JP2688740B2 - Ball game machine - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION [0001] BACKGROUND OF THE INVENTION 1. Field of the Invention
By the game ball that has been inserted into the predetermined winning area
Pachinko machines that are designed to benefit players.
Of the technology effective when applied to other ball game machines of
Advantageous to the player from the first state where the winning prize device is disadvantageous to the player
A ball that can generate a specific game state that changes to a second state
It is related to the technology effectively used for the game machine. [0002] 2. Description of the Related Art In a pachinko gaming machine,
Change and improve service to players
Therefore, various auxiliary game equipment that performs auxiliary games in connection with the game
The table may be provided on the game board. Such assistance
As the gaming device, for example, a plurality of variable display units,
Variable display according to the establishment of a predetermined condition during the game
While starting the auxiliary game that changes the display of the section,
When the variable display is stopped due to the passage of a fixed time, etc.
Depending on the combination of the display status of each variable display part in
There are variable display devices that are designed to give special benefits.
The result of the auxiliary game by the variable display device is a specific stop display state
If so, open the variable winning device for a predetermined time
It was generating a jackpot condition. Also, change into jackpot
The game balls won in the dynamic winning device enter the continuous winning opening inside.
If you win a prize, open the variable winning device a predetermined number of times
It was supposed to be repeated until. In addition,
As an auxiliary game ball device, it is a variation that has a blade-type movable member.
Equipped with a moving winning device, the movable member 1
Play an auxiliary game that opens and closes twice or twice, and
The game balls accepted inside enter the continuous winning hole inside
If the prize is won, move the movable member for a predetermined number of times (for example, 18 times)
Some also generate jackpots that open and close intermittently.
In this case as well
Therefore, the opening / closing operation of the movable member is repeated from the beginning.
It will be continued up to a specified upper limit number of times.
I was If a specific game state occurs, auxiliary game equipment
It is possible in a pachinko machine equipped with a variable display device as a device.
Display and game ball related to the specific symbol mode stopped in the strange display section
Is a table showing the number of prizes that have been awarded to the variable winning device and the current number of
By showing the progress of the specific game state, etc.
It is made to be recognized by the person. Also, of the feather type
For pachinko gaming machines that perform auxiliary games with a variable winning device
In addition, the variable winning a prize device is equipped with an indicator, and a specific game state
When a game occurs, enter the game ball variation winning device on the display.
The number of prizes and the number of continuations were displayed. [0003] SUMMARY OF THE INVENTION
A big hit by an auxiliary game in such an auxiliary game device
In a pachinko game machine that generates
The variable winning device that has been activated due to the occurrence of
Dozens of pieces can be inserted until it is opened or closed a predetermined number of times.
If you do, the euphoria becomes too strong
There was a problem. Also, in the occurrence of jackpot
More game balls are won into the more activated variable winning device.
Only players with excellent batting control technology
You won the profit (prize ball) of the game service
There is an inconvenience that fairness cannot be achieved. Therefore, fluctuation
By setting an upper limit on the number of game balls that can be won in the winning device,
If the upper limit is reached,
Forced even if the movable member has not been opened and closed a predetermined number of times.
The control action to close the variable winning device is started.
ing. In that case, the number of winning balls is set in the variable winning device.
It is necessary to install a detector to detect, but in the variable winning system
Due to a failure such as a ball jam, the detection status of the detector is maintained.
Then, a situation occurs in which the next winning ball cannot be detected.
, The wiring of the detector is broken, or the wiring connector is
Detection status of the detector due to disconnection, poor contact, etc.
The state that the winning balls cannot be counted occurs continuously
Then, more than a predetermined number of prize balls will be paid out and the game store will
There was a problem that it suffered a great disadvantage. Also malicious
Intentionally disconnect the wiring or connect
There is a risk of conducting fraudulent sales that enhance gambling by pulling out
There is also. Furthermore, for players and game stores,
An abnormal condition related to the winning ball detector in the variable winning device
If it occurs, immediately recognize the condition and
Although it is necessary to respond to the
It was not possible to do such a thing with the skill machine. The object of the present invention is to excel in ball hitting operation technology.
Prevent the inconvenience that profits are biased only to experts
It can be stopped and the game service can be faired.
In addition, there is a ball jam inside the variable prize winning device, disconnection of wiring,
Failure of the connector or contact failure, or intentional
Abnormal conditions such as fraudulent acts being performed on the detector
If it occurs, the occurrence of the abnormal condition can be detected and judged effectively.
Amusement stores suffer unforeseen disadvantages and
Things such as the contents of the gaming machine are changed illegally
Provide a ball game machine that can effectively prevent
It is in. [0006] [MEANS FOR SOLVING THE PROBLEMS] To achieve the above object
The present invention is a game from the first state which is disadvantageous to the player.
Variable prize winning device that can be converted into a second state that is advantageous for players
(For example, the special variation winning device 5), and has a predetermined starting condition.
Auxiliary games are played based on the establishment of the case, and the auxiliary games are specified
Predetermined on condition that the specific game condition of
Based on the regulations, the variable prize winning device is transferred to the second state.
Can generate a specific game state (for example, a specific mode)
When the above specific game state occurs in a ball game machine
, Specific game state information related to the specific game state (for example,
For example, LED D displays the number of continuations, LEDs A to C
Display means for displaying jackpot numbers)
(For example, the variable display device 4, LEDs A to D), and
Display control means for controlling the display of the display means (for example, FIG.
1 control circuit) and the variable winning device is in the second state
At some time, count the game balls that have won the variable winning device
Winning ball detection means for detecting (for example, count detection
Device 31, SW5) and the detection output from the winning ball detecting means.
When there is force, the output will be within a predetermined time
Different from the case of holding the level state (for example, L level) of
Abnormality determination means for determining the occurrence of any occurrence (for example, fraud detection times
Road DTC) and the judgment output from the abnormality judging means.
When the game related to the above specific game state cannot be continued
Immobilizing means (for example, the control circuit of FIG. 11)
The display control means is characterized in that
When displaying specific game status information related to constant game status
The required table based on the judgment output from the abnormality judgment means
Switching display control means (for example, the control of FIG.
Control circuit, random number generation circuit RNG, counter CNT
1 to CNT 4). [0007] According to the above-mentioned means,
An upper limit is set on the number of game balls that can be won in the 2 state,
Many profits are biased only to those skilled in ball-handling skills.
It is possible to prevent the inconvenience of being given,
Also, it can be a sound ball game machine with reduced gambling.
In addition, each of the winning detection means of the variable winning device
If a seed failure or fraud occurs, it can be effectively detected.
By exiting, judging and immobilizing the specific game state,
Amusement stores have suffered unexpected disadvantages and fraud has not occurred.
It can be prevented. Furthermore, due to the occurrence of abnormal conditions
Is displayed on the display means during the specific game state
Switch the display of specific game state information to a predetermined display form
As a result, the player is paying special attention during the specific game state.
From the change state of the display of constant game state information
Can be surely recognized. Therefore, an abnormality occurs
The specific game is immobilized at the time of playing (for example, the variable winning device
Even if the player continues to play the game,
Effectively prevent the situation of playing a useless game ball
Can be In addition, the game store side also has specific game state information.
The occurrence of an abnormal condition can be immediately recognized from the changing state of the
Therefore, prevent situations that suffer unexpected disadvantages.
Therefore, it is possible to quickly respond to a failure.
Also, the display of the display means for displaying the specific game state information is turned off.
By replacing the information
It is necessary to provide a separate indicator because knowledge can be obtained.
The cost is not increased and the configuration can be simplified.
it can. Further, the display means is based on the occurrence of the specific game state.
By displaying the number of repetitions of a specific game state,
Repeat count table with a high degree of attention of the player during the specific game state
Since it can be switched from the display to the display of abnormal occurrence,
Can notify the occurrence of abnormal conditions quickly and reliably
You. Furthermore, a specific game state is generated by the display means.
When a variable display game is played, the player
Abnormal occurrence in the display means for playing the variable display game of interest
Can be reliably notified. [0008] DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS FIG. 1 shows a pachinko game according to the present invention.
An example of the configuration of the entire game machine, and FIG. 2 shows the configuration of the game area.
As an example, on the front of the game board 1, the lower operation die
Launched by the ball-striking launcher 2 driven by the ball 2a
A guide rail that guides the hit ball to the upper part of the game board 1.
3 is arranged, the guide rail 3 and the front of the game board 1
The game area is constructed in the space surrounded by the board
You. And in the center of this game area, the auxiliary game device
The variable display device 4 as a
In the variable display device 4, which is part of the technique area,
Special variable prizes that are converted into prize areas when a specific mode occurs
A device 5 is provided. On both sides of the variable display device 4, respectively.
The first specific winning opening 7 is also connected to the variable display device 4.
A second specific prize port 8 is provided between the special variable prize apparatus 5.
There is a mark. Among them, the first specific winning opening 7 is the present embodiment.
Is a so-called diving type having a recess penetrating the game board 1.
It consists of a prize winning device, and its recess is used as a specific winning opening 7
ing. Opening of this through recess, ie, the same plane as the game board surface
The special winning opening 7 in the
It is formed in a semi-cylindrical shape with a diameter of about twice
In the back of the bottom, there is a lead hole (not shown) for the winning ball
It is provided. The second specific winning opening 8 faces upward in the game area.
It consists of a prize-winning tool called a prize-winning chucker. Above the variable display device 4, a so-called
"Heaven" "heavenly left" "heavenly right" three winning openings 6a,
6b and 6c are integrally provided. In this embodiment,
Although it is provided integrally with the variable display device,
It may be provided separately above. In addition, of the first specific winning opening 7
Tulip-type ball hit prizes on the diagonally lower outside
The device 9 is arranged. In addition, the lower part of the game board 1
Each of the winning areas 6a to 6c, while falling from one direction,
To the rear of the game board, hit balls that could not be won in 7, 8, 9, etc.
An outlet 10 for collecting is provided. Furthermore, at an appropriate position on the surface of the game board 1,
Randomly change the direction of the hit ball falling from above
Controls the flow velocity and direction of many obstacles 11 and hit balls.
Rolling guide members 12a to 12c on the vertical center line of the game area
They are provided almost symmetrically. Second specific winning opening 8
There are two types of winnings inside between
Corresponding to the special variable winning device 5 with a mouth, those winning
In addition to distributing the hit ball to the prize hole, the special variable winning device 5
Distribution guide member 14 for reducing the speed of the winning ball into the inside
Is provided. Direction setting guide members on both sides of the center of the game board 1.
The upper half is surrounded by 13c.
In the game space, the variable display operation of the variable display device 4 is stopped.
Flashes or lights up when a specific mode occurs.
Illuminating means 25 is provided. Also, on the game board 1
Heavenly winning holes 6a-6c and tulip-style ball hits
When the ball hits the winning opening of the prize device 9, etc.
Variable display movement of the prize ball lamp 21 and the variable display device 4 which are illuminated.
Turns on when a specific mode occurs due to stoppage of work
The blinking turbo lamp 22 and special variation winning device 5
A segment that displays the number of hit balls that were won when the game was opened
Ment type display 23 and a predetermined number of winning balls are all paid
Equipped with a completion lamp 24 that notifies the end of the game when it is issued
The display member 20 is provided. Further, a player holding the game board 1 having the above structure
On the upper part of the holding frame 100 of the dick machine, a hit ball firing device
Firing device which is turned on when the operation dial 2a is operated
An installation drive lamp 26 is provided. The holding frame 10
The opening and closing panel 101 attached to the bottom of
The supply tray 102 for holding the hit ball supplied to the launching device is taken out.
A prize ball overflowing from the supply tray is stored underneath.
A receiving tray 103 is provided for staying. The above holding frame
100 side (the left side in the figure), a prize to a specific winning opening
To stop the variable display device 4 driven by
A variable display stop means 30 is provided. A pachinko gaming machine configured as described above
Is the ball hit into the game area by the ball launcher
When the ball wins the special winning opening 7 or 8, the variable display device
4 display means are driven and displayed on 4 windows respectively
The numbers are changed respectively. And the player holds the frame
If you press the variable display stop means 30 provided in 100
The variable display is stopped by and is displayed at that time.
A particular embodiment is generated by a combination of numbers. When a specific mode occurs, a special variation winning device
5 is converted to the open state and the winning probability there is zero to non-
Always transitioned to a high state. As a result, relatively short time
Many prize balls are generated in the game, and many prize balls are given to the player.
Can be obtained. In addition, on the back of the game board 1, the above
The hit balls that have been won corresponding to the specific winning openings 7 and 8.
Specific prize detectors 33 and 34 for detecting
I have. 3 to 10 show the special variation winning device.
Five detailed examples are shown. Install the device on the game board 1.
In the center of the mounting board 50 for mounting
It is slender in the horizontal direction to accommodate another prize winning device socket 51.
An opening 50a is formed. Also, this opening 5
A window 50b is formed immediately below 0a. Window
50b to be blocked by a transparent plate
However, if an abnormality such as a ball jam occurs inside,
You can see it at a glance. On the other hand, the opening 50
Within a, the swivel range is regulated at both ends and it flows down.
Fan-shaped side girth with an inclined surface that guides the hit ball to the outlet
Panel-shaped special variation winning device socket 5 having an id 51a
1 by means of a rotary shaft 51b (see FIG. 5) provided at the lower end.
It is attached so as to be rotatable in the front-back direction. One side of the special variation winning device receiving port 51
On the right side in FIG. 4, the opening is formed on the back surface of the mounting substrate 50.
Formed on the back plate 52 attached so as to cover the portion 50a.
Forming an operating piece 51c protruding toward the elongated hole 52a
Have been. The opening 50a on the front surface of the mounting substrate 50
And the rotating member 70 and the illumination means on the side of the window 50b.
The prize winning device 53 having 53b is detachably attached.
Have been. The winning device 53 has its upper end facing upwards.
Each general winning opening 53a is provided. The mounting board 50 is provided along the peripheral edge thereof.
On the game board 1 by inserting a screw or the like into the formed mounting hole 50c
Mounted by screwing. The back of the mounting board 50
As shown in FIG. 5, the surface has the opening 50a and the window.
A surrounding frame 54 is formed along the upper edge and the left and right side edges of the portion 50b.
It is integrally formed and has an opening 50 at the rear end of the surrounding frame 54.
a back plate 52 having an opening 52b corresponding to the center of a
It is fixed by screws 55. In addition, the window portion 50b
Along the lower edge, L-shaped winning ball guiding members 56a, 56b
Are fixed so that the tips have a distance of about one sphere from each other.
Have been. The tip of one of the winning ball guiding members 56a
The engaging recess 57a is formed in the
The engaging portion 57b is integrated with the mounting substrate 50 directly below the member 56b.
Is formed in the engagement portion 57b and the engagement recess 57a,
Insert the count detector 31 consisting of a non-contact type proximity switch.
And the detecting portion 31a at the tip thereof is inserted into the guiding member 56a.
56b and the distance between the tips of 56b
It is attached so that the prize ball) can be detected. Package as above
The back plate 52 is attached to the rear end of the surrounding frame 54 to open it.
Behind the portion 50a, the surrounding frame 54 and a pair of winning ball guiding members
A rearranging room 58 surrounded by 56a and 56b and the back plate 52 is formed.
The prize balls that have been created and entered the rearranging room 58 are as described below.
Aligned by the action of the winning ball guiding members 56a and 56b
Flown to the detector 31a of the count detector 31 one by one.
Let me down. At the bottom of the back surface of the mounting board 50,
The winning ball that has passed through the outlet 31a is directed to one side (right side in the figure)
An arc-shaped direction regulation portion 50d for guiding is formed.
You. The mounting board 5 is provided on both sides of the surrounding frame 54.
Corresponding to a pair of winning devices 53 on the front of 0, the winning opening
A prize that guides the hit ball from 53a to the rear of the game board
Ball guide troughs 54a are formed respectively. Winning ball induction
At the bottom of the gutter 54a, the winning ball that has flowed down can be quickly
A guide member 54b for changing the direction is formed. Also,
On the lighting means 53b of the pair of winning devices 53 on the front surface of the mounting board.
Correspondingly, the through holes 50e are formed in the mounting board 50, respectively.
The illumination lamp 28 is inserted into the through hole 50e.
Installed on the board 28a that holds the socket of this lamp.
Insert the screw 28c into the mounting hole 28b,
Fixed by screwing into the boss 50f on the back of the plate 50
Is done. The front surface of the back plate 52 is formed in the center thereof.
A pair of guide plates 52c are formed on both side edges of the formed opening 52b.
The guide plate 52c is provided inside the surrounding frame 54.
The upper part of the rearranging room 58 is divided into a specific winning area and a general winning area.
Separated. Then, the opening 5 on the back surface of the back plate 52
The support projection 52d formed along the upper end of 2b
The sensing piece 60 whose upper end is supported by 59 has an opening 52
It hangs freely in b and projects into the specific winning area.
Is urged to. This will win the specific winning area
The hit ball is guided by the pair of guide plates 52c and opened rearward.
The sensing piece 60 protruding forward from the mouth 52b
And then turn it to the lower count detector 31.
With the ball hit in the general winning area
One address is detected and counted. The sensing piece 60 is fixed to the back surface of the back plate 52.
Like a micro switch attached to the fixed support 61
Actuator with elastic force of specific condition detector 32
Is projected forward from the opening 52b by the motor 32a.
Is being biased. Therefore, it won the special prize area
When the hit ball pushes the sensing piece 60 backward with its weight,
Actuator 32a operates and specific condition configuration detector 3
2 generates a detection signal, and the specific condition is satisfied. Above
The chute 32 a is provided with a pusher bulged on the back surface of the sensing piece 60.
It is positioned so as to abut the pressure portion 60a. Sensing piece 6
0a has a pin hole 60 at the upper end thereof, through which the pin 59 is inserted.
b and the stopper portion 6 protruding rearward in order to regulate the rotation range.
0c is formed. Sensing piece 6 engaged with the support projection 52d.
No. 0 support pin 59 is a holding portion having a rotation restricting portion 62a.
Prevents the material 62 from coming off by fixing it to the support protrusion 52d.
Is done. Further, the slit portion 6 on one side of the pressing member 62
The specific condition configuration display portion 29 inserted in 2b is the opening portion.
It is arranged so as to face the inside of 52b. And the winning ball feels
When the intelligence piece 60 is pressed, the specific condition configuration detector 32
Specific condition configuration display unit 2 according to the detection signal generated by
9 is turned on. This allows the player
Means that the specific conditions for granting the continuation right described below have been met
You can know. The specific condition configuration display unit 29 is
A holding member fixed to a boss portion 62c provided on the holding member 62.
It is held by the protection member 63 and damaged by the winning ball.
It is protected from being protected. Further, the elongated hole 5 on the back surface of the back plate 52 is provided.
A pair of bosses 52f are formed on both sides of 2a.
The support shaft 65 is fixed by the attachment piece 64 fixed to the base portion 52f.
"a" shape that is pivotally attached to a and is supported so that it can rotate up and down.
The transmitted member 65 is projected forward from the elongated hole 52a.
Have been. The tip of the transmission member 65 has the special variation
On the upper surface of the rear end of the operating piece 51c on the rear side of the prize device receiving port 51
It is designed to abut. Then, the transmission member 65
Driven by a solenoid as shown in Fig. 6 facing the upper end.
The tip end of the plunger 66a of the power source 66 abuts. Follow
The return spring 66b of the drive source 66
When 6a is pushed down, transmission member 65 is pushed downward.
Push down the operating piece 51c while sliding.
Rotate the special variation winning device socket 51 to open the opening 50a.
Block it. Then, the drive source 66 is connected to the variable display device 4.
Driven by the occurrence of certain aspects in
The pressure of the transmission member 65 is released because the actuator 66a is raised.
The special variable winning device socket 51 is moved forward by its own weight.
It falls down and the opening 50a becomes wide open. 9 and 10, the guide plate 52c is shown.
And a more detailed configuration example of the winning ball guiding members 56a, 56b
It is shown. Of these, Figure 9 is seen through from the front of the game board.
Figure 10 shows the state seen from the rear of the game board
State. The winning balls that have passed between the guide plates 52c are the rearranging room
Between the pair of winning ball guiding members 56a and 56b below 58
Drops straight into the space and becomes the count detector 31.
Therefore, it is detected. Moreover, winning at the same time or consecutively
A ball is generated, and is it left or right on the winning ball guiding members 56a and 56b?
Even if the winning balls flow down at the same time, a jam will occur.
Separated without rubbing and flowing down in order, counting detector
It is surely detected by 31. FIG. 11 shows the patch constructed as described above.
Various display devices and auxiliary game devices (variable
Display device), drive source for special variation winning device, speaker, etc.
One of the control circuits provided on the back of the game board to control
Examples are given. In addition, in FIGS.
The timing diagram of the control operation by the control circuit of
You. Form the input signal to the control circuit of this embodiment
The switches SW1 to SW5 are the same as in the above embodiment.
Specific winning detectors 33, 34 and variable display stopping means 30,
Specific condition configuration detector 32 in the special variation winning device 5 and
It is a detector corresponding to the count detector 31. Driven by the output signal of this control circuit
LED lamps LED1 to LED4 and LED5
Is a memory display means 49 for the specific winning ball in the above embodiment.
And the operation command display section 3 provided in the variable display stopping means 30.
It corresponds to 0a. Similarly, segment type LED display section L
EDA to LED D and LED E, solenoid So
L is the variable display device 4 in the above embodiment.
Display means 47, 48, prize number display 23 and special variation
It corresponds to the driving source 66 in the winning device 5. In addition, display
Pump L₁~ L_FourIs the turbo lamp 2 in the above embodiment.
2, lighting means 25, 27, 53b (28) and special articles
It corresponds to the case composition display section 29, of which the display run
L₁In the lighting means 25 and 27 as shown in FIG.
Also, the display lamp L_ThreeIs a turbo lamp 22 and a lighting means 25.
And 53b are overlapped. As above
In addition, the same lighting means are different based on preset conditions.
Since it is configured to correspond to different displays, the decorative effect is high.
It is possible to increase the enjoyment of the game
Wear. A switch SW1 which is the specific prize detector.
The detection signal of SW2 is a waveform shaping synchronous differentiating circuit DFR1.
And DFR2 are input to this synchronous differentiating circuit DFR.
1, DFR2 are in phase with each other based on clock CK1
From the phase shift pulse generation circuit PG that generates a pulse with a deviation of
Pulse Ps₁, Ps_TwoOperated by. for that reason,
Detection signals are formed simultaneously in the switches SW1 and SW2
However, in the synchronous differentiating circuits DFR1 and DFR2,
One-shot pulse P is detected at different timings.
₁, P_TwoOccurs. This pulse signal P₁And P_TwoIs common
OR gate G₁And AND gate G_TwoSpecific prizes through
Right shift of the shift register SR1 also serving as a storage means of the sphere
This shift register SR1 is input to the terminal
Start signal S₁Or S_TwoOutput Q every time₁, Q_Two,
Q_Three, Q_FourShift operation so that the signals are sequentially turned to high level
I do. As a result, specific winning balls are continuously generated.
Then, the LED lamps LED1 to LED4 are turned on in order.
Go away. Also, the output Q of the shift register SR1₁~
Q_FourCommon OR gate G₆Flip-flop F through
F₁To the gate G from the phase shift pulse generation circuit PG.₇
Timing pulse Ps supplied via_ThreeSynced to
The variable display device 4 star is captured by
Signal S is formed. Based on this start signal S
The pulse P formed by the synchronous differentiating circuit DFR3._ThreeIs on
It is input to the left shift terminal L of the shift register SR.
Therefore, every time one start signal S is generated, the shift
Output Q of transistor SR1₁~ Q_FourThe high level state of the
Memory of specific winning balls decreases by "1"
LED lamps LED1 to LED4 are
The lights are turned off sequentially from the right. By the start signal S, the flip-flop is
The latch circuits LT1 to LT4 each of
"1" is latched and its output Q is held at high level.
It is. As a result, the AND gate G₁₁~ G₁₄From cow
Synchronized with clock CK2 for input CNT1 to CNT4
The drive signal is output. Therefore, the counter CNT
1 to CNT4 simultaneously start counting operation. Counter C
The outputs of NT1 to CNT4 are the decoder drivers DD1 to DD1.
Segment type display supplied to DD4 and decoded
The LEDs A to LED D are driven. As a result, the LED
The numbers "0" to "9" displayed on A to LED D come
When it comes, it starts turning. At the same time, the latch times
The output Q of the path LT4 is the AND gate G₁₉Through the Reule
Sound generation times that generate sound effects similar to those of
Is supplied to the path SG and its output is amplified by the amplifier circuit AMP.
And supplied to the speaker SPK
Generated. Further, the gate G₁₉The output of
AND gate G₆₁To the clock CK5 via
In addition, OR gate G₆₂To G₆₄And G₆₆Through
The indicator lamp L is supplied to the drivers DR1 and DR2.₁And
And L_TwoBlinks slowly. The above counter C
The output of CNT4 among NT1 to CNT4 is the data select
Is input to the decoder driver DD4 via the SEL1
However, the selector SEL1 is flipped in the initial state.
Flop FF_FourThe low level output Q of
Counter C is set to pass the signal, so counter C
The output of NT4 is supplied to the decoder driver DD4,
The display rotates. Thus, the display fluctuation stopping means during the display rotation.
When 30 is operated and the switch SW3 is turned on, OR
Gate G_ThreeThrough flip-flop FF_TwoIs operated,
The above flip-flop FF₁The high level output Q of
And the output Q changes to high level.
Shift register SR_TwoReset is released. That
Shift register SR_TwoIs synchronized with clock CK3
Shifted and output Q₁~ Q_FourChange to high level in turn
Turn into. This output Q₁~ Q_FourIs the OR gate G_{Two 1}~ G
_{twenty four}Via the latch circuit (flip-flop) LT1
~ Since it is input to the reset terminal of LT4, LT1
~ LT4 is reset in order, which causes the counter
The counting operation of CNT1 to CNT4 is stopped at regular intervals.
I will be stopped. Shift register SR_TwoClock CK to
Supply of 3 is output Q_FourGoes high, gate G_FourTo
Therefore, it is cut off. On the other hand, the LED lamps LED A to LED D
When the display of is rotated, the start signal S causes
Flip-flop FF at the bottom of the drawing_TenOutput Q is high level
Display is changed by the driver DR5.
LED 5 is turned on, and the switch of the variable display stop means 30 is turned on.
H SW3 operation valid is displayed. Then, lamp L
30 seconds after the ED5 is turned on, the timer cow
Output from the input TMC1 flip-flop FF
_TwoOutput Q is changed to high level. By this
Shift switch SW3 in the same way as when it was turned on.
The star SR2 is operated. The timer counter TMC1 is the above-mentioned counter.
Reset is released by the start signal S and clock C
The counting operation is performed in synchronization with K4, and is output after 30 seconds have passed.
The force changes to high level, which causes gate G_FiveThrough
Then, the supply of the clock CK4 is cut off and the counting operation is stopped.
It is. Then, the output of the timer counter TMC1
Therefore, the same as when the shift register SR2 is operated.
AND gate G_Fifteen~ G₁₈Open
OR gate G_{twenty five}~ G₂₈Of the shift register SR2
Output Q₁~ Q_FourThe counters CNT1 to CNT4
Supply to the terminal P. Therefore, the counters CNT1 to CNT1
CNT4 is a random number generator that generates random numbers.
The numerical value of the raw circuit RNG is taken in order and the LED display section L
ED A ~ LED D specific mode (big hit or medium hit)
Display numbers in combinations other than. The counters CNT1 to CNT4 are stopped (run
(Including the preset of the dumb numerical value), the output is
In the supplied decision circuit DCD, the counter CN
The output of T1 to CNT4 is a big hit (all four values are
The state of doing) or the medium hit (any three match)
It is determined whether or not the
Hit signal C₁, Medium hit signal C_TwoOr lost signal C_ThreeBut
Is output. Loss signal C_ThreeIs output, the sound effect is emitted.
A signal for generating the corresponding sound effect is output from the raw circuit SG.
Is supplied to the amplifier circuit AMP and amplified,
Sound effects are generated from the car SPK. Also, the loss signal C_ThreeIs the OR gate G₅₆
And OR gate G₃₃Through flip-flop FF_Three
Is supplied to and operates it, and its output Q is at high level.
Change to. Then, reset the timer counter TMC4.
The timer is released and the timekeeping operation starts. And one second
When the time elapses, a time-up signal is output and the OR gate G
₃₂Via flip-flop FF_ThreeSupplied to the reset
Is This resets the timer counter TMC4.
Set and flip-flop FF_ThreeOutput
/ Q goes high and that is the AND gate G₈, G₇
Through flip-flop FF₁Is supplied to
Let it work. Therefore, at this time, the shift register SR1
If there is a memory of the specific winning ball, the start signal S is output again.
You. Also, the lost signal C_ThreeIs the OR gate G₃₃And
And G₃₁Through flip-flop FF_TwoCan be supplied to
Change display device (counters CNT1 to CNT4) times
Detection signal from the stop switch SW3 during rotation
Is returned to a state in which it can be accepted. Next, in the control circuit, the specific winning ball
Generation (switch SW₁Or SW_TwoOn)
Unta CNT1 to CNT4 are operated and the stop switch
Switch_ThreeWhen the counter is stopped by the signal of
If any three of them have the same value,
It is detected by the constant circuit DCD and the medium hit signal C is detected._Two
Occurs. Then, this medium hit signal C_TwoGenerated a sound effect
Drive that is supplied to the circuit SG to generate a corresponding sound effect
A signal is formed, which is amplified by the amplifier circuit AMP and
Supplied to peaker SPK, more effective than speaker SPK
As the sound is generated, the AND
G₆₅Further NOR gate G₆₂To G₆₄And G₆₆Through
Is supplied to the drivers DR1 and DR2, and the display lamp L
₁And L_TwoIs the clock CK_FourRepeats fast flashing in synchronization with
You. The medium hit signal C_TwoIs the OR gate G₅₅
Is supplied to the driver DR6 via the solenoid So
L is driven to open the variable winning device and OR
Gate G₅₅Output is reset of timer counter TMC3
It is supplied to the terminal and reset is released.
Interface TMC3 is activated. Then, 6 seconds later
A mute signal is output and AND gate G₅₂Supplied to
Therefore, a medium hit end signal is formed, which is an OR gate.
G₃₃And G₃₁Through flip-flop FF_TwoSupplied to
It is reset by the output Q
Dista SR_TwoIs reset and its output Q_FourIs low
Judgment circuit that monitors the signal as it changes to the level
DCD detects the end of the medium hit state and sends the medium hit signal.
Issue C_TwoIs changed to a low level, and the solenoid SoL
Drive and sound effect generation and lamp L₁, L_TwoStop lighting
I do. The medium hit end signal is the OR gate G₃₃
Through flip-flop FF_ThreeSupplied to
It is operated and the output Q is changed to the high level. Then
The timer counter TMC4 is released from reset and clocked
Start working. Then, when 1 second elapses, the time is up.
Signal is output and flip-flop FF_ThreeIs reset
This resets the timer counter TMC4.
And flip-flop FF_ThreeOutput / Q is A
ND gate G₈, G₇Through flip-flop FF₁To
Supplied and make this work. Therefore, at this time Schiff
If there is a memory of the specific winning ball in the register SR1,
The start signal S is output. In addition, the above-mentioned medium hit end signal
Than flip-flop FF_TwoIs reset and the next
Change display device (counters CNT1 to CNT4) times
It is ready to accept the stop signal during the transfer.
It is. On the other hand, the jackpot signal from the decision circuit DCD
C₁Is output, this jackpot signal C₁Is the sound effect generation time
Corresponding sound effect (fanfare) supplied to the road SG
Is generated. When the fanfare ends, the sound effect
An AND gate is generated by the signal q output from the generation circuit SG.
G₅₁Output is changed to high level,
G₅₄Is opened, OR gate G₅₅Jackpot signal through
C₁Is supplied to the driver DR6 and the solenoid SoL
It is driven and the special variation winning device 5 is opened. In addition,
Signal C₁Is a flip-flop FF_FiveSupplied to that
By changing the output Q to high level, a big hit
Memorize and hold the state. Furthermore, this signal C₁Is the gate G₈
To the gate to change its output low.
G₇Is closed and the synchronization signal P from the phase shift pulse generation circuit PG
s_ThreeFlip-flop FF₁Do not let
You. As a result, the next start signal S is issued during the big hit.
Will not be born. Further, the big hit signal C₁Is the second data
It is supplied to the selector SEL2 and input to the terminal A.
The signal input to the terminal B instead of the signal is counted by the counter C.
Supply to NT4. Then, the end of the selector SEL2
The output from the continuation counter CNT5 is applied to the child B.
Therefore, the number of continuations is controlled by the selector SEL2.
It is loaded to the unta CNT4, and the selector SEL
1 to the decoder driver DD4. That
As a result, the segment type LED display LED D
The number of continuations is displayed. Other LED indicators LED
A to LED C remain in the jackpot state. However,
Flip-flop FF₈Output / opened by Q
AND gate G_{Four 7}Via jackpot signal C₁Is AND
Gate G₄₈LED A to LED C are
The original display (number) remains, and LED D is "0".
Is displayed in sync with clock CK4
You. Also, the continuation number counter CNT5 indicates that a big hit has occurred.
Flip-flop FF set at the same time_FiveTo the output Q of
Therefore, the reset is released and before that
Is in a reset state, so when the first big hit occurs
The initial value "0" is displayed on the LED D. The big hit signal C₁Is indicated by a sign
Normally, flip-flop FF₈High level out
AND gate G opened by force / Q₆₃And crochet
AND gate G to which CK4 is applied₆₇Dry through
In addition to DR3, OR gate G₆₄Through the driver D
Since it is also supplied to R1, a big hit
When generated, the lamp L is synchronized with the clock CK4.₁And L_ThreeBut
Flashes at an early cycle. The software that opens the special variation winning device
AND gate G, which is a renoid drive start signal₅₄Output signal
The signal is supplied to the timer counter TMC3 as well as the driver DR6.
Supplied and release its reset state. This timer cow
Input TMC_ThreeCounts clock CK4 and waits 30 seconds.
Big hit end signal E if passed₁Is output. This end signal
E₁Is the jackpot signal C₁AND gate G opened in₅₃
And OR gate G₄₅Through flip-flop FF₈
And changes its output Q to a high level. one
One, OR gate G₄₅There is a counter detector 31
Output of counter CNT6 that counts the detection signal of switch SW5
The force has been entered. This counter CNT6 is used when a big hit occurs.
The gate G that forms the noid drive start signal₅₄To the output of
Therefore, it is reset in synchronization with the start of driving the solenoid SoL.
Is released, the count detector 3 in the special variation winning device 5
1 (switch SW5) counts the detection signal and
The number of winning balls to the dynamic winning device 5 is counted, and a predetermined number (for example, 1
When it reaches 0, the output changes to high level. That
Therefore, the above flip-flop FF₈Is the solenoid SoL
30 seconds have passed since the drive, or the number of winning balls
To reach 10 or whichever comes first
Output / Q changes to low level, and AND gate
G₄₇Close, and blinking of LED A to LED D stops during that period.
Let it. Further, as indicated by the reference numeral, a flip-flop F
F₈Output Q is AND gate G₆₃Has been supplied to
Lamp L₁And L_ThreeStops blinking. The winning number counter CNT6 is output.
The power is supplied to the decoder driver DD5 and the winning number table
Segment type for driving indicator 23 (LED E)
The number of winning prizes is displayed on the LED display LED E. this
The display shows that the winning number counter CNT6
When reset by the signal from the flip-flop FF8,
Return to "0". On the other hand, as mentioned above, 30 seconds have passed
Is a timer counter TM along with the counting of 10 prizes
C2 operates in synchronization with clock CK2 and 2 seconds elapse
Then, the time-up signal is output and the flip-flop is
FF8 is reset and timer counter TM
The counting operation of C2 is stopped and the flip-flop is
FF7 is operated, and by that time, the previous flip
Flop FF6 is operated by continuation switch SW4
Output Q has changed to high level, the next stage flickers.
The output Q of the flip-flop FF7 is set to the high level. The timer counter TMC2 operates and
Flip-flop FF while₈Output / Q is low level
AND gate G₅₁Output is low level
Gate G₅₄Close. Therefore, about 2
Since the solenoid drive signal is not output for seconds, special fluctuation
The winning device is once closed. Furthermore, big hit signal C₁
Is a specific item in the special variation winning device 5 as indicated by a symbol.
Detection signal from continuation switch SW4, which is the configuration detector 32
AND gate G is designed to be input₃₈Applied to
Have been. With this, during the big hit, the continuation switch
When SW4 is turned on, the flip-flop FF₆Works
And its output Q is changed to high level.
It is stored that the continuation condition is satisfied and is indicated by a code.
Its output is fed to the drivers DR2 and DR4.
Lamp L_TwoAnd L_FourLights up. When the first big hit occurs,
Up to flip-flop FF_FourOutput / Q is at high level
AND gate G₃₄And OR gate G₃₆Through
And continue counting up CNT5,
The LED D display is changed to "1" by
The flip-flop FF is controlled by the signal of the switch SW4._Four
Is inverted and the output Q changes to high level.
G₃₄Is closed. Therefore, after the second continuation,
Renoid drive signal (gate G₅₄Output signal)
The pulse output from the differential circuit DFR6 that detects
G₃₅, G₃₆To the continuation counter CNT5 via
It is paid and counted up. By this, once
The continuation switch SW4 is turned on more than once during the opening operation of
However, the number of continuations is not updated. By the way, the output of the differentiation circuit DFR6 is
Therefore, the flip-flop FF that stores the satisfaction of the continuation condition₆
Is reset, the solenoid SoL is driven
30 seconds have passed, or the number of prizes reached 10
Continuing switch SW4 is not turned on even before
And flip-flop FF₆Output Q is low level.
Since there is up to
Flip-flop FF₇Was operated
At this time, since the output Q becomes low level, the flip-flop
FF₇Shot from the differential circuit DFR5 that monitors the
The pulse is output and the flip-flop FF_FiveReset
As a result, its output Q changes to low level. Its output Q
Differential circuit DFR4 detects the change of and outputs a pulse
As a result, a jackpot end signal is formed. Further, the detection signal from the continuation switch SW4
Flip-flop FF_FourOutput Q is high level
To the data selector SEL1
Is switched to the terminal B side, the counter CNT4
Instead of output, the value of the continuation counter CNT5 is directly
LED display unit LED supplied to coder driver DD4
 The number of continuations is displayed in D. Also flip flops
FF_FourIs inverted by the signal of the continuation switch SW4
And the output / Q is set to low level, the AND gate
G₄₉Output is set to low level, so it continues after that.
The LED display LED D that displays the number of times blinks until then.
What was working was turned on by the continuation switch SW4.
Keeps lighting. In this way, the operation of the continuation switch SW4
Depending on the work, the opening action of the special winning device 5 is repeated 9 times.
When it is the 10th time, the output of the continuous counter CNT5
Is always supplied to the sound effect generation circuit SG,
Detecting that the sound generation circuit SG has reached the 10th time,
A sound effect different from that of the 9th time is generated. Also, this 10 times
Along with the generation of sound effects for the eyes, the jackpot was set to a low level.
Output q was changed to high level and
Output of continuous counter CNT5 and flip-flop FF
_FourInput the output Q of the NAND gate G₃₇Output of
High and AND gate G₃₈Will be closed,
After that, even if the continuation switch SW4 is turned on,
Flip-flop FF₆Output Q changes to high level
Disappears. As a result, after the 10th opening operation is completed,
A time-up signal will appear 2 seconds after the Imma counter TMC2.
Output and flip-flop FF₇When is operated,
FF₇Output changes to low level and the differential circuit DFR
5 detects this. As a result, the flip-flop FF
_FiveIs reset and the jackpot end signal is sent from the differentiation circuit DFR4.
Signal is output. As described above, the tenth opening operation is completed.
Or as described above, during each opening operation (30 seconds
In the interval or until it reaches 10)
The big hit end signal is formed by not turning on
And flip-flop FF_TwoIs reset
The output Q causes the shift register SR2 to be reset.
Output Q_FourIs changed to low level
Therefore, the decision circuit DCD that monitors the signal is in a big hit state.
Detects the disappearance of the big hit signal C₁Low level
Change to. This allows the subsequent solenoid S
The driving of oL is stopped. Also, depending on the jackpot end signal
Flip-flop FF_TwoAnd FF_FourIs reset and initial
Return to the state. Furthermore, the output from the differentiating circuit DFR4
The hit jack end signal is the OR gate G₉Flick through
Pro-flop FF₁Shift register to reset the
If there is a memory of the specific winning ball in the SR1
The rotation of the display (LED A to LED D) is started.
You. The display control means and the immobilization means
In the above control circuit (in the drawing, the position slightly below the center
The clock CK1 used in the circuit.
~ Oscillator OSC and divider circuit DV for forming CK5
D is provided. Furthermore, in this embodiment, the winning ball
A switch SW which is a count detector 31 as a detecting means.
Fraud detection circuit as abnormality determination means for monitoring the signal of No. 5
DTC is provided, for example, in the special variation winning device 5
If a ball jam occurs or the switch SW5 is removed
If it happens, switch 2 from switch SW2
If the ON signal is input for more than 2 seconds, it is determined that the
Output circuit DTC output (incorrect detection signal) changes to high level
Become In other words, count detection due to failures such as disconnection
If an abnormality occurs in the detector 31, is it the count detector 31?
Then, the output of the predetermined level is kept output. On the other hand, a ball jam
Even in the case of abnormalities such as ri, etc.
The signal of the same level as at the time of detection is kept on. This
In the case of an abnormality caused by a failure,
In case of abnormality, the ON state from the count detector 31
The signal shown is continuously output. But this
There are even different kinds of anomalies, such as
It is common that the on-state signal is continuously output.
Therefore, the output from the count detector 31 is preset.
Based on being in a predetermined level state (ON state)
Error caused by the failure
And any abnormalities caused by ball clogging
Even if it is, the abnormality can be determined. The fraud detection signal is O
R gates G43, G39, G32, G33, G31, G
9, the flip-flop FF through G21 to G24
8, FF5, FF3, FF2, FF1 and latch circuit
Reset the LT1 to LT4, and see what is happening.
Release or the middle hit state to return to the initial state.
And flip-flops FF9 and FF10 are reset.
Sound effects and lamps L1, L2 and LE set
The lighting state of D5 is stopped, and the LED display LED A
~ Turn off LEDD. Furthermore, the change in the fraud detection signal is caused by the differentiating circuit D.
Detected by FR7, a pulse is formed, which is the OR gate.
Counters CNT1 to CNT4 via G25 to G28
Is supplied to the preset terminal P of
Random from the random number generator RNG to CNT4
Import numerical values to LED indicators LED A to LED D
Display numbers other than big hits and medium hits. The figure
11, the control circuit, the random number generation circuit RNG and
And the counters CNT1 to CNT4 serve as abnormality determining means.
Switch to the required display based on the judgment output of the fraud detection circuit DTC.
A switching display control means for switching is configured. Also,
In the embodiment, after the display of the variable display device starts to be rotated,
If the stop switch SW3 is not pressed within 30 seconds,
Automatically stop and random number generation circuit
Use to display numbers other than big hits and medium hits
Although it is set to a random number when automatic stop is applied
A big or medium hit is generated without using the value generator.
Can be configured to be retained.
You. 12 to 15 show the above control circuit.
A timing diagram of the control operation is shown. Of these, the figure
Period T at 12₁The display of the variable display device 4 rotates.
And the stop switch SW3 is pressed,
When a lost state other than a big hit or a medium hit occurs
Operation timing of the period T_TwoDisplay starts to rotate
For 30 seconds without pressing the stop switch SW3
The image will automatically stop, and as a result,
The operation timing when a shift state occurs is shown. FIG.
Period T in 3_ThreeIs the movement when the medium hit condition occurs.
Timing of production, period T_FourIs illegal during the medium hit state
The operation timings when they occur are shown respectively. In FIG. 14, a big hit occurs and the fourth time
Continue even once during the open state (30 seconds) of the special variation winning device
The switch SW4 is not turned on, which causes the so-called
Operation time when punctured by imup occurs
Ming. Further, in FIG. 15, the big hit state is 10
Operation timing when the number of times reaches the end and ends (time period T
_Five), And the special variation winning device in the big hit state (3rd time)
Continues in the meantime, even though the number of winning balls has reached 10
When the big hit ends when the switch SW4 is not turned on
Operation timing (period T₆) And the middle of the jackpot state
Operation timing (period) when a fraud occurs in (5th time)
Interval T₇) Are shown respectively. As described above, in the above embodiment, as shown in FIG.
As shown by reference numeral 2 sec in FIG. 15, it is in a big hit state.
30 seconds have passed since the special variation winning device socket 51 was opened.
Exceeded or the number of winning balls reached 10 and solenoid 6
Wait for 2 seconds each after the driving of 6 is stopped
There is a time, during which a specific condition configuration detector
If 32 is turned on, the special variation winning device socket 51 continues
The right to be opened is granted. Follow
A big hit occurs and the special variation winning device 5 is opened.
When the ball is being hit, it wins the special variation winning device socket 51
Even if there is a slight time lag between the detection and
If there is a second, the specific condition configuration detector 32 is surely turned on.
So, the hit ball won when the mouth is closing
When the entrance to the specific condition component section composed of the inner plate 52c is entered
However, the continuation right is granted. Therefore, it is
There is no feeling of fullness, and trouble occurs with the amusement store
There is no fear of twisting. Also, wait for 2 seconds each time
If you have time, process the winning balls in the rearranging room 58
The prizes that will be operated along with this as
As the prize balls will be paid out using the ball payout device,
It is also less likely to cause breakdowns due to damage. Note that according to the present invention
The special variation winning device used for pachinko gaming machines is shown in Fig. 3.
~ Limited to the embodiment shown in FIG.
Instead, various modifications can be considered. [0056] As described above, the present invention provides the first condition which is disadvantageous to the player.
Variation that can be converted from a state to a second state that is advantageous for the player
It has a winning device (for example, a special variable winning device 5)
Auxiliary games are played based on the establishment of the starting conditions of
In advance, provided that the technique meets the specified specific game condition
Based on the established rules, the above variable winning device is set to the second state above.
Issue a specific game state (for example, a specific mode) to shift to a state
The above-mentioned specific game state occurs in a live ball game machine
Specific game status information regarding the specific game status
(For example, LED D displays the number of continuations, LED
Display for displaying the jackpot numbers from A to C)
Means (eg, variable display device 4, LEDs A-D), and
Display control means for controlling the display of the display means (for example, FIG.
11 control circuit) and the variable winning device is in the second state.
The game balls that have won the variable winning device when
Winning ball detection means (for example, count detection
Detection device 31, SW5) and the above winning ball detecting means
When there is an output, the output will be available within the predetermined time.
When holding a constant level state (for example, L level)
Abnormality determination means for determining the occurrence of an abnormality (for example, fraud detection
Circuit DTC) and the judgment output from the above-mentioned abnormality judging means.
Therefore, it is impossible to continue the game related to the specific game state.
Immobilizing means (for example, the control circuit of FIG. 11)
The display control means may be the display means described above.
Displaying specific game status information related to specific game status
Required based on the judgment output from the abnormality judgment means
Switching display control means for switching to display (for example, in FIG.
Control circuit, random number generation circuit RNG, counter CN
T1 to CNT4)
You. This allows winning in the second state of the variable winning device
The upper limit is set for the number of different game balls, and it has excellent ball hitting technology.
If many profits are biased only to the skilled person
It is possible to prevent such inconvenience and suppress gambling
It can be a sound ball game machine and fluctuates
There are various malfunctions and misconduct related to the winning detection means of the winning device.
If it occurs, it can be effectively detected and judged to
By immobilizing the game state, the game store has an unexpected disadvantage
Preventing profits and fraud
There is an effect that can be. Also, due to the occurrence of abnormal conditions
Is displayed on the display means during the specific game state
Switch the display of specific game state information to a predetermined display form
As a result, the player is paying special attention during the specific game state.
From the change state of the display of constant game state information
Can be surely recognized. Therefore, an abnormality occurs
The specific game is immobilized at the time of playing (for example, the variable winning device
Even if the player continues to play the game,
Effectively prevent the situation of playing a useless game ball
There is an effect that can be. Also, the amusement store side,
Occurrence of abnormal state from change state of display of specific game state information
Can be recognized immediately, so it does not
It is possible to prevent it from happening and to respond to failures quickly.
The effect is that you can Also, the specific game state
By switching the display of the display means for displaying information
In addition, it can be used as a display unit to notify an abnormal condition.
Therefore, there is no need to provide a separate indicator, which increases the cost.
Of course, the configuration can be simplified. Also, the table
The indicating means is a specific game state based on the occurrence of the specific game state.
By displaying the number of repetitions,
The player's attention is high
Since it can be switched to the display, it can be changed quickly and surely for the player.
It has the effect of being able to report the occurrence of a normal state.
You. Furthermore, a specific game state is generated by the display means.
When a variable display game is played, the player
Abnormal occurrence in the display means for playing the variable display game of interest
There is an effect that it can be surely notified.

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a front view showing an embodiment of a pachinko gaming machine according to the present invention, FIG. 2 is a front view showing an embodiment of a game board, and FIG. 3 is a special variation winning device. FIG. 4 is a perspective view showing an embodiment of the special variation winning device, FIG. 4 is an exploded perspective view of the special variation winning device, and FIG. 6 is a mounting state of the special variation winning device. FIG. 7 is a front view of the special variation winning device, FIG. 8 is an enlarged side view of a sensing piece provided in the special variation winning device, and FIG. 9 is a rear view room of the special variation winning device. FIG. 10 is an explanatory diagram showing the action, FIG. 10 is an explanatory diagram showing the action of the winning ball guiding path in the special variation winning device, and FIG. 11 is a circuit diagram showing one embodiment of a control circuit provided on the back surface of the game board. [Timer showing the control operation at the time of big hit, middle hit (miss) by the control circuit FIG. 13 is a timing diagram showing a control operation when a big hit occurs by the control circuit. FIG. 14 is a timing diagram showing a control operation when a big hit occurs by the control circuit. FIG. 9 is a timing diagram showing a control operation when a puncture or fraud occurs. [Explanation of reference numerals] 1 game board 2 hitting ball launching device 3 guide rail 4 variable display device 5 special variation winning device 7, 8 specific winning port 10 out port 20 display member 30 variable display stopping means 31 count detector 32 specific condition configuration detection Part 50 Mounting board 50a Opening 51 Special variation winning device socket 56a, 56b Prize ball guiding member 58 Sorting room

Claims (1)

(57) [Claims] It has a variable winning device capable of converting from a first state, which is disadvantageous to the player, to a second state, which is advantageous to the player, and an auxiliary game is executed based on the establishment of a predetermined start condition, and the auxiliary game is a predetermined specific game. In a ball-playing machine capable of generating a specific game state in which the variable winning device is shifted to the second state based on a predetermined rule on condition that the condition is satisfied, when the specific game state occurs , Display means for displaying specific game state information relating to the specific game state, display control means for controlling display of the display means, and when the variable winning device is in the second state, the variable winning device is won. When the winning ball detecting means for detecting for counting the game balls and the detected output from the winning ball detecting means, when the output maintains a predetermined level state within a predetermined time An abnormality determination means for determining the occurrence of an abnormality, and an immobilization means for making the game relating to the specific game state unsustainable on the basis of the determination output from the abnormality determination means, and the display control means , While displaying the specific game state information related to the specific game state on the display means,
A ball game machine comprising a switching display control means for switching to a required display based on a judgment output from the abnormality judging means. 2. In the specific game state, a game is repeatedly played based on the establishment of a predetermined continuation condition, and the display means displays the number of repetitions of the specific game state based on the occurrence of the specific game state. The ball game machine according to Item 1. 3. The ball game machine according to claim 1 or 2, wherein the auxiliary game is a predetermined variable display game played by the display means.