KR101888164B1 - Simulated golf service system streaming aired golf tour videos - Google Patents

Abstract

A golf simulation service system using video streaming of a golf broadcast, according to the present invention, includes: a streaming image providing part (10); an image processing part (20) electrically connected to the streaming image providing part (10); and a system frame part (30) connected to the image processing part (20). The streaming image providing part (10) stores metadata of individual image content data on the play of each player by streaming an image broadcasted for each player based on broadcast data of a competition. The image processing part (20) compares the individual image content data on the player transmitted through the streaming image providing part (10) and progress status information of a screen user transmitted through the system frame part (30), and then displays the same on a screen.

Description

Technical Field [0001] The present invention relates to a golf simulation service system,

The present invention can be applied to a screen golf course based on the information of actual specific golf course associated with the screen golf course during rounding, actual hole information of a specific golf course, and play image information of a specific player who has rounded at the specific golf course, And more particularly, to a golf simulation service system using video streaming that provides actual game image information of a specific player associated with a specific hole and a specific shot position during the course of rounding.

Screen golf is a system designed to enjoy golf indoors and is also called a golf simulator.

The screen golf system measures the swing trajectory of the golf club, the club head speed, the golf ball injection angle, the spin amount, etc. at the moment of swinging from the indoor to the golf club by using a sensor and a high speed camera, This is a system that analyzes golf ball trajectory and graphically processes a golf course taken with real aerial photographs and projects it on a screen, giving golfers a feeling similar to playing on real golf courses.

The screen golf system provides a virtual golf course image based on an actual golf course to the user, and when the user hits the golf ball by hitting the golf ball as in a golf game in the actual field, the golf ball or the golf club Speed, and direction of the golf ball on the virtual golf course. Such a screen golf system is becoming popular due to its advantage of playing a golf game without going to the golf field.

The problem that the screen golf industry is currently facing is that many stores are operated nationwide, but there are not so many stores that are selling at more than adequate levels. Screen golf users and unemployed people are attracted to stores This is a time when the need for a new scheme is urgent.

In the conventional screen golf system, it is possible to output an image of the movement of the golf ball hit by the user on the golf course on the screen. However, when the user views a shot image of another user on the golf course, There is no way to solve this problem.

In addition, in the registered patent 10-0466368 (an information analyzing apparatus for playing golfers and an information analyzing method using the same), the contents and results of a shot played by a user during a golf game are recorded in an electronic medium A method is disclosed in which the entire game content including the contents of the score of each hole is analyzed during the golf game or after the end of the golf game and is provided to the player and at the same time the user can access the external medium to exchange data. There has been a limit to receiving coaching in real time through a shot image of another user or an image of a player on the actual course.

(Patent Document 1) KR10-2003-0027149 A

(Patent Document 1) KR10-0466368 B

The present invention has been made to solve the above-mentioned problems, and it is an object of the present invention to provide a golf course which is capable of realizing a specific golf course information, a specific hole information, The present invention provides a golf simulation service system using video streaming that provides actual game image information related to a specific hole and a specific shot position of a user who is performing screen golf rounding.

According to an aspect of the present invention, there is provided a golf simulation service system using video streaming of a golf relay broadcast service, comprising: a streaming video providing unit; An image processing unit (20) electrically connected to the streaming image providing unit (10); And a system frame unit (30) connected to the image processing unit (20), wherein the streaming video providing unit (10) streams the relayed video on the basis of the relay broadcasting data of the tournament The image processing unit 20 converts the individual image content data of the athletes transmitted through the streaming image providing unit 10 and the individual image content data of the system frame unit 30 ), And then displays the progress status information on the screen.

The streaming video data providing unit 10 streams the relayed video for each golf course, golf course, hole, and player and records the individual shot contents as individual video contents and stores the data as metadata.

The image processing unit 20 includes a streaming image storage unit 210 for receiving and storing image data required by the streaming image providing unit 10, a storage unit 210 for storing image data from the streaming image storage unit 210, And a screen game image processing unit 230 for processing the game information of the user obtained through the system frame unit 30.

According to another aspect of the present invention, there is provided a method of providing a sports simulation service using video streaming of a relay broadcast, the method comprising: receiving, from metadata stored in the streaming video providing unit, Receiving image content; Calculating a shot point when a user starts a game using a golf club and proceeds a shot on a specific hole; Displaying video data provided by the streaming video providing unit 10 on a screen according to a user's setting condition; Confirming whether or not the user's request information matches the image information implemented through the screen; And displaying through the screen up to a time point when a user's separate instruction or shot is performed when the matching state of the image information is confirmed.

When the user confirms the discrepancy of the video information on the step of checking whether or not the video information is matched, it is checked whether or not the shot is performed, the effective distance range at the point where the shot is performed, Step: < / RTI >

The present invention as described above is based on the information of the actual golf course associated with the screen golf course, the specific hole information, and the play video streaming information of a specific player who has performed the round in the specific golf course, The present invention provides a golf simulation system using video streaming that provides actual game image information associated with a specific hole and a specific shot position of a user who is performing rounding.

The present invention relates to a method and a system for extracting shot information including a tee shot and a second shot in a specific hole of a user who is driving a screen golf from among image contents extracted by a streaming method from rounding data of a specific golf course obtained through actual relay broadcasting or recorded broadcast Through the comparison, the shot image contents of the players who have progressed in the actual field are displayed on the screen in real time.

The present invention allows a player in a game to easily receive help in the process of shooting a shot in real time by causing the player to display an actual shot image of a specific player corresponding to a shot to be played in a hall during a game in progress during screen golf .

1 is a general configuration diagram of a golf simulation service system using video streaming according to an embodiment of the present invention.
2 is a schematic block diagram of an image processing control unit constituting a golf simulation service system according to the present invention.
FIG. 3 shows a process of providing image contents to a user using the golf simulation service system according to the present invention.
FIG. 4 shows a process of selecting a play result of a specific player out of the results of a specific golf course.
5 is a view showing a screen on which image contents are provided according to the present invention.

Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings. It should be understood, however, that the invention is not limited to the disclosed embodiments, but is capable of other various forms of implementation, and that these embodiments are provided so that this disclosure will be thorough and complete, It is provided to let you know completely. Wherein like reference numerals refer to like elements throughout.

The present invention is based on the fact that when a user performs screen golf rounding based on information of a specific golf course associated with a corresponding screen golf course during rounding golf course, specific hole information, and play image information of a specific player who has rounded at the particular golf course, And providing the shot information of a specific player in the actual game image in association with the specific hole and the specific shot position during the course of the screen golf.

The golf simulation service system according to the present invention is a golf simulation service system in which a video streaming worker including a golf professional broadcaster and a viewer on a golf relay broadcasts a relay image for each golf course, golf course, hall and player, stores image contents as metadata, Using metadata, users who are performing screen golf rounding can invite their own shot images to the screen to receive coaching. That is, only the main scenes directly selected by the screen golf users are separately collected from the golf relay broadcast video, and a play-of-the-day image playback service of the user is provided in real time during the game.

Meanwhile, the present invention can be applied not only to golf broadcast broadcast data but also to a screen game facility using sports relay broadcasting. That is, it can be applied to a baseball screen game in a similar manner.

Hereinafter, a golf simulation service system using video streaming according to the present invention will be described with reference to FIGS. 1 and 2. FIG.

The golf simulation service system includes a streaming video providing unit 10, an image processing unit 20 electrically connected to the streaming video providing unit 10, and a system frame unit 30 connected to the video processing unit 20.

The streaming video providing unit 10 is a system in which a video streaming worker including a golf professional broadcaster and a viewer broadcasts a broadcast program for each golf course, golf course, And the data of the shot by each player is converted into individual image contents and stored as metadata.

The image processing unit 20 compares the progress status information of the screen golf users received through the system frame unit 30 with the relay broadcast data of the athletes transmitted through the streaming video providing unit 10. [

The system frame unit 30 represents a basic equipment constituting the golf simulation system and can be regarded as a basic arrangement constituting a screen golf course.

Specifically, the system frame unit 30 includes an operation unit 310 for receiving direct information input from a user, a lighting unit 320 for performing a lighting operation on the golf ball in a user's TIT operation, A sensor unit 330 for detecting the speed or rotation of the golf ball, a photographing unit 340 for obtaining an image of the user or the golf ball, a sensor unit 330, and a photographing unit 340, An output unit 350 that displays the trajectory of the golf ball virtually in a state of being disposed on the screen, and a motion unit 360 that allows the user who is driving the screen golf to experience a virtual experience of the inclination and the green state of the golf course .

The operation unit 310 may be implemented by a keyboard and a mouse, may also be implemented by a touch screen installed on a side wall, may be implemented by a remote device directly communicating with a simulator or a touch screen, It may be implemented by the key operation unit on the bat so that the setting of the virtual golf simulation can be easily operated at the batting.

For example, the sensor unit 330 may be implemented with an optical sensor (IR / laser / LED) installed on the swing plate, or may be mounted on a ceiling or side wall of the booth, Or may be implemented by a camera sensor mounted on the camera.

The photographing unit 340 may be implemented, for example, by a camera, and may be implemented by a camera sensor installed on a ceiling or a side wall of a booth, sensing a golf ball hit by the user, and photographing a user's golf swing motion It is possible.

The output unit 350 refers to a screen in which a result of the image processing unit 20 is outputted as an image and is directly visible to the user.

The motion unit 360 includes a golf swing batting seat on which a user can play a golf swing and a striking mat on which a golf ball is placed. The batting striking mat and the striking mat are positioned on the swing plate or fixed to the bottom of the golf booth . The swing plate operates so that the inclination or the height of each of the golf swing batting mat and the striking mat can be adjusted according to the course surface of the simulated virtual golf course. On the other hand, in the case of a golf ball, a golf ball may fall into a hole cup by disposing an opening / closing port for functioning as a hole cup on a path along which the golf ball moves.

The image processing unit 20 includes a streaming image storage unit 210 for receiving and storing necessary image data in a streaming image providing unit 10 storing image contents as metadata, And a screen game image processing unit 230 for processing game information of a user obtained through the system frame unit 30 and the image determination unit 220 for determining whether or not the user's requested information matches the requested information.

The video determination unit 220 compares the requested video input from the user with the video data information received from the streaming video storage unit 210 through the operation unit 310 and the screen game video processing unit 230. That is, the comparison operation is performed through information on the information of the specific player set by the user before the start of the screen game or during the game, the effective distance range between the shot point on the screen and the point on the image data, and the number of the image data.

The image determination unit 220 checks a stream shot image of a specific player through the corresponding hole and shot position information of the user during the screen game and transmits the stream image to the output unit 350 through the screen game image processing unit 230 Function.

Referring to FIG. 3, a process of providing image contents to a user using the golf simulation system according to the present invention will be described.

First, the user selects a golf course, a golf course, and a player to be displayed on the screen through the operation unit 310. The selected information is transmitted to the screen game image processing unit 230 of the image processing unit 20 (S10).

Next, the streaming image storage unit 210 of the image processing unit 20 receives image content stored as metadata on the streaming image providing unit 10 according to the selected information of the user (S20).

Then, when the user starts the game using the golf club and proceeds the shot on the specific hole, the tee shot point and the next shot scheduled point after the tee shot are calculated accurately each time (S30).

The shots scheduled on the step S30 and the shot coordinates on the video data of the streamed player stored in the streaming video storage unit 210 are compared with each other, (S40). ≪ / RTI >

That is, the user collects and displays the images of a specific player who wants to watch before the start of the game, in order from the position near the point where the corresponding shot is performed, You can see the video in real time during the game.

In operation S50, the image determination unit 220 determines whether the user's request information matches with the image information implemented through the output unit 350.

In step S55, if the user checks the discrepancy of the video information, it is determined whether the shot is made, whether the effective distance range at the point where the shot is performed, and whether it is a specific athlete image or not (S55).

If the user confirms the matching state of the image information in operation S50, the display unit 350 displays the user's separate instruction or shot until the point of the user's instruction or shot (S60).

Thereafter, it is determined whether or not the streaming video has been provided (S70).

If it is determined in step S70 that no separate end instruction is received from the user, the next shot scheduled point is calculated while returning to step S30.

4 and 5 show a process of selecting a play result of a specific player out of the results of a specific golf course, and a screen on which image contents are provided.

Referring to FIG. 4, a user selects rounding data of a specific player in an actual golf course associated with a golf course in progress. For example, it shows the process of obtaining information about the match image of the 7th hole among the golf courses.

Referring to FIG. 5, a game image of a specific player against a tee shot and a second shot on a specific hole in a game is shown on a screen in turn. The process of arranging the game image on the screen can be changed according to the setting method of the user. For example, in the course of proceeding with a specific shot, a plurality of contest images of a specific athlete may be displayed continuously, or a plurality of athlete images may be continuously displayed.

The present invention relates to a method and a system for extracting shot information including a tee shot and a second shot in a specific hole of a user who is driving a screen golf from among image contents extracted by a streaming method from rounding data of a specific golf course obtained through actual relay broadcasting or recorded broadcast Through the comparison, the shot image contents of the players who have progressed in the actual field are displayed on the screen in real time.

The present invention allows a player in a game to easily receive help in the process of shooting a shot in real time by causing the screen to display an actual shot image corresponding to a shot to be played in a hall during a game in progress.

The foregoing description is merely illustrative of the technical idea of the present invention, and various changes and modifications may be made by those skilled in the art without departing from the essential characteristics of the present invention. Therefore, the embodiments disclosed in the present invention are intended to illustrate rather than limit the scope of the present invention, and the scope of the technical idea of the present invention is not limited by these embodiments. The scope of protection of the present invention should be construed according to the following claims, and all technical ideas within the scope of equivalents should be construed as falling within the scope of the present invention.

Claims (5)

A streaming image providing unit (10);
An image processing unit (20) electrically connected to the streaming image providing unit (10); And
And a system frame unit (30) connected to the image processing unit (20)
The streaming image providing unit 10 streams the relayed video for each player in the state based on the relay broadcasting data of the tournament, converts the player's play view into individual image contents and stores the data as metadata,
The image processing unit 20 compares the individual image content data of the athletes transmitted through the streaming image providing unit 10 and the progress status information of the screen user transmitted through the system frame unit 30, Display on the screen,
The image processing unit (20)
A streaming image storage unit 210 for receiving and storing necessary image data in the streaming image providing unit 10, an image determining unit 210 for determining whether the image data from the streaming image storing unit 210 matches the information requested by the user, And a screen game image processing unit (230) for processing the game information of the user obtained through the system frame unit (30)
Sport Simulation Service System Using Video Streaming of Relay Broadcasting.
The method according to claim 1,
The streaming image providing unit 10 may stream the images relayed by golf courses, golf courses, holes, and players, and convert the shot images of the players into individual image contents,
Sport Simulation Service System Using Video Streaming of Relay Broadcasting.
delete Receiving video content necessary for the metadata stored in the streaming video providing unit 10 according to the information selected by the screen game user;
Calculating a shot point when a user starts a game using a golf club and proceeds a shot on a specific hole;
Displaying the video data provided by the streaming video providing unit 10 on a screen according to a user setting condition;
Confirming whether or not the user's request information matches the image information implemented through the screen; And
And displaying, through a screen, a point of time when a user makes a separate instruction or shot when confirming the matching state of the image information.
A Method of Sports Simulation Service Using Video Streaming of Relay Broadcasting.
5. The method of claim 4,
When the user confirms the discrepancy of the video information on the step of checking whether the video information is matched, it is checked whether the shot is made, the effective distance range at the point where the shot is performed, and whether it is a specific player video Further comprising:
A Method of Sports Simulation Service Using Video Streaming of Relay Broadcasting.

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