JP2003334290A - Game system - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To configure a game system so as to externally output game information by providing an external output terminal plate in a game machine control section, collect game data sent from each game machine to a management server, provide a link performance lottery table determining a prescribed performance mode from among a plurality of kinds of performance modes on the basis of internal success information received, vary a selected type of a performance mode depending on the type of an internal success combination, and execute a link performance determined in a lamp display section of a game information display device provided above a game machine. <P>SOLUTION: In the game system having a game machine executing lottery of a win combination on the basis of a prescribed input signal, a game machine providing a benefit to a player when a win occurs, a management control means storing game information sent by a plurality of game machines, and a display means displaying and controlling the display of a performance on the basis of the game information, the management control means has a link performance mode determination means determining the mode of a link performance by referring to the game information. <P>COPYRIGHT: (C)2004,JPO

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a slot machine, a pachinko game, which has a variable display means for variably displaying various symbols and a function of controlling the variable display and giving a profit to a player according to the result. The present invention relates to a gaming machine system using a symbol combination gaming machine typified by a gaming machine and a hall management computer that manages a gaming history.

[0002]

2. Description of the Related Art A slot machine has heretofore been known as a typical example of this type of gaming machine. The slot machine is provided with a plurality of rotating reels having a plurality of symbols arranged on the outer circumference, and the symbol combination when each spinning reel is stopped is in a predetermined stop state, for example, when the same symbols are aligned in a straight line. The prize is awarded and coins and prizes are paid out. Generally, in order to win this prize, various contingencies are often taken into consideration, and it is important to have a gambling element that the player's skill cannot completely control the result of the game. It is a feature.

In order to realize this "accidentalness", various techniques have been conventionally used, but recently, after executing a winning lottery by software using a microcomputer, reel stop control is performed according to the result of the lottery. The mainstream is a slot machine that employs a control method called "pre-stage determination". For example, Japanese Patent Publication No. 3-72313
The slot machine described in No. 1 relates to a slot machine with a stop button, which is a so-called pachi-slot gaming machine. It has a winning probability table divided into random number ranges of “big hit”, “medium hit”, and “small hit”, and when the sampled random number value is included in the winning section of the winning probability table, the winning combination It is determined that the winning is achieved, and the hit (winning) flag of the winning combination is established. In these winning flags, for example, a predetermined symbol (for example, a "bell" symbol or a "cherry" symbol) is provided on the activated pay line, so that a coin payout of about 10 coins can be obtained. The winning flag of the winning combination called
Predetermined design (eg "7" design or "BAR" design etc.)
Occurs when a certain number of games are played, and a state in which a winning is more likely to occur than in a normal gaming state is 100 to 400.
There is a winning flag of a winning combination called a "bonus combination" that allows a large amount of coins to be paid out.

The state in which the winning flag is established is a state generally called "internal winning", in which the corresponding winning combination is only allowed to be on the winning line, and the winning is not actually made. It has not occurred. In order to generate a prize, it is necessary to operate at a timing (usually within 4 frames) at which the rotating winning symbol can be stopped on the winning line, so-called "pushing" is necessary. If this operation timing is bad, No prizes will be generated despite being internally won,
So-called “missing” will occur.

[0005] This omission can be said to be a failure to push the eye in a broader sense, but there are several patterns in the cause, and firstly, although the design to be aimed at is fixed, the design that fluctuates is changed. There is a pattern that I can not recognize and fail by performing an appropriate stop operation, and secondly, there are multiple winning prizes that may have been internally won in this game, and what pattern should I stop and do? There is a pattern that cannot be specified and fails by performing an appropriate stop operation.

The former can be expected to improve the accuracy to some extent if the player is familiar with the touching technique, but the latter needs to grasp the invisible internal winning state, so no matter how skillful the player is at pushing. It is impossible to improve the accuracy of the press.

To put it the other way around, as long as the internal winning combination is notified,
It can be said that it is possible to realize a gaming state such as a bonus game in which a large amount of coins can be earned even in the normal gaming state. By utilizing such pachislot-specific game playability, a predetermined condition is satisfied. In this case, the fact that internal winning has been achieved for a predetermined period of time, and further, the type of the internal winning combination has been notified, has reduced the dropouts, and a large amount of coins have been paid out as compared to a normal game in which no notification is given. There are gaming machines equipped with a function commonly known as "assist time (AT)". This belongs to "during a normal game" in terms of "game state", which will be described later, but the actual coin payout can be set to be comparable to the bonus game.

Similarly, "Super Time (S)" is provided as a function for providing a coin payout size depending on whether or not support for "winning" the "internal winning state" is provided.
There is something called "T)". This is when the spinning reel is stopped and controlled by the player's stop button operation,
Prepare multiple "stop tables" to determine how many frames to slide from the stopped symbol position to stop, and determine the stop table to be used each time the winning combination is internally won by random number lottery, and then the stop table If you do not perform the stop operation according to the stop operation order set in, the stop control will not occur even if it is operated at a timing that can be stopped on the activated winning line With such a configuration, by providing a state of "notifying" and a state of not "notifying" of the type of the selected stop table, a large amount of coin payout comparable to the bonus game is realized as in the above-mentioned "AT function". It is a thing.

In this way, except for bonus games,
A game state in which a large amount of coins can be obtained is called a "specific game" in the present invention. In addition, a game state in which a large amount of coins are paid out, including this specific game and bonus game, is called a "special game".

A player plays a game while hoping that a special game like these will occur, but of course,
The probability of occurrence of special games changes depending on the sales strategy of the store. For example, there are days when the probability of a special game is set to a high value, called service day, and a large number of coins are given to the player. . In addition, even at the same store and at the same time, there are game machines in which special games are likely to occur and there are game machines in which special games are unlikely to occur. Today's general pachinko halls (stores) have built a system that collects these gaming machine operation data in real time and monitors the state of the gaming machines. The gaming data output from the gaming machines is managed by a hall management computer. In order to secure an appropriate operating profit, the data is analyzed collectively and the probability of occurrence of special games is adjusted based on the analysis result.

To change the probability of occurrence of a special game, specifically, the payout rate is changed by changing a setting switch provided inside each individual gaming machine for adjusting the probability of occurrence of a special game. However, it is generally impossible for the player to confirm the setting state. However, if the number of occurrences of special games and the number of games up to the present time can be grasped, it is possible to grasp the probability of occurrence of special games even if the setting of the gaming machine cannot be directly confirmed. There was a strong demand for the construction of a system that can grasp the past game history of gaming machines.

Therefore, using the gaming machine data collection system of the store, a gaming information display device for displaying the gaming history of the gaming machine at that time is provided in the middle of the wiring route from the gaming machine to the hall management computer, A system has been proposed in which, when a player selects a gaming machine, the displayed contents can be checked and used as a judgment material. The information display device is provided on the upper portion of each gaming machine and provides various gaming machine information to the player.

On the other hand, in today's game machines, the performance of the production control board has been dramatically improved, and many game machines have been proposed in which various productions can be performed by using a liquid crystal display device, a stereo speaker and the like. It was There are effects that notify that the internal winning flag has been established, those that suggest an appropriate operation method, those that give a winning effect, those that give an effect during bonus, etc., and effect control according to the game situation Is executed. Among those effect controls, effects particularly relating to the profit of the player, specifically, an effect of notifying that the above-mentioned bonus combination is internally won, and an effect of notifying an internal winning combination established during the AT game. Also, the production of notifying an appropriate stop order during the ST game is of great interest to the player, and constitutes a main part of the production installed in the pachi-slot gaming machine.

[0014]

However, although the various presentations that are currently provided have a variety of presentation expressions, the game control information that triggers the decision of the content of the presentation is individual. This is the control information of the gaming machine alone, and the variation of the production tends to be limited.

Also, the units to be rendered are limited to individual gaming machines, and the player's interest is strong in that he is only interested in the gaming machine he is playing. However, it was hard to say that they are effectively utilizing the gaming machines installed in many stores.

The object of the present invention is to eliminate the restriction that the effect control of the gaming machine is performed "single", and to effectively utilize the gaming machines installed in a large number of stores mutually to provide a new game property. It is to provide a game system provided.

[0017]

A gaming machine of the present invention executes a lottery for a winning combination based on a predetermined input signal, and a gaming machine that gives a profit to a player when a winning occurs, and a plurality of gaming machines. In a gaming system including a management control unit that stores game information transmitted by the gaming machine and a display unit that displays and controls an effect based on the game information, the management control unit refers to the game information. It is characterized in that a link effect mode determining means for determining a mode of the link effect is provided.

In the present invention, as a game machine for generating various game information, it is determined whether or not an internal winning combination determined by a random number lottery process and whether or not a rotating reel is operated at an appropriate timing is awarded. A slot machine with a stop button for determining whether or not to generate a so-called pachi-slot gaming machine is taken up, and bonus winning information generated by a player performing a game operation is transmitted to the outside through an external output control circuit.

The transmitted game information is collected in a management server, which is a hall management computer, through a LAN built in the store. In the management server, the link effect determination means determines the link effect to be executed and transmits the effect data.

When the bonus internal winning information is transmitted, the link effect mode determination means determines the mode of the link effect to be executed this time using the link effect mode lottery table described later. The mode of the effect that is determined changes depending on the type of bonus combination that has been established.

Further, the second aspect of the present invention is to execute a lottery of a winning combination based on a predetermined input signal, and a gaming machine which gives a profit to a player when a winning occurs, and a transmission from the gaming machine. In a game system including a game information display device for receiving the game information to be displayed and displaying the information, and a management control means for storing the game information transmitted by the plurality of gaming machines,
The management control means includes a link effect mode determining means for determining a mode of the link effect by referring to the game information, and a link effect transmitting means for transmitting the determined link effect to the game information display device. It is characterized by

The link effect data determined by the link effect mode determining means is transmitted to the game information display device installed corresponding to each gaming machine, and effect control is performed. Since the game information display device is generally installed above the game machine, it is easy for other players to visually recognize the effect mode to be performed, and it is easy to see which game machine is currently performing the effect. It is a structure that can be confirmed.

Further, in a third aspect of the present invention, the game information display device includes a lamp display section composed of a plurality of lamps, and the link effect is displayed by a blinking mode of the lamp display section. It is characterized by

Since the lamp display section is composed of a plurality of lamp groups and is a display device which is larger than the effect display device provided in the gaming machine, it is executed according to the effect mode determined by the link effect mode determining means. Individual lamp lighting / blinking control makes it easy to visually confirm the effect mode even from a distance of the gaming machine, and it is possible to easily confirm which gaming machine is currently performing the effect.

[0025]

DESCRIPTION OF THE PREFERRED EMBODIMENTS FIG. 1 is an external view of a slot machine with a stop button, which is one embodiment of a gaming machine of the present invention, a so-called pachi-slot gaming machine. The pachi-slot gaming machine 1 has a box-shaped cabinet 2 made of plywood in which a front door 3 is openably and closably attached. On the upper part of the front door 3, a game status display lamp 4 which emits and flashes in different display forms when a bonus game occurs or an error occurs, and a speaker which outputs a sound effect during a game or an error sound 5L, 5
R and a payout table 6 in which the number of payouts of each winning combination and a simple game explanation are written are provided. A substantially vertical panel display 7 is provided in the center of the front door 3, and three vertically long rectangular display windows are provided in the center (left display window 8L, middle display window 8C, right display window 8R). Are provided so that the reels in the cabinet (left reel 9L, middle reel 9C, right reel 9R) can be viewed. These reels 3L, 3C, 3
R has a plurality of symbols arranged on its outer peripheral surface and is rotatable, and constitutes a variable display means together with the display windows 8L, 8C, 8R.

On the left side of the panel display section, a 1-BET lamp 10a which lights up when the number of bets is one coin or more, and a 2-BET lamp 1 which lights up when the number of bets is two coins or more.
0b, lights up when the number of bets is 3 coins Lights up 3
-A BET lamp 10c is provided. Then, as shown in the enlarged view of the display windows 8L, 8C, 8R shown in FIG.
-When the BET lamp 10a lights up, the center line L1
Becomes an effective winning line (hereinafter abbreviated as an effective line), and when the 2-BET lamp 10b lights up, in addition to the center line L1, a top line L2A and a bottom line L2B
Becomes the effective line, and when the 3-BET lamp 10c is turned on, the cross-down line L3A and the cross-up line L3B become effective lines in addition to the center line L1, the top line L2A, and the bottom line L2B.

On the right side of the panel display section 7, a bonus information display section 11 and a payout display section 13 are provided. The bonus information display section 11 is composed of 7-segment LEDs and mainly notifies the progress of the bonus game. Display window 8
Below L, 8C, and 8R, a liquid crystal display device 14 for displaying various game histories and effects is provided.

A coin slot 28 is provided on the right side of the liquid crystal display device 14, a 1-BET switch 16, a 2-BET switch 17, and a MAXBET switch 18 are provided on the right side of the liquid crystal display device, and a credit is provided thereon. Display unit 2
5 are provided. If the 1-BET switch 16 is credited, one coin is bet on the game by one pressing operation, and the 2-BET switch 17 is two coins by one pressing operation. Bet on, MAXBET switch 18 is pressed once,
The maximum number of coins that can be bet in one game, three coins, is bet in the game. By operating these BET switches, the predetermined pay line is activated as described above.

Between the 1-BET switch 16 and 2-BET switch 17 and the MAXBET switch 18, a cross button 19 for selecting and operating images such as various game data displayed on the liquid crystal display device 14, and the selected contents. A decision button 20 for deciding and a cancel button 21 for canceling the selected contents and returning to the normal display from the selection screen or menu display are provided.

On the 1-BET switch 16 and the 2-BET switch 17, a credit display section 25 having a display section of 7-segment LEDs is provided. The credit function is a function of internally storing coins within a certain range (for example, 50 coins) without paying out coins at the time of winning, and the current number of stored coins is displayed on the credit display unit 25. When the number of stored coins exceeds 50, coins are paid out to the coin tray 24.

A C / P (credit / payout) switch 22 is provided on the left side of the central portion of the front door 3 so that the player can select whether to credit or pay out coins acquired in the game by operating a push button. There is. By switching the C / P switch 22, coins are paid out to the coin payout opening 23 at the lower part of the front door, and the paid out coins are stored in the coin tray 24. A start lever 26 is provided on the right side of the C / P switch 22 so as to be rotatable within a predetermined angle range. When the start lever 26 is operated by the player, the three reels 9L, 9C, 9R start rotating, and the variable display of the symbols in the display windows 8L, 8C, 8R is started.

At the center of the front door 3, the liquid crystal display device 14
A stop operation section 15 for stopping the three reels 9L, 9C, 9R that are rotating is provided below the, and constitutes stop means. The stop operation unit 15 includes a left stop button 27L, a middle stop button 27C, and a right stop button 27R. These stop buttons 27L, 27C,
The player can arbitrarily determine the order of stopping 27L.
Generally, the stop operation performed when all reels are rotating is the "first stop operation", the next stop operation is the "second stop operation", and the last stop operation is the "third stop operation". Say. In addition, in this embodiment, operating the left stop button 27L as the first stop operation is “forward pressing”.
That is, operating the middle stop button 27C as the first stop operation is called "middle press", and operating the right stop button 27R as the first stop operation is called "reverse press".

Further, in the case of a game machine having three stop buttons, the stop operation sequence is six kinds in total, so that the left stop button 27L is operated as the first stop operation and the second stop operation is performed, respectively. Operate the middle stop button 27C as
Operating the right stop button 27R as the third stop operation is referred to as “pushing left and right”, operating the middle stop button 27C as the first stop operation, and operating the left stop button 27L as the second stop operation. 3 Stop operation Right stop button 27
Operating R is called “middle left / right pressing”, operating the middle stop button 27C as the first stop operation, operating the right stop button 27R as the second stop operation, and operating the left stop button 27L as the third stop operation. The operation is referred to as "middle right left push", the left stop button 27L is operated as the first stop operation, and the right stop button 27R is operated as the second stop operation,
Operating the middle stop button 27C as the third stop operation is referred to as "center-left pressing", the right stop button 27R is operated as the first stop operation, and the left stop button 27L is operated as the second stop operation to perform the third stop operation. Middle stop button 27 as an operation
Operating C is referred to as "middle right / left pressing", operating the right stop button 27R as the first stop operation, operating the middle stop button 27C as the second stop operation, and operating the left stop button 27L as the third stop operation. What you do is called "Right-center-left push" Further, at the center of the front door 3, the liquid crystal display device 14
A coin insertion slot 28 for inserting coins is provided on the right side of the.

FIG. 2 is an example of a circuit block diagram for realizing the operation of the pachi-slot gaming machine 1 shown in FIG. The game control means of the present embodiment is roughly composed of two control circuits, and the main control circuit 101 controls various peripheral devices electrically connected based on input signals from various detection means, and sub-control. The circuit 201 is the game information transmitted from the main control circuit 101, the cross button 19, the decision button 2
0, the effect image displayed on the liquid crystal display device 14 based on the input signal from the cancel button 21 and the speaker 5L,
Controls sound effects generated from 5R.

The main control circuit 101 has a microcomputer 102 arranged on a circuit board as a main component, and a circuit for random number sampling is added thereto. The microcomputer 102 is a ROM 104 in which game programs and data are stored in advance.
It also includes a CPU 103 that performs a control operation according to a game program in the ROM 104, and a RAM 105 that provides a work area required for control processing.

The CPU 103 includes a clock pulse generation circuit 106 for generating a reference clock pulse and a frequency divider 10.
7 and a random number generator 1 for generating random numbers to be sampled
08, and a sampling circuit 109 for sampling a random number based on a signal from a start lever 26 described later are connected. As a means of random number sampling,
In the microcomputer 102, random number sampling may be performed by software processing. In that case, the random number generator 108 and the sampling circuit 109
Can be omitted.

ROM 10 of the microcomputer 102
In addition to the control program for controlling various operations of the pachi-slot gaming machine, a winning probability table used for determining whether or not the random number value obtained based on the operation of the start lever 26 is used in a probability lottery process described later. Stop button 2
7L, 27C, 27R in response to the reel 9L, 9
A stop table for determining stop positions of C and 9R, various game information commands to the sub control circuit 201, and the like are stored. In addition, various peripheral devices (actuators)
It is connected to the CPU 103 through the O port 110.

The motor drive circuit 111 rotates the reels 9L, 9C, 9R in response to a drive signal from the CPU 103, and the respective stepping motors 112L, 112L.
The drive control of C and 112R is performed. In addition, the motor drive circuit 1
Reference numeral 11 controls stop of the stepping motors 112L, 112C, 112R in response to a stop control signal from the CPU 103.

The hopper drive circuit 113 is a CPU 103.
Based on the payout command from, the hopper 114, which is a coin payout device, is driven and controlled.

The 7-segment drive circuit 115 includes a 7-segment L
The various display units (payout display unit 13, credit display unit 25, bonus information display unit 11) configured by the ED are drive-controlled.

The lamp drive circuit 116 is a display unit including various lamps (1-BET lamp 10a, 2-BET lamp 10b, MAXBET (3-BET) lamp 10).
c, WIN lamp 12) is driven and controlled. The lighting of the WIN lamp 12 cannot be confirmed from outside the gaming machine.

In addition, a liquid crystal display device 1 is also used as a display device.
4 and reel backlights described later, these are driven and controlled by the sub control circuit 201.

As the main input signal generating means for the microcomputer 102 to generate an input signal necessary for generating a control signal for each drive circuit, the start lever 2 is used.
6, 1-BET switch 16, 2-BET switch 1
7, MAXBET switch 18, C / P switch 22,
Input coin sensor 117, reel stop signal circuit 118,
Reel index detection circuit 122, payout detection circuit 11
There are 9 and so on. These are also connected to the CPU 103 via the I / O port 110.

The start lever 26 detects a player's start operation. The inserted coin sensor 117 detects a coin inserted from the coin insertion slot 28 that has passed a selector for selecting odd-shaped coins.
The reel stop signal circuit 118 includes the stop buttons 9L and 9L.
A stop signal is generated by detecting that the C and 9R are operated. The reel index detection circuit 122 receives a signal from the rotation reference position detection switch in the stepping motor and supplies a symbol position reset signal to the CPU 103. The payout detection circuit 119 receives a signal from the coin detection unit 120 inside the hopper 114, and supplies a payout number signal to the CPU 103.

Next, how each of these drive circuits is controlled in the flow of a series of games will be described. First, since the power switch of the pachi-slot gaming machine 1 is turned on, the random number generator 108 is generating random numbers belonging to a certain numerical range. When the coin insertion by the player is detected by the insertion coin sensor 117, or the coin is credited, the 1-BET switch 16, the 2-BET switch 17,
1-BET by betting operation of MAXBET switch 18
The lamp driving circuit 116 drives the lamp 10a, the 2-BET lamp 10b, and the 3-BET lamp 10c to light. A random number is sampled by the sampling circuit 109 at the timing when the start lever 26 detects the game start operation of the player. Then, the sampled random number value is compared with the winning probability table stored in the ROM 104, and if there is a winning, a winning flag of the corresponding winning combination is set. This software-like lottery process is called “probability lottery process”, and the details will be described later.

Then, each stepping motor 112L, 1
A drive pulse is supplied to 12C and 112R through the motor drive circuit 111, and each reel 9L, 9C, and 9R starts rotation. The CPU 103 monitors the supplied drive pulse and updates the "pulse counter" secured in the RAM 105. Then, the value of this pulse counter is monitored, and when the predetermined value is reached, it is determined that the symbol has moved by one symbol (also called one frame), and the "symbol counter" secured in the RAM 105 is incremented by 1 To do.

For example, it is a stepping motor which makes one rotation with 400 pulses of 1-2 phase excitation, and has 2
If one symbol is arranged, the symbol moves by one frame in about 19 pulses, so the CPU 103 determines that one symbol has moved when the value of the pulse counter reaches 19 pulses. Then, the "symbol counter" is incremented by 1.

On the other hand, in the reels 9L, 9C and 9R, an index detection signal is generated every time the reference point of the symbol passes through the center line L1 of the display window 8, and a reset pulse C is generated via the reel index detection circuit 122.
It is input to the PU 103. The CPU 103 which has detected the input of the reset pulse clears the symbol counter counted up in the RAM 105, and the symbol position which is grasped by software and the symbol position which is actually displayed in the display window 8 are consistent with each other. Reserved.

When the reels 9L, 9C, 9R start rotating and enter a constant speed rotation state after a lapse of a certain time, the operation of the stop buttons 27L, 27C, 27R is validated. When the player performs a stop operation, a reel stop signal is input to the CPU 103 via the reel stop signal circuit 118, and after soft processing such as selection of a stop position is performed, stepping is performed via the motor drive circuit 111. Motor 112L, 1
The stop pulse is supplied to 12C and 112R, and the reel 9
L, 9C and 9R are stop-controlled.

When the stop control of the reels 9L, 9C, 9R is performed, the CPU 103 uses the code number of the symbol on the center line L1 as the stop operation position when the stop signal is received from the reel stop signal circuit 118, and the RAM1.
The table is stored in a predetermined area 05 and the stop table in which the stop operation position and the symbol to be stopped and displayed on the center line L1 are associated with each other is referred to. Then, the symbol stop position corresponding to the stop operation position is stored in a predetermined area of the RAM 105, and how many pulses (how many frames) are left to stop and display the target symbol.
It is calculated whether it should be supplied, and after the calculated number of pulses is supplied, stop control is performed.

When all of the reels 9L, 9C, 9R are stopped, a prize search is performed. In the prize search, first, the symbol table stored in the ROM 104 is compared with the symbol stop position stored in the RAM 105, and the display windows 8L, 8C,
Understand what kind of state the stop mode of this game stopped at 8R is. The symbol table is reel 9L,
9C, 9R is configured corresponding to the symbol line drawn on the outer peripheral surface, and the code numbers representing the order of the symbols from the reference position and the symbol codes provided corresponding to the code numbers are associated with each other. It plays the role of a soft reel band. Next, each effective line L1, L2A, L2
B, L3A, and L3B, the stop mode and ROM1
The winning symbol combination table stored in 04 is collated to determine whether or not there is a winning. The winning symbol combination table is a combination of winning symbol combinations and the number of payout coins at the time of winning, and the winning symbol combinations and payout numbers that are valid depending on the gaming state are different. Switch and process.

When the CPU 103 determines "winning" in the prize search, it supplies a payout signal to the hopper drive circuit 113 to pay out a predetermined number of coins from the hopper 114.
At that time, the coin detection unit 123 counts the number of coins paid out from the hopper 114, and when the count value reaches a predetermined number, stops the drive signal to the hopper drive circuit and stops the coin payout.

The block diagram of FIG. 3 shows the sub-control circuit 201.
Represents the configuration of. The sub control circuit 201, based on the game information from the main control circuit 101, the input from the cross button 19, the determination button 20, the cancel button 21, etc., the peripheral devices related to the performance such as the liquid crystal display device 14 and the speakers 5L, 5R. Control.

The sub-control circuit 201 has a sub-microcomputer as a main constituent element, and has a liquid crystal display device 14.
Image control circuit 250 for controlling the display, speakers 5L, 5R
Sound source IC 230 for controlling the sound output of the sound source, power amplifier 231 as an amplifier, and reel back lamp control circuit 24
It consists of zero. These control circuits are configured on a circuit board different from the main control circuit.

The sub-microcomputer 202 includes a sub-CPU 203, a sub-ROM 204 as a storage means, and a sub-RAM 205. The sub-control circuit 201 in FIG. 3 is provided with a clock pulse generation circuit, a frequency divider, a random number generator, and a sampling circuit, which are similar to the main control circuit, although they are not shown. In the sub ROM 204, a communication sequence program with the main control circuit 201,
An effect selection table for selecting various effects based on the received game information, a sound sequence program, etc. are stored. The sub RAM 205 is used as a work area for executing these control programs.

The sub CPU 203 is connected to the main control circuit 10
Based on the game information command sent from 1, decide what kind of effect the various effect control circuits should perform,
The decision contents are transmitted to each effect control circuit.

The image control circuit 250 includes the image control CPU 2
51, an image control ROM 252, an image control RAM 253,
Image ROM 255, video RAM 256 and image control I
It is composed of C254. The image control CPU 251 receives the parameters determined by the sub-microcomputer 202 through the image control circuit IN port 257, and determines the display content on the liquid crystal display device 14 according to the image control sequence program stored in the image control ROM 252. The image control ROM 252 stores a reception sequence program for image effect commands transmitted from the sub-microcomputer 202, an image control sequence program for controlling the image control IC 254, and the like.
The image control RAM 253 is used as a work area when executing the image control program.

The image control IC 254 is the image control CPU 2
The image corresponding to the display content determined in 51 is displayed in the image ROM.
The image data is formed by using the graphic data stored in 255, is temporarily stored in the video RAM 256, and is output to the liquid crystal display device 14 via the image control circuit OUT port 258 at an appropriate timing to provide a display effect. .

The external communication control circuit 259 is a WI controlled by the main control circuit 101 via the lamp drive circuit 116.
The lighting information of the N lamp 12 and the game information transmitted from the sub CPU are externally output through an island LAN described later.

The reel back lamp control circuit 240 is used for effect display control such as winning effect and winning flag notice. FIG. 5 is an enlarged view of the reels 9L, 9C, 9R. Reel strips 29L, 29C, 29 of reels 9L, 9C, 9R
R is composed of a semi-transparent film material, and each symbol such as a "cherry" pattern or a "7" pattern is printed on the surface with light-transmitting colored ink, and the area other than those symbols is covered with light-shielding ink. Masking is done. Reel obi 2
Lamp housing 30 behind 9L, 29C and 29R
L, 30C, 30R are provided so that the light emission of each lamp does not interfere with other symbol areas. Reel back lamps 31L, 31C, 31R are built in each room of the lamp housings 30L, 30C, 30R. The reel back lamp control circuit 240, based on the parameters determined by the sub-microcomputer 202, reel reel lamps 31L, 31C, 31.
The R is controlled to blink. For example, when coins are paid out, the reel back lamps 31L, 31C, 31R of the symbols on the pay line are controlled to blink, or different blinking modes are prepared for each internal winning combination, and when the respective winning flags are established, the effect display is performed. By doing so, it suggests to the player which winning pattern should be aimed.

FIG. 6 is a plan view of the reel bands 29L, 29C, 29R developed on a plane. Each reel is provided with 21 symbols, each symbol is given a symbol number of 1 to 21, and is stored in the ROM 104 as a symbol table. The symbol rows 9L ', 9C', 9R 'are reels 9L,
The symbol numbers are moved and displayed in order (from bottom to top) as the 9C and 9R are driven to rotate.

FIG. 7 shows the number of payouts for a winning symbol combination (winning combination) in each gaming state.

Here, the internal winning, the winning, and the game state will be described. The internal winning is a state in which, as a result of collating the sampled random number value and the winning probability table in the above-mentioned probability lottery process, it is determined to be winning and the winning flag of the corresponding winning combination is set. The winning flag exists for all winning combinations in principle, but due to its characteristics,
It is valid only for games that have been won, and it is not limited to games for which the winning flag has been established, as well as games for which the winning flag has been established, which is a small winning combination that does not carry over the winning flag to the next game, and is carried over until the winning occurs. , A big bonus (BB) and a regular bonus (RB), the internal lottery probability of a winning combination is increased, and it is roughly classified into those of a winning combination called a bonus combination that can obtain a large amount of coins.

Examples of the small winning combination include, for example, a "cherry" winning combination in which the player wins by simply stopping on the active line of the left reel, and a winning "bell" when all three symbols are stopped on the effective line. There are "winning roles" and "watermelon" winning roles. Regular bonuses and big bonuses are also available as bonus prizes. Regular bonus (RB)
Is displayed on the activated pay line, for example, "BAR-BAR-B
This is caused by the fact that "AR" is complete. First, 15 coins are paid out at the time of winning the prize. Then, a one-off bonus game (referred to as a JAC game or accessory game) can be played 12 times or until a prize is generated 8 times. The big bonus (BB) occurs when, for example, "red 7-red 7-red 7" are aligned on the activated line, and 15 coins are paid out at the time of winning. And B
You can play a small combination called B general game or a game with an increased winning probability of RB up to 30 times, and you can play RB up to 3 times during that period. The RB prize from the general game occurs when, for example, "BAR-BAR-BAR" are prepared,
The RB prize from the general game in the BB occurs when "replay-replay-replay" are complete. Since the replay winning combination automatically inserts the same number of coins as the number of inserted coins when a prize is won, it is possible to play a game in the next game without inserting coins. Single bonus (S
B) occurs when, for example, "7 with sword-7 with sword-7 with sword" are aligned on the activated line, and 15 coins are paid out at the time of winning. Then, the JAC game can be played once. This SB is named "Bonus",
The winning flag is not carried over, and the winning flag is effective only for the game of the same time as the small win.

Next, the game state will be described. The game state is
It is roughly divided into three states depending on the presence or absence of the winning flag of the bonus winning combination, the bonus winning combination has not been internally won yet, and the internal winning is performed in the probability lottery process.
Bonus internal winning state (bonus internal winning, also referred to as bonus internal winning) in which bonus winning symbols are not aligned on the active line and winning has not occurred yet, winning symbol is well on the active line during bonus internal winning Are arranged and are roughly classified into a bonus game state (also referred to as bonus operation) in which a bonus game is being played.

Further, during the bonus internal winning, it is divided into the BB internal winning and the RB internal winning according to the bonus type. The bonus operation is also divided into the BB operation and the RB operation.

In addition to the bonus winning combination, there is a game state that is advantageous to the player who can obtain a large amount of coins.

For example, with regard to the winning probability table of the SB during the general game called "centralized machine", a high probability table (for example, SB internal winning probability 1/2) and a low probability table (for example, SB internal winning probability 1/20). And a lottery to switch to the high probability table when using the low probability table (generally referred to as "rush lottery"), and a lottery to switch to the low probability table when using the high probability table (typically "punk lottery It is known that the coins gradually increase when the high probability table is used.

Also, a plurality of winning combinations called "AT (assist time) function" which can never win at the same time are set (for example, "bell-bell-red 7", "bell-bell-blue 7", "bell-bell-blue 7", Bell-Bell-White 7 "winning combination, right reel" Red 7 "," Blue 7 "," White 7 ", each symbol has 4 or more spaces between each symbol.) Since I do not inform the type, I do not know which "7" I should aim for, and theoretically I can only win 1/3 after internal winning, but when it comes to informing the internal winning type called AT period, you should aim Since the type of the "7" symbol can be known, it is known that a specific state in which coins gradually increase and coins are theoretically possible with 100% after the internal winning is achieved, provided that the operator pushes accurately.

In addition, it is called "ST (super time) function", and if the predetermined stopping order is not performed for one internal winning combination, the winning combination is internally won and the accurate pushing operation is performed. Even if you do, there is also one that performs stop control in which the winning symbols are not arranged. For example, as shown in FIG. 8, for the winning combination “bell”, the stop order table is “from No. 1”.
NO. Up to 6 "6 types are prepared, and when Bell wins internally in the probability lottery process, the stop table to be used is selected by random number lottery or the like. For example, a table in this game"
NO. When the "3" stop table is selected, a prize occurs when the middle stop button 27C is performed by the first stop operation, the left stop button 27L is performed by the second stop operation, and the right reel stop button 27R is performed by the third stop operation. Other than the five types of stop order, stop control is performed in which bell symbols are not aligned on the activated line even if the bell is internally won.

In the normal state, since the stop order is not notified, theoretically, only one-sixth can be won after the internal winning. However, another way of notifying the type of the selected stop table, which is called ST period, is given. If it becomes a state to inform the order that should be stopped order, theoretically 100% after internal winning
It is known that a prize can be won and coins gradually increase.

In this embodiment, as shown in FIG.
Even if the winning symbols are the same, the number of payouts is different depending on the game state. For example, the watermelon winning combination is 3 coins to be paid out during the normal game and the bonus internal winning, but BB
It is a payout of 15 cards in the middle general game. Also, "Replay-
"Replay-Replay" is a replay winning symbol during the normal game and during the bonus internal winning, but it is an RB winning symbol in the BB ordinary game, and is a winning character winning symbol of 15 payouts in the JAC game.

Further, in this embodiment, in addition to the bonus winning combination, the above-mentioned "ST" is adopted as a situation advantageous for the player, and the ST game is activated when a predetermined condition is satisfied during the general game. There is. Specifically, when the player is internally won for the SB winning combination or the bell winning combination, the player is informed of the information on the stop order necessary for aligning the combinations of the winning symbols. Therefore, when the SB winning combination or the Bell winning combination is internally won during the period of the specific state, the player operates in accordance with the notified stop order to surely generate the winning without causing the omission. You can

FIG. 9 is a view showing a winning probability table used in the above-mentioned probability lottery process. The random number is "0-16
When the winning combination is extracted in the range of 383 ”and belongs to the winning range defined for each winning combination, the internal winning of the corresponding winning combination is achieved. For example, the random number value extracted in this game is“ 100 ”.
If it is 00 ”, the winning range of the Bell winning combination is“ 2299 ”
~ Because it belongs to "11024", it is an internal winning of the Bell winning combination. In addition, the random number value extracted in this game is “150
If it is 00, the range of loss is "13669-163.
Since it belongs to 83 ", none of the winning prizes is internally won,
It will be lost.

FIG. 10 is a diagram showing a game information command table from the main control circuit 101. In the present embodiment, the main control circuit 1 that controls winning determination, coin payout, etc.
01 and the sub-control circuit 201 that controls the liquid crystal display device 14 and the speakers 5L and 5R are configured on different substrates, and a winning effect processed by the sub-control circuit 201 and a specification called battle rush (BR) are performed. For game production control,
The internal winning state of the winning combination processed by the main control circuit,
Since game information about the reel stop status is required, both boards are connected by a straight cable and the necessary information is transmitted sequentially. The command transmitted is a “start command” transmitted when the player operates the start lever 26, and when the stop buttons 27L, 27C, 27R are operated to stop the spinning reels 9L, 9C, 9R. There is a "reel stop command" that is sent, and a "1 game end command" that is sent when all games are completed. Each command is represented by 2 bytes of one type of data, the preceding 1 byte indicates the type of the command, and the subsequent 1 byte indicates its content. The start command is composed of 6-byte data, and the data types are composed of four types of "internal winning combination", "game state", "selection stop table", and "number of inserted coins". The reel stop command consists of 4 bytes of data for each stop operation.
There are two data types: "stop order" and "stop reel".
Composed of types. One game end command consists of 4-byte data, and the data type is "winning type",
It is composed of two types of "bonus game state".

FIG. 11 is a diagram showing a main work area of the sub RAM 205. The reception flag is the main control circuit 1
This is a storage area for the game information command transmitted from 01. The BR continuation number counter is a counter representing the number of remaining games of BR which is a specific game. BR flag is
This is a flag for identifying that the BR has been won by the BR occurrence lottery process and the BR has occurred, and that the BR is currently in progress. The BR save flag is a flag for identifying that the bonus is internally won during the BR and the BR is suspended. The random number for effect lottery processing is a storage area of random numbers used for various lottery processing.

FIG. 12 is a block diagram of the link production system. The pachi-slot gaming machine 1 installed in a gaming facility such as a pachinko hall or a game center (hereinafter abbreviated as “store”) forms a gaming machine island 50 as a group of 5 to 20 gaming machines, and this island unit Thus, a system for supplying game media to each gaming machine and collecting a dispensed game medium is constructed. Each pachi-slot gaming machine 1 is provided with an external communication control circuit 259 that is a means for connecting to an external network, and has a main control circuit 101 and a sub control circuit 201.
The game information and the operation information of the WIN lamp output from the gaming machine island control means 52 that controls and manages the communication sequence on an island basis through the island LAN (Local Area Network) 51, and collects the information. It is transmitted to the management server 54 via the LAN 53. The management server 54 is connected to the Internet 55 and is configured to be able to send and receive data to and from servers outside the store.

Based on the transmitted game information, the management server 54 transmits the present production mode and the link production mode data by the link production determination means composed of a link production mode lottery table described later. The unit (unit number) is determined, and the effect information is transmitted to the game machine island control means of the transmission destination. The gaming machine island 50 is composed of the pachi-slot gaming machine 1 to which the machine numbers from A to E are assigned and the game information display device described later, and the machine machine unit determined as the link effect transmission destination is this machine number information. Identified by. The gaming machine island control means 52 analyzes the received data and transmits the effect data to each gaming information display device 80.

FIG. 13 is a diagram showing the positional relationship between the pachi-slot gaming machine 1 and the game information display device 80. In general pachinko halls, as a guide for game machine selection,
A game information display device 80 is installed corresponding to each gaming machine, and information such as the number of jackpots and the number of games already played is disclosed. Usually, the game information display device 80 is provided on the upper portion of the pachi-slot gaming machine 1, and the game information of the corresponding gaming machine is sequentially updated and displayed. Also, the game information display device 80
Is connected to the management server 54 through the island LAN 51,
The game information from the pachi-slot gaming machine 1 is relayed.

FIG. 14 is an external view of the game information display device 80. The game information display device 80 includes lamp display parts 81L and 81R in which a lamp substrate on which a lamp is mounted is covered with a transparent acrylic cover, and an information display part 82 including a liquid crystal display device. Lamp display 81L, 81
Below the R, when it is necessary to call a clerk such as when a coin is jammed or a hopper empty occurs, the button display is operated to operate the lamp display portions 81L and 81L.
A call button 83 in which R is displayed in a blinking manner for calling and a switching button 84 for switching the game information displayed in the information display section 82 to the past one are provided. The call button 83 lights up in a blinking mode for calling by one pressing operation, and stops blinking when the pressing button 83 is pressed again.

At the bottom of the information display section 82, there are provided a left scroll button 85 for scrolling the display content to the left and changing the display content, and a right scroll button 86 for scrolling the display content to the right and changing the display content. It is provided.

FIG. 15 shows the internal structure of the lamp display portions 81L and 81R of the game information display device 80 and the lamp display portion 8.
It is the figure which shows the ramp production aspect which is executed with 1L and 81R. Inside the lamp display portions 81L and 81R, nine lamps are provided in a lamp housing 89 partitioned by a light shielding wall, and each lamp includes a lamp substrate 88L of the lamp display portion 81L and a lamp of the lamp display portion 81R. It is mounted on the board 88R.

The shaded portion in the figure represents the state where the lamp is lit, and the other portions are extinguished. The lower right number represents the displayed time, and if it is the effect mode of the lamp effect mode, first, the lamp in the upper left stage 1a of the left lamp display unit 81L lights for 200 ms,
Next, the lamp in the middle and middle row 2b of the left lamp display 81L is
The lamp on the lower right side 3c of the left side lamp display 81L is turned on for 200ms, the lamp on the lower left side 4c of the right side lamp display 81R is turned on for 200ms, and then the right side lamp. The lamp in the middle and middle tiers 5b of the display unit 81R is lit for 200 ms, and finally the lamp in the upper right tier 6a of the right lamp display unit 81R is lit for 200 ms to complete one production.

FIG. 16 is a diagram showing a lamp presentation mode. First, the left upper lamp 1a, the left middle lamp 1b, and the lower left lamp 1c of the left lamp display portion 81L are lit for 200 ms, and then the right upper lamp portion 6a, the right middle lamp 6b of the right lamp display portion 81R,
The lamps in the lower right stage 6c are lit for 200 ms, then the lamps in the middle upper stage 2a, the middle middle stage 2b, and the middle lower stage 2c of the left side lamp display unit 81L are lit for 200 ms, and then the middle upper stage of the right lamp display unit 81R. The lamps 5a, middle middle 5b, and middle lower 5c are lit for 200 ms, then the upper right 3a, right middle 3b, lower right 3c of the left lamp display 81L are lit for 200 ms, and finally the right lamp. Display 81
There are 2 lamps in the upper left 4a, the middle left 4b, and the lower left 4c of R.
It lights up for 00 ms, and one production is completed.

FIG. 17 is a diagram showing a lamp presentation mode. First, the lower left stage 1c, the lower middle stage 2c, the lower right stage 3c of the left lamp display unit 81L, and the lower left stage 4c, the lower middle stage 5c, and the lower right stage 6c of the right lamp display unit 81R are 200 ms.
Lights up for a while, and then the left middle stage 1 of the left lamp display 81L.
b, middle middle stage 2b, right middle stage 3b, and right lamp display section 8
The lamps of the left middle stage 4b, the middle middle stage 5b, and the right middle stage 6b of 1R are lit for 200 ms, and then the upper left stage 1a of the left side lamp display unit 81L, the middle upper stage 2a, the upper right stage 3a, and the upper left side of the right side lamp display unit 81R. The lamps of the tier 4a, the middle upper tier 5a, and the upper right tier 6a are lit for 200 ms, and then the upper left tier 1a of the left lamp display section 81L, the middle upper tier 2a, the upper right tier 3a, and the upper left tier 4a of the right lamp display section 81R, The lamps of the middle upper stage 5a and the upper right stage 6a are lit for 200 ms, and then the left middle stage 1b, the middle middle stage 2b, and the right middle stage 3 of the left lamp display section 81L.
b, the left middle stage 4b, the middle middle stage 5b, and the right middle stage 6b of the right lamp display portion 81R are lit for 200 ms, and finally the left lower stage 1c, the middle lower stage 2 of the left lamp display portion 81L.
The lamps of c, the lower right tier 3c, and the lower left tier 4c, the middle lower tier 5c, and the lower right tier 6c of the right lamp display portion 81R are lit for 200 ms, and one effect is finished.

FIG. 18 is a block diagram of the game information display device 80. The game information display device is incorporated in the main body of the game information display device 80, a WIN lamp detection block that detects that the WIN lamp 12 is turned on, an external communication control block that controls communication with the management server 54 via the island LAN 51. Effect control block for performing effect control of the lamp display section 81 and the information display section 82, a gaming machine communication block for controlling communication with the pachi-slot gaming machine 1, an operation detection block for detecting inputs from various operation buttons, of each block It is composed of a game information display device main control block that performs integrated control.

The WIN lamp detection block is provided in the vicinity of the WIN lamp and has a light receiving section 140 having a light receiving element for detecting the light generated by the lamp, and a detection signal from the light receiving section 140 by a filter circuit or an amplification circuit. And an optical communication control unit 141 that transmits the data to the main control unit via the optical communication control unit 141.

In the communication control with the gaming machine island control means 52, which will be described later, the external communication control section block performs address allocation processing for each gaming information display device (gaming machine) and communication control by Internet protocol (TCP / IP). In order to perform processing, the external communication control unit 143 includes an Ethernet (registered trademark) control unit (not shown), an IP control unit for controlling the Internet protocol, a TCP control unit for controlling the transmission control protocol,
A DHCP client unit that executes a client process of Dynamic Host Configuration Protocol (DHCP) is provided.

The effect control unit 144 determines the link effect mode when the player calls the store clerk or the management server 54 determines the effect data, and the effect data is the game machine island control means 5.
2 has a function of controlling the lamp display unit in a predetermined effect mode and a function of displaying game information such as the number of games and the number of jackpots on the information display unit 82.

The gaming machine side input unit 145 performs a receiving process of the gaming information transmitted from the external communication control circuit 259 of the pachi-slot gaming machine 1. As a specific example of the game information, for example, a game history such as the number of jackpots and the number of games from the gaming machine side can be cited.

The operation input section 146 is used for the game information display device 8
Various input devices, call button 8
3, when the display switching button 84, the left scroll button 85, and the right scroll button 86 are operated, the input signal transmitted is received, and the game information display device main controller 1
Relay the data to 47.

The game information display device main controller 147
Game information display device CPU 148 (hereinafter abbreviated as "game history CPU"), game information display device ROM 149 (hereinafter abbreviated as "game history ROM"), game information display device RAM15
It is provided with a game information display device microcomputer 151 composed of 0 (hereinafter abbreviated as “play history RAM”), manages transmission / reception of game information and effect data, and accepts operations such as a call button 83 and scroll buttons 85 and 86. Integrate management of each functional block.

FIG. 19 is a diagram showing a control block diagram of the management server 54. The management server 54 is the in-store LAN 5
The data transmitted from No. 3 is received by the management server communication control unit 161 via the input / output unit 160. The management server main control unit 162 analyzes the received transmission data, and if it is general game information, updates the game information database 163 used as sales data and stores it in the link effect data storage unit 164. The link effect mode lottery table is used to determine the link effect mode, and if it is the WIN lamp lighting information, the link effect destination lottery table stored in the link effect data storage means 164 is referred to. , Link performance destination (unit number) determination and performance data transmission processing is executed, and if it is call information or error information, a message prompting the mobile terminal for communication held by the store staff to confirm the corresponding game console The transmission process of is executed. Various information is displayed on the monitor 166 by the display control unit 165 so that the administrator can monitor the information.

The management server main controller 162 includes a management server CPU 168 (hereinafter abbreviated as "management CPU").
Management server ROM 169 (hereinafter abbreviated as “management ROM”) and management server RAM 170 (hereinafter “management RA”).
It is composed of a management microcomputer 167 composed of abbreviated as "M"), and performs transmission / reception of data and determination of a lamp presentation mode based on a predetermined sequence program.

FIG. 20 is a diagram showing details of data transmitted from the game information display device 80 to the management server based on the game information generated from the pachi-slot gaming machine 1. The transmission data commonly includes the machine number information of the game machine (unit) of the transmission source, and depending on the game situation at that time, game start information, coin insertion information, coin payout information, bonus winning occurrence information, bonus game End information, bonus internal winning information, WIN lamp lighting information that identifies the lighting status of the WIN lamp, call information generated when the game information display device 80 is operated, error information generated when an illegal act is detected, and the like. is there.

FIG. 21 is a diagram showing a BR generation and BR continuation number lottery table. In the present embodiment, whether or not to generate BR, which is a specific game, and the number of BR continuations are determined by lottery with a certain probability when a predetermined winning combination is internally won. In the table, with a probability of 16/128 when the watermelon is internally won, a BR is generated at 11/128 when the two cherries are internally won and at 25/128 when the cherry is lost.

FIG. 22 is a link effect mode lottery table,
It is a diagram showing a link effect transmission destination lottery table. In this embodiment, in the game information transmitted from each gaming machine,
When the bonus internal winning information or the WIN lamp lighting information is included, it is referred to in the link effect determination process executed by the management server 54. The identification of the production transmission destination is identified by the machine number information A to E assigned to the pachi-slot gaming machine 1 and the game information display device accompanying it.

In the link lottery mode lottery table of FIG. 22A, when the data transmitted from the game information display device is the bonus internal winning information and the internal winning flag is ON, FIGS. The effect mode to be executed among the three kinds of link effect modes shown in is determined by the established bonus winning combination type and the extracted random number value. When the internal winning combination is BB, the production mode is highly likely to be selected, and when the internal winning combination is RB, the production mode is highly likely to be selected.

In the link effect transmission destination lottery table of FIG. 21B, the transmission data from the game information display device is WIN.
When the WIN lamp lighting flag is turned on, which is the lamp lighting information, the gaming machine (unit) that transmits the link effect execution data is determined by the gaming machine type of the transmission source and the extracted random number value. The gaming machine selected as the destination is
There is a high probability that it is close to the game machine of the transmission source.
When the N lamp lighting occurs in the gaming machine “C”, the probability of being the gaming machine “C” which is the same as the transmission source is the highest as the destination gaming machine (random number range: 64), and is transmitted next. Next to the original gaming machine "C", the gaming machine "D" (random number range: 28), then to the transmitting gaming machine "C", to the left gaming machine "B" (random number range: 2)
The order is 0).

With such a structure, it is possible to make the player at the gaming table near the gaming table on which the link effect is executed have the expectation of the bonus winning combination.

Next, the main control circuit 101 and the CPU 10
The control operation of No. 3 will be described with reference to the main flowcharts shown in FIGS.

First, the CPU 103 performs an initialization process (step "abbreviated as ST" 301) before starting the game. Specifically, the status of the previous game and communication data stored in the RAM 105 are cleared, the game parameters necessary for the game are written, and the start address of the sequence program is set.

Next, the CPU 103 determines whether or not there is an automatic coin insertion request, that is, whether or not a replay prize has been won in the previous game (ST302). This judgment is "YE
If "S", coins for the insertion request are automatically inserted (ST
303) and the process proceeds to ST305. When the determination in ST302 is “NO”, whether a new coin has been inserted, that is, whether there is an input from the inserted coin sensor 117 due to the player inserting a coin into the coin insertion slot 28, or various BET switches. It is determined whether or not there is an input due to the operation of 16, 17, or 18 (ST30
4). If this determination is “YES”, the process proceeds to ST305, and if “NO”, the input signal is continuously monitored until the BET operation is performed.

Next, the CPU 103 causes the start lever 2
It is determined whether or not there is an input by the operation of 6 (ST30
5). If this determination is "YES", the process proceeds to ST306, and if "NO", the input signal is continuously monitored until the start lever is operated.

Next, a probability lottery process is performed (ST30
6). In the probability lottery process, the random number for lottery is first set to “0 to 1” by using the random number generator 108 and the sampling circuit 109.
6383 "in the range. Then, using the winning probability table (FIG. 9) that sets a random number value range (winning range) that is won according to the game state and the number of inserted medals, the extracted random number value is It is determined whether or not it belongs to the winning range, and the corresponding internal winning combination (winning flag) is determined.When the determined winning flag is the SB winning combination or the bell winning combination, the stop table to be used is determined. Is performed by random number lottery processing using a probability table having a random number range evenly in each of the six types of stop tables as shown in FIG.

Next, a WIN lamp lighting process is performed (ST3
07). The WIN lamp lighting process has a certain probability that the WIN has a certain probability when a bonus winning combination such as BB or RB is internally won.
The N lamp 12 is turned on. The lighting of the WIN lamp in this embodiment cannot be confirmed by the player, and serves as a trigger for starting the link effect.

Next, the main control circuit 101 at the start of the game
The game information of is transmitted to the sub-control circuit (ST308).
As the command to be transmitted, as shown in the "start command" of the game information command table of FIG. 26, the winning flag determined in the probability lottery process, the current game state,
The stop table number, the number of inserted coins, etc. determined according to the winning flag are transmitted.

Next, it is judged whether or not the one-game monitoring timer set in the previous game has passed a specified time, for example, 4.1 seconds (ST309). If "YES", the next game is judged. A one-game monitoring timer for the next game is set (ST311), and when "NO", the one-game monitoring timer for the next game is set after the remaining specified time is consumed (ST310) (ST311).

Next, the CPU 103 controls the motor drive circuit 1
11 is controlled to rotate the reels 9L, 9C, 9R (reel rotation processing) (ST312). The reel rotation process is a process in which the constant speed rotation process is performed after the acceleration process is performed from a state where the reels 9L, 9C, 9R are stopped and a certain speed is reached. The stop buttons 27L, 27C and 27R are activated on condition that the constant speed rotation is achieved, and the reels 9L, 9C and 9R can be stopped.

Next, the CPU 103 causes the stop button 27
Whether any of L, 27C, 27R has been operated (stop button ON), that is, the stop sent from the reel stop signal circuit 118 when the stop button 27L, 27C, 27R is operated by the player. Determine if there is a signal. If this determination is “YES”, ST315
If NO, the process proceeds to ST314. S
In the process of T314, it is determined whether or not the value of the automatic stop timer is "0". Automatic stop means that when a certain period of time (for example, 40 seconds) elapses after the reel starts rotating,
Even if the stop buttons 27L, 27C, 27R are not operated and the reels 9L, 9C, 9R are rotating, the stop control is automatically performed. When this determination is "YES", that is, the automatic stop timer is "0".
If it is, ST3 is required to automatically stop the reel.
If it is “NO”, the process proceeds to ST313 to continuously monitor the acceptance of the stop operation.

In the processing of ST315, the CPU 103
"Slip frame number determination process" is performed. In this "slip frame number determination process", the number of slide frames of the reel corresponding to the stop button that has been stopped is determined. Here, the "number of sliding symbols" means what the symbol position (this is called "stop operation position") displayed in the display windows 8L, 8C, 8R when the stop buttons 27L, 27C, 27R are operated. It refers to the number of symbols (number of frames) that slides, whether to slide the symbols to stop the reel (the position where the reels actually stop is referred to as "stop position").

Next, the CPU 103 controls the motor drive circuit 111 so that the reel corresponding to the stop button that has been stopped is rotated by the determined number of slide frames and then stopped (ST316).

Next, the CPU 103 issues a "reel stop command" indicating that the reel has stopped.
1 (ST317). The reel stop command is, as shown in the "reel stop command" of the game information command of FIG. 28, the stop order status (which stop operation is the current stop operation) and the stop reel status (which reel was stopped. ) Is transmitted to the sub control circuit 201.

Next, the CPU 103 determines whether or not all reels have stopped. If this determination is “YES”, the process proceeds to ST319, and if “NO”, it means that the spinning reel still remains, so the process proceeds to ST313.

Next, the CPU 103 performs a winning retrieval process (ST319). In this prize search process, the display window 8
It is determined whether or not the stop mode of the symbols displayed on L, 8C, and 8R indicates that the winning is achieved. If the stop mode indicates that the winning is achieved, the winning flag of the corresponding winning combination is set to R.
It is stored in the AM 105. Specifically, the center line L
The determination is made by collating the code number of the symbol on 1 with the winning symbol combination table stored in the ROM 104.

Subsequently, it is checked whether or not the winning flag and the winning flag match, and it is determined whether or not the winning prize this time is normal (ST320). When this determination is "NO", an illegal error is displayed and the execution of the game program is stopped. When the determination in ST320 is "YES", coins are paid out according to the type of winning combination and the gaming state (ST322).

Next, when the game state changes due to the termination of the game this time, the shift processing is performed (ST32).
3). For example, if it was the final prize of the bonus game,
There are cases where a bonus is internally won in the game this time, cases where the symbol "7-7-7" is stopped on the activated line, and the bonus game is started.

Then, the type of winning combination and the game status that have been established are transmitted to the sub-control circuit as a "1 game end command" shown in the game information command table of FIG. 10 (ST.
324).

FIG. 26 is a flow chart showing the WIN lamp lighting process. First, the CPU 103 has already
Determine whether the lamp is lit (ST325),
If “YES”, the process is left as it is, and the process returns to the main flow. If the determination is “NO”, then it is determined whether or not the bonus is internally won (ST326),
If “NO”, it is not necessary to turn on the WIN lamp, and the process returns to the main flow. If the determination is “YES”, then a lottery process is performed to determine whether or not to turn on the WIN lamp. The lottery is based on the WI stored in the ROM 104.
The N lamp lighting lottery table (winning probability 1/6) and the random number for lottery are used (ST327). Next, it is determined whether or not the lottery process is won (ST328), and if the determination result is "YES", the WIN lamp 329 is turned on (S
(T329), and returns to the main flow. Judgment is “NO”
If so, the process directly returns to the main flow.

Next, the sub CPU 2 of the sub control circuit 201
The control operation of No. 03 will be described.

FIG. 27 is a flow chart showing the interrupt processing 1. The interrupt process 1 is executed by an interrupt process every 3 ms, and the game information command transmitted from the main control circuit 101 and the input signals from the cross button 19, the decision button 20, and the cancel button 21 are input to the sub RA.
The process of storing in M205 is performed.

First, the sub CPU 203 checks the input buffer (ST400) and determines whether there is an input signal in the input buffer (ST401). If this determination is “YES”, the reception flag is turned on (ST40
2) The contents of the received command are set in the sub RAM 205 (ST403), and the process ends. If "NO", the process is terminated.

FIG. 28 is a diagram showing a main flow chart on the sub control circuit side. First, the sub CPU 203 checks the reception flag of the sub RAM 205. The game information about the main control circuit 101 stored in the reception flag is, as described above, for stopping the start command generated by the operation of the start lever 26 and the spinning reels 9L, 9C, 9R. To stop button 2
There are reel stop commands that are generated by operating 7L, 27C, and 27R, and one game end command that is generated after coins are paid out when all reels are stopped and there is a prize. Various effect processes are executed by the command.

First, the sub CPU 203 determines the sub RAM 20.
Check the reception flag area in 5, and press the cross button 1
It is determined whether or not there is an input operation relating to the game support menu such as 9, enter button 20, cancel button 21 (ST404). If the determination is “NO”, ST
405 is skipped and the process moves to ST406. Judgment is “YE
When S ”, the support menu is displayed according to the input,
Processing such as editing is performed (ST405).

Next, it is determined whether or not a start command is received (ST406). If the determination is "NO", S
Skip T407 and move to ST408, "YES"
In the case of, the effect control process at the start is executed (ST
407). This processing is to perform BR control processing when the BR is in progress. Details will be described later.

Next, it is judged whether or not a reel stop command is received (ST408). If the judgment is "NO", ST409 is skipped and the process proceeds to ST410, where "YE
When it is S ", the effect control process when the reel is stopped is executed (ST409). This process is the BR occurrence lottery process or the BR occurrence lottery process.
The effect of notifying the stop order in the inside and the effect according to the consistency between the notification content and the actual stop operation are performed. Details will be described later.

Next, it is determined whether or not the one game end command is received (ST410). If the determination is "NO", ST411 is skipped, the process returns to ST404, and the same process is repeated. . If the determination is "YES", then effect control processing at the end of one game is executed (S
T411). In this process, if BR is in progress, the BR continuation number is updated and game information is output to the game state display device. Details will be described later.

After the processing of ST411 ends, S
Returning to T404, the same processing is repeated. In this way, the main flow chart of the sub control circuit 201 is to repeatedly perform the process of branching to the corresponding effect process based on the game information command transmitted from the main control circuit 101.

FIG. 29 is a flow chart showing the effect control process at the start. First, the sub CPU 203
Performing the Generation Lottery Process (ST500) The BR generation lottery process is a process of determining whether or not to generate a battle rush which is a specific game. Details will be described later. Next, BR execution processing is performed (ST530). The BR execution process is to notify the stop order during BR. Details will be described later.

FIG. 30 is a flowchart showing the BR generation lottery process. First, the sub CPU 203 operates the sub RAM 2
The BR flag stored in 05 is checked to determine whether or not a BR game is currently in progress (ST501), and "YES"
If so, the process directly returns to the effect control process at the start. If the determination is “NO”, it is determined whether or not one of the BR continuation times is won by referring to the BR occurrence lottery table in FIG. 21 (ST502, 503), and it is “NO” (miss). For example, it returns to the production control process at the start.
If the determination is “YES”, the BR flag of the sub RAM 205 is turned on, and the BR continuation count is set to the winning continuation count (ST504), and the BR generation effect is performed (ST50).
5) Return to the effect control process at the start.

FIG. 31 is a flow chart showing the BR execution processing. First of all, the sub CPU 203 operates the sub RAM 205.
The BR flag and the BR save flag of No. are checked to determine whether the BR is currently in progress, or whether the BR is temporarily interrupted due to a bonus generated in the BR (ST531), and "NO".
If so, it means that the vehicle is not in the BR state, and therefore the process directly returns to the effect control process at the start. Judgment is “YE
If "S", then the reception flag of the sub RAM 205 is checked to determine whether or not a bonus winning combination has been internally won (ST532). If "YES", BR is interrupted and a bonus game is played. Sub-RAM 205 for digestion
Of the BR flag of OFF and the BR save flag of ON (S
(T533), and returns to the effect control process at the start.

If the determination in ST532 is "NO", the BR save flag of the sub RAM 205 is turned off to restart the BR when the BR is being saved next.
The flag is turned on (ST534). Next, in order to check whether all the BR continuation times have been exhausted, the sub RAM 20
Check the number of BR continuation of 5 (ST535), and "YE
If it is "S", it means that the BR has ended, so the BR flag is turned off (ST536), and the process returns to the effect control process at the start.

If the determination is "NO", it means that BR has not yet exhausted the specified number of games.
The reception flag of AM205 is checked to determine whether Bell or SB has been internally won in this game (ST53
7) If "YES", the selection stop table stored in the reception flag of the sub RAM 205 is referred to notify an appropriate stop order (ST538), and the process returns to the effect control process at the start. If the determination is “NO”, nothing is notified and the process returns to the effect control process at the start.

Next, during BR, the stop buttons 27L, 27
The effect control process when operating C and 27R will be described. FIG. 32 is a flowchart showing the effect control process when the reels are stopped. First, the sub CPU 203 determines the sub RA
The BR flag of M205 is checked to determine whether or not BR is in progress (ST650). If “NO”, the flow directly returns to the sub-side main flow. If the determination is “YES”, next, the stop command of the reception flag of the sub RAM 205 is checked, the stop order data and the stop reel data are collated with the use table No data, and the current stop operation is designated in the stop table. It is determined whether or not the pressing order is the proper pressing order (ST651), and if “YES”,
Display that the stop operation was performed in a proper push order (ST65
2) If the determination is “NO”, the fact that the stop operation has been performed in the wrong pressing order is displayed (ST653), and the process returns to the sub-side main flow.

Next, an effect control process performed after all reels have stopped will be described. FIG. 33 is a flowchart showing the effect control process at the end of one game. First, the sub CPU 203 performs a BR parameter update process for updating a game parameter regarding BR (ST700), and then, the external communication control circuit receives game information of this game, specifically, the number of inserted coins, the number of paid coins, and the bonus. The internal winning information and the like are transmitted (ST720), and the process returns to the sub-side main flow. The external communication control circuit 259 sequentially transmits the game information to the game information display device 80.

FIG. 34 is a flow chart showing the BR parameter update processing. First, the sub CPU 203
The 1 game end command of the reception flag stored in the AM 205 is checked to determine whether or not the current game state is the bonus game (ST701). If "YES", it cannot be in BR. , And returns to the effect control process of the end of one game. If the determination is “NO”, then the BR flag stored in the sub RAM 205 is checked to determine whether or not the current BR is in progress (ST702),
If “NO”, the process directly returns to the effect control process of ending one game. If the determination is “YES”, the sub RAM 2
The BR continuation number counter of 05 is subtracted (ST703),
Return to the effect control process of 1 game end.

Next, the control operation of the game information display device 80 will be described. FIG. 35 is a game information display device main controller 1
It is a flowchart which shows the interruption process 2 performed by 47. The interrupt process 2 is executed every 3 ms, and the game history CPU 148 first switches the display contents to the management server 54 on the basis of input signals from various input units such as a call button 83 provided for the player to operate. Processing such as data transmission is performed (ST750). Next, a process of receiving the game information transmitted from the external communication control circuit 259 of the pachi-slot gaming machine 1 is performed (ST751). Next, a WIN lamp lighting signal input process is performed to check whether a WIN lamp lighting signal is input (ST.
752). Next, via the island LAN 51, the management server 5
When the effect control data transmitted from No. 4 or the game information to be transmitted to the management server 54 exists, the management server side data transmission / reception processing for executing the transmission / reception processing is performed (ST753). Next, in accordance with the various effect data set in the above steps, liquid crystal screen display processing (ST754)
Then, the lamp effect control process (ST755) is performed, and one interrupt process ends.

FIG. 36 is a flow chart showing the button input process. First, the history CPU 147 operates the operation input unit 14
The operation input unit input port to which the operation signal is input from 6 is checked (ST770), and it is determined whether or not there is an operation input (ST771). If “NO”, the process directly returns to the interrupt process 2. If the determination is “YES”, then the process of determining the operation type is executed. First, it is determined whether or not the operation type is the call button 83 (ST7
72) If "YES", the calling process is executed (ST773) and the process returns to the interrupt process 2. If the determination is “NO”, then it is determined whether or not the operation type is the switch button 84 (ST774), and if “YES”, the content of the information display section 82 is switched to the past game history and displayed. The display content changing process is performed (ST775), and the process returns to the interrupt process 2.

Next, the operation type is the left scroll button 85.
Is determined (ST776), and "YES"
If so, the display data type is switched to the left scroll (ST
777), and returns to the interrupt processing 2. Judgment is “NO”
If so, the remaining operation type is only the operation of the right scroll button, so the display data type is switched to the left scroll (ST
778), and returns to the interrupt processing 2.

FIG. 38 is a flow chart showing the calling process. First, the game history CPU 148 determines the game history RAM 15
The call flag stored in 0 is checked to determine whether the call button has already been operated and the call is in progress (ST780). If “NO”, the process proceeds to ST783 and the call state lamp is displayed. The lamp lighting process is executed in the lighting mode (all the lamps are always lit) (ST78
3) Set the call information data with the call button flag turned on to the island side output port in the management server (S
(T784), and returns to the button input process. Judgment is “YE
If it is "S", it means that the switching operation this time was a release operation, so the lamp under lighting control is turned off (ST78.
1) In order to notify the management server of the cancellation of the call, call information data with the call flag turned off is set in the island side output port (ST784), and the process returns to the button input process.

FIG. 39 is a flow chart showing the game machine side data reception processing. First, the game history CPU 147 checks the game machine side input port (ST800), and determines whether or not game data transmitted from the external communication control circuit 259 of the pachi-slot game machine 1 exists (ST801).
If “YES”, the game data is stored in the predetermined area of the game history RAM 150 (ST802), and the game information data (FIG. 20) corresponding to the game data is set in the island side output port to be transmitted to the management server 54. Yes (ST80
3). If the determination is “NO”, the process directly returns to the interrupt process 2.

FIG. 40 is a flow chart showing the effect data transmission / reception processing. First, the game history CPU 147 checks the island side input port and determines whether or not the effect data transmitted from the management server 54 exists (ST82).
1) If "NO", skip ST822, S
Transition to T823. If the determination is “YES”, the effect data is stored in a predetermined area of the play history RAM 150 and ST8 is set.
Move to 23.

Next, check the island side output port (ST
823), it is determined whether there is game information data from the game information display device 80 to the management server 54 (ST82).
4) If "NO", ST825 is skipped and the process returns to the interrupt process 2. If the determination is “YES”,
Output the set game information data and interrupt processing 2
Return to.

FIG. 41 is a flow chart showing the lamp effect control processing. First, the history CPU 148 determines the history RA
The lamp effect flag stored in the predetermined area of M150 is checked (ST840), it is determined whether or not the effect flag is on (ST841), and if “NO”, the process directly returns to the interrupt process 2. If the determination is “YES”,
The effect mode type is checked, the effect is performed in the applicable effect mode among the three effect modes (ST842), and the process returns to the interrupt process 2.

FIG. 42 is a flow chart showing the interrupt processing 3 executed by the management server 54. The interrupt processing 3 is executed every 3 ms, and the management CPU 168 first
The input port is checked (ST860), and it is determined whether or not the transmission data from each game information display device is received (ST861). If "NO", the process is ended as it is. If the determination is “YES”, then the received data is stored / updated in the game information database 163 (ST86
2) Perform effect lottery processing (ST863). Next, it is determined whether or not the transmission flag stored in the predetermined area of the management RAM 160 is on, that is, whether or not it is the transmission timing of the determined effect data (ST86).
4) If "NO", the process is ended as it is, and if the determination is "YES", the data is transmitted to the game information display device of the corresponding machine number (ST865), and one process is ended. .

FIG. 43 is a flow chart showing the effect lottery process. First, the management CPU 168 determines whether or not the data transmitted this time is internal winning data (ST865), and if “YES”, then determines whether or not the effect of the corresponding gaming machine has already been determined. That is, it is determined whether or not the internal winning information of the game machine has already been received before the current data reception (ST866), and if “YES”, the process directly returns to the interrupt process 3. If the determination is “NO”, it means that this reception is the first reception after the bonus internal winning. Therefore, the link effect is drawn by the link effect mode lottery table stored in the link effect data storage means 164. The unit number for transmitting the link effect determined by the table is determined, and the process returns to the interrupt process 3.

If "NO" in the determination in ST865, it is then determined whether or not the received data is the WIN lamp lighting information (ST868). If "NO", the process directly returns to the interrupt processing 3. If the determination is “YES”, it means that it is the transmission timing of the link effect data, so the transmission flag of the management RAM 160 is turned on (ST8
69) and returns to the interrupt processing 3.

In the present embodiment, as an example of the specific game, the ST period is used as a situation advantageous to the player caused by the achievement of the task, but the above-mentioned AT and the situation advantageous to the player are described. Alternatively, the winning flag of a specific winning combination may be established, or the internal winning probability of the winning combination may be increased.

[0149]

According to the present invention, since the internal winning effect of the winning combination is determined by referring to the internal winning information transmitted from a plurality of gaming machines, it is not the result of one's own game but the result of the other person's game. Since it is also referred to, it is difficult for the player to grasp the decision process of the internal winning effect, and it is possible to give the effect timing an unexpected effect, which enhances the interest of the game.

Further, when judging whether or not one's gaming machine has won the internal winning, not only the presentation mode of the one's own gaming machine but also the internal winning production performed by the gaming machine of another person is interested. For example, it is possible to have the expectation that the internal winning effect produced by the next gaming machine may actually have been done by the bonus internal winning information of the player's own gaming machine. Will increase.

Further, since the mode of effect is determined according to the type of the game information transmitted, unlike the notification of the internal winning information, the game status of the player's own gaming machine and the execution status are being executed. By taking the consistency of the link effect, you can check whether this link effect was executed by the game information transmitted from your gaming machine,
The interest in playing games will increase.

[Brief description of drawings]

FIG. 1 is a perspective view showing an appearance of a pachi-slot gaming machine according to an embodiment.

FIG. 2 is a block diagram showing a circuit for realizing the operation of the pachi-slot gaming machine.

FIG. 3 is a block diagram showing a sub control circuit.

FIG. 4 is an enlarged view of a display window.

FIG. 5 is a diagram showing a reel and a back lamp.

FIG. 6 is a view showing a symbol row represented on the outer peripheral surface of the reel.

FIG. 7 is a view showing a symbol combination of each winning combination and a payout number.

FIG. 8 is a view showing a stop table that is selected at the time of internal winning of a winning combination bell.

FIG. 9 is a diagram showing a winning probability table.

FIG. 10 is a diagram showing commands transmitted from the main control circuit to the sub control circuit.

FIG. 11 is a diagram showing a main storage area of a sub RAM.

FIG. 12 is a diagram showing a system configuration of link effect.

FIG. 13 is a diagram showing a positional relationship between a pachi-slot gaming machine and a gaming information display device.

FIG. 14 is an external view of a game information display device.

FIG. 15 is a diagram showing an internal structure of a lamp display device and a lamp effect mode.

FIG. 16 is a diagram showing a lamp rendering mode.

The figure which shows the lamp production aspect.

FIG. 18 is a control block diagram of the game information display device.

FIG. 19 is a control block diagram of the management server.

FIG. 20 is a view showing data transmitted from the game information display device to the management server.

FIG. 21 is a diagram showing a BR occurrence and continuation number lottery table.

FIG. 22 is a diagram showing a link effect mode lottery table and a link effect transmission destination lottery table.

FIG. 23 is a flowchart showing the processing of the main control circuit.

FIG. 24 is a flowchart showing the processing of the main control circuit.

FIG. 25 is a flowchart showing the processing of the main control circuit.

FIG. 26 is a flowchart showing a WIN lamp lighting process.

FIG. 27 is a flowchart showing interrupt processing 1.

FIG. 28 is a flowchart showing a sub-side main flow.

The flowchart which shows the production control processing at the time of start.

FIG. 30 is a flowchart showing BR generation lottery processing.

FIG. 31 is a flowchart showing BR execution processing.

FIG. 32 is a flowchart showing an effect control process when stopped.

FIG. 33 is a flowchart showing an effect control process at the end of one game.

FIG. 34 is a flowchart showing BR parameter update processing.

FIG. 35 is a flowchart showing interrupt processing 2.

FIG. 36 is a flowchart showing button input processing.

FIG. 37 is a flowchart showing button input processing.

FIG. 38 is a flowchart showing a calling process.

FIG. 39 is a flowchart showing a game machine side data reception process.

FIG. 40 is a flow chart showing effect data transmission / reception processing.

FIG. 41 is a flowchart showing a lamp effect control process.

FIG. 42 is a flowchart showing interrupt processing 3.

The flowchart which shows the production lottery processing.

[Explanation of symbols]

1 pachislot machine 2 cabinets 3 front door 4 Game status display lamp 5 speakers 6 dividend table 7 Panel display 8 display windows 9 reel 10 BET lamp 11 Information display section during bonus 12 WIN lamp 13 Payout display section 14 Liquid crystal display 15 coin slot 16 1-BET switch 17 2-BET switch 18 MAXBET switch 19 cross button 20 decision button 21 Cancel button 22 C / P switch 23 coin payout exit 24 coin saucer 25 Credit display 26 Start lever 27 Stop button 28 coin slot 29 reel belt 30 lamp housing 31 reel back lamp 50 game machine island 51 island LAN 52 Game Machine Island Control Means 53 LAN in store 54 Management server 55 Internet 80 Game information display device 81 Lamp display 82 Information display section 83 Call button 84 Switch button 85 Left scroll button 86 Right scroll button 88 lamp board 89 lamp housing 101 Main control circuit 102 microcomputer 103 CPU 104 ROM 105 RAM 106 clock pulse generator 107 frequency divider 108 random number generator 109 sampling circuit 110 I / O port 111 Motor drive circuit 112 stepping motor 113 Hopper drive circuit 114 hopper 115 7-segment drive circuit 116 Lamp drive circuit 117 Inserted coin sensor 118 reel stop signal circuit 119 Dispensing detection circuit 120 coin detector 121 reel stop signal circuit 122 reel index detection circuit 140 Light receiving part 141 Optical communication control unit 142 External input / output section 143 External communication control unit 144 Production control unit 145 Game machine side input section 146 Operation input section 147 Game information display device main control unit 148 History CPU 149 History ROM 150 history RAM 151 History Microcomputer 160 I / O section 161 Management Server Communication Control Unit 162 Management server main control unit 163 game information database 164 Link effect data storage means 165 Display control unit 166 Surveillance Monitor 167 Management Microcomputer 168 Management CPU 169 Management ROM 170 Management RAM 201 Sub control circuit 202 Sub-microcomputer 203 Sub CPU 204 sub ROM 205 sub RAM 206 Sub-microcomputer IN port 207 Sub-microcomputer OUT port 240 reel back lamp control circuit 250 image control circuit 251 Image control CPU 252 image control ROM 253 image control RAM 254 image IC 255 image ROM 256 video RAM 257 Image control circuit IN port 258 Image control circuit OUT port 259 External communication control circuit

Claims (3)

[Claims] 1. A game machine that executes a lottery for a winning combination based on a predetermined input signal and gives a profit to a player when a prize occurs, and game information transmitted by a plurality of the game machines is stored. In a game system including management control means and display means for controlling display of effects based on the game information, the management control means refers to the game information to determine a link effect mode determination. A game system comprising means. 2. A game machine that executes a lottery for a winning combination based on a predetermined input signal and gives a profit to a player when a prize occurs, and receives game information transmitted from the game machine, In a game system including a game information display device that displays the game information and a management control unit that stores the game information transmitted by the plurality of gaming machines, the management control unit links with reference to the game information. A game system comprising: a link effect mode means for determining an effect mode; and a link effect transmitting means for transmitting the determined link effect to the game information display device. 3. The game information display device comprises a lamp display section composed of a plurality of lamps, and the link effect is effect-displayed by a blinking mode of the lamp display section. Or the game system described in 2.