JPS59115070A - Pinball game 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 This invention relates to an auxiliary game device and a variable entry system # provided in a special VCd game board.

Generally, a pachinko game machine gives a predetermined winning profit to the player when a game ball that is hit into the game board by a batting ball enters the area set within the game board. It is constructed as follows and is widely used as a popular entertainment machine. By the way, in the pachinko game machines of He, Nochika, the contents of the game are all the more important, and in order to make it easier, we have varied the conditions of acid entry, and we have added another auxiliary game device in the game board. It has become common practice to establish This certainly makes the game more interesting, but at the same time, the mechanism of the gaming machine is also much more complex than the conventional one. The recent pachinko n branch root is that l? 1. Most of the equipment has been computerized in some form and has become versatile (variable control or separate control within the game ball). Therefore, in order for the sweat of the pachinko machine to become silicified,
Rather than the mechanical structure, it is necessary to rationalize the structure of the electronic parts.

Therefore, it is desirable in this field to provide a pachinko game machine that has a simple configuration and has a control means that can make the game content even more accurate. It was the greatest concern 4 (and also an issue).

This invention addresses the above-mentioned conventional problems.
The purpose is +I*i tp
The object of the present invention is to provide a bar 3-bar that has a structure that allows for reliable movement and is equipped with a control means that enables control that makes the content of swimming techniques even more interesting. J:, In order to achieve the stated purpose, the following is:
A game ball that is hit into the game board from the batting ball drive poker section enters the area set within the hill game Sakaki, and the player receives a profit of 15% when the game ball enters the area set within the hill game Sakaki. The pachinko game machine has the following structure: - The above 10 tricks have a first entrance area, a second entrance area, and a game ball that enters the first entrance area. 1. In the training dormitory, there is a prayer card ``The auxiliary 1 technique equipment was dug out like a river, and the incoming power...
A variable type e(device) is provided to temporarily open a sixth hey area in the game board, which increases the chances of Based on the result of the status and the input f of the second winning area (test 1tl output 7), the operation of the variable type sinking device f;
A control means is provided to control the rage, and the cent state and the reset state alternately appear depending on the result of the special electric game in the above-mentioned supplementary J-adjustment device, one move at a time. The holding means is held, and this holding amount ″#r
Jl in the set state: When there is a winning detection output of the above 21) Insertion region 1, the above f movement entry 1←←・A all 1
It is characterized by being configured to serve as a punishment. Also, in addition to the 2-can 1 elder brother, the ascendant I load 1, the 1
When the TillC111 means is in the second:N11 moment 1 state and the VC auxiliary gaming device t produces a specific game result, the above-mentioned North 2 control state is returned to the above-mentioned 10th profit break J Fu-putra. It is characterized by having the following functions:

Preferred examples of the present invention will be explained below with reference to the drawings. Note that common or corresponding parts in each figure are indicated using the same reference numerals.

First, Figs. 1 to 4 show mechanical components of a pachinko game machine according to an embodiment of the present invention. When the game ball A enters the various entrance examination areas set in the game board 12, +9 (this is different from the conventional system in that it is configured to give the player a winning profit of +9). However, in the pachinko game machine according to the embodiment of the present invention, there is a first winning area t in the game board 12.
8, Rabbit, 2 entrance exam area 20, and the above first entrance exam area 1
An auxiliary game device 14 is provided, which is configured so that a new game state is generated within the game board 12 by a daughter game ball that enters the game ball 8.

In addition, l! which increases the chance of falling and dying! N; 3 on/off area 22 fK: There is a variable type C (device path 16) that temporarily opens 11 in the game board 12.Furthermore, Fig. 5 shows the first one, lJ! -t, the operation of the L variable winning device 16 is executed based on the result of the gaming state generated in the auxiliary 1-skill device 14 and the winning detection output of the second entrance examination area 20, as shown in FIG. Riko no Ran titl1 means 2411 equipped with control means 24
Well, the details will be described later, but it is configured such that a set state and a reset state, that is, a first control state and a second control checkbook, appear alternately depending on the specific game results divided into the auxiliary game device 14. It has a retention amount of 1 (Flip Frog Fl).

Further, when the holding circuit is in the set state, that is, the first control state, and there is a winning detection output S2 of the second winning prize 20, the sixth winning state is set. appears and the seventh variable input L (device 16 is temporarily opened +1
i11 f.

Learn more about Figures 1 to 4 here! 1], when the player rotates the operation dial 32, the HITh type ball hitting/driving unit 10 drives the game balls in the supply tray 30 one by one. The game balls that were thrown away,
The game ball that is guided by the guide rail 34 and driven into the game board 12 falls dancing inside the game board 12, and most of it flows into the out hole 36. L/, some 1 game ball boreto sword S person-' jump into the singing area and create a state of entry. When this person f(state) occurs, the profits will be given to the player if he/she plays.This winning profit is usually given in the form of paying out a number of crystal balls to the player. In a nutshell, the ball ejection device 38 performs operation j2 every time electricity is received, and discharges a predetermined number of balls stored in the upper tank 40 to the supply tray 30 via the outlet path 42. 1 part, 1 go 11
When the ball storage capacity of 1[30 reaches its limit, the overflowing balls t'1-1 flow down onto the receiving surface material.

Next, the auxiliary game device t14, as an example of which is shown in FIG. Kakanaiji 48. Guide slope 50° protrusion 52. A prize distribution area 54. It consists of a general care area 56, etc. The game ball A that enters the area 18 during the first entry is guided into the guide tower 46 or the inner ring 48 and guided onto the guide plate. There, it hits the protrusion 52 and randomly hits the Depending on the number of boats that roll around, the entry is sorted into one of the 18 entry areas 56, which are divided into anchorage areas by row. It is structured in such a way that the probability is greater.If the player enters the general contribution area 56, the player will only be given the normal investment profit, but if the player enters the 4-special contribution area 54. In this case, the first tribute ball detector D consisting of a micro switch etc.
1, and the control means 16, which will be described later, operates to give a special contribution to the player, and the variable input device 16 is operated as shown in FIG. 4, an example of which is shown in FIG. , the door 58 is driven 1m closed by the Renoid sc ivC, and when the door 58 is opened (ρ), the sixth entry area 22 is opened, which dramatically increases the chance of entry.
is opened in the game board 12. This sixth substitution area 22
The development of the law is not carried out on a temporary basis, but is carried out temporarily only when the L It's like K. That is, when the game ball A enters the selection entry area 54 and the first prize detector D1 composes 1, a special prize winning right is generated, and when this right is generated, the VC second
When a game ball enters the winning area 2o, the seventh variable entry device 16 is temporarily opened and driven. In the case of the example, the second
The tribute areas 20 are provided in the sixth prize area 220 cars *++ section. Even when the game ball enters the third winning area, a predetermined number of prize balls are paid out to the vI player for each winning game ball. Therefore, once this sixth contribution area 22 is opened, the probability of a second entry will increase dramatically during that time, and as a result, even beginners can enjoy the benefit of being able to acquire a large amount of prize balls within a short period of time. You will get it. The entered game ball that entered the second winning area 20 is detected by the second human contribution detector D2, and the entered gaming ball that entered the sixth winning area 22 is detected by the sixth human contribution detector D3. One of each is detected (
Figure 4).

As shown in FIG. 5, the control means 24 includes: - a first flip-flop corresponding to the holding circuit;
'fL crab, timer T1, 1st. second counter C
1°C2, second flip-flop F2, oscillator PI,
b Direct buried gates Gl to G9, inverter ■1, waveform shaping circuit ω, differentiating circuit 62, delay circuit...64 each, datar...
1 driver 66, number display device 68, tiger/jis 4
It is configured using ZQi and the like. Logic gate Gl~
G Out of 10, G, 4. C7 is an OR gate,
Others are AND gates. Logic gate G3゜G4
A reset circuit 26 of the H-first flip-flop 1F1 is formed. Second flip-flop F2 and AND gate G
5 and G6 form a repetitive drive circuit 27. I glanced at the first counter c1, cooking game) 09 chick and inverter 1
1 forms 28 maximum operation number limiting circuits.

Here, the above-mentioned 1. Second. 6th each winning detector DI
, D2 , o3 detection tB output S 1 , S 2 , S
3 are respectively connected to the control means 2 via the waveform shaping circuit 60'&-
4 as a control@1 signal. First person chastity detection method s
When 1 is input, the first frisible flop Fl is sent through G1 and G2, thereby causing a transition from the raw 10 constraint 1 state to the second control state. After this, the second human contact detection output s2 is input (4) and the slight return drive circuit 27 is activated, and a sixth control state appears. As a result, the frenoid 5c1vC drive current is supplied through the transistor Ql''r1., and the crowd movement prize device 16 is opened and driven.In this case, the pulse oscillator P
By intervening li, the opening drive of the variable prize winning device 16 can be performed intermittently according to the oscillation cycle of the oscillator P1. The variable government device e16 is “
) When i4 is driven, at the same time [timer T1 is activated. This timer TI can be constructed from a timer circuit using all monostable Malteva 1 breaker and a differential circuit for taking out Time Anno 11g. When the timer T1 has counted the entire predetermined time, the repeat drive circuit 28 is reset by the Muanog signal in the evening, and the control state of the river 2 is restored.

As a result, the driving of the variable prize winning device 116 is stopped, and the sixth contribution area 22 is once opened and then closed after a set time has elapsed.

While the sixth winning area 22 has been opened for a set time,
The winning game balls that have entered the area 22 are detected one by one by the fifth person detector D3 and counted by the second counter C2[J:. In order to count the set number, this second counter C2 is forcibly charged 11 cents via the repetition drive circuit γ force 5 gate 07. As a result, variable price #16
For example, by configuring the above-mentioned timer TIV (even before the set time has elapsed, it is activated when a set number of game balls enter the sixth winning area 22), It is possible to prevent players from being given profits if they put in too much IC, thereby preventing them from being tempted to gamble.

As described above, the variable prize winning device 16 is temporarily driven to open, and this driving is repeated by the repetition drive circuit n, but the number of repetitions 1 is set in advance by the maximum operation number limiting circuit 28. Limited to a specified number. This limiting circuit 28il''!: first counter ciV
c Therefore, the number of repeated operations is counted. This first counter C1 is a down counter, and its counting contents are displayed by the number display device 68. This display device 6
8D It is useful for the game board 12 in FIG. When the countdown reaches zero,
If you count all settings, the count will be 77116.
The number is the differential circuit 62, Ij-, and the reset circuit 26 1 to 1 to reset the first flipflop Fli.

As a result, the control means 24 returns to the initial (first sub-side) state and maintains its standby state until the first prize detection output SL is input again.

Further, the first seven-lip front log F1 is configured so that the set-like binding and the recent +iI vision alternately appear in the first human directness detection output Sl via the reset circuit 26. In other words, the release function in the second and third divisions is enabled. Therefore, if a special winning right such as the one described above occurs due to the first person prize detection output Sl, and the first person prize detection output Sl is input again during the competition for that winning right, As a result, the right to win will disappear midway and the situation will return to the original state.
This gives the players an appropriate sense of tension and makes the game even more interesting.
'However, when the above-mentioned special winning right power S disappears in the middle, even the variable winning device light 26, which was once activated, is not activated by the first control even though its activation duration remains. Returning to the state and closing the relationship, Maukoshichi will be 1 or give a big dissatisfaction to the customer service.Therefore, in the embodiment, by using the AND gate G2, the change 41!+
The reset of the flip-flop F1 is prohibited only while the winning device 16 is being driven to open. As a result, even if the first imperial detection output S1 happens to be input successively, the operation of the variable prize winning device 16 is ensured at least once, and the variable prize winning device 16 is operated at least once. (The continuation of the success is ensured only as long as the number of game balls is limited. Therefore, the player can experience the fun of the game when he is given the special prize winning right, They compete to satisfy their seven interests.

In addition, when the first flip frog F1 is set face down, that is, the second i
tt! In the case of I1, as shown in FIG.
For example, it is possible to configure the device so that 7 actuators shown in FIG. 6 are driven by 0 actuating devices 7o. The device shown in FIG. 6 is a device that allows the second winning area 20 to appear and disappear within the game board 12.

Solenoid SC2'H5 connected to the sword 58 that opens and closes the second tribute area 20 12, the above-mentioned first flip frog F]
When the special prize q4 profit is set, the door 58 is opened.

to open the second tribute area 2(). As a result, it is possible to make the player aware of the fact that the special prize winning right has occurred by effectively producing a "-"vd.

Figures 7 to 10 show other implementations of this invention! Indicates l.

The basic configuration of the embodiment shown in the figure is the same as that shown in FIGS. 1 to 6. Therefore, in the following explanation, we will mainly focus on the differences.In the embodiment shown in the same figure, the structure of the auxiliary game device 14 and the seven change equipment 16 is different from the embodiment described above. As shown in FIG. 7 and FIG.
It has a roulette type auxiliary game board 72 made of cedar boards arranged in a circular cedar shape. Each lug L1-L4 is a monostable multivibrator MMI used as a timer, an oscillator P
2. Gate G]2. From the linog counter C3, etc./) The auxiliary shiga technique control section 7-1, via the driver 76,
Light up one by one 4]! It becomes more moving. This lighting driving light, the game ball enters the 10th entry g< area 18, is this Micro Suino f etc.? It starts at 6, when the detector Do used detects it. Then, the monostable multivibrator [Break Δ11 continues while outputting pulses of a predetermined time width.
is triggered via gate G116. 12. The multivibrator A iVi 1 outputs a single pulse with a predetermined time width. Finish, ring counter 0
3 stops the counting operation. When this counting position matches the predetermined specific position (1), the quantitative output corresponds to the first Taisei 4 moxibustion output 113 power 5LIC at AiJki'Muse↓pH. As a set (or reset) input of the first flip-flop F1 J
- Become. This judgment output is determined by the gate G1: (and the differentiating circuit +'+J
The count position of the ring counter C3 at this time = Z is input to the flip-flop F1 of the above lamp L.
In addition, the variable thick weaving device 16, which is indicated by the lighting position of l-L4, is as shown in FIG.
So-called tulips and leaves:・Rare petal-shaped door member 78
It is configured using This i member 78 is driven open by the solenoid SC1 to open the bottom winning area 22, as in the case of the above-described embodiment. The rest is the same as the embodiment with 1.

The embodiments of this invention have been described above, but this invention is limited to the structure 1i1i of the embodiment described below, and of course does not apply to ICs.
The holder 24 can be made up of one or more parts, regardless of individual parts.
It is possible to construct it using a bar product circuit. As yet another embodiment, the seven system I+lI means 24 can be
This system is constructed using a microprocessor system consisting of a central processing unit (U), a working memory (1ζA-M), and an interface (8). In this case, the functions of each building described above, such as timers and counters, may be configured using software.

As mentioned above, while the pachinko game 4 according to the present invention can be made into an auxiliary game device and a variable prize winning device 1 provided in the game board, the game content is ``7! One means for controlling the
2. By dividing the control into six sixth control η1 states, the operation can also be realized (11C).

1. The control 1 part of the nephew part can easily accommodate changes in the format of, for example, auxiliary gaming devices and variable prize winning devices, without adding child modifications 14. This is a huge breakthrough in pachinko machines, where models are often replaced and copied.

[BRIEF DESCRIPTION OF THE DRAWINGS] FIG. 1 is a front view of a pachinko game machine according to a second embodiment of the present invention.
A rear view showing the 1-piece machine board, Figure 3 is the auxiliary game device C1.
FIG. 4 is a perspective view showing an example of a variable prize winning device, FIG. 11. An example of the input λ robust region in another embodiment of the present invention is shown. FIG. 7 is an IC side view showing an example of a four-skill board in another embodiment of the present invention, and FIG. 8 is a cross-sectional view showing an example of the auxiliary game device in FIG. Figure 9 is a partially broken diagram showing an example of the variable prize winning device in Figure 47 [perspective view, 1st
The IJ diagram is a circuit diagram showing another embodiment of the control +1li1 means which is the J& part of this invention.
・Auxiliary game equipment room, 16・-・″ variable prize winning device, 18・
...First entry t(area, 20...Second entry area, 2
2...Sixth entry area, 24...Opening side 1 means, Fl
...Holding circuit (flip frog), T1...Timer, Cl, C2, C3...Counter, SC1...Solenoid, 26...Reset circuit, 27--Repetition 17;
Pivotal circuit, 28... Maximum number of operations 1iiiI limit, A
-v1#: Tech ball. Figure 1 Figure 2 Figure 6 Figure 7 Figure 8 Figure 9

Claims (6)

[Claims] (1) The game ball that is hit into the game board from the ball drive unit,
In a pachinko game machine that is designed to give a predetermined winning profit to a player when the player enters a winning area set within the game board, the gaming board has a first winning area and a first winning area. , a second prize-winning area, an auxiliary gaming device configured such that a new game state is generated in the game board by a game ball entering the first prize-winning area, and an auxiliary gaming device configured to increase the chance of winning a prize. A variable input device is provided for temporarily opening an area for entering the number of rods in the game board, and! , further comprising a control means for controlling the winning operation of the variable winning device based on the result of the T-game state occurring in the auxiliary gaming device and the winning detection output of the second entrance to the monument, This:ff1l'l wholesale means, 1st. The second two control/inhibition states 12 are constructed so that the sixth control state can be accommodated between the control states of the second control state, and the above-mentioned complementary IJ and Ill control states are Transition from the first control state to the second control state [~, this second Ib1111III hidden state [
f, - If there is a detection output at the input of the second winning area, the variable input should be set to pear @ fully open.
A pachinko game machine characterized in that the pachinko game machine is configured to temporarily form a control state and then return to the second control state. (2) A game ball that has been hit from the ball drive unit into the game board,
The system is designed to give a predetermined winning profit to the player who enters the winning area set in the game board. , the first winning area, and the 21st/) winning area (, the game ball that entered the first winning area creates a new gaming state in the game board, and the assistance is arranged and turned so that b) The gaming device t7 is provided with a variable winning system that opens all the sixth winning areas in one place in the game board to increase the chances of winning, and is attached to the auxiliary gaming device. The ・l contact state (υ result and the above ・142・/
) A means for controlling the operation of the variable winning/closing device based on the winning detection output in the λ value region is provided, and this controlling means has two control states, a first and a second control state, and It is configured to be able to take the fifth control position when in the second control state, and the specific W in the auxiliary gaming device is
The control state IL changes from the first control state to the second control state IL depending on the technique result.
and this second control state j/! 4, temporarily forming a sixth control state in which the variable winning device is driven to open when the winning detection output of the second winning area fluctuates;
After that, the system is configured to return to the second control state, and when the auxiliary gaming device again produces a specific game result while in the first control state, the mark
A pachinko game machine comprising a release function for returning the second control state to the first control state. (3) In claim (2), the control I means is provided with an i-timer which is started at the same time as the variable breakage device is driven to open, and this timer measures the entire set time. The pachinko game machine is characterized in that the sixth control rod is returned to the second control state when the control occurs. (4) Claim (2) Futaba (3), wherein the control means is provided with a counter that counts the number of winning balls that have entered the sixth winning area V; A pachinko game machine whose percent feature is that when a counter counts a set number, a sixth sub-side dog state is inclined to a second control state. (5) Claims (2) (3) Mano is based on (4), wherein the control means is provided with a counter that counts the number of opening drives of the variable prize winning device, and the counter is A pachinko game machine characterized in that the second control state is forcibly returned to the first control state after the total number of players has been counted. (6) Scope of claims (2) <3) (4) or (
In the item 5), the second prize winning area is configured to be able to appear and disappear within the game board, while the control means light as described in 7.
By shifting to the second control state, the entire second contribution area is driven to appear within the game board.
. □Wow, 7. care. □I,. 1 (7) Claims + 2) (3) (4) (5) i. A pachinko machine that is characterized by the fact that it is