JPH0884809A - Ball game device and soccer game device - Google Patents

Abstract

PURPOSE: To enjoy pocket billiards without horizontally installing play fields by providing a target ball play field and a hand ball play field on a slope and blocking target balls and hand balls from going into the respective fields with a target ball intrusion blocking means and a hand ball intrusion blocking means. CONSTITUTION: A target ball play field 20, where a target ball B2 rolls, and a hand ball play field 10, where a hand ball B1 rolls, are provided on a slope 1 at the upper part of a casing C for a ball game system GS 1. Besides, a step 30 for blocking the target ball B2 from going into the hand ball play field 10 and a transparent partition plate 40 for blocking the hand ball B1 from going into the target ball play field 20 are provided near the boundary of the target ball play field 20 and the hand ball play field 10, and a collision area 50 is provided so that the target ball B20 the intrusion of which is blocked by the step 30, can collide the hand ball B1. Then, a pocket 60 is provided in the target ball play field 20 and the hand ball B1 is hit by moving a hammer 70 forward or backward with a solenoid.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a ball game device and a soccer game device for rolling a ball along an inclined surface.

[0002]

2. Description of the Related Art In conventional billiard pocket billiards, a plurality of target balls having different numbers and one cue ball are placed in a play field, and a cue ball is stuck in a cue.
This is a game in which you hit a target ball with this poked ball, drop this target ball in your pocket, and decide the outcome according to the target ball in your pocket.

[0003]

A game device in which this pocket billiard is automated is conceivable. As this game device, a plurality of target balls are automatically installed in the center of a horizontal play field, and a predetermined play field is set. The cue ball is automatically installed at the position, the player automatically detects the target ball dropped in the pocket by poking the cue ball in the queue,
It is possible to think of a device that automatically gives out prizes according to the balls dropped in this pocket.

However, in such a game device, when the game device is installed, the
There is a problem in that it is necessary to individually set the play field horizontally, and this installation operation is complicated. Further, in the above device, the mechanism for automatically setting a plurality of target balls in the center of the play field becomes complicated, and the mechanism for automatically setting a hand ball at a predetermined position in the play field also becomes complicated. Also, there is a problem that the mechanism for clearing the target balls and cue balls remaining in the play field after the game is complicated, and therefore the entire game device is complicated.

Further, in the above game device, in order to make it easy to hit the beanbag, there is always sufficient space in four directions around the game device so that the cue can be used from any of the four sides of the play field. There is a problem that it is necessary to secure the space and it is difficult to effectively use the space.

The present invention makes it possible to enjoy pocket billiards without horizontally setting the play field, simplify the mechanism of the entire device and automate it, and make effective use of the space around the game device. It is intended to provide.

It is another object of the present invention to provide a soccer game device which can be automated by simplifying the overall structure of the device and which further increases interest.

[0008]

DISCLOSURE OF THE INVENTION The present invention provides a target ball play field provided on an inclined surface in which a target ball rolls, and a hand ball play field in which a cue ball rolls adjacent to the lower end of the target ball play field. , Target ball intrusion prevention means to prevent the target ball from entering the bean ball play field, cue ball intrusion prevention means to prevent the bean ball from entering the target ball play field, and a pocket provided in the target ball play field And a hammer provided at the lower end of the beanbag play field for hitting the beanbag, a solenoid for advancing or retracting the hammer toward the upper end of the inclined surface, and a handle for manually moving the hammer and the solenoid. .

[0009]

According to the present invention, a target ball play field and a hand ball play field are provided on the inclined surface, and the target ball and the hand ball are prevented from entering the respective fields by the target ball intrusion prevention means and the bean ball invasion prevention means, and the solenoid is provided. The hammer driven by hits the bean ball, and the bean ball collides with the target ball, and this target ball is put in the pocket, so you can enjoy pocket billiards without setting the play field horizontally, and the configuration of the entire device is simple. It is possible to automate, and since it is possible to enjoy pocket billiards by poking the beanbag from only one direction, the space around the device can be effectively utilized.

[0010]

1 is a perspective view showing a ball game machine GS1 which is an embodiment of the present invention, and FIG. 2 is a vertical cross-sectional right side view of the above embodiment.

In this ball game device GS1, an inclined surface 1 is provided on the upper part of a casing C, and on this inclined surface 1, a target ball play field 20 on which a target ball B2 rolls and a lower end of the target ball play field 20. A handball play field 10 adjacent to the portion 21 and on which the handball B1 rolls is provided.

In the vicinity of the boundary between the target ball play field 20 and the bean ball play field 10, a step 3 for preventing the target ball B2 from entering the bean ball play field 10 is provided.
0 is provided, and in the vicinity of the boundary between the target ball play field 20 and the bean ball play field 10, a transparent partition plate 40 that prevents the bean ball B1 from entering the target ball play field 20 is provided and enters the step 30. A collision area 50 in which the target ball B2 can collide with the handball B1 is provided.

Since the step 30 and the target ball partition plate 40 prevent the target ball B2 from entering the handball play field, the distance between the step 30 and the target ball partition plate 40 (that is, the height of the collision area 50). Must be shorter than the diameter of the target ball B2. Further, since the step 30 and the target ball partition plate 40 prevent the bean ball B1 from entering the target ball play field, the distance between the step 30 and the target ball partition plate 40 is shorter than the diameter of the hand ball B1. Must be That is, the step 30 and the target ball partition plate 4
0 is an example of a target ball intrusion prevention means that is provided near the boundary between the target ball play field and the bean ball play field and prevents the target ball from invading the bean ball play field. It is also an example of a bean ball intrusion prevention means that is provided near the boundary with the play field and prevents a bean ball from invading the target ball play field.

Even if the step 30 is removed from FIG. 1 and the partition plate 40 is brought close to the inclined surface 1 to the same extent as the height of the step 30, the same effect as described above can be obtained. That is,
The target plate intrusion preventing means and the hand ball intrusion preventing means may be configured only by the partition plate 40.

A pocket 60 for accommodating the target ball B2 is provided near the upper end portion 22 of the target ball play field 20. In addition, pocket 60 in the target play field 20
May be provided.

The hammer 70 is a bean play field 1
It is provided at the lower end 11 of 0, and instead of a cue, a bean ball B1
The solenoid 71 moves the hammer 70 forward or backward toward the upper end of the inclined surface 1, and the handle 72 controls the hammer 70 and the solenoid 7.
1 and (1) are manually rotated (the direction thereof is changed), and in the direction substantially orthogonal to the maximum inclination line of the inclined surface 1 (see FIG.
It is manually moved (in the middle and left and right directions). In addition,
The hammer 70 is connected to the plunger of the solenoid 71. The push button 73 starts driving the solenoid 71, and the hammer 70 strikes the bean ball B1 by driving the solenoid 71.

The frame F surrounds the inclined surface 1 and is made of a cushion material. The glass plate G1 is installed on the upper surface of the inclined surface 1 so as to cover the inclined surface 1.

The target ball recovery plate 61 shown in FIG. 2 is a plate which is provided on the lower surface side of the inclined surface 1 and guides the target ball B2 dropped in the pocket 60 to the target ball box 62. The target ball box 62 is
It communicates with the outside of the ball game device GS1.

FIG. 3 shows the target ball storage case 8 in the above embodiment.
It is a top view which shows the inside of 0.

The target ball storage case 80 is provided in the upper portion of the pocket 60, stores a large number of target balls B2 in the inclined passage, and has two solenoids 81 at the end of the inclined passage.
a, 82a. The solenoids 81a, 82a are driven alternately, so that the solenoids 81a, 82a are
The bars 81b and 82b interlocking with a are alternately retracted, and one of the target balls B2 housed in the case 80 is dropped into the target ball play field 20 to be supplied.

Next, the operation of the above embodiment will be described.

First, it is assumed that the bean ball B1 exists in the bean play field 10 before the game starts, but the target ball B2 does not exist in the target ball play field 20. At this time, driving of the solenoids 81a and 82a shown in FIG. 3 is stopped, the bars 81b and 82b thereof are both advanced, and one target ball B2 exists between the bars 81b and 82b. Here, when a person (hereinafter referred to as a player) who executes the game from a coin slot (not shown) inserts a coin, the solenoid 81a is driven and the bar 81b retracts, so that the bar 81b prevents the ball from falling. B2 falls into the target ball play field 20, and a step 30
Stop at Then, the drive of the solenoid 81a is stopped, the bar 81b moves forward, and the solenoid 82a
Is driven and the bar 82b retracts, so the next target ball B2
Moves down by one, the drive of the solenoid 82a is stopped, and the bar 82b moves forward.

The target ball B2 may already be present in the target ball play field 20 before the coin is inserted. That is, when the previous player finishes the game,
The target ball B2 may be dropped onto the target ball play field 20 by executing the above operation. If the player drops the target ball B2 in the pocket 60,
The target ball B2 is detected in the pocket 60, and the target ball B2 is detected.
2 may be dropped onto the target ball play field 20.

FIGS. 4, 5 and 6 are views showing rolling states of the handball B1 and the target ball B2 in the above embodiment.

When the game is started, the player grasps the handle 72 with his / her own hand, the tip of the hammer 70 moves to the stop position P0 of the bean ball B1, and the bean ball B2 stops at the target ball B2 at the position S0. The player guesses the angle α at which the player hits the ball, and turns the handle 72 left or right to move the hammer 70
Set the angle of to α. By setting the angle of the hammer 70, the firing angle β of the target ball B2 is also determined.

When the angle of the hammer 70 is set to α,
When the push button 73 is pressed, an electric current flows through the solenoid 71, the hammer 70 moves forward in the set direction, and the bean ball B1 is thrown out. The flipped bean ball B1 rolls in the direction of the angle α, climbs the inclined surface 1 while rolling in the bean ball field 10, advances to the upper end 12 of the bean ball field 10, and reaches the collision area 50.

At this time, the bean ball B1 is aimed at the angle α.
If the target ball B1 collides with the target ball B2, the target ball B2 rolls up the target ball play field 20 at an angle β according to the state of the collision, and the target ball play field 20
If the target ball B2 rolls at the angle β,
As shown in FIG. 4, the target ball B2 enters the pocket 60 and falls. The dropped target ball B2 rolls on the target ball recovery plate 61 and reaches the target ball box 82, as shown in FIG. The target ball B2 that has reached the target ball box 82 is in a position where the player can reach, and the player can obtain the target ball B2 as a prize.

As the target ball B2, a capsule ball containing a predetermined prize may be used. In this case, a transparent capsule ball or an opaque capsule ball may be used. When a transparent capsule ball is used as the target ball B2, if a part or all of the target ball storage case 80 is made transparent by glass G2 or the like, the player can see the prize provided before starting the game. Can
Depending on the giveaway, I get a lot of interest.

On the other hand, as shown in FIG. 6, if the target ball B1 rolls at an angle other than the angle β after the target ball B1 collides with the hand ball B2, the target ball B2 does not enter the pocket 60 and collides with the frame F. The target ball play field 20 rolls down and stops at the position S3 of the step 30, that is, the target ball B2 stops again in the collision area 50. The bean ball B1 that has advanced to the upper end portion 12 of the bean ball field 10 collides with the target ball partition plate 40, rolls down, and stops again at the bean ball stop plate 13.

In the above embodiment, the bean ball play field 10 and the target ball play field 20 are provided on the inclined surface 1, and the bean ball B1 and the target ball partition plate 40 and the step 30 are used.
The target ball B2 is prevented from entering the target ball play field 20 and the hand ball play field 10, respectively, and the hammer 70 driven by the solenoid 71 thrusts the hand ball B1.
The bean ball B1 collides with the target ball B2, and the target ball B2 is moved to the pocket 60 according to the collision position and the projecting angle of the target ball B2.
Since it is possible to enjoy pocket billiards without horizontally setting the play fields 10 and 20, the entire structure of the ball game device GS1 can be simplified and automated, and by poking the bean ball B1 from only one direction. Because you can enjoy pocket billiards, game device G
It is sufficient to provide a space only on the front surface of S1, and the space around the game device can be effectively utilized.

FIG. 7 is a perspective view showing a case where the above embodiment is modified and used, and shows an example in which five target balls B2 are simultaneously present in the target ball play field 20. As shown in FIG. 1, an interesting effect different from the case of using one target ball B2 occurs. Note that a plurality of target balls B2 other than five may be simultaneously present in the target ball play field 20.

FIG. 8 is a perspective view showing a ball game device GS2 which is another embodiment of the present invention.
The guides 15 and 25 are provided in the.

The guide 15 is the beanbag playfield 10.
Is a guide for forcibly pulling the beanbag B1 almost in the center of the lower end portion 11 of the guide 25.
Is a guide for forcibly bringing the target ball B2 close to the center of the lower end portion 21 of the.

For example, when the guide 25 does not exist,
When the target ball B2 is present at the left end or the right end of the target ball partition plate 40, the target ball B2 is brought into contact with the target ball B2.
It is very difficult to put the ball into the pocket 60, but if the guide ball 25 is provided as shown in FIG. 8 and the target ball B2 is brought close to the center, the target ball B2 is hit with the hand ball B1 and the target ball B2.
Is easier to put in the pocket 60. Therefore, only the guide 25 may be provided without providing the guide 15.

When only the guide 25 is provided and the guide 15 is not provided, when the bean ball B1 is present at the left end (right end) of the bean ball stop plate 13, the bean ball B1 can be launched rightward (leftward). It is difficult, however, if the guide 15 is provided as shown in FIG. 8 and the bean ball B1 is brought close to the center part, it becomes easy to hit the bean ball B1 rightward (leftward).

FIG. 9 is a perspective view showing a ball game device GS3 which is another embodiment of the present invention, and FIG. 10 is a vertical side view of the ball game device GS3.

The ball game device GS3 has piano wires 40P and 14 instead of the partition plates 40 and 14 in the above embodiment.
This is an example in which P is provided. Also, other thin wires may be used instead of the piano wire.

FIG. 11 is a vertical sectional side view showing a ball game device GS4 which is an embodiment using an opaque ball as the target ball B2. FIG. 12 is an explanatory diagram of the target ball storage case 90 in the ball game device GS4. In addition, the ball game device G
The perspective view of S4 is the same as that of FIG.

The ball game device GS4 shown in FIG. 11 is basically the same as the ball game device GS1 shown in FIG.
2 is the same as the ball game device GS1 shown in FIG. 2 except for the target ball storage case 80 and the target ball collection plate 61 in FIG.

That is, the ball game device GS4 has a target ball storage case 90 instead of the target ball storage case 80 in FIG.
Instead of the target ball collecting plate 61, a guide 97 for the prize-containing ball B3, solenoids 98a and 99a, and bars 98b and 99b are provided.

The target ball storage case 90 includes a solenoid 81.
Solenoids 91a and 92a similar to a and 82a, bars 91b and 92b similar to bars 81b and 82b, target ball guides 93 and 94, conveyor device 95, and target ball guide 9
6a and 96b. The conveyor device 95 has a conveyor belt 95B, a drive motor 95M for this, and a target ball stopper 95S.

Next, the operation of the ball game device GS4 shown in FIGS. 11 and 12 will be described.

When the player hits the bean ball B1 as intended, the target ball B2 enters the pocket 60, falls into the guide 93 below it, rolls, and reaches the conveyor belt 95B via the guide 94. Then, the target ball B2 is locked to the stopper 95S fixed to the conveyor belt 95B,
It is conveyed to the guide 96a, passes through the guide 96b, and stops at the tail end of another target ball B2 stopped by the bar 92b of the target ball solenoid 92a. After that, the other target balls B2 are dropped one by one onto the target ball play field 20 in accordance with the operation of the solenoids 91a and 92a, as described in the ball game device GS1. A plurality of target balls B2 may simultaneously exist in the target ball play field 20.

When the game is actually progressed using the ball game device GS4, the following may be done. That is, the target ball storage case 90 stores three target balls B2 in advance,
Simultaneously with the start of the game, all the three target balls B2 are discharged to the target ball play field 20 to give the player the opportunity to shoot the handball B1 five times, for example, and three of these five target balls B2 are shot. If all of the above can be put into the pocket 60, one ball B3 with a prize is discharged and given to the player. The target ball B2 in the pocket 60 is
As described above, it is carried to the guide 96b and stands by.

If all the three target balls B2 cannot be put into the pocket 60 at the end of the above five shots or before the end of the five shots, some target balls B2 remain in the target ball play field 20. However, if all the target balls B2 stored in the target ball storage case 90 (target balls B2 waiting in the guide 96b) are released at the end of the game of the current round or at the start of the game of the next round, This means that three target balls B2 have been discharged to the target ball play field 20. in this way,
At the end of that game or at the beginning of the next game,
If all the target balls B2 stored in the target ball storage case 90 are released, the number of target balls B2 remaining in the target ball play field 20 and the target balls B2 stored in the pocket 60 will be described.
Even if the number of the target balls is not counted, a predetermined number of target balls B2 are discharged to the target ball play field 20 at the start of the next game, and therefore the number of target balls B2 can be easily managed.

The following may be considered as another game executed by using the ball game device GS4. That is, only one target ball B2 is placed in the target ball play field 20, and the player is given the right to make, for example, 5 shots (poke the ball B1 5 times), and even if shot, the target ball B2 is pocketed. When it is not possible to put it in 60, the remaining number of shots is reduced by 1, and when the remaining number of shots becomes 0, the game is over, and the target ball B2 is in the pocket 60.
If you can put in consecutively, add 1 to the number of consecutive points (the score at the start of the game is 0 points) and do not subtract the remaining number of shots. If you exceed the high score of the score until then, the high score will be updated. In this case, the number of shots initially given, the number of remaining shots, the score, and the high score until then may be displayed.

When the target ball B2 is discharged to drop on the play field 20, a plurality of discharge points are provided,
Each time the target ball B2 is discharged, the discharging position may be different, which prevents the target ball B2 from stopping at a different position in the target ball play field 20 and preventing the same strategy. .

Further, the pocket 60 is formed by hollowing out the frame F.
When a part of the above is used as a pocket portion, a plurality of pocket portions having the same outer shape may be prepared, and the pocket size in each pocket portion may be different.
By doing this, the pocket portion according to the size of the target ball B2 can be easily replaced, and even if the size of the target ball B2 is the same, the small pocket portion of the pocket can be replaced. By using it, the game device can be easily changed to a game device having a high difficulty level, and by using the large pocket portion, it can be easily changed to a game device having a low difficulty level. That is, the difficulty level can be easily adjusted by replacing the pocket portion.

In addition, one target ball B2 is always discharged to the target ball play field 20, and this target ball B2 is in the pocket 60.
When it enters, one target ball B2 is discharged again, and this is repeated, and the number of target balls B2 in the predetermined number of shots is the pocket 60.
It may be a game to compete for entering. In this case, the target ball B2 that has entered the pocket 60 is immediately conveyed to the belt conveyor 95.
The target case B2 is prepared in advance in the storage case 90, and it is detected that the target ball B2 has entered the pocket 60. At the same time as this detection, the storage case 90 is stored. It is efficient to discharge a new target ball B2 from 90 because the waiting time for the target ball B2 to be discharged to the target ball playfield 20 is almost zero.

In addition to this, a plurality of target balls B2 are prepared, numbers are displayed in the same manner as the target balls in the actual billiard, and transmitters for transmitting data according to the displayed numbers are provided. It may be built in the target ball B2, a numeral detecting means (receiver) (not shown) detects the numeral data, and the score corresponding to the detected numeral may be added to the score obtained by the player until then. Further, in each of the above-mentioned embodiments, the ball delivering device including the prize may be removed and only the score may be displayed.

FIG. 13 is a perspective view showing a soccer game device GS5 which is another embodiment of the present invention.

The soccer game device GS5 has a guide 1
Instead of the pocket 60 of the ball game device GS2 having 5, 25, a goal GL, a goal pocket 160, and a keeper doll K are provided.
The target ball collection plate 61 and the target ball storage case 80 on the lower surfaces of 0 and 20 are the same.

The goal GL is the Matama Playfield 20.
The goal pocket 160 is provided substantially in the center of the upper end 22 of the goal keeper, and is provided in the goal GL.
Is to randomly move in front of the goal GL. The handball intrusion prevention means and the target ball intrusion prevention means may be transparent acrylic plates or piano wires.

When a capsule ball is used as the target ball B2, the player uses a bean ball B as in the above billiard game.
If you hit the target ball 20 with 1 and put the target ball 2 into the goal GL,
The capsule ball enters the pocket 160 and the player
The capsule ball can be obtained from the target ball box 62. When the target ball B2 is circulated and used, for example, the game is a 5th match as in the PK game of a soccer game, and if the player enters the goal GL 3 times, for example, a prize may be given out to give a score to the player. You may

Furthermore, the keeper doll K remains stationary until the push button 73 is pressed, and the keeper doll K remains stationary even if a predetermined time has elapsed since the push button 73 was pressed. After the predetermined time has elapsed since the push button 73 was pressed, for example, the push button 73 is pressed. Predicting the time from when the cue ball B1 collides with the target ball B2, and after the predicted time elapses, the keeper doll K starts to move to the left or right, or keeps stationary at the center. It may be done (moving to the left or right or still 3
Selection of one pattern is done at random). In this case, the player predicts the moving direction of the keeper doll K, and if he / she flips the cue ball B1 in a direction opposite to the moving direction, the possibility of a goal is increased, and the player is in a real PK (penalty kick) battle. There is an element of "Nakekakehiki", and the degree of interest increases.

Further, the soccer game device GS5 has the goal GL instead of the pocket 60 of the ball game device GS4.
It may be considered that it is provided with a goal pocket 160 and a keeper doll K, and in this case, it is similar to the guide 97, solenoids 98a, 99a, bars 98b, 99b on the lower surface of the play field 10, 20. I'm using one.

From the ball game device GS2, guide 1
5 or 25 may be omitted, or the guides 15 and 25 may be omitted from the ball game device GS2.

In each of the above embodiments, the handle 7
2, a button 73 for starting the operation of the solenoid 71 may be attached, and the pocket 60 may be additionally provided in the central portion of the target ball play field 20. Further, in each of the above-mentioned embodiments, a bar having a height shorter than the radius of the ball may be provided instead of providing the step 30 and the bean ball stop plate 13, and a plurality of protrusions lower than the radius of the ball are provided. (The distance between the protrusions is set so that the balls do not pass between the protrusions).

[0059]

According to the invention described in claims 1 to 5, it is possible to enjoy pocket billiards without horizontally setting the play field, simplify the structure of the entire device and automate it, and also to surround the device. The effect that the space of can be effectively utilized is produced.

According to the sixth and seventh aspects of the invention, the soccer game device can be automated by simplifying the overall structure of the device, and the interest can be further increased.

[Brief description of drawings]

FIG. 1 is a perspective view showing a ball game device GS1 which is an embodiment of the present invention.

FIG. 2 is a right side view in vertical section of the embodiment.

3 is a plan view showing the inside of the target ball storage case 80 in the above embodiment, and is a diagram for explaining the operation of the target ball B2 stored in the target ball storage case 80. FIG.

FIG. 4 is a diagram showing rolling states of a bean ball B1 and a target ball B2 in the above embodiment.

FIG. 5 is a diagram showing rolling states of a bean ball B1 and a target ball B2 in the above embodiment.

FIG. 6 is a diagram showing rolling states of a bean ball B1 and a target ball B2 in the above embodiment.

FIG. 7 is a perspective view showing a case where the above embodiment is modified and used.

FIG. 8 is a ball game device GS2 which is another embodiment of the present invention.
FIG. 3 is a perspective view showing the guide 1 on the ball game device GS1.
5 and 25 are provided.

FIG. 9 is a ball game device GS3 which is another embodiment of the present invention.
FIG.

FIG. 10 is a vertical sectional side view of a ball game device GS3.

FIG. 11 is a vertical sectional side view showing a ball game device GS4 which is an embodiment using an opaque ball as a target ball B2.

FIG. 12 is an explanatory diagram of a target ball storage case 90 in the ball game device GS4.

FIG. 13 is a perspective view showing a soccer game device GS5 which is another embodiment of the present invention.

[Explanation of symbols]

 GS1 to GS4 ... Ball game device, GS5 ... Soccer game device, 1 ... Inclined surface, B1 ... Handball, 10 ... Handball play field, 11, 21 ... Lower end part, 12, 22 ... Upper end part, 13 ... Handball stop plate, 14 ... handball partition plate, 15, 25 ... guide, B2 ... target ball, 20 ... target ball play field, 30 ... step, 40 ... target ball partition plate, 50 ... collision area, 60 ... pocket, 61 ... target ball collection plate, 62 ... target ball box, 70 ... hammer, 71 ... solenoid, 72 ... handle, 73 ... push button, 80, 90 ... target ball play field, F ... frame, GL ... goal, 160 ... goal pocket, K ... keeper doll.

Claims (7)

[Claims] 1. A target ball play field provided on a predetermined inclined surface for rolling a target ball; a hand ball play field provided on the inclined surface adjacent to a lower end portion of the target ball play field for rolling a bean ball. And; a target ball invasion preventing means provided near the boundary between the target ball play field and the bean ball play field for preventing the target ball from entering the bean ball play field; and the target ball play field and the bean ball. It is provided near the boundary with the play field,
A cue ball intrusion prevention means for preventing the cue ball from entering the target ball play field; a collision area in which the cue ball can collide with the target ball blocked by the target ball intrusion prevention means; and a target ball A pocket provided at the upper end of the play field or in the target ball play field; a hammer provided at the lower end of the bean ball play field for hitting the bean ball; and the hammer facing the upper end of the inclined surface A solenoid for advancing or retracting; a handle for manually moving the hammer and the solenoid in a direction substantially orthogonal to the maximum inclination line of the inclined surface and for changing the direction of the hammer. Jade game device. 2. The target ball according to claim 1, wherein the target ball is a capsule ball containing a predetermined prize,
The ball game device, wherein the capsule balls in the pocket are sent to a target ball box that communicates with the outside of the ball game device. 3. The number according to claim 1, wherein a number is displayed on the target ball, the number detecting means detects data corresponding to the displayed number, and the score according to the number detected by the number detecting means. A ball game device characterized by adding to the score up to that point. 4. The guide according to claim 1, which is provided at a lower end portion of the target ball play field and forcibly brings the target ball into the center of a lower end portion of the target ball play field, or a lower end of the hand ball play field. A ball game device provided with a guide for forcibly pulling the bean ball in the center of the lower end of the bean ball play field. 5. The ball game device according to claim 1, wherein the handle is provided with a button for starting the operation of the solenoid. 6. A target ball play field provided on a predetermined inclined surface on which a target ball rolls; a goal provided at an upper end of the target ball play field; and a goal and the target ball play field. A keeper doll provided between them; a bean ball play field provided on the inclined surface adjacent to the lower end of the target ball play field, in which a bean ball rolls; a target ball play field and a bean ball play field Target ball intrusion prevention means provided near the boundary for preventing the target ball from invading the bean ball play field; provided near the boundary between the target ball play field and the bean ball play field, the hand ball being the above Cue ball invasion prevention means for preventing intrusion into the target ball play field; above the target ball invaded by the target ball invasion prevention means A collision area in which the handball can collide; a goal pocket provided in the goal; a hammer provided at the lower end of the handball play field for hitting the handball; toward the upper end of the inclined surface, A soccer game device comprising: a solenoid for advancing or retracting the hammer; and a handle for manually moving the hammer and the solenoid in a direction substantially orthogonal to a maximum inclination line of the inclined surface. 7. The object ball according to claim 6, wherein the target ball is a capsule ball containing a predetermined prize,
The soccer game device, wherein the capsule balls in the pockets are sent to a target ball box that communicates with the outside of the ball game device.