JPH07289699A - Winning device for pachinko machine - Google Patents

Abstract

PURPOSE:To provide a winning device by which varied Japanese pinball game (pachinko) can be enabled by reversely turning a rotating body that normally functions as a transfer means, so that the transfer means can be functioned as a storing means. CONSTITUTION:In this winning device for a pachinko machine, blades 21 by which a first condition not allowing a ball and a second condition allowing a ball can be converted are provided in front of a fitting base plate 22, and also a recessed chamber 23 is provided in the rear side of the fitting base plate 22, and a first winning region and a second winning region are provided in the lower part of the recessed chamber 23 and the upper part thereof, respectively, and also a rotating body 44 equipped with a magnet 43 for transferring the ball inside the first winning region to the second winning region is provided, and further, a movable member 66 capable of storing balls is provided in the first winning region.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a winning device for a pachinko machine provided with a movable wing piece that can be converted into a first state in which a hit ball is not accepted and a second state in which a hit ball is accepted.

[0002]

2. Description of the Related Art As is well known, the first type which does not accept a hit ball
Various types of winning devices for pachinko machines have been proposed, which include movable blades that can be converted into a state and a second state for receiving a hit ball. This type of winning device generally has a winning area that can be partitioned from the game part by a movable wing piece, a special winning opening and a general winning opening are provided in the winning area, and a hit ball enters the starting opening provided in the playing part. When a ball is thrown, the movable wing piece is rotated to allow the hit ball to flow into the winning area, and when the ball that has flowed into the winning area further enters the special winning opening, it is a special advantage for the player. It is configured to move to the game. And
In this special game, opening and closing the movable wing pieces a predetermined number of times or flowing a predetermined number into the winning area is set as one cycle,
It is set so that the cycle can be updated within the range allowed by further entry into the special winning opening. However, in the current situation, this conventional game is simple and tired of the player. Therefore, for example, the actual exploitation 64-367
According to Japanese Patent Laid-Open No. 9, a concave chamber is provided on the back surface of the mounting substrate, and a rotary drum provided with a magnet is housed in the concave chamber to form a transfer means capable of lifting a ball.

[0003]

However, in the transfer means in the conventional improved pachinko machine described above, the rotating drum rotates in one direction, and the sphere that has flowed into the concave chamber is attracted to the magnet of the transfer means. It was only transferred upwards and the dynamic change of the sphere was poor. Therefore, the present invention has been proposed in view of the above, and by rotating the rotating body that normally functions as the transfer means in the reverse direction, the transfer means can function as the storage means, and a pachinko game that is rich in variation It is an object of the present invention to provide a winning device capable of winning.

[0004]

To achieve the above object, the present invention provides a movable wing piece which can be converted into a first state in which a sphere is not received and a second state in which a sphere is received, on the front surface of a mounting substrate, and A recess chamber is provided on the back side of the mounting substrate, a first winning area is formed in the lower part of the inside of the concave chamber, and a second winning area is formed in the upper part. The balls in the first winning area can be pumped to the second winning area. In addition to providing transfer means for controlling rotation so that it cannot be lifted,
The first winning area is provided with a sphere storing portion.

[0005]

By rotating the rotating body constituting the transfer means forward and backward, the rotating body normally functioning as the transfer means can be reversed to function as the storage means when a predetermined condition is satisfied.

[0006]

1 is a front view of a pachinko machine 1, in which one side of a frame-shaped front frame 2 having a window portion is opened and closed by an outer frame 3. The window frame is provided with a metal frame 4, and a glass frame 5 on which glass is attached is pivotally attached to the upper part of the metal frame 4 so as to be openable and closable, and the front frame 2 and the glass frame 5 are attached. It can be locked by the locking device 6. Further, an upper tray set 7 including a front plate 7b provided with an upper dish 7a is provided in a lower portion of the glass frame 5, and a lower tray 8a and an operation handle for adjusting a flight distance of a hit ball are provided in a lower portion of the front frame 2. A lower tray set 8 including 9 and the like is provided. Further, the game board 10 is made to face the window portion of the front frame 2 from the rear side.

A game section 12 surrounded by a guide rail 11 is formed on the game board 10, and a winning device 20 according to the present invention is provided at a substantially central portion of the game section 12. Further, below the prize winning device 20, a starting prize winning device 90 having a starting opening 91 is provided, and sleeve winning tools 13 are provided on the left and right of the middle stage. Further, side lamps 14 are provided on the left and right of the game section 12, and a windmill 15 and an obstacle nail (not shown) are provided at appropriate positions. And at the lowest position of the game section 12, the outlet 1
Open 6. An external indicator lamp 17 is provided at the upper edge of the pachinko machine 1, and a speaker 18 is exposed to the upper tray set 7 to issue an alarm when there are abnormalities such as various sound effects and illegal games. It should be noted that these sound effects and the like are set so that eight kinds of sound effects A to H can be produced according to the game situation, and a sound effect I as an alarm is produced.

The outline of the winning device 20 according to the present invention is that a movable wing piece 21 that can be converted into a first state in which a hit ball is not accepted and a second state in which a hit ball is accepted is provided on the front surface of the attachment substrate 22, and the attachment substrate is also provided. A recess chamber 23 is provided on the back side of the recess 22. A first winning area 23a is formed in the lower part of the concave chamber 23 and a second winning area 23b is formed in the upper part thereof. In addition to the transfer means for controlling the rotation so as to be capable of lifting and non-lifting, a storage means for hitting balls is provided in the first winning area 23a.

That is, in the embodiment shown in FIGS. 2 to 9, a rear frame body 24 having an opening on the front side is attached to the rear of the mounting substrate 22 having an opening to form a recess chamber 23. The rear frame body 24 is made of a colored transparent member, and the interior of the rear frame body 24 can be illuminated by a lamp 25 arranged around it. Further, a front frame body 22 a extending rearward is provided at an opening of the mounting substrate 22 to form a recess chamber 23 together with the rear frame body 24.

At the upper portion of the mounting substrate 22, a skylight winning opening 26 opening upward is formed, and the skylight winning opening 2 is provided.
A cover portion 27 is continuously provided on the side of 6 to form an armor portion 28.
Further, a front decoration 29 is attached to the front surfaces of the skylight winning opening 26 and the cover portion 27. Further, the sky entrance prize 26 is provided with a sky entrance prize gutter 26a.

A ball introduction path 30 is formed below the armor portion 28. The sphere introduction path 30 has an inner surrounding wall 31 projecting around the opening of the mounting substrate 22, an outer surrounding wall 32 projecting at an interval through which the balls can pass, and the outer surrounding wall 32. A pair of movable wing pieces 21 (hereinafter,
The blade 21 is abbreviated) and is rotatably attached to the shaft.
In addition, hereinafter, the winning area before the ball introduction path 30 is referred to as a special winning opening.

The inner surrounding wall 31 surrounds the upper and lateral sides of the opening to partition the recessed chamber 23 from the game section 12. In the illustrated embodiment, the mounting board 22 has a generally inverted U-shape. It projects to the front side. On the other hand, the outer surrounding wall 32 surrounds the lower side and the lateral side of the opening to partition the game chamber 12 into the recessed chamber 23. The outer surrounding wall 32 projects toward the front side of the mounting substrate 22 in a substantially U-shape and has a bottom portion. Is formed by a top plate portion 82 of a display case 81 which constitutes a pattern display device 80 described later. Further, the upper end of the blade 21 abuts the side end of the armor part 28, that is, the side end 27a of the cover part 27 material in the closed state, and the sphere introduction path formed by the inner surrounding wall 31 and the outer surrounding wall 32. Thirty
Close. On the other hand, when the blade 21 tilts, the lower edge of the blade 21 is locked to the upper edge 32a of the outer surrounding wall 32 to regulate the tilt range.

An inner surrounding wall 31 is provided in the middle of the ball introducing path 30.
A sphere detector functioning as a 10-count switch 33 is exposed to a portion where the outer surrounding wall 32 and the outer surrounding wall 32 overlap. In the illustrated embodiment, the front decoration 2 described above is arranged so as to cover the front end faces of the 10-count switch 33 and the inner surrounding wall 31.
9 is extended.

The pair of movable blades 21, that is, the rotary shaft 34 of the blade 21, has a bearing portion 3 whose base end side is provided on the mounting substrate 22.
5a is mounted on a shaft via a collar 36, and a rear end side of the collar 36 is attached to a bearing portion 35b provided on the rear frame 24.
Is pivoted through. A blade crank 37 is provided at the rear end of the rotating shaft 34, and a crank pin 37a of the blade crank 37 is attached to the blade drive lever 38.
The blade drive lever 38 is pivotally attached to the plunger 39a of the blade solenoid 39 to form a drive mechanism. The blade solenoid 39 is fixed to a solenoid motor mounting plate 41 mounted on a boss 40 provided on the rear surface of the rear frame 24 as appropriate.

Therefore, in a normal state where the blade solenoid 39 is demagnetized, the blade 21 stands up and closes the upper end portion of the ball introduction path 30, so that the ball flowing down the game section 12 is a concave chamber 23 (large winning prize). However, when the blade solenoid 39 is excited, the blade 21 tilts and the ball introduction path 30
Since the upper end portion of is opened, the ball flowing down the game portion 12 can be taken into the concave chamber 23. And ball introduction path 3
A sphere passing 0 will flow into the recessed chamber 23 from the bottom by actuating the 10-count switch 33 on the way. That is, a prize is won in the special winning opening.

Inside the concave chamber 23 which constitutes the special winning opening,
The first winning area 23a is at the bottom and the second winning area 23 is at the top.
b is formed respectively, and a transfer means for controlling the rotation of the balls in the first winning area 23a to the second winning area 23b so that the balls can and cannot be lifted. Therefore, in the illustrated embodiment, the recessed chamber 23
A partition plate 42 is provided at the rear of the middle row of Noho and the first winning area 2
3a and the second winning area 23b are formed. Further, a rotating body 44 having a magnet 43 embedded therein is housed as a transfer means.

In the lower first prize area 23a, a top plate portion 82 of a later-described symbol display device 80 is used as a bottom plate 45, and this bottom plate 45 has a gentle downward slope toward the rear,
The width is narrowed on the way, and the left and right sides of the narrow portion 46 are used as drop openings 47 to form a general winning opening 48. In addition, since the side edge of the narrow portion 46 is inclined downward, the narrow portion 46 easily falls into the left and right general winning openings 48. In the illustrated embodiment, the central portion of the top plate portion 82 is slightly recessed to form the step portion 83, and the rib 84 is raised on the side edge of the step portion 83 to guide the sphere to the narrow portion 46. It is supposed to do.

On the other hand, the second winning area 23b is divided by the partition plate 42.
A special winning opening 49 and a general winning opening 48 communicating with the drop opening 47 are formed on the upper side of the second winning area 23b. That is, the vertical partition wall 5 is provided at the rear edge of the partition plate 42.
By arranging 0 from the rear frame body 24, a special winning opening 49 located in the center and the left and right general winning openings 48 are formed, and the lower parts of the respective winning openings 49, 48 are integrated by a confluent gutter 51, General winning opening 48 of the first winning area 23a
It is discharged below the winning device 20 together with the ball that has entered. A collecting gutter 52 communicating with the merging gutter 51 is provided below the general winning opening 48.

The special winning opening 49 forms a specific area,
In this specific area, a ball detector that functions as a character continuously operating device switch 53 (hereinafter abbreviated as special prize switch 53) that operates a character continuously operating device described later is provided.
A ball entering the special winning opening 49 is detected.

The transfer means provided between the first winning area 23a and the second winning area 23b is constituted by the rotating body 44 according to the illustrated embodiment. This rotating body 44
A magnet 43 is embedded in the magnet 43. The magnet 43 attracts the sphere in the first winning area 23a, transfers the sphere to the upper side by the backward rotation of the rotating body 44, and discharges it onto the partition plate 42. is there.

According to the illustrated embodiment, the rotating body 44 has three
It has a lateral width (axial length) that allows individual balls to be arranged in the lateral direction with a margin. The magnet 43 is located near the center of the rotating body 44 in the width direction and is capable of transferring the ball to the special winning opening 49, and is located near the end of the rotating body 44. Second that can be transferred to the general winning opening 48
There is a magnet 43b, and one first magnet 43a and four second magnets 43b are arranged facing each other in the diametrical direction. still,
The position and number of the magnets 43 can be set appropriately.

On the outer peripheral surface of the rotating body 44, a decorative seal 54 having an appropriate design or pattern is attached.
When the seal 54 is attached, in the illustrated embodiment, a rotating body main body 44a, which is partially broken in a chord shape, and a rotating body guide 44b corresponding to this broken portion are fixed by screws 55. An end portion of the rotor seal 54a and the rotor guide 4 which constitute the cylindrical rotor 44 and are attached to the rotor body 44a.
The end portion of the guide seal 54b attached to 4b is sandwiched between the rotating body main body 44a and the rotating body guide 44b. Therefore, the end portion of the seal 54 does not peel off. Further, a convex groove 56 is formed in the cutout portion of the rotary body 44a, and a concave groove 57 is formed in the flat portion of the rotary body guide 44b so that the convex groove 56 and the concave groove 57 are fitted to each other. Therefore, positioning is easy.

The above-mentioned rotary body 44 has a rotary shaft 58 projecting at both ends, and this rotary shaft 58 is rotatably mounted on the side wall of the recessed chamber 23 and one end of which is fixed with the driven gear 59. . This driven gear 59 is connected to the solenoid motor mounting plate 4
Drive gear 61 provided on the rotating body motor 60 fixed to No. 1
Mesh with. The rotating body motor 60 is a stepping motor or the like that can rotate in the forward and reverse directions. The rotary shaft 58 of the rotary body 44 is also mounted via the collar 36.

A rotor guide member 62 faces the lower half of the rotor 44. This rotating body guide member 62 is
The arcuate portion 63 that covers the rear side of the lower half portion of the rotating body 44, the standby portion 64 that receives the ball under the rotating body 44, and the substrate portion 65 that includes the arcuate portion 63 and the standby portion 64 are provided. A confluence trough 51 is formed on the rotating body guide member 62.

The waiting portion 64 extends in the shape of an eaves, and the ball is 1
It has an area that can stand by. In addition, this standby unit 64
Is slightly wider than the narrow portion 46 of the bottom plate 45 described above, and is positioned slightly lower. Then, the upper surface of the standby portion 64 is gently inclined downward, and the ball cannot stand still. In addition, a small rib 64a is provided at the center of the rear edge portion of the standby portion 64, and the balls are distributed to the left and right.

Then, in order to make the standby portion 64 function as a storage means, the movable member 66 is exposed from the left and right of the standby portion 64. In the illustrated embodiment, the movable member 66 is a substantially L-shaped stopper having a bent piece 66b at the tip of the arm portion 66a, and the base end of the arm portion 66a is a substrate of the rotary member guide member 62. It is rotatably attached to the portion 65. When the movable member 66 is attached to the shaft, the movable member 66 is attached via the collar 36. Further, a guide pin 66c is planted on the back surface side of the arm portion 66a.
c is loosely fitted in an arcuate hole 65a formed in the base plate portion 65.

The rotating shaft 67 of the movable member 66 extends to the rear surface side of the rear frame 24, and a stopper crank 68 is provided at the rear end thereof, and a crank pin of the stopper crank 68 is driven for stopper. It is loosely fitted into the long hole of the lever 69. Further, the stopper drive lever 69 includes a stopper solenoid 70 fixed to the solenoid motor mounting plate 41.
Is pivotally attached to the plunger 70a.

The movable member 66 has the arm portion 66a in a normal state where the stopper solenoid 70 is demagnetized.
Is bent to the left and right, and the bending piece 66b is directed upward (see FIG. 7). In this state, the ball P that has fallen out of the standby portion 64 can be held on the arm portion 66a, but may fall into the general winning opening 48.

On the other hand, when the stopper solenoid 70 is excited, the movable member 66 is rotated and the arm portion 66a is moved to the standby portion 64.
The bent pieces 66b face each other at an interval of about one ball (see FIG. 8). At this time, the arm 6
The ball P held by 6a is guided to the standby unit 64. Further, since the standby portion 64 is located slightly below the rear edge of the narrow portion 46 of the bottom plate 45, the ball P placed on the standby portion 64 can be held when the movable member 66 is closed. .
The ball that fits into the standby portion 64 when the movable member 66 is closed is also held in the same manner. However, a ball that has entered the narrow width portion 46 while the ball P is held in the standby portion 64 is obstructed by the ball P that was held in advance, so that the ball is left and right in the general winning opening 48. To fall.

When the rotating body 44 rotates, the held ball P or the entering ball can be attracted by the magnet 43 and transferred to the second winning area 23b. That is, the rotating body 44 moves from the front to the back (hereinafter referred to as the forward direction).
When rotating, the balls attracted to each magnet 43 are separated by the partition plate 42.
By the further rotation of the rotating body 44,
When the ball comes into contact with the partition plate 42, the ball is released here. The released ball is distributed on the partition plate 42 according to the position of the attracted magnet 43 and enters the special winning opening 49 or the general winning opening 48.

On the other hand, the rotating body 44 moves from the back to the front (hereinafter,
When rotating (referred to as "reverse direction"), even if the magnet 43 attracts the sphere, the sphere immediately contacts the base plate portion 65 of the rotator guide member 62, and the sphere remains in place. That is, when the movable member 66 is in the closed state, even if the central first magnet 43a attracts the ball placed on the standby portion 64, the ball immediately hits the base portion 65 or the front end of the rib 64a. They come into contact with each other and are released as the rotating body 44 rotates. However, since the movable member 66 is closed, the ball is locked on the bent piece 66b and the tip of the narrow width portion 46 and remains on the standby portion 64. That is, the sphere can be stored. Then, when the movable member 66 is opened, the ball that has lost its support is transferred to the general winning opening 48.
Fall to.

A pattern display device 80 is provided below the recessed chamber 23. This symbol display device 80 is, for example, a display device 8 based on a dot matrix method using a large number of LEDs.
5 is housed in the display case 81 to display symbols such as letters, numbers and patterns.

The symbol display device 80 functions to visually display various information in accordance with the progress of the game and to determine the number of times that the game can be converted into a state advantageous to the player, that is, a second state in which a hit ball is accepted. To do. This will be described in detail later in the description of the game, but the special prize switch 53 is turned on by the passage of the ball to start the variable display of the symbols, and according to the symbols to be stopped and displayed after the elapse of a predetermined time.
The number of conversions of the accessory continuous operation device is set from a maximum of 16 times to a minimum of 4 times.

The winning device 20 in the illustrated embodiment
The left and right shoulder winning openings 71 are integrally formed by extending the mounting substrate 22 left and right. Further, an indicator lamp 72 is provided on the left and right portions, and a display lens 73 is provided on the front side. If the shoulder winning opening 71 is integrally formed in this way, the number of assembling steps for the game board 10 can be reduced and the work efficiency can be improved.

Further, a relay board mounting base 74 is provided on the back side of the solenoid motor mounting plate 41 provided in the winning device 20, and the connectors 75 and the like are arranged in line on the relay board mounting base 74 and printed wiring is provided. Fix the relay board. Then, the control device of the pachinko machine 1, various electric parts, and the like are connected via the connector 75 of the relay board 76.

A starting winning device 90 having a starting opening 91 is provided in the lower part of the game section 12 in which the winning device 20 as described above is provided. The starting winning device 90 has a first starting opening 91a formed on the left and right of the base plate 92 and a second starting opening 91b formed at the center. Each starting port 91a, 91
The first starting port switch 93a and the second starting port switch 93b are exposed to b, and the starting port indicators 94a, 94b, 9
4c is formed.

Next, a game of the pachinko machine 1 provided with the winning device 20 as described above will be described. This pachinko machine 1
As shown in FIG. 10, when the power is turned on,
Various display lights are lit or blinked according to the operation during the game to be displayed, and the player is informed of the game state by a sound effect. For example, when the power is turned on, the symbol display device 80 blinks the symbol "3" and blinks various indicator lights (lamp L ...) Including the side lamp 14 and the external indicator lamp 17 provided in the winning device 20. Let Further, when the power is turned on, the rotating body 44 starts rotating in the forward direction at a cycle of one rotation of 4 seconds.

Further, in this pachinko machine 1, 10 prize balls are ejected for the balls which have won the special winning opening, and 8 balls which have been won for the winning openings other than the special winning opening. Eject prize balls.

A hit ball fired by the player is any starting port 9
When winning 1 ..., the blade 21 of the special winning opening is opened. That is, when the first start opening 91a is won, the opening for about 0.4 seconds is performed once (open once), and when the second start opening 91b is won, the opening for about 0.5 seconds is performed. Repeat twice (open twice).

When the blades 21 are opened, the hit ball enters the concave chamber 23, which is the special winning opening, through the ball introduction path 30. At this time, it acts on the 10 count switch 33 to count the number of balls entering the special winning opening.

On the other hand, when each of the starting port switches 93 ... Is turned on, the rotation speed of the rotating body 44 increases, and one rotation takes 2 seconds. The rotation direction remains the forward direction. Also, after the blades 21 are closed, the special winning switch 53 is held for about 4 seconds.
After the effective time elapses, the rotating speed of the rotating body 44 returns to 4 seconds per rotation.

When the blade 21 is closed, the movable member 6
6, that is, the stopper tilts inward to close the standby portion 64. The closing time of the movable member 66 is set to about 0.4 seconds for the first starting port 91a and about 0.3 seconds for the second starting port 91b.

At this time, the ball that has entered the standby portion 64 is attracted to the first magnet 43a of the rotating body 44, and the second winning area 23 is reached.
When transferred to b, the ball is discharged onto the partition plate 42 and flows into the special winning opening 49. When the ball flows into the special winning opening 49 and the special winning switch 53 is turned on, the character continuously operating device operates, and the number of times the character continuously operates, that is, the number of special games is determined, so a symbol display The device 80 starts variable display of symbols. Note that the accessory continuous operation device is formed by an electric control device (not shown).

There are five types of symbols displayed by the symbol display device 80, for example, "h", "X", "8", "5", "3".
Consists of. Then, after a lapse of a predetermined time, for example, about 7.2 seconds or more, the fluctuation of the symbol stops and the obtained symbol is “h”.
In the case of, the maximum is 1 including the first opening by the starting port 91.
6 times, up to 11 times for "X", up to 8 times for "8", up to 5 times for "5", up to 3 for "3"
It is set to once.

Further, the fluctuation speed of the symbol is about 0.2 sec (velocity A), about 0.5 sec (velocity B), about 1.1 per symbol for about 1.6 seconds from the start of the symbol. It is either one of the seconds (speed C), and then becomes about 0.04 seconds (speed D) per symbol. Furthermore, after about 4.3 seconds from the start of fluctuation, it becomes about 0.72 seconds (speed E) or about 0.46 seconds (speed F) per symbol.

Furthermore, the design is updated by random numbers,
Random number for stop symbol determination (0-4) is updated by adding 1 for every 4.1 milliseconds, and random number for changing speed (0-7) is added by 1 for the remaining time of the program. Update.

Then, the stop symbol reads the numerical value of the random number for stopping symbol determination at the time point 4.3 seconds after starting the variable display, and adopts the symbol corresponding to this numerical value as the stop symbol. The random number "0" is the symbol "3", the random number "1" is the symbol "5", and the random number "2" is the symbol "8".
The random number "3" corresponds to the symbol "X", and the random number "4" corresponds to the symbol "h".

4.3 seconds have passed since the variable display of the symbols was started, and when the stop symbol is determined, the variable speed becomes the speed E or the speed F according to the determined symbol. That is, when the determination symbol is "3, 5, 8, X", the variable velocity random number is "0 to 6" in the velocity E, and "7" is the velocity F, and the determination symbol is " In the case of "h", the speed is E when the random number for fluctuating speed is "0", and in the case of "1 to 7," the speed is F.

Then, after changing by a predetermined number of symbols (4 symbols in the case of speed E, 12 symbols in the case of speed F), it fluctuates and stops until the determined stop symbol is reached.

After a lapse of about 0.5 seconds from the stop of the symbol, the symbol is determined to determine the number of operations of the accessory continuous device. That is, it determines how many cycles the special game will be played.

After the symbols have stopped changing (special winning switch 53
About 14 seconds after turning on), the big winning blade 21
Will newly open and close 18 times. At this time, the movable member 66 operates, and the rotating body 44 rotates in the opposite direction at a rotation speed of one rotation of 4 seconds. Therefore, one ball can be stored in the standby unit 64. Then, when the blade 21 is opened and closed 18 times (about 27 seconds have passed) or when there are 10 balls in the special winning opening (concave chamber 23), the movable member 66 stops operating.

When the movable member 66 stops operating, the movable member 66 tilts outward. Further, after the movable member 66 is stopped, the effective time of the accessory continuous operation device is set for about 4 seconds. Further, the rotating body 44 rotates in the forward direction for one rotation and four seconds.

On the other hand, when the blade 21 is opened and closed 16 times or the 10-count switch 33 detects 9 balls entered during the opening and closing of the blade 21, the rotating direction of the rotating body 44 is reversed and becomes the forward direction. . Further, the rotation speed also changes to a high speed of 2 seconds per rotation.

When the rotating body 44 rotates in the forward direction, that is, from the front side to the rear side, the movable member 66 causes the spheres stored in the standby portion 64 to move above the partition plate 42, that is, to the first magnet 43a. 2 can be transferred to the winning area 23b. Then, the transferred balls enter the special winning opening 49 again, and the special winning switch 53 is turned on again.

When the special winning switch 53 is turned on again,
The blade 21 of the special winning opening is immediately closed by the operation of the accessory continuous operation device, and a new opening / closing operation is started after about 4 seconds. The operations of the movable member 66 and the rotating body 44 during the opening / closing operation are similar to the above. That is, the special game cycle is updated. In the final round, the movable member 66 does not operate and the balls are not stored.

According to the above-mentioned game, since the rotating body 44 rotates forward and backward according to the predetermined conditions, the ball that has entered the special winning opening can be transferred to the second winning area 23b and cannot be transferred. Can be created and playability is increased.
Further, since the rotation direction of the rotating body 44 is reversed when the number of balls allowed in the special winning opening is almost reached, the number of balls allowed is set in the special winning opening. Since the player does not move to the next special game before entering the game, there is a possibility that a large number of prize balls can be won for the player. On the other hand, it is also highly effective for amusement stores because the management of payouts becomes easy. Further, the transfer means can be made to function as the storage means, and the stored balls can be used as the second winning area 23.
Since the game can be changed by transferring it to b, the game can be further varied.

In the pachinko machine 1 capable of playing the game as described above, the 10 count circuit for detecting the ball entering the special winning opening is short-circuited, disconnected, and the 10-count switch 33 is provided.
When an abnormality such as the movement of No. 1 is detected, at the same time as the detection, the functions for opening the starting opening 91, the accessory continuous operation device, and the special winning opening (blade 21) are stopped. Further, this abnormal state is visually displayed by the symbol display device 80 described above,
It produces a sound effect I.

Further, in the illustrated embodiment, the ball on the standby portion 64 is retained by closing the movable member 66, but the standby portion 64 is formed to have a gentle curved surface so that the rotation speed of the rotating body 44 is reversed. If the sphere is controlled so as to be further raised, the magnet 4 can be moved before the ball falls into the drop opening 47 without the movable member 66.
3, the ball can be retained on the standby portion 64 without the movable member 66.

FIG. 13 is a front view of the main part showing another embodiment,
FIG. 14 is a transverse sectional view of the above. In this embodiment, the storage portion is composed of a fixing member. That is, the storage part is fixed to the left and right side edges of the standby part 64 provided on the rotary member guide member 62 so as to store one sphere with an interval of about one sphere and standing up in a facing manner. The rib 64b is used to store one ball on the standby portion 64.

Then, the magnet 43 is embedded in the rotating body 44 in the same manner as in the above-mentioned embodiment, and is controlled so as to be rotatable forward and backward. still,
The members having the same functions as those in the above-mentioned embodiment are designated by the same reference numerals and the description thereof will be omitted.

According to such an embodiment, the balls P once stored in the storage section can be surely guided to the special winning opening 49.

15 to 17 show another embodiment, in which the special winning opening 49 is moved. For this reason, the special winning switch 53 constituting the special winning opening 49 is fixed to the slide plate 100, and the slide plate 100 is loosely fitted in the upper and lower guide grooves 101a and 101b provided on the rear side of the rear frame 24. There is. Further, a vertical guide hole 102 is formed in the slide plate 100, and a drive pin 103a provided at an eccentric position of the drive cam 103 is loosely fitted in the guide hole 102. Then, the drive cam 1
The output shaft 104a of the motor 104, which is a drive source, is connected to 03.

When the motor 104 is rotationally driven, the drive cam 1
03 rotates, and accordingly, the slide plate 100 is guided by the guide grooves 101a and 101b and slides left and right. Therefore, the special winning opening 49 moves left and right along the rear edge of the partition plate 42.

Further, in this embodiment, two balls are formed in the storage part so that they can be stored. For this reason, the standby portion 64 provided on the rotating body guide member 62 is extended forward so as to have a size capable of holding two balls, and a locking rib 64c for preventing the balls from falling is formed at the side edge. .

According to the above-described embodiment, the special winning opening 49 moves to the left and right, and a plurality of balls can be stored, so that the chances of winning the special winning opening 49 increase and the playability is improved. . In addition, the strength of the magnet 43 allows each magnet to be attracted one by one, or two magnets can be attracted continuously, so that the winning rate for the special winning opening 49 is increased. In addition, general winning a prize mouth 4
With respect to winning eight, there is a possibility of being attracted to the second magnets 43 provided on the left and right side portions of the rotating body 44, which enables a variety of games.

Also in this embodiment, members having the same functions as those in the above-mentioned embodiment are designated by the same reference numerals and the description thereof will be omitted.

Further, according to the present invention, the storage part may be constituted by an electromagnet. That is, as shown by the broken line in FIG.
The electromagnet A is provided on the lower surface side of the standby portion 64, and a position detection means (not shown) capable of detecting the position of the magnet 43 of the rotating body 44 is provided to control the ON / OFF of the electromagnet A. The storage section can be configured by executing the processing based on the positional relationship between the storage section and the storage section.

Although the present invention has been described above with reference to the embodiments shown in the drawings, the present invention is not limited to the above-mentioned embodiments and can be appropriately implemented without changing the configuration described in the claims. For example, the position and the number of magnets provided on the rotating body can be set arbitrarily, and a plurality (2 to 3) of magnets can be transferred to the special winning opening.

[0069]

In summary, according to the present invention, the movable wing piece capable of converting between the first state in which the sphere is not received and the second state in which the sphere is received is provided on the front surface of the mounting substrate, and the concave chamber is provided on the back side of the mounting substrate. The first prize area is formed in the lower part of the concave chamber, and the second prize area is formed in the upper part. The rotation of the ball in the first prize area is controlled so that the ball can be and cannot be pumped to the second prize area. Since the transfer means is provided and the sphere storing portion is provided in the first winning area, the rotating body constituting the transfer means rotates forward and backward under predetermined conditions. 2 It is possible to create a transferable state and a transferable state to the winning area, and the storage state can be visually recognized by looking at the rotating body, which enhances game playability. Moreover,
By reversing the rotating body, the transfer means can function as a storage means, and a variety of games can be performed. Also, if you set the rotation direction of the rotating body to be reversed at the time when the number of balls allowed in the special winning opening has almost entered, the number of balls allowed is entered in the special winning opening. Since the player does not move to the next special game before playing the ball, there is a possibility that the player will win a large number of prize balls. On the other hand, it is also highly effective for amusement stores because the management of payouts becomes easy. Furthermore, by transferring the balls stored in the storage unit to the second winning area, it is possible to change the game, and it is possible to play a variety of games, which has a very high practical value.

[Brief description of drawings]

FIG. 1 is a front view of a pachinko machine.

FIG. 2 is a front view of a winning device.

FIG. 3 is a side view of the winning device.

FIG. 4 is a cross-sectional view of the winning device.

FIG. 5 is a schematic view of a vertical cross section of the winning device.

6A is a front view, FIG. 6B is an axial cross-sectional view, and FIG. 6C is a diametrical cross-sectional view.

FIG. 7 is a front view of the main part for explaining the operation of the movable member, showing an open state.

FIG. 8 is a front view of a main part for explaining the operation of the movable member, showing a closed state.

FIG. 9 is an exploded view of the winning device.

FIG. 10 is a diagram illustrating an operating state of a symbol display device, indicator lights, and sound effects.

FIG. 11 is a time chart relating to the starting port,
(A) shows a 1st starting port, (B) shows a 2nd starting port.

FIG. 12 is a time chart regarding a special winning opening,
(A) shows the variable time of the symbol, (B) shows the first special game, and (C) shows the second and subsequent special games.

FIG. 13 is a front view of a main part showing another embodiment of the winning device.

FIG. 14 is a transverse sectional view of the above.

FIG. 15 is a schematic vertical sectional view showing still another embodiment of the winning device.

FIG. 16 is an exploded perspective view of a drive mechanism for the special winning opening in the above.

FIG. 17 is a transverse sectional view of the above.

[Explanation of symbols]

 1 Pachinko machine 20 Winning device 21 Moving wing piece 23a First winning area 23b Second winning area 43 Magnet 44 Rotating body 48 General winning hole 49 Special winning hole 66 Moving member

Claims (4)

[Claims] 1. A movable wing piece capable of converting between a first state in which a sphere is not received and a second state in which a sphere is received is provided on the front surface of a mounting substrate, and a concave chamber is provided on the back side of the mounting substrate. The first prize area is formed in the lower part of the, and the second prize area is formed in the upper part, respectively, and the transfer means for controlling the rotation of the ball of the first prize area to the second prize area can be lifted and cannot be lifted, A winning device for a pachinko machine, wherein a ball storage portion is provided in the first winning area. 2. The storage portion is capable of storing spheres,
A movable member that can be changed to a state in which it cannot be stored.
The winning device for the described pachinko machine. 3. The winning device for a pachinko machine according to claim 1, wherein the storage section is a fixing member capable of storing balls. 4. The winning device for a pachinko machine according to claim 1, wherein the storage portion is composed of an electromagnet capable of attracting a sphere.