KR102637297B1 - System of on-line billiards game and method thereof - Google Patents

Abstract

The present invention relates to an online billiards game system and method.
According to the present invention, when a game request signal is received from a database that collects challenge problems from a plurality of problem solvers, classifies and stores the collected challenges according to difficulty, and a player terminal, the game progress method and difficulty level selected by the player are provided. Accordingly, a game providing unit that extracts and provides one challenge problem from among the plurality of challenge problems stored in the database, a mode selection unit that selects a golf mode method or a bowling mode method from the player, and a camera installed on one side of the billiard table A video receiving unit that acquires an image captured from the top, a judgment unit that analyzes the acquired video and determines whether or not the score was successful according to the method of progressing the game, and if it is determined that the score was successful, it responds to the selected mode and A game progress unit that calculates the score and calculates the total score by adding up the scores calculated for each inning, and a device that acquires location information of the cue ball and two object balls corresponding to the provided challenge problem and displays the obtained location information Or, it includes an output unit that outputs data through a beam projector.

Description

Online billiards game system and method {SYSTEM OF ON-LINE BILLIARDS GAME AND METHOD THEREOF}

The present invention relates to an online billiards game system and method, and more specifically, to a billiards game provided online, where the player selects either a golf mode or a bowling mode to play the game, and the selected It relates to an online billiards game system and method for calculating scoring points depending on the mode.

Billiards is a sport in which the balls are placed on a horizontal, square billiard table according to the type of game, the number of people is set, and the game ends when the score is achieved by hitting the billiard balls using a cue in the order of the people participating in the game. It's kind.

In all billiards games, other than having somewhat special conditions depending on the game, the rules such as how to select the right to serve, invalidity, validity, and disqualification conditions are all the same. Except for the 4-ball game, which uses 2 red balls and 2 white balls, all games use 1 red ball and 2 white balls. However, pocket games have different numbers and colors of balls. One white ball becomes an inside ball and this does not change until the end of the game. If it is hit by an opponent's inside ball, it is invalid.

A point is scored when you hit two other balls with an inside attack. In the case of 4 balls, the score for one game is 2 points if a white ball and a red ball are hit, 3 points if two red balls are hit, and 5 points if all three balls are hit. If you do not fail, you will continue to score points, and the player who gets their points the fastest will be the winner.

In this billiards game, players take turns hitting the cue ball, so situations in which scoring is easy and situations in which scoring is difficult appear at random. Therefore, not only is it difficult for those who play the game to have accurate guidelines for their billiards skills, but it also has the disadvantage of making it difficult to systematically learn the billiards game.

The technology behind the present invention is disclosed in Republic of Korea Domestic Patent No. 10-2273581 (announced on July 7, 2021).

The technical problem to be achieved by the present invention is a billiards game provided online, where the player selects either a golf mode or a bowling mode to play the game, and calculates the score according to the selected mode. It relates to game systems and methods.

According to an embodiment of the present invention to achieve this technical problem, when a game request signal is received from a database and a player terminal that collects challenge problems from a plurality of problem questioners and classifies and stores the collected challenges according to difficulty, A game providing unit that extracts and provides one challenge problem from a plurality of challenge problems stored in the database according to the game progress method and difficulty selected by the player; a mode selection unit that receives the golf mode method or bowling mode method from the player; A video receiving unit that acquires an image of the upper surface of the billiard table from a camera installed on one side of the billiard table; a judgment unit that analyzes the acquired video and determines whether or not the score was successful depending on how the game is played; if it is determined that the score was successful, A game progress section that calculates the score for the inning in response to the selected mode and calculates the total score by adding up the scores calculated for each inning, and obtains location information of the cue ball and two object balls corresponding to the provided challenge problem. and an output unit that outputs the acquired location information through a display device or beam projector.

Using the image received from the camera, it is determined whether the cue ball and two object balls placed on the billiard table by the player match the positions of the cue ball and two object balls output through the display device or beam projector, and the cue ball and If the two object balls match the displayed positions, it may further include a control unit that outputs a play start command.

When the golf mode is selected by the player, the game progress unit sets a different number of challenges for each inning, repeatedly plays the game in the same position until success, and proceeds the game so that the player with the fewest shots wins. , when the bowling mode is selected by the player, points are awarded according to the number of shots that successfully score points for each inning, and the game can be played so that the player with the highest score wins by adding up the scores of all innings.

If the game in question is a golf mode, the game progress unit may calculate the score of the corresponding inning using the number of shots performed until a score is achieved.

If the game in question is a bowling mode, the game progress unit may set different weights for each number of shots set in the relevant inning and calculate the score of the relevant inning using the set weights.

If the game in question is in bowling mode, the game progress unit adds the points obtained in the previous two innings if a point is scored with the first shot in the relevant inning, and if a point is scored with the second shot, the points obtained in the previous one inning are added. The score can be calculated by adding the points obtained.

When using the bowling mode, the game progress unit may display the number of successful shots in different colors depending on the number of shots that score points.

In addition, according to an embodiment of the present invention, in an online billiards game method using an online billiards game system, collecting challenge problems from a plurality of problem testers, classifying and storing the collected challenges according to difficulty level, a player terminal Upon receiving a game request signal from the player, extracting and providing one challenge problem from among a plurality of challenge problems stored in the database according to the game progress method and difficulty level selected by the player, a golf mode method or a bowling mode method from the player. A step of selecting, obtaining location information of the cue ball and two object balls corresponding to the provided challenge problem, and outputting the obtained location information through a display device or beam projector, capturing the upper surface of the billiard table from a camera installed on one side of the billiard table. Obtaining the captured video, analyzing the acquired video to determine whether the score was successful according to the method of progressing the game, and if it is determined that the score was successful, the score for the inning is calculated in response to the selected mode. It includes the step of calculating the total score obtained by adding up the scores calculated for each innings.

According to the present invention, the game is provided in a golf mode or a bowling mode, allowing the player to select a mode, and the scoring method for each inning is different depending on the selected mode, thereby inducing interest in the player.

In addition, according to the present invention, a plurality of game types with different scoring methods for each inning are provided, the same difficulty level and the same problems are applied to participants participating in the same game, and the scoring score is automatically calculated according to the applied game rules. Multiple players can enjoy billiards games online at different locations.

1 is a diagram for explaining an online billiards game system according to an embodiment of the present invention.
FIG. 2 is a configuration diagram for explaining the online billiard game device shown in FIG. 1.
Figure 3 is a flowchart for explaining an online billiards game method using an online billiards game system according to an embodiment of the present invention.
Figure 4 is an example diagram showing the state in which the cue ball and two object balls are placed on the billiard table in step S340 of Figure 3.
FIG. 5 is an example diagram illustrating a method of calculating a score when the golf mode is used in step S350 of FIG. 3 .
FIG. 6 is an example diagram illustrating a method for calculating scores when the bowling mode is used in step S350 of FIG. 3 .

Below, with reference to the attached drawings, embodiments of the present invention will be described in detail so that those skilled in the art can easily implement the present invention. However, the present invention may be implemented in many different forms and is not limited to the embodiments described herein. In order to clearly explain the present invention in the drawings, parts that are not related to the description are omitted, and similar parts are given similar reference numerals throughout the specification.

Throughout the specification, when a part is said to “include” a certain element, this means that it may further include other elements rather than excluding other elements, unless specifically stated to the contrary.

Then, with reference to the attached drawings, embodiments of the present invention will be described in detail so that those skilled in the art can easily implement the present invention.

Hereinafter, an online billiards game system according to an embodiment of the present invention will be described in more detail using FIG. 1.

1 is a diagram for explaining an online billiards game system according to an embodiment of the present invention.

As shown in FIG. 1, the online billiard game system according to an embodiment of the present invention includes a camera 100, a game server 200, a display device 300, a plurality of first user terminals 400, and a plurality of first user terminals 400. 2 Includes a user terminal (500).

The camera 100 is installed on the upper side of the actual billiard table and captures the user's billiard play on the billiard table.

The camera 100 generates a captured image including the entire billiard table, and can transmit the captured image through wired or wireless communication with the game server 200 according to an embodiment of the present invention.

Meanwhile, the camera 100 can detect the movement of the cue ball and generate an image for each user's shot. For example, the camera 100 can generate an image by detecting the time from the start of the movement of the billiard ball to the end of the movement of the billiard ball in one shot.

Next, the game server 200 provides challenge problems stored in the database and proceeds with the game in the golf mode or bowling mode selected by the player.

To explain this again, when the game server 200 receives a game progress request from a player, it provides one challenge problem among a plurality of challenge problems stored in the database. At this time, the game server 200 outputs the positions of the cue ball and two object balls corresponding to the provided challenge problem through the display device 300.

The player places the cue ball and two object balls in designated positions and then takes a shot to score. Then, the camera 100 films the movement of the cue ball and the two object balls and transmits the film to the game server 200.

Then, the game server 200 analyzes the video received from the camera 100 and determines whether a score has been scored. At this time, the game server 200 determines whether a score is scored according to the mode selected by the player among the golf mode or bowling mode and scores the result.

Then, the game server 200 outputs the scoring result through the display device 300.

The display device 300 may display on a portion of the screen whether a player scores a shot or whether a player scores a shot according to a preset number of shots. Meanwhile, the display device 300 includes at least one of a smartphone, a TV, a monitor, and a beam projector.

Next, the first user terminal 400 is a user terminal for problem testers, and is connected to the game server 200 through a network, and a plurality of problem testers can input challenge problems through the first user terminal 200. Let it happen.

Lastly, the second user terminal 500 is a user terminal for players and is connected to the game server 200 through a network. The player transmits a game progress request signal through the second user terminal 500. Additionally, the player may provide new problems in addition to existing problems through the second user terminal 500 during the game.

Meanwhile, the first user terminal 400 and the second user terminal 500 may be substantially the same user terminal, and for convenience of explanation, they are divided into the first user terminal 400 and the second user terminal 500 depending on the user. Be sure to name them separately.

In addition, the first user terminal 400 and the second user terminal 500 are portable user terminals, such as laptop computers, workstations, palmtop computers, personal digital assistants (PDAs), and web computers. It can be implemented as a device that can exchange information by connecting to a network wired or wirelessly, such as a pad or mobile communication terminal.

Hereinafter, the online billiard game device 200 according to an embodiment of the present invention will be described in more detail using FIG. 2.

FIG. 2 is a configuration diagram for explaining the online billiard game device shown in FIG. 1.

As shown in Figure 2, according to an embodiment of the present invention, the online billiards game device 200 includes a database 210, a game providing unit 220, a mode selection unit 230, an image receiving unit 240, and a judgment. It includes a unit 250, a game progress unit 260, a control unit 270, and an output unit 280.

First, the database 210 collects challenge problems. To explain this again, the database 210 receives challenge problems received from a plurality of first user terminals 400, classifies the received challenge problems according to difficulty level, and stores them.

The game providing unit 220 extracts and provides one challenge problem from among a plurality of challenge problems stored in the database 210. To elaborate, the game provider 220 receives a game request signal from the second user terminal 500 that the player is using. At this time, the player inputs personal skill and difficulty level. Then, the game providing unit 220 extracts and provides challenge problems according to the input personal experience and level of difficulty.

The mode selection unit 230 classifies the billiard game into a golf mode or a bowling mode and receives a selection of the game progress method from the player.

Here, the golf mode method refers to a game method in which the number of challenges is set differently for each inning, the game is played repeatedly in the same position until success, and the player with fewer shots wins.

In addition, the bowling mode method refers to a game method in which points are awarded according to the number of successful shots in each inning, and the scores of all innings are added together so that the player with the highest score wins.

The image receiver 240 receives a game image captured from the camera 100 of the top surface of the billiard table.

The determination unit 250 extracts the movement of the cue ball using the received game video, and determines whether or not the score was successful based on the extracted movement of the cue ball. To explain this again, for each game, the cue ball and two object balls are set at starting positions.

The game progress unit 260 calculates a score according to the score for each inning. At this time, since the billiard game according to the embodiment of the present invention has a different method of calculating the score depending on the game method, the game progress unit 260 calculates the score corresponding to the inning in response to the mode selected by the player. Then, the game progress unit 260 adds up the scores calculated for each inning.

When the control unit 270 receives a gain progress request signal from the player, it outputs the positions of the cue ball and the two object balls according to the extracted challenge problem through the display device 300. Then, the control unit 270 uses the game image received from the camera 100 to determine whether the cue ball and the two object balls are placed at the designated positions. Then, when it is determined that the device is placed at the designated position, the control unit 270 outputs a play start command.

Finally, the output unit 280 obtains location information about the cue ball and the two object balls from the control unit 270 and outputs the obtained location information through the display device 300. Additionally, the output unit 280 outputs the score obtained through the game progress unit 260 through the display device 300.

Hereinafter, an online billiards game method using an online billiards game system according to an embodiment of the present invention will be described in more detail using FIGS. 3 to 6.

Figure 3 is a flowchart for explaining an online billiards game method using an online billiards game system according to an embodiment of the present invention.

As shown in FIG. 3, the game server 200 according to an embodiment of the present invention collects a plurality of challenge problems and builds a database (S310).

To elaborate, the problem tester inputs the question to be presented through the first user terminal 400. Here, the problem testers may be professional billiards players, and various question posers may be included to arouse the user's interest and interest.

The game server 200 stores the challenge problems entered into the constructed database 210 by level of difficulty.

Next, upon receiving a game request signal from the player, the game server 200 extracts a challenge problem to be played (S320).

To explain this again, the player connects to the game server 200 using the second user terminal 500 owned by the player. Then, the player inputs his/her performance and score along with a game request signal.

Then, the game provider 260 extracts an appropriate challenge problem using the skill and score of the player who requested the game.

When step S320 is completed, the mode selection unit 230 provides mode information according to the game method to the second user terminal 500 of the corresponding player, allowing the player to select a game mode (S330).

The game server 200 according to an embodiment of the present invention plays a billiards game through either a golf mode or a bowling mode.

Here, in the golf mode method, the number of innings and the number of challenges for each inning are set, and the score is calculated using the set number of challenges as the standard number. In addition, the golf mode method represents a game method in which the score calculated for each inning is added up and the player with the lowest total score wins.

Also, in the bowling mode method, unlike the golf mode method, only the number of innings is set. In addition, the bowling mode method represents a game method in which weighted points are obtained according to the number of successful runs scored in each inning, and the player with the highest total points obtained by adding up the points calculated for each inning wins.

The mode selection unit 230 provides mode information including at least one of the mode type, the game progress method for the mode, the number of innings, and the score calculation method to the second user terminal 500 of the corresponding player. Then, the player selects either the golf mode or the bowling mode and transmits the selected result through the second user terminal 500.

When step S330 is completed, the control unit 270 determines whether the cue ball and the two object balls are located in the designated position according to the extracted challenge problem, and outputs a play start command if it is determined that they are located in the designated position (S340 ).

First, the control unit 270 obtains location information about the cue ball and two object balls according to the challenge problem. Then, the control unit 270 transmits the acquired location information to the output unit 280 and outputs it through the display device 300.

Figure 4 is an exemplary diagram showing the state in which the cue ball and two object balls are placed on the billiard table in step S340 of Figure 3.

As shown in FIG. 4, the output unit 280 displays the positions of the cue ball and the two object balls on the screen of the display device 300, which is formed in the form of a flat display. Meanwhile, when the display device 300 is in the form of a beam projector, light is irradiated to the billiard table to display the positions of the cue ball and two object balls.

Then, the player directly checks the indication of the designated positions for the cue ball and object balls output through the display device 300 and places the corresponding cue ball and two object balls at the designated positions on the billiard table.

The process of the player positioning the cue ball and the two object balls is filmed through the camera 100, and the camera 100 transmits the captured image to the game server 200.

Then, the control unit 270 analyzes the received image and determines whether the cue ball and the two object balls are accurately located at the designated positions.

If it is determined that the cue ball and the two object balls are located at the designated positions, the control unit 270 outputs a play start command through voice or the display device 300.

On the other hand, if it is determined that the cue ball and the two object balls are not located in the designated positions, the control unit 270 outputs a message by voice.

When the player starts the game, the camera 100 captures the play scene and transmits the captured game video to the game server 200.

Then, the game server 200 analyzes the received game video and calculates the score for each inning (S350).

To elaborate, the game progress unit 260 calculates the score for each inning according to the mode selected by the player.

First, the following describes how to play the game using the golf mode method.

In golf mode, a limited number of innings are played, and a standard number of shots can be set for each inning. At this time, the number of innings and the standard number of shots per inning may be determined by the player, or may be preset by the game progress unit 260.

Next, the determination unit 250 analyzes the received game video and determines whether the challenge problem has been solved.

In detail, for each challenge problem, the initial positions for the cue ball and two object balls are set. At this time, the positions of the cue ball and the two object balls can be set as coordinate values. Next, the judgment unit 250 analyzes the received video to obtain location information about the next cue ball and two object balls played, and mutually exchanges the obtained location information of the cue ball and two object balls with the original location information. By comparison, the movement path and movement of the cue ball and two object balls are obtained. Then, the determination unit 250 determines whether or not the challenge problem is solved using the obtained movement path and movement, and the judgment result is delivered to the game progress unit 260.

Then, the game progress unit 260 obtains the number of shots when the relevant player solves the challenge problem, and calculates the score by comparing the obtained number of shots with the standard number of shots.

That is, the game progress unit 260 gives “-1” when the challenge problem is solved with a number of shots less than the standard number of shots, and gives “0” when the challenge problem is solved with the number of shots less than the standard number of shots.

Additionally, if the challenge problem is solved while exceeding the standard number of shots, the game progress unit 260 calculates the number of excess shots as a score.

FIG. 5 is an example diagram illustrating a method of calculating a score when the golf mode is used in step S350 of FIG. 3 .

Hereinafter, the golf mode method will be described as an example using FIG. 5.

As shown in Figure 5, for convenience of explanation, it is assumed that there are 4 players playing the corresponding billiards game, the total number of innings is 20 innings, and the standard number of shots for each inning is 2.

Then, in the 20th inning, player "A" solved the challenge on the first shot, player "B" and "C" solved the challenge on the third shot, and player "D" solved the challenge on the second shot. Assume that you have solved the challenge problem.

Then, the game progress unit 260 calculates the score as "-1" because the number of shots solved by player "A" to solve the challenge problem is less than the standard number of shots. And, the game progress unit 260 calculates the score as "+1" because the number of shots that solved the challenge problem by player "B" and player "C" each exceeded the standard number of shots by one.

Finally, the game progress unit 260 calculates the score as "0" because the number of shots in which the challenge problem is solved by player "D" corresponds to the standard number of shots.

Meanwhile, when playing a billiards game in golf mode, shots are played one at a time in order in the same inning, and the player who succeeds in scoring does not make any more shots in that inning. Then, the failed players repeatedly perform shots sequentially until they succeed in scoring. In other words, players "A" through "D" attempt shots sequentially, and assuming that player "A" solves the challenge on the first shot, player "A" is followed by players "B" and "C". Player and "D" remain on standby until they solve the challenge problem. Then, when it is determined that the remaining “B” players, “C” players, and “D” players have all earned points by solving the challenge problems, the control unit 270 provides challenge problems corresponding to the next inning.

For example, in an inning set at 2 base shots, player "A" scores on the first shot, players "B" and "C" score on the third shot, and player "D" scores on both shots. Assuming that he succeeds in scoring on the second shot, player "A" scores -1 point for that inning, and players "B" and "C" each score +1 point for that inning. Then, the “D” player scores 0 points in that inning. Below, we will explain how to play the game using the bowling mode method.

Bowling mode, like golf mode, involves playing a limited number of innings. However, unlike the golf mode, the bowling mode method does not set a separate standard number of shots. Likewise, the determination unit 250 analyzes the received game video and determines whether the challenge problem has been solved. Then, the game progress unit 260, which has received the judgment result, calculates a score by assigning a weight corresponding to the number of shots that solve the challenge problem.

FIG. 6 is an example diagram illustrating a method for calculating scores when the bowling mode is used in step S350 of FIG. 3 .

Hereinafter, the bowling mode method will be described as an example using FIG. 6.

As shown in FIG. 6, it is assumed that players named “Haengjik Kim,” “Caudron,” “Sanchez,” and “Jaspers” have entered the game. At this time, the first inning is played in order of login, and thereafter, the player with the highest total score from the previous inning plays first, and players with the same total score play in the order of the previous inning.

In addition, the bowling mode method according to an embodiment of the present invention displays each inning in a different color according to the number of shots that solve the challenge problem, and gives a corresponding score.

That is, if the challenge problem is successful in the first shot, the game progress unit 260 displays the relevant inning in blue and grants 3 points correspondingly.

If the challenge problem is successful in the second shot, the game progress unit 260 displays the relevant inning in yellow and grants 2 points correspondingly.

If the challenge problem is successful on the third shot, the game progress unit 260 displays the relevant inning in red and grants 1 point correspondingly.

If the challenge problem is not successful even on the third shot, the game progress unit 260 does not mark the relevant inning using a separate color and gives 0 points correspondingly. In an embodiment of the present invention, the number of challenge problem solving shots is displayed in blue, yellow, and red, and the corresponding scores are given as 3 points, 2 points, and 1 point. However, it is not limited to this and can be displayed in various colors, The weight can also be assigned various scores.

Meanwhile, assume that in the first inning of the game, “Haengjik Kim,” “Caudron,” and “Sanchez” solved the challenge problem on the first shot, and “Jaspers” solved the challenge problem on the third shot.

Then, as shown in FIG. 6, the game progress unit 260 marks “Haengjik Kim,” “Caudron,” and “Sanchez” in blue on the scoreboard, and gives them a score of “3” correspondingly. do.

On the other hand, the game progress unit 260 marks “Jaspers” in red on the scoreboard and gives “1” point correspondingly.

In the third inning, it is assumed that Kim Haeng-jik, Coudron, Sánchez and Jaspers all solved the challenge on the first shot.

Then, the game progress unit 260 displays “Kim Haeng-jik,” “Caudron,” “Sanchez,” and “Jaspers” in blue on the scoreboard and gives them a score of “3” correspondingly. However, since the game progress unit 260 solved the challenge problem using the first shot in the third inning, it provides the total of the scores obtained in the previous two innings.

To explain this again, as shown in FIG. 6, assume that player "Haengjik Kim" scored 3 points in the first inning and solved the challenge problem on the first shot in the second inning.

Then, in the second inning, a total of 6 points is earned by adding 3 points from the successful first shot and 3 points from the previous inning.

Additionally, assuming that player "Haengjik Kim" solves the challenge problem on the first shot in the third inning, in the third inning, 3 points for the successful first shot and 3 points for each of the previous two innings By adding up, you get a total of 9 points.

Since the players “Coudron” and “Sanchez” also solved the challenge problem on the first shot from the first to the third inning, like the player “Haengjik Kim”, the game progress unit 260 is “Coudron” and “Sanchez” "Assign a score of "9" to each player's scoreboard.

Finally, assume that player "Jaspers" scores 1 point by solving the challenge on his third shot in the first inning, and then solves the challenge on his second shot in the second inning.

Then, in the second inning, a total of 3 points is earned by adding 2 points from the successful second shot and 1 point from the previous inning.

Additionally, assuming that the "Jaspers" player solved the challenge problem on the first shot in the third inning, in the third inning, the 3 points for the successful first shot and the 1 and 3 points earned in the previous two innings are added together. You will receive a total of 7 points.

In other words, the game progress unit 260 adds the points obtained in the previous two innings when a point is scored with the first shot in the inning, and when a point is scored with the second shot, the game progress unit 260 adds the points obtained in the previous one inning. to calculate the score.

When step S350 is completed, the game progress unit 260 extracts the winner of the billiard game by adding up the scores calculated for each inning and ends the game (S360).

When the game progress unit 260 ends a limited inning, it calculates the total score by adding up the scores calculated for each inning.

At this time, if the billiards game is played in golf mode, the game progress unit 260 displays the player with the lowest total points as the winner.

On the other hand, if the billiards game is played in bowling mode, the game progress unit 260 displays the player with the highest total points as the winner.

As such, the online billiards game system according to the present invention provides a game in a golf mode or a bowling mode, allowing the player to select a mode, and the scoring method for each inning is different depending on the selected mode, thereby attracting interest to the player. You can.

In addition, the online billiards game system according to the present invention provides a plurality of game types with different scoring methods for each inning, applies the same difficulty level and the same problems to participants participating in the same game, and scores points according to the applied game rules. Because it is calculated automatically, multiple players can enjoy billiards games online at different locations.

The present invention has been described with reference to the embodiments shown in the drawings, but these are merely illustrative, and those skilled in the art will understand that various modifications and equivalent other embodiments are possible therefrom. Therefore, the true scope of technical protection of the present invention should be determined by the technical spirit of the attached patent claims.

100: Camera
200: Game server
210: database
220: Game provision department
230: Mode selection unit
240: video receiver
250: Judgment unit
260: Game progress section
270: control unit
280: output unit
300: display device
400: plurality of first user terminals
500: plurality of second user terminals

Claims (14)

A database that collects challenge problems from a plurality of problem testers, classifies the collected challenges according to difficulty level, and stores them;
When receiving a game request signal from a user terminal, a game providing unit that extracts and provides one challenge problem from among a plurality of challenge problems stored in the database according to the game progress method and difficulty selected by the player;
A mode selection unit that allows the player to select a golf mode or a bowling mode,
An image receiver that acquires an image of the upper surface of the billiard table from a camera installed on one side of the billiard table,
A judgment unit that analyzes the acquired video and determines whether or not the score was successful according to how the game is played;
If it is determined that the score has been successfully scored, the game progress section calculates the score for that inning in response to the selected mode and calculates the total score by adding up the scores calculated for each inning, and
It includes an output unit that acquires location information of the cue ball and two object balls corresponding to the provided challenge problem and outputs the obtained location information through a display device or beam projector,
The game progress section
When the golf mode is selected by the player, the number of challenges is set differently for each inning, the game is played repeatedly in the same position until success, and the game is played so that the player with fewer shots wins,
When the bowling mode is selected by the player, points are awarded according to the number of successful shots in each inning, and the game is played so that the player with the highest score wins by adding up the scores of all innings. An online billiards game system. According to paragraph 1,
Using the image received from the camera, it is determined whether the cue ball and two object balls placed on the billiard table by the player match the positions of the cue ball and two object balls output through the display device or beam projector, and the cue ball and An online billiards game system further comprising a control unit that outputs a play start command when the two object balls match the displayed positions. delete According to paragraph 1,
The game progress section
An online billiards game system that calculates the score of the relevant inning using the number of shots performed until a score is achieved when the relevant game is in golf mode. According to paragraph 1,
The game progress section
An online billiards game system that sets different weights for each number of shots set in the relevant inning when the relevant game is in bowling mode, and calculates the score for the relevant inning using the set weights. According to paragraph 1,
The game progress section
If the game is in bowling mode, if you score with the first shot in the inning, the score from the previous two innings is added, and if you score with the second shot, the score from the previous one inning is added to the score. An online billiards game system that calculates scores by adding up. According to clause 6,
The game progress section
In bowling mode, an online billiards game system that displays the number of successful shots in different colors depending on the number of shots that score points. In an online billiards game method using an online billiards game system,
Collecting challenge problems from a plurality of problem testers, classifying and storing the collected challenges according to difficulty,
When receiving a game request signal from the player terminal, extracting and providing one challenge problem from a plurality of challenge problems stored in the database according to the game progress method and difficulty selected by the player;
A step of selecting a golf mode method or a bowling mode method from the player,
Obtaining location information of the cue ball and two object balls corresponding to the provided challenge problem, and outputting the obtained location information through a display device or beam projector;
Obtaining an image of the upper surface of the billiard table from a camera installed on one side of the billiard table,
Analyzing the acquired video to determine whether the score was successful according to how the game is played, and
If it is determined that the score was successful, calculating the score for the corresponding inning in response to the selected mode, and calculating the total score by adding up the scores calculated for each inning,
The step of calculating the total obtained score is
When the golf mode is selected by the player, the number of challenges is set differently for each inning, the game is played repeatedly in the same position until success, and the game is played so that the player with fewer shots wins,
When the bowling mode is selected by the player, points are awarded according to the number of successful shots in each inning, and the game is played so that the player with the highest score by adding up the scores of all innings wins. According to clause 8,
Using the image received from the camera, it is determined whether the cue ball and two object balls placed on the billiard table by the player match the positions of the cue ball and two object balls output through the display device or beam projector, and the cue ball and An online billiards game method further comprising outputting a play start command when the two object balls match the displayed positions. delete According to clause 8,
The step of calculating the total obtained score is,
An online billiards game method that calculates the score of the relevant inning using the number of shots performed until a score is achieved when the relevant game is in golf mode. According to clause 8,
The step of calculating the total obtained score is,
If the relevant game is in bowling mode, an online billiards game method that sets different weights for each number of shots set in the relevant inning and calculates the score for the relevant inning using the set weights. According to clause 8,
The step of calculating the total obtained score is,
If the game is in bowling mode, if you score with the first shot in the inning, the score from the previous two innings is added, and if you score with the second shot, the score from the previous one inning is added to the score. How to play online billiards by calculating scores by adding up According to clause 13,
The step of calculating the total obtained score is,
An online billiards game method that displays the number of successful shots in different colors depending on the number of shots that scored in the bowling mode.

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