JPS581480A - Pinball machine - Google Patents

Abstract

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

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention relates to a pachinko machine, in which a game device is used to increase the depth based on a good game result according to a win in a good game winning hole.
By varying the variable winning device in various ways, it is possible to make a state with a high winning rate appear for a certain period of time, and when another certain condition is met, this winning rate once appears in the Tomobasha This invention relates to a novel pachinko machine configured to further maintain a high level of performance.

As is well known, a pachinko machine has a number of winning holes placed on the game board, a variable winning device with an operating KII# mold, and even a game device, etc., as appropriate, so that players can If the batted ball wins a prize with the probability of hitting one of these 1), a certain number of prize balls will be delivered to the player accordingly, and a specific variable prize winning device will have a higher winning rate for water polo. It fluctuates and attacks like this. With conventional pachinko machines like this.

To prevent pachinko games from becoming single-eleven, by making certain variable winning devices perform interesting movements by adding winnings to other variable winning devices or by following the game five-scissor device #Kll.
However, regardless of the skill or skill of the player, the game is designed so that a large number of prize balls can be struck in one sweep, 48 times.

In addition, what can be said in common with such conventional drumsticks 7": 1 is that at some point, the fixed O-movement winning device is activated, and even if the batted ball wins and changes to a strange form, it will not win the ζO prize. The easy state is the hole where the next winning ball is generated to the HiO variable winning device,
Alternatively, it is only wiped out during a period of KI[, such as at a predetermined time f14, and for a long period of time.
Not one joint was ever held. 〇9th, because the winning scissors lid fluctuates, it becomes easier for the batted ball to win the prize, so it is easier for the batted ball to win the prize for the player who thinks it is good to win a lot of prize balls. Conventional pachinko machines, which are not designed to allow one state to continue for a long period of time, cannot always satisfy the situation.

Therefore, by adding some new mechanism to the pachinko machine, it is hoped that a new pachinko machine will be created that satisfies the above-mentioned requirements and doubles the interest of the players. 〇Pachin machine according to the present invention was devised based on the above point 1ce-v, and due to the fact that certain conditions are deepened during the game, the situation where the winning rate is high and the winning rate is high is further increased. 〇It is designed so that when a certain condition is met, it can be repeated and repeated as many times as possible, and a situation with a high winning rate that is advantageous to the player can be achieved once for a long time. 40, which provides a pachinko machine with functions that could appear in the future.

Hereinafter, the present invention OII will be explained in detail with reference to the mm plane.

Figure 1 shows the appearance of a pachinko machine in an embodiment of the present invention.
Next, each of its constituent parts will be explained within the scope related to the zero shots 111 and 41. In ll, snap; machine.

For game 11 of 10, Roulette Chat Calm~E,
A visible display l112 of the slot F game silver amount, variable prize winning devices 13a to 1getk, etc. are provided. Roulette Chatkaam ~ Abusive 1 is a small, usually widely used non-passenger carving type winning device! 1 lamp is a winning device with a structure in which a light emitting element such as a light emitting diode is integrally incorporated. It is. Book I
In order to give an overview of what kind of turtle the roulette game is in the I example, the lighting position of the S@O rung that the roulette game Kuramu~I has starts from smtm depending on a specific condition, and another constant In 11, if the lighting position stops moving due to a condition, the problem is which lamp out of the five rungs is lit, that is, whether the movement of the lamp point can be stopped at that point. say.

No. 211 is a diagram showing a specific configuration of the visual display unit 12 of a slot game machine, which is another game machine that applies to the embodiments of this collection. That is, the visible display section 12 displays "O"
Capable of continuously displaying ``9'' to ``O'' 1 to 2 O overlay display elements (e.g. Sedamame 7F Display II) 12
m, 12b and transparent! ! ! It is composed of a front plate 14 and a front plate 14. The outline of the slit game in this example is as follows.
number display elements 12a.

12b is 01 depending on certain conditions! This is a game in which the display starts moving, then stops moving according to another fixed condition, and when the number K reaches 9, the question is what combination of two number displays causes the display to stop moving.

In the pachinko machine of this embodiment, the specific conditions for the operation 111#o of the roulette game device and the slot game device are as follows: Among the 5 roulette chucks A-E, the roulette chucks large-11 are D (hereinafter referred to as 49 constants). One of the conditions for the occurrence of a winning ball in the Roulette Chutker (referred to as Roulette Chutker 1. When you press it yourself. Therefore, 4+1
Roulette chuckers B and D, which are fixed roulette chuckers, are also equipped with a ninth 1411 fixed winning detector which detects the occurrence of a winning ball.

Variable prize winning device 13a*13b in which movable wing pieces open and close
.

FIG. 13a is an exploded view showing the physical structure of JDJL. The variable prize winning device 13 itself, which closes the movable wing pieces using the driving force of a solenoid, is omniscient, but the principle of its operation will be briefly explained below. -Summary. Group @a O.

When the solenoid 61, which is fixed to the back side with a screw, is energized, its driving force is transferred to the operating pin 55.3 attached to the pair of O movable blades 52.32Kl1 and passing through the base 4 [60].
3 via the one-wheel mechanism 64, and thus a pair of movable wing pieces! 2.52 can be drilled into the board and the inlet s or IIIF! This is a working O. ! The nine-change prize #f1M shown is when the frenoid 310 is de-energized, the movable wing piece j! ! 2.52 is completely #! However, instead of this, there is a normal tulip-type prize winning device, even if the movable wing pieces are closed and in good condition, the possibility of paying tribute is completely eliminated. It is also possible to use a variable prize winning device that leaves a margin of one pachinko ball between the movable wings of the machine, so that there is a high possibility of winning a prize.

3110 variable winning device in ts+-1 example putty 7H machine 16m, 13b r I Me *1&b
Based on winnings to ζ01Mb, the variable prize winning device IAa
* 15b * 1δ・11!1! The fl-variable winning device (hereinafter referred to as 41?) is equipped with a second specific winning detector that issues a continuation command signal for opening the game board to a control device 16, which is located on the back side of the game board and will be described later. It's called variable prize winning device 1g1b).

Next, the characteristic concrete operation of the pachinko machine of the present invention is equipped with the above-mentioned large 211IIIO game five-scissor machine, we variable prize winning devices, a game stop switch, and a control device on the back side of the game board as the fish tank component parts. The explanation is as follows.

When the nine-hit ball hit by a player lands in either the specific roulette chutker Bt or D, the
Both the roulette game device and the slot game device simultaneously start their respective predetermined operations. That is,
As mentioned above, the roulette game device starts moving the lighted position of the 27th button, and the Dankyu slot game device starts moving the number display.Next, the player stops the moving operation of both game devices. When the stop switch 15 is operated, the slot game device first changes to the visible display section 120.
I! ! Then, in an instant, the roulette game device stops moving the simple lighting position. Then, depending on the combination of the game results at 9 o'clock when both game devices stop operating, the player can enjoy the following three types of gaming benefits.

That is, (1) If the roulette game device's rung O lighting position in '-' stops at the corner of the C chutzker, and the slot game device's number display stops at the combination of "77" and "0" (hereinafter referred to as In this case, the variable prize winning device 161゜15b, 15@ opens sequentially, and the batted ball wins the prize, and the ball is placed in an O shape for 30 seconds.
Wow.

(The number display on the roulette game machine stopped at the combination of "77", but the lighting position of the lamp on the roulette game machine stopped at O other than the C chutzker, and the variable winning machine 1Mm, 11Sb, 1
6* opens sequentially, the batted ball hits the prize, and this state is 10
Lasts for seconds.

(3) If the game results of the roulette game device and the slot player device stop at zero combinations other than those in (1) and (2) above, the same variable winning device will be used.

IAbl 13@ operates sequentially, and this state in which it is easy for a batted ball to win a prize continues for only 6 seconds.

Then, 1%K (1) 0 轡田麺sama occurred and at the mourning party, the variable winning device IMm, 15, 1! During the 30 seconds when the lightning is open, the specific variable prize winning device 15bK
Assuming that even one ball won a prize, the variable prize winning devices HSa, 13 and 13@ which are opening in response to this, all close once and then open again in sequence.
K is set so that a state where it is easy for a batted ball to win a prize appears again for sO seconds. After that, 41 while the variable prize winning device was in the opening operation.
Constant Variable Winning Device 16b Since the above-mentioned series of operations are performed repeatedly on the condition that a VC winning ball is generated, a state where it is easy for a batted ball to win a prize is 41 Constant Variable Winning Device IJSb K winning ball within 30 seconds. Ktk is repeatedly -Med as long as the above-mentioned condition for the production of Ktk
Ru. In this way, there are certain conditions that make it easier for % batted balls to win prizes [! The greatest feature of this pachinko machine, which is not found in other pachinko machines, is that it can repeatedly be destroyed.

The pachinko machine according to the present invention is capable of controlling the operation of the game device, including the Q control of the continuous operation when the batted ball has won a prize, which is the advantage of the pachinko machine of the present invention.
Game results such as 401 are arranged on the back side of the game board and are performed by the good control device 16, hereinafter referred to as 41st
A circuit diagram of the control device 16 shown in FIG. 1 will be described in detail.

The control circuit shown in No. 411 is divided into a game control unit 100 for controlling the operation of the game device, and a game control unit 100 for determining the game result, and for controlling a plurality of O-movement winning devices as described above. It can be divided into 9th O main control 5200 which controls the energization with 1mm square! ,&.

First, a specific Chutzker B equipped with specific winning detection 1198
te will explain how the roulette game and the game control unit 100 play the roulette game and the game control unit 100 based on the winnings of the specific chat car D equipped with the specific winning detector 99. Winning detection 11
A 0 game start command is given to the winning register 106 via the OR gate 102 from the 98★tasha 99. And the output of Jisu 1103 is AND game) 104
○On the other hand, it is given as an input. 70 @, a low level signal (O) is inverted and a high level signal (hereinafter referred to as H
If a signal) is given, @AND goo)
104 derives ■signal and flip-flop 105゜1
06 and 107 (-ky) at the same time. In the evening, the 41st chucker Bt player hit the ball to D consecutively and won a big prize, or based on the previous winnings, the variable winning device was opened as described below. When a player wins a prize, a nine-game start command signal is issued from the winning register 105Kll and is stored in memory.

The flip-flop 1050 set output (H signal) is A
ND gate) 1080 is given to one input, but since the pulse signal is always given from the pulse oscillator 109 to the other input, the ND gate 108 has 7 rip 7
At the same time as a Tsug 106 is 1 act, Lindaka? The terminal 1100 is connected to a signal input terminal CKK10 to send A and S to the road. The synchronizing counter voice 110 is a terminal that outputs 911 in synchronization with a single clock pulse. This signal is applied to the reset input terminal RK via the OR gate 111, so while receiving the clock pulse from the AND gate 10B, the dry/(- circuit 112
is connected between terminals 0 to 40, and operates to sequentially output the ■ signal for circular fishing. Dry/<- circuit 112d, O-ring force output terminal 1100 each output terminal 0sleJ! I*
Accepting the output of 4, the pot roulette chutker CIDII
A$lK each has a built-in lamp a, 4.・,a,
B can be used as a carpet lamp. From this, on the game board of a pachinko machine, in the so-called roulette game, $ movements are made continuously at the lighting positions of the 419 lamps.

Next, a description will be given of the amount of slot game iron that starts operating when the Y lip 70 knobs 106 and 107 are set. The output (H signal) of the 7 Rig 70 Tub 106o* is given to one input of the AND game) 1200. On the other hand, the ND gate 120 is constantly supplied with a pulse signal from the pulse oscillator 121, and at the same time as the 7-lip 70 knob 106 is set, the 10-way counter 1220/t1 signal input terminal sends out a cxKz jitter pulse. do. 0decimal kakunme 122 is,
The AND gate 120 is also sent and the ptsuk pulse O
Count the number of pulses and connect the output terminal Q~QDKBCD
It outputs the output sequentially. Then, the driver circuit 126 receives the sequentially changing BCD output of the 010 road jump 122 and drives the numeric display element 12b.

In response, the number display element 12b displays the numbers rOJ~"9"
Display and move sequentially on the platform. The display movement of the award and number display elements 12m is performed using the flip 70 knob 1070 set output (H1
Based on No. 1), AND gate 160° pulse oscillation W!
1 ink 1, 10 counters 162. Driver circuit 16!
120. This is done by a single path, but the - path configuration and its M ring are a large □AND goo that controls and drives the numeric display element 12b.

The above-mentioned illumination unit is composed of a decimal counter 122, etc.
There is no special explanation for the ninth and ζζ, which are the same.

By adjusting the oscillation period of the pulse oscillator 109, the blinking speed of the lamp, which corresponds to the teeth and the roulette game scissors, can be increased to 11 times higher than the speed of the lamp.

9. Number display element 12b in the amount of steel
+12a () The speed of display movement is pulse oscillator 1
By adjusting the oscillation period of 21°161, K
I can do it.

Next, a description will be given of how the nine roulette game device and the four-street game device each start a predetermined operation in the above-mentioned case and stop their operation.

If the player now operates the game stop switch 15 to stop the game operation, the 091 (H signal) from Gorge Meitsude 15 will first send 7 lips 70 tongues 107 to 9 dragons through the 0 gate 150. Tsutosui. This causes the AND gate 160 to send 7
After the lip 70 knob 107 was set, the continuously sent talek pulse was cut off, and the 10 way counter 1
62 stops the counting operation, and accordingly the number display element 1210
First, the bale movement stops. and clip flop 10
7 glue dragon throat output (No. H41) is given to the timer circuit 152, #tie! The circuit 152 operates for a certain period of time (for example, one trial)
An H signal is issued to the elapsed bales and the clip-flop 106 is reset. By resetting the clip-flop 106, the 10-way counter 122 also stops counting, and the display movement of the number display element 12b stops.

And the life rate is the reset output of 7 lip 7 W tube 106 (
H signal) is given to the timer circuit 154, and the timer circuit 154 also issues a signal 11KH41 after a certain period of time (for example, 1 second) has elapsed, and accordingly the knob 70 and the knob 105 are reset. As a result, the ring counter 110 becomes the AND gate 1
The f# advance operation is stopped based on the continuous transmission from 08 onwards, and the f# advance operation is interrupted.As a result, when the ring counter 110 is able to stop the advance operation, KH
At the 2nd lamp O corresponding to the output terminal outputting No. II, the lamp 0 point carpet transfer is stopped.

On machines, this is used as a game stop control means, and in addition to the motion stop circuit, there is an automatic stop that automatically stops the game operation after a certain period of time after the start of the game. equipped with a circuit. This automatic stop am
It is determined by the road 156 and the OR gate 160. The main channel 166 connected to the set output terminal of the 7 lip float 11070 indicates that the specific roulette chucker IIi 9 goes to D based on the O winning.
After the lip 70 knob 107 is set and the 70 set output is applied, an H signal is derived after a certain period of time (e.g., 8 seconds) has elapsed, and the lip 70 knob 107 is reset via the OR gate 150. Accordingly, as above,
Numerical display element 12a O The movement of the mathematical display stops. The flip full knob 106 is reset and the numeric display element 1
2bO display movement stops and oversleeping until the 7th lip-flop 105 is reset and the lamps 0 and 8 stop moving are already explained, and the 9th stop switch 15
Overfeeding and overfeeding, each of which stops based on the 0 operation, are the same and do not require explanation. By adopting this automatic stop circuit,
This is due to the fact that the game device, which has once started the game operation based on a winning on the specific roulette chutker Bt or D, continues to operate one round for a long time due to the player operating the stop switch 15. It is possible to prevent the occurrence of failures. Since the automatic stop circuit automatically stops the game, the player presses the stop switch 15 for 70 seconds when the winning ball lands on D. It also has the advantage of reducing the hassle of having to operate it.

In addition to this game automatic stop circuit as a characteristic circuit, the above-mentioned Nine Game Five Control Iku 100 has a specific mode generation mode that enables the above-mentioned specific mode to occur at any time and is convenient when inspecting the control device. The game device is equipped with a probability control circuit that makes it possible to reduce the probability of occurrence of a specific mode into several stages, the details of which will be described later. How is the game result determined? t, variable prize winning device 13m, 15b
, 13* are energized and controlled, and furthermore, how are the variable winning scissors 1Mm, 13b, and L5@0 open operation continuously maintained based on winnings to the specific variable winning device IMb? The following will focus on the operation of the main control 1112000.

First, we will explain the case where the number display on the slot game machine O is "77", and the lighting position of the lamp on the roulette game machine stops at C Chutzka 〇 and ζro, and a specific situation occurs as the game result. stone.

The number display element 12m of the slot game device is ``7'' in mathematics.
This means that the output terminal r QA Qm QCQDJ of the decimal counter 132 outputs ro 111J, and similarly the number display element 12b outputs the number "
7” means that the output terminal rQaQmQeQsJ of the decimal counter 122 outputs “0111”.
* Qc + QD and 10 ways ★ Output terminal Q side of counter 122 + Qc e QD is multi-input AND gate 20
The ND gate 201 is connected to the 10 input, and the game result of the roulette game device is "F7", which is 9 and IK.
IID) Derive the I signal. The H signal derived from the MND gate 201 is connected to the AND gate 202 and the MND gate.
2500 is given to each one input and 4%AND game) 270K is inverted and given as an inhibit input.

Since the H signal output from the ring counter 1100 terminal OK is given to the input of the AND gate 2020, the armpit ND gate 202 receives the AND
0 When input KH signal is applied, -1 is applied to the AND gate 250 and MND gate) 270 When input inhibit input is applied to K, 1 becomes K. Then, at the other hand of the AND gate 220, the roulette game device, which stops for a moment from the sugasutto game device, stops its operation, and at the same time, the reset output (H signal) of the 79 knob 70 knob 105 is output.
Since the ND dart 220 derives the HI number, the 9j011 signal derived from the ND game 220 is differentiated and then passed through the OR gate 222. Set the 79 knob 7a knob 226. On the other hand, the set output (H signal) of Flip Fushitsubu 22 black is Oi & Dirt 2! 22
4 〇-Given to human power. The number 1 and 9 derived from the OR gate 22S is overlapped, and in order to release the shift register 228 from the output, the shift register 22110!
2240, etc. 〇-For human power, pulse generation 111122
In the initial state, the inhibit input is given from the shift register 2280 output terminal 3, so the MND gate 226 is connected to the V7 register 2260 tap. The signal input terminal CKIIC sends out a signal. The shift register 228 first derives an H signal from terminal 1 at the rising edge of the first pulse of the ζO clock signal, then derives an H signal from terminal 2 at the rising edge of the 21110th pulse O, and also derives an H signal from terminal 2 at the rising edge of the 21110th pulse O. @OA The terminal 3 also operates to derive an H signal due to the rising edge of DK. Shift register 2280 terminal 1. The H signal output derived from L3 is sent to the corresponding variable prize winning device 13a via the driver circuit 229, respectively.

16b and 15. are sequentially opened. AND gate 22
6 to the shift register 2280/H-tick signal input terminal CKK is sent to the shift register 2280/the sick signal is sent out from the shift register 2280 to the terminal 3 of the shift register 228. When K is open, this ■ signal is AND game) 226 〇-Human power K1
It is given as a stop input, and the output is stopped by B and K. Further, the H signal derived from the terminal 3 of the shift register 228 is connected to the AND gates 230, 252,
2750, but since the set output (No. III) of 7 lip 70 tug 226 is given to the other input of AND gate 260, the corresponding AN
D gate 260 derives the H signal. The timer circuit 231 operates based on this H signal.

KH after a certain period of time (30 seconds in this example pachinko spear)
The signal is derived and the previously set flip-prop 223 is turned to l-. 7 Rippuf Tatsubu 22
! As 1 is set, Hg1, which is derived from the OR gate 225, is cut off and the shift register 2
2B initially returns to the O state, ie, the reset state 11. In response to this, the opening operation is performed sequentially, and the tie vll path 261
The variable prize winning device 16a at the event was continuously open for the 30 seconds regulated by.

1Mk+ and 1j$・ are 1 at the end of the closing operation at the same time.

Next, based on the continuation operation that is the largest I11 to 41I image of the pachinko machine of the present invention, that is, the occurrence of the winning ball O to the specific variable winning device 15b in the previous 1 eso experience room 1, the main control unit 20
0 variable winning device 16a.

Next, I will explain in detail how the operation of 13g for 30 seconds is carried out.

Now, based on the occurrence of a specific aspect, the variable prize winning device 15m
Assume that +*I Sm is in the above-mentioned opening operation at -15. In the ζO state, there are 70 tubes and 2260 tubes.
On the other hand, the set output (am number) is 6°R'1 as mentioned above.
-) 226 K is given to one input of the AND gate 242 via the delay circuit 241, and is inverted to 7 rip 70 t) Also given to the reset input terminal. As a result, after clip flop No. 22 is set based on the occurrence of the specific condition O, the timer circuit 2!1
1 At 036 seconds in the trench reset by K, there is a winning ball to the O specific variable winning device 15b during the opening operation, and the 9th second specific winning detector 244 provided in connection with the variable winning device 1MbK also continues. If a command signal were issued, the continuation command signal would activate AND gate 242 to
Set the lip 7a knob 246. The set output (H signal) of the mosquito flip-flop 2260 is applied to the set input terminal of the flip-flop 2260 via the OR gate 222.
6 is regulated by the timer circuit 261 and is set again immediately after the 30 second time lapse KfP-H is reset, and the flip-flop 223 is first set based on the occurrence of a specific condition. Ryo and Ai are in a similar state &
ゐ, soO result, variable winning device 15゜IMb, 1j! ! *
When the 7-rip 7w knob 226 is reset, the m-IFI operates, and after that, the 7-rip 70 is sequentially opened again after the 9-step period described above and is held for 30 seconds. The knob 246 is delayed after the 7 lip 70 knob 22 is reset by the timer path 261.
Road 2410IIm! Time has changed slightly (Ryutsu) Speak, within the newly started 80 seconds, prepare for the occurrence of 0 winning balls to 0411 constant fluctuation winning device b. In this way, if a specific aspect may occur in the game iron amount, the timer circuit 261
K every time within the Cabinet (in this example, K every 30 seconds as mentioned above) regulated by
If there is a winning ball, the variable winning device 13m, 15
b.

15e()II The closing operation is repeated.

Next, the slot game iron amount O mold display stopped at "r77", but the roulette game device was yyy.

, the case where the lighting stop position is stopped at a position other than the C checker will be explained. In the case of a hit, unlike the case where the specific mode occurs above, the H signal is not sent from the roulette game device, so the H signal is not derived from the ND gate 202, but the AND gate 250 and the AN
The four-level signal of the AND gate F202 is inverted and an H signal is applied to each one input of the D gate 270. 1*
, AND gate) 201's H signal is AND gate 25
K.

The signal is inverted and applied to the ND gate 270 as an inhibit input. The signal derived from the AND gate 250 is
The reset output (I
41) is given, the AND gate 251 derives the KH signal at the same time as the game is stopped, and sets the flip 70 knob 254 via the discriminator circuit 25M. The variable winning device 13a, HSb, 15 is the frig 70 tube 2540
II based on the set operation [The process of wide open operation is described in 04
It is exactly the same as the opening operation process of these variable prize winning devices based on the occurrence of I fixed mode. Hg1 derived from the ND gate 252 is given to the timer circuit 255, and the timer path 255 is connected to 3 (1 second) %! After recording for 10 seconds in this example, the H1 signal is sent out and the 7 Rig 7 Explosion 254 is set. As this 7-lip flop 254 is reset, all O variable winning devices H5a and H$s+ are generated, as in the case of the above-mentioned specific uniform occurrence.

1S・hajF! Operate.

Next, the numeric display on the game device stops at a combination other than "7", and the roulette game device stops at a combination other than "7", and the roulette game device stops at a combination other than "C". )%/% ImW! 4. In the case of ζO, the %H
(No. 1 is not derived, so it is an AND game) 270
Rounding in which the inverted ■signal is given to the 02 O inputs,
The AND gate 270 simultaneously derives the KW compensation signal when both game devices are stopped.

The H41 signal derived from the AND gate 270 is first differentiated by a differentiating circuit 271, and a clip hoop 272 is set. Based on the setting of the 7 rip 7t1 knob 272, the variable winning device I Am, 16b similarly to the above case where a specific aspect occurs and the number display of the slot game device stops at "77".
*1! 1cr opens sequentially. This o * y7 register 2280 terminal 3 is also derived and the large H11 is 7 rip 7 u tube 2720 set output (1141) is given to one input (AND) 27! Activate l,
The H signal derived from the AND gate 275 is applied to the timer circuit 274. The timer circuit 274 derives the H signal when S seconds have elapsed after receiving the H signal derived from the ND gate 276 for a shorter time than the time regulated by the timer circuit 255, in this example. ,
ξReK) Reset the 7 lip 70 knob 272. Along with the flip 7 tab 272 being reset,
All variable prizes.

Devices 11m, 1jSb, and 13* are simultaneously Kl'!
The operation is exactly the same as when the specific mode occurs and the numerical display of the slot game device stops due to the combination of "F7". Based on this, when the variable winning devices 13a, NSb, 13.
Even if the ball landed on D, the game device would restart operation due to K! I'm here. in particular,
When the variable prize winning devices 13m, 111b, and 15m are in the opening operation, @Vcon gate 225 is also derived H41 is the MND game in the game control 111100) 104
〇On the other hand, it is inverted and given to the O input, and the AND gate 10
4, the derivation of the OH signal is prohibited.

The basic circuit configuration of the control device 160 and its operating principle will be explained in t. However, the game control unit 100 in the control device 16 (141) will have a probability control 1 as a characteristic feature that is not explained in t. The OWR circuit includes two circuits that generate a knee and a fixed state.

This is an enclosure whose purpose is to electrically change the probability control circuit line, the probability that a specific form as a game result, etc. will occur, and Book 1! In the example game 5 control Iku 100, the number display on the slot game machine can change the probability of stopping at the combination "7'1Jc" to the 3R floor.As the game result explained earlier, the 041 fixed form is , when calculating the probability of winning based on the winning of specific roulette chuck car 111e and D using a normal O-shaped koji, the lighting position of the 2 lamp at IA on the roulette game machine stops at the ξ position of C chuck car. If the probability of
” from Jin whose probability of stopping is Vlo.

Gold body: 115 x 1/10 x 1/1G -11
5000 low probability. If you keep and ζro, make sure to always give an H signal to the decimal counter 1 ink 2° output terminal QD.
Then, the numeral display element 12m will move in a multi-layered display in the range of odd numbers, and the probability of stopping at the numeral "F" is 1.
．． It becomes 15. Therefore, in this case, the probability that the specific aspect will occur is 115 x 1/10 x 115-1/2
50, the probability is twice that of the normal case. If the HI signal is always given to the output terminal QD of the KIO counter 122 in addition to the IO advance counter 162, the numeric display element 12b will also display odd numbers ctms"eo sequentially, and as a result, the specific mode can be changed. The probability of occurrence is 115 x 1/! → Rob-V125 and 1, which means that the specific mode can occur with a higher probability of 4-side O than in the normal O case.Honso Example Game System Part 100 The selection of the probability in 1G kakunta 1 black 2shi and decimal kakunta 1220 output terminals Qll are 11! connected and 9 terminals @
This is done by selectively inserting jumpers 161 or 162 to 140. jumper wire 161
If we use
O and 1 are very important, and if you use a jumper of $1162, the probability is l/1! It becomes i.

Specific aspect! 1. Monitor switch 17
This is a circuit that pseudo-generates a specific form that is one of the game results mentioned above, and is extremely convenient for the operator when inspecting and adjusting the pachinko machine. be. If the gaming device has stopped operating, 1
1, when the manager operates the monitor switch 170 and the number is 9, the monitor switch 170 sends out the ■ signal, and the game (MND game) 171. 4 are commonly found at one input of each of AND gate 172 and JD gate 176. At this time, the AND gate 171 o is given the output (H signal) of setting the flip 7 button 107 due to the stoppage of the game device to the other input, so the AND gate 171 derives the H signal and outputs the 10-way counter. /ri1!12
0 to preset terminal P. 10 Road Kashin 71320
The data input terminal PA#PlePCIPDK has the number “7”.
” K The corresponding data has been input in advance, and the above A
When an OR signal is given to the preset terminal PK from the ND gate January, the output terminal rQh QFujiQCQ responds to this.
DJ K corresponds to the number “7” llCD output ro11
1J is immediately derived. The number display element 12m is this K
Therefore, the number "7" is displayed. The 10-way counter 122 receives the H signal derived from the ND gate 172 at its preset terminal pK, and sends the CD output "0111" corresponding to the number "7" to its output terminal r QA Q
I QCQDJ, and in response to this, the number display element 1
2b displays the number "7" [lI is the same as in the previous case, and it is 41Km again! It needs a beak.

The kND gate 176 receives the M1 signal sent from the gate switch 170 and the reset output (HI3 signal) of the 7 lip-flop 105, and derives the O output KH signal.

The R signal derived from the ND gate 1711 is applied to the reset terminal IK of the ring counter 110 via the OR gate 111, and sets the ring counter 110. In response to this, the sync counter 110 automatically outputs HI3 from terminal O if it outputs an H signal from a terminal other than terminal O before the ζO reset operation.
It becomes like this.

Based on the H signal output from this terminal O, the light lamp 1 corresponding to the roulette chatter CK lights up.In this way, by operating the monitor switch 170, the lighting position of the lamp O of the roulette game device is set to C.
Chutka position and 11, and the slot game machine's numerical display O! Since the number is ``77'', it is O that can simulate the specific aspect as the result of the nine games already explained.

As explained in detail above, according to the pachinko machine of the present invention, the
It is possible to provide a new game mode that is not found in pachinko machines, that is, a game mode in which the batted balls win each other and the state continues for a long time depending on the result of a specific game played by the game device. This can give even more anticipation and interest.

[Brief explanation of drawings]

FIG. 1 is a schematic external view of a pachinko machine according to an embodiment of the present invention;
FIG. 2 is a perspective view of the visual display section of the Stuttogoom device, FIG. 3 is an exploded perspective view of an example of the variable prize winning device, and FIG. 4 is a block diagram of the control device. 10... Pachinko machine, 11... Game club, 12...
Visible display section, 13a to 15e... Variable winning device, 15
...Game stop switch, 16--Control device, M~E...Roulette chucker, 98.99...First specific winning detector, 100...Game control unit, 105
, 106 , 107...7 lip flop, 109
, 121, 161... pulse oscillator, 110...
・Ring counter %122, 152-・10 way counter, 112, 123, 153-・・Dryper circuit, 152,154° 156・・Timer circuit, 170・
...Specific mode occurrence monitor switch, 200...Main control section, 223, 245, 254, 272...7
Lip 70 tube, 241-・Delay circuit, 244...
・Second specific winning detector, 227-・Pulse oscillator, 22
8...Shift register, 229...Dryno (-circuit, a~... lamp. Patent applicant Sophia Co., Ltd. Attorney Akinori Tsuchishihara

Claims (5)

[Claims] (1) At least one or more first fixed winning detectors provided in the gaming section to configure a gaming mode in which a variable winning device is opened for a certain period of time based on the game results played with the nine game devices; A game device that starts a game operation based on a command signal derived from the winning detector and stops the game operation by operating a stop control means. Depending on various game results such as a specific mode caused by stopping the game device, the gaming section is equipped with at least one large control device that drives the variable prize winning device at a certain time. ; in the machine, the variable prize winning device is opened in response to the fact that the game device O is in a state of control; a twenty-first controller that derives a continuation command signal to the control device in order to
1i A pachinko machine in which a fixed prize detection prize is a machine provided in connection with the variable prize winning device. (2) In the pachinko machine described in Section 41, the stop control means has an automatic stop circuit, and the game device operates at a certain time from the start of the game. Drumstick 7”@, which features an automatic stop mechanism. (3) 41 Kyoto 011111111 (1) lIf
411, in the pachinko machine according to the first aspect of the present invention, the stop control means is actuated by an external operation of an external stop operation section, and the game device can be stopped at any match from the start of the game; . (4) 41 Patent Claim Ct*S Paragraph (1) O snap; In the machine, the game device has a probability system -- the game device stops and the 91IK41 fixed clause is A pachinko machine characterized by being able to control the probability of winning. (5) Patent Claims (1) A Pachinko machine equipped with an Hme, the game device having a circuit for monitoring the generation of tatami mats, which generates a specific mode when playing. A pachinko machine with the 411 image of being able to do that.