KR20210047381A - Indoor sports ground system - Google Patents

Abstract

The present invention relates to an indoor sports ground system capable of allowing a player to handle a ball by using a tool (for example, a stick) held by a hand or a foot; scoring a goal in a score target area (for example, the score target area for displaying goalposts of soccer, handball, or hockey or a basketball basket) of a score target screen displayed on a wall unit; and selecting and playing one of sports for competitions (for example, the soccer, a basketball, the handball, the hockey, etc.). Since the one of sports for competitions (for example, the soccer, a basketball, the handball, the hockey, etc.) is selected and played by handling the ball in one indoor space according to the present invention, needs of a user who want to play various sports can be satisfied. The indoor sports ground system comprises: a score beam projector; a first score beam projector; a second score beam projector; a bottom unit beam projector; a first score camera sensor; a second score camera sensor; a bottom unit camera sensor; a speaker; and a controlling device.

Description

Indoor sports ground system

The present invention relates to an indoor athletic field system, and more particularly, to an indoor athletic field system capable of selecting and performing any one of various athletic events such as soccer, basketball, handball, and hockey indoors.

As a kind of indoor sports stadium system, a screen golf course system or a screen baseball field system is known.

For example, Patent Literature 1 discloses a one-screen golf course system that enables golf practice, allows remote games with multiple golfers in real time, allows easy program updates, and accurately shows the club trajectory and the trajectory of a golf ball in real time.

Patent Document 2 discloses a screen baseball field-based beam projector system for providing a baseball game based on an indoor screen.

The above-described screen golf course system or screen baseball field-based beam projector system has a disadvantage in that it can only play a single sport event (eg, a golf game, a baseball game).

That is, various sports events such as soccer or basketball handball other than golf games cannot be played indoors where the screen golf course system is installed.

Likewise, it is not possible to play various sports events such as soccer or basketball other than a baseball game indoors in which a screen baseball field-based beam projector system is installed.

Accordingly, conventional indoor sports stadium systems such as the above-described screen golf course system or screen baseball field-based beam projector system do not meet the needs of users who want to play various sports events such as soccer, basketball, handball, hockey, and the like.

KR 10-2019-0046087 A KR 10-2017-0138711 A

The present invention is to solve the conventional problems as described above, and an object of the present invention is to treat the ball with a tool (eg, stick, etc.) held by a player with his or her hand, foot or hand in one indoor space An athletic event (e.g., soccer, basketball, etc.) to compete for a goal by entering the goal area (e.g., a goal area on the right side expressing a goal for soccer or handball or a hockey goal or a basketball basket) in the displayed goal target screen. It is to provide an indoor sports arena system that can be carried out by selecting any one of handball, hockey, etc.).

In order to achieve the object of the present invention as described above, the indoor sports arena system according to the present invention provides a score screen notifying the score result of the sports game on the score wall while being mounted on the ceiling of the indoor space where the sports game is performed. At least one or more score beam projectors to display; A scoring target screen including a scoring target area (e.g., a scoring target area expressing a goal for soccer or handball or a hockey goal or a basketball basket) on the wall of the first scoring while mounted on the ceiling of the indoor space where the athletic game is held. At least one or more first scoring beam projectors displaying a; A scoring target screen including a scoring target area (e.g., a scoring target area expressing a goal for soccer or handball or a hockey goal or a basketball basket) on the second scoring wall in a state mounted on the ceiling of an indoor space where an athletic game At least one or more second scoring beam projectors displaying a; The sports stadium standard screen (e.g., soccer stadium standard screen, handball stadium standard screen, hockey stadium standard screen) on the floor while mounted on the ceiling of the indoor space formed by the score wall, the first score wall, and the second score wall. , At least one floor beam projector for displaying a basketball stadium standard screen, etc.); A ball that is installed near the first scoring beam projector and shot or thrown toward the first scoring wall in order to score a score by a player during an indoor athletic event by photographing the scoring target area displayed on the first scoring wall and the surrounding area. At least one or more first score camera sensors for photographing a first score determination image for determining a score according to whether or not it is included in the score target area; A ball kicked or thrown toward the second score wall in order for a player to score a score during an indoor athletic event by photographing the score target area and the surrounding area displayed on the second score wall and installed near the second score beam projector At least one or more second scoring camera sensors for photographing a second scoring determination image for determining a score according to whether or not it is included in the scoring target area; At least one floor camera installed near the floor beam projector to capture a sports stadium standard screen displayed on the floor and capture a player position image to check the movement position of the athlete within the sports stadium standard screen sensor; At least one speaker installed in one indoor space formed by the score wall part, the first score wall part, the second score wall part, and the floor part, and outputting sound for an athletic event; And the score target area by handling the ball with the player's hand or foot or a tool (e.g., stick, etc.) held by the player in one indoor space formed by the score wall, the first score wall, and the second score wall and the floor. The score beam projector, the first scoring beam projector, the second scoring beam projector, and the floor to be able to select and play any one of the sports events (e.g., soccer, basketball, handball, hockey, etc.) Controls the screen display operation of the beam projector and displays the result of determining a score using the first score determination image photographed by the first score camera sensor and the second score determination image photographed by the second score camera sensor. And a controller that displays and controls the sound output of the speaker.

In the indoor sports stadium system according to the present invention, the controller is a stop method of fixing and displaying the score target area included in the first score wall part or the second score wall part at a predetermined position, or the score target area regularly or The first score captured by the first score camera sensor is displayed in any one of a moving method that moves and displays irregularly or a mixed method that displays the score target area by mixing the stop method and the moving method described above. In the judgment video or the second goal judgment video taken by the second goal camera sensor, if the ball is included in the goal area, it is judged as a goal, and if there is a ball outside the goal area, it is judged as a non-scoring point. If the ball is included in the target area in the scored image taken by the 1 score camera sensor or 1 second score camera sensor, it is judged as a score, or 2 shots taken by two or more first score camera sensors If the number of scoring images containing the ball in the scoring target area is greater than or equal to the specified probability (e.g., 30% or more, 40% or more, 50% or more, etc.) in the score determination image above, or 2 or more second Scoring If the number of scoring images that contain the ball in the scoring target area in two or more scoring images taken by the camera sensor is more than a predetermined probability (e.g., 30% or more, 40% or more, or 50% or more) It characterized in that it is determined as.

In the indoor sports arena system according to the present invention, the controller is configured to display a footstep screen of a corresponding player on the sports arena standard screen in response to the player's position identified from the player position image captured by the floor camera sensor. It is characterized.

According to the present invention, since it is possible to select any one of sports events (for example, soccer, basketball, handball, hockey, etc.) in which a ball is handled and scored in one indoor space, the user wants to play various sports events. Can meet.

1 is an embodiment showing the configuration of an indoor sports arena system according to the present invention.
Figure 2 is an embodiment showing a state in which the indoor sports arena system according to the present invention is installed indoors.
Figure 3 is another embodiment showing a state in which the indoor sports arena system according to the present invention is installed indoors.
Figure 4 is an embodiment showing a controller operation screen of the indoor sports arena system according to the present invention.
5 is an embodiment showing a controller operation screen when a soccer match is selected in FIG. 4.
6 is an embodiment in which an indoor space is configured so that the soccer match selected in FIG. 4 can be performed.
7 is an embodiment showing the appearance of a soccer game of players in the indoor space of FIG. 6.
FIG. 8 is an exemplary embodiment in which the footprint screen of the corresponding player is displayed on the sports stadium standard screen displayed on the floor in correspondence with the position of the player in the indoor space of FIG. 6.
9 is an embodiment showing a controller operation screen when a basketball game is selected in FIG. 4.
10 is an embodiment in which an indoor space is configured so that the basketball game selected in FIG. 4 can be performed.
11 is an embodiment showing a basketball game of players in the indoor space of FIG. 10;

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

The indoor sports arena system according to the present invention described below is not limited to the following embodiments, and anyone with ordinary knowledge in the relevant technical field can change it without departing from the gist of the technology claimed in the claims. It has its technical spirit to the extent that it can be implemented.

The indoor sports stadium system according to the present invention can be manufactured in various forms depending on the installation location. For example, it can be manufactured in the form of an indoor sports field such as a square, a pentagon, and a hexagon.

1 to 11 illustrate an embodiment in which the indoor sports arena system 100 according to the present invention is manufactured in the form of a quadrangular indoor sports arena.

1, the indoor sports stadium system 100 according to the present invention includes a score beam projector 110, a first score beam projector 120, a second score beam projector 130, and a floor beam projector 140. , A first score camera sensor 150, a second score camera sensor 160, a bottom camera sensor 170, a speaker 180, and a controller 190.

The score beam projector 110 displays a score screen informing the score result of the athletic event on the score wall portion 110a while being mounted on the ceiling of the indoor space where the athletic event is performed.

It is preferable to use at least one score beam projector 110, and FIG. 1 shows an embodiment in which two score beam projectors 110 are used.

The first scoring beam projector 120 is mounted on the ceiling of the indoor space where the athletic game is held, and the scoring target area (for example, soccer, handball, or hockey goal or basketball basket) is mounted on the first scoring wall part 120a. The score target screen including the score target area) is displayed.

It is preferable that the first score wall part 120a is disposed on the right side of the score wall part 110a. In addition, when the indoor sports stadium system 100 according to the present invention is manufactured in various indoor sports stadium shapes such as a square, a pentagon, and a hexagon depending on the installation location, the first score wall portion 120a has an arrangement position. It can be changed or installed in plural as needed. When the arrangement position of the first score wall part 120a is changed, it is preferable that the arrangement position of the first score beam projector 120 is also changed, and a one-to-one correspondence to the plurality of first score wall parts 120a is installed. It is preferable to install the first scoring beam projector 120.

It is preferable to use at least one of the first scoring beam projectors 120, and FIG. 1 shows an embodiment in which two first scoring beam projectors 120 are used.

The second scoring beam projector 130 is mounted on the ceiling of the indoor space where the athletic game is performed, and the scoring target area (for example, soccer, handball, or hockey goal or basketball basket) on the second scoring wall (130a). The score target screen including the score target area) is displayed.

It is preferable that the second score wall part 130a is disposed on the left side of the score wall part 110a. In addition, when the indoor sports stadium system 100 according to the present invention is manufactured in various indoor sports stadium shapes such as a square, a pentagon, and a hexagon depending on the installation location, the second score wall portion 130a has an arrangement position. It can be changed or installed in plural as needed. When the placement position of the second scoring wall part 130a is changed, the placement position of the second scoring beam projector 130 is also preferably changed, and a one-to-one correspondence to the second scoring wall part 130a installed in plural It is preferable to install the second scoring beam projector 130.

It is preferable to use at least one second scoring beam projector 130, and FIG. 1 shows an embodiment in which two second scoring beam projectors 130 are used.

The floor beam projector 140 is mounted on the ceiling of the indoor space formed by the score wall part 110a, the first score wall part 120a, and the second score wall part 130a. An athletic field standard screen (eg, a football stadium standard screen, a handball stadium standard screen, a hockey stadium standard screen, a basketball stadium standard screen, etc.) is displayed.

The floor 140a is a floor of an indoor space formed by the score wall part 110a, the first score wall part 120a, and the second score wall part 130a.

It is preferable to use at least one bottom beam projector 140, and FIG. 1 shows an embodiment in which two bottom beam projectors 140 are used.

The first scoring camera sensor 150 is installed near the first scoring beam projector 120 to photograph the scoring target area displayed on the first scoring wall part 120a and the surrounding area during indoor sports events. In order to score a score, a first score determination image for determining a score is photographed and transmitted to the controller 190 according to whether the ball kicked or thrown toward the first score wall part 120a is included in the score target area. do.

It is preferable to use at least one or more first scoring camera sensors 150, and FIG. 1 shows an embodiment in which two first scoring camera sensors 150 are used.

The second scoring camera sensor 160 is installed near the second scoring beam projector 130 to photograph the scoring target area displayed on the second scoring wall part 130a and the surrounding area during indoor sports events. In order to score a score, a second score determination image for determining a score is photographed and transmitted to the controller 190 according to whether the ball kicked or thrown toward the second score wall part 130a is included in the score target area. do.

It is preferable to use at least one second score camera sensor 160, and FIG. 1 shows an embodiment in which two second score camera sensors 160 are used.

The floor camera sensor 170 is installed near the floor beam projector 140 to capture the sports stadium standard screen displayed on the floor 140a to check the movement position of the athlete within the sports stadium standard screen. The image of the player's position is captured and transmitted to the controller 190.

It is preferable to use at least one bottom camera sensor 170, and FIG. 1 shows an embodiment in which two bottom camera sensors 170 are used.

The speaker 180 is installed in one indoor space formed by the score wall part 110a, the first score wall part 120a, the second score wall part 130a, and the floor part 140a to output sound for sports events. do.

It is preferable to use at least one speaker 180, and in FIG. 1, five speakers are arranged along the score wall part 110a, the first score wall part 120a, and the second score wall part 130a. Shows an example.

The controller 190 allows players to use their hands, feet, or hands in one indoor space formed by the score wall 110a, the first scoring wall 120a, the second scoring wall 130a, and the floor 140a. The above mentioned so that the ball can be handled with a tool (e.g., a stick, etc.) to be held and used to enter the target area to compete for a goal (e.g., soccer, basketball, handball, hockey, etc.). The screen display operation of the score beam projector 110, the first scoring beam projector 120, the second scoring beam projector 130, and the bottom beam projector 140 is controlled.

The controller 190 determines a score based on the first score determination image photographed by the first score camera sensor 150 and the second score determination image photographed by the second score camera sensor 160. It is displayed on the above score screen.

The controller 190 controls the sound output of the speaker 180, and preferably, the score wall part 110a, the first score wall part 120a, the second score wall part 130a, and the bottom part 140a. While the screen (e.g., game standby screen, game start screen, crowd cheer screen, score celebration screen, etc.) is displayed, various sounds prepared to suit each screen (e.g., game standby guidance, game time guidance, game relay, etc.) are displayed. Various sounds to announce, spectator shouts, scoring celebrations, etc.) are provided.

The controller 190 is a stop method of fixing and displaying the score target area included in the first score wall part 120a or the second score wall part 130a at a predetermined position, or the score target area regularly or irregularly. The display is performed in one of a moving method for displaying by moving or a mixed method for displaying the score target area by mixing the stop method and the moving method described above.

The controller 190 is the first score determination image taken by the first score camera sensor 150 or the second score determination image photographed by the second score camera sensor 160, the ball in the score target area. If is included, it is judged as a goal, and if there is a ball outside the above target area, it is judged as a non-scoring point.

The controller 190 judges a score as a score if the ball is included in the score target area in one score judgment image taken by one first score camera sensor 150 or one second score camera sensor 160. .

The controller 190 determines the number of scoring images including balls in the scoring target area from two or more scoring images captured by two or more first scoring camera sensors 150 or more (e.g., 30 % Or more, 40% or more, or 50% or more, etc.)

The controller 190 determines the number of score determination images including balls in the score target area in the score determination images taken by two or more second score camera sensors 160 or more than a predetermined probability (e.g., 30 % Or more, 40% or more, or 50% or more, etc.)

The controller 190 displays a screen of a footstep of a corresponding player on the sports stadium standard screen in response to the player's position identified from the player position image captured by the floor camera sensor 170.

The footprint screen can be displayed in various forms that can give interest and vitality to the player's movement. For example, it can be displayed in a circle or other shape of various colors displayed around the player, and the displayed footprint screen blinks. You can also make it.

As shown in FIG. 1, the controller 190 includes a beam project and a camera arranged corresponding to the score wall part 110a, the first score wall part 120a, the second score wall part 130a, and the floor part 140a. It is preferable to include control devices for controlling the sensor and speaker, for example, a score PC, a first score PC, a second score PC, a floor PC, a main server, a sound controller, and the like.

The score PC connects to at least one or more score beam projectors 110 and speakers 180 arranged corresponding to the score wall portion 110a to control them.

The first scoring PC is provided to at least one or more first scoring beam projectors 120 and at least one or more first scoring camera sensors 150 and speaker 180 arranged in correspondence with the first scoring wall part 120a. Connect and control them.

The second scoring PC is provided to at least one or more second scoring beam projectors 130 and at least one or more second scoring camera sensors 160 and speaker 180 disposed in correspondence with the second scoring wall part 130a. Connect and control them.

The floor PC connects to at least one floor beam projector 140 disposed in correspondence with the floor part 140a, at least one floor camera sensor 170, and a speaker (not shown) to control them. .

The main server includes a display device such as a monitor, and communicates with the score PC, the first score PC, the second score PC, and the floor PC through a communication network to control these PCs. 180) to control the sound output.

The indoor sports stadium system 100 according to the present invention configured as described above is used as follows.

In the indoor sports stadium system 100 according to the present invention, the player is in one indoor space formed by the score wall part 110a, the first score wall part 120a, the second score wall part 130a, and the floor part 140a. Select any one of the sports events (e.g., soccer, basketball, handball, hockey, etc.) It is installed so that it can be carried out.

For reference, in FIG. 2, the indoor sports stadium system 100 according to the present invention is formed by the score wall part 110a, the first score wall part 120a, the second score wall part 130a, and the floor part 140a. It indicates a state installed so that a soccer game can be played in a space, and indicates a state in which a wall part facing the score wall part 110a is additionally installed.

For reference, in Figure 3, the indoor sports arena system 100 according to the present invention is an indoor area formed by the score wall part 110a, the first score wall part 120a, the second score wall part 130a, and the floor part 140a. It indicates a state installed so that a soccer game can be played in a space, and indicates a state in which a fence for spectators is installed on the side facing the score wall portion 110a.

As described above, the indoor sports stadium system 100 according to the present invention is installed in an indoor space formed by the score wall part 110a, the first score wall part 120a, the second score wall part 130a, and the floor part 140a. In the state, the controller 190 displays on a display device such as a PC or server monitor, as shown in FIG. 4, a controller operation screen allowing the system operator to select and execute any one of the athletic events.

It is preferable that the controller 190 provides the controller operation screen shown in FIG. 4 as a main screen.

The controller operation screen shown in FIG. 4 allows the system operator to select and execute a soccer game and a basketball game.

If the FOOTBALL is selected on the controller operation screen of FIG. 4, the controller 190 displays the controller operation screen for the soccer game shown in FIG. 5.

The controller operation screen of FIG. 5 is a fixed method (FIXED) or the score target area in which a score target screen including the score target area (eg, a score target area expressing a soccer goal) is fixed and displayed at a predetermined position. A function to select whether to display in one of a moving method (MOVING) that displays by moving regularly or irregularly, or a mixed method that displays the score target area (COMBINED) by mixing the above stop method and moving method (GOAL) , A function to set the game time (e.g., 5 minutes, 10 minutes, 15 minutes, etc.) (EXERCISE), a function to determine the team name to which the players belong (FIRST TEAM NAME, SECOND TEAM NAME), in the bottom beam projector 140 A function of setting the display form so as not to display a dynamic effect or a fixed effect or not to display the player's footsteps screen displayed on the floor part 140a (DYNAMIC, STATIC, OFF), and the floor part ( 140a) includes a function (FLOOR TYPE) for selecting a display format of the soccer stadium standard screen from a video image (VIDEO) or a previously prepared image (IMAGE 1, IMAGE 2).

In the controller operation screen of FIG. 5, the connection function (CONNECTED) includes control devices included in the controller 190 (eg, the above score PC, first score PC, second score PC, floor PC, etc.). It is a function to connect to the main server to control the beam project and the camera sensor arranged corresponding to the score wall part 110a, the first score wall part 120a, the second score wall part 130a, and the floor part 140a. In GOAL1 is a function to connect a control device (eg, score PC) corresponding to the score wall part 110a to the main server, and GOAL2 is a wall part facing the score wall part 110a as shown in FIG. When installed, it is a function of connecting a control device (eg, a score PC to be additionally installed) corresponding to the additionally installed wall. In addition, SIDE1, SIDE2, and FLOOR connect the first scored PC, the second scored PC, and the floor PC corresponding to the first scored wall part 120a, the second scored wall part 130a, and the floor part 140a to the main server. It is a function to do.

When the start game button on the controller operation screen of FIG. 5 is selected, the interior formed by the score wall 110a, the first score wall 120a, the second score wall 130a, and the floor 140a As shown in Fig. 6, the space is configured so that a selected soccer game can be played.

For reference, in FIG. 6, a score screen indicating a five-minute soccer game is displayed on the score wall 110a, and a score target screen including a score target area representing a soccer goal is the first score wall part 120a. And the soccer stadium standard screen exemplifies an indoor space displayed on the floor 140a.

FIG. 7 shows the soccer game of players in the indoor space of FIG. 6, and the score of the USA and Korea teams is 9:0. In particular, the score screen shows the score wall 110a and the first score. It shows an embodiment displayed at the same time on the wall (120a). As such, the score screen is displayed on one or two or more of the score wall part 110a, the first score wall part 120a, the second score wall part 130a, and the bottom part 140a by the controller 190. It could be.

FIG. 8 is an exemplary embodiment in which a footprint screen (eg, a red circle) of a corresponding player is displayed on a soccer stadium standard screen displayed on the floor 140a in correspondence with the player's position in the indoor space of FIG. 6.

During the soccer game as described above, the controller 190 controls the first score determination image photographed by the first score camera sensor 150 or the second score determination image photographed by the second score camera sensor 160. In the score determination video, if a ball is included in the goal area, it is judged as a goal, and if there is a ball outside the goal area, it is judged as a non-scoring point.

In particular, at this time, if the ball is included in the goal area in one score determination image taken by one first score camera sensor 150 or one second score camera sensor 160, it may be determined as a score.

In contrast, in two or more scoring images captured by two or more first scoring camera sensors 150, the number of scoring images containing balls in the scoring target area is more than a predetermined probability (e.g., 30% or more or 40% or more or 50% or more, etc.) If the number is more than a certain probability (for example, more than 30%, more than 40%, or more than 50%, etc.), it may be judged as a score.

Unlike the above, if a basketball game (BASKETBALL) is selected on the controller operation screen of FIG. 4, the controller 190 displays the basketball game controller operation screen shown in FIG. 9.

The controller operation screen of FIG. 9 is a fixed method (FIXED) or the score target area in which a score target screen including the score target area (eg, a score target area representing a basketball basket) is fixed and displayed at a predetermined position. A function to select whether to display in one of a moving method (MOVING) that displays by moving regularly or irregularly, or a mixed method that displays the score target area (COMBINED) by mixing the above stop method and moving method (GOAL) , A function to set the game time (e.g., 5 minutes, 10 minutes, 15 minutes, etc.) (EXERCISE), a function to determine the team name to which the players belong (FIRST TEAM NAME, SECOND TEAM NAME), in the bottom beam projector 140 A function of setting the display form so as not to display a dynamic effect or a fixed effect or not to display the player's footsteps screen displayed on the floor part 140a (DYNAMIC, STATIC, OFF), and the floor part ( 140a) includes a function (FLOOR TYPE) to select a display format of the basketball stadium standard screen from a video image (VIDEO) or a previously prepared image (IMAGE 1, IMAGE 2).

In the controller operation screen of FIG. 9, the connection function (CONNECTED) includes control devices included in the controller 190 (eg, the score PC, the first score PC, the second score PC, the floor PC, etc.). It is a function to connect to the main server to control the beam project and the camera sensor arranged in correspondence with the score wall part 110a, the first score wall part 120a, the second score wall part 130a, and the floor part 140a. In GOAL1 is a function to connect a control device (eg, score PC) corresponding to the score wall part 110a to the main server, and GOAL2 is a wall part facing the score wall part 110a as shown in FIG. When installed, it is a function of connecting a control device (eg, a score PC to be additionally installed) corresponding to the additionally installed wall. In addition, SIDE1, SIDE2, and FLOOR connect the first scored PC, the second scored PC, and the floor PC corresponding to the first scored wall part 120a, the second scored wall part 130a, and the floor part 140a to the main server. It is a function to do.

When the start game button of the controller operation screen of FIG. 9 is selected, the interior formed by the score wall 110a, the first score wall 120a, the second score wall 130a, and the floor 140a As shown in Fig. 10, the space is configured so that a selected basketball game can be played.

For reference, in FIG. 10, a score screen representing a five-minute basketball game is displayed on the score wall 110a, and a score target screen including a score target area representing a basketball basket is the first score wall part 120a. And the basketball stadium standard screen exemplifies an indoor space displayed on the floor 140a. The score screen of FIG. 10 shows the remaining time of 4 minutes and 54 seconds in the state that the player enters the floor 140a and does not participate in the game after the start of the 5 minute basketball game.

FIG. 11 shows the basketball game of players in the indoor space of FIG. 10, and shows that the scores of the USA and Korea teams are 2:0. In particular, the score screen shows the score wall 110a and the first score. It shows an embodiment displayed at the same time on the wall (120a). As such, the score screen is displayed on one or two or more of the score wall part 110a, the first score wall part 120a, the second score wall part 130a, and the bottom part 140a by the controller 190. It could be.

In addition, FIG. 11 shows an embodiment in which a footprint screen (eg, a white circle) of a corresponding player is displayed on the basketball stadium standard screen displayed on the floor 140a in correspondence with the player's position in the indoor space of FIG. 10. .

During the basketball game as described above, the controller 190 controls the first score determination image taken by the first scoring camera sensor 150 or the second scoring image taken by the second scoring camera sensor 160. In the score determination video, if a ball is included in the goal area, it is judged as a goal, and if there is a ball outside the goal area, it is judged as a non-scoring point.

In particular, at this time, if the ball is included in the goal area in one score determination image taken by one first score camera sensor 150 or one second score camera sensor 160, it may be determined as a score.

In contrast, in two or more scoring images captured by two or more first scoring camera sensors 150, the number of scoring images containing balls in the scoring target area is more than a predetermined probability (e.g., 30% or more or 40% or more or 50% or more, etc.) If the number is more than a certain probability (for example, more than 30%, more than 40%, or more than 50%, etc.), it may be judged as a score.

As can be seen from the above, according to the present invention, various sports events (for example, soccer, basketball, handball, hockey, etc.) can be selected and conducted in which a ball is handled in one indoor space to compete for a score. It can meet the needs of users who want to play sports.

100: indoor sports arena system 110: score beam projector
110a: score wall 120: first score beam projector
120a: 1st score wall 130: 2nd score beam projector
130a: second score wall 140: floor beam projector
140a: bottom 150: first score camera sensor
160: second score camera sensor 170: bottom camera sensor
180: speaker 190: controller

Claims (3)

At least one score beam projector 110 for displaying a score screen informing the score result of the athletic game on the score wall 110a while being mounted on the ceiling of the indoor space where the athletic game is performed;
At least one or more first scoring beam projectors 120 that display a scoring target screen including a scoring target area on the first scoring wall part 120a while mounted on the ceiling of the indoor space where the athletic competition is performed;
At least one or more second scoring beam projectors 130 that display a scoring target screen including a scoring target area on the second scoring wall part 130a while being mounted on the ceiling of an indoor space where an athletic event is performed;
At least one for displaying the sports stadium standard screen on the floor 140a while mounted on the ceiling of the indoor space formed by the score wall 110a, the first score wall part 120a, and the second score wall part 130a. More than one bottom beam projector 140;
The first scoring target area installed near the first scoring beam projector 120 and displayed on the first scoring wall 120a and the surrounding area are photographed to allow the player to score the first scoring during an indoor athletic event. At least one or more first score camera sensors 150 for photographing a first score determination image for determining a score according to whether a ball kicked or thrown toward the wall part 120a is included in the score target area;
The second scoring target area installed near the second scoring beam projector 130 and displayed on the second scoring wall (130a) and the surrounding area are photographed so that the athlete can score during an indoor athletic event. At least one or more second score camera sensors 160 for photographing a second score determination image for determining a score according to whether a ball kicked or thrown toward the wall part 130a is included in the score target area;
At least for photographing a player position image to check the movement position of the player within the sports stadium standard screen by photographing a sports stadium standard screen installed near the floor beam projector 140 and displayed on the floor 140a At least one bottom camera sensor 170;
At least one speaker installed in one indoor space formed by the score wall portion 110a, the first score wall part 120a, the second score wall part 130a, and the floor part 140a to output sports sound (180); And
In one indoor space formed by the score wall part 110a, the first score wall part 120a, the second score wall part 130a, and the bottom part 140a, the ball is a tool held by the player by hand, foot, or hand. The score beam projector 110, the first scoring beam projector 120, and the second scoring beam projector 130 so that the score beam projector 110, the first scoring beam projector 120, and the second scoring beam projector 130 can be selected to be carried out by allowing them to enter the scoring target area to compete for scoring. And a first score determination image captured by the first score camera sensor 150 and a second score captured by the second score camera sensor 160 by controlling the screen display operation of the bottom beam projector 140 A controller 190 for displaying a result of determining a score with a judgment image on the score screen and controlling the sound output of the speaker 180;
Indoor sports arena system, characterized in that consisting of. The method of claim 1, wherein the controller 190 fixes the score target area included in the first score wall part 120a or the second score wall part 130a to a predetermined position and displays the stop method or the score target. The first score camera sensor 150 is displayed in any one of a moving method that moves an area regularly or irregularly, or a mixed method that displays the score target area by mixing the stop method and the moving method. If a ball is included in the target area in the first score determination image photographed by or in the second score determination image photographed by the second score camera sensor 160, it is judged as a score and the ball outside the target area is judged as a score. If there is, it is judged as a non-scoring score, but if the ball is included in the score target area in one score judgment image taken by one first score camera sensor 150 or one second score camera sensor 160, it is judged as a score. Or, if the number of scoring images in which the ball is included in the scoring target area in two or more scoring images captured by two or more first scoring camera sensors 150 is more than a predetermined probability, it is judged as a score, or two Indoor sports stadium, characterized in that the score is judged as a score if the number of score determination images including the ball in the target area of the score is greater than or equal to a predetermined probability in two or more score determination images photographed by the second score camera sensor 160 above. system. The method of claim 1, wherein the controller 190 displays a footstep screen of a corresponding player on the sports stadium standard screen in response to the player position identified from the player position image captured by the floor camera sensor 170. Indoor sports arena system, characterized in that.

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