JPS6264380A - Pinball machine - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

Detailed Description of the Invention (Industrial Application Field) The present invention enables a pachinko ball to enter a second specific winning slot for a predetermined period of time when a pachinko ball enters a first specific winning slot; When a pachinko ball has a winning power in a specific winning slot of FCG2 within a predetermined time, a variable display is activated to display multiple pieces of identification information variably for a completely random time, and a prize is won depending on the type of identification information displayed when the display stops. The present invention relates to a pachinko machine in which a right to bring the device into a winning probability increasing state a predetermined number of times is generated, and the right is exercised by hitting a pachinko ball into a first and fifth specific winning opening.

(Prior art) A pachinko machine has a winning device and a specific winning hole on the game board that can enter a winning probability increasing state to increase the winning probability, and a pachinko ball enters the specific winning hole to win a certain amount of money. Various types of machines have been developed that have added accessory actions that increase the probability of winning by setting all winning devices to a state where the probability of winning increases when the conditions are satisfied. The main thing is that when a pachinko ball wins a prize in a specific winning opening, an electrical or mechanical variable display is activated to variably display a plurality of pieces of identification information, and this can be changed by the player's operation. -,
When a pachinko ball hits a winning hole or a specific winning opening, the winning probability of all winning devices is increased depending on the type of identification information that is stopped and displayed when the Fi timer is stopped. KL7t makes it possible to enter a specific winning opening, and when a pachinko ball enters another specific winning opening, the winning device is put into a winning probability increasing state, and when a pachinko ball enters a specific winning opening. When,
A right to place a winning device in a winning probability increasing state is generated, and if a pachinko ball wins in another specific winning opening while this right is occurring, the right is exercised by placing all winning devices in a winning probability increasing state. Examples include things made like this.

(Problems to be Solved by the Invention) By the way, what can be said in common about these pachinko machines is that if the winning device is made to be in a state where the winning probability is increased too easily, the pachinko machine becomes more gambling-like. This means that there is a risk that the game will lose its healthy gameplay.

In order to prevent this, it is common to suppress the entry of pachinko balls into specific winning holes.

However, in this type of pachinko machine, if the number of pachinko balls entering a particular winning slot is suppressed or reduced, it will not only be disadvantageous for the player, but also prevent him from enjoying the unique gaming experience of that machine. As a result, the player's desire to play the game decreases.

The present invention has been made in view of this point.

The purpose of this is to ensure a healthy gaming experience without adding gambling elements, and to increase the gaming experience and interest.
We provide all Hatchinko machines.

(Means for Solving the Problems) Therefore, the pachinko machine of the present invention has the following configuration 2.

That is, a winning device that is provided on the game board and can enter a winning probability increasing state that increases the winning probability; a variable display that is provided on the game board and can display a plurality of identification information in a fully variable manner; A first specific winning hole is provided, and when a pachinko ball enters the first specific winning hole, the pachinko ball is allowed to win for a predetermined period of time, and due to the winning, a random time appears on the variable display. and a second specific winning prize that can be changed to a state where the winning probability is increased by a predetermined number of times in all of the winning devices, depending on the type of identification information that is stopped and displayed when the variable display stops. and a third specific winning hole provided on the game board for allowing the player to exercise the right by winning a pachinko ball.

(Operation of the Invention) With this configuration, the present invention provides a method for placing a pachinko ball into the second specific winning hole related to the generation of the right in the process until the right is generated. 1
Is this within the specified time when a pachinko ball wins a prize in a specific prize opening? Since the condition of making it possible is added, it becomes possible to make it easier to win the special prize opening in Part 1, which means that the total number of challenges to the accessory action can be increased (Implementation) Example) The embodiment of this proposal will be explained below with reference to all the drawings. 1st
In the figure, 1i1. This is a game board for a pachinko machine according to the present invention. A guide rail 2 for guiding the player is attached, and a portion of the game board 1 surrounded by the play rail 2 is a game section 3.

Are there winnings, winnings, etc. on both upper corners outside the gaming section 3? Display lamp 4.4. ... is provided, and inside the game section 3 there are a large number of nails (numbered 5, only a portion shown 6), a lamp 6゜6 that displays all the winnings, etc., and a windmill with a lamp 7.7. ,
A normal winning slot that only pays out a predetermined number of prize balls in response to winning pachinko balls 8゜8. ..., an exit opening 9, a first specific winning opening 10.1o, 10, and a center accessory 11 serving as a winning device are provided.

The center accessory 11 has a box-shaped main body 13 having an opening 12 on the front side, and a front plate 14 formed in the shape of an outward flange at the periphery of the opening 12 (see FIGS. 2 to 4). See figure 6)
The main body 13 is inserted into an accessory attachment hole (not shown) of the game board 1, and the front plate 14 is attached to the front surface of the game board 1 by screwing or the like. At the top of this front plate 14, there is a winning opening 15 commonly called a big hole. 17a-17]1
and 10 count display lamps 1aB to 18i are arranged as shown.

The center accessory 11 is configured to be in a winning probability increasing state where the winning probability is increased completely.

That is, on the peripheral edge of the opening 12, a shrouding plate 19 is provided so as to project forward so as to surround the lower part thereof, and the shroud plate 19 is formed into a rib shape at the upper part and includes the lamps 16, 173 to 17h, 1aB to t.
A shroud plate 20 surrounding the lamp group consisting of 8 i etc.
projecting forward, and between each end of the shroud plate 19 and each side end of the shroud plate 20, pachinko balls are inserted into the opening 12 from there, and a ball entrance 21. 21
It is said that A pachinko ball that enters the inside of the opening 12 from the ball entrance 21.21 enters one of the second and third specific prize winning openings, which will be described later, and can receive a payout of the prize ball. Guide vanes 22 are arranged at each of the ball inlets 21 and 21, and each guide vane 22 opens and closes each of the ball inlets 21, and when in the open state,
The function of picking up pachinko balls and guiding them into the opening 12 is completely disabled, and the center accessory 11 is in a state where the winning probability is increased when the guide blades 22 are in the open state.

Reference numeral 25 denotes a guide vane drive mechanism, and this guide vane drive mechanism 25 includes a
, links 26 to 29, and tension dicoil springs 30 and 30. The shaft 24 extends in the front-rear direction on the front plate 14 and is rotatable around its axis, and its tip is fixed to the intermediate portion of the guide vane 22.

The solenoid device 25 is attached to the rear part of the main body 13, and the solenoid device 31 is mounted on a plate, and is generally composed of a solenoid 32 and a plunger 53. A seven-lamp member 54 made of an E-ring or the like is fitted into the plunger 53, and an elastic coil spring 55 is fitted between the seven-lamp member 54 and the solenoid 32. Solenoid 5 is activated by resilient coil spring 35.
2, the upper end side thereof is biased in a direction to protrude.

One end of the sling 26 is fixed to the distal end of one of the shafts 24, and one end of the link 27 is fixed to the distal end of the other shaft 24. The other end of the link 26 is pivotally connected to one end of the link 28.
The other end is pivotally connected to the upper end of the plunger 33.

The other end of the lever 27 is pivotally connected to one end of a link 29, and the other end of this link 29 is pivotally connected to the upper end of the plunger 33. The intermediate portions of the links 28, 29 are pivoted to the rear of the body 13. In this configuration, when the plunger 53 is attracted, the links 28.29 pivot about their respective pivot points, which causes the links 26.27 to each pivot in the opposite direction to the links 28.29. and the guide vanes 22.22 are connected to the links 26.27, respectively.
It is designed so that it rotates in the same direction as the opening state.

Tension coil springs 30.30 each link 28.2
9 and the part of the main body 15 on which the solenoid device 25 is attached, and each link 28
．． 29 and the guide vane 22.2 through the link 26°27
2f is biased in the closing direction, and when the solenoid device [25 is in the non-energized state 9, the guide vane 22.22'i is rotated in the closing direction in cooperation with the resilient coil spring 35. have.

A display window 36 is formed in the upper part of the opening 12, and a second specific winning opening 57 and a third specific winning opening 38, 38 are formed in the lower part of the opening 12. They are arranged horizontally in a row with the center in the middle. Further, inside the opening 12, the display window 36 and the smart start indicator lamps 39, 39 of the winning openings 37, 58, 58 are arranged side by side at intervals in a horizontal arrangement.

A leaf-type display 40 is arranged behind the display window 36. This leaf-type display 40 is configured to be able to variably display a plurality of pieces of identification information.
．． . . . is a display board showing the plurality of identification information.
It is placed so that players can see it. This leaf-type display 40 has a cylindrical shaft 42 whose axis is the rotation axis, and a disk 43 with a large diameter is coaxially and integrally attached to both ends of the cylindrical shaft 42. 0 display board 41.41. ... is 10 sheets here, cylinder shaft 42
It is mounted on the leaf-type display 40 so as to be sandwiched between the disk 4S and the disk 43 around the axis of the disk 4S. Projections 44 are formed on both sides of the display board 410, and as shown in FIG.
5, ten holding holes 45 are bored on the circumference concentric with this, and the holding holes 45 of one disk 43 and the other disk 43 are connected to each other.
The holding hole 45 means that the line between their centers is the cylinder axis 43.
The projections 44.44 on both sides of each display board 410 are respectively fitted into the respective holding holes 45.45 forming the pair. , each display board 41 has its protrusion 44.44.
It is held by a disk 45° 43 so as to be rotatable about the entire center. The holding holes 45 are arranged at equal intervals in the circumferential direction, and the leaf-type display 40 is intermittently rotated in the direction of arrow A according to the intervals by a drive mechanism to be described later. , when the display boards 41, 41 are stopped.
．． . . is two sheets of 1 m long, and one piece of identification information is displayed in its entirety. That is, on each display board 41, the lower half of the identification information is drawn on the upper and lower sides, and the upper half of the previous identification information is drawn on the other side. and,
Here, since 10 display boards 41 are used, 10 pieces of identification information are displayed, and two of them indicate the occurrence of a right and the jackpot v due to the exercise of the right. 1 and 6 represent both jackpots, and 4 represents only the jackpot due to the exercise of rights, while the other two represent none of the above and represent all of them. still,
Various types of identification information, such as letters, figures, and pictures, are used as the identification information, and the figure shows, as an example, a heart picture drawn with a dashed line.

A convex lens 46 is fitted into the display window 36, and the display plates 41, 41 . The identification information of... is magnified by this convex lens 46, so that the leaf-type display 40
In addition, in FIG. 2, this convex lens 46
Although not fully shown, the display of identification information is shown in an enlarged state.

47 is a leaf-type display drive mechanism, and this leaf-type display drive mechanism 47 is entirely composed of a motor 48 (not shown in FIG. 3), a motor gear 49, an intermediate gear 50, and a Geneva-type intermittent feed gear mechanism. Original vehicle 51 and follower vehicle 52
The main wheel 53 and the follower wheel 54 each have a fixed position gear mechanism.

The motor 48 is fixed laterally to the rear part of the main body 13, and 55 is its rotational output shaft. The motor gear 49 is fixed to the rotation output shaft 55 and meshes with the intermediate gear 5oFi and the motor gear 49. The intermediate gear 50 is fixed to a rotating shaft 56 that is mounted between both sides of the main body 150, and the rotation of the rotational output shaft 55 of the motor 48 is transmitted to the rotating shaft 56 via the motor gear 49 and the intermediate gear 50. It is now possible to do so.

The original wheel 51 of the Geneva gear is fixed to this rotating shaft 56, and the follower wheel 52 is fixed to a rotating shaft 57 that completely supports the cylinder shaft 42 of the leaf type display 40.
is intermittently fed in ten steps in the direction of arrow A by these master wheels 51 and follower wheels 52.

The original vehicle 51 has six feed levers 5B at equal intervals in the circumferential direction, and the follower vehicle 52 (d, notch #159, 10
They are formed at equal intervals, and one feed lever 58
As a result of its rotation, it enters one notch groove 59 and engages with the inner wall in front of it, and the follower wheel 52 is rotated by the engagement of the groove, and when this is released, the subsequent feed lever 58 is moved to the next one. It is designed to stop until it engages with the notched groove 59, and this is repeated, resulting in an intermittent feeding operation.

The original wheel 53 and the follower wheel 54 of the position fixed gear serve to fix the position of the leaf type indicator 40 by the intermittent feed K of the original wheel 51 and the follower wheel 52 of the Geneva gear. That is, the original wheel 53 is fixed to a rotating support shaft 56 so as to rotate integrally with the original wheel 51 of the Geneva gear, and has six notches 60 formed in its local part. 60 divides the arcuate surface into six, convex arcuate surfaces 61.61. ...1. Further, the follower wheel 54 is fixed to a rotating support shaft 57 so as to rotate integrally with the follower wheel 52 of the Geneva gear, and its local portions are formed on convex arcuate surfaces 61, 61, .
10 concave arcuate surfaces 62 with a radius that matches ...
It is composed of ゜62,... The convex arc surface 61 of the master wheel 53 and the concave arc surface 62 of the driven wheel 54 are designed to interlock with each other, and due to this pressure, only the master wheel 55 can rotate, and only the driven wheel 54 can rotate. is made impossible. In other words, when the original wheel 51 of the Geneva gear rotates the slave wheel 52, the original wheel 53 and the slave wheel 54 of the fixed position gear rotate together, and while the original wheel 51 of the Geneva gear is rotating, Even if the slave wheel 52 is not rotated, the original wheel 53 of the fixed position gear rotates with its convex arc surface 61 fully sliding over the concave arc surface 62 of the slave wheel 54, and the slave wheel 54 rotates. It is designed not to rotate. From this, when the original vehicle 55 is stopped, the slave vehicle 54
cannot rotate, and this driven wheel 54 and rotating support shaft 5
The integral leaf-type display 40 cannot also be rotated through the 7Yr, and its position is fixed.

6544 display board display board stopper, this display board stopper 6
5 is fixed to the main body 131/(fixed). This display plate stopper 63 has a stopper piece 64 that extends vertically, and the lower end of this stopper piece 64 is attached to the display plate 41 which shows the upper half of the picture. It is positioned slightly forward of the upper end of the display board 41t to ensure that the picture is displayed reliably and accurately by preventing the display board 41t from falling forward.Display board stopper 63ilt plastic The stopper piece 64 is thinly formed, flexible, and has elasticity, and when the leaf type display 400 rotations are driven by the power of the motor 48, Kff, The display board 41 is designed so that the entire stopper piece 64 can be climbed over without any hindrance.

A motor stop position detection plate 65 is fixed to the rotation support shaft 56, and a motor stop position detection sensor 66 made of a photointerrupter is attached to the main body 13. This is to completely stop the motor 48 so that the motor 40 stops exactly at the picture display position. As shown in FIG. 6, the motor stop position detection plate 65 has six detection holes 67, 67 arranged at equal intervals on the circumferential line with its rotation center t as its center point.
, . The details will be described later together with the explanation of the circuit.

A right generation/jackpot detection plate 68 is fixed to the rotational support shaft 57, and a right generation detection sensor 69 and a jackpot detection sensor 70 each consisting of a photointerrupter are fixed to the main body 13, and these detection plate 68, the sensor 69 and 70 are signals to the Kuon control circuit so that the center accessory 11 is in the state represented by the picture displayed on the leaf-type display 40. This is what is output. That is, the detection plate 68 is provided with two holes 71.71 for detecting the occurrence of a right and eight holes 72.72° for detecting a jackpot. 72, 72.・・・
The occurrence of a right and a jackpot are detected by being detected by each sensor 69 and 70.

The rights generation holes 71.71 and the rights generation detection sensor 69 are connected to the display plates 41, 41. . ... and the dog hit detection sensor 70 are the jackpot detection holes 72, 72 at the display position of the picture representing the jackpot t on the display board 41, 41...
．． . . . are arranged in such a manner that they are detected by the jackpot detection sensor 7G. The detection position of the right occurrence detection hole 71.71 of the right occurrence detection sensor 69 and the jackpot detection sensor 7
0 jackpot detection hole 72.72. The detection positions are shifted in phase by an angle θ from each other, and the winning detection hole 71.71 and the jackpot detection hole 72.72.
. . . are arranged so that the phases thereof are shifted by an angle θ accordingly, so that the arrangement positions Kb on the detection plate 68 do not overlap.

Next, the construction of the control circuit will be explained.

In FIG. 8, 73 is the first solenoid start switch;
74 is the same switch circuit, 75 is a latch circuit, and 76If'
This is an i gate circuit. The switch 73H1!1% is used to detect a winning (pachinko ball hitting the fixed winning opening 10), and when the winning is detected by this switch 75, H is output from the switch circuit 74. The output of this switch circuit 74 is input to a set terminal of a launch circuit 75, and when latched, this latch circuit 75 outputs H' through a gate circuit 76.

77 is a motor first starting switch, 78 is a switch circuit, 79 is a signal delay circuit, an aol't AND circuit, 81 is a latch circuit, and 82 is a gate circuit. Switch 77 is the 21st yen! f Entering the pachinko ball in the winning hole 37'X
When the switch 77 detects the winning, the switch circuit 78 outputs H.

The output signal of the switch circuit 74 is input to the signal delay circuit 79. The output signal of the switch circuit 78 and the output signal of the delay circuit 79 are input to the AND circuit 80, and the output signal of the AND circuit 80 is input to the set terminal of the latch circuit 81. This latch circuit 81 outputs H=i through the entire gate circuit 82 when latched.

83 is a second motor starting switch, 84 is a switch circuit, 85 is an AND circuit, and 86 is a gate circuit. The switch 83 detects the winning of a pachinko ball in the third specific winning opening 38, 38, and when the winning is detected by this switch 83, H is output from the switch circuit 84. The AND circuit 85 is configured to receive the output signal of the switch circuit 84 and the output signal of the latch circuit for eternally holding rights. The gate circuit 86 has an AND circuit 80 and an AND circuit? The gate circuit 86 receives an output signal from the AND circuit 80. If the output is full, the output is Hi. The output signal of the AND circuit 85 is also input to the set terminal of the latch circuit 87, so that the launch circuit 87 outputs a high Hk signal through the entire gate circuit 82.

88 is a right generation switch circuit, and 89 is a latch circuit. The switch circuit 88 is configured to receive an output signal from the % right generation detection sensor 69, and when the right generation detection hole 71 is detected by this 69 and the generation of the right is detected, the switch circuit 88 is now output. The output signal of this switch circuit 88 is input to the set terminal of a latch circuit 890, and when this latch circuit 87 is latched, the output signal of the AND circuit 8
5. Hk high output. This latch circuit 87 is
Furthermore, a device is used that is reset when H is input to its set terminal while in a latched state.

90 is a motor stop switch circuit, 91 is an AND circuit, 9
2 is the number of resets. The output signal of the motor stop position detection sensor 66 is input to the switch circuit 90, and this switch circuit 90 detects the motor stop position when the motor stop detection hole 67 is detected by the motor stop position detection sensor 66. When detected, HTh is output. The output signal of the gate circuit 82 and the output signal of the switch circuit 90 are input to the AND circuit 91 . The reset circuit 92 receives the output signal of the AND circuit 91 and the output signal of a gate circuit that takes the logical interest of the Ryokawa power signal of a timer circuit and a random number generation circuit, which will be described later. 92 is an AND circuit 91 when the output signal of the gate circuit is H.
When H is output from , Hk is output high, and the output signal is input to latch circuits 81 and 87.

93 is a second solenoid start switch circuit, 94 is an AND circuit, and 95 is a latch circuit.

The output signal of the jackpot detection sensor 70 is input to the switch circuit 93.
is the jackpot detection hole 71 by the jackpot detection sensor f70.
When a jackpot is detected, a high Hk output is generated. The output signal of the AND circuit 91 and the output signal of the switch circuit 93 are input to the AND circuit 94, and the output signal of the AND circuit 94 is input to the set terminal of the latch circuit 95. ing. The latch circuit 95 outputs an H' level when latched.

96 is a 10 count switch, 97 is a 1st switch circuit, 98 is a Fi fraud prevention circuit, 99 is an AND circuit, and 100 is a 10 count circuit. The 10 count switch 96 detects the winning of pachinko balls in the 2nd % 5th specific winning hole 57.58.
When the winning is detected, the switch circuit 97 outputs H.
is now output. This switch circuit 97
The output signal is outputted to each switch circuit 74, 78, 84, 88, 90°95t/C through a fraud prevention circuit 98f, and the output of each switch circuit 74 to 95 is prohibited. .

The output signal of the latch circuit 95 and the output signal of the fraud prevention circuit 98 are input to the AND circuit 99, and the output signal of the AND circuit 99 is input to the 10 count circuit 1.
00 is entered. This 10 count circuit 100 counts all H outputs from the AND circuit 99, and outputs all H outputs when the count value reaches "10" in decimal notation.

101 is a timer circuit, 102 is a reset circuit, and the output signal of the latch circuit 75 and the output signal of the latch circuit 95 are input to the timer circuit 101. This timer circuit 101 is configured so that the output signal of the latch circuit 75 is H.
At this time, the solenoid device 25 is driven by the timer signal Ts'ftH for driving the solenoid, and after a predetermined period of time, the timer signal T for controlling the reset timing of the latch circuit 75 is transmitted.
*'rH, and this timer signal Tz
is input to the reset circuit 102.

When this timer signal Tm becomes H, the reset circuit 102 outputs H, the latch circuit 75 is reset, and the solenoid device 25 is stopped.
The driving time of the solenoid device 25 at this time is d
It is said to be around 15 seconds to 18 seconds. Look, timer circuit 1
01Fi, Kf when the output signal of the latch circuit 95 is H
l, the solenoid device 25 is driven by using the timer signal T1 for driving the solenoid as
The timer signal 3 is also input to the reset circuit 102. When the timer signal T3 becomes HK, the reset circuit 102 outputs an H signal, the latch circuit 95 is reset, and the solenoid device 2
5 is stopped, and the driving time of the solenoid device 25 at this time is approximately 10 seconds.

The output signal of the 10 count circuit 100 is also input to the reset circuit 102, and when H is output from the 10 count circuit 100, the reset circuit 102
H is output from the latch circuit 95#i, and the latch circuit 95#i is reset without waiting for the timer time of the timer circuit 101.

103 is a motor driver, 104 is a random number generation circuit, 10
5 is a gate circuit, and the output signal of the gate circuit 82 is input to the motor driver 103, and this motor driver 105 drives the motor 48 when the output signal of the gate circuit 82 is H. It is said that

The gate circuit 105 receives a timer signal T4 for controlling the reset timing of the latch circuits 81 and 87 of the timer circuit 101.
and the random signal R of the random number generation circuit 104 are inputted, and after either the switch circuit 78 or 84 outputs a small Hk, the timer signal T4 and the random signal R are input.
The reset timing signal Rt of the gate circuit 105 is generated after a random time period of 1.5 seconds to 45 seconds determined by ! is set to H. The reset timing signal Rtl of this gate circuit 105 is input to the reset circuit 92, and after the latch circuits 81 and 87 are latched, the above-mentioned random signal is generated after the time has elapsed and the motor stop position is detected. It is set to be reset.

Reference numeral 106 denotes a motor start count storage circuit, and 107 a reset circuit. A motor start data signal which is set to KHK every time the latch circuit 87 of the gate circuit 105 is latched is inputted to the storage circuit 106. 106
This reset timing signal Rt is counted up every time this data signal becomes H, and when the count value reaches "8" in decimal, the set timing signal -Rtz is set to H. This reset timing signal Rt, the beam set circuit. 107, and this reset circuit 107 receives a reset timing signal Rt! When becomes HK, the latch circuit 891C is reset by outputting Hf. The output signal of the reset circuit 107 is also input to the clear terminal of the memory circuit 106, and the memory circuit 106 is reset at the same time as the latch circuit 89 is reset.
060 The count contents are cleared. 108 is a display circuit, and 109 is a display device.

A count data signal C representing the count value of the memory circuit 106 is input to the display circuit 108, and the display circuit 108 drives the display 109 based on the count data value signal C. Display according to count value? It is something you can do. This indicator 109 is made up of the above-mentioned lamps 17a to 17h, and here, the number of lamps that correspond to the count value is turned on.

Next, the operation of the pachinko machine of this embodiment configured as described above will be explained.

First, when a pachinko ball wins in any of the first specific winning ports 10, the solenoid device 25 is driven for 15 to (L8 seconds) and the guide vane 22 is opened, so the second specific winning port 3
7 becomes possible, and H is input from the signal delay circuit 79 to the AND circuit 80, so the switch 77 is fully effective. During this time, although not shown in the drawing, the lamp 39 is turned on.

When a pachinko ball enters the second special winning hole 37, 1.5
The motor 48 is driven for a random period of ~4.5 seconds, and the leaf-type display 40 displays a variable pattern. Then, when this variable display stops and the picture stopped and displayed at that time represents the generation of rights, the latch circuit 8
Switch 83 because 9 is latched? To enable. Further, when a right is generated in this way, the lamp 16 lights up to display the right generation status. On the other hand, if the picture that is stopped and displayed when the variable display stops indicates a jackpot, the latch circuit 95 is latched, so the solenoid device 25 is driven for 10 seconds or until the 10 count value reaches "10". The guide vanes 28 are opened, and the second and fifth guide vanes 28 are opened.
It becomes easier to win a prize in the specific winning hole 37.5B, the probability of winning increases, and it becomes profitable for the player.

In this right generation state, if you first win in the first special winning hole 10 and then win in either the second special winning hole 57 or the third special winning hole 38°38 while the guide feather 22 is opening, 1.5 A variable display is performed by the leaf type display 40 for a random time period of ~4.5 seconds. When a picture indicating the generation of a right is displayed when it is stopped, the latch circuit 89 resets itself and the right is extinguished at that point.

Another big win V? When the picture to represent is displayed, the latch circuit 9
5 is latched, the solenoid device 25 is driven and the guide vane 22 is opened for 1α seconds or until the 10 count value becomes "10", and the second and third specific winning ports 3
7.38 It becomes easier to win a prize, the probability of winning a prize increases, and it is profitable for the player. Furthermore, when a symbol indicating a loss is displayed, which is neither a right to win nor a jackpot, the right does not expire and the guide feather 22 opens and nothing happens.
As in the case of a jackpot, the memory circuit 106 increments the count by 1, assuming that the right has been exercised once. This count value reaches "8". In other words, if the right is exercised all eight times, the latch circuit 89 is reset and the right is extinguished.

(Effect of the invention) As is clear from what has been described above, according to the present invention (2), when a pachinko ball enters the first specific winning hole, the second
A pachinko ball is allowed to enter a specific winning opening for a predetermined time, and when a pachinko ball enters a second specific winning opening within that predetermined time, a variable display is activated to display multiple identification information all randomly. The right to display the winning device variably for a certain amount of time and change the winning probability increasing state a predetermined number of times depending on the type of identification information displayed when the pachinko machine stops is secured. Because the right is exercised by the winning of the ball,
In the process until the right is secured, a pachinko ball is placed in the special winning opening of @2 related to securing the right? Since a condition is added to allow winnings to be made only within a predetermined period of time when a pachinko ball enters the first special winning hole, the special winning hole in Part 1 is made easier to win. Since this is a good thing, it is possible to increase the total number of challenges to the accessory motions, and it is possible to provide a pachinko machine that is healthy without any gambling effect and is extremely entertaining.

[Brief explanation of drawings]

Fig. 1 is a front view of a game board of a pachinko machine according to the present invention, Fig. 2 is a front view of a center accessory on the game board, Fig. 6 is a transparent side view of the main part, and Fig. @4 is the same. 5 is a simplified exploded perspective view of the leaf-type display of the center accessory, and FIG. 6 is a front view of the motor stop position detection plate of the center accessory. FIG. 7 is a front view of the rights generation/jackpot detection board, and FIG. 8 is a block diagram of the control circuit used in the present invention. 1...Game board, 10...1st specific winning opening% 11.
...Center accessory, 57...Second special prize opening, 58.
・・a￥3 specific prize opening, 40...leaf type display, 4
1...Display board, 57...Rotating shaft patent applicant: Heiwa Kogyo Co., Ltd. - Zuko, agent, patent attorney, Yumi Kaede 1]: (1 other person) ゛Figure 1 11. Ryoban 10・, 1st specific entrance 11
... r-tar-cutting ↑ sword 37 ... 2nd T masu fixed prize opening
38-,, No. 311 Regular Pay Port 40...Leaf type &
Spring device 41...Expression slope 57...Rotation shaft Fig. 2 Fig. 3

Claims (4)

[Claims] (1) A winning device that is provided on the game board and can enter a winning probability increasing state that increases the winning probability, a variable display that is provided on the game board and can variably display a plurality of pieces of identification information, and the game board When a pachinko ball enters the first specific winning hole provided at the top, the pachinko ball is allowed to win for a predetermined period of time, and when the winning occurs, a random message is displayed on the variable display. A second specification for causing a variable display to be performed for a certain amount of time, and generating a right that allows the winning device to enter a winning probability increasing state a predetermined number of times depending on the type of identification information that is stopped and displayed when the variable display is stopped. A pachinko machine comprising: a winning hole; and a third specific winning hole provided on the game board for exercising the right by winning a pachinko ball. (2) The third specific winning hole causes the variable display to perform a variable display for a random time when a pachinko ball wins, and the input prize is determined based on the type of identification information that is stopped and displayed when the variable display stops. The pachinko machine according to claim 1, wherein the right is exercised by setting the machines to different winning probability increasing states. (3) The variable display device is a leaf-type display device, and the leaf-type display device has a plurality of display boards around its rotation axis, and the plurality of display boards are arranged in sets of two. Claim 1 is configured to represent one piece of identification information.
The pachinko machine according to any one of paragraphs 1 and 2. (4) Claim 3, wherein the identification information is a picture.
The pachinko machine described in section.