KR20190101845A - Ball throw game method - Google Patents

Abstract

The present invention relates to a ball throwing game method. According to the present invention, a body includes: a coin slot formed on a front surface thereof; a ball storage unit and a current score board formed on an upper surface thereof; a control panel formed therein; and a game board having a front surface with a plurality of ball injection holes formed in one side thereof wherein a light emitting member and a sensor are installed at the edge of the ball injection holes, and a score board for winning a prize is installed between the game board and the body. When a coin is inserted into the coin slot, the ball is discharged into the ball storage unit and the light emitting member of the ball injection hole is emitted with a predetermined pattern wherein the ball passing through the ball injection hole where the light emitting member is emitted is detected by a sensor and a sensor signal is outputted to a control unit at the same time such that a score signal is inputted on the current score board by the control unit. According to the present invention, it is advantageous in that a plurality of light emitting members are adjacent in a predetermined pattern or cross-repeated or sequentially emitted to change an injection position of a ball such that the injection position of the ball can be changed in various ways. A light emitting position is frequently changed in the predetermined pattern whenever a game is played such that a user can enjoy the game with various patterns. Especially, the light emitting position is changed to increase user′s interest in the game, and it is possible to easily check scores by outputting, through the current score board, scores corresponding to the number of balls passing through the ball injection hall. Additionally, through the score board for winning a prize, motivation for challenging to get prize winning scores is increased, thereby enhancing reliability of a product.

Description

Ball throw game method

The present invention relates to a game method, and more particularly, a light passing through the ball through the ball hole to the light emitting member, and outputs a sensor signal for sensing the ball passing through the ball hole to the controller, the current score plate by the controller It relates to a ball throwing game method to output the score.

Generally, a ball throwing game machine throws a ball into a hole having a predetermined shape while holding a ball to obtain a score corresponding to the number of balls passed through the hole.

Patent document 1 shows a conventional throwing game machine, referring to this, a game board, a fence protruding upward from the rear end of the game board to prevent the ball from leaving the game board, and a plurality of installed on the upper surface of the game board. It is composed of a dog game end, and a thrower that is fixed to the position spaced apart from the game board to throw the ball.

Here, the fence is fixed on the game board by a fence stand installed at its lower end.

And, the game end is installed in the mounting hole formed in the game board, it is standing in the vertical direction.

At this time, a plurality of defenses are further installed in the mounting hole to block the ball thrown to the end of the game.

That is, when the ball is seated in the thrower, the thrower is operated so that the ball is thrown in the direction of the game board, and the ball is thrown to correspond to the distance and the inclination angle to collide with the end of the game.

At this time, if the game end is lying on the floor of the game board by the throwing ball, it is regarded as success, and if the game end is maintained in the vertical direction, it is regarded as failure.

On the other hand, if the ball thrown by the thrower hit the obstacle fixed on the game board, it is regarded as a failure.

Here, a ball flying in one direction after the collision with the obstacle or the end of the game or a ball colliding with the fence beyond the end of the game is blocked by the fence and prevented from being separated from the game board.

However, Patent Document 1 as described above, the throwing distance or the inclination angle of the ball is changed according to the throwing state of the throwing machine, it is difficult for the user to throw the ball to the desired position, and simply knocks down the end of the game at different positions with the ball. The interest in the game is reduced by a simple game method, and the hassle of having to rearrange the fallen game pieces in a row, in particular, the inconvenience of the user having to directly remember or record the score of the falling game pieces. There is a problem that the pattern of is limited to the shape of the mounting hole of the game board, causing the interest of the game to be significantly lowered, thereby degrading the reliability of the product.

KR 10-1531047 B1

The present invention is to solve the problems as described above, the object of the present invention is to form a coin inlet on the front of the main body, the air storage unit and the present score plate on the upper surface, to form a control panel therein, the main body Install a game board with a plurality of ball input holes on one side in front, install a light emitting member and a sensor on the edge of the ball input hole, and install a prize score plate between the game board and the main body. When the ball is thrown in, the ball is discharged to the air storage unit, and the light emitting member of the ball input hole emits light in a predetermined pattern. At this time, the ball passing through the ball input hole in which the light emitting member emits light is detected by the sensor and the sensor signal is output to the controller. It is to provide a ball throwing game method in which the score signal is input to the current scoreboard by the control unit.

In order to achieve the object of the present invention as described above, the ball throwing game method according to the present invention, by inserting a coin into a coin inlet formed on the front of the body, the plurality of balls to be discharged to the ball storage formed on the upper surface through the discharge hole A first process of emitting light emitting members around a plurality of ball input hole edges formed on the front of the game board in a predetermined pattern; A second step of throwing the ball stored in the ball storage part into the ball penetration hole in which the light emitting member emits light; A third process of detecting whether the ball passes through the ball through hole by a sensor installed at the edge of the ball through hole, and transmitting the detection signal and the light emitting signal of the light emitting member to the controller of the main body; A fourth step of analyzing the detection signal detected in the third step and the light emission signal of the light emitting member and outputting a score signal to a current score plate formed on an upper surface of the main body; And a fifth process of comparing the prize acquisition score plate formed on one side of the present score plate and the score inputted to the current score plate with the controller to determine whether the prize is discharged through the outlet of the main body. It is done.

In the ball throwing game method according to the present invention, a time display unit for displaying the game time between the current score plate and the prize acquisition score plate is formed, the game number display plate for displaying the number of games available on the upper surface of the air storage unit border It is characterized by further formed.

In the ball throwing game method according to the present invention, in the first step, the light emitting members formed on the edges of the plurality of ball input holes are repeatedly crossed in a predetermined pattern to emit light and blink.

In the ball throwing game method according to the invention, the light emitting member is characterized in that it is emitted to change in at least three or more colors.

In the ball throwing game method according to the present invention, the light emitting member outputs different color signals to the controller so that the controller outputs a score signal corresponding to the color signal to the current scoreboard. .

In the ball throwing game method according to the invention, the sensor is formed on any one of the edge of the ball hole and the light emitting unit for irradiating light; And a light receiving unit formed on one surface of the edge of the hole in which it is opposite to the light emitting unit and receiving the light emitted from the light emitting unit.

In the ball throwing game method according to the invention, the control unit receives a sensor signal for detecting the ball passing through the ball injection hole for the light emitting member is emitted, and outputs a score signal to the current scoreboard, the present Comparing and analyzing the scores of the scoreboard and the prize-winning scoreboard, if the current scoreboard score is relatively higher than or equal to the score of the prize-winning scoreboard, the prize is discharged through the outlet .

According to the present invention, a plurality of light emitting members may change the input positions of the balls by varying the input positions of the balls while neighboring, crossing, repeating, or sequentially emitting light within a predetermined pattern, and may change the input positions of the balls in a predetermined pattern every game. The luminous position is changed from time to time so that you can enjoy the game in various patterns.In particular, the change in the luminous position increases the interest in the game, and scores corresponding to the number of passes of the ball passing through the ball insertion hole are present. Through the output through the score can be easily confirmed, and through the prize scoreboard challenge challenge to challenge the acquisition score of the prize is raised, there is an advantage that the reliability of the product is improved.

1 is a perspective view showing a ball throwing game machine according to the present invention.
FIG. 2 is a front view of FIG. 1; FIG.
3 is a schematic enlarged view showing a ball insertion hole of a ball throwing game machine;
Figure 4 is a first exemplary view showing a light emitting member pattern of the ball throwing game machine according to the present invention.
Figure 5 is a second exemplary view showing a light emitting member pattern of the ball throwing game machine according to the present invention.
Figure 5 is a second exemplary view showing a light emitting member pattern of the ball throwing game machine according to the present invention.
Figure 6 is a third exemplary view showing a light emitting member pattern of the ball throwing game machine according to the present invention.
7 is a fourth exemplary view showing a light emitting member pattern of the ball throwing game machine according to the present invention.
8 is a fifth exemplary view showing a light emitting member pattern of a ball throwing game machine according to the present invention.
9 is a sixth exemplary view showing a light emitting member pattern of the ball throwing game machine according to the present invention.
10 is a flow chart showing a ball throwing game method according to the invention.

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

1 to 10, the game throwing game machine according to the present invention is composed of a main body and a game board.

The main body 100 forms a coin inlet 101 and a discharge port 107 through which the prizes are discharged on the front surface, and forms a ball storage part 103 in which a ball is received on an upper surface thereof. Forming the discharge hole 102 to guide the ball (B) to be discharged to the payment 103, forms a present score plate 105 indicating the score on the upper surface, and win prizes on one side of the present score plate 105 The scoreboard 106 is formed, and the control unit 104 is formed inside.

The coin input port 101 is connected to the game number display panel 109 and displays a number corresponding to the number of coins to be input on the game number display panel 109.

The discharge hole 102 is blocked by the partition 102a which is rotationally driven to block the ball B from being discharged to the air storage 103.

The partition 102a is rotated when the coin is inserted into the coin inlet 101 so that the discharge hole 102 is opened.

Between the current score plate 105 and the prize-winning score plate 106 is formed a time display unit 108 for displaying the game time, and the game number display plate for displaying the number of games available on the upper surface of the air storage unit 103 border 109 is further formed.

The time displayed on the time display unit 108 preferably corresponds to the time when the partition 102a is rotationally driven to block the discharge hole 102.

The game time displayed on the time display unit 108 is preferably within 30 to 60 seconds.

The number of games displayed on the game number display plate 108 preferably corresponds to the number of coins put into the coin inlet 101.

The control unit 104 receives a sensor 203 signal that detects a ball passing through the ball input hole 201 where the light emitting member 202 emits light, and outputs a score signal to the current score plate 105. The score of the present score plate 105 is relatively higher than the score of the prize score plate 106 by comparing and analyzing the scores of the present score plate 105 and the prize score plate 106. Alternatively, if the same, the premium is discharged through the outlet 107.

The controller 104 receives different color signals from the light emitting member 202 and outputs a score signal corresponding to the color signals to the current scoreboard 105.

On the current score plate 105, a score plate 100a indicating a color score emitted from the light emitting member 202 is formed.

The main body further forms a prize notification table (100b) for displaying the prize type according to the score on the upper surface of the air storage unit border facing the game count display.

The game board 200 is formed in a plate shape, protrudes upward from one side of the upper surface of the main body 100, and forms a plurality of ball penetration holes 201 at predetermined intervals on the front surface, and the ball penetration hole 201. A sensor 203 is formed on the edge to detect whether the light emitting member 202 and the ball B have passed.

The sensor 203 is formed on any one of the edges of the hollow hole 201 to emit light, and the edge of the hollow hole 201 opposite to the light emitting unit 203a. The light receiving unit 203b is formed on one surface and receives light emitted from the light emitting unit 203a.

When the light emitted from the light emitting unit 203a and the light input to the light receiving unit 203b is blocked by the ball passing through the ball penetration hole 201, the sensor 203 sends the signal to the controller 104. Output to detect whether the ball (B) has passed.

The game board 200 repeatedly emits light and blinks by repeatedly crossing the light emitting members 202 formed at the edges of the ball penetration holes 201 in a predetermined pattern.

The light emitting member 202 emits light so as to change into at least three colors.

The light emitting member 202 outputs different color signals to the control unit 104 so that the control unit 104 outputs a score signal corresponding to the color signal to the current score plate 105.

The light emitting member 202 is preferably emitted in red, green and yellow, the score may be determined by the user.

The light emitting and blinking patterns of the light emitting member 202 may be variously changed.

Ball throwing game method according to the present invention configured as described above is as follows.

In the following description, the light emitting member 202 is described by taking three colors of light, for example, the color is red, green, blue.

First, a coin is introduced into the coin inlet 101 formed on the front of the main body 100, and a plurality of balls B are discharged to the ball receiving unit 103 formed on the upper surface through the discharge hole 102, and the game board ( 200, the light emitting members 202 around the edges of the plurality of hollow hole 201 formed in the front surface emit light in a predetermined pattern (S100).

At this time, when the coin is inserted into the coin inlet 101 of the main body 100, the number of games can be displayed on the game number display board 109 so as to correspond to the number of coins to be injected into the coin inlet 101.

In addition, the discharge hole 102 is maintained in a state of being blocked by the partition 102a, the coin is inserted into the coin inlet 101 is rotated at the moment the number of games available on the game number display plate 109 is displayed. By driving the discharge hole 102 to be opened, the ball is stored in the air storage unit 103 through the discharge hole 102, and at the same time, the game play time is displayed on the time display unit 108.

In addition, the light emitting member 202 formed in the plurality of empty hole 201 is continuously lighted and blinked to have a predetermined pattern, the pattern can be changed by the user

Subsequently, during the game play time displayed on the time display unit 108, the ball B stored in the air storage unit 103 is thrown into the ball penetration hole 201 where the light emitting member 202 emits light. By doing so, the ball is passed through the ball hole (S200).

Subsequently, the sensor 203 installed at the edge of the ball hole 201 detects the passage of the ball B passing through the ball hole 201, and detects the detection signal and the light emitting member 202. The light emission signal is transmitted to the controller 104 of the main body 100 (S300).

Thereafter, the controller 104 analyzes the detection signal sensed by the sensor 203 and the light emission signal of the light emitting member 202, and scores the score signal with the present score plate 105 formed on the upper surface of the main body 100. Outputs

That is, the ball B is passed through the ball penetration hole 201 where the light emitting member 202 emits light, and at the same time, the sensor 203 installed around the ball penetration hole 201 passes through the ball B. The light emitting signal and the signal of the sensor 203 are transmitted to the control unit 104, and the control unit 104 outputs a score to the current score plate 105.

In this case, the sensor 203 irradiates light to the light emitting part 203a to cause the light to reach the light receiving part 203b, and at the point when the ball B passes through the ball penetration hole 201. The light signal input to the light receiving unit 203b is blocked to detect that the ball B has passed through the ball input hole 201.

At this time, the light emitting member 202 of the ball injection hole 201 through which the ball (B) is passed is in a flashing state or emits light in any one of red, green or blue colors.

If a ball passes through the ball input hole 201 of the light emitting member 202 in a blinking state, the sensor 203 detects whether the ball B has passed and transmits the signal to the controller. The controller 104 receives only the signal from the sensor 203 and outputs the score signal to the current scoreboard 105.

When the color of the light emitting member 202 is one of red, green, or blue, when the ball B passes through the ball penetration hole 201, the light emitting member 202 corresponds to the color of the light emitting member 202. A signal and a signal of the sensor 203 are transmitted to the control unit 104, and the control unit 104 analyzes the color signal and the sensor signal of the light emitting member 202 and uses the current score plate 105 to mutually communicate with each other. Print another score.

Thereafter, the scores inputted to the current score plate 105 and the prize acquisition score plate 106 are analyzed and compared with the controller 104 to determine whether the prizes are discharged through the outlet 107 of the main body 100. (S500).

That is, the controller 104 compares and analyzes the scores of the present score plate 105 and the prize acquisition score plate 106, and compares the scores of the present score plate 106 with the score of the present score plate 105. If the score is relatively high or the same, the prize is discharged through the outlet 107, and if the score of the current score plate 105 is lower than the score of the prize score plate 106, the outlet ( 107) to block the prizes from being discharged.

In the above, the light emitting member 202 is By throwing the ball (B) to the ball that is the light emitting input hole 201, but as an example described to obtain the score, the emission pattern of the light emitting member 202 is formed on the plurality of the ball input hole 201 is Various changes may be made and the pattern is illustrated below.

First, referring to FIG. 4 First embodiment  Looking at the pattern, The light emitting member 202 Radiated  Remind Into the ball input hole 201  Each time the ball B is injected, the sensor 203 detects whether the ball B passes, and the The light emitting member 202  You can implement a pattern that changes continuously in the order blue, green, and red.

Also, with reference to FIG. 5 Second embodiment  Looking at the pattern, The light emitting member 202  The light emitting above Into the ball input hole 201  Each time the ball is injected, the sensor 203 Pass  Detect, remind The light emitting member 202  Blue, green, red, and then red The light emitting member 202 is  The pattern can be implemented to maintain that state.

Also, with reference to FIG. 6 Third embodiment  Looking at the pattern, Multiple  remind Light emitting member Emit any one of 202 in red, and in red Radiated  remind On the light emitting member 202  Connected remind Light emitting member (202) 4 light green, this red The light emitting member 202 and  Green The light emitting member 202  Implement a pattern to move in a fixed direction while connected to each other.

At this time, the red light The light emitting member 202  Formed above Into the ball input hole 201  When the ball (B) is put in, it turns green Mad  remind The light emitting member 202  Sequentially turn red, For 2 seconds  remind The light emitting member 202 Radiated  Remind Ball input When the ball fails to enter the hole 201, the red light is reminded The light emitting member 202  It turns green.

And the above  In red or green Radiated  remind The light emitting member 202  Formed above To ball hole 201  When you put the ball in red and green Light emitting member (202) The movement is stopped for one second.

Further, FIG. 7 and reviewing the fourth embodiment, a pattern, by defining a plurality of the ball input hole 201 into four equal parts, material portions of two light emission of the plurality of the light emission of each part of the partition member (202) 202 is emitted in blue, and each light emitting member 202 is emitted in green and red, respectively, and the color of the 1/4, 2/4, 3/4, and 4/4 portions is changed every 5 seconds. Pattern.

That is, 1/4 of Light emitting member (202) color shifts to 2/4 part, 2/4 part light emitting member 202 color shifts to 3/4 part, 3/4 part Light emitting member (202) color shifts to 4/4 part, and 4/4 part Light emitting member (202) The color is shifted to the quarter part.

Also, with reference to FIG. 8 Fifth Embodiment  Looking at the pattern, the light emitting different colors Of the light emitting member 202  This is a pattern that changes color continuously at 5 second intervals.

Also, with reference to FIG. 9 Sixth embodiment  Looking at the pattern, Multiple  remind Ball hole From the top left of 201 The light emitting member 202  After emitting two red, but the light emitting member 202 that emits the red The light emitting member 202  Three greens, two reds and three greens Multiple  remind Ball hole The above formed in the border direction of 201 In the ball input hole 201  The above formed in the center Ball hole The light emitting member 202 blinks and emits light so as to move in the direction of 201.

At this time, the red or green Radiated  remind The light emitting member 202  Formed above To ball hole 201  When you put the ball in red and green Light emitting member (202) The movement is stopped for one second.

As described above, the light emitting member 202 throws the ball (B) into the ball hole 201 is emitting light, the ball (B) is injected into the ball hole 201, the structure for obtaining a score In addition, the plurality of light emitting members 202 may change the input position of the ball in various ways by changing the input position of the ball (B) while neighboring, crossing, repeating, or sequentially emitting light in a predetermined pattern, The emission position is changed from time to time within the pattern so that the game can be enjoyed in various patterns. In particular, the change in the emission position increases the interest in the game, and the number of passages of the balls B passing through the ball insertion hole 201. The score corresponding to the output through the current score plate 105 can easily check the score.

The ball throwing game method according to the present invention described above is not limited to the above-described embodiment, any person having ordinary knowledge in the field to which the present invention belongs without departing from the gist of the present invention claimed in the following claims. The technical spirit is to the extent that various changes can be made.

100: body 100a: scoreboard
100b: prize notification table 101: coin entrance
102 discharge hole 102a partition
103: air storage 104: control unit
105: present score plate 106: prize winning score plate
107: outlet 108: time display
109: Number of game board 200: Game board
201: ball insertion hole 202: light emitting member
203: sensor 203a: light emitting portion
203b: light receiver

Claims (7)

The coin is inserted into the coin inlet 101 formed at the front of the main body 100, so that the plurality of balls B are discharged to the ball receiving unit 103 formed on the upper surface through the discharge hole 102, and the game board 200. A first process (S100) of emitting light emitting members 202 around the edges of the plurality of hollow hole 201 formed on the front surface in a predetermined pattern;
A second step (S200) of throwing the ball (B) stored in the ball receiving part (103) into the ball penetration hole (201) in which the light emitting member (202) is emitting light;
The sensor 203 installed at the edge of the ball hole 201 detects the passage of the ball B passing through the ball hole 201, and detects the detection signal and the light emission signal of the light emitting member 202. A third process of transmitting the control unit 104 of the main body 100 (S300);
A fourth process of outputting a score signal to the current score plate 105 formed on the upper surface of the main body 100 by analyzing the sensing signal detected in the third process S300 and the light emitting signal of the light emitting member 202. (S400); And
Comparing and analyzing the points scored on the present score plate 106 formed on one side of the current score plate 105 and the current score plate 105 by the control unit 104, the outlet 107 of the main body 100 A fifth process (S500) to determine whether the discharge of the prize through;
Ball throwing game method, characterized in that consisting of. The method of claim 1,
Between the current score plate 105 and the prize acquisition score plate 106 is formed a time display unit 108 for displaying the game time,
The ball throwing game method, characterized in that formed on the upper surface of the air receiving unit 103, the game number display plate (109) for displaying the number of possible games more. The method of claim 1,
In the first process (S100),
Ball throwing game method, characterized in that the light emitting member 202 formed on the edge of a plurality of the ball hole hole 201 is repeatedly crossed in a predetermined pattern to emit light and blink. The method according to claim 1 or 3,
The light emitting member 202 is a ball throwing game method, characterized in that the light emitted to change in at least three or more colors. The method of claim 4, wherein
The light emitting member 202,
And outputting different color signals to the control unit so that the control unit 104 outputs a score signal corresponding to the color signal to the current scoreboard 105. The method of claim 1,
The sensor 203,
A light emitting part 203a formed on one surface of an edge of the ball penetration hole 201 to irradiate light;
A light receiving unit 203b formed on one surface of an edge of the ball penetration hole 201 opposite to the light emitting unit 203a and receiving the light emitted from the light emitting unit 203a;
Ball throwing game method, characterized in that consisting of. The method of claim 1,
The control unit 104,
The light emitting member 202 receives a sensor 203 signal that detects a ball passing through the ball input hole 201 to emit light, and outputs a score signal to the current score plate 105,
Comparing and analyzing the scores of the present score plate 105 and the prize acquisition score plate 106, the score of the current score plate 105 is relatively higher than or equal to the score of the prize score plate 106. If, the ball throwing game method, characterized in that to discharge the prize through the outlet (107).

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