JP2887139B2 - Pachinko machine - Google Patents

Description

Description: BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention
Variable display device having a plurality of variable display units capable of variable display
And the first state which is disadvantageous for the player and
A variable winning device that can be converted to a useful second state.
The identification information when the variable display of the variable display device is stopped is
Related to the specified special display format
A special game state where the variable winning device is converted to the second state.
The present invention relates to a pachinko game machine capable of generating a game. 2. Description of the Related Art In a pachinko game machine of this type, a variable display is used.
The identification information when the variable display of the device is stopped is predetermined.
When the special display mode is reached, it is determined that a special game state has occurred.
Then, the variable winning device is converted from the first state to the second state.
Some are configured to emit a sound effect. [0003] However, such a structure has been proposed.
In the configuration, when all the variable display of the variable display device is stopped,
In other words, after the stop result mode of the variable display device is determined,
Tells the player that a special game state has occurred
Only for the variable display units of the variable display device.
Before the last remaining variable display unit stops,
In other words, before the stop result mode is determined,
Until it is related to the special display mode,
It is not notified to the player, this point, the interest of the game
Was scarce. And not only that,
The special display mode, which is rare even if
Because it is difficult to predict the occurrence, when a special game state occurs
Can not respond immediately, knowing the occurrence and aiming direction of the ball
It is troublesome to change the aim and aim at it, an advantageous state of cornering
However, the time immediately after the occurrence has to be wasted
Such a frustrating feeling was also tasted. Such problems
As a device to cope with the above, Japanese Utility Model Application No. 58-128
No. 412 (Japanese Utility Model Application Laid-open No. 60-37379). This consideration
The idea is a slot machine, and the pachinko game referred to in the present invention.
The first, second, third and three variable display means of the technical equipment are provided.
When the first and second are stopped, the combination of the patterns
Chimes, ladies, if can constitute a prize
To inform the player by means of a
Page 4 line 3 to line 8). But visual reports
A lamp that is an intellectual means and a chai that is an audible informational means
Just simple and ordinary information such as
It is different from the innumerable game information notification style even if it is not
Because it is not buried in other game information,
I escaped the best tokimeki scene in technique with Assari
The lack of amusement in the production of games
there were. The present invention aims to solve such a problem.
is there. [0004] The present invention solves the above problems.
Display unit that can variably display multiple pieces of identification information
Variable display device (5) having a plurality of (eg, 22a) and game
1st state which is disadvantageous to the player and 2nd state which is advantageous to the player
And a variable winning device (9) that can be converted into a state.
The identification information when the variable display of the variable display device is stopped is
In connection with the specified special display mode,
A special game state in which the variable winning device is converted to the second state.
In the pachinko game machine capable of generating, the variable display device described above
Notification means (for example, audio
Synthesis circuit 75, sound effect generation circuits 78 and 80, amplifier 8
1, a speaker 82, etc.), and
The variable display device indicates that variable display is being performed.
Variable display status information that can be notified by the required sound effect (rotating sound)
Informing means (for example, sound effect generating circuit 80, amplifier 81,
Speaker 82) and the plurality of variable display units
The display result of the last remaining variable display section
Reach state that may cause special display mode
, The reach status can be notified by voice
Reach state voice notification means (for example, voice synthesis circuit 75,
Amplifier 81, speaker 82, etc.)
After the elapse of the audio notification output time of the
To stop the variable display of the remaining one variable display section
Reach display stop means (for example, oscillator 60, free
Flip-flop FF4, AND gate 63, counter 66
Etc.). According to the present invention, a variable display device has a variable table.
When the display starts, the variable display status
The required sound effect informs that the display is being performed.
When the reach state occurs during the variable display,
Reach status is provided by voice
Be informed. Therefore, it is effective that variable display is performed.
Not only can you be alerted by the real sound, but also the reach status
When it occurs, a sound different from the required sound effect is used.
Can be notified in a state that is easy to identify. And this voice
After the notification output has elapsed, the reach display
Is stopped and the stop result mode is displayed.
It is. DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, a pachinko game machine according to the present invention will be described.
An example will be described. FIG. 1 is a front view of the pachinko gaming machine 1.
is there. Games separated by the guide rails 3 of the game board 2
A plurality of pieces of identification information (code) are sequentially changed in the area 4.
Variable display device 5 including a plurality of variable display units that can be displayed
And the variable display device 5 described above, provided that the pachinko ball is won.
Three triggers to change the display mode of the variable display unit
Special winning openings 6, 7, 8 are juxtaposed,
The special winning detectors SW1, SW2, S
W3 belongs. At the bottom of the game area 4,
The variable prize winning device 9 in the form of f
Two specific winning ports 7 and 8 among the winning ports are the variable winning equipment.
It is provided on both sides of the device 9. Note that reference numeral 10 in FIG.
Is a stop switch for automatically stopping the variable display device 5,
11 is a hitting ball supply tray, 12 is a lower tray, and 13 is a hitting ball launching device.
It is an operation dial. As shown in FIG. 2, the variable display device of the embodiment is shown.
5 has a robot 21 as a movable body at the center thereof,
7-segment LED on the body 21B of the robot 21
As three digital variable display means consisting of a display
Variable display section 22 (subscripts a, b, and c as needed)
To distinguish them). The robot 21 has the mounting hole 1
4a, from the mounting board 14 mounted on the game board 2
It is housed in a concave chamber 15 formed at the rear. The figure
The reference numeral 16 in the drawing is a yoke portion, and the hit ball
This prevents the robot from flowing down the front and hitting the robot 21.
You. Also, in the upper part of the mounting board 14, a prize opening 17 and left and right
Tenyoko winning opening 18 is provided. Digital variable display
The four LED lamps 19 arranged below the part 22 are:
A memory display 20 for indicating the number of memory balls having a specific prize;
ing. The robot 21 moves to “U” as shown by a broken line in FIG.
Head 21A that can operate "Nazuki" and can rotate in the left and right direction
Body part 21B, arm part 21C capable of swinging movement,
A humanoid with a leg 21D slidable in the front-rear direction
It is. Three digital variable displays 22a, 22b, 2
2c is laterally aligned with the body 21B of the robot 21.
In addition, it is built in so that the player can see it. In FIG. 4, the variable winning device 9 has a front view.
Large opening that can be opened and closed by the opening and closing door 23 provided at the center of the side
24 and second and third features provided on the left and right of the mounting board 25.
It has separate winning openings 7 and 8, and the inside of the opening 24 has a central joint.
A total of three winning ports including the winning port 26 are formed.
As shown in FIG.
Detects the ball that wins the prize mouth 26 and sets it as special game value
Continuation detector SW4 for continuing the special prize mode of
The opening and closing door 23 opens as shown in FIG.
Winning number detector S for counting the total number of hit balls
W5 is arranged, and the total number of winnings is determined by the open / close door 23.
Is displayed by the number indicator 27 arranged below the display. The control operation of the pachinko game machine of the present embodiment will be described below.
The description will be made according to the circuits shown in FIGS. FF1 in the figure
To FF10 are flip-flops, and FF1 is a variable table.
FF2, F for starting the indicating parts 22a, 22b, 22c
F3 and FF4 are variable tables for starting and stopping rotation.
FF5 is a flip-flop for stop, which is used for the indicator. F
F6 determines continuation of special prize mode as special game value
Flip-flop (continuation flip-flop), FF
7 is an open / close solenoid that opens the open / close door 23 of the variable winning device 9
Flip-flop for Id 28
Rop), FF8 is the body 21B and the legs of the robot 21
Flip-flop for the motor 37 that operates the section 21D
(Motor flip-flop), FF9 and FF10
Head solenoid for operating the head 21A of the robot 21
Flip-flop for 43 (Flip-flop for head)
). Note that the FF 7 is connected to the arm 21C of the robot 21.
Flip-flop for actuated arm solenoid 49
(Arm flip-flop) and the rear of the variable display device 5
As a flip-flop for the strobe device 29 provided
Function. Reference numeral 64 denotes a variable display unit 2 which stops first.
2a (first stop digit), a first counter that determines the display content;
65 is a variable display unit 22b (second stop digit) to be stopped next.
The second counter 66 for determining the display content is stopped last
A variable that determines the display content of the variable display section 22c (third stop digit)
3 counters. Digital variable display units 22a, 22
b, 22c decoup the contents of the counters 64, 65, 66
The decimal values decoded by the encoders 67, 68 and 69 are
Display each. This display content is output from the oscillator 60.
The output pulse passes through AND gates 61, 62 and 63
By being input to the counters 64, 65, 66, the rotation change
Become Next, the operation will be described. Normal game state variable display section flip-flops FF2, FF3, FF4
Is normally in a reset state. For this reason, flip flip
FF2, FF3, and FF4
AND gates 61, 62 and 63 are closed
Since the output pulse from the vibrator 60 is prohibited, the variable table
The indicating portions 22a, 22b, and 22c stop rotating. When a hit ball wins a specific winning opening 6, 7 or 8, a variable display device is provided.
The head 21A of the robot at the position 5 goes down twice. And the next
Thus, the digital variable display units 22a, 22b, 22
c starts to rotate. (A) Rotation start of the variable display unit In FIG. 6, the specific winning detectors SW1, SW2, SW3
When one is turned on, the waveform shaping circuit 50 and the AND gate
The pulse is sent to the up / down counter 52 via 51
Join. The up / down counter 52 is a storage display
It is related to the number of storage displayed in 20, and the total
Up-counts up to four specific winning pulses and counts
An output occurs between one and four values. And remembered
When the count value becomes 5 or more, L level carry
And the AND gate 51 is inhibited. Up Down
When an output is generated in the counter 52, the AND gate 53 is activated.
Start flip-flop FF1 is set via
The output terminal Q of the flip-flop FF1 is at the L level.
And the AND gate 53 is prohibited. Also pretending
The Q output of flip-flop FF1 is inverted to H level,
From the variable A flip-flop FF of FIG.
2, sent to FF3, FF4 and from line B
9 is sent to the head flip-flop FF9. In FIG. 7, the Q of the flip-flop FF1 is
Upon receiving the output, flip-flops FF2, FF3, FF4
Is set, and the output of the AND gate 6
1, 62 and 63 are opened. The pulse from the oscillator 60
First counter 64, second counter 65, third counter 6
6 and counting of these counters 64, 65, 66
The contents are advanced, and the digital variable display units 22a, 22a
The display contents of 2b and 22c are rotated. Also, flip flow
By changing from the Q output of the flip-flop FF4 to the H level.
From the Q output terminal via a line L.
Rotating sound as required sound effect by sound effect generating circuit 80
Is output from the speaker 82 through the amplifier 81.
Is done. Sound effect generating circuit 80, amplifier 81 and speaker
82 constitutes a notifying means (variable display state notifying means).
Have been. (B) Nodding operation of the robot head On the other hand, in FIG. 9, the Q output of the flip-flop FF1 is
Q output of the flip-flop FF9 via the line B
The flip-flop for head FF10 is inverted to H level.
Set. Q bar output of flip-flop FF10
Of the counter circuit 96 is reset to the L level.
It is released. This counter circuit 96 has Q0, Q1, Q2
Clock output from the clock generator 95.
After receiving the lock, its output terminal Q0
A repetitive pulse of 0.5 second width is generated, and Q1 is pulsed after 2 seconds.
Is set to generate a pulse in Q2 after 1 second.
Have been. Therefore, the counter circuit 96 sets the Q1 terminal after 2 seconds.
Two pulses are applied to the Q0 terminal until a pulse is generated in the
Is output. The two pulses are output from the counter circuit 96
Q0 output and Q output of the head flip-flop FF10
Through an AND gate 97 having two inputs
Joins the drive circuit 43a and attaches the head solenoid 43 twice
Energize. Therefore, the head 21A of the robot 21 is moved twice.
Go down. That is, in FIG. 10, the head solenoid 43 is energized.
Then, the connecting member 42 is rotated via the pin 39 and the head
The section connecting pin 41 is pulled backward. The head of the robot 21
21A, the L-shaped part 44 of the back of the head is attached to the shaft
And the head connecting pin 41 is pulled backward.
Then, the head 21A rotates downward about the shaft 44b.
You. Incidentally, when an output is generated at Q1 of the counter circuit 96, the signal is output.
The lip flops FF9 and FF10 are reset and the cow
The center circuit 96 is also returned to the reset state. (C) Rotation stop of the variable display unit The rotation of the digital variable display units 22a, 22b, 22c is
An automatic stop pulse is input to the OR gate 56 of FIG.
Or manually stop pallet from stop switch 10
When a command is input, the operation is stopped as follows.
The automatic stop pulse is supplied to the start flip-flop F
Timer 54 is reset when F1 is set.
The timer 54 receives the clock from the clock generator 55.
About 6 seconds after receiving the
Created. Now, if any of the above stop pulses
Connected to the OR gate 56
The stop flip-flop FF5 is set. Frizz
Since the Q output of the flip-flop FF5 becomes H level,
Reset state of the register 59 is released, and the shift register
The register 59 receives an AND signal from the random pulse generation circuit 57.
Counted by pulse sent through gate 58
Operate. Digit output terminals Q1, Q of shift register 59
Output pulses are generated sequentially in Q2, Q3 and Q4, and output to Q4
Therefore, the AND gate 58 is prohibited. During this time, the digit output terminals Q1, Q2, Q3
The output pulses for the variable display section shown in FIG.
Flip-flops FF2, FF3, FF4 are sequentially reset
Go being. For this reason, the AND gates 61, 62, 63
Closed, pulse from oscillator 60 is inhibited, and digital
The variable display portions 22a, 22b, and 22c sequentially stop rotating.
Go. And when you stop, say the displayed number or the effect
A sound sounds. Last remaining one digital variable display section 22c
Rotation produces an output at the most significant digit of the shift register 59.
Stop when Also, the Q output of the flip-flop FF4
When the force changes to the L level, the sound effect generating circuit 8
The rotation sound output by 0 stops. (D) Generation of display numbers and generation of sound effects In FIG. 7, a digital variable display section as variable display means
22a, 22b and 22c stop rotating one after another in this order.
Stop, but each variable display part 22a, 22b, 22c
At the time of stop, each variable displayed code (in this example, number
Character (character code) is a code per all digits (3 in this example) when viewed in all digits.
If it is a display mode that shifts to (digits per digit),
The voice of the taster, that is, a voice, not just a sound
Be notified to the player. In the case of the embodiment,
The name of the variable display code is the notification means (variable display state
Loudspeaker 82 as a step, reach status sound notification means)
Will be uttered. Also, each variable display code is
If the loss display mode does not shift to the code per digit,
The sound effect of “beep” is used as a sound as notification means.
Generated from the speaker 82. Here, the stoppage to which the special game value is given
3 digits as special display format (code for all digits) as the result format
Odd-numbered numbers "111""333""555"
An example in which “777” and “999” are set in advance will be described. This
In the case of, the variable display code as the stop result mode is
Display mode for shifting to codes (hereinafter simply referred to as
), For example, the stop result mode “110”
Is displayed sequentially from the upper digit,
Stop for the number "111"
The first stop digit "1" and the second stop digit of the result mode
"1" is the transition mode per digit, the third stop digit
“0” is a losing display mode in which all digits do not shift to a code.
You. Therefore, in this case, the speech
The stop 82 is the first stop number “1” in the stop result mode.
And the second stop digit "1" means each "1"
In the language you want to say, say "Ichi", "Ichi", and then
It produces a simple sound effect. In the stop result mode, the first stop number or 2
If the second stop digit is other than a hit sign, that is, an even number,
For the rest digits after these, distinguish between odd and even numbers.
Regardless of the sign display mode, it does not shift to a code for every digit.
You. Therefore, for example, the stop result mode “073” is
From the first stop number
Since the character “0” is already in the loss display mode, the notification means 8
2 is the effect of the "pi", "pi" and "pi"
It will make a sound. Also, for example, the stop result mode
It is assumed that “107” is sequentially stopped and displayed from the upper digit.
For example, for the first stop digit "1",
Since the mode is in transition, the voice notifying means 82 indicates “I
And the second and subsequent stop digits are all punctuation marks.
`` Pip ''
It emits a simple beep. Hereinafter, this will be described in detail with reference to FIG.
And the variable display section flip-flops FF2, FF3, F
F4 is sequentially reset, and the first counter 64,
The second counter 65 and the third counter 66
Retain certain contents. 1st stop digit, 2nd stop digit, 3rd stop
Stop display on each variable display section 22a, 22b, 22c of stop girder
The number as the stop result mode to be executed is indicated by each counter 6
It is determined by the contents of 4, 65 and 66. Transition per digit
The first condition is that the first stop digit is the first count.
That is, the content of the data 64 is a hit code (odd number). This discriminating means, that is, the variable display section is a stop table
Each time it is shown, the display code is displayed in advance for all digits
Match the display sign of the corresponding digit of the code (special display mode)
Here, as a determination means to check whether or not
The output line of the least significant bit of the first counter 64 is “odd”.
"1" for "number" and "0" for "even"
Take advantage of that. For the first stop digit, this first condition
Alone determines whether or not the transition mode is all digits.
The second condition is that all digits after the second stop digit are transferred
This is a necessary condition for the line mode. That is, the second stop
For each stop digit after the digit, in addition to the first condition,
Contents of second counter 65 or third counter 66 of stop digit
Are all the stop digits that exist before the relevant stop digit, respectively.
, That is, the first counter 64
Of the first counter 64 and the second counter 65
It is necessary to match with the contents. Symbols 71, 72, 7
3 indicates the first stop digit, the second stop digit, and the third stop digit.
Determining means for determining whether or not the shift mode per all digits;
Is a shift determination circuit for every digit. First stop
The second condition for the transition determination circuit 71 for every digit of the digit
In this embodiment, a simple
It is configured as a separate circuit. In addition, all circuits as a discriminating circuit after the second stop digit are used.
Regarding the per-digit shift determination circuits 72 and 73, the first condition
To take the second condition into account, the second counter 65
Data comparator that compares the content of the first counter 64 with the content of the first counter 64.
The contents of the parator 76 and the third counter 66 to the first counter
64 has a data comparator 79 for comparing with the contents of 64
The comparison result of the data comparator 76 is all digits of the second stop digit.
The condition input of the hit transition determination circuit 72 is
The comparison result of data 79 is used to determine whether to shift all digits of the third stop digit.
The condition of the road 73 is input. First Stop Digit The first stop digit all digit transition determination circuit 71 is a counter 6
AND gate 711 directly connected to least significant bit of 4
And the inverter 710 in the least significant bit of the counter 64
And an AND gate 712 connected thereto. 70a
Is the timing output for both AND gates 711 and 712.
The timing output circuit 70a is a flip-flop circuit.
Inverter connected to Q-bar output terminal of flip-flop FF2
Rising edge composed of a data, a CR integrator, and an AND gate.
The timing output terminal is A
Connected to the input terminals of ND gates 711 and 712
You. Therefore, the flip-flop FF2 is reset.
Timing output circuit when the first digit stops
A single pulse is generated at 70a, and the single pulse is output to the AND gate 7
11 and 712, and the least significant bit of the first counter 64.
The sampled data is sampled, and AND gate 711
Output an odd signal, which is a hit signal,
The "even number signal" which is a loss code signal from the ND gate 712.
No. ”is output. When the first stop digit is a hit sign (odd number),
The odd number signal from the AND gate 711 is
To configure the notification means (reach state voice notification means) via
To the speech synthesis circuit 75 as a strobe input. This
As a result, the speech synthesis circuit 75 responds to the contents of the counter 64.
To generate a speech synthesis signal with the same numerical value (odd number)
(Variable display mode informing means, reach state audio informing means)
The corresponding speaker 81 is connected to the
Say the name of the hit sign (odd number). 1st stop digit
Is a losing sign (even number), the AND gate 712
These even-numbered signals are passed through an OR gate 77 to produce a losing sound effect.
It is applied to the generating circuit 78. This constitutes the notification means.
The loss sound effect generating circuit 78 generates a loss sound signal,
“P” from the speaker 82 through the amplifier 81
Generates a shift sound effect. The second stop digit In order for the second stop digit to be a transition mode for all digits,
1. The second condition must be satisfied at the same time. There
In this embodiment, the second stop is performed in order to satisfy the second condition.
Data for comparing the display contents of the stop girder with the display contents of the first stop girder
A comparator 76 is provided, and the comparison result is
Second all-digit shift determination as determination circuit for condition input
A circuit 72 is provided. This second all digit shift determination time
The path (discrimination circuit) 72 is a substitute for the two-input AND gate 711.
In addition, a three-input AND gate 721 is used,
N instead of inverter 710 in the input line of
The difference is that an OR gate 720 is used.
Specifically, it has the same configuration as that of the first all-digit shift determination circuit 71.
is there. A 3-input AND gate 721 has a first full digit
Similarly to the transition determination circuit 71, the timing output circuit 70b
And the least significant bit of the first counter 64
Data as well as the comparison result from the comparator 76.
Is entered. The data comparator 76 has a second counter
If 65 matches the contents of the first counter 64
H level (digit match before and after) as match signal, if not match
For example, an L level is output (the leading and trailing digits do not match). Flip flow
When the FF3 is reset and the second digit stops
At the Q-bar output terminal of the flip-flop FF3
A single pulse is generated in the following rising differentiating circuit 70b,
Input to AND gates 721 and 722. Datacon
The comparison result of the parator 76 is “matching before and after digits” and the
When the content of the 1 counter 64 is odd, the AND gate 7
21 outputs a "hit transition signal", that is, a coincidence signal.
Strobe input to speech synthesis circuit 75 via R gate 74
Join as power. [0027] This makes it possible to provide a voice notification means for the reach state.
The speech synthesizing circuit 75 that functions even if
A speech synthesis signal having a corresponding value (odd number) is created, and
The corresponding odd number is uttered from the speaker 82 through 1.
You. On the other hand, a data comparator as a reach state determination means
Data 76 outputs "mismatch of front and rear digits", or
If the data comparator 76 outputs “match before and after digit”
However, if the contents of the first counter 64 are even, the AND gate
A “losing mode signal” is generated from the
The loss effect sound generation circuit 78 via the
The speaker "82" from the speaker 82 through the width unit 81
A sound effect is generated. As in the above embodiment, the present invention
For example, a stop result state consisting of a combination of variable display of all three digits
Is the last digit, the third digit before the variable display.
At the stage of stopping the variable display up to the second digit
Table for all digits where the first and second digits are pre-promised
Signs, that is, special game values that are advantageous to the player
Corresponding digit of special display mode, which is preset as
And therefore the end of multiple variable displays
To stop variable display of the remaining one digit (3rd digit)
This stop result mode can be a special display mode
Special display mode that has a characteristic
State, the comparator 76 and the format
Determined by the reach state determining means constituted by another circuit 72 or the like
Then, based on the determination output from the reach state determination means,
To inform the user of the state of the reach by means of an identifiable voice.
Using a speech synthesis circuit 75 as a one-state speech notification means.
The player is in a reach state (special display mode
State) is notified by a sound that makes sense.
It has been done. In this embodiment, the special display mode precursor
For the status, speak the number of the variable display digit that has stopped.
Although described as a notification means to give
Notification means that can notify the precursor state, that is, the reach state by voice
If so, it can be configured as follows. This
In addition, the player has a simple signal
It is not a sound, but a voice that is meaningful in itself,
Special display mode Notifies that it is a precursor state, that is, a reach state.
To be able to recognize the situation more reliably,
This immediate stop result mode is a special game value
A big expectation that it may be another display mode
No swelling up or the third digit, the last digit, is stopped
How to attract attention and how to play
The effects can be diversified, the effect of the effects can be enhanced, and the real pleasure of playing
You can enjoy it. In addition, the player has a special display mode.
For audio notification of precursor state, ie, reach state
More special game value is given, so-called jackpot
Advance prediction that special games may be realized
Since it is given reliably, the last digit is the so-called "hit"
First, immediately prepare to change the aim of the ball to the desired location
Can be given to players. As in the case of the third stop digit and the second stop digit, the first and second conditions are simultaneously set.
I have to be satisfied. Therefore, the second condition is satisfied
Therefore, the contents of the third counter 66 are stored in a data comparator.
A data comparator 79 for comparing with the output of 76
The comparison result of the data comparator 79 is also used as a condition input.
A third all digit shift determination circuit 73
Provided. The third all-digit shift determination circuit 73
The above-mentioned second whole digit shift as the reach state determination means.
The configuration is the same as that of the row discriminating circuit 72.
AND gate 732 and AND gate 732
A 3-input NOR gate 730 is provided in the input line 732.
There is. The 4-input AND gate 731 has a timing
The pulse from the output circuit 70c and the first counter 64
In addition to the lower bit data, a data comparator 76,
The comparison result from 79 is also conditionally input. This third digit stop
If the stop is in progress, the above-mentioned reach state voice notification means is in the reach state.
When the sound notification is output,
After the elapse of the interval, that is, after the screaming of the reach ends,
, The variable display unit, which is the remaining one, that is, in this embodiment,
The variable display of the third digit is the shift register 59 and the oscillator 6
0, flip-flop FF4, AND gate 63, cow
Stop by the reach display stop means constituted by the
Is stopped. The flip-flop FF4 is reset and the third
At the timing when the digit stops, the flip-flop FF
4 consists of a rising differential circuit connected to the Q bar output terminal
A single pulse is generated in the timing output circuit 70c.
Are added to AND gates 731 and 732. Data Comparator
The result of comparison between the radiators 76 and 79 is
When the content of the first counter 64 is an odd number, the AND gate
The “hit transition signal” is output from the gate 731 and the OR gate
A speech synthesis circuit 75, i.e., a reach state speech report
It is added to the informing means 75 as a strobe input. As a result, the voice synthesizing circuit 75
Creates a numeric (odd) speech synthesis signal according to the content of 64
Then, through the amplifier 81, the corresponding odd
Say the number. On the other hand, data as reach state determination means
Data comparator 76 or 79 indicates "digit mismatch".
Force, or as a reach state determination means.
The data comparator 76 or 79 outputs "Match digit".
When the content of the first counter 64 is an even number,
A “losing mode signal” is generated from the AND gate 732.
And a loss effect sound generating circuit 78 via an OR gate 77.
"Pip" from the speaker 82 through the amplifier 81
A losing sound effect is generated. (E) Judgment of special display mode (special prize mode) First counter 64, second counter 65, third counter 6
6 is the special display mode determination circuit 83 shown in FIG.
Is input to The special display mode determination circuit 83 includes
Fixed data "1" for the odd-numbered zoro eyes, which is a code
11 "," 333 "," 555 "," 777 "," 999 "
The special display mode determination circuit 83 is now stopped.
Corresponding to the display numbers of the variable display portions 22a, 22b, 22c
The values of the counters 64, 65, and 66 are
Data. The judgment of the special display mode judgment circuit 83 is issued.
Starting with input from force line I3, from line F
Is terminated by inputting. And when it hits, the terminal Y
To the special display mode signal, and to the terminal Z in case of loss.
The "non-special display mode signal" is output, and the sound effect shown in FIG. 7 is generated.
A specific sound from the speaker 82
Each melody is generated. Further, in the case of this embodiment, the special display mode signal
The issue utters "Banzai" three times. In other words, special display
Mode signal (terminal Y output from special display mode determination circuit 83)
Force) opens the AND gate 84 and the AND gate 8
4 is input to the speech synthesis circuit 75,
"Zai" is uttered three times. Therefore, AND gate 84
Every time a special display mode signal is output,
Will be uttered. (F) Operation in Special Display Mode A special display mode signal is generated in the special display mode determination circuit 83.
Then, the AND gate 100 shown in FIG.
The state in which the operation of the continuous winning detector SW4 is accepted
And the reset state of the continuation counter 107 is released.
Is excluded. Further, the AND gate 84 shown in FIG.
Becomes H level. Therefore, for 29.5 seconds clocking
Of the timer counter 86 and the arm counter 93
The reset state is released. The timer counter 86 has an AND gate.
At the same time as the output of the
In response to the pulse from the creature 85, the cycle shown in FIG.
Start timing of about 29.5 seconds. And AND
The output of the gate 84 is determined by the number of winnings shown in FIG.
Release the reset state of the counter 112 and continue
Joins the counter 107 and continues via the decoder 108
“1” is displayed on the number display 109. Robot arm operation First, the counter 93 for the number of arms is set by the clock generator 92.
Activated by receiving these pulses, AND gate 94, Soleno
Arm solenoid 49 is energized through id drive circuit 49a
Then, the robot 21 raises both arms 21C three times. Immediately
In FIG. 10, the arm solenoid 49 is energized.
And the connecting pin 47 is pulled down via the connecting member 48,
The arm shaft 45 is turned clockwise in FIG.
Move and hold both arms 21C of the robot in a banzai form.
Can be raised. Eventually, as shown in FIG.
By the action of 3, the robot 21 raises the arm 21C three times.
Say "Banzai" three times. On the other hand, the operation of the variable winning device, on the other hand, the output of the AND gate 84 drives the solenoid.
The opening and closing solenoid 28 is energized via the circuit 28a,
The opening and closing door 23 of the dynamic prize device 9 is opened. Fluctuation during opening
When a winning ball is generated in the winning device 9, the winning number detector SW
5 (FIG. 5) is activated, via the waveform shaping circuit 111 of FIG.
The content of the winning counter 112 is counted up,
The winning number is displayed via the decoder 113.
7 is displayed as a number. The operation of the body and legs of the robot and the output of the output terminal Y of the special display mode determination circuit 83
The flip-flop FF8 is set through the OR gate 89.
The motor 37 is passed through the motor drive circuit 30a.
(FIG. 10) begins to rotate. Special display mode ends
And a special display mode signal from the special display mode determination circuit 83
Will not be output and the special display mode signal will not be output.
, One input of the AND gate 91 is at the H level.
Becomes The other input of the AND gate 91 is the motor 3
7, a sensor 90 for detecting the rotation of the cam plate 38 (see FIG. 10).
Although not shown, the notch in the cam plate 38 is
It is a part corresponding to. ) Becomes H level
The AND gate 91 is opened and the flip-flop FF
8 outputs a reset signal, so that the motor 37
21B is stopped at an appropriate position facing the front. Also, POW
The power-on setting circuit 88 marked ER ON
Sometimes outputs one pulse, the torso of the robot 21
It functions to correct 21B to the proper position on the front. Referring to FIG. 10, when the motor 37 rotates,
The pin 39 rotates eccentrically together with the control panel 3 and the control member 3
6 is swung right and left, and the rotating column 34 reciprocates and rotates together.
Thereby, the body 21B of the robot is swung right and left.
Also, this movement is caused by the segment gears 35 of the rotary support 34,
Segment gears 33 on both sides that mesh with this segment
Via a pin 32 fixed to the gear 33, below the base 30
It is transmitted to the left and right legs 21D that are located, and the left and right legs 21D
Make a retreating movement projecting in the front-back direction. 31 is a pin 32
3 shows a slit passing through the hole. While the variable winning device 9 is open,
A flash device 29 (see FIG.
11) flashes and emits light, and the body 21 of the robot 21
A swings from side to side, leg 21D moves back and forth, and head 21A
Nodding action. As shown in FIG. 12, the one-cycle end variable winning device 9 is 29.5 after opening.
Seconds passed, or 10 winning balls were won in the variable winning device 9
Close by doing. That is, 29.5 seconds elapse after opening
Then, the line E becomes H level, and the OR gate 115
As a result, the flip-flop FF7 is set. Frizz
The Q bar output of the flip-flop FF7 disappears, and
Therefore, the AND gate 84 is prohibited. In addition, the number of winning balls is 1
When the number becomes zero, an output is generated at the AND gate 114, and the OR
Through the gate 115, the flip-flop FF7
Is set, and the AND gate 84 is similarly inhibited.
Is stopped. As a result, the variable winning device 9 is closed. This
When the continuous winning detector SW4 operates during the
A pulse from the circuit 101 is input to the three-input AND gate 100.
Is input to the flip-flop FF6 via the
The flop FF6 is set. This flip-flop
By the set output of FF6, D of flip-flop FF7 is
The input goes high. Q-bar of flip-flop FF6
AND gate 102 connected to the
Is not established, so the Q-bar of the flip-flop FF6
When the counter is at the H level,
When 9.5 seconds have passed, through the OR gate 103,
A signal is sent to the up / down counter 52 in FIG.
The counter 52 is counted down. During the above cycle time, the variable winning device 9
The winning ball has been generated in the continuous winning opening 26,
The condition is that the lip flop FF6 is in the set state.
And close it, wait for 3 seconds,
Open up. That is, the output of the flip-flop FF7 is set.
The 3 second timer 105 is released from reset by force
After a lapse of three seconds, the signal is output through the OR gate 106.
The flip-flop FF7 is reset. This weight
During the time, the robot 21 raises the arm 21C three times
Say "Banzai" three times. Thereafter, the variable winning device 9
9.5 seconds or a total of 10 winning balls
There is a prize in the continuous winning opening 26 before the prize is won.
Opening and closing operation continues up to 10 times, provided that
You. Whether or not these 10 opening / closing operations have been performed continues
Detected by AND gate 110 connected to counter 107
Output, and a 3-input AND gate after 10 continuations
100 are forbidden. Therefore, the last 10th size
About 29.5 seconds elapsed time or a total of 10
If there is a prize, the set output of the flip-flop FF6,
The D input of the flip-flop FF7 falls to the L level.
That is, all the pulses from the OR gate 115 are invalidated.
You. (G) Operation in non-special display mode If the operation is not a hit, the special display mode determination circuit 8
3 outputs a “non-special display mode signal” to the output terminal Z
You. The sound effect generating circuit 80 of FIG.
Generates sound effects. Also, flip-flop F for the head
F10 is set and the robot head 21A is lowered once
You. Further, the non-special display mode signal is transmitted via line K in FIG.
Is input to the OR gate 103 of the
Flip-flops FF6, FF via OR gate 106
7 in the reset state and the OR gate 103
Via line F to the up / down counter 52
The storage number is decremented by one. At the same time,
Rip-flop FF1, Stop flip-flop FF5
Reset. The present invention relates to a pachinko game machine.
Was explained, but the game machine using the variable display device
It can be applied to any game machine. According to the present invention, in the variable display device,
When the variable display is started, the variable display state
Variable display (including reach status)
Notified by the required sound effects. And this variable table
In the variable display stop control shown in
Special game value (special game
State) will give the best excitement in the game to be granted
Immediately before the special display mode, that is, the reach state is reached.
Indicates that the game has reached the reach state,
The utterance of words that can recognize the reach state by the notification means
Will be notified. For this reason, the variable display
Can be notified with sound effects and reach
When the condition occurs, a sound that is clearly different from this sound effect
Because it is notified by voice, it is lost in this sound effect etc.
The player can be notified of the occurrence of the reach state
You can make it look good. In particular, voice notification of reach status
After the power has elapsed, the last remaining
Since one variable display is stopped, this last remaining
The best tokimeki in the game until the two variable displays are stopped
The inconvenience of letting the scene of Ki be missed is solved
Can be turned off, the player stops the last remaining variable display section
The result was a strong attraction to how
Along with the feeling of waiting, it is possible to swell up
Can diversify the production, enhance the production effect and promote the production of games
The taste can be enhanced. Also, the voice of this reach state
By notification, the big hit situation that is extremely advantageous for the player
Since the occurrence may be notified in advance, special play
As soon as the game state is reached, the game according to the special game state
Is ready to perform
Even if you change the aim of the ball by the raw, special play
Eliminate delays in response to skill status
Can be eliminated and frustration and dissatisfaction can be eliminated.

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a front view showing an embodiment of a pachinko game machine according to the present invention. FIG. 2 is a front view of the variable display device. FIG. 3 is a perspective view showing an appearance of a robot installed in the variable display device. FIG. 4 is a perspective view of a variable winning device. FIG. 5 is a rear view showing the variable display device and the variable winning device. FIG. 6 is a circuit diagram illustrating an example of a control unit. FIG. 7 is a circuit diagram illustrating an example of a control unit. FIG. 8 is a circuit diagram illustrating an example of a control unit. FIG. 9 is a circuit diagram illustrating an example of a control unit. FIG. 10 is an exploded perspective view showing a driving relationship of a movable body of the variable display device. FIG. 11 is an exploded sectional view of the variable display device. FIG. 12 is a timing chart for explaining the operations of the variable prize winning device and the movable body in the special display mode and the loss. [Description of Signs] 1 Pachinko gaming machine, 4 ... Game area, 5 Variable display device, 9 Variable winning device 22 Variable display unit (variable display means), 23 ... Opening / closing door, 6
0 Oscillator (reach display stopping means), 63 ANDGE
Tot (reach display stopping means), 66 counter (reach display stopping means), 71, 73 determining means, 72 determining means (reach state determining means), 75 voice synthesizing circuit (reach state voice notification) Means), 76 data comparators (rea
Switch 80), a sound effect generating circuit, and a speaker (sound notification means).

Claims (1)

(57) [Claims] A variable display device having a plurality of variable display units capable of variably displaying a plurality of pieces of identification information, and a variable winning device capable of converting into a first state disadvantageous to the player and a second state advantageous to the player, In connection with the fact that the identification information when the variable display of the variable display device is stopped has become a predetermined special display mode,
In a pachinko gaming machine capable of generating a special gaming state for converting the variable winning device into the second state, the pachinko gaming machine includes a notifying unit capable of notifying a gaming state related to the variable display device, and the notifying unit includes the variable unit. In the display device, a variable display state notification means capable of notifying that variable display is being performed by a required sound effect, and in the variable display stop control of the plurality of variable display units, the last remaining one variable display unit The present invention further comprises: a reach state voice notifying means capable of notifying the reach state by voice when the reach state has a possibility of a special display mode depending on the display result of the above. A pachinko gaming machine comprising: a reach display stop means for controlling to stop the variable display of the last remaining variable display section after the elapse of the sound notification output time of the state sound notification means.