JP2012130572A - Playfield structure of game machine - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a playfield structure of a game machine that can enhance the amusement of a game by improving the degree of layout freedom of various components disposed in a game presentation region or a game ball rolling region.SOLUTION: The playfield structure 1 of the game machine is formed to set one of a right side region and a left side region in a playfield A as the game presentation region A1 for carrying out presentation of a game and to set the other region as the game ball rolling region A2 for allowing game balls B to enter to play a game. The game presentation region A1 is formed to include a part of a central region in the playfield A. The game ball rolling region A2 is provided with a prize winning device 4 allowing the game ball B to win a prize, and a ball flow-down sorting mechanism 3 for sorting prize-winning and non-prize-winning of the game balls B to the prize winning device 4 above the prize winning device 4.

Description

  The present invention relates to a game area structure of a gaming machine that plays a game by firing game balls.

In a game area formed on a game board of a game machine such as a pachinko machine, a game ball having a game effect area such as an image display device or a movable effect device formed in the center thereof and provided with a nail or the like around it. A rolling region is formed. The game ball rolling area is usually provided with a winning device for winning a game ball as a starting port, and a ball flow distribution mechanism that distributes the winning / non-winning of the gaming ball to the winning device above the winning device. It has been.
For example, in the pachinko gaming machine of Patent Document 1, a variable symbol display unit including a liquid crystal display is arranged at the center of the game surface, and a starting port (start winning port) is provided below the variable symbol display unit. In addition, it is disclosed that a hitting ball guiding portion for guiding a game ball to a starting port, a large winning port having an open / close door, and an out port for taking out balls are arranged in a substantially vertical line.

JP 2000-51450 A

  However, in the conventional gaming machine, the game effect area is divided into upper and lower or left and right by the game ball rolling area in which nails or the like are arranged, and the game effect area having a uniform size is formed in the game area. Not. Therefore, the freedom degree which forms a game production | presentation area in a game area is low, and the device which improves the taste of a game is required.

  The present invention has been made in view of such conventional problems, and can improve the degree of freedom of arrangement of various parts to be arranged in the game effect area or the game ball rolling area, and can improve the game preference. It is an object of the present invention to provide a game area structure of a gaming machine that can be used.

The present invention is a structure of a gaming area of a gaming machine,
One of the right area and the left area in the game area is a game effect area for performing a game effect, and the other area is a game ball rolling for playing a game by entering a game ball. Area and
The game effect area is formed so as to include a part of the central area in the game area,
The game ball rolling area is provided with a winning device for winning a game ball, and a ball flow down distribution mechanism for distributing a winning / non-winning game ball to the winning device above the winning device. It is in the game area structure of the characteristic gaming machine (claim 1).

  In the game area structure of the gaming machine according to the present invention, the game area is divided into a right area and a left area, and one of the areas is a game effect area, and the other area is a game ball rolling area. In addition, the game effect area is formed so as to include a part of the central area in the game area, and the game ball rolling area is provided with a winning device and a ball flow distribution mechanism.

Thereby, it is not necessary to form a game ball rolling area provided with a ball flow down distribution mechanism such as a stage, a start port, a ball flow down obstacle, and the like in the lower center of the game area. In addition, an extremely large game effect area that has not existed before can be formed in either the right area or the left area including the central area. In addition to this, it is possible to form a game ball rolling region of a collective size provided with a winning device and a ball flow lowering distribution mechanism in the other of the right region and the left region. In addition, by providing a ball flow down-distribution mechanism above the winning device, it can be configured to have an appropriate expectation for the degree of winning in the winning device, thus forming a gaming ball rolling region having a taste. can do.
Therefore, according to the game area structure of the gaming machine of the present invention, it is possible to improve the degree of freedom of arrangement of various parts to be arranged in the game effect area or the game ball rolling area, and to improve the game preference. .

1 is a front view showing a game area structure of a gaming machine according to Embodiment 1. FIG. The perspective view which shows the ball flow down distribution mechanism concerning Example 1. FIG. The front view which shows the game area structure of the game machine concerning Example 2. FIG. The perspective view which shows the ball flow downward distribution mechanism concerning Example 2. FIG.

A preferred embodiment of the game area structure of the gaming machine of the present invention described above will be described.
In the present invention, an image display device is disposed in the gaming effect area, and the winning device provided in the gaming ball rolling area is predetermined when a gaming ball wins the winning device. The image display device is preferably configured to display a predetermined image based on the result of the lottery (claim 2). .
In this case, a special winning device (starting port) required for a so-called digipachi type gaming machine is provided, and the possibility of winning the winning device is assigned to a position above the special winning device. It is possible to appropriately arrange a ball flow distribution mechanism. Thereby, the prize to the winning device and the display by the image display device can be associated with each other, and the game preference can be further improved.

Further, the winning device and the ball flow distribution mechanism may be unitized as a single part, and the united winning device and the ball flow distribution mechanism may be arranged on a game board constituting the game area. Preferred (claim 3).
In this case, it is possible to reduce the number of parts in the gaming machine by unitizing the winning device and the ball flow distribution mechanism. In addition, this unitization can improve the accuracy of the arrangement positional relationship between the winning device and the ball flow distribution mechanism. Thereby, it is possible to improve and stabilize the accuracy of the winning probability to the winning device set based on the distribution specification of the ball flow distribution mechanism.

Embodiments according to the game area structure of the gaming machine of the present invention will be described below with reference to the drawings.
Example 1
In the gaming area structure 1 of the gaming machine of this example, as shown in FIG. 1, one of the right area and the left area in the gaming area A is a gaming effect area A1 for performing a game effect, This area is a game ball rolling area A2 for allowing a game ball B to enter and playing. The game effect area A1 is formed so as to include a part of the central area in the game area A. In the game ball rolling area A 2, when a game ball B enters, a winning device (starting port) 4 that wins the game ball B and a game ball B to the winning device 4 above the winning device 4. There is a ball flow distribution mechanism 3 that distributes winning / non-winning.
The left area in the gaming area A refers to an area located on the left side in the left-right direction when the gaming machine is viewed from the front, and the right area refers to the left-right direction when the gaming machine is viewed from the front. An area located on the right side.

Hereinafter, the gaming area structure 1 of the gaming machine of this example will be described in detail with reference to FIGS.
As shown in FIG. 1, the gaming machine of this example is a pachinko gaming machine, and the gaming area structure 1 is formed on the front surface of the gaming board 11 disposed on the main body frame. The game board 11 is provided with an outer rail 12 that guides the game ball B launched from the ball launcher to the game area A. The game area A is formed as an area inside the outer rail 12. An inner rail 13 is disposed along the outer rail 12 in the vicinity of the inner side of the left side portion of the outer rail 12. The inner rail 13, together with the outer rail 12, is formed to guide the game ball B launched from the ball launcher toward the game area A. The inner rail 13 and the outer rail 12 are arranged as members for partitioning the game area A on the game board 11. A return ball prevention valve is provided at the upper end of the inner rail 13 to prevent the game ball B that has flowed into the game area A from flowing back (reverse) toward the ball launcher side again. Yes.
In this example, the left area in the game area A is formed as the game effect area A1, and the right area is formed as the game ball rolling area A2.

  The game effect area A1 is formed by arranging an effect area forming member 2 made of a resin molded product on the game board 11. The effect area forming member 2 forms a flow path partition wall 22 that forms a flow path of the game ball B around it, and forms an attachment portion 23 to be attached to the game board 11 at an appropriate position of the flow path partition wall 22. Do it. The flow path partition wall 22 is formed at a height protruding from the surface of the game board 11 by one or more game balls, and the game ball B is brought into contact with it to flow downward.

  The image display device 21 disposed in the game effect area A1 is composed of a large liquid crystal monitor or the like, and is configured to display a predetermined image such as a symbol. The image display device 21 changes an image such as a symbol to be displayed based on a lottery result when the control means wins a lottery when the game ball B wins the starting opening (winning device) 4. It is configured as follows. The image display device 21 of the present example is arranged in a vertically long shape so as to be arranged in as large a range as possible from the left side area where the game area A is divided to the left and right to the upper part and the central part of the central area. In this example, the game effect area A1 is formed in a very wide range from the vicinity of the left side end portion in the game area A to almost the entire center area, and occupies about 2/3 of the game area A. It is formed as follows.

As shown in FIG. 1, the image display device 21 is disposed from the rear of the effect region forming member 2, and is disposed in a state where the display screen can be visually recognized from the opening hole formed in the effect region forming member 2.
The flow path partition wall 22A formed on the left side surface portion of the effect area forming member 2 is formed with the inner rail 13 and the game ball B that does not reach the game ball rolling area A2 at the lower center of the game board 11. A flow path leading to the out port 14 is formed. In this example, the flow path 24 through which the game ball B flows is also formed in a part of the left side area in the game area A where the game effect area A1 is formed. The flow path 24 is formed only to guide the inflowing game ball B to the out port 14, and the start port (winning device) 4 and the ball flow down / distribution mechanism 3 are arranged in the flow path 24. Not set up. Like this example, you may form the flow path 24 in which the game ball B flows down as needed in the area | region in which game effect area | region A1 is formed.

The flow path partition wall 22B formed on the right side surface portion of the effect area forming member 2 is formed as a boundary wall that partitions the game effect area A1 and the game ball rolling area A2.
In addition to the image display device 21, or in addition to the image display device 21, a movable effect device that can be appropriately moved by a driving device, an electrical decoration device that emits light using an LED, or the like is disposed in the game effect area A1. be able to.

As shown in FIG. 1 and FIG. 2, the ball flow down / distribution mechanism 3 in the game ball rolling region A2 of the present example has an entrance 31 for receiving the game balls B flowing down from above, and downward (vertical direction) from the entrance 31. An inlet flow path portion 32 that is linearly formed and a cylindrical ball migrating portion 33 that rotates the game ball B flowing from the inlet flow path portion 32 are formed. The inlet channel portion 32 and the ball circuit portion 33 are formed at a position retracted rearward from the front surface of the game board 11 where the game ball B flows down. The front side of the inlet channel portion 32 is closed with a transparent plate or the like so that the inside can be visually recognized.
The front side of the ball excursion part 33 is opened as an opening hole 34, and the game ball B that has traveled the ball excursion part 33 moves from an appropriate position below the opening hole 34 on the front side of the ball excursion part 33 to the front side. The discharge flows down.

  At this time, the game ball B that has flowed in from the inlet portion 31 is configured to flow down while being given momentum by flowing down (falling) linearly in the inlet channel portion 32 in the vertical direction. And the game ball B is comprised so that the inside of the ball migrating part 33 may be rotated in the up-down direction with a high degree of freedom by utilizing the downward momentum. As a result, the movement of the game ball B can be interesting, and the ball flow distribution mechanism 3 having a taste can be formed. Further, since the front side of the ball migrating portion 33 is opened as an opening hole 34, the game ball B flowing down the game ball rolling area A2 flows down by a nail or the like disposed in the game ball rolling area A2. It is also possible to change the direction and enter directly into the ball migrating portion 33 through the opening hole 34. Then, when the game ball B discharges and flows from the opening hole 34 of the ball moving part 33 to the front side, whether or not the game ball B wins the start port 4 (whether it is discharged to the easy-to-win flow area) ).

With such a structure, the game ball B travels in the ball migrating portion 33 with a high degree of freedom, and then discharges and flows down while being distributed toward the front side using the flow having the degree of freedom. . As a result, at-randomness occurs as to whether or not a winning is made at the start port 4, and the ball flow distribution mechanism 3 that gives the player a sense of expectation can be configured.
Further, as shown in FIG. 1, a guide portion 35 for causing the game ball B flowing down from above to collide and flow down can be formed on the side of the inlet channel portion 32 and above the ball migratory portion 33. . Note that the game ball B flowing down using the guide portion 35 can be guided and flowed toward an appropriate region of the game ball rolling region A2. In this case, game parts such as a gate 61 and a winning device, which will be described later, can be disposed in the flow direction of the game ball B.

  The winning device 4 of the present example is disposed as a starting port 4 below the ball circuit portion 33 in the game ball rolling area A2. The starting port 4 is used for performing a lottery with a predetermined probability when the game ball B has won the starting port 4 with a predetermined probability. When the game ball B wins at the start port 4, the control means of the gaming machine detects the win and performs a lottery for winning or losing. Then, the control means transmits a command signal such as a symbol to be displayed on the image display device 21 to the control unit of the image display device 21. Thereafter, in the image display device 21, the symbol variation display is appropriately performed based on the command signal, and then the winning or losing lottery result is displayed.

As shown in FIG. 1, an electric tulip 5 as another winning device in this example is disposed below the start port 4. In addition, a gate 61 that is an opportunity to start opening and closing the electric tulip 5 is disposed at an appropriate location in the game ball rolling area A2.
The electric tulip 5 is normally in a state in which the pair of opening and closing blades 51 are closed, and is blocked by the start port 4 so that no prize is won. On the other hand, when the game ball B passes through the gate 61, another lottery is performed with this passage as a trigger, and when a winning is made in this lottery, the pair of opening and closing wings 51 of the electric tulip 5 is kept for a predetermined time. Open / close operation. When the open / close wings 51 are in the open state, the game ball B can be awarded to the electric tulip 5.

  In addition, even when the game ball B wins the electric tulip 5, a lottery of winning or losing is performed with a predetermined probability as in the case of winning the starting port 4. At this time, there is a possibility that the game ball B flowing down from the opening hole 34 of the ball migrating portion 33 to the front side will win the electric tulip 5 in an open state depending on the flow direction. That is, whether or not the game ball B wins the electric tulip 5 in the open state (whether it is discharged to the flow-down area where it is easy to win) is assigned to the electric tulip 5 as in the case of the start port 4. This is performed by the ball migrating unit 33. In other words, in this example, the ball excursion unit 33 has a ball distribution function that distributes whether or not the game ball B wins the two winning devices of the start port 4 and the electric tulip 5. Become.

Also, in the game ball rolling area A2, there is provided an attacker 62 that opens and closes the open / close door 621 and wins the game ball B when a winning occurs by lottery when winning at the start port 4 or the electric tulip 5. It is. The attacker 62 of this example is disposed at a lower position in the game ball rolling area A2.
Further, in the game ball rolling region A2 on the game board 11, obstacles such as a windmill 63 and a nail 64 are provided at appropriate places. Further, by arranging the nail 64 directly above the start port 4, the game balls B distributed and discharged to the winning flow path (area) to the start port 4 by the ball migrating unit 33 win the start port 4. Thus, a predetermined restriction can be added to the flow of the game ball B.

Moreover, as shown in FIG. 1, the start port 4, the electric tulip 5, and the ball flow distribution mechanism 3 which are winning devices of this example are unitized as one part. The unitized start port 4, electric tulip 5, and ball flow distribution mechanism 3 are arranged on the game board 11 constituting the game area A.
By unitizing the start port 4, the electric tulip 5 and the ball flow distribution mechanism 3, the number of parts in the gaming machine can be reduced. In addition, the unitization can improve the accuracy of the arrangement positional relationship of the start port 4, the electric tulip 5, and the ball flow distribution mechanism 3. Thereby, it is possible to improve and stabilize the accuracy of the winning probability of the starting port 4 and the electric tulip 5 to the winning device, which is appropriately set based on the specification of the ball flow distribution mechanism 3.

The pachinko game in the gaming machine of this example can be performed as follows, for example.
When starting the pachinko game, the player launches the game ball B aiming at the entrance 31 of the ball flow distribution mechanism 3 in the game ball rolling area A2. Then, when the game ball B wins the start opening 4 by the sorting discharge from the ball moving part 33 of the ball flow distribution mechanism 3 or the like, a winning is detected and a lottery of winning or losing is performed by the control means, The winning or losing display is performed according to the design or the like on the image display device 21. As a result of the lottery, when a winning occurs, the control means opens and closes the opening / closing door 621 of the attacker 62 and starts a big winning round game.

The opening / closing door 621 of the attacker 62 is opened for a predetermined time or until a predetermined number of game balls B enter, and a predetermined number of round games are performed as one round game. As a result, a predetermined number of game balls B are paid out as prize balls for each game ball B entering the attacker 62, and the player can acquire many game balls B.
After the big hit round game is over, the game mode is shifted to a special game mode (a so-called probability change mode in which the hit probability increases or a pair of open / close wings 51 of the electric tulip 5 is easily opened).

In the special game mode, the probability of winning by the separate lottery performed when the game ball B wins the gate 61 is configured to increase dramatically compared to the normal time. Thereby, compared with the normal time, it is comprised so that the opening operation | movement of the pair of opening-and-closing wings 51 of the electric tulip 5 may occur frequently in the special game mode.
As described above, when the game ball B wins the electric tulip 5, a lottery of winning or losing is performed in the same manner as when the game ball B wins the start opening 4. The above-mentioned special game mode is continued until the next winning is won or until the number of times of winning or winning generated by winning the game ball B is determined a predetermined number (for example, 100 times). It is configured.

In the gaming area structure 1 of the gaming machine of this example, the gaming effect area A1 is formed so as to include the left area in the gaming area A and a part of the central area (upper part, central part) in the gaming area A as described above. The game ball rolling area A2 is formed in the right area of the game area A.
Accordingly, it is not necessary to form a conventional game ball rolling region in which a so-called stage (ball flow distribution mechanism), a start port, a ball flow obstacle, and the like are provided in the lower center of the game region A. In addition, an extremely large game effect area A1 that has not been conventionally available can be formed in the left area including the central area. In addition to this, it is possible to form a game ball rolling area A2 having a collective size in which the start port 4, the electric tulip 5 and the ball flow downward distribution mechanism 3 are provided in the right area.
Therefore, according to the game area structure 1 of the gaming machine of the present example, the degree of freedom of arrangement of various parts to be arranged in the game effect area A1 or the game ball rolling area A2 is improved, and the game preference is improved. be able to.

(Example 2)
In this example, as shown in FIG. 3, the game effect area A1 is formed in the right area including a part of the central area of the game area A, and the game ball rolling area A2 is formed in the remaining left area. .
The image display device 21 of this example is arranged in a horizontally long shape in the game effect region A1, and the game effect region A1 has a center portion in the vertical direction in the center region in which the image display device 21 is arranged. It is enlarged and formed as a part of the game effect area A1 so as to swell to the moving area A2.

  As shown in FIG. 4, the ball flow distribution mechanism 3 in the game ball rolling area A2 of this example has a ball moving part 33 for rotating the game ball B in the vertical direction below the entrance part 31 into which the game ball B enters. A plurality are arranged. The ball excursion part 33 of this example is formed in three steps up and down. The upper stage ball excursion portion 33A is formed by continuously forming a front side excursion portion X1 located immediately behind the surface of the game board 11 and an intermediate excursion portion X2 located behind the front side excursion portion X1. The upper stage ball excursion part 33A is configured to receive the game ball B from the entrance part 31 through the passage part 36 to the front side excursion part X1 and flow down while causing the game ball B to migrate to the intermediate play part X2.

  The middle stage ball circuit portion 33B is located on the rear side of the front circuit portion Y1, located immediately behind the surface of the game board 11, the intermediate circuit portion Y2 located on the rear side of the front circuit portion Y1, and the intermediate circuit portion Y2. The rear migratory portion Y3 is formed continuously. The middle ball excursion unit 33B receives the game ball B from the intermediate migratory portion X2 of the upper ball excursion portion 33A via the passage portion 36 to the intermediate migratory portion Y2 and causes the game ball B to migrate to the rear migratory portion Y3. It is configured to flow down.

The lower ball excursion part 33C is located on the rear side of the front migratory part Z1 located immediately behind the surface of the game board 11, the intermediate migratory part Z2 located behind the front migratory part Z1, and the intermediate migratory part Z2. The rear migratory portion Z3 is continuously formed. The lower stage ball excursion part 33C receives the game ball B from the rear side excursion part Y3 of the middle stage ball excursion part 33B via the passage part 36 to the rear side excursion part Z3, and plays the game to the intermediate excursion part Z2 and the front side excursion part Z1. The ball B is made to flow down while migrating.
In the lower stage ball migratory portion 33C, the front side of the front migratory portion Z1 is opened as an opening hole 34. Then, the game ball B that has entered the entrance 31 of the ball flow distribution mechanism 3 of the present example travels through the upper ball moving unit 33A, the middle ball moving unit 33B, and the lower ball moving unit 33C, and then the lower ball. From the opening hole 34 of the migratory portion 33 </ b> C, the direction in which the ball is discharged is distributed with a high degree of freedom by the momentum of the game ball B and flows down.

The upper ball moving part 33A and the middle ball moving part 33B are formed in an inclined surface shape whose bottom part is inclined downward toward the rear, and the lower ball moving part 33C has the bottom part directed forward. It is formed on an inclined surface that is inclined downward. Further, the upper-stage ball migratory part 33A and the middle-stage ball migrating part 33B may be open at the front end, or may be closed by a transparent plate or the like so that the inside can be visually recognized.
In addition, when the front end of the upper ball excursion portion 33A and the front end of the middle ball excursion portion 33B are opened, the lower end of the migratory portion Z is lowered forward. An inclined surface that is inclined can be formed. Then, the game ball B may be discharged from the upper ball moving portion 33A and the middle ball moving portion 33B formed at a position above the lower ball moving portion 33C depending on the flow down condition. In this case, the game balls B are distributed and flowed not only from the lower ball moving part 33C but also from the front of the upper ball moving part 33A and the middle ball moving part 33B.

Also in this example, a starting port 4 and an electric tulip 5 are arranged below the ball flow distribution mechanism 3 as a winning device. Further, in the gaming ball rolling area A2 of this example, a gate 61 is disposed on the upstream side of the ball flow distribution mechanism 3, and an attacker 62 is disposed on the downstream side of the ball flow distribution mechanism 3. is there.
Also in the gaming machine of this example, other configurations and operations of the respective components are the same as those in the first embodiment, and the same effects as those in the first embodiment can be obtained.

  The structure of the ball flow distribution mechanism 3 can be the following structure in addition to the structure that imparts a rotational and migratory motion to the game ball B as in this example. That is, the ball flow distribution mechanism 3 is formed in a horizontally long shape so that the game ball B can reciprocate in the left-right direction (width direction), and the game ball B is discharged and flowed down from an appropriate position in the left-right direction. A structure in which the flow direction of the game balls B is distributed can be provided.

In addition to arranging the ball distributing units 33 such as the ball migrating unit 33 so as to be arranged in the vertical direction (vertical direction), they can be arranged in an oblique direction or in a stepwise manner in the front-rear direction. Moreover, the number in the case of providing a plurality of ball distributing units such as the ball migrating unit 33 may be two or four or more in addition to three.
In addition, in a plurality of ball distribution units such as the ball migrating unit 33 formed in the ball flow distribution mechanism 3, a ball distribution unit that guides the game ball B to the start port 4 with a very high probability can be formed.

In the first and second embodiments, the following various structures may be employed.
A movable body that can be moved by a drive mechanism can be provided inside the ball flow distribution mechanism 3. In this case, the flow direction of the game ball B can be sorted by the movable body. In addition, a ball flow downward direction changing member such as a windmill can be disposed inside the ball flow downward distribution mechanism 3. In this case, the flow-down direction of the game ball B can be sorted by the ball flow-down direction changing member.
In addition, a part of the game effect area A1 (for example, a part of the frame part around the image display device 21) flows down the ball inlet into which the game ball B flows and the game ball B that flows into the ball inlet. A ball passage for guiding and a ball outlet for discharging the game ball B flowing down in the ball passage toward the game ball rolling area A2 can be formed. Further, in this case, game parts such as the gate 61 can be arranged in the ball channel.

Moreover, in the said Example 1, 2, the out port 14 was provided in the center lower end part of the game area | region A. FIG. In addition to this, when the game ball rolling area A2 is formed in the right area, the out port 14 can be provided at an appropriate lower end of the right area, and the game ball rolling area A2 is formed in the left area. In some cases, it can be provided at the appropriate lower end of the left region.
In the first and second embodiments, the winning device provided below the ball flow distribution mechanism 3 is the start port 4. In addition to this, the winning device disposed below the ball flow distribution mechanism 3 may be the attacker 62 or the like.

Moreover, in the said Example 1, 2, a part of center area formed as game production area A1 was made into the upper part and center part in a center area. In addition to this, a part of the central area formed as the game effect area A1 may be a lower portion in the central area. In addition, all portions of the central area can be formed as the game effect area A1.
Furthermore, in the said Example 1, 2, the game board 11 can be formed with the transparent plate shape | molded with transparent resin etc.

DESCRIPTION OF SYMBOLS 1 Game area structure 11 Game board 2 Production area formation member 21 Image display apparatus 3 Ball flow distribution mechanism 31 Inlet part 32 Inlet flow path part 33 Ball moving part 4 Start opening (winning apparatus)
5 Electric Tulip 61 Gate 62 Attacker A Game Area A1 Game Production Area A2 Game Ball Rolling Area

Claims (3)

The structure of the gaming area of the gaming machine,
One of the right area and the left area in the game area is a game effect area for performing a game effect, and the other area is a game ball rolling for playing a game by entering a game ball. Area and
The game effect area is formed so as to include a part of the central area in the game area,
The game ball rolling area is provided with a winning device for winning a game ball, and a ball flow down distribution mechanism for distributing a winning / non-winning game ball to the winning device above the winning device. A gaming area structure of a gaming machine that is characterized. The gaming area structure of the gaming machine according to claim 1, wherein an image display device is disposed in the gaming effect area,
The winning device provided in the gaming ball rolling area is used to perform a lottery with a predetermined probability, when a gaming ball wins the winning device.
The gaming area structure of a gaming machine, wherein the image display device is configured to display a predetermined image based on the result of the lottery.   The gaming area structure of the gaming machine according to claim 1 or 2, wherein the winning device and the ball flow distribution mechanism are unitized as a single unit, and the united winning device and the ball flow distribution mechanism are arranged as the game. A game area structure of a gaming machine, characterized in that the game area structure is arranged on a game board constituting the area.

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