JP2710102B2 - Pachinko machine - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION [0001] TECHNICAL FIELD The present invention is formed on the surface of a game board.
The start-up chucker as a specific winning port and play
Wings that convert between disadvantaged and profitable states for technicians
A hit ball winning device with a guide member of
When the ball hits, the above-mentioned guide member becomes
Converted to profit state, hitting ball in this first profit state
When the hit ball in the prize device enters the special zone hole, the guide
The material is converted into a second profit state that is significantly advantageous to the player.
It is about a dick machine. [0002] 2. Description of the Related Art As is well known, a hit ball prize winning device for a pachinko machine.
Many are known, especially in the gaming department of the game board
When a hit ball enters this specific winning opening, the hit ball winning device
Guide members such as wings convert to a state that is beneficial to the player,
The ball hits a special zone hole in an advantageous condition, etc.
Temporary benefits to the player when special conditions occur
There is a hit ball winning device that can be brought. [0003] SUMMARY OF THE INVENTION The hit ball hitherto described above
The prize device is changed once or twice by the guide member of the hit ball prize device
To give the player an advantageous state, and to this first profit state
The ball that entered the ball winning device wins in the special zone hole
Give special benefits to the player
Is converted to a second profit state, which is
And this kind of game is rut. So new
New pachinko machines that take into account new operating conditions
I have. But on the other hand, they said they would give the player less profit
It will inevitably inspire gambling, and the amusement store side will be disadvantaged
Therefore, appropriate prize restrictions are required. [0004] The present invention has been made in consideration of the above points.
The invention described in claim 1 is a game
A special winning opening in the gaming section formed on the surface of the board,
A guide member to convert between a disadvantaged state and a profitable state.
And a hit ball prize winning device, and when a hit ball enters a specific winning opening
The above-mentioned guide member changes from the disadvantaged state to the first profitable state.
In this first profit state, the ball enters the hit ball prize winning device.
When a hit ball enters the special zone hole, the guide
Pachinko machines that convert to a second profit state that is advantageous to the engineer
And the number of hit balls in the specific winning openingAccumulationRemember this
Based on the memory, the guide member of the hit ball winning device
This is a pachinko machine that generates a profit state.
Further, the invention described in claim 2 is applied to the surface of the pachinko machine.
A manual start switch that can be operated by the player
The number of hit balls in the prize mouthAccumulationRemember and based on this memory
The manual start switch is operated by the player.
The guide member of the hit ball winning device changes the first profit state described above.
It is a pachinko machine designed to generate. [0005] BRIEF DESCRIPTION OF THE DRAWINGS FIG.
Will be described. The pachinko machine 1 according to the present invention
1 or a game formed on the surface of the game board as shown in FIG.
The first kind starter chucker 31 and the second
Two types of starter chuckers 32 are provided and guides are provided on the left and right.
A hit ball winning device 5 having, for example, wings 4 is provided as a material. [0006] The two wings 4 as the above guide members are game boards.
Almost directly by a solenoid or the like (not shown)
It can change between standing and tilting sideways.
When the ball is almost upright, the ball that flows down the gaming section 2 wins the ball
Since it does not enter the device 5, it is disadvantageous for the player.
When the ball is tilted in the horizontal direction,
It is extremely easy for the player to enter the hit ball winning device 5
Become profitable. For example, both ends are supported as guide members.
Alternatively, a gate that can be turned up and down may be provided. Below the inside of the hit ball winning device 5 described above,
Special zone hole 6 in the center, left and right of special zone hole 6
It has a normal prize hole 7 and the wing 4 allows the hit ball prize winning device 5 to be played.
If a hit ball enters while the player is in a profitable state,
Enter the hole 6 or 7. [0008] Then, the mode is switched off on the surface of the pachinko machine 1.
Switch 14 and a manual start switch 81,
Game with hit ball winning device 5 by mode changeover switch 14
To normal or memory mode
You can choose. A game of the pachinko machine 1 according to the present invention will be described below.
The state will be described. In the pachinko machine 1 of the present invention, the normal play
In the skill state, both wings 4 are disadvantageous to the player,
The device 5 cannot hit a ball. But the launch device
(Not shown) is hit by the ball hitting the game unit 2
When entering a kind of starter chucker 31, both wings 4 are separated by 0.5 seconds.
To tilt the player only once to give the player the first profit status
give. On the other hand, the hit ball flowing down the game section 2 is
When you enter the jacka 32, both wings 4 are 0.8 seconds only for 0.8 seconds
Since it tilts laterally twice at an interval,
A state that is more advantageous to the player than if the ball hits the jacka 31
, The hit ball winning device 5 changes to the first profit state. [0010] In any of the above cases,
When the prize device 5 is converting to the first profit state,
When a hit ball enters the hit ball winning device 5, the hit ball is in a special zone.
Hole 6 or the normal winning hole 7. And left
When a hit ball enters any of the normal winning holes 7 on the right, only a certain number
Only the prize ball is ejected. However, the hit ball that has entered the hit ball winning device 5
When entering the special zone hole 6, the hit ball winning device 5 is
A second profit that is significantly more advantageous to the player than the first profit state.
Convert to profit state. [0012] The second profit state described above is a hit ball winning device.
In Wing 4, Wings 4 were 0.8 times for a total of 18 times at 0.8 second intervals
Just tilted sideways and the profit state was generated for about 30 seconds
In principle, one cycle is performed. However, conventional
In the pachinko machine 1, a total of 1
When 0 hit balls enter the hit ball winning device 5, the cycle
Stops and a total of 10 pieces in one cycle of about 30 seconds
If the hit ball does not enter the hit ball winning device 5, the cycle
Also stop. And one cycle that goes into the hit ball winning device 5
Out of the 10 hits, the nth hit is the special zone hole 6
When entering, the cycle is stopped at that point and the next cycle
And a maximum of eight cycles can be repeated. [0013] As described above, the hit ball starts with the conventional pachinko machine.
When entering a moving chucker, the wing prize device is disadvantageous due to wings
Is converted to the first profit state, and the ball is hit in the first profit state
When the special zone hole 6 is entered, the wings have a significant advantage to the player.
To give the player extreme profits
is there. However, in the present invention, the hit ball is used as a starting chucker.
Even if you enter, the first profit state is memorized, for example, when the player
Operating the start switch 81 for the wing 4
So that the hitting ball prize device 5 converts to the first profit state
It was done. Hereinafter, the game state of the present invention will be specifically described.
However, as a prerequisite, the first-class starter
The winning ball detection switch is called a K1 switch and the K1 switch 11,
The second type starter chucker 32 is called K2 chucker.
The winning ball detection switch is called a K2 switch 13. However
And the number of times the wing 4 opens and closes when the ball hits the K1 Chukka
The number of wing open / close times when the ball hits Ka and K2 chuckers
Kb, but this explanation will be described later.
You. In addition, the wing in the second profit state of the hit ball winning device 5
18 continuous operations of 4 are solenoid drive pulse width 0.8 seconds,
The pulse interval is 0.8 seconds. An operation to be realized as an embodiment
In mode, Wing 4 with K1 Chukka and K2 Chukka prizes
Stores the allowable number of opening and closing times n, and operates the start switch by the player
Thus, if the number of storages n is 1 or more,
The wings 4 are opened one by one. Of course, entering K1 Chukka
For the prize, the number "1" is incremented and the K2 chucker
As for winning, the number "2" is incremented. Generalizing the above, if the number of storages n is S or more, the operation
Open the wings S times each time. However, in this case, S>
n when the player operates the start switch
Then, the wing is opened and closed by the number n (<S) corresponding to the current number of storages.
Start switch until operation occurs or n ≧ S.
There are two ways to invalidate the switch. Wing 4 with K1 Chukka and K2 Chukka prizes
Stores the allowable number of opening and closing times n, and operates the start switch by the player
Thus, the opening / closing operation of the wing 4 for the number of times of memory n up to that point is performed.
Occurs all at once. Regarding the above items, an upper limit N is set for the number of storages n.
When the upper limit N is reached, the start switch is operated.
Irrespective of nothing, the opening and closing operation of the wing 4 is automatically caused. Regarding the above items, an upper limit N is set for the number of storages n.
If the value exceeds the upper limit N, the excess is invalidated.
You. Regarding the above items, an upper limit N is set for the number of storages n.
If the upper limit N is exceeded, the excess
One time, regardless of the operation of the start switch, the wing 4
Automatically open and close. In other words, the number of storages n is N + 1.
Each time, open and close the wing 4 once, return the number of memory balls to N
You. Considering the above operation modes, the present invention
The operation of Ming will be described below based on the block diagram of FIG.
I do. FIGS. 3 and 4 are objects of improvement of the present invention.
Satisfy the basic game form of this kind of pachinko machine
FIG. 3 shows a normal gaming section, and FIG.
Is related to the so-called special game department, and each terminal
Are connected to form one circuit system. Ma
In addition, each of the terminals (a) to (g) is connected to any one of FIG. 5 to FIG.
Connect the corresponding terminals (a) to (g) of one circuit system
And in each mode the game mode according to the present invention is different
It becomes possible. Therefore, first, a basic method will be described with reference to FIGS.
The circuit operation for satisfying the game mode will be described. That
For this purpose, the mode switching switch added as an embodiment
Switch 14 selects “Basic” mode
There is a need. The mode changeover switch 14 is operated by a player.
By the work, the basic game form and added by the present invention
It is possible to select the extended game form and the basic game form
"Basic" mode, called "extended" mode by addition
Name. In this embodiment, the mode is switched off.
Replacement switch 14 is devised so that it can be a momentary switch.
Each time the player performs an operation such as pressing this,
T-type flip-flop via waveform shaping circuit WS each time
(F.F.) Change the state of 35 and change the logical value of its Q output.
Thus, the mode can be changed. At that time
The currently selected mode is indicated by the mode display circuit 36.
Display to the player by appropriate display means by light or sound
can do. It should be noted that in the following, unless otherwise described
However, in the figure, all symbols WS indicate ON detection of each switch.
For shaping the knowledge signal into a pulse signal of appropriate pulse width
This is a waveform shaping circuit. However, at present, the basic mode is selected.
And the Q logic of the T-type flip-flop 35 becomes “H”.
If there is a winning ball in the first-class starter chucker 31
K1 channel to allow the wing 4 to open and close only once each time
The winning ball is detected by the K1 switch 11 or 12 attached to the
When issued, the detection pulse is ANDed from OR gate 15.
After passing through the gate 17a, it is latched by the latch 16 and
The output of the latch circuit 16 is set to logic “H”. This latch output has passed through the OR gate 19.
Later, as will be apparent from the later section, at this point other input
(Logical value of line (e)) is logical "H" AND
It also passes through gate 21, especially at its rising edge.
Trigger multivibrator (MMB) 23. The time t1 is applied to the mono multivibrator 23.
Is set to open and close the wings 4 only once.
The power supply time to the drive solenoid 28 when the power supply is turned on is specified.
Here, it can be considered about 0.5 seconds. The output of the mono multivibrator 23 is
Through the gate 25 and the OR gate 26 in order.
Open / close solenoid 28 for opening and closing wing 4 via live circuit 27
Drive by t1 only. Of course, the number of K1 switches
The OR gate 15 is not limited to the two,
And can be arbitrarily set. On the other hand, each time there is a winning ball, for example, twice
K2 switch attached to K2 chucker to allow opening and closing
When the prize ball is detected at the key 13, the detection pulse
Indicates other input because “Basic” mode is currently selected.
Passes through the AND gate 18a having a logic "H",
The data is taken in by the latch 32 and the output is set to the logic “H”.
You. The latch having the inverted state to the logic "H"
At this time, the other input becomes logic “H”.
Passing through the AND gate 22, especially its rising edge
Triggers the mono multivibrator (MMB) 24 with. This mono-multi vibrator 24 has time t2
Is set when the wing 4 is opened and closed twice.
Or the time for energizing the drive solenoid 28 for each operation.
Set. Here, it can be considered about 0.8 seconds. In other words, this
In the embodiment, K2 is input more than K1 chucker.
It's not just a matter of the number of times
In order to be advantageous in regard to the opening time of the wing for each round,
It is planned. The output of the monomultivibrator 23 is OR
Passes through gate 26 and through solenoid drive circuit 27
First, the wing opening / closing solenoid 28 is driven once for a time t2.
You. However, the mono multivibrator 24
Is also given to the delay circuit 31 with the symbol τ1.
The delay time set in the delay circuit 31 is, for example,
For example, since t2 + t3 = 1.6 sec, the first pulse width t2 = 0.8 s
After the ec pulse occurs, the second shot is spaced 0.8 seconds apart
A pulse is generated. Like the first pulse, the second pulse
Pulse has a pulse width of 0.8 sec.
A solenoid 28 for opening and closing the wing via a solenoid drive circuit 27
Is driven again over time t2. Of course, as is apparent from the above, the pulse
The interval t3 is changed by changing the set time for the delay circuit 31
And other two-pulse generation circuits can be used arbitrarily.
Can be The number of K2 switches is arbitrary.
To the OR gate 15 that takes the OR of the output of the K1 switch.
So that the outputs of those K2 switches are ORed
What is necessary is just to input to the latch 32. When inputting to the K1 chucker, the K2 chucker
When an input is made, the light
The path 29 and the sound display circuit 29 'can be used to follow known methods
Then, an appropriate wing opening / closing operation display may be performed. Also, Soleno
Each time the guide is driven, for example, a solenoid with an appropriate pulse width
The operation detection pulse is obtained at the output of the detection circuit 30.
This resets the latches 16 and 32 and waits for the next winning ball to be detected.
And a mono-multibar for operation to be described later.
Trigger the ibrator 34. The output of the latch 32 for the K2 switch
Controls the AND gate 25 via the inverter 20 and K1
Select the output of the mono multivibrator 23 for the switch.
It is gating selectively, but this is K2
The operation based on the input to the chucker is prioritized.
You. That is, even if the wing 4 is opened and closed once
Even when the multivibrator 23 is operating,
In the event that a K2 Chukka prize is awarded,
AND gate 25 is closed by inverting the output of data 20 to logic "L".
The output of this mono multivibrator 23
At the time of the mono-multi-vibration for opening and closing twice
To the K2 chucker by enabling only the output of
Will be opened and closed twice from there.
is there. This is because almost all prizes in K1 and K2
If they overlap, they will not cause inconsistent operation as a circuit system.
K2 is more advantageous for players than K1 Chukka
This is a consideration to keep the chukka more effective. Of course, such K1 switch and K2 switch
And each winning ball detection switch described later detects the winning ball.
In this case, although not shown, a predetermined number
You can return the number of prize balls to the player, but here
The explanation of this does not extend to such a prize ball discharge mechanism.
Make it not exist. Now, the opening and closing of the wing 4 by the above operation is described.
As a result, the game balls in the open role zone are even more lucky
If you win a special zone hole 6 called V zone,
Another zone detection switch 37 detects that, and the waveform shaping circuit
Detection pulse from WS is given to one input of AND gate 38
It is. The AND gate 38 is a three-input type, and the remaining
One of the two is to detect solenoid operation
For a certain period of time based on the detection pulse from the circuit 30,
Keep logic "H" as output of multivibrator 34
A signal is given, and the other one is
Like at this point, the output of inverter 61
Because the signal of "H" is given,
When the player wins the special zone hole 6, the detection switch 37
The output pulse resets the timer 39 and adds the symbol τ2.
Drive constant circuit 40 and start with special zone prize
Up to 8 cycles / frame extra special benefit status and
Wing opening and closing times in one cycle for special games
Presettable down count for a limit of (eg 18 times)
44 and the maximum number of winning balls in one cycle (for example, 10)
Preset presettable down counter 63 for restriction
I do. Here, the maximum blade opening / closing frequency in one cycle is increased.
If you set “18” as shown, the presettable down cowl
Number 44 in decimal notation, the presettable
The counter 9 also has the number “9” in decimal,
Each is preset with a binary value. These presets
Each of the double down counters 44 and 63 has a decimal system.
It counts down to a numerical value “0”. The detection of the special zone hole 6 from the detection switch 37 is performed.
The output pulse also resets the latch 46 described later,
Trigger the vibrator 48 to set the time constant circuit 40 described above.
Output for a time corresponding to the time τ2
"H". This time τ determined in the time constant circuit 40
2 is to ensure the above preset operations etc.
And correspondingly set to mono multivibrator 48
Time τ2 is the oscillation output from the oscillator 43 described later.
To prevent it from being output prematurely.
It is necessary and short enough to achieve the target
No. Further, detection for confirming the operation of the solenoid is performed.
A mode for outputting logic “H” for a predetermined time based on a pulse.
The multi-vibrator 34 is provided because the wings are open
Sometimes the hit ball that enters the role zone of the hit ball winning device 5 is
May close the special zone hole 6 after closing.
This is because that. In other words, winning with such a delay
Experimentally know the maximum delay time for
Is set to the mono multivibrator 34.
It is good. Empirically, during this time, wing 4 is finally closed
After that, it should be at most about one second to several seconds. The delay time τ set in the time constant circuit 40
After two, timer 39 is triggered. This timer
39 is simply the maximum number of open / closed blades in one cycle.
Monitor not only by time but also by time
Eliminates the possibility of wings being accidentally opened after a certain period of time
As well as for reliable operation of each circuit system described later.
It was a thing. Regarding the definition of the maximum operation time, up to 18 times
Wing opening / closing operation is for example 0.8sec pulse width and 0.8sec interval
If it is set to be repeated with
The time from the opening of the wing to the closing of the last wing is (0.8 sec)
× (18 times of opening and closing + 17 times of interval) = 28 sec.
It is good if it is longer than 28 seconds, but here we have some margin
It is set to 30sec. When the timer 39 is triggered, it is reset first.
The output of inverter 47 inverts the output of latch 46
The AND of the output and the output of the timer 39 is sent to the AND gate 42.
The start / stop input of the oscillator (OSC) 43
The logic "H" is applied, and the oscillator 43 starts oscillating. As previously described, this oscillator 43
Means that the start / stop input is given a logic "H"
Oscillation occurs when logic “L” is given
It is of the type that stops. Regarding the oscillation frequency,
As shown in the figure, the maximum number of times the blade can be opened and closed 18 times per cycle
Drive for 0.8 sec.
At a pulse width of 0.8 sec.
If the pallet has a cycle of 1.6 sec and a duty of 50%
It suffices if the setting is made so as to oscillate the pulse train. In the figure, t4 and t5 are both 0.8 seconds.
However, of course, any other settings are acceptable.
The set time of the timer circuit 39 should be changed accordingly.
No. When the oscillator 43 starts oscillating,
In the mono multibar that has already fallen to the logic "L"
The AND output of the corresponding output of the
This oscillation pulse is directly transmitted from the OR gate 26 through the gate 49.
Drive the solenoid drive circuit 27 to connect the solenoid
Operate repeatedly at 0.8sec intervals of 0.8sec
become. On the other hand, the output of the timer 39 is set to logic "L".
The rising transition is captured by the differentiating circuit 41 and the AND gate 51
Presettable down counter 50 via
I do. This presettable down counter 50
Maximum number of cycles per frame for special games,
In this embodiment, all eight cycles are detected.
The preset value is set to “8” in decimal notation,
Qualitatively, the number "9" can be counted. Maximum
It is possible to count one more number than the number of cycles
The reason will be described later. In any case, the presettable dow
When the counter 50 is preset, its 4-bit output
Binary value “1000” (most significant bit M3
Are decoded by the decoder 56, for example, 7 segments
Operation of known and appropriate numerical display 57 by display etc.
The first cycle of the special game has begun
And let them know. In other words, in this embodiment,
The decimal value “8” is the remainder including the currently operating cycle.
It indicates the number of cycles. But it costs
By changing the decoding method, the first time
The display changes from the decimal value “1” to indicate that
Both are easy. The above-mentioned presettable down counter 50
Among the 4-bit output terminals, the most significant bit terminal M3 is
The logic "H" corresponding to the logical value "1" is captured by the latch 54.
Thereafter, the output of the latch 54 becomes logic "H". Exchange
In other words, a logical "H" signal appearing at the output of the latch 54
Starts a special game, a second profit state for players
And a signal indicating that the operation is ongoing. This signal is inverted by an inverter 55.
It is also used as a special game signal that continuously becomes logic "L".
It is. Therefore, at this time, for example,
A separate game signal is captured by the detection circuit 33 and transmitted by the light display circuit 29.
A specific mode that is different from when opening and closing the wings in the normal game state
A light display or sound display circuit 29 'also
A different sound may be displayed. Also, the detection of special games,
As before, the output through the AND gate 49 of the oscillator 43 is directly
It can also be done by grabbing close contact. However, in this embodiment, a special game
Starts, the output of inverter 55 becomes logic
When it becomes “L”, the AND gates 21 and 22 are closed.
It is. Therefore, during this special game, the K1 switch
Even if there is a game ball that wins the switches 11, 12 and the K2 switch 13,
This does not drive the solenoid,
The winning balls to switches 11, 12, and 13 are invalidated
(Although prize balls can be ejected, of course,)
Only by 43 is the solenoid 28 for opening and closing the wing controlled
It will be. On the other hand, the presettable down counter 50
By presetting, the output of inverter 55 of AND gate 51
Since the input receiving the input becomes logic “L”,
The output of the differentiating circuit 41 output every cycle
Then, preset the presettable down counter 50
It is not set, and the output of latch 54 is
The AND gate 52 that is receiving it is more effective,
Presettable down via OR gate 53 every time the file is updated
The counter 50 starts counting down. The first cycle starts and the wings repeatedly open and close
During the operation, the oscillation pulse of the oscillator 43 is presettable.
It is monitored by the down counter 44. And this
Presettable down counter 44 has preset value “17”
The countdown from
The condition was not satisfied and 18 pulses were counted.
As a result, the count of the presettable down counter 44
When the content becomes “0”, a count-up signal is output.
This is taken into the latch 46 through the OR gate 45,
Inverted logic by inverter 47
The "L" signal inverts the output of the AND gate 42,
The oscillator 43 is stopped there. This count-up message
The signal is then preset by the presettable down counter 44.
Logic "H" until reset. At the same time, the output logic “H” of the OR gate 45 is
Thereafter, the signal is continuously given to the reset terminal R of the latch 54,
Therefore, the output logic is fixed to "L" and
It is also given to the number circuit 59, and forcibly
Work on the coder 56 and set the numerical value on the display 57 to “0”.
You. Therefore, a cycle update condition described later is not satisfied.
If not, the display of the cycle number display 57 is
For a short time after the end of the first cycle, the value "8"
After it is displayed, it becomes "0" and the special game ends for the player.
To inform. On the other hand, regarding the circuit system in the normal game section,
An overall reset to the initial state is achieved. That is,
The output logic of the inverter 55 is the logic before the special game starts
By returning to “H”, the AND gates 21 and 22 become active again.
Effective, K1 switch 11, 12 and K2 switch 13 winning ball
The aforementioned blade opening / closing operation based on the detection is allowed. However, during the 18 times of opening and closing of the wing 4,
Or after the last 18th opening operation
As described above, the output of the mono multivibrator 34
In the meantime, the player hits the special zone hole 6 again
When there is a sphere, when the first cycle described above starts
The situation was exactly the same, and from that point on, AND Gate 38
The output logic “H” starts a new cycle. Most
The difference from the first startup is the pre-
The value of the settable down counter 50 is only 1
Is incremented and the numerical value displayed on the display 57 is "7".
It just changes to. That is, the presettable down counter 44
Timer 39 is reset once before counting up
And then retriggered, the fine
The output of the dividing circuit 41 starts the first cycle as described above.
Later, instead of closing the AND gate 51 immediately,
This is given to the AND gate 52, which is
Output of AND gate 52 is input to count terminal
As a result, the content of the presettable down counter 50 is reduced by one.
Because Such a cycle update operation is important during
Up to 8th cycle is completed unless the fixed number of prizes is reached
You can continue until you
The contents of the down-counter 50 from the AND gate 52
It is counted down by the obtained signal. Then, the process reaches the last eighth cycle.
And the 4-bit output terminal of the presettable down counter 50
The child is “1” as a decimal value and the most significant bit M3 as a binary value.
Multiplied by the least significant bit Mo to become "0001". At this time, the display 57 of the current cycle has
Of course, the number "1" is displayed, which is the last cycle
Informs the player of this, but differs from the previous cycle.
This is because this time is specified as the last time,
To the special zone hole 6 accompanying the opening and closing operation of the wing in the last round
Winners are no longer a condition for cycle updates
It is. For this purpose, four detectors are used as the last cycle detector.
An input NOR gate 58 is provided, and among the four inputs,
Receives the least significant bit Mo of the presettable down counter 50.
Only the input that is input is the inverted input. At the last cycle, the output of NOR gate 58
The force becomes logic "H" for the first time. As a result, the latch 60
The force holds logic "H" and the output of inverter 61 is logic
In order to maintain “L”, the output of the inverter 61 is input.
The aforementioned AND gate 38, which has been receiving strong
Even if there is a winning detection signal from the output switch 37,
Is not allowed to pass through. Therefore, the “10 count condition” described below is satisfied.
Unless this is met, 18
The opening / closing operation of the wing 4 ends. Then, the presettable down counter 44
Is sent through OR gate 45, so-called end signal
The display of the indicator 57 for displaying the cycle number is already
"0" is indicated by the mechanism described above,
Is reset and the output of inverter 55 is logic.
Normal game status inverted to "H" and waiting for the next special game start
State. Also, the latch 60 is reset and the inverter
The output of 61 is also inverted to logic "H" and applied to AND gate 38.
Can be Further, this end signal is sent through the OR gate 53.
And the content of presettable down counter 50 is "1"
Decrement, the presettable down
The output of counter 50 also changes from “0001” to “0000”
Because of the change, the special zone winning detection
Special games may be started,
Even if the reset of switch 60 is released, the input of inverter 61
It can be maintained in a state where logic "L" is given. Of course, the display from the numerical value “1” to “0”
, The cycle update condition is not satisfied on the way
When the number of the cycle is displayed temporarily,
The time constant described above used to set the value display to "0"
Road 59 may be inefficient. Also, of course, the time constant
After following the instructions in circuit 59,
When the presetter 50 is preset,
To enable decoding of the output of the
Therefore, the signal from the latch 54 is used as a selection signal,
The fall of this to logic “L” is given as significant.
Good. Each cycle of the second profit state is as described above.
The wing 4 has been opened and closed for 18 times.
Except when the wing 4 is opened and closed,
A predetermined number of winning balls that have won the role zone, for example,
Updating is also not possible when the number reaches 10. That is, the special zone winning detection switch 37
Preset via AND gate 38
The presettable down counter 63 is shown in the figure.
There is no prize ball that comes into the character zone but is detected each time
"1" per ball by the known detection switch
Going decremented. First, immediately after the preset, that is, a special game is opened.
Immediately after the start of each first cycle, the 4-bit output is decimal.
A signal representing the number "9" appears. However, in order to provide for the display of the player,
It is more natural for the number to increase by "1" each time one ball is won
So, the numerical display 66 via the appropriate decoder 65
First, decoding is performed so that a numerical value “0” is displayed. In this way, the winning ball that wins in the role zone is
Each time there is one, the contents of the presettable down counter 63
Is decremented by "1" at
In the display of the display unit 66, addition of "1" in decimal
The fruits are displayed. During this process, ten winning balls are detected.
Then, the content of the presettable down counter 63 becomes “0”.
, And the display of the numerical value display 66 is also changed from the previous “9”.
It becomes “0”. Of course, if you use a two-digit display
"0" can be changed to "10", but it is just a kind of number
Using a two digit indicator for the value "10" is also useless
And the special game ends when 10 are counted.
To return to normal games, rather a single digit
Is preferred. In this way, ten ten
When a prize is detected, a count-up detector is used.
All four inputs of NOR gate 64 become logic "L".
Therefore, a significant count-up signal is output at logic “H”.
This is given to one input of the OR gate 45. In this case, the OR gate 45 is
A series of based on the special game end signal described as the output of
An operation exactly the same as the circuit operation occurs. On the other hand, the presettable down counter 63
Play to win the special zone hole 6 before counting up
If there is a ball, exit the AND gate 38 as before.
The presettable down counter 63 is
Since the set value is reset to “9”, the updated size
The number of winning balls in the special zone from the beginning
To perform the event. In this case, the game which has won the special zone hole 6
If counting balls, it happens to be the 10th
It is possible that the circuit will malfunction if the ball is a winning ball.
It is. Try to update the cycle on the one hand and end it on the other
This is because they are trying to make it. But this is easy,
Can also be prevented in an advantageous manner for the player. For example, the special zone detection switch 37 is
Be placed upstream of the 10-count switch 62.
You. In this way, even if the game won the special zone hole 6
If the ball is the tenth, but this is the tenth,
Before it is recognized by the resettable down counter 63,
Apply a preset to the presettable down counter 63.
Can be done. Of course, electrically suitable
An extension circuit may be provided. The operation of the circuit system according to the present invention
The maximum allowable blade opening / closing times per cycle is 18
Up to 8 cycle updates, maximum allowed load per cycle
Special games with 10 prize balls are stipulated, but of course
Each value can be changed arbitrarily, which is obvious from the above description.
Is. Also, a switch for starting the wing 4 first is provided.
There are two types of switches, one for opening and closing once and two for opening and closing.
The setting of the number of times of opening and closing is optional, and the number of times of opening and closing
The time can be set arbitrarily and the change in the number of times
Further modifications are possible. The operation of the solenoid is checked as shown in FIG.
In that case, extract the detection signal from the output of OR gate 26.
But also from the drive circuit 27 and the solenoid itself
Outside, for example, where the wing 4 is open
It may be taken out from a sensor such as a reed switch. Further, the display of each numerical value is also decremented.
To the increment format or vice versa
Good, preset display about the number of opening and closing of wing 4
This may be performed based on the output of the down-counter 44. The above is the description of the conventional pachinko machine.
This explains the operation of the circuit system that satisfies the same game mode.
However, the mode switch 14 added as an embodiment
When the player operates by pressing once, for example,
The circuit system is any one of the circuit systems of FIGS. 5 to 8, and
Furthermore, by combining them with the circuit system of FIG.
A special game in each mode according to the present invention becomes possible. First, FIG. 5 shows an embodiment of the present invention.
The case where the circuit systems are combined will be described. 3 and 4
The terminals (a) to (h) shown in FIG.
Terminals (a) to (h) are connected. However, terminal (g) is
As shown in phantom lines in this embodiment,
No terminal. This terminal is also equipped with the circuit shown
If it is provided as a module that performs
In order to add a logic “L”, for example, the ground may be applied. Instruct the game mode as before
Switch off the mode when “Basic” mode is selected
When the replacement switch 14 is operated, the T-type flip-flop 35
By inverting the output to logic "L",
This is the “extended” mode. Logic of output of T-type flip-flop 35
Inversion to “L” forcibly closes AND gates 17a and 18a
Cross This is the input to the K1 switches 11, 12 and K2 switch 13.
The wings open and close immediately due to the circuitry already described by the award
It means to prevent you from doing things. Conversely, each winning prize ball inspection in those switches
The output signal is obtained by inverting the output of the T-type flip-flop 35 with an inverting input.
Pass through the receiving AND gates 17b, 17c, 18b
5 through terminals (a) to (c).
Latch 71, 72, 73, 74 with read command terminal RD
available. The signal from the K2 switch 13 is supplied to the two latches 7
What is given to 3,74, according to the promises so far,
If you win the switch 13, you should open and close the wing twice.
Value, compared to the K1 switch.
And twice as high. Each latch 71.72, 73, 74 is connected to the scanner 75.
Clock from an appropriate clock oscillator (not shown).
Scan at appropriate intervals based on the clock CLK and read in order.
Command, and at the same time,
The digit latch is reset. The operating speed of such a scanner is sufficiently high.
It is desirable to be fast. In the “Basic” mode
This is different from the operation in seconds or sub-seconds for wing opening and closing.
No, remembering numbers is extremely important to players
This is because an accurate display is required. For example, in the above operation, the K2 switch 13
Wing opening and closing operations based on winning a prize
If there is a K1 switch prize, that prize
Although the ball can only be ejected, the corresponding wing opening and closing
Had been disabled. But it is not unnatural
It is. Wins K1 switch even though wing 4 is actually moving
Rather than moving wing 4 strangely
good. However, when storing numbers, for example, the K1 switch
And K2 switch were winning at almost the same time
That is, invalidating the number corresponding to either one
Gives the player a great deal of discomfort and discomfort. For such a reason, an appropriate high speed setting is required.
(It is still very high frequency
There is no problem because it can be easily obtained even with a clock)
Latch contents scanned sequentially by scanner 75
Gives up-down counter 77 through OR gate 76
K1 switch and K2 switch in this counter 77
The wing opening / closing permissible number according to the accumulated number of winning balls is stored. That is, with respect to the K1 switches 11 and 12,
Numerical value "1" is incremented per winning per ball
As for the K2 switch 13, both outputs of the latches 73 and 74
So, after all, "2" is a decimal value
Is added. The contents of the number of storages at each point in time are appropriate.
To the player on the appropriate numerical display 79 via the decoder 78
Is displayed. However, the storage of the up / down counter 77
Unless the content is "0", the corresponding input of AND gate 80
Since the force is inverted and received, it is practically logic "H".
As long as there is no special game,
As described above, the signal appearing at the terminal (e) is also at logic "H".
After that, it is determined whether the manual start switch 81 is operated.
The output logic of the AND gate 80 is defined. When the player operates the manual start switch,
As a result, the logic "H" pulse passes through the AND gate 80.
And an OR gate 19 shown in FIG. 3 through a terminal (d).
Is given to one input. Then, the mono multivibrator 23 is triggered.
The output is controlled by the solenoid via AND gate 25.
This is transmitted to the drive circuit 27. As a result, the solenoid 28 operates once.
To open the wing 4, and the result is detected by the detection circuit 30.
The signal is fed back via the terminal (f) and
After passing through port 82, the down input of the up / down counter 77
Given, the contents are decremented by "1". Of course, the description in the up / down counter 77
If the content is “0”, AND gate 80 is forcibly
It is blocked and no matter what the player operates the manual start switch 81
Does not change. On the other hand, the wing opened by the player by a manual command
There is a game ball that entered the role zone from 4 and this is
In case of winning the special zone hole 6, the special play already described
The trick starts. During this special game, the logic of the terminal (e) is
Since it becomes “L”, the AND gate 80 is also forcibly closed.
The manual start switch 81
The operation is disabled, and the contents stored in the up / down counter 77
Is only added to K1 switch and K2 switch winnings,
Entrusted. In addition, opening and closing of the wing 4 in this special game
Each operation of the solenoid to be controlled
The contents stored in the up / down counter 77 in FIG.
Should not be incremented
AND gate by special game signal that is significant at logic "L"
82 is also closed. Note that the wing 4 is moved once for each manual command.
Operation mode, such a manual command
3 through terminal (h).
Signal to the optical display circuit or sound display circuit
You may let. The circuit shown in FIG. 5 is shown in FIGS. 3 and 4.
In the embodiment of the present invention in combination with the basic circuit system shown
If you select the “extended” mode,
Since there is no limit to the limit, the up-down counter 77 used
If the capacity exceeds the limit, the excess will inevitably be invalidated
It is possible. The upper limit N is called the counter capacity.
In the form, and intentionally disable the overflow
You can do this, but in practice this can cause discomfort to the player
It is also conceivable. Therefore, the upper limit N is intentionally set and the
If the storage number n of the counter 77 exceeds the upper limit N, one
The operation of automatically opening the wing 4 once every time it exceeds
This is a function that may be provided as an embodiment of the present invention. Such an embodiment is a circuit system shown in FIG.
6 and the basic circuit of FIGS. 3 and 4 with a slight modification of FIG.
Obtained by combination with the system. The same or similar components as those in FIG.
The description will be made with reference to the symbol of FIG.
5 performs substantially the same operation as the circuit system shown in FIG.
Due to the circuit configuration, the AND gate 80 is set to “n = 0”
? And AND gate 80a to make a judgment
And gate 80b to judge whether or not
It is a difference in the degree of being provided. However, the data in the up / down counter 77
The memory content exceeds the set maximum value N (for example, N = 10).
The logical "H" signal is output from the "n> N" terminal.
Is obtained when the player operates the manual start switch.
To generate a pulse with the same pulse width
The breather 84 operates. As a result, the pulse signal is supplied to the OR gate.
85, and through the AND gate 80b, and from the terminal (d)
Given to the OR gate 19, by the mechanism described earlier.
The mono multivibrator 23 is triggered once,
The wing 4 performs the opening operation once. The result is obtained from the terminal (f) by the AND in FIG.
The signal is fed back to the gate 82 and stored in the memory of the up / down counter 77.
The content is decremented by “1” and returned to “N”. However, in the circuit shown in the figure, a special game
Is started by the logic “L” signal of the terminal (e).
As a result of closing the gates 80a and 80b, the special game
Automatic depreciation operations exceeding the maximum set value N are virtually disabled
But this can't be helped. Conversely, if a special game starts,
If the special game signal is significant with logic "L" appearing at terminal (e)
Use K1 switch and K2 switch during that time.
Accumulation of wing opening / closing allowable number based on winning ball detection
The memory function may be stopped. In the first place, wings open
It is possible to accumulate the maximum number of times of closing
Where the player finds it convenient to start the game
Because the wings can be opened and closed, special games start
Even after a successful game,
Is overprotection. These functions, for example,
The signal is received at the inverted input, and the signals at terminals (a) to (c) are
Achieved easily by providing an AND gate that receives the signal
be able to. Of course, this consideration also applies to other embodiments.
It is equally applicable. The circuit system shown in FIG. 7 is shown in FIGS. 3 and 4.
When combined with the indicated circuit system,
If the allowed number of open / closed wings is equal to or greater than a certain set value S,
The wing is turned S times by the operator's operation of the manual start switch 81.
Open and close continuously, if less than S,
As long as the number is not "0", the player's manual start switch 81
Open and close the wings by the number of stored
Things. Similarly, the corresponding reference numerals in FIGS. 5 and 6 are the same.
Shows a good configuration. The content n stored in the up / down counter 77 is
Set in advance by setting device 87 by comparator 86
Compared with the set value S, if “n ≧ S”, the corresponding output
When the terminal becomes logic “H” and “n <S”, the pair
The corresponding output terminal becomes logic “H”, and the “n ≧ S” terminal
It becomes logic "L". Now, the up-down counter 77 has been
The cumulative number of allowable wing opening and closing times becomes more than S
Suppose. In such a case, AND gate 96 is
Regardless of the logical value of, it will be in a closed state,
On the other hand, AND gate 89 is in a state where it can be opened by other inputs.
Become. In this state, the player starts the manual
When the operation switch 81 is operated, the result is AND gate 89
To the latch 88, and the logic "H" output is off.
An input from the gate 90 to one input of the AND gate 91 is provided. The other input of the AND gate 91 is connected to the terminal (e).
The indicated special game / normal game signal is given.
Signal logic at terminal (e) unless a special game is currently in progress.
Is a logic "H" indicating a normal game.
The output of the gate 91 also becomes logic "H". Therefore, the start / stop of the oscillator 92 is
This logic "H" is applied to the
A repetitive pulse train signal having a period t6 is generated. As will be understood from the following description, for example,
The solenoid 28 for 0.5 sec.
If driving at 0.8 sec intervals, the period t6 is
1.3sec, which is the sum of However, the pulse width in FIG.
Divert the mono multivibrator 23
You only need to have enough moths, not long. This signal is sent to the terminal (d) through the terminal (d) in FIG.
Given to the agate 19 and therefore the mechanism already described
The mono-multivibrator 23
The solenoid 28 is driven each time with the cycle set to 92.
Move. On the other hand, the number of oscillation pulses of the oscillator 92 is
Presettable down counter with “S” set
Monitored by 93. This presettable down
The counter 93 operates the manual start switch 81 by the previous player.
With the start command pulse accompanying the operation, the preset value
After presetting to “S”, set value “S” is counted
When it goes down, the logic of the count-up pin is changed.
Set to “H”. This signal is transmitted through the OR gate 94 to the
Triggers the vibrator 95
Data 95 has a pulse width sufficient to reset latch 88.
Is output. When the latch 88 is reset in this way,
At least, the output of the latch 88 is at logic "L".
Therefore, the output logic of the AND gate 90 falls to “L”.
The logic "L" is applied to the start / stop terminal of the oscillator 92.
Given, at which point the oscillator 92 stops oscillating and the player
A series of actions with one operation of the manual start switch 81
finish. Of course, this continuous S times
As for the operation of mode 28, the feedback signal is
(f), the stored contents of the up / down counter 77 are
Decrement by “1”. After this operation, the up-down count is still
If there is more than “S” in the data 77,
Once the player operates the manual start switch 81,
Thus, the same operation as described above is reproduced. On the other hand, in the storage in the up / down counter 77
At a point in time when the volume is less than “S”, the player
When the switch 81 is operated, the following operation is performed. In the comparator 86, naturally, “n <
Since a logic “H” appears at the S ”terminal,
The pulse accompanying the operation of the switch 81 passes through the AND gate 96
This is taken in by the latch 97, and the latch 97
Oscillator by force through OR gate 90, AND gate 91
92 is triggered, and the opening / closing operation of the wing 4 according to the cycle t6 occurs.
Begin to. On the other hand, the current storage of the up / down counter 77
The number is monitored by Noah Gate 98, and once, wing 4
Each time it is opened, the signal obtained from terminal (f)
Of the up / down counter 77
When the memory content n becomes “0”, the NOR gate 96
Output logic “H” resets the latch 97,
The mono multivibrator 95 through the OR gate 94
Resets the latch 88 as well. When the latch 97 is reset,
Oscillator 92 stops oscillating, so that n <S
With respect to the number n, the wings have been opened and closed n times. However, during such an operation,
The ball that entered the role zone from between the wings 4
In some cases, a prize may be won in the hole 6 and the play described in detail above.
The second state of interest, which is of special interest to the
Another game starts. Then, in this embodiment, the terminal (e) is
Forcing the AND gate 91 by the appearing logic "L" signal
Obstruction and forcibly close AND gate 82
During the special game, S times or n times less than S times
The opening and closing operation of the barrel 4 is temporarily suspended. Regarding the above-mentioned special game, the cycle is updated.
No action taken or maximum set cycle
Output of terminal (e) when the special game has been completed by completing the number
Once the logic is inverted to “H”, it is temporarily held as described above.
The operation that has been restarted from the middle. Because, special play
By the start of the trick, up to the presettable down counter 93
Is not preset or cleared
It is. However, conversely, when a special game starts
, The automatic opening and closing operation of the wing for a maximum of S times was stopped
After the end of the special game, operate the manual start switch 81 again.
Combination of appropriate logic gates, etc. to be in a state of waiting for work
Easier. When the manual start switch 81 is operated.
Even if n ≧ S, during automatic opening and closing S times
Is counted down by the signal from terminal (f)
The stored content n of the up / down counter 77 is less than S
And it is quite possible. However, even in such a case, the opening and closing of the S times
Is provided with a latch 88 to complete
You. In the above, the circuit system shown in FIG.
Of the mono-multivibrator 23
By appropriately setting the oscillation frequency, duty ratio, etc.
As shown by the phantom line (g), the output of the oscillator 92 is
With the force, the solenoid driver directly through the OR gate 26
The drive circuit 27 may be driven.
During operation, the optical display circuit 29 and sound display circuit are connected via the line (h).
The road 29 'may be driven to display a specific light or sound. Further, as shown by a virtual line in the figure,
The operation of the embodiment shown in FIG.
The maximum set value N with the stored content n of the pull-down counter 77 is
When exceeded, And Gate 99, Mono Multi Vibration
Automatically open the wings only once via data 84
You may. Signal of terminal (e) to one input of AND gate 99
Is given, as explained earlier,
During the game, stop the automatic amortization of the stored contents and
This is to leave it to Buffalo. If such an embodiment is considered, S times
The player operates the manual start switch 81.
When made, the allowable number of open / close wings stored so far
A circuit that opens and closes the wings by an amount equivalent to n
The system can be easily assembled. For example, a manual start switch
A circuit for latching the output of switch 81 is provided.
N ≠ 0 can be detected for the contents stored in the pull-down counter 77
AND with the gate circuit, and output the AND gate
To control the oscillator 92, and when n = 0 is detected,
When the oscillator is stopped,
The vibrator resets the latch circuit.
You just have to plan. Further, according to such an idea,
A simpler, but more practical embodiment
Comes up. It is, for example, a one-time
The wing-opening operation is allowed, but in addition to this,
Count n reaches a certain maximum set value N.
The wings are automatically opened and closed N times from that time
That is to let it. This embodiment is shown in FIG.
Have been. A circuit system before the OR gate 76, a decoder 78,
The display 79 and the like are exactly the same as those of the circuit system shown in FIG.
Anything that performs the function of The player operates the manual start switch 81.
And the current up-down count via OR gate 100
As long as the content n of the data 77 is not zero, the
And the gate output becomes “H”.
Is latched by the latch 102, and the current
Unless in AND, AND logic at AND gate 103 is also taken
As a result, a logic "H" signal as a start signal is sent to the oscillator 92.
And the oscillator 92 starts oscillating. The oscillator 92 has been described with reference to FIG.
And the same oscillator as that of terminal (d).
Or, the solenoid 28 for opening and closing the wing is driven via (g).
You. Each time the wing 4 is opened once, the terminal (f)
From the up-down counter 77 by the feedback signal from
The contents are decremented by "1", and eventually n
= 0, the logical value of the n ≠ 0 terminal is inverted to “L”,
Force the output of AND gate 101 to logic "L"
On the other hand, the output of the inverter 105 becomes logic "H" and
Switch 102, which causes the oscillator of oscillator 92 to
It stops and finishes the wing opening and closing n times. On the other hand, the player operates the manual start switch 81
Without the need to store the content n of the up / down counter 77
When the set value N is reached, the n = N terminal becomes logic “H”.
This is the pulse width generated by the manual start switch 81 and
A monomultibar that generates pulses of approximately the same pulse width
Triggers the output logic of latch 102 by triggering
"H", and by the same operation as above, n = N
Wing opening / closing operation occurs twice. Of course, in the case shown, the up-down cow
As the direct output of the counter 77, the “n ≠ 0” output terminal or the “n
= N "output terminal is defined,
From the printer 77, a multi-bit terminal representing the stored contents in binary
In many cases, they are just being withdrawn,
Can be found in each of the numerical detection gates described so far.
As described above, an appropriate logic gate configuration can be adopted. Each of the implementations described so farIn formIs the phase
Appropriate combinations with each other provide a new embodiment
It can be expanded as a matter of course. The circuit system shown in FIG.
Each mode of the present invention is slightly different from the additional mode operation according to the description.
Special circuit examples that can be used in combination with the embodiments
However, as with the special zone winning detection
So, let's start the special game immediately and automatically
No grace period after detecting the winning ball in the special zone hole
If it is within the special game by the command switch of the player
This is to get you started. This circuit system is arranged between the line points P1 and P2 in FIG.
And inserted between them, as shown in FIG.
Line points P1 and P2 indicate such corresponding line points in FIG.
You. First, the auto / manual changeover switch 11
0 is provided. “Auto” mode has been described
As we have seen, automatically detecting special zone winnings
This mode is for generating special games.
Has been newly added because of incorporating this circuit system.
As a function, a certain time is set as a grace time, and within that time
Mode that allows the player to start a special game
Is. In the case of this embodiment, the auto / manual
Mode switch 110 each time the player operates
Switches that can change the
A T-type flip-flop 112 is provided. here
Indicates that the logic of the Q output of the flip-flop 112 is “H”.
If there is, manual mode, if it is "L",
If it is in auto mode, auto mode is selected
If you are not playing a special game now,
The output logic of the gate 114 becomes "H", but the AND gate 11
And logic at 5 cannot be taken, and
From the gate 116 to the gate of the OR gate 121
As a result of connecting the points P1 and P2, the circuit shown in FIG.
In the system, track points P1 and P2 are connected by a solid line
It is the same as the state. Therefore, the operation when the auto mode is selected
Has already been explained sufficiently, so it is omitted here.
I do. When the manual mode is selected, the current
Nando theory at Nandgate 114 unless you are in a special game
Logically, its output goes to logic "L", while
The AND logic at gate 115 can be taken, and
Door gate 117 is a special game from AND gate 38 in FIG.
It will be in a state to accept a start signal. Here, the logic from the AND gate 38 is
When an “H” pulse signal is input, the AND gate 11
Via 7, the timer 118 is triggered. This timer 118
The special game is open for a certain period from the special zone prize.
Set maximum grace time to delay start
For example, about 10 seconds can be considered. [0162] During this 10 seconds, the player
When the start switch 111 is operated during
The timer 118 is reset while the OR gate 119 is turned off.
The mono multivibrator 120 is triggered via
From gate 121 to track point P2 directly from AND gate 38
Pulse with a pulse width equal to
The special game is started by the mechanism. When the special game starts, the terminal (e)
The logic is inverted to “L”, and thereafter, the output of the NAND gate 114 is output.
Is logic "H" and the output of AND gate 115 is logic "L".
After that, the signal for each special zone prize
It flows from the gate 116 to the OR gate 121.
This is exactly the same as the state already described with reference to FIGS.
It is like. After the end of the special game, the logic of the terminal (e)
Due to the inversion to “H”, the circuit system of FIG.
Return to the state. Meanwhile, the grace period set in the timer 118
The player must operate the manual start switch 111
If not, the timer 118 times out.
The signal passes through the OR gate 119 and the mono multivibrator
Trigger 120. Therefore, the operation thereafter is the same as above.
Special game starts automatically from that point and ends
And return to the initial state. The circuit system shown in FIG. 9 is, of course,
Omitting the maximum grace time setting circuit allows the player
Dynamic start switch111  Special play only when is operated
It can be modified to start the trick, but this is
It may not be very practical as a cat machine. Each of the above embodiments is actually a module.
It is extremely convenient to construct a circuit system by converting it into a circuit. what
Then, the circuit system shown in each figure should be
3 and FIG.
Equivalent to the above terminals (a) to (h) on the circuit board mounted circuit
If terminals are provided and placed, the circuit system shown in FIGS.
Select one of the mounted boards and connect the terminals to each other.
A game mode that follows different modes just by continuing
Pachinko machines share the main basic circuit system (Figs. 3 and 4).
This is because it can be easily configured while using. Of course, a circuit system dedicated to each mode is provided.
In this case, for example, the “basic / extended” switch 14 or the
Switch 110 etc. can be omitted.
You. A slight change in the circuit is required accordingly,
In view of the description above, those skilled in the art
Is absolutely easy. Each game mode in the present invention is
CPU (Central Processing Unit) program that controls
It is also possible to realize it. The present invention has been described with reference to the embodiments of the drawings.
As described above, the present invention is limited to the above-described embodiment.
Instead of changing the scope of the configuration described in the claims.
It can be implemented in any way, unless otherwise specified. [0172] In summary, according to the present invention, a specific winning
The number of hit balls in the mouthAccumulationRemember and based on this memory
A guide member of the hit ball winning device generates a first profit state
So that the player can be more entertaining and
A variety of pachinko games are possible. Also,
The ball is hit according to the mode in which the player operates the manual start switch.
If the winning device generates the first profit state,
The player is free to make the first profit letter according to the state of the pachinko game
Games can be played. And in the special winning opening
Win multiple ballsCumulative storage, The first profit state
Operate the manual start switch when the
If the game with the first profit state is continued,Written by players
AdvantageousIncreased likelihood of a second profit state occurring
This allows for more entertaining games.

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a schematic front view of a pachinko machine. FIG. 2 is a schematic front view of the hit ball winning device. FIG. 3 is a part of an electrical wiring system diagram that performs a basic operation together with FIG. 4; FIG. 4 is a part of an electrical wiring system diagram that performs a basic operation together with FIG. 3; FIG. 5 is an example of an electrical wiring system diagram to be added. FIG. 6 is an example of an electrical wiring system diagram to be added. FIG. 7 is an example of an electrical wiring system diagram to be added. FIG. 8 is an example of an electrical wiring system diagram to be added. FIG. 9 is an example of an electrical wiring system diagram to be added. [Description of Signs] 1 Pachinko machine 31, 32 Starting chucker 4 as a special winning opening 4 Wings 5 as a guide member 5 Ball hitting prize device 6 Special zone hole 81 Manual start switch

Claims (1)

(57) [Claims] A special winning opening in the gaming section formed on the surface of the gaming board,
A hit ball prize winning device having a guide member that converts between a disadvantaged state and a profit state for the player is provided, and when a hit ball enters a specific winning opening, the guide member converts the disadvantage state to a first profit state, In the first profit state, when the hit ball entering the hit ball winning device enters the special zone hole, the guide member changes to the second profit state which is remarkably advantageous to the player. A pachinko machine wherein the number of hit balls is cumulatively stored, and based on this storage, the guide member of the hit ball winning device generates the first profit state described above. 2. A manual start switch that can be operated by the player is provided on the surface of the pachinko machine, and the number of hit balls that have entered the specific winning opening is accumulated and stored. 2. The apparatus according to claim 1, wherein the guide member of the device generates the first benefit state.
The pachinko machine described in 1.