JP2698909B2 - Pachinko machine - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION <Industrial Application Field> The present invention provides a special winning
Transforms between disadvantage and profit for the mouth and the player
Providing a ball hitting prize device with guide members such as wings
If a hit ball enters the special zone hole during the state, the winning
After the profit state ends, the guidance of the hit ball winning device again
A snap that allows the members to convert and generate a profit state
It concerns the machine. <Conventional technology> As is well known, there are many hitting machines for pachinko machines.
In particular, a special winning opening has been set up in the gaming section of the gaming board.
Information such as the wings of the hit ball winning device when a hit ball enters the specific winning opening
The member transforms into a state that is beneficial to the player,
When a special condition occurs in the game,
There is a hit ball winning device that can bring profit. <Problems to be Solved by the Invention> The conventional hit ball winning device described above is a guide portion of the hit ball winning device.
The material is converted once or twice to give the player a favorable condition
Well, in this first profit state, I entered the hit ball winning device
When the ball is in a special state such as winning in a special zone hole
Convert to a second profit state that gives the player extreme profit
However, for players, this type of game is
Has been remodeled. Therefore, a new operating condition
Pachinko machines are longing for. But on the other hand,
If you give too much profit, you will incite mischief
And the amusement store is disadvantageous, so it is necessary to restrict
It is important. <Means for Solving the Problems> The present invention has been proposed in view of the above points, and
A special winning opening in the gaming section formed on the surface of the
Has a guide member that converts between a disadvantaged state and a profitable state
And a hitting ball prize winning device, and a hitting ball enters the specific winning opening.
And the disadvantaged state due to the ball entering this specific winning opening
To profit status, and in this profit status hitting ball
When the hit ball enters the special zone hole, the guide member
Pachinko machine that converts to a profit state that is significantly advantageous to the player
Remember winning in special zone holes during profit status
And a control means for converting the guide member into a profit state again.
There was a step, and there was a prize in the special zone hole during the profit state
In the case, the state of the number of winning balls to the hit ball winning device in the profit state
According to the probability of winning the special zone hole
The transition to the profit state is controlled. <Example> Hereinafter, the present invention will be described with reference to examples in the drawings. The pachinko machine 1 according to the present invention is shown in FIG. 1 or FIG.
Specified in the game part 2 formed on the surface of the game board as shown in
First-class start-up chucker 31 as a winning opening and specific winning opening
A second type starter chucker 32 is 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. The two wings 4 as guide members described above are provided on the back of the game board.
It is almost upright and horizontal by a girder solenoid (not shown).
Can be changed to a state tilted in the direction, almost upright
In the state, the hit ball flowing down the game section 2 enters the hit ball winning device 5.
Is disadvantageous for the player,
In the tilted state, the hit ball flowing down the gaming section 2 is a hit ball winning device.
5 is very easy to enter, so it is in a profitable state for the player.
You. In addition, as a guide member, for example, both ends are pivoted and
A movable gate may be provided. In the lower part of the hit ball winning device 5 described above, a special
The zone hole 6 is provided with a normal winning hole on the left and right of the special zone hole 6.
7 and the wing 4 makes the hit ball winning device 5 profitable to the player.
If the ball enters while in the state
Or enter 7. Hereinafter, the gaming state of the pachinko machine according to the present invention will be described.
You. In the pachinko machine 1 of the present invention, in the normal playing state, the two wings
4 is disadvantageous to the player, and the hit ball
I can't enter. However, the game unit 2 is repelled by a firing device (not shown).
The first-class start-up chat as a special winning opening
When entering the mosquito 31, both wings 4 move laterally only once at 0.5 second intervals
To give the player a first profit state. On the other hand, a hit ball flowing down the gaming section 2 is used as a specific winning opening.
When you enter the second type starter chucker 32, both wings 4
It tilts twice laterally at intervals of 0.8 seconds, so
It is better for the player than when the ball hits the starter chucker 31
In the profitable state, the hit ball winning device 5 converts to the first profitable state.
You. In any of the above cases, the hit ball prize winning device 5
Wing 4 wins a ball when converting to the first profit state
When a hit ball enters the device 5, the hit ball is inserted into the special zone hole 6.
Normally, the player enters the winning hole 7. And either left or right
When a hit ball enters the normal winning hole 7, a certain number of prize balls are simply discharged.
It is only issued. However, the hit ball that entered the hit ball winning device 5 is in the special zone
When the player enters the hole 6, the hit ball prize winning device 5 uses the wing 4 to
Change to a second profit state that is significantly more advantageous to the player than the profit state
Replace. The above-mentioned second profit state is obtained by the hit ball winning device 5.
Wing 4 tilts laterally for a total of 18 times at 0.8 second intervals for 0.8 seconds
One cycle in which the profit state occurs for about 30 seconds
The principle is to do. However, in conventional pachinko machines
A total of 10 hits in one cycle
When entering the device 5, the cycle is stopped and about 30 seconds
A total of 10 hit balls are in the hit ball winning device 5 during one cycle between
If not, the cycle is also aborted. And hit ball
No. n out of 10 hit balls in one cycle entering the prize device 5
When the ball hits the special zone hole 6, the size
Cycle stops and converts to next cycle, up to 8 cycles
Can be repeated. In this way, with conventional pachinko machines, the ball is hit at the special winning opening
When entering a certain starting chucker, the wing makes the hit ball winning device disadvantageous
From the profit state to the first profit state, and in the first profit state
When the ball enters the special zone hole 6, the wings are significantly advantageous to the player
To give the player extreme profits
Because However, for players, this kind of play
Skills are rut and do not add new interest
No. Therefore, in the present invention, a special ball is hit during the second profit state.
When the player enters the hole 6, the prize is memorized and
Counting, based on the number of winning balls, the subsequent second profit state
It is intended to be controlled. In addition, as an example,
On the surface of the pachinko machine 1 shown in FIG.
Switch 14 and a manual start switch 81,
Normally play with the hit ball winning device 5 by the changeover switch 14
Select the mode of the game or the expansion game
You can do it. The game state of the present invention will be specifically described below,
First-class start-up chucker 31 as a special winning opening as a condition
The winning ball detection switch is called K1
Class 11 and 12 and the second-type starting chucker 3 as a special winning opening
2 is called K2 chucker and its winning ball detection switch is
It is called Switch 13. However, the ball hit K1 Chukka
In the case of opening and closing the wing 4, Ka, K2
In this case, the wing opening / closing frequency can be set to Kb.
Will be described later. In addition, the second profit of the hit ball winning device 5
18 continuous operations of the wing 4 in the profit state are solenoid driven
The pulse width is 0.8 seconds and the pulse interval is 0.8 seconds. Then, in the operation mode to be realized as the embodiment,
The wing 4 that accompanies both K1 and K2
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, for winning the K1 Chukka, enter the number “1”.
Increment and the number "2" for winning the K2 Chukka
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, the start of the player when S> n
For the operation of the dynamic switch, a number n corresponding to the current number of storages
Only by (<S), the opening / closing operation of the blade occurs, or n ≧
Two ways of disabling the start switch until S is reached
Means are conceivable. 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 operation modes described above,
This will be described below with reference to the block diagram of FIG. FIG. 3A and FIG. 3B show the basics of the pachinko machine of the present invention.
Circuit system for satisfying various game forms,
The terminals (j) to (k) in FIG. A correspond to those in FIG. 3B.
While connecting the terminals (j) to (k),
The terminals P3 and P4 in FIG. 3B are connected between the line points P3 and P4.
(Hereinafter, simply referred to as FIG.
Connected state). The upper half of FIG.
The technical section and the lower half are related to the so-called special game section.
In addition, each terminal (a) to (g) is
Corresponding terminals (a) to any one circuit system up to FIG.
When (g) is connected, each of the game forms according to the present invention
However, a different embodiment mode becomes possible. Therefore, first, the basic game mode of the present invention will be described with reference to FIG.
The circuit operation for satisfying the condition will be described. To do so, the mode switching switch added as an example
The “Basic” mode is selected by operating switch 14.
Need to be This mode changeover switch 14 is operated by a player.
A basic game mode according to the present invention and an additional example
The extended game format can be selected, and the basic game format
Is called “Basic” mode, and it is called “Extended” mode by adding
Call it. In this embodiment, the mode switch 14 is
It is devised so that only a momentary switch is needed.
Each time the technician performs an operation such as pressing it, the waveform is adjusted once.
Form of T-type flip-flop (FF) 35 through circuit WS
State by changing the logic value of the Q output.
The mode can be changed. Selected at that time
The current mode is controlled by light or sound by the mode display circuit 36.
Can be displayed to the player by any suitable display means.
You. In some cases, no particular description is given below.
In the middle, all symbols WS indicate the appropriate ON detection signal of each switch.
A waveform shaping circuit for shaping a pulse signal with a pulse width
is there. However, currently, the basic mode is selected and the T-type
When the Q logic of the flip-flop 35 is "H"
Is once for each winning ball in the first-class starting chucker 31
K1 attached to K1 chucker to allow opening and closing of wing 4
When the winning ball is detected by switch 11 or 12,
Detection pulse from OR gate 15 and AND gate 17a
After that, it is latched by the latch 16 and the latch circuit 16
The output is set to logic “H”. After this latch output passes through the OR gate 19,
At this point, other input (track (e))
AND gate 21 whose logic value is logic “H”
Pass through, especially at its rising edge
Data (MMB) 23. The time t1 is set in the mono multivibrator 23.
However, this is when the two wings 4 are opened and closed only once.
The time for energizing the drive solenoid 28 is specified. About here
0.5 seconds can be considered. The output of mono multivibrator 23 is AND gate 2
5, Pass the OR gate 26 in order, and turn the solenoid
The opening / closing solenoid 28 of the wing 4 is turned on via the road 27 for a time t1,
Drive. Of course, the number of K1 switches is
The OR gate 15 is not limited to
Arbitrarily. On the other hand, every time there is a winning ball, the wings can be opened and closed twice, for example.
The K2 switch 13 attached to the K2 chucker
When a winning ball is detected, this detection pulse is
Since this mode is selected, the other input becomes logic “H”.
Through the AND gate 18a
And its output is set to logic “H”. This latch output with the inverted state to logic “H”
At this point, the AND input whose other input is at logic “H” is
Pass through port 22, especially at its rising edge.
Trigger the ibrator (MMB) 24. The time t2 is set in the mono multivibrator 24.
This is because each time the wing 4 is opened and closed twice,
The time for energizing the drive solenoid 28 per hit is specified. This
In this case, it can be considered about 0.8 seconds. In other words, in this embodiment, when input to the K1 chucker
It's just a matter of the number to input to K2 chucker
Not only that, it is also advantageous in terms of the opening time of each wing
It is planned to be. The output of the mono multivibrator 23 is connected to the OR gate 26.
Through the solenoid drive circuit 27
First, the solenoid 28 is driven once for the time t2. However, the output of the mono multivibrator 24 is
The signal is also given to the delay circuit 31 with the symbol τ1.
The delay time set in the delay circuit 31 is, for example, t2 + t3 =
1.6 sec, first pulse width t2 = 0.8 sec pulse
Occurs, a second pulse is emitted at 0.8 second intervals
Live. Like the first pulse above, this second pulse
The pulse width is 0.8 sec, OR gate 26, solenoid
The wing opening / closing solenoid 28 is set to time t2 via the live circuit 27.
Drive again. Of course, as is apparent from the above, the pulse interval t3 is slow.
Can be changed by changing the set time for extension circuit 31
In addition, other two-pulse generation circuits can be arbitrarily used.
Wear. Also, the number of switches in K2 is arbitrary, and
As seen in OR gate 15, which takes OR of the output of the switch
The outputs of these K2 switches are ORed and latched 32
Enter it in Even if you input to K1 chucker, if you input to K2 chucker
Also, when the solenoid 28 is driven, the optical display circuit 29 and the sound table
The display circuit 29 'can be used to imitate a known existing method.
May be displayed. Also, the solenoid is driven
Each time, for example, solenoid operation with an appropriate pulse width
A detection pulse is obtained at the output of the detection circuit 30, and this is
Switches 16 and 32 to wait for the next winning ball detection.
As well as a mono-multi vibrator
Trigger 34. The output of the latch 32 for the K2 switch is
Control the AND gate 25 via the
The output of the mono multivibrator 23
, But this is going to K2 Chukka
This is to give priority to the operation based on the input. That is, even if the wing 4 is opened and closed once,
At this timing, the K2 chip is
If a jackpot is won, the output of inverter 20
And gate 25 is closed by inversion of logic
Forcibly disable the output of multivibrator 23 at that time
Of the output of the monomultivibrator 24 for opening and closing twice
Only by enabling the K2 Chukka prize
From there, they open and close twice. this
Has almost finished winning in K1 Chukka 2 and K2 Chukka
In this case, as long as the circuit does not cause inconsistent operation, K1
K2 Chukka is more advantageous for players than Chukka
It is a consideration to leave the person effectively. Of course, such K1 switch and K2 switch,
When each winning ball detection switch described below detects a winning ball,
Although not shown, a predetermined number of prize balls are
You can give it back to the player, but the explanation here is
It does not affect such a prize ball discharge mechanism
I do. Now, as a result of opening and closing the wing 4 by the above operation, the wing 4 is opened.
The game ball that has entered the role zone becomes even more lucky with the V zone
When a prize is placed in the special zone hole 6 called, a special zone is detected.
Switch 37 detects that, and detects from waveform shaping circuit WS
A pulse is provided to one input of AND gate 38. AND gate 38 is a three-input type, and
One is from the detection circuit 30 to confirm the solenoid operation.
For a certain period of time based on the detection pulse
A signal that keeps the logic “H” output as the output of the
And the other one, as will become apparent from the
At this time, the output of the inverter 61 becomes logic “H”.
Signal is given, the ball hits the special zone hole
When the player wins 6, the detection switch 37 turns on and the AND gate
The output of 38 becomes logic "H" and the output of latch A becomes logic "H".
Become. This logic “H” output is pulsed by the differentiating circuit C.
No., timer 39, presettable down counter 6
3. Reset latch 46 and add symbol τ2
After the delay by the time constant circuit 40, the
The output of M39 becomes logic "H" and the special second profit state
And the maximum number of wing open / closes in one cycle for special games
Presettable down counter 44 for a limit of 18 times, for example)
And the maximum number of winning balls in one cycle (for example, 10)
Presettable down counter 63 for
You. Here, the maximum number of wing open / close times in one cycle is
Assuming “18”, the presettable down counter 44
Number “17” in decimal notation, presettable down count
The number “9” is also in decimal notation, and each is a binary number
Preset by value. These presettable down
Counters 44 and 63 are up to the numerical value "0" in decimal notation
It counts down. On the other hand, andge obtained by hitting the ball in the special zone hole 6
The logic “H” of port 38 is input to presettable counter X.
It is. This presettable X has a special zone hole 6
Each time a prize is won, the count value is set by subtracting or adding 1
When the value has been reached, a logical "H" is sent. Also, this pre
The settable counter X is set when a major role to be described later ends.
The logic “L” sent from the IM 39 is inverted by the inverter Z.
Reset at the end of the role due to the logic "H" output
You. Then, from the detection switch 37 of the special zone hole 6
Detection pulse also resets the latch 46 described later,
Triggering the multivibrator 48, the time constant circuit 40
Output for a time corresponding to the time τ2 determined in
Set to logic “H”. This time τ2 defined in the time constant circuit 40 is
This is to ensure each preset operation of
Correspondingly set to mono multivibrator 48
The time τ2 is that the oscillation output from the oscillator 43 described later
Because the purpose is to prevent output,
As long as it can be done, it will be necessary and short enough. Also, based on the detection pulse for confirming the operation of the solenoid,
Output a logic "H" for a predetermined time.
The breaker 34 is provided when the wing is opened
After the bat 4 enters the role zone of the device 5 and the wing 4 closes,
This is because the special zone hole 6 may be awarded late.
You. In other words, the most important thing about winning with this delay
Know the delay time experimentally and correspond to that time
You can set the time to the mono multivibrator 34
is there. Empirically, during this time, since wing 4 was last closed,
It only needs to be about one second to several seconds at most. The delay time τ2 set in the time constant circuit 40 elapses
Then, the timer 39 is triggered. This timer 39 has one
Limit the maximum number of open / closed wings in a cycle only by the number
Rather than monitoring the time, and exceeding the maximum set time.
Nevertheless, while eliminating the risk of the wings being accidentally opened,
It is provided for reliable operation of each circuit system described later.
is there. Regarding the maximum operation time, up to 18 blade opening and closing movements
Is repeated at intervals of 0.8 sec with a pulse width of 0.8 sec, for example.
First wing release time, if specified to be returned
The time from to the last wing closing is (0.8sec) x (opening / closing
Since the number of times 18 + the number of intervals 17) = 28 seconds, 28 seconds or more
Anything is fine, but here we set some time to 30 seconds
It has been set. Resets first when timer 39 is triggered
The output of the inverter 47 for inverting the output of the latch 46 and the
The AND with the output of IM 39 is taken at AND gate 42
"H" is applied to the start / stop input of the oscillator (OSC) 43
The oscillator 43 starts oscillating. Put beforehand, this oscillator 43 starts
Oscillates when logic / H is given to / stop input
Then, when the logic “L” is given, it stops oscillation.
is there. As for the oscillation frequency, as described above, 1
Maximum number of open / close wings per cycle of 18 open cycles
For the closing operation, the drive of the solenoid 28 has a pulse width of 0.8 sec.
Is set to be repeated at 0.8sec intervals
Oscillates a pulse train with a duty of 50% at a period of 1.6 sec.
It just needs to be set to do so. In the figure, t4 and t5 are both 0.8 seconds. But
Any other settings are acceptable, and accordingly
The set time of the timer circuit 39 may be changed. When the oscillator 43 starts oscillating, by that time already
Mono multivibrator 48 falling to logic "L"
Through the AND gate 49 receiving the output of
This oscillation pulse is output from the OR gate 26 directly to the solenoid.
Drive the drive circuit 27 and set the solenoid to 0.8 sec.
The operation is repeated at intervals of 8 sec. On the other hand, the rising transition of the output of timer 39 to logic “L”
Is captured by the differentiating circuit 41 and is pre-
Preset the settable down counter 50. This presettable down counter 50 is used for special games.
Maximum number of cycles per frame, ie, this embodiment
In the above, all eight cycles are detected.
The decimal value is converted to “8” in decimal, which is effectively the number “9”.
It can be counted. One more than the maximum number of cycles
The reason why the number can be counted will be described later. In any case, the presettable down counter
When 50 is preset, it appears on its 4-bit output
Binary value "1000" (from the most significant bit M3)
Decoder 56, for example, 7-segment display
Activate the well-known appropriate numerical display 57 by A, etc. to give the player
Notify that the first cycle of the special game has started
You. That is, in the case of this embodiment, the displayed decimal value "8"
Is the number of remaining cycles, including the cycle currently in operation.
It is shown. However, if necessary, the decoding
By changing the direction, it indicates that it is the first time
It is easy to change the display from the decimal value "1". 4-bit output of the presettable down counter 50
Among the input terminals, the most significant bit terminal M3 is set to the logical value “1”.
The corresponding logic “H” is captured by the latch 54, and thereafter,
The output of the latch 54 becomes logic "H". In other words, this la
A logic “H” signal appearing at the output of
The special game, which is in the 2nd profit state, has started and will continue
The signal indicates that the vehicle is in the middle. This signal is inverted by the inverter 55 and continuously discussed.
It is also used as a special game signal that becomes “L”. Therefore, at this time, for example, this special game signal
Is detected by the detection circuit 33, and the normal game state is displayed by the light display circuit 29.
The light display of a specific mode different from when the wing is opened and closed
And the display circuit 29 'also provides a specific form of the sound table.
May be shown. Also, the detection of special games
Directly captures the output through AND gate 49 of oscillator 43
It can also be done by doing things. However, in this embodiment, a special game starts.
And the output of the inverter 55 becomes logic “L” as described above.
As a result, the AND gates 21 and 22 are closed. Therefore, during this special game, K1 switches 11, 12 and K
2 Even if there is a game ball that wins the switch 13,
The solenoids are not driven
The winning balls to switches 11, 12, and 13 are invalidated (most
The ball can be ejected, of course, but the oscillator 43
Only the wing opening / closing solenoid 28 is controlled. On the other hand, the presettable down counter 50 preset
Receiving the output of the inverter 55 of the AND gate 51
Input becomes logic “L”.
Regarding the output of the differentiating circuit 41 that is output at each update,
And presettable down counter 50
However, on the other hand,
The gate 52 is more effective, and is turned on every cycle update.
Presetable down counter 50 through Agate 53
Start counting down. During the first cycle, when the wings open and close repeatedly
The oscillation pulse of the oscillator 43 is
Monitor 44. And this presetter
The bull down counter 44 counts from the preset value “17”.
Down, and the cycle update conditions described later are met.
As a result of counting 18 pulses,
The count value of the presettable down counter 44 is “0”
, A count-up signal is output and this
Latched through gate 45 into latch 46, and
The logic “L” signal whose contents have been inverted by
The output of the gate 42 is inverted, so that the oscillator 43 is
Stop. This count-up signal is
Until the double down counter 44 is preset,
Keeps “H”. At the same time, the output logic “H” of the OR gate 45
54 is continuously applied to the reset terminal R, and
Output logic is fixed to “L” and also applied to the time constant circuit 59.
And forcibly act on the decoder 56 after a certain time τ3
Multiplication, and the numerical display of the display 57 is set to “0”. Therefore, the cycle update condition described later is not satisfied
Display, the number of cycles indicator 57
After displaying the numerical value "8" for a while after the cycle ends,
It becomes “0” and informs the player of the end of the special game. On the other hand, the circuit system in the normal game section also goes to the initial state
Is reset as a whole. That is, the inverter
55 output logic returns to logic “H” before the special game started
As a result, AND gates 21 and 22 are enabled again, and the K1
Describing based on winning ball detection of switches 11, 12 and K2 switch 13
The wing opening / closing operation is allowed. And in the pachinko machine of the present invention, the 18 times
During opening and closing of wing 4, or also the last 18th opening movement
Even after finishing the work, mono multivibe as described above
Until the output of the oscillator 34 falls, the special
When there is a hit ball in the hole 6, the output logic of the latch 46
“H” is reset input to the latch A by the differentiating circuit D.
Latch A will not be released until
Since the power logic “H” is maintained, the opening and closing of the wing 4 is continued. Ma
During wing opening / closing operation, the logic of timer 39 is applied to AND gate E.
Since the “H” signal is input, it enters the special zone hole 6.
When there is a prize, the output logic “H” of AND gate E goes to latch B
Input, the output of latch B is held at logic "H".
Then, the winning in the special zone hole 6 is stored. Also a special zo
The winning of the hole 6 is done by updating the value of the presettable counter X.
Although it is new, it is logic “L” until the set value is reached.
Latch B is not reset through gate Y, but
When resettable counter X reaches the set value, logic "H" is sent.
And reset the latch B to update the cycle
Not to be. The output theory of the latch B
Logic "H" and the output of the differentiating circuit D at the end of the role
A logic “H” signal is output from the AND gate F,
When the first cycle through Agate G starts
The situation is very similar and a new cycle begins. That is
The output of the gate G is a post-delay timer by the time constant circuit 40.
Input to 39 and input to OR gate 51 through differentiation circuit 41
Presettable down for cycle count
The numerical value of the counter 50 is decremented by “1”,
The only change is that the numeric display on display 57 changes to "7".
You. In other words, the count of the presettable down counter 44
Before the timer is up, after the timer 39 is reset once,
When triggered, the differentiator 41 detects the rise.
The output is closed immediately after the start of the first cycle as described above.
Not open and gate 51, open immediately
This AND game is given to the AND gate 52.
As a result of the output of
This is because the content of the adjustable down counter 50 is reduced by one. Such a cycle update operation is performed when the winning
Until the 8th cycle is completed, unless
Can be connected, each time a presettable down
The contents of the counter 50 are received from the AND gate 52.
Counted down by number. Then, when it reaches the last eighth cycle, the preset
The 4-bit output terminal of the double down counter 50 is a decimal number
Value is "1", binary value from most significant bit M3 to least significant bit
It becomes "0001" by Mo. At this time, of course, the display 57 of the current cycle
"1" is displayed and the player is in the last cycle
Is different from the previous cycle.
Is defined as the last round, so in this last round
The prize in the special zone hole 6 accompanying the opening and closing operation of the wing
Or cycle update conditions. For this purpose, a four-input NORAGE
Port 58 is provided, and among the four inputs, a presetter
Of the input receiving the least significant bit Mo of the
Only the inverted input. In the last cycle, the output of NOR gate 58
It becomes logic “H”. Therefore, the output of latch 60 is logic “H”.
And the output of the inverter 61 holds the logic “L”.
As described above, the output of the inverter 61 is received as one input.
Of the special gate detection switch 37
Even if there is a winning detection signal, do not pass it anymore
It becomes. Therefore, the “10 count condition” described later is not satisfied.
As long as 18 wings 4 in the last cycle
The opening / closing operation ends. Then, from the presettable down counter 44,
The so-called end signal sent via the port 45,
The display of the indicator 57 for displaying the
"0" is displayed by the
The output of the inverter 55 is inverted to logic “H”,
The normal game state of waiting for the special game start. Also,
Switch 60 is also reset, and the output of inverter 61 is also logic “H”.
And is given to the AND gate 38. Further, this end signal is pre-set via the OR gate 53.
Decrement the contents of the adjustable down counter 50 by “1”.
The presettable down counter 50
Since the output also changes from “0001” to “0000”,
New special games will be opened by detecting special zone winnings
May be initiated and then reset the latch 60
Is solved, a logic “L” is applied to the input of the inverter 61.
Can be maintained. Of course, as for the display from the numerical value “1” to “0”,
Temporary when the cycle update condition is not met
After displaying the number of the cycle, the numeric display changes to “0”.
The previously described time constant circuit 59 used for
No. Also, the decoder 56 naturally receives the command from the time constant circuit 59.
After that, the presettable down counter 50
Again, this presettable down cowl
Latch so that the output of
The signal from 54 is used as a selection signal, and its logic “L”
Is given as a significant fall. Each cycle of the second profit state is the set number of times as described above.
Unless the wing has been opened and closed 18 times,
With the opening and closing of the wing, a prize is placed in the character zone of the ball
When the number of winning balls that have come to a predetermined number, for example, 10,
Are also not updated. That is, the detection signal of the special zone winning detection switch 37
Presets via AND gate 38
The settable down counter 63 is not shown
A known sphere that detects a prize ball coming into the zone each time
Decrement by "1" per ball by detection switch
I will go. First, immediately after the preset, i.e.
Immediately after the start of the cycle, "9" is displayed as a decimal number in the 4-bit output.
A signal to represent appears. However, in order to be displayed for the player, one ball
It is more natural to increase the numerical value by “1” each time.
First, the numerical value “0” is displayed on the numerical value display 66 via the decoder 65
Decode so that is displayed. In this way, each time there is one winning ball that wins in the bonus zone
In the contents of the presettable down counter 63,
The value is decremented by "1" and the value displayed on the
In the display, the addition result is displayed in decimal "1".
go. During this process, if 10 winning balls are detected,
The content of the settable down counter 63 becomes “0” and the value
The display on the display 66 also changes from “9” to “0”. Mochi
Of course, if a two-digit display is used, “0” will be replaced by “10”.
Can be changed, but just two digits for one kind of number "10"
It is wasteful to use the indicator of 10 and count 10
At the point where the game was terminated, return to the normal game
It is better to use a single-digit display.
No. In this way, 10 winnings in the bonus zone are detected
Is detected, the noage as a count-up detector
Since all four inputs of port 64 become logic “L”, logic “H”
A significant count-up signal is output and this
Is given to one input of port 45. In this case, the output of the OR gate 45 is set first.
A series of circuit operations based on the special game end signal
Exactly the same operation occurs. On the other hand, the presettable down counter 63
There is a game ball that wins in special zone hole 6 before
In this case, the output of AND gate 38
The presettable down counter 63 is a preset value.
Since it is reset to “9”, every updated cycle
From the beginning, the number of winning balls in the special zone is counted.
I will come. In this case, the game balls won in the special zone hole 6 are also counted.
If that is the case, it's the 10th winning ball again
If so, a malfunction of the circuit may occur. on the other hand
Try to update the cycle on the other end
This is because that. But this is easy, and for the player
It can be advantageously prevented. For example, mechanically set the special zone detection switch 37 to 10 counts.
To be located upstream of the switch 62 for Like this
For example, if the game ball that won the special zone hole 6 is the 10th
Even so, if this is the tenth, it will be presettable
Before being recognized by the down counter 63,
Presetting the bull down counter 63
Can be. Of course, electrically suitable delay circuits are provided
May be. According to the operation of the circuit system as described above, in the present invention,
Maximum wing opening / closing per cycle 18 times, cycle maximum
8 updates, maximum 10 winning balls per cycle
Special games are stipulated, but of course
It is obvious from the above description that it can be changed freely.
The switch for starting the wing first is also opened once.
There are two types, one for closing and two for opening and closing.
Setting is optional, and the opening / closing time per operation is optional.
In addition to being configurable, it is also possible to change the opening / closing frequency itself.
You. Check the operation of the solenoid as shown in the figure.
The detection signal is extracted from the output of Agate 26,
In addition to being able to take out from the drive circuit 27 and the solenoid itself, an example
For example, a lead switch provided when the wing 4 is opened
It may be taken out from a sensor such as a switch. In addition, the display of each numerical value is
You can change it to the
Display of the number of times of opening and closing of 4 is presettable down
This may be performed based on the output of the waste 44. The above is a basic game in the pachinko machine according to the present invention.
This is an explanation of the operation of the circuit system that should satisfy the form.
And press the added mode switch 14 once.
When the technician operates, the circuit system in FIG. 3 is changed from FIG. 4 to FIG.
Any one of the circuits up to and
By combining the circuit systems shown in FIG.
Special games in the game. First, as an embodiment of the present invention, the circuit system shown in FIG.
The combined case will be described. Each terminal shown in Fig. 3
(A) to (h) have the same reference numerals shown in FIG.
(A) to (h) are connected. However, the terminal (g) is the third
As shown in the figure with phantom lines,
No terminal. Dare to connect this terminal to the circuit shown in Figure 3.
If the module is to be installed,
For example, it may be grounded in order to always add the logic “L”. "Basic" mode to indicate the game mode as before
Mode switch 14 when the mode is selected.
Is operated, the output of the T-type flip-flop 35
By inverting to "L", the "extended"
Code. The inversion of the output of the T-type flip-flop 35 to logic “L”
The AND gates 17a and 18a are forcibly closed. This is the K1
As already described by winning the switches 11, 12 and K2 switch 13
Circuit system prevents the wing from opening and closing immediately.
Means that Conversely, each winning ball detection signal in those switches,
The output of the T-type flip-flop 35 is received at the inverted input.
Pass through AND gates 17b, 17c, 18b
Through (a) to (c), the readings shown in FIG.
To the latches 71, 72, 73, 74 having the output command terminal RD.
You. The signal from the K2 switch 13 is applied to the two latches 73 and 74.
The only thing that is promised is that switch 13
When a prize is won, the wings should be allowed to open and close twice.
Therefore, its value is twice as high as the K1 switch.
Because Each latch 71.72, 73, 74 is shown by a scanner 75.
Clock CLK from a suitable clock oscillator
Scanning at appropriate intervals, and read commands are given in order.
At the same time, the latch that received the previous read command
Reset. These scanners should be fast enough.
Is desirable. Regarding the wing opening and closing in the “basic” mode
Unlike behavior in seconds or sub-seconds,
Memory operation is a very accurate display to the player
Is required. For example, in the previous operation, the K2 switch 13
If two wing opening / closing operations based on
Even if there is a prize in the K1 switch, the prize ball is
Although it can be done, disable the corresponding wing opening and closing
Was. But it is not unnatural.
Wing 4 is actually moving but K1 switch won
It is better to say that the wings 4 are moved strangely. However, when remembering numbers, for example, K1 switch and K2 switch
Just because there was a prize almost at the same time as
Disabling one or the other is equivalent to the player
Gives great discomfort and discomfort. For this reason, it was set to an appropriate high speed (the
The thing itself is still a very high frequency clock
There is no problem because it can be easily obtained.) Scanner 75
The contents of the latches sequentially scanned by
Is provided to an up / down counter 77 through a
Of the K1 switch and K2 switch in the counter 77
The wing opening / closing permissible number associated with the number of winning balls is stored. In other words, K1 switches 11 and 12 per ball
The number “1” is incremented for each prize, and the K2 switch
As for 13, the output of both latches 73 and 74 will be read.
Therefore, "2" is added as a decimal value. The content of the number of storages at each point in time is determined by an appropriate decoder 78.
Is displayed to the player on the appropriate numeric display 79 via
You. However, the stored content of the up / down counter 77 is “0”.
Unless the corresponding input of AND gate 80
It can be considered as a logical "H" because it is turned over,
Also, unless a special game has occurred,
Since the signal appearing at the terminal (e) is also at logic "H",
It is determined whether or not the dynamic start switch 81 is operated.
This defines the output logic of the port 80. When the player operates the manual start switch,
The logic “H” pulse passes through the AND gate 80,
(D) one of the OR gates 19 shown in FIG.
Given to the input. Then, the mono multivibrator 23 is triggered, and the
Output of the solenoid drive via AND gate 25
Conveyed to the road. This causes the solenoid to operate once and open the wing
However, the result is detected by the detection circuit 30, and the terminal (f)
And passed through AND gate 82 in FIG.
Later, it is given to the down input of the up / down counter 77,
The contents are decremented by “1”. Of course, the contents stored in the up / down counter 77
If it is “0”, the AND gate 80 is forcibly closed,
Even if the player operates the manual start switch 81, no change occurs.
I won't. On the other hand, from the wing 4 opened by the player by a manual command,
There is a game ball in the zone, and this is a special zone
When a prize is made to the hole 6, the special game described above is started.
You. During this special game, the logic of the terminal (e) becomes "L".
So, again, AND gate 80 is forced to be closed
The manual start switch 81 is virtually inoperable.
The contents of the up / down counter 77 are stored in the K1 switch.
H, only to add to the prize in the K2 switch. It also controls the opening and closing of the wings 4 in this special game.
The operation of each solenoid operation is, of course, shown in FIG.
Decrement the contents stored in the up / down counter 77
Should not be changed, so a logic “L”
Significant special game signal will also close AND gate 82
Swelling. The mode for operating the wings once for each manual command
Inform the user that such a manual command has been issued.
Therefore, the light table shown in FIG.
Give a signal to the display circuit or sound display circuit to make a specific display
Is also good. The circuit shown in FIG. 4 is replaced with the basic circuit shown in FIG.
In the embodiment of the present invention combined with the road system, the "extended" mode is used.
If you select a password, is there an upper limit on the number of storages?
If the capacity of the up / down counter 77 used exceeds
The excess may be invalidated. However, the upper limit N is set in the form of counter capacity
However, even if the overflow is intentionally invalidated,
Good, but in practice this can also make players uncomfortable
Conceivable. Therefore, the upper limit N is intentionally set and the counter 77
If the number n exceeds this upper limit N, each time it exceeds one
The operation such as automatically opening the wing once and automatically is also an example of the present invention.
This is a good function. Such an embodiment slightly modifies the circuit system shown in FIG.
The combination of the circuit system shown in FIG. 5 and the circuit system shown in FIG.
Is obtained. The same or similar components as those in FIG.
As shown in FIG. 4, up to the storage number n = N
The operation is substantially the same as that of the circuit system. Circuit structure
For the sake of convenience, AND gate 80 judges "n = 0?"
And whether or not it is in a special game with AND gate 80a
Judging and gate 80b is divided into two
It is a difference of the order. However, the contents stored in the up / down counter 77 are set.
If the maximum set value N (for example, N = 10) is exceeded,
A logical “H” signal is generated from the “n> N” terminal,
Pal similar to that obtained when operating the dynamic start switch
The mono multivibrator 84 that generates
Move. As a result, the pulse signal becomes OR gate 85, AND
After passing through the gate 80b, the terminal shown in FIG.
Provided to the user at port 19, and by the mechanism described earlier,
The multivibrator 23 is triggered once and the wings
Times to open. The result is obtained from the terminal (f) by the AND gate in FIG.
82, the contents of the up / down counter 77 are stored.
Decrement by “1” and return to “N”. However, in the circuit shown, a special yugi has started
In this case, an AND gate is generated by the logic “L” signal of the terminal (e).
As a result of closing 80a, b, the maximum set value during the special game
Automatic depreciation beyond N is effectively disabled,
It can't be helped. Conversely, when a special game starts,
Use the special game signal significant with the logic “L” appearing in (e).
Use the K1 switch and K2 switch during that time.
Cumulative addition and storage function of allowable number of wing opening and closing based on winning ball detection
May be stopped. In the first place, wing opening and closing allowed
The ability to accumulate the number of times is the start of special games
Open the wings freely where the player finds it convenient
Successful launch of special game
The profits of the players are still excessive
It is protection. Such a function is, for example, a signal at the terminal (e).
To the inverting input, and the other inputs to the terminals (a) to (c).
Achieved easily by providing an AND gate that receives the signal
be able to. Of course, this consideration is the same in other embodiments.
It can be applied in various ways. The circuit system shown in FIG. 6 is a circuit system shown in FIG.
When combined with, the wing opening / closing tolerance stored and accumulated up to now
If the number of times is equal to or greater than a certain set value S, the manual start
By operating the switch 81, the wing is continuously opened and closed S times.
If less than S, the storage number is “0”.
As long as the player operates the manual start switch 81,
The wing is opened and closed by the number of the stored numbers. As well
4 and 5 correspond to the same reference numerals.
Is shown. The stored content n of the up / down counter 77 is a comparator
The set value S preset in the setting device 87 by 86 and
Are compared, and if “n ≧ S”, the corresponding output terminal is logic
When it becomes “H” and “n <S”, the corresponding output terminal
Becomes logic "H", and the "n≥S" terminal becomes logic "L". Up to now, cumulative recording by up-down counter 77
It is assumed that the memorized wing opening / closing permissible number becomes S or more.
In such a case, the AND gate 96 outputs the logical value of the other input.
Regardless, they are closed,
The gate 89 can be opened by another input. Under this condition, the player operates the manual start switch.
When operating 81, the result is
Switch 88, and its logic “H” output is
Are applied to one input of an AND gate 91. The other input of the AND gate 91 is indicated by a terminal (e).
The special game / regular game signal is given,
Unless a special game is being played, the signal logic of the terminal (e) is normal play.
Since this is a logic “H” indicating a trick,
The force also becomes logic “H”. Therefore, this is connected to the start / stop terminal of the oscillator 92.
The logic “H” is given, and the output of the
A return pulse train signal is generated. As will be understood from the description below, for example,
For moving blade opening / closing, solenoid 28 is set at 0.5sec intervals of 0.8sec.
, The period t6 is the sum of the two.
Choose for 1.3sec. However, the pulse width is the
Since the multivibrator 23 is diverted, it is sufficient for triggering
It does not have to be long enough. This signal is supplied to the OR gate in FIG.
The mechanism given to
As a result, the monomultivibrator 23 is connected to the oscillator 92.
The solenoid 28 is driven each time at a fixed cycle.
You. On the other hand, the number of oscillation pulses of the oscillator 92 is set to a numerical value “S”.
Monitored by the presettable down counter 93
Have been. This presettable down counter 93
Starting finger associated with the operation of the manual starting switch 81 by the current player
Command to the preset value “S”.
After that, when the set value “S” is counted down,
Set the logic of the count-up pin to “H”. This signal is output to the mono multivibrator via the OR gate 94.
Data 95 and the mono multivibrator 95
Outputs a pulse of sufficient pulse width to reset latch 88
Is done. When the latch 88 is reset in this way, at least
Since the output of the latch 88 becomes logic "L",
The output logic of the gate 90 falls to “L”,
A logic “L” is applied to the start / stop pin,
At this point, the oscillator 92 stops oscillating and the player's manual start switch is
A series of operations associated with one operation of the key 81 ends. Of course, the operation of the solenoid 28 for this continuous S times
The feedback signal is obtained at the terminal (f) each time.
The contents stored in the up / down counter 77 are decremented by "1".
I will increment. After this operation, it is still in the up / down counter 77.
If there is more than “S” in the memory,
By operating the manual start switch 81, the same as above
Operation is reproduced. On the other hand, the content stored in the up / down counter 77 becomes “S”.
The player operates the manual start switch 81 at less than
When it is made, the operation is as follows. In the comparator 86, the “n <S” terminal
Logic “H” appears on the screen.
The accompanying pulse passes through AND gate 96, which
Latch 97, and the output of the latch 97
Oscillator 92 is triggered via gate 90 and AND gate 91
Then, the opening and closing operation of the wing according to the cycle t6 starts to occur. On the other hand, the current storage number of the up-down counter 77 is
The wings have been opened once
And count down by the signal obtained from terminal (f)
The stored content n of the up / down counter 77 is
When it becomes “0”, the output logic of the NOR gate 96 becomes
Goes “H” to reset latch 97 and OR gate 94 again.
Trigger mono multivibrator 95 via latch 88
Also reset. When the latch 97 is reset, the oscillator 92
Oscillation ceases, and therefore for a number n in the range n <S.
This means that the wing has been opened and closed n times. However, during such an operation, between the open wings 4
The ball that entered the role zone from above enters the special zone hole 6
The prize may be taken to the player who was fully described earlier.
Special game, which is the second profit state with special profit
Start. Then, in this embodiment, the logic appearing at the terminal (e)
The “L” signal forcibly closes the AND gate 91,
Also, by forcibly closing the AND gate 82,
During the special game, the wing 4 is opened S times or n times below S
The closing operation is temporarily suspended. The cycle update operation is performed for the special game described above.
Has not been completed or the maximum number of cycles has been
When the special game is completed, the output logic of the terminal changes to “H”.
Due to the reversal, the operation once suspended as described above is interrupted.
Restart from inside. Because with the start of special games
Even the presettable down counter 93 is preset.
It was not cleared or cleared. However, conversely, when a special game starts,
The automatic opening / closing operation of the wing for the large S times is stopped, and the special play
After the end of the technique, wait for the operation of the manual start switch 81 again.
It is easy to use appropriate combination of logic gates.
is there. When the manual start switch 81 is operated, n ≧
Even if it is S, there are terminals
(F) The signal that is counted down by the signal from
It is not enough that the stored content n of the pull-down counter 77 falls below S.
Can be in minutes. However, even in such a case, the opening and closing of the S times is completed.
Therefore, a latch 88 is provided. In the above, the monomer of the circuit system shown in FIG.
Although the multivibrator 23 was used, the oscillation frequency of the oscillator 92 was
By properly determining the number, duty ratio, etc., the virtual line
As shown by the line (g) of FIG.
The solenoid drive directly through the OR gate 26.
The path 27 may be driven, and of course, the operation of this circuit
Inside, the optical display circuit 29 and the sound display circuit 2 via the line (h)
9 'may be driven to display a specific light or sound. Further, as shown by a virtual line in FIG.
Using the operation of the embodiment
When the memory content n of the printer 77 exceeds a certain maximum set value N
Via AND gate 99 and mono multivibrator 84
Then, the wings can be released only once automatically.
No. Terminal signal is given to one input of AND gate 99
The reason for this is that during special games,
Stop the automatic amortization of the stored contents and leave it to overflow.
It is to make it. Considering such an embodiment, a limit of S times is set.
When the player operates the manual start switch 81,
It corresponds to the wing opening / closing permissible number n stored so far.
A circuit system that allows the wings to be opened and closed all at once is easily assembled.
Can be taken. For example, the output of manual start switch 81
A latch circuit is provided, and this output and up / down
Gate circuit that can detect n ≠ 0 regarding the storage contents of the counter 77
And the oscillator 92 with the AND gate output
Control, and when n = 0 is detected, the
While stopping the shaker, a suitable mono multivibrator
Should reset the latch circuit.
No. Furthermore, according to these ideas, a slightly simpler form
However, embodiments come up that may be more practical.
It can be, for example, a wing-opening movement by the player
Operation is allowed, but in addition to this, an up-down counter
When the memory content n of 77 reaches a certain maximum set value N,
If you let the wings automatically open and close N times from that time,
It is said. This embodiment is shown in FIG. Circuits before OR gate 76, decoder 78, display 79, etc.
Performs exactly the same functions as those of the circuit shown in FIG.
You can run it. When the player operates the manual start switch 81,
The current content of the up / down counter 77 via
Unless is not zero, the AND logic at AND gate 101 is
The gate output becomes “H”, which is
And latched, unless you are currently in a special game
As a result of AND logic at AND gate 103, oscillator 9
2 is supplied with a logic “H” signal as a start signal.
Oscillator 92 starts oscillating. The oscillator 92 is the same as described above with reference to FIG.
And therefore the terminal (d) or
The solenoid 28 for opening and closing the blade is driven via (g). Return from terminal (f) each time the wing is opened once
The signal stored in the up / down counter 77 is "1"
It is decremented by one, and eventually becomes n = 0
And the logical value of the n ≠ 0 terminal is inverted to “L”, and the AND gate
While the output of 101 is forced to logic “L”,
The output of the data 105 becomes logic “H” and resets the latch 102
Then, the oscillator of the oscillator 92 stops and the n times
Finish wing opening and closing. On the other hand, the player must not operate the manual start switch 81.
And the stored content n of the up / down counter 77 is set.
When the value N is reached, the n = N terminal becomes logic “H”,
Is about the same as the pulse width generated by the manual start switch 81.
Mono multivibrator 10 that generates pulses of pulse width
4 to change the output logic of latch 102 to "H",
With the same operation as above, n = N blade opening / closing operations are generated.
Wake up. Of course, in the case shown, the up-down counter 77
Output terminals of “n ≠ 0” and “n = N” as output terminals
However, normally, the up-down counter 77 does not
A multi-bit terminal that represents the memory contents in binary
In many cases, it is necessary to write
As can be seen from each numerical detection gate,
A logical gate configuration can be employed. The embodiments described so far are appropriately combined with each other.
In this way, it can be developed as a new embodiment.
There is no other way to say. The circuit system shown in FIG. 8 complies with the present invention.
The operation is slightly different from the additional mode operation, and
This is a special circuit example that can be used together.
As before, with the special zone winning detection, immediately
Instead of automatically starting a special game,
After detecting the winning ball in the hole, play within the specified grace period.
Special game can be started by command switch of technician
It is to make. This circuit system separates line points P1 and P2 in FIG.
And inserted between them, as shown in FIG.
Points P1 and P2 indicate the corresponding track points in FIG.
You. First, an auto / manual switch 110 is provided.
Have been. The “auto” mode has been described so far
As a result, special games are automatically played with the special zone winning detection.
This is the mode that occurs.
Newly added functions due to the inclusion of the circuit system
The grace period is a certain time, and if it is within that time,
Is a mode in which a special game can be started by
You. In the case of this embodiment, an auto / manual switch
110 can change its mode each time the player operates
Suppose a switch, so a T-type flip
A flop 112 is provided. Here is the flip
If the logic of the Q output of the flop 112 is "H",
Manual mode, if it is “L”, it is auto mode
Then, when auto mode is selected,
Output logic of the NAND gate 114 unless the special game is playing
Becomes “H”, but the AND logic at AND gate 115 is
From the AND gate 116.
Line points P1 and P2 are connected via the line of Agate 121.
As a result, in the circuit system substantially shown in FIG.
This is the same as the state where 1, P2 is connected by a solid line. Therefore, when this auto mode is selected,
Since it has already been sufficiently described, the description is omitted here. When the manual mode is selected, special games are currently playing
Unless the NAND logic at NAND gate 114 is
Its output goes to logic low, while AND gate 115
And logic can also be taken, and AND gate 117
Sends a special game start signal from the AND gate 38 in FIG.
It is ready to accept. Here, the logic “H” pulse signal from the AND gate 38 is output.
When a signal is input, the timer 1
18 is triggered. This timer 118 has a special zone
You can delay the start of the special game for how long after the award
The maximum grace time is set, and this
For example, about 10 seconds can be considered. Within this 10 seconds, the player can play at any time.
When the start switch 111 is operated, the timer 118
Is reset, while the
The vibrator 120 is triggered and the OR gate 121
Equivalent to directly obtained from AND gate 38 at track point P2
A pulse of pulse width is output, and by the mechanism already described,
Special game starts. When the special game starts, the logic of the terminal (e) will soon change
“L” and the output of the NAND gate 114 is logic
“H”, the output of AND gate 115 becomes logic “L”,
After that, the signal for each special zone prize is AND gate 11
It flows along the route of OR gate 121 from 6. This is already
This is exactly the same as the state described with reference to FIG. After the end of the special game, the terminal (e) goes to logic “H”.
By reversing, the circuit system of FIG. 8 returns to the initial state of this description.
Return. On the other hand, within the grace period set in timer 118,
Does not operate the manual start switch 111
The timer 118 time-up signal is ORed.
Trigger mono multivibrator 120 through gate 119
I do. Therefore, the operation is the same as above,
The special game starts automatically from
Return to the state. The circuit system shown in FIG.
Omitting the time setting circuit allows the player to
The special game is started only when the switch 112 is operated.
Can be modified, but this is an actual pachinko machine.
May not be very practical. Each of the above embodiments is actually modularized into a circuit system.
The function is very convenient. What if each figure
The circuit system shown in above is modularized on independent boards
Formed on a substrate on which the circuit system shown in FIG. 3 is mounted.
And terminals corresponding to the above terminals (a) to (h) are provided.
For example, the circuit systems shown in FIGS. 4 to 7 were mounted.
Just select one of the boards and connect the terminals together
Pachinko games that follow different modes
Easy to use while sharing the basic circuit system (Fig. 3)
This is because it can be configured. Of course, if a dedicated circuit is used for each mode,
For example, a “basic / extended” switch 14 or an auto / manifold
The dual changeover switch 110 and the like can be omitted. In response
In the meantime, some circuit changes are required, but we have mentioned
According to the description, those skilled in the art will not
Easy. In addition, pachinko machines are used to control each game mode in the present invention.
Realized by the program of the CPU (central processing unit) that controls
It is also possible. Further, in the present invention, the opening / closing time and the opening / closing
Multiple types of limit conditions are set, and each limit condition is set.
If you are satisfied, you will move to the next profit state
It can also be done. For example, the block diagram of FIG. 3C
The circuit system shown in Fig. 3 is connected to the corresponding terminals in Fig. 3A.
As a result, the second profit state, which is
The first stage from 10 to 20 seconds, the second stage from 10 to 20 seconds, 20 to 30
The second stage is the third stage.
Each latch circuit takes the AND of the winning signal and the timer output
And the output logic “H” of each latch circuit and the end
Input to the 4-input AND gate
In turn, cycle updates can be made possible. Like this
If you do, you will not aim for a winning prize in a short time
It will be a relatively calm game. Of course, in the case above
Also counts the number of winning balls at each stage and adds conditions for the number of balls
Do not prevent you from doing. As described above, the limitation of the profit state in the present invention is electrically performed.
Although the embodiment has been described, the present invention relates to the storage in the special zone hole.
Control future transition to profit status based on winning conditions
It is also possible. As an example, the hit ball winning prize shown in FIG.
A movable obstacle member Q is provided in the
Depending on the state of the winning ball, for example,
Move in any direction, such as up and down, to win a special zone hole
Is changed, and while the number of winning balls is small,
If the winning probability is high and the number of winning balls increases, a special zone
Profitability by lowering the probability of winning holes
Can also be controlled. Also, hit ball winning prize
A guide member is provided in the accessory zone of
Or direct the hit ball to a place other than the special zone hole.
It is also conceivable to control the transition to a profit state. The present invention has been described with reference to the embodiments of the drawings.
The invention is not limited to the embodiments described above, but
Unless the scope of the configuration described in the claims is changed,
It can be implemented in any way. <Effects of the Invention> In summary, according to the present invention, a hit ball is particularly advantageous during a profit state.
When you enter another zone hole, remember this prize,
Special zone hole according to the state of the number of winning balls to the hit ball winning device
To control the transition to a profit state by changing the winning probability of
Control, so it is more interesting for players
To provide a pachinko machine with many unprecedented changes
Can be. Moreover, the transition to the profit state after that, the winning ball
Difficult when the number is large, easy when the number of winning balls is small
So that it can be a mischief
A healthy game is possible, and
Profit balance can be achieved.

BRIEF DESCRIPTION OF THE DRAWINGS The drawings show an embodiment of the present invention. FIG. 1 is a schematic front view of a pachinko machine, FIG. 2 is a schematic front view of a hitting machine, and FIGS. FIG. 4 to FIG. 8 are electric wiring system diagrams added to the present invention.

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 for converting between a disadvantage state and a profit state for the player is provided, and when a hit ball enters the specific prize port, profit from the disadvantage state due to the ball entering the specific prize port is provided. When the hit ball entering the hit ball prize device enters the special zone hole in this profit state, the pachinko machine in which the guide member changes to a profit state that is significantly advantageous to the player is provided in the special zone hole. Control means for memorizing the winning of the ball and converting the guide member into the profit state again, and when the special zone hole is won in the profit state, the number of the winning balls to the hit ball winning device in the profit state. A pachinko machine wherein the probability of winning in the special zone hole is changed in accordance with the state of the pachinko machine to control the subsequent shift to the profit state.