JPH029831B2 - - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION <Industrial Field of Application> The present invention relates to a game data processing device for a pachinko machine.

<Prior art> Conventionally, the present applicant first proposed the technique and disclosed it in Japanese Patent Application Laid-Open No.
According to Publication No. 21632, a pachinko game machine equipped with a control panel equipped with a display device that displays the number of pachinko balls, a coin slot, a settlement switch, a keyboard for inputting the personal number specified on the card, etc., and a prize exchange. There is a well-known gaming system comprising a computer equipped with a card matching machine for playing the game, a machine switching interface for controlling these devices, an input/output device, a storage calculation section, and a control section.

<Problems to be Solved by the Invention> However, conventional gaming systems have the following problems.

First, there is a problem in that the card specifies the specific address of the computer's storage/arithmetic unit.

That is, there is a certain regularity in the addresses of the memory calculation units, and it is possible to infer another person's address by analogy from the address written on one's own card handed over. For this reason, there is a risk that games may be played illegally by misusing someone else's address, or prizes may be exchanged illegally, which is undesirable from a crime prevention perspective.

Second, the problem is that the cards are free and handed out randomly.

That is, since the card is free of charge, there is a risk that the card will be handled carelessly by the player. This is because the card is free of charge, so even if the card is damaged or lost prior to playing a game, players may think that they can just have the card issued again. Furthermore, even for those who manage the cards, the cards are likely to be handled easily.

Furthermore, if the game is free of charge, cards may be given out unnecessarily even to people who do not play the game, or a single player may end up owning multiple cards. This has the disadvantage that the storage area of the computer's storage/arithmetic unit is wasted.

Thirdly, there is a problem in that the number of pachinko balls when a coin is inserted and the operation data of each pachinko machine during a game are stored or processed in one storage calculation section of the computer.

In other words, when collecting and managing data from each pachinko machine installed in a pachinko parlor, the amount of data generated per unit time is enormous compared to general computer terminals, and the data is collected simultaneously from each pachinko machine. Moreover, the types of data are complex and diverse, and the data that is generated at the same time must be processed in parallel. There are many unique circumstances.

For example, even when looking at a single pachinko machine, it is necessary to calculate the number of safe balls, the number of batted balls, the number of supplied balls, the division ratio, etc.In addition to this, the total sales amount of the ball rental machine, In addition to calculations such as the total number of rental balls, the total number of prize exchange balls, the number of prize exchanges, and the number of prize stocks in the settlement process, we also calculate the total number of safe balls, total number of batted balls, and total supply balls for the entire store. It is necessary to calculate the number, total percentage, total sales amount, etc., and to manage these data in a step-by-step manner. In addition, as a variable factor, not only the total number of players visiting the store each month differs, but also
It depends on the day of the week and the weather, and it is not only difficult to predict and specify the memory capacity of the computer's memory calculation unit, but also to concentrate on storing or calculating. This is disadvantageous not only in terms of time, but also in terms of storing and retrieving past data.

<Means for Solving the Problems> The present invention is intended to solve the above problems, and the details thereof will be explained below using embodiments corresponding to the drawings.

The present invention has a coin slot (coin slot 21), and by inserting money into the coin slot 21,
A registration machine 6 which issues a player's personal identification symbol (individual number) and also generates game ball number data corresponding to the inserted money; B(a) The personal identification symbol issued by this registration machine 6. Input means that can be input (numeric keypad 45)
(b) a coin 1 having a stop command means 82 for outputting a stop signal for stopping the game midway; C(a) an input/output device electrically connected to the registration machine 6 and the pachinko machine 1; Control means (input/output control device 1
(b) A personal identification symbol that identifies a unique personal identification symbol using random numbers based on the insertion of money into the registration machine 6, and issues this identified personal identification symbol via the registration machine 6. Granting means (random number area
M ₅ ); (c) a classification data storage means (number area M ₃ ) capable of storing game ball count data sent from the registration machine 6 in classification for each individual identification symbol; and (d) this classification data storage means. Operation _data storage means (machine area
M ₄ ), and (e) a management device 4 having a central processing means (central processing unit 12 ) that centrally controls each means; By inserting money, the personal identification symbol assigning means _M5 of the management device 4 is activated to specify a unique personal identification symbol using random numbers, and this specified personal identification symbol is sent via the registration device 6. At the same time, the data on the number of game balls sent from the registration machine 6 is classified and stored in the classified data storage means M3 of the management device ₄ for each personal identification symbol, and (b) in the pachinko machine 1 selected by the player,
When the personal identification symbol previously issued by the registration machine 6 is input to the management device 4 by the input means 45 via the input/output control means 11 of the management device 4, the classification data storage means _M3 of the management device 4
The management device 4 retrieves the game ball number data corresponding to the personal identification symbol and stores the personal identification symbol and game ball number data in the management device 4.
The operation data storage means M ₄ stores data classified according to the pachinko machine 1 selected by the player, and the pachinko machine 1 is classified and stored in the operation data storage means M ₄ based on the game ball count data classified and stored in the operation data storage means M 4.
(c) In the pachinko machine 1, the stop command means 82 is operated by the player, and the stop signal is sent to the management device 4 via the input/output control means 11 of the management device 4. , the operating data storage means _M4 of the management device 4
The operating data of the pachinko machine 1 that is classified and stored is transferred from the operating data storage means M ₄ to the classified data storage means M ₃ for each individual identification symbol as game result data of the player who operated the stop command means 82. Let me remember the classification again,
On the condition that a personal identification symbol issued to the player is input, it is possible to replay at another pachinko machine 1 or exchange prizes based on payment.

It is characterized by

<Function> Therefore, according to the present invention, before playing a game, the player first goes to the registration machine 6 and inserts the money into the money slot 2.
By inserting money into 1, you will receive a unique personal identification symbol using random numbers.

That is, when the player inserts money into the money slot 21 of the registration machine 6, the personal identification symbol assigning means _M5 of the management device 4 is activated to specify a unique personal identification symbol using random numbers, This identified personal identification symbol is issued via the registration machine 6, and
The game ball count data sent from the registration machine 6 is stored in the classification data storage means of the management device 4 for each individual identification symbol.
The classification is memorized using _M3 , and from then on games and prizes are exchanged based on the unique personal identification code issued.

Next, in order to play a game, go to the pachinko machine 1 and input the personal identification code previously issued by the registration machine 6 into the pachinko machine 1 via the input means 45, and then the management device 4 is activated. Based on the game ball number data classified and stored in the data storage means _M4 , subsequent games can be played with the pachinko machine 1.

On the other hand, if the player wants to stop the game midway through, he can operate the stop command means 82 of the pachinko machine 1.

In this way, when the stop command means 82 is operated, the operation data of the pachinko machine 1 is classified and stored again in the classification data storage means M3 of the management device ₄ for each individual identification symbol, so that the player can Subject to the input, players can replay the game at another pachinko machine 1 or exchange prizes based on payment.

For example, the player can move to another Pachinko machine 1 and play the game again in the same way, provided that the personal identification symbol is entered.

Furthermore, if the user wishes to exchange a prize, he or she can go to the payment machine 8 and exchange the prize on the condition that the personal identification code is input.

<Example> The present invention will be described below based on an example shown in the drawings.

As shown in FIG. 1, in the pachinko hall, a row of gaming machines 2 consisting of a large number of pachinko machines 1 is arranged, and each pachinko machine 1 of the row of gaming machines 2 has a management system installed in a management room 3. 4 data bus line 5. Further, for example, each gaming machine row 2 is provided with a registration machine 6 that issues a personal number as a unique personal identification symbol to the player, and the prize exchange office is equipped with a plurality of payment machines 8. are installed and each connected to the data bus line 5.

However, management device 4, registration machine 6, pachinko machine 1
and the payment machine 8 each have a configuration as described below.

[1] Management device The management device 4 collects necessary management data from the registration machine 6, pachinko machine 1, and payment machine 8, performs classification operations, and stores it, as well as records the operating status and business results of each device as necessary. It displays the following elements.

(1-1) Input/output control device Input/output control device 1 as input/output control means
1 is a central processing unit 1 as a central processing means.
2, and a recorder that determines the addresses of the registration machine 6, pachinko machine 1, and payment machine 8 (hereinafter referred to as managed devices) under the control of the machine 2, and between the devices addressed in this way and the central processing unit 12. It has drivers, gates, etc. for sending and receiving data, and an LSI configuration can be applied.

(1-2) Central processing unit Central processing unit 12 as central processing means
(hereinafter also referred to as CPU) executes a corresponding program among the programs stored in the storage device 13 in response to a switch command that comes from the operation panel 14 that is a part of the managed device or the management device 4. The system takes in data coming from each device and temporarily stores it, performs numerical or logical operations, and stores the results in the storage device 13, or sends control signals to each device. ,
It can communicate with the microcomputer of each device. Note that the operation of the central processing unit 12 in response to each managed device is performed in a time-sharing manner.

(1-3) Storage device The storage device 13 stores various information, and includes a main storage device 13A and an auxiliary storage device 13A.
It becomes B.

The main storage device 13A shares the function of storing information necessary for execution of the current arithmetic processing, and as shown in FIG. ₁ , a working area _M2 that stores data required when executing the program, and a number that serves as a classification data storage means that stores personal numbers as personal identification symbols of registered players and data on the number of game balls. Based on area M ₃ , machine area M ₄ as an operation data storage means for storing operation data of pachinko machine 1, and coin insertion into registration machine 6, a unique personal identification symbol is specified using random numbers. , and a random number area _M5 as a personal identification symbol assigning means for issuing the specified personal identification symbol via the registration machine 6.

Among these storage areas, the working area _M2 includes a date register _M21 for storing date data and a number of stops register for storing the number of stops for each pachinko machine 1, as shown in FIG. 2B.
M ₂₂ , a sales proceeds register M ₂₃ that cumulatively stores the amount of money that a player inserts when purchasing rental balls at each registration machine 6, and a registration frequency register M ₂₅ that cumulatively stores the number of times the registration machine 6 is used. A settlement money register M ₂₄ that accumulates and stores the amount settled by the player at each settlement machine 8, and a settlement count register that accumulates and stores the number of times that the settlement machine 8 is used.
Equipped with M ₂₆ etc.

In addition, the number area _M3 , which serves as a classification data storage means, stores data regarding registered players for each player, as shown in Fig. 2c.
As shown in , a large number of sets of a number register M ₃₁ that stores the individual number of each player and a game ball number register M ₃₂ that stores the number of game balls that the player with the individual number can shoot are stored for each player. It is set in.

On the other hand, the machine area _M4 , which serves as an operation data storage means, is used to store data related to the games played on each pachinko machine 1, and as shown in FIG.
machine number register M ₄₁ that stores the machine number in correspondence with the pachinko machine 1;
The profit and loss register M ₄₂ stores the number of balls fired by the firing handle as the profit ball, and the number of prize balls ejected at the time of winning a prize and the number of lost balls as the loss balls, and the difference in the number of balls, and the winning number. An operating rate register M ₄₃ that stores the number of times, a number register M ₄₄ that stores the personal number of the player who is currently using the pachinko machine 1 with the machine number, and a game that stores the number of game balls held by this player. Each pachinko machine is equipped with a large number of sets of ball count registers _M45 and limit registers _M46 for storing stoppages.

On the other hand, the auxiliary storage device 13B stores the business results data obtained after the end of the day's business day by day, and may be a floppy disk, for example.

(1-4) Operation panel The operation panel 14 performs management via the central processing unit 12 with each managed device (namely, the registration machine 6, the pachinko machine 1, and the payment machine 8) installed in the pachinko hall. It functions as a command input means for collecting necessary data and issuing business instructions.By displaying the collected data on the display panel 15, it is possible to check the operating status of each device, sales results, etc. It can be read out according to the

The operation panel 14 has a power switch 14A, a business start switch 14B, and a business end switch 14C on the panel surface as shown in FIG. The device 12 simultaneously sends out a ready signal RD to each managed device, thereby putting each managed device into a business operation state (that is, in the case of pachinko machine 1, it is in a state where it can process batted ball detection data, and the registration machine If the machine is set to 6, it will be in a state where it can accept input coins and issue cards, and if it is a payment machine 8, it will be in a state where it can accept personal numbers and issue receipts), or from this state, all operations will be suspended. It is done as follows.

On the other hand, 14D is a keyboard with a numeric keypad configuration, and is used as a numerical data input means when giving commands regarding Pachinko machine 1 with a specific machine number, or when commanding a specific date when reading past business results. It will be done. The input numerical value is displayed on the key data display device 14E, so that the operator can check whether there is any operational error.

14F is a switch for setting the number of stops for all pachinko machines 1, which is operated when setting the same number of stops for all pachinko machines 1, and sends the output of the setting switch 14F to the central processing unit 12 as a simultaneous setting command. By doing so, the numerical data set in the digital switch 14G for setting the number of stops is stored in the number of stops register of the working register _M2 corresponding to all pachinko machines 1.
M ₂₂ (Figure 2B).

On the other hand, 14H is a stop number individual setting switch used to separately set a number different from the simultaneous setting number for a specific pachinko machine 1, and its output is sent to the central processing unit 12. By giving it as a separate setting command to the digital switch 14 for setting the number of stops.
Enter the numerical data set in G on the keyboard 14.
Pachinko machine 1 with machine number commanded by D
is stored in the corresponding working register.

In this way, the number of stops is set from the operation panel 14, and each pachinko machine 1 performs a stop operation based on this setting to the limit register _M46 (D in Figure ₂ ) of the machine area M4. The stop is set and stored, but the stop is canceled by the stop release switch 14I. That is, the output is given to the central processing unit 12 as a stop cancellation command, so that the central processing unit 12 selects the area of the machine area _M4 corresponding to the pachinko machine 1 with the machine number commanded by the keyboard 14D. Reset the limit register _M46 (Fig. 2D).

Next, in FIG. 3, reference numeral 14J is a game machine individual sales results switch, which displays game result data stored in the storage device 13 for each pachinko machine 1 one by one on the game machine data display device 15A (on the display panel 15). A game machine data display command is given to the central processing unit 12 to display the game machine data in FIG. 4). At this time, the central processing unit 12
reads the contents of the machine number register M ₄₁ to game ball number register M ₄₅ (FIG. 2D) and displays the gaming machine data display device 1 on the display panel 15.
Give to 5A.

Also, 14K is a registration machine business results switch,
Sales proceeds register in working area _M2 by all registration machines 6 installed in the hall
A registration machine data display command is given to the central processing unit 12 to total up the business result data accumulated by M ₂₃ and display it on the registration machine data display device 15H (FIG. 4) of the display panel 15.

Furthermore, 14L is a payment machine business results switch, which uses all payment machines 8 placed in the store to display the payment cash register in working area _M2 .
The central processing unit 12 issues a payment machine data display command to total the business result data accumulated by the M ₂₄ and display it on the payment machine data display device 15L (FIG. 4) of the display panel 15.
give to

Next, in FIG. 3, 14M is a management index display switch that instructs the central processing unit 12 to calculate the management index Q determined by the following formula, and displays the calculation result on the index display device 15P of the display panel 15 (see FIG. 4). ) can be used as a guide for nail adjustment, etc.

Q=A-B/A×100...(1) Here, A is the number of game balls equivalent to the sales amount for a certain period, which is stored in the sales proceeds register _M24 (Fig. 2B) of the main storage device 13A. remembered. or,
B is an integrated value of the number of profit and loss game balls of all pachinko machines 1 for a certain period, and is stored in the profit and loss game ball number register (in working area _M2 ) of the main storage device 13A.

Next, in FIG. 3, 14N is a business content print switch, which displays the total of the game results of all the pachinko machines 1 and the registration results of all the registration machines 6 that have been played since the start of business until now.
The total of the settlement results of all the settlement machines 8 and the management index (representing the business content of the day) are displayed on the digital switch 14 as a date data input means.
A print command to cause the line printer 16 to print out the contents of P is given to the central processing unit 12. In this embodiment, print switch 1 is turned on at the end of the day.
By operating 4N, data is simultaneously stored in the auxiliary storage device 13B.

Further, 14Q is a past data print switch that gives a print command to the central processing unit 12 to cause the printer 16 to print out the past sales performance data stored in the auxiliary storage device 13B.

Next, in FIG. 3, 14P is a digital switch for inputting date data, and the date is set prior to the start of business on that day. Also, 14
G is a digital switch for inputting data on the number of pachinko machines, which is normally used when the setting switch 14F is operated for all pachinko machines 1 before business starts, and if necessary, after business starts, it is used for inputting data on a particular pachinko machine. This is used when the setting switch 14H is operated after specifying the machine number for the machine 1 using the keyboard 14D.

(1-5) Display panel The display panel 15 displays the following information when each switch on the operation panel 14 is operated as described above.
In addition to visually displaying the data collected by the central processing unit 12, in response to the occurrence of an alarm from the managed equipment, this is notified in the management room 3.

However, as shown in FIG. 4, the game machine data display device 15A includes a machine number display 15B that displays the machine number of the pachinko machine 1 designated by the operation panel 14, and a main storage device 1.
Profit and loss display _15C (profit and loss register
Displays the contents of M ₄₂ ), safe number display 1
5D (displays the contents of the operating rate register M ₄₃ ), game ball number display 15E (displays the contents of the game ball number register M ₄₅ ), stop count display 15F (displays the contents of the stop game number register M ₂₂ ) (displays the contents of the count register) and a game count display 15G (displays the contents of the count register).

In addition, the registration machine data display device 15H includes a sales proceeds display 15I (displaying the contents of the sales proceeds register _M23 ) and a ball rental number display in order to display the contents of the data signal coming from the registration machine 6. 15J (displays the contents of the sales revenue display 15I converted into the number of balls owed),
Registration count display 15K (registration count register)
Displaying the contents of M ₂₅ ) is provided.

Furthermore, the payment machine data display device 15L includes a payment ball number display 1 in order to display the contents of the data signal coming from the payment register _M24 .
5M, and a settlement count display 15N (displaying the contents of the settlement count register _M26 ).

Further, the index display device 15P displays the management index calculated by the central processing unit 12 using the above-mentioned formula (1).

In addition to this, the display panel 15 is
Based on the stop signal generated from the machine area _M4 corresponding to each pachinko machine 1 that has stopped playing, the individual stop display lamp 15Q is turned on by the central processing unit 12, and the card is displayed in the registration machine 6. The card replenishment lamp 15R is turned on and displayed for each registration machine 6 by the central processing unit 12 based on the replenishment request signal generated when there is a shortage of paper, and the card replenishment lamp 15R is turned on based on the receipt paper replenishment request signal generated in the payment machine 8. A receipt replenishment lamp 15S is provided, so that countermeasures can be taken quickly.

In addition, display panel 1 in the example
5 individually receives various displays and display devices, but instead of the display panel 15,
It is also possible to perform various displays using a video display device such as a CRT.

[2] Registration machine The registration machine 6 has a coin slot 21 as a money slot, and by inserting coins into the coin slot 21, it issues a personal number as a player's personal identification symbol, and Generate game ball number data corresponding to the inserted money. This generated game ball count data is classified and stored in the number area _M3 of the main storage device 13A for each individual number, so that from now on the content of the game ball count data for this player returns to "0". Until then, you will be eligible to play at the pachinko hall in question.

In the embodiment shown in FIG. 5, the registration machine 6 includes a coin processing section 6A as a money processing section, a card issuing section 6B, and a control device 6C. It is designed so that only coins can be used. Of course, other coins may be used, and not only coins but banknotes may also be used.

The coin processing section 6A as the above-mentioned money processing section is
It has a coin insertion slot 21 that receives coins and serves as a coin insertion slot into which coins are inserted.
After the coins inserted are authenticated by the coin validator 22, the insertion is detected by the coin detection switch 23, a signal based on the inserted coin is generated, and the inserted amount is displayed on the board. The amount of money put in is displayed on a provided amount display device 24, and the input amount is converted into game ball number data and displayed on a ball number display device 25 similarly provided on the board.

On the other hand, the card issuing unit 6B is connected to the card printer 2.
6 and is driven by a card feed motor 27. For example, when the card conveyance mechanism 28 configured with a conveyor belt conveys only one card from the bottom stacked in the card hopper 29, the game ball count data stored in the write register of the control device 6C and the personal information are stored in the card. Print out the number. At this time, the card transport mechanism 2
8 is the card output port 3 of the card printer 26.
0 to the player's hand.

In addition, the card hopper 29 is provided with first and second card detectors 31 and 32 at the lowest position and a slightly higher position, respectively, so that when the number of cards in the hopper 29 falls below each detection position, The detection signal is then sent to the management device 4.

The control device 6C controls the transfer of data and control signals to each device or the outside according to input command signals. First, after a coin is inserted into the coin processing section 6A, the coin validator 22 determines whether the coin is "false" or not. When a judgment signal is issued, or when the return switch 33 is operated by the player, or when the card issuing unit 6
When the first card detector 31 of B detects that there is no card, the return device 34 is driven to return the coin to the return slot 35.

In the latter case, the ready lamp 36 is turned off and the entire system is stopped.

Further, when the player operates the registration switch 37, the control device 6C stores the coins temporarily reserved in the return device 34 in the coin pool 38, and sends a signal based on the coins inserted into the central processing device 12. Send registration information such as. At this time, the central processing unit 12 stores the main storage device 13A.
Random number area as a means of assigning a personal identification symbol to specify a personal number as a personal identification symbol
_M5 is operated to specify a unique personal number using random numbers, and this specified personal number is sent to the control device 6C.

The control device 6C gives this personal number to the card printer 26 along with the game ball number data, and gives a drive command to the card printer 26. At this time, the card printer 26 operates the card feed motor 2.
7 to transport the card from the hopper 29 to the printing position by the transport mechanism 28.

Then, the card conveyed to the printing position is discharged from the card discharge port 30 after the personal number and game ball number data are printed. In addition, the registration information is sent from the control device 6C to the supplied central processing unit 12, and the central processing unit 1
2 causes this data to be accumulated and stored in the sales proceeds register _M23 of the working area _M2 .

Further, the registration device 6 is connected to the operation panel 1 of the management device 4.
As mentioned above regarding 4, the business start switch 1
4B is operated, the ready signal RD sent from the central processing unit 12 is received, the ready lamp 36 is turned on, and in response, the operation panel 1
4 is operated and the ready signal RD no longer arrives, the above-mentioned response operation based on the output signal from the registration switch 37 is prohibited, and when there are temporarily reserved coins in the return device 34, this operation is performed. is returned to the return port 35 and the ready lamp 36 is turned off, thereby informing the player that the registration operation cannot be performed.

Furthermore, the registration machine 6 records the number of times the card printer 26 issues a card to the central processing unit 12.
In this way, the registration machine amount data and the registration number data to the registration machine 6 are stored in the main memory 13A.
Therefore, the management device 4 can respond to the collection of sales results data from the central processing unit 12 of the management device 4.

In FIG. 5, 39 is a connector to the management device 4 used during online operation, and 40 is a power switch.

[3] Pachinko machine As shown in Fig. 6, the pachinko machine 1 has a predetermined number of game balls, for example, 20, built-in and detects the fired balls, safe balls, and round balls as electrical signals, and detects the hit balls. The number of game balls acquired is calculated and displayed based on the data.

That is, each pachinko machine 1 has a numeric keypad 45 and a start switch 46 as input means for inputting a personal identification signal at the lower front of the machine. After inputting the personal number, a start switch 46 (one with an indicator light is used) is operated to input a start command.

In addition, as a means of inputting this personal identification symbol,
In addition to the above-mentioned numeric keypad 45, for example, the registration machine 6 issues cards with personal identification symbols recorded with magnetism, perforation, or special ink, and this card is read by the card reader of each device.
The read personal identification symbol may be sent to the number area _M3 of the management device 4.

In this embodiment, the number data and start command are given to the encoder 48 of the switch detection interface 47 to the management device 4, encoded, and temporarily stored in the register 49. However, when the start command arrives, This is taken in as switch data to the central processing unit 12 via the buffer circuit 50. At this time, the central processing unit 12 determines that the content of the switch data is "start", and sends the lighting output to the pachinko machine 1 via the latch 52 of the display interface 51 and the driver 53, and displays the light at the bottom of the board. The provided game display 54 is turned on.

Next, the central processing unit 12 retrieves the personal number data from the register 49 of the switch detection interface 47, sequentially searches the number register _M31 of the number area _M3 serving as a classification data storage means, and stores this personal number. Check whether there is a matching registration number. As a result, if there is no matching registration number, the gaming lamp is turned off via the display interface 51. In this way, gaming by non-registered players can be prevented.

On the other hand, if there is a matching registration number, the data stored in the number register M ₃₁ and the corresponding game ball number register M ₃₂ are stored in the currently operated pachinko machine in the machine area M ₄ as an operation data storage means. Number register M ₄₄ and game ball number register M ₄₅ in the storage section corresponding to Machine 1
Transfer to and store. Therefore, at the same time as this transfer, the previously stored contents of number area _M3 are cleared. In this way, the individual numbers and their game ball count data that were registered for each player in number area _M3 are
The game is transferred to the storage section corresponding to the gaming machine selected by the player in the machine area _M4 .

Thereafter, the central processing unit 12 as the central processing means registers the number of game balls _M45 in the machine area _M4 .
The data is displayed on a ball number display 60 provided at the top of the board of the pachinko machine 1 via a display interface 51. Along with this, the central processing unit 12 also has a supply control interface 61.
gives a drive signal to the batted ball supply control device 64 via the register 62 and driver 63;
As a result, each game ball in the firing position holding gutter 66 is supplied to one ball each time the firing handle 65 is operated.

The series of operations described above is performed by the central processing unit 12 executing a program stored in the program area _M1 , for example.

Only a player who has registered in the management device 4 through the registration machine 6 in this manner can put any pachinko machine 1 into a playable state.

In this state, the player
The game can be started by firing the game ball at step 5.

In this embodiment, the pachinko machine 1 includes a predetermined number of balls, for example, 20 balls, and a trigger handle 6.
1 by the batted ball supply control device 64 for every 5 operations.
The batted balls supplied from the holding gutter 66 are fired one by one. The shot ball is
If it enters the safe prize opening 68, it will be returned to the holding gutter 66 via the winning collecting gutter 69, and then it will be returned to the holding gutter 66 via the winning collecting gutter 69.
If it enters, it goes out through the ball gutter 71 and enters the holding gutter 66.
Further, in the case of FAR, it is returned to the holding gutter 66 via the FAR gutter 72.

All the batted balls thus fired are held in the gutter 66.
The ball is recovered as a ball and is supplied again as a ball from the ball supply control device 64, and thereafter used repeatedly in the game.

Further, in this embodiment, a shot ball detection device 75 is provided on the rail 73 near the shot handle 65 to generate a detection signal for each shot ball, and this shot detection signal is sent to the management device 4. It is temporarily stored in the hit ball detection register 77 of the hit ball detection interface 76 via the receiver 78. This stored data is taken into the central processing unit 12 via the buffer circuit 79, and is stored in the stand area.
It is given to the number of game balls register _M45 corresponding to the pachinko machine 1 in use in _M4 , and as a result, the number of balls hit "1" is first added to the contents of the profit and loss register _M42 , and then the number of balls hit register _M45 Subtract the number of batted balls "1" from the contents. After that, the contents of the game ball count register M ₄₅ are displayed on the display interface 5.
1 to the ball number display 60 to display the result of subtracting "1".

On the other hand, the holding gutter 66 of the winning collecting gutter 69
A safe ball detector 80 having, for example, a magnetic, optical, or mechanical passage detector configuration is provided at the exit to the safe ball detector 80, which generates a detection panel every time one safe ball passes. is taken into the central processing unit 12 via the hit ball detection interface 76 in the same manner as in the above case. At this time, the central processing unit 12 first subtracts the number of lost balls "15" from the contents of the profit and loss register M ₄₂ as the number of prize balls discharged per one safe ball, and then subtracts the number of lost balls "15" from the contents of the profit and loss register M 42, and then subtracts the number of lost balls "15" from the contents of the profit and loss register M ₄₂ . The number "15" is added, and the number of winnings "1" is added to the operation rate register _M43 . However, in this case as well, the contents of the game ball number register _M45 are given to the ball number display 60 of the pachinko machine 1, and are "15".
The result of adding is displayed.

In addition, a safe ball detector 8 is installed in the fur gutter 72.
A Farr sphere detector 81 having a configuration similar to that of 0 is provided, and its detection pulses are similarly taken into the central processing unit 12. However, in this case, the central processing unit 12 first subtracts the number of lost balls "1" from the profit and loss register _M42 , and then subtracts the number of lost balls "1" from the game ball number register _M45.
Add ``1'' to the ball hit by FAR.

In this way, the contents of the game ball number register _M45 corresponding to the relevant pachinko machine 1 in the machine area _M4 increase or decrease depending on the game result, but when the contents become "0", the central processing unit 12 recognizes and returns to zero flip-flop circuit (not shown)
and stop the game ball supply operation of the batted ball supply control device 64 of the pachinko machine 1 via the supply control interface 61 and use the set output to terminate the game. 51, the game display 54 is turned off.

At the same time, the contents of the number register _M44 corresponding to the pachinko machine 1 in the machine area _M4 are cleared. In this way, the player who has been using this pachinko machine 1 will have his or her personal number registration canceled at this pachinko hall. Therefore, if you want to play the game again, you must register again by inserting new coins into the registration machine 6. In this case, instead of being assigned the same personal number as the previous time, a completely new personal number is specified for this player.

However, even if the player's personal number is deleted, other data in the machine area _M4 , ie, the contents of the profit and loss register _M42 and the operating rate register _M43 , are kept in order to cumulatively preserve the gaming data of the pachinko machine 1. If the number is left as is and the next player plays, the number register will be deleted.
The contents of _M44 and the number of game balls register _M45 are simply transferred and stored, and the game results of the next player are transferred to the profit and loss register _M42 and the operating rate register.
Accumulated in M ₄₃ .

By the way, if the content of the game ball number register _M45 does not become "0" as in the case described above, but reaches the scheduled number of balls to be played, the central processing unit 12
is recognized, and in order to end the game in the same way as in the case of return to zero, the operation of the batted ball supply control device 64 is stopped, the in-game display 54 is turned off, and the stoppage display 57 is turned on. .

However, in the case of a stoppage, the contents of the number register M ₄₄ and the game ball number register M ₄₅ out of the memory contents of the machine area M ₄ are stored in the number register.
It is transferred and stored in the empty number register _M31 and game ball number register _M32 of _M3 . When this transfer occurs, the player in question will first
The same state as when registering the personal number and number of game balls in M ₃ (However, the profit and loss register in area M ₄
The contents of M ₄₂ and utilization register M ₄₃ are different)
Return to

Therefore, the player can play the game again by selecting a gaming machine other than the gaming machine that has stopped playing. Of course, you can pay the bill.

The above has described the configuration from when the pachinko machine 1 is selected and the game starts until the game returns to zero or is stopped. 1 is provided with a stop command means 82 (with an indicator light) for outputting a stop signal.

When the stop command means 82 is operated, the stop signal is taken into the central processing unit 12 via the switch detection interface 47 as switch data. At this time, the central processing unit 12 determines that the content of the switch data is "stop", stops the batted ball supply control device 64, and turns off the in-game display 54 in the same way as in the case of stopping the ball. , the contents of the number register M ₄₄ and the game ball number register M ₄₅ of the machine area M ₄ as an operation data storage means are stored in the number area M ₃ as a classification storage means.
Number register M ₃₁ and game ball number register
The pachinko machine 1 is transferred to and stored in the machine ₃₂ , so that it can be played again on another pachinko machine 1 or exchanged prizes based on payment.

Therefore, the player can select the pachinko machine 1 according to his/her preference.
When selecting and playing a game or stopping a game on the pachinko machine 1, there is no need to carry the pachinko ball itself, and the game can be performed very easily.

[4] Settlement machine The settlement machine 8 uses the personal number as a personal identification symbol specified by the player to operate the pachinko machine 1.
The system uses a keyboard section 8A with a numeric keypad as an input means for inputting a personal number as a personal identification symbol, and a receipt as shown in FIG. 7. It includes an issuing unit 8B and a control device 8C.

The keyboard unit 8A reads game result data stored in the main storage device 13A when a player who wants to make a payment inputs his or her own personal number. sends the personal number data to the central processing unit 12.

The central processing unit 12 stores the sent personal number in the number area _M3 of the main storage device 13A.
If so, the contents of the game ball number register _M32 are transferred to and stored in a storage unit (not shown) in the machine area _M4 corresponding to the payment machine 8, and the working area _M2 This game result data is added and stored in the settlement money register _M24 .

Here, the control device 8C causes the ball number display device 85 to display this transfer data, and also drives the receipt issuing section 8B to cause the printer 86 to print out the game result data on a receipt 87.

However, the receipt 87 printed out by the printer 86 is delivered to the player's hand from the receipt issuing port 88, so that prizes can be smoothly exchanged based on this receipt.

When the controller 8C receives the ready signal RD from the central processing unit 12, the controller 8C turns on the ready lamp 89 and becomes ready to perform the above-mentioned payment operation, and when the ready signal RD no longer arrives, lady lamp 89
By turning off the light, the player is informed that payment operations cannot be performed.

Further, in FIG. 7, 90 is a connector for transmitting data from the payment machine 8 to the management device 4 through online operation, and 91 is a power switch.

In the above configuration, the present invention particularly processes game data through the following process when operating the pachinko machine 1.

That is, as shown in the flowchart of FIG.
First, in step 101, the player inputs his personal number as a personal identification symbol issued by the registration machine 6 using the numeric keypad 45 as an input means of any pachinko machine 1 according to his preference.

At this time, the pachinko machine 1 displays this personal number on the number display device 84 in step 102.
to be displayed.

Next, the player turns on the start switch 46 of the pachinko machine 1 in step 103.
At this time, the central processing unit 12 reads the contents inputted using the numeric keypad 45 in step 104, and in the next step 105 stores the number register M31 in the number area _M3 as a classification storage data storage means of the main storage device _13A . The search is performed sequentially to confirm whether or not the player in question is registered. The result is determined in the next step 106, and if the corresponding individual number is not registered, the number display device 84 is cleared in step 107, and the pachinko machine 1 is not brought into a playing state but is brought into an original stop state. Return to

On the other hand, if it is determined in step 106 that the corresponding personal number has been registered, the central processing unit 12 then proceeds to step 108.
The data stored in the corresponding number register M ₃₁ and the corresponding data stored in the game ball number register M ₃₂ are transferred from the number area as the classification storage data storage means to the machine area M ₄ as the operation data storage means. Thereafter, in the next step 109, the contents of the number register _M31 and the game ball number register _M32 whose data have been transferred are cleared.

Next, in step 110, the central processing unit 12 causes the game ball number display device 84 of the pachinko machine 1 to display the game ball number data stored in the game ball number register _M45 stored in the machine area _M4 , and then proceeds to the next step.
111, the central processing unit 12 is the pachinko machine 1
The stop lamp 82 is turned off, and in the next step 112, the start lamp 46 is turned on.

Step where the above series of steps are completed
At 113, the pachinko machine 1 becomes capable of firing game balls using the firing handle 65.

Processing of game data during a game is executed as follows.

First, in step 114, it is determined whether or not a game ball has been fired. If firing is detected, the process proceeds to step 115, where the firing data is processed.
In other words, after the firing process is executed, the next step is
Proceed to 116. On the other hand, if no firing is detected, the process immediately proceeds to the next step 116.

In this step 116, it is determined whether the fired game ball has entered the safe hole 68, in other words, whether it has become a safe ball. If the result of this determination is affirmative, the process proceeds to step 117, where data processing for the safe ball, ie, safe processing, is executed, and then the process proceeds to the next step 118. On the other hand, if no safe ball is detected, the process immediately proceeds to the next step 118.

In this step 118, it is determined whether the shot game ball is a foul ball or not. If the result of this determination is affirmative, the process proceeds to step 119, where data processing regarding the far ball, ie, the far ball process, is executed, and then the process proceeds to the next step 120.
On the other hand, if no Fall ball is detected, the process immediately proceeds to the next step 120.

This step 120 is the number of game balls register M ₄₅
When the game ball returns to zero (that is, when the player fires the last game ball using the firing handle 65), the fired game ball enters the safe winning slot 6.
8 or the funnel 72 (in other words, it entered the exit 70, or in rare cases, it got caught on a nail, etc. on the game board surface), based on the time. do.

That is, a time-over detection timer (not shown) provided in the central processing unit 12 is used to determine the scheduled time from the time the game ball is fired (from the time the game ball is fired to the safe prize opening 68, the funnel 72, or If you do not enter either the safe winning hole 68 or the fur gutter 72 before the maximum allowable time required for entering any of the out openings 70 (which is set to about 10 seconds, for example), the time is over. After making a determination, the process moves to the next step 121 to execute over processing. On the other hand, if the time limit of the timer for timeout detection has not yet elapsed, proceed to the next step.
Proceed to 122.

In this step 122, it is determined whether or not the player has operated the stop command means 82 when the player leaves the Pachinko machine 1 and moves to another Pachinko machine 1 or pays the bill. As a result, if the stop command means 82 is operated,
In step 123, a stop process is performed to bring the pachinko machine 1 into a stopped state. On the other hand, if the stop command means 82 is not operated, the process returns to step 114 for determining the presence or absence of firing described above.

In this way, when the game ball is launched after the game ball becomes ready to be launched in step 113, steps 114-116-118-120 are performed as the main routine for determining the game result of this launched ball.
−122−114 is formed, and this main routine is repeated at high speed and the calculation is executed.
The occurrence of a safe, fail, time over, or stop condition can be determined immediately and reliably.

Step 115 of the firing process is performed by the steps shown in FIG.

That is, as a result of determining the presence or absence of a shot ball in step 114 (FIG. 8), when the shot ball detection device 64 detects the passage of the shot ball in step 125, the central processing unit 12 uses the detection output in step 126. After adding the number of profit balls "1" to the contents of the profit and loss register _M42 (D in Figure 2) of the main storage device 13A, in step 127, the number of shot balls "1" is calculated from the contents of the game ball number register _M45 . Subtract. This subtraction result is displayed on the game ball count display device 6D of the pachinko machine 1 by the central processing unit 12 in step 128.

Thereafter, the central processing unit 12 performs step 129.
, register the number of game balls in the corresponding machine area M ₄ .
Is the data content of M ₄₅ returned to "0"?
In other words, check whether it has returned to zero or not.
In the next step 130, it is determined whether or not it has returned to zero. As a result of this determination, if no return to zero is detected, the firing process ends, and the process moves to step 116 in FIG. 8, where the game result of the fired ball is determined next.

On the other hand, if a return to zero is detected as a result of the determination in step 130, the central processing unit 12
In the next step 131, the firing handle 65 is first mechanically locked to prevent firing, and in step 132, firing of the game ball is made impossible, and then in step 133, a timer for detecting time-out is set. After setting the timed operation start condition, the next step 134 sets the return flip-flop circuit (brings it to the logic "1" state), and then moves to step 116 of the main routine of FIG. It enters a state of waiting for a determination as to whether it is safe or false.

In this way _, the central processing unit 12 determines for each ball whether or not the contents of the game ball number register _M45 of the corresponding machine area _M4 have returned to zero. The contents of the number register _M44 are cleared to bring the pachinko machine 1 into a stopped state.

If the return to zero is not detected in step 130 of the firing process in FIG. 9, and it is determined to be a safe ball in the next step 116 (FIG. 8), then the safe ball in FIG. Processing step 117 is entered. This process begins with step 141.
In step 142, the safe ball detection device 80 performs a safe ball detection operation, and the central processing unit 12 uses the safe ball detection signal to calculate the number of lost balls from the contents of the profit and loss register _M12 of the table area _M4 . Then, in step 143, the number of operations "1" is added to the contents of the operation rate register M ₄₃ , and in the next step 144, the number of winning game balls "15" is added to the contents of the game ball number register M ₄₅ . Add. The contents of this game ball number register _M45 are displayed on the game ball number display device 60 of the pachinko machine 1 in the next step 145.

In this state, the central processing unit 12 determines the state of the zero flip-flop circuit in the next step 146, and if it is not in the set state (ie, the "1" state), the process moves to the next step 147. Here, the central processing unit 12 is located in the platform area.
The contents of the game ball number register _M45 of _M4 are compared with the contents of the stoppage number register _M22 of the working area _M2 , and in the next step 148 it is determined whether or not the game is a stoppage. As a result, if it is not stopped, the safe processing 117 program ends, and the 8th
The process moves to the next step 118 in the figure to determine whether it is a foul ball or not.

On the other hand, if the judgment result in step 148 is that it is not a stop, the next step is started.
After mechanically locking the firing handle 65 at step 149 and making it impossible to launch the game ball at the next step 150, the stop lamp 57 is turned on at the next step 151, and the game starts at step 152. The lamp 46 is turned off, and the stop lamp 82 is turned on in step 153. In this case, the central processing unit 12 stops the pachinko machine 1 in the next step 154 by turning on the corresponding machine display lamp 15Q on the display panel 15, and then in step 155, the central processing unit 12 lights up the number register _M44 of the machine area _M4 . The personal number data of the game ball number register M45 and the data of the game ball number register _M45 are transferred and stored in the number area _M3 , and in the following step 156, the number register _M44 and the game ball number register of the machine area _M4 are transferred and stored.
Clear the contents of M ₄₅ , thus pachinko machine 1
Stop and stop.

The above is a program for when it is determined in step 146 that the zero-return flip-flop circuit is not set, but if it is determined that the zero-return flip-flop circuit is set, an additional program is executed for the safe ball. In order to continue the game, proceed to the next step 166 and once unlock the trigger handle 65 (since the trigger handle 65 is locked at the time of firing in step 130 of FIG. 9 when returning to zero), In the next step 167, the game ball can be launched, and in the next steps 168 and 169, the timer is reset in sequence, the return-to-zero flip-flop circuit is reset, and the fall processing is thus completed. In order to be able to fire, proceed to the next step 118 (FIG. 8).

The fall processing at step 117 in FIG. 8 is executed as follows, as shown in FIG.

That is, when the fall detection device 81 detects a fall ball in step 161, the central processing unit 12 subtracts the number of lost balls "1" from the contents of the profit and loss register _M42 in step 162 based on the detected output, and in step 163 Add the offset ball number "1" to the game ball number register _M45 . This addition result is displayed on the game ball count display device 60 of the pachinko machine 1 in step 164.

After that, in step 165, the state of the return-to-zero flip-flop circuit is determined, and if it has not returned to zero, the game can be continued, so the fall process 119 is ended and the next step is step 120 (FIG. 8).
Proceed with the program.

On the other hand, when it is determined in step 165 that the zero flip-flop circuit has returned to zero, the process proceeds to the next step 166, in which the trigger handle 65 (Since the firing handle 65 is locked at the time of firing at step 130 in FIG. 9 when the ball returns to zero), the game ball can be fired at the next step 167, and then at the next step 168. After resetting the timer, the return-to-zero flip-flop circuit is reset in step 169, thus terminating the fall process and proceeding to the next step 120 (FIG. 8) in order to be able to fire the game ball again.

The over processing at step 121 in FIG. 8 is executed by a program as shown in FIG.

That is, if it is determined in step 120 that the scheduled time has passed since the player fired the last game ball, the last game ball should have already entered the outlet 70, so the player It may be determined that the game has ended.

Therefore, the start lamp 46 is turned off in step 175, the stop lamp 82 is turned on in the next step 176, and then the start lamp 82 is turned on in the next step 176.
After the timer is reset at 177, the step
At step 178, the zero flip-flop circuit is placed in a reset state ("0" state).

Next, the central processing unit 12 clears the contents of the number register _M44 of the machine area _M4 in step 179, and thus, in step 180, the personal number registered by the registration device 6 is deleted from the main storage device 13A. state, and the pachinko machine 1 enters a stopped state.

The stop processing at step 132 in FIG. 8 is executed by a program as shown in FIG.

That is, when the operation of the stop switch 82 is detected, the start lamp 46 is turned off in step 185, and then the stop lamp 82 is turned on in step 186.

Subsequently, in step 187, the firing handle 65 is locked, so that in step 188, the game ball cannot be fired.
Next, in step 189, the central processing unit 12
The contents of the number register _M44 of the machine area _M4 and the contents of the game ball number register _M45 are transferred to and stored in the number area _M3 , and the next step is started.
Number register of stand area M ₄ at 190
Clear the contents of M ₄₄ and game ball count register M ₄₅ .

Thus, the pachinko machine 1 as a whole comes to a halt.

Although the present invention has been described above in accordance with the embodiments shown in the drawings, the present invention is not limited to the embodiments described above, and may be modified in any manner as long as the structure described in the claims is not changed. It can be modified and implemented. For example, each pachinko machine 1 may have a built-in control means, this control means may be connected to the management device 4, and the management device 4 may manage and control each pachinko machine 1 via the control means.

<Effects of the Invention> As explained above, according to the present invention, when a player inserts money into the money slot of the registration machine,
Activating the personal identification symbol assigning means of the management device,
A unique personal identification symbol is identified using random numbers, and this identified personal identification symbol is issued via a registration machine, and the game ball count data sent from the registration machine is sent to the management device for each individual identification symbol. Since the classification data storage means stores the classification, it is possible not only to ensure the uniqueness of the personal identification symbol, but also to issue a personal identification symbol that is difficult for others to know.

As a result, there is no malfunction in the exchange of signals between the management device and pachinko machines based on personal identification symbols, and in the classification and storage of gaming data in the management device, which is extremely advantageous in terms of management. Since the personal identification symbol is identified using random numbers, it is extremely difficult to steal someone else's personal identification symbol, and the safety and reliability of the personal identification symbol can be ensured. It is possible to provide an expensive game data processing device for a pachinko machine.

In addition, after the personal identification symbol is issued by the registration machine,
You can move to the pachinko machine and start playing immediately.
Not only can you play the game using almost the same steps as traditional gaming methods, but you don't have to go through complicated and troublesome game steps, so it is a new game that fits modern sensibilities and is easy for players to accept. We can provide gaming methods.

Furthermore, the personal identification symbol issued by the registration machine is
Since the value of the game ball number data corresponding to the coins inserted by the player is assigned, the personal identification symbol is handled carefully by the player, the occurrence of troubles is reduced, and the games in the entire hall are operated smoothly. Can be done. Therefore, it is possible to make the registration machine unmanned, and labor saving can be further promoted.

On the other hand, the management device roughly divides gaming data into two parts according to the types of data handled by the classified data storage means and the operational data storage means, manages them separately, and enables data transfer between the two. Therefore, both storage means can be used effectively and rationally for different purposes, and efficient and practically excellent data processing can be performed.

In other words, it is sufficient to classify and store the data on the number of game balls by personal identification symbol in the classification data storage means only after the data on the number of game balls is sent from the registration machine, so it is not actually used like the conventional method. mosquito,
In addition, there is no need for the storage area to be monopolized by unnecessary issued personal identification tags.

Furthermore, as mentioned above, since it has two storage means when roughly divided, and data is mutually transferred between the two storage means, it is not only advantageous in terms of storage capacity, but also allows for high-speed data retrieval. In addition, it is possible to provide a game data processing device with expandability that can be used in new fields such as data tracking based on personal identification symbols.

[Brief explanation of drawings]

The drawings show one embodiment of the present invention, and FIG. 1 is a plan view schematically showing a pachinko hall, and FIG. 2A is a plan view showing an outline of a pachinko hall.
~D is an explanatory diagram of the storage device in the management device, the third
The figure is a plan view showing the operation panel, Fig. 4 is a plan view showing the display panel, Fig. 5 is a perspective view showing the registration machine, Fig. 6 is a front view showing the pachinko machine and its wiring, and Fig. 7 is a plan view showing the payment machine. The perspective view of the machine and FIGS. 8 to 12 are flowcharts showing an example of game data processing contents related to the present invention. In the figure, 1 is a pachinko machine, 4 is a management device, 6 is a registration machine, 11 is an input/output control device as an input/output control means, 12 is a central processing unit as a central processing means, and 21 is a coin input slot. Inlet port, 45
82 is a numeric keypad as an input means, 82 is a stop command means, _M3 is a number area as a classification data storage means, _M4 is a stand area as an operation data storage means, and _M5 is a random number area as a means for giving a personal identification symbol. Show each.

Claims (1)

[Scope of Claims] 1. Has a money slot, and by inserting money into the money slot, a player's personal identification symbol is issued and game ball number data corresponding to the inserted money is generated. a registration machine; a pachinko machine having an input means for inputting a personal identification symbol issued by the registration machine; and a stop command means for outputting a stop signal for stopping the game midway; the registration machine and the pachinko machine; Based on the input/output control means electrically connected to the machine and the insertion of money into the registration machine, a unique personal identification symbol is identified using random numbers, and this identified personal identification symbol is sent through the registration machine. Mutual data transfer between the issuing personal identification symbol assigning means, the classification data storage means capable of classifying and storing game ball number data sent out from the registration machine for each personal identification symbol, and the classification data storage means. and a management device having an operation data storage means capable of classifying and storing operation data of the pachinko machine for each pachinko machine, and a central processing means for controlling each means in an integrated manner, By inserting money into the coin slot of the registration machine, the personal identification symbol assigning means of the management device is activated to identify a unique personal identification symbol using random numbers, and this identified personal identification symbol is transferred to the registration machine. At the same time, the game ball count data sent from the registration machine is classified and stored in the classification data storage means of the management device for each personal identification symbol, and is first issued by the registration machine at the pachinko machine selected by the player. When the issued personal identification symbol is inputted into the management device by the input means via the input/output control means of the management device, it corresponds to the personal identification symbol classified and stored in the classification data storage means of the management device. The game ball count data is retrieved, and the personal identification symbol and the game ball count data are classified and stored in the operation data storage means of the management device according to the pachinko machine selected by the player, and are classified and stored in the operation data storage means. The pachinko machine is then operated by the player to cause the pachinko machine to play subsequent games based on the data on the number of balls played, and when the stop command means in the pachinko machine is operated by the player, the stop signal is transmitted via the input/output control means of the management device. If the operation data of the pachinko machine is classified and stored in the operation data storage means of the management device, the operation data storage means stores the operation data of the pachinko machine as the game result data of the player who operated the stop command means. Then, the classified data storage means is again classified and stored for each individual identification symbol, so that, on the condition that the individual identification symbol issued to the player is input, it is possible to replay at another pachinko machine or exchange prizes based on payment. A game data processing device for a pachinko machine, which is characterized by: