selected user recommended video g is displayed throughout the central area A, as shown in FIG. 6. For the output video (g), the user can provide a reward to the user who uploaded the video, express goodwill such as 'like', leave a comment, share it on SNS, obtain background music information for the video, or view the video. You can collect and view other videos posted by users and obtain other information. When the user touches the reward touch part (T), a reward is provided to the user who uploaded the video, the publisher.

When the user touches the shopping touch unit c3 in the lower area C on the screen shown in FIG. 4, a screen for shopping as shown in FIG. 8A is displayed. Referring to FIG. 8A, a shopping category is added between the search window (b1) and the banner provider (H), making it possible to view a collection of promotional videos (m) such as events, advertisements, and special prices. In addition, a plurality of shopping videos divided by major categories are displayed below the banner providing portion (H). When a specific major category is selected on the screen of FIG. 8A, a plurality of shopping videos divided by middle category are displayed, as shown in FIG. 8B. When a shopping video is selected and touched in FIG. 8A or 8B, the selected shopping video is exposed and played on the entire screen, as shown in FIG. 8C. For the shopping video(s) that are played, the user may provide a reward to the user who uploaded the video, express a favorable opinion such as 'Like', leave a comment, share it on SNS, obtain background music information for the video, or You can obtain other information, such as collecting and viewing other videos of users who have uploaded . When the user touches the reward touch part (T), a reward is provided to the user who uploaded the video, the publisher. When the user touches the purchase touch area (V), the user is connected to a purchase page to purchase the product. Users can perform the purchase process for products through the purchase page, and can receive discounts, etc. by using the rewards they have as a payment method for product purchases.

When the user touches the bulletin board providing unit (F) on the screen shown in FIG. 4, the bulletin board details screen as shown in FIG. 9A is displayed. Referring to FIG. 9A, questions are arranged sequentially along the height direction in the central area (A) to form a question list, and the questions exposed can be changed by scrolling up and down. In FIG. 9A, when the user touches a specific question, an answer image is displayed, as shown in FIG. 9B. For the response video (p) that is displayed, users can provide rewards to the user who uploaded the video, express interest such as 'like', leave a comment, share it on SNS, obtain background music information for the video, or You can obtain other information, such as collecting and viewing other videos of users who have uploaded . When the user touches the reward touch part (T), a reward is provided to the user who uploaded the video, the publisher. When the user touches the purchase touch area (V), the user is connected to a purchase page to purchase the product. Users can perform the purchase process for products through the purchase page, and can receive discounts, etc. by using the rewards they have as a payment method for product purchases.

When the user touches the banner providing unit (H) on the screen shown in FIG. 4, a banner detail screen as shown in FIG. 10 is output. Referring to FIG. 10, a banner page is output in the central area (A), and the banner page displayed on the screen can be changed by scrolling up and down.

The service operation server 160 is communicatively connected to the communication network N and provides location-based video services to users through a plurality of user terminals 110. Figure 11 is a block diagram showing the schematic configuration of the service operation server 160. Referring to FIG. 14, the service operation server 160 includes a control unit 161, a map database 171, an image database 173, a reward database 174, an image management unit 175, a reward management unit 176, and a shopping. It is provided with a management unit 177, a bulletin board management unit 180, a banner management unit 182, and a communication unit 184.

The control unit 161 controls the operation of the service operation server 160 to provide video services to the user based on the user's real-time location. The control unit 161 receives map information from the map database 171, image information from the image database 173, receives reward information for each user from the reward database 174, and operates the image management unit 175 and reward Controls the operations of the management unit 176, shopping management unit 177, bulletin board management unit 180, banner management unit 182, and communication unit 184. The control unit 161 provides the image stored in the image database 173 to the user terminal 110 based on the real-time location of the user terminal 110.

The map database 171 stores map information about the area where location-based video services are provided. For example, an existing map database such as Google Maps may be used as the map database 171. The map information stored in the map database 171 is provided to the user terminal 110 by the control unit 161.

In the image database 173, all images, including images provided to the user terminal 110 and images posted by the user using the user terminal 110, are stored along with related information. Some of the images stored in the image database 173 are selected by the control unit 161 and transmitted to the user terminal 110. The image transmitted from the user terminal 110 is stored in the image database 173 by the control unit 161.

In the reward database 174, reward information is stored for each user. Reward information stored in the reward database 174 is changed by the reward management unit 176 according to accumulation and use.

The image management unit 175 performs AI learning using big data on images stored in the image database 173 and output to the user through the user terminal 110, and the image generator 130 of the user terminal 110 ) provides the information necessary for automatic image creation.

The reward management unit 176 manages rewards for each user and stores reward information in the reward database 174.

The shopping management unit 177 manages shopping information provided to the user terminal 110.

The bulletin board management unit 180 manages question bulletin board information provided to the user terminal 110.

The banner management unit 182 manages banner information provided to the user terminal 110.

The communication unit 184 is used for communication with the user terminal 110 through the communication network (N).

Figure 12 is a flowchart schematically explaining a method of providing a location-based video service according to an embodiment of the present invention. Referring to FIG. 12, the location-based video service providing method according to an embodiment of the present invention includes an image generation step (S110), an image upload step (S120), an image provision step (S130), and an image placement step ( S140), selection confirmation step (S150), video playback step (S160), reward provision confirmation step (S170), video reward information change step (S175), purchase request confirmation step (S180), and purchase page It includes a connection step (S182), a reward use confirmation step (S184), and a shopping reward information change step (S186).

In the video generation step (S110), a video for posting is created by the user terminal application 120. FIGS. 13A, 13B, and 13C are diagrams sequentially showing an example of the image generation step (S110). When the user touches the image generation touch unit c2 in the lower area C in FIG. 4, a screen for image generation as shown in FIG. 13A is displayed. Referring to FIG. 13A, an image by the capturing unit 117 of the user terminal 110 is output in the central area (A), with a camera switching touch indicated as “1” and an image playback speed selection touch indicated as “2.” Part, filter selection touch part indicated by "3", background music selection touch part indicated by "4", video playback time selection touch part indicated by "5" (one of 15 seconds, 30 seconds, 60 seconds), "6" It is provided with a gallery upload touch unit marked with, a recording touch unit (R), and an automatic creation selection touch unit marked with “7.” The user selects the front or rear camera, video playback speed, filter, background music, and playback time, and then touches the recording touch area (R) to manually create the video. The generated video is saved in the gallery, and a screen as shown in Figure 13b is displayed. When touching Next in Figure 13b, a screen like Figure 13c is displayed, and the user can select basic information related to the video (title, content, cover), basic settings (hashtag, region, category), and optional settings (allow comments, share). (below) is determined and posted or temporarily stored. In contrast, the user can automatically generate an image by touching the automatic generation selection touch portion marked “7”.

Figure 14 schematically shows as a flowchart a method of automatically generating an image by touching the automatic generation selection touch unit. Referring to FIG. 14, the method of automatically generating an image includes a mode selection step (S111), an image selection step (S112), an automatic generation step (S113), and a modification step (S114). The automatic image generation method shown in FIG. 14 is executed by the automatic image generation function performed by the image generator 130 of the user terminal application 120 installed on the user terminal 110.

In the mode selection step (S111), the theme of the automatically generated video is selected. When the user touches the automatic generation selection touch unit marked “7” on the screen shown in FIG. 13A, a screen for automatically generating an image as shown in FIG. 15A is displayed. Referring to FIG. 15A, a plurality of image modes (K) are displayed on the screen. In this embodiment, the video mode (K) is described as having four modes: rhythm making, emotion making, model cut making, and food making, but the present invention is not limited thereto. For each of the image modes (K), a corresponding example image (k) is output. Users can check the example video (k) and select the desired video mode (K) by dragging it.

In the video selection step (S112), the original video that the user wants to post is selected. When the user touches the image selection touch unit L on the screen shown in FIG. 15A, a photo (still image) or video can be selected from the gallery of the user terminal 110, as shown in FIG. 15B. In the video selection step (S112), only one video can be selected, and multiple photos (still images) can be selected. After an image is selected in the image selection step (S112), an automatic generation step (S113) is performed.

In the automatic creation step (S113), the original video selected in the video selection step (S112) is processed according to the theme selected in the mode selection step (S111) and is automatically created as an image for posting. The playback time of the automatically generated video in the automatic generation step (S113) is 20 seconds or less (15 seconds in this embodiment), and location information, hashtags, and covers are also automatically generated.

In the automatic creation step (S113), filters, music, editing methods, and effects are automatically selected. In the case of the filter in this embodiment, it is explained that one of seven filters: color, painting, fun, pictorial, correction, and summer is randomly selected. In the case of music, it is selected from among free music provided by the service operation server 160. In the case of editing, the results of AI learning by the service operation server 160 on existing posts are reflected, so an editing method with a good response can be selected. For effects, functions such as mirrors, whirlwinds, and cut transitions can be applied.

The image generated in the automatic generation step (S113) can be confirmed through a preview screen as shown in FIG. 15C. In order to upload and post directly from the screen shown in FIG. 15C or touch the "Next" button to edit the details of the automatically generated video, the screen is switched to the screen shown in FIG. 13C and the editing step (S140) is performed. It can be. For posted videos, AI learning using big data is performed by the service operation server 160, and video styles that are well-received by other users are analyzed based on likes and views, and are reflected in automatic generation later.

After the video for posting is created through the video creation step (S110), the video upload step (S120) is performed.

In the video upload step (S120), the video for publication created through the video creation step (S110) is stored in the video database 173 by the video management unit 175 of the service operation server 160.

In the video provision step (S130), the video for posting stored in the video database 173 is provided to the user terminal 110. In the video provision step (S130), the user terminal application 120 executed on the user terminal 110 connects to the service operation server 160 and requests video provision, and in response, the video management unit 175 provides the video for posting. This is performed by providing the application 120 for the user terminal. Videos for posting provided in the video provision step (S130) include location-based videos, operator-recommended videos, and user-recommended videos. Location-based images are selected based on the real-time location of the user terminal 110 or another location selected by the user rather than the real-time location. Operator-recommended videos are videos recommended by the service operator, and user-recommended videos are videos recommended in the order of users' likes, rewards, etc.

In the video placement step (S140), the videos for posting provided through the video provision step (S130) are placed on the screen of the user terminal 110. The image placement step (S140) is performed by the control unit 121 of the user terminal application 120 placing the images for publication provided through the image providing step (S130) at appropriate positions on the screen of the user terminal 110. As shown in FIG. 4 in the image placement step (S140), location-based images (D) are each placed at corresponding locations on the map (M), and operator recommended images (e) are provided to the operator recommended image provider (E). ), and the user recommended videos (g) are placed in the user recommended video providing unit (G).

In the selection confirmation step (S150), one image selected by the user among the plurality of images arranged in the image arrangement step (S140) is confirmed by the control unit 161 of the service operation server 160.

In the video playback step (S160), the selected video confirmed in the selection confirmation step (S150) is played on the screen of the user terminal 110. The video playback step (S160) is performed by the user terminal application 120 receiving the selected video data from the service operation server 160 and playing it. While the video playback step (S160) is performed, the reward provision confirmation step (S170) and the purchase request confirmation step (S180) are performed independently.

In the reward provision confirmation step (S170), the reward provided by the user to the playback video publisher for the playback video played through the video playback step (S160) is confirmed. The reward provision confirmation step (S170) is performed by the reward management unit 176 of the service operation server 160 confirming the reward provided to the playback video publisher through the user terminal 110.

In the video reward information change step (S175), the reward information is changed according to the reward provision confirmed through the reward provision confirmation step (S170). The video reward information change step (S175) is performed by the control unit 161 storing the reward changes confirmed by the reward management unit 176 in the reward database 174.

In the purchase request confirmation step (S180), the purchase request by the user for the product introduced through the playback video played through the video playback step (S160) is confirmed. The purchase request confirmation step (S180) is performed by the control unit 161 of the service operation server 160 confirming the touch of the purchase touch unit (V) of the video being played in the user terminal application 120.

In the purchase page connection step (S182), the user terminal 110 is connected to a purchase page for product purchase in response to the user's purchase request confirmed through the purchase request confirmation step (S180). The purchase page connection step (S182) is performed by the shopping management unit 177 of the service operation server 160 connecting the user terminal 110 to the purchase page for purchasing the corresponding product. The user performs a product purchase procedure on the purchase page accessed through the user terminal 110. When purchasing a product, users can use their rewards as a payment method.

In the reward use confirmation step (S184), the reward used by the user to purchase the product is confirmed on the purchase page connected through the purchase page connection step (S182). The reward use confirmation step (S184) is performed by the reward management unit 176 of the service operation server 160 confirming the reward used when purchasing the product.

In the shopping reward information change step (S186), reward information is changed according to the use of the reward confirmed through the reward use confirmation step (S184). The shopping reward information change step (S186) is performed by the control unit 161 storing the reward changes confirmed by the reward management unit 176 in the reward database 174.

Although the present invention has been described through the above examples, the present invention is not limited thereto. The above embodiments may be modified or changed without departing from the spirit and scope of the present invention, and those skilled in the art will recognize that such modifications and changes also fall within the present invention.

100: Location-based video service provision system
110: user terminal
120: Application for providing location-based video services for user terminals
121: control unit
123: Map provision department
126: Video provision department
130: Image generation unit
160: Service operation server
161: Control unit
174: Rewards database
176: Reward management department
177: Shopping Manager

Claims (10)

A display panel that provides a screen, a location measuring unit that measures real-time location, and a user terminal in which a service providing application is installed; and
It includes a service operation server that is communicatively connected to the user terminal and provides a location-based video service to a user using the user terminal through the service providing application,
The service operation server has a video database that receives and stores videos for posting from the user terminals, and a reward database that stores rewards,
The service operation server transmits an image selected based on location among the images stored in the image database to the user terminal,
The service providing application outputs a map and an image transmitted from the service operation server on the screen and plays the image selected by the user,
The image displayed on the screen is placed at a corresponding location on the map,
The reward is a compensation provided by the user to the publisher who posted the playback video for the playback video played by the service providing application,
The service operation server includes a reward management unit that manages the rewards for each user,
Location-based video service provision system. In claim 1,
The service operation server further includes a shopping management unit that connects the user terminal to a purchase page of the product introduced in the playback video,
Location-based video service provision system. In claim 2,
The above rewards can be used to purchase the above products,
The reward management unit checks the rewards used to purchase the product,
Location-based video service provision system. In claim 3,
The video generator edits the original video with the theme of one video mode selected by the user among a plurality of video modes,
Location-based video service provision system. In claim 1,
The service providing application further outputs a user recommendation video providing unit that provides a plurality of user recommended videos based on user recommendations on the screen,
Location-based video service provision system. In claim 5,
The plurality of user recommended videos are arranged on the screen in order of the reward amount provided,
Location-based video service provision system. A method of providing a location-based video service using a system that includes a service operation server that is communicatively connected to a user terminal used by a user and provides a location-based video service to the user through a service providing application installed on the user terminal, comprising:
A video generation step in which a video for posting is generated by the service providing application;
A video upload step of storing the video for posting in an video database provided in the service operation server;
An image providing step of providing a plurality of images for publication stored in the image database to the user terminal;
An image arrangement step in which a plurality of images provided through the image provision step are arranged on the screen of the user terminal;
An image playback step in which one of a plurality of images arranged through the image arrangement step is selected and played back; and
It includes a reward provision confirmation step in which the reward provided by the user as compensation to the publisher who posted the played video is confirmed for the video played through the video playback step,
In the image placement step, the service providing application places the image at a corresponding location on the map,
Method of providing location-based video services. In claim 7,
Further comprising the step of changing reward information according to the provision of the reward confirmed through the reward confirmation step and storing it in a reward database provided on the service operation server,
Method of providing location-based video services. In claim 8,
Further comprising the step of allowing the service operation server to connect the user terminal to a purchase page for a product introduced in the playback video,
Method of providing location-based video services. In claim 9,
The reward can be used to purchase the product on the purchase page,
Further comprising a reward usage confirmation step in which the reward used to purchase the product is confirmed,
Method of providing location-based video services.

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