JP2873977B2 - Card-type gaming system - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION <Industrial Application Field> The present invention relates to a game card storing game use value information usable for a game and specific information identifying itself, and a game use value stored in the game card. A card-type gaming machine comprising: a gaming machine that enables a game within the range of information; and a management device that centrally manages the gaming machine and stores and manages game use value information corresponding to specific information of a gaming card. About the system.

<Conventional technology> Conventionally, pachinko gaming machines that play games using real balls have been widely used, but recently, given the convenience of players, predetermined gaming balls are enclosed inside the gaming machine. Various types of so-called enclosed ball-type gaming machines that use enclosed gaming balls in circulation have been proposed. This enclosed ball-type gaming machine uses a game card in which values (for example, amount data, number of balls held) that can be used for a game are recorded, and the recorded value information is converted into value information that can be used for the game. The game is played, and as a result, the acquired game value is recorded on the basis of the card, and it is possible to avoid the trouble that the player carries a heavy and bulky real ball.

<Problems to be solved by the invention> However, in the case of an enclosed ball-type gaming machine, if the card issuing machine has not purchased a card in which the value that can be used for the game is recorded, it is necessary to play the game with the gaming machine. When a game for maintenance or the like is performed on a game machine at a game store, a card must be purchased.

That is, in the case of a pachinko gaming machine that uses a real ball to play a game, when a clerk at a game store plays a game with a pachinko gaming machine for maintenance or the like, the player purchases a game ball from a ball rental machine or the like. Without taking out the real ball from the island equipment where the gaming machine is installed, or taking out the real ball from the mechanism that circulates the real ball of the island equipment in the amusement store, etc. Although it can be easily performed, in the case of an enclosed ball-type game machine, since the use of a game card is premised, the conventional method cannot cope.

In addition, the use of a specific card that enables a game for the purpose of maintenance or the like with an enclosed ball-type game machine has been proposed. (When a game is performed using a specific card, the value information used for the game is updated. This is not necessarily a desirable solution because the management of the specific card becomes complicated.

Therefore, there has been a demand for a card-type gaming system capable of easily performing a game for maintenance or the like in a sealed ball-type gaming machine.

<Means for Solving the Problems> The present invention has been proposed in view of the above, and has a game card (1) storing game use value information usable for a game and specific information for identifying itself, and a game card. A gaming machine (for example, a pachinko 3 or a pachislot machine 4) that enables a game within the range of the stored game use value information, and a gaming machine that centrally manages the gaming machine and associates it with specific information of a gaming card. Management device for storing and managing use value information (8)
And a card-type gaming system, wherein the gaming machine stops updating the game use-value information of the gaming card to be used while the predetermined maintenance playable condition is satisfied, It is characterized by having a maintenance game control means (for example, the main body control device 98) for enabling a game for maintenance.

<Operation> Therefore, as long as the maintenance game possible condition is satisfied, the maintenance game control means of the game machine functions, so that even if the game machine is used with a normal game card, the use of the game card is not possible. The game use value information based on is not updated.

<Example> Hereinafter, the present invention is described based on an example of a drawing.

FIG. 1 is a schematic block diagram showing the configuration of a card-type gaming system according to the present invention.

In the game store, a card issuing machine 2 for issuing a game card 1, a pachinko machine 3 or a slot machine 4 as a game machine, a checkout machine 5 for inserting the game card 1 and a premium register device. 6, a card issuing machine 2, a gaming machine, and a management device 8 that is connected to the checkout machine 5 and the premium register device 6 via a data transmission path 7 are installed.

The data transmission path 7 is configured by an optical communication device, and each of the gaming machines, the card issuing machine 2, the payment machine 5, and the prize register device 6 are provided at the upper part of each of the pachinko machines and the like.
The first optical repeater 9 communicates with the optical repeater 9 by a light beam, the first optical repeater 9 communicates with the second optical repeater 10 provided on a ceiling or the like in a game arcade, and the second optical repeater 10 is managed by an optical fiber 11. It communicates with the device 8 to form a communication network in the game store.

In addition, each amusement store reports the ball lending sales data to the card issuing center 12 which controls the issuance management of the game card 1, so that the game card 1 issued and received and the ball lending sales are Perform payment. In the present embodiment, the settlement is performed through a financial institution such as a bank, but the card issuing center 12 may perform the settlement directly. Further, for the communication of the ball lending sales data and the like, the management device 8 and the card issuing center 12 may directly exchange data via a telephone line or the like.

In this embodiment, the pachinko machine 3 and the slot machine 4 are shown as gaming machines, but in the following description,
The pachinko machine 3 will be described. The operation and the like are the same in the slot machine 4.

The gaming card 1 shown in FIGS. 2A and 2B is a card on a thin plate made of paper or plastic, and has a magnetic data storage unit 13, a security storage unit 14, and an issue display unit 15 on the surface.
, An advertisement display unit 16, an amount display unit 17, and a card display unit 18.
Is provided.

The magnetic data storage unit 13 stores specific information (card number) for specifying self-confidence, and game use value information (money amount data and number of balls held) that can be used for games in the pachinko machine 3.
And security data. The card number is made up of a shop code, a date, the number of the used pachinko machine 3, and a writing number.
Is written when the game card 1 is used for the first time. The amount data is the effective amount of the game card 1 and is stored when the card is manufactured. The possessed ball count data is the number of prize balls acquired by the pachinko machine 3, and is updated by the pachinko machine 3. The security data is the same data as the data stored in the security storage unit 14 at the time of card manufacturing. When the game card is issued or the game card is used in the pachinko machine 3, the two data are compared. Can be caught as an inappropriate card.

The security storage unit 14 stores the above-described security data in a state where it cannot be read from outside. The security data includes the date of manufacture of the game card 1 and the effective amount data, and is stored concealed by an optical method or a magnetic method. Therefore, if the security data is compared with the amount data in the magnetic data storage unit 13 when the card is issued, it can be determined whether or not the card is an unused card.

The issuance display unit 15 is provided with punched holes and markings indicating that the card has been issued by the card issuer 2. The positions of punch holes and markings are calculated and determined based on display position data stored in advance. The display position data may be received from the card issuing center 12 at the time when the game store closes.

The display of the issuance display unit 15 is used to determine the card type and the date of manufacture, to prevent forgery of the game card 1, to prevent double issue, and to detect a stolen card.

The advertisement display section 16 displays an advertisement for a game arcade or the like. In addition, it can be used for advertisement of other companies or the like, and can also obtain advertisement income.

The amount display section 17 displays an effective amount at the time of manufacturing the game card 1.

The card display 18 displays the name of the card, for example, "Pachinko card" or the like.

On the back of the gaming card 1, a data display section 19 is provided.
An instruction unit 20 and an issue management number display unit 21 are provided.

On the data display section 19, data such as a store name, a date, the number of remaining balls, and a balance are printed. Printing is performed in the card issuing machine 2 when the game card 1 is issued, and thereafter, is performed in the pachinko machine 3 each time the pachinko machine 3 uses the card.

In the handling explanation section 20, the handling method of the game card 1 and the like are printed.

The issue management number display section 21 displays a number that is not duplicated for each game card 1. If this number is used to detect a stolen card, and if a lottery or the like is performed using this number, the player will not throw away the used card into the store, thereby contributing to the beautification of the game store.

As described above, data such as the number of remaining balls is printed on the data display unit 19, but when the print area of the data display unit 19 becomes full, a continuation card 22 is issued.

FIGS. 2C and 2D show the continuation card 22. FIG. Since the configuration of the continuation card 22 is the same as that of the game card 1, the same reference numerals are given and the detailed description is omitted.

In the continuation card 22, the amount data, the number-of-balls data, and the card number at the end of the game of the game card 1 whose data display section 19 is full are taken over and stored.

The amount data, the number-of-balls data, and the card number are stored in the magnetic data storage unit 13. The card number includes a shop code, a date, a used pachinko machine number, and a writing number, and is data written when the pachinko machine 3 first uses the game card 1 before taking over. The amount data is an effective amount at the end of the game in the game card 1 before the handover. The possessed ball count data is the number of prize balls acquired by the pachinko machine 3.

Also, as will be described in detail later, the display of the issuance display unit 15 performed when canceling the amount protection of the continuation card 22
The continuation card 22 is displayed.

FIG. 3 is a flowchart of the processing of the game card 1 in the present invention.

The mode of the game card 1 used in the game store includes the unused game card 1A purchased in the game store, the game card 1B purchased in another game store, the already used game card 1A, There are a game card 1C in which a winning card number is registered, and a game card 1D which has already been used but whose card number is not registered in the management device 8.

When these game cards 1 are inserted into the pachinko machine 3,
First, the presence or absence of a card number is determined. Game cards
Since the game card 1A and the game card 1B are not yet used in the game store, the card numbers are not stored. Therefore, the game cards 1A and 1B are provided for the game within the range of the game use value information (amount data). Game card 1C and game card 1D in which card numbers are stored
Is determined whether there is an unregistered recognition code flag in the registration confirmation area. Since the game card 1C has already been registered in the management device 8, an inquiry is made in the management file of the management device 8, and when the corresponding data exists and the confirmation is completed, the game is played by the game card 1C. On the other hand, when the corresponding data does not exist, the game card 1C is ejected outside the pachinko machine as an invincibility card. Since the game card 1D has not been updated and registered in the management device 8, the game card 1D is provided for the game as it is.

When the game is over, the money amount data, the possessed ball number data, and the card number are transmitted to the management device 8. At the same time, a card number is assigned to the game card 1A and the game card 1B having no card number.

When the transmitted amount data or the like is received by the management device 8, the management device 8 transmits a registration confirmation reply signal to the pachinko machine 3. When the pachinko machine 3 does not receive this reply signal, the pachinko machine 3 sets an unregistered recognition code flag indicating that the pachinko machine 3 has not been registered in the registration confirmation area of the gaming card 1.

At the end of the game, the data display section on the pachinko machine 3
Data such as the store name, date, number of remaining balls, remaining balance, etc. is printed at 19, but when the data display section 19 is full, the continuation card 22 is issued by the management device 8 and the continuation card 22 is issued.
Issue

When the registration of the game card 1 and the continuation card 22 in which the unregistered recognition code flag is set is completed in the management device 8, the unregistered recognition code flag is reset.

FIG. 4 shows a card issuing machine 2 for issuing a game card 1.

This card issuing machine 2 is provided with a box-shaped openable and closable front surface 23, card issuance openings 24 are arranged side by side almost in the middle of the front surface 23, and below the card issuance openings 24. A card amount designating switch 25 for designating a game card 1 desired to be purchased is provided, and an amount indicator 26 for displaying the amount of inserted bills is provided below the card amount designating switch 25 on the right side.
A bill insertion slot 27 is opened below the price indicator 26, and a bill payout opening 28 is opened below and to the left of the bill insertion slot 27. In addition, an issuance display 29 indicating that the game card 1 can be issued, an issuance display 30 indicating that the issuance of the game card 1 is stopped,
An optical transmission / reception device 31 for exchanging data with the management device 8 via the optical repeater 9 and an issuer machine number plate 32 displaying a specific number for each card issuer are provided.

Inside the card issuing machine 2, the card issuing device 33 is placed at a position communicating with the card issuing slot 24 when the front part 23 is closed, and the authenticity of the accepted bill is placed at a position communicating with the bill inserting slot 27. And a bill dispensing machine 35 for dispensing change at a position communicating with the bill dispensing outlet 28, respectively. On the left side of the row of card issuing devices 33, there is provided a main control device 36 for controlling processing relating to the game card 1, and a machine number setting for defining a transmission address of the card issuing machine 2 is provided above the main control device 36. A switch 37 and a restart switch 38 for restoring the sales suspension state are provided. A local control device 39 for controlling processing other than read / write of the game card 1 is provided on the left side of the bill dispenser 35. A local monitor display 40 for displaying a state of a device controlled by the local control device 39 is provided on an upper portion of the 39, and a power supply device 41 is provided on a left side of the bill dispenser 35. Further, a card remaining number indicator 42 for indicating the remaining amount of the game cards 1 stored in each card issuing device 33 is provided above the card issuing ports 24 on the front part 23.

The above-described bill validator 34 determines the authenticity of the bill by taking in the bill inserted by the player from the bill insertion slot 27, determines the type of bill, sends a signal to the local controller 39, and If the banknote is judged to be a bad banknote, it is returned to the player. On the other hand, when the bill validator 34 determines that the bill is appropriate and determines the type of the bill, the local controller
The amount of the bill is displayed on the amount indicator 26 by the signal from 39. For example, if a 10,000-yen bill is inserted into the bill insertion slot 27, "10,000 yen" is displayed, "5,000 yen" is displayed for a 5,000-yen bill, and "1,000 yen" is displayed for a 1,000-yen bill. In this state, when the player operates the card amount designation switch 25 to select a desired amount to be provided for the game, the card issuing machine 2 operates the card issuing device 33 corresponding to the selected amount to delete the game card 1. Issue.

 FIG. 5 shows the card issuing device 33.

The card issuing device 33 has a horizontal U-shaped card transfer path 44 provided below the card tank 43 for storing the game cards 1, and the game card 1 is transferred from the card tank 43 toward the back of the card transfer path 44. Take-out device 45 for taking out sheets one by one
And an appraisal device 46 for appraising the authenticity of the game card 1 to be issued, and an amount protection canceling device for canceling the amount protection to make the game card 1 usable.
47, and a transfer device 48 for reversing and transporting the game card 1 is provided at the bent portion of the card transport path 44, and the transport path of the appropriate card and the inappropriate card is switched from the transfer device 48 toward the card discharge port 49. Switching device 50, card exit for proper card
49 is provided with a deriving device 51 for deriving. The switching device 50 is provided with an inappropriate card transport path 52 branched from the card transport path 44, and the confiscation tank is located at a position communicating with the incorrect card transport path 52.
53 are provided. A first card sensor 54 for detecting the presence or absence of the game card 1 in the card tank 43 is provided below the card tank 43, and a second card sensor for detecting the storage amount of the game card in the confiscation tank 53 is provided for the confiscation tank 53. An issue control device 55 is provided below the transfer device 48 to control the issuance of the game card 1 based on an issue command from the main control device 36. In front of the card issuing device 33, a card transport path
There is a card outlet 49 at the exit 44, and between the card outlet 49 and the card tank 43, a monitor display that displays information about no game cards in the card tank 43 and information about the improper card fullness of the confiscation tank 53. A vessel 57 is provided.

When the card issuance device 33 receives the card issuance command from the main controller 36, the card issuance device 45 takes out the game cards 1 one by one from the card tank 43, guides them one by one to the card transport path 44, and sends them to the appraisal device 46. Transport. Appraisal device 46
Then, the magnetic data, security data, issuance display, card type data, card size, etc. of the game card 1 to be issued are read, and whether or not the card is appropriate is judged. The conditions for a proper card are that the amount data representing the effective amount of the game card 1 and the card type data representing the issued amount of the game card 1 are equal, and the security data of the magnetic data storage unit 13 and the security data of the security storage unit 14 Are equal, the issuance display unit 15 does not have an issuance hole indicating that the card has already been issued, the card size is a regular size, and the amount selected and designated by the player is equal to the card type data. The game card 1 determined to be appropriate by the appraisal device 46 is released from the money amount protection by the money amount protection canceling device 47, and becomes usable. This amount protection is to prevent the gaming card 1 from being stolen.
Only the legally issued card is unlocked. The method of canceling the money amount protection is to calculate the X-coordinate and the Y-coordinate using the manufacturing date data concealed and stored in the security storage unit 14 and calculate the calculated issuance display unit.
Punch holes and make markings at 15 coordinate positions. Note that the game store may receive the display position data from the card issuing center 12 at the end of business, and determine the coordinate position using the display position data. The game card 1 that has been conveyed toward the back of the card issuing device 33 has its transfer direction changed by the transfer device 48,
The card is conveyed toward the front of the card issuing device 33. When the game card 1 reaches the switching device 50, the appropriate card is conveyed to the dispensing device 51 and the inappropriate card is conveyed to the confiscation tank 53, based on the appraisal result of the appraisal device 46. Then, the appropriate card is discharged to the card discharge port 49 by the derivation device 51. Card tank
The first card sensor indicates that game card 1 has been lost in 43
If the second card sensor 55 detects that the confiscation tank 53 has been filled with the improper card, the monitor 54 displays these.

As shown in FIG. 6, the control device of the card issuing machine 2 includes a main control device 36 for controlling the game card 1 and a local control device 39 for performing other controls. Connected. The reason why the control device is divided into two is to prevent forgery, alteration and the like of the game card 1. That is, the main control device 36 is manufactured under the responsibility of the card issuing center 12, and its specifications are kept secret from a game arcade or a card issuing machine maker, so that forgery or alteration of the game card 1 can be prevented. The local controller 39 is manufactured by a card issuing machine maker according to the interface signal of the main controller 36.

The main control device 36 includes a card issuing device 33 of the card issuing machine 2, a unit number setting switch 37, a restart switch 3
8. The optical transceiver 31 is electrically connected and controls them.

An issuance control device 56 is provided in each issuance device,
Take-out device 45, appraisal device 46, transfer device 48, switching device 50, derivation device 51, monitor display 57, first card sensor 54, second
It is in electrical communication with the card sensor 55.

The local controller 39 includes a bill validator 34, a bill dispenser,
35, card amount designation switch 25, issue indicator 29, issue stop indicator 30, local monitor indicator 40, amount indicator 26
Are electrically connected and control these.

Various signals are exchanged between the main control device 36 and the local control device 39. From the main controller 36 to the local controller 39, a ready signal notifying that the game card 1 is ready to be issued and an issue completion signal notifying that the issue of the appropriate card has been completed are transmitted. The game card 1 is sent to the main controller 36.
Issue command signal for issuing a game card, an amount designating signal for designating the amount of a game card to be issued, an alarm signal notifying that an abnormality has occurred in the local controller 39, a monitor signal notifying the cause of the abnormality, and accepted by the bill validator 34. The received money amount signal notifying the paid amount and the payout amount signal notifying the paid amount from the bill dispensing machine 35 are transmitted.

7 and 8 show a pachinko machine 3 which is a gaming machine.
FIG. 7 shows the pachinko machine 3 viewed from the front, and FIG. 8 shows the pachinko machine 3 viewed from the back.

The pachinko machine 3 is a so-called enclosed ball-type pachinko machine, and has an operation panel section 59, a firing operation section 60, a single-shot switch 61, and a game state display section 62 on the surface of a frame-shaped front frame 58. A game board 64 is provided so as to cover the window 63 from behind.

The operation panel unit 59 includes an automatic purchase switch 65 for continuously and automatically purchasing a ball, a purchase switch 66 for instructing purchase of a ball each time, and a game for temporarily interrupting a game with a meal or the like. Switch 67, an end switch 68 for instructing the end of the game, a card insertion slot 69 for inserting the game card 1, a game indicator indicating whether or not the game card 1 can be accepted, and that the game is interrupted. 70, an amount indicator 71 indicating the remaining amount of the card, and a number-of-balls indicator 72 indicating the number of possessed balls are provided.

When playing a pachinko game, when the player turns on the automatic purchase switch 65 and then turns on the purchase switch 66,
Every time the number of balls to be provided for a game reaches a predetermined number (for example, “0”), a fixed number, for example, 50 balls equivalent to 200 yen is additionally supplied. Then, when the remaining amount becomes less than the amount corresponding to the above-mentioned fixed number, the automatic purchase switch 65 is turned off. When the purchase switch 66 is turned on while the automatic purchase switch 65 is turned off, a fixed number of balls, for example, 50 balls equivalent to 200 yen are additionally supplied each time the switch is operated.

When interrupting the game by operating the interruption switch 67, in order to prevent intentionally turning on the interruption switch 67 for a long time to save space, a certain period of time, for example, after a lapse of 30 minutes or more, at the game store side The interruption switch 67 is forcibly turned off. In order to turn off the interruption switch 67, it is operated by a signal from the management device 8 or by an optical remote controller 73 described later.

When the end switch 68 is operated, the game ends. At this time, the current number of balls held, the remaining amount, the card number, and the like are stored in the game card 1 and the registration information is transmitted to the management device 8.

The gaming state display section 62 includes a jackpot display 74 for notifying the player of the jackpot in accordance with the jackpot operation of the accessory, and a prize for notifying the player of the prize ball in correspondence with the prize ball operation of the accessory. A ball indicator 75 and a completion indicator 76 for notifying the player of the end of the game are provided.

An optical transceiver 77 for exchanging data with the management device 8 via the first optical repeater 9 is provided above the front frame 58.

A frame opening device 79 for opening the front frame 58 and the metal frame 78 is provided inside the front frame 58, and the front frame 58 and the metal frame 78 are provided.
A frame opening detection switch 80 for detecting the opening and closing of the frame is provided.

The optical remote controller 73 is used to operate the frame opening device 79 or to turn off the interruption switch 67 described above. The optical remote controller 73 is provided with an operation switch 81 on the surface of the box-shaped main body.
And an optical transmission unit 82 is provided on one side surface.
When the operation switch 81 is operated, an optical signal transmitted from the optical transmitter 82 is received by an optical receiver (not shown) provided at a predetermined portion of the front frame 58, and the metal frame 78 is opened and the front frame is opened.
The opening of 58, the release of the interruption switch 67, the setting of the probability of the action of the accessory, etc. are performed.

In the pachinko machine 3, a continuation card issuing device 83 is provided at a position communicating with the card insertion slot 69, and the firing operation unit 60
Is connected to a launching device 84. Further, a launch control device 85 for controlling the launch device 84 is electrically connected to the launch device 84.

Since the pachinko machine 3 is of an enclosed ball type, the pachinko balls enclosed therein are used by circulation. The pachinko balls gathered in the launch preparation unit 86 are counted by the launch ball sensor 87, and then sent to the launch device 84 by the ball feeding device 88 also serving as a ball removing device, and launched into the game board 64. . Then, the pachinko ball fired in the game board 64 wins the winning opening and becomes a safe ball, or enters the out opening and becomes an out ball. The safe sphere flows down the safe sphere down flow path 89 and is detected by the main safe sensor 90, and the out sphere flows down the out sphere down flow path 91 and is detected by the collection sphere sensor 92. In addition, the pachinko ball that has become a foul ball flows down the foul ball flow-down path 93, and after being detected by the foul ball sensor 94, returns to the launching ball preparation unit 86. Further, a ball polishing device 95 is provided on the upstream side of the launch ball preparation unit 86 to polish the recovered pachinko balls.

An accessory control device 97 is provided in a center case 96 provided on the back mechanism panel, and is electrically connected to the main body control device 98 via a signal line 99. The accessory control device 97 is a control device for controlling the accessory, and the main body control device 98 is a control command for an interface member with a player, a control command for a continuation card issuing device 83, the number of firing pachinko balls, the number of award balls, and the like. This is a control device that controls the game related to the game, data communication with the management device 8, and the like.

FIG. 9 shows a continuation card issuing device 83 installed in the pachinko machine 3.

The continuation card issuing device 83 is a device for reading and writing data of the inserted game card 1 and for issuing the continuation card 22 when the data display section 19 of the game card 1 is full. Yes, continuation card 22
A card transport path 101 having a horizontal U-shape is provided below the continuous card tank 100 for storing the continuous cards, and an ejection device 102 for taking out the continuous cards 22 one by one from the continuous card tank 100 toward the back of the card transport path 101. And a continuation card to issue 22
A first appraisal device 103 for appraising the authenticity of the card and a money amount protection canceling device 104 for canceling the money amount protection in order to make the continuation card 22 usable state are provided. A transfer device 105 that reverses and transports the continuation card 22 is provided, and the card transport path 101 is continuous from the transfer device 105 to the card insertion / ejection port 106.

A first switching device 108 for taking the return-to-zero card into a first confiscation tank 107 provided below the transfer device 105 from the transfer device 105 toward the card insertion / ejection port 106, and a card reader / writer for the game card 1. A second appraisal device 109, a proper continuation card and a proper game card, a second switching device 110 for switching the conveyance path of the inappropriate continuation card and the inappropriate game card, and a game card 1 Alternatively, a lead-out / in device 111 for leading the appropriate continuation card 22 to the card insertion / ejection port 106 is provided.

The second switching device 110 is provided with an improper continuous card transport path 112 branched from the card transport path 101, and a second confiscation tank 113 is provided at a position communicating with the improper continuous card transport path 112. A first card sensor 114 for detecting the presence or absence of a continuation card 22 in the continuation card tank 100 is provided below the continuation card tank 100, and a second confiscation tank is provided for the second confiscation tank 113.
Second card sensor 1 that detects the amount of continuation cards stored in 113
The third confiscation tank 107 is provided with a third card sensor 116 for detecting the amount of game cards stored in the first confiscation tank 107. In addition, the first confiscation tank 107 and the second confiscation tank 113
An issuance control device 117 for controlling the issuance processing of the continuation card 22 and the processing of the game card 1 based on the issuance command from the main body control device is provided.

In front of the continuation card issuing device 83, a card transport path 101 is provided.
The card insertion / ejection port 106 is opened at the exit of the card insertion / ejection port. Between the card insertion / ejection port 106 and the continuation card tank 100, there is no continuation card information of the continuation card tank 100 or the first confiscation tank 107
Alternatively, a monitor display 118 for displaying card full information of the second confiscation tank 113 is provided.

When the player inserts the game card 1 into the card insertion / ejection port 106, the continuation card issuing device 83 described above operates
, The second appraisal device 109 judges whether or not the game card 1 is an appropriate card, and reads / writes the game card 1. The read / write to this game card 1 first reads magnetic data, security data, card size, and data stored in the issue display unit 15 of the game card 1. Then, if the game card 1 is judged to be appropriate, the game is played within the range of the stored money amount data and the held ball number data, and the money amount data and the held ball number data are rewritten at the end of the game. On the other hand, if it is determined that the game card 1 is incorrect, the game is confiscated by the second switching device 110 into the second confiscation tank 113. When both the amount data and the number-of-possessing-ball data are lost, the first switching device 108
Confiscated in confiscation tank 107.

When the data display section 19 of the game card 1 is full, the continuation card 22 is issued from the management device 8 and the continuation card 22 is issued. When the issuance of the continuation card 22 is received from the management device 8 and the card issuance command is issued from the issuance control device 56, the unloading device 1
02, take out one continuation card 22 and take out the card transport path 10
1 and transported to the first appraisal device 103. First appraisal device
At 103, the magnetic card, security data, card size, etc. of the continuation card 22 to be issued are read to judge whether or not the card is appropriate. The conditions for a proper card are that the security data in the magnetic data storage unit 13 and the security data in the security storage unit 14 are equal,
15 is not issued and the card size is regular. The continuation card 22 determined to be appropriate by the first appraisal device 103 is released from the money amount protection by the money amount protection canceling device 104 and becomes usable. This money amount protection is for preventing the continuation card 22 from being stolen in the same manner as in the case of the game card 1, and only the legally issued card is released from the money amount protection. How to cancel the amount protection
14 using the manufacturing date stored concealed in X
The coordinates and the Y coordinates are calculated, and a punched hole is punched or a mark is formed at the calculated coordinate position of the issue display unit 15. Please note that the card issue center 12
May receive the display position data, and determine the coordinate position using the display position data. The display of the issuance display section 15 indicates that the card is a continuation card 22, determines the date of manufacture of the continuation card 22, prevents counterfeiting of the continuation card 22, and prevents double issuance. Or used to detect stolen cards. The continuation card 22 that has been conveyed toward the back of the continuation card issuing device 83, the conveyance direction is changed by the transfer device 105,
The card is conveyed toward the front of the continuation card issuing device 83. When the continuation card 22 reaches the second switching device 110, the appropriate card is sent to the lead-in / out device 111 according to the result of the appraisal by the first appraisal device 103.
The inappropriate card is transported to the second confiscation tank 113.
Then, the appropriate card is discharged to the card insertion / ejection port 106 by the lead-in / out device 111. The first card sensor 114 detects that the continuation card 22 has been lost in the continuation card tank 100, the third card sensor 116 detects that the first confiscation tank 107 is full of zero-return cards, When the second card sensor 115 detects that the second confiscation tank 113 is filled with the improper card, the second card sensor 115 displays these on the monitor display 118.

The payment machine 5 shown in FIG. 10 is a device for issuing a prize card 119 storing a corresponding amount according to the number of balls held in the game card 1 or the continuation card 22 or paying out the corresponding amount in cash. It is.

The payment machine 5 is box-shaped, has a door 120 that can be opened and closed on the front, and has a card insertion / return port 121 in the middle of the door 120.
And a prize payout button 122 for instructing the exchange of the amount corresponding to the number of possessed balls in the game store stored in the game card 1 or the like for a prize, and the amount corresponding to the number of possessed balls to cash. A cash payout button 123 for instructing to exchange, and a monetary amount indicator 124 for displaying an amount obtained by converting the number of balls possessed by the exchange rate at the gaming shop,
After checking the number displayed on each display, the number-of-balls display 125 for displaying the number of balls, the prepaid balance display 126 for displaying the balance stored on the game card or the continuation card 22, A confirmation button 127 for giving an instruction is provided. Note that the number of balls to be recognized by the checkout machine 5 is the number of balls to be held in the game store, and even if there is data on the number of balls to be stored in another store, the data is ignored. Therefore, it is possible to prevent the loss of the gaming shop due to the settlement by the ball held at another shop. In addition, the number of balls stored in other sister stores can be recognized so that the convenience of the player can be improved.

In the lower part of the door 120, a prize card payout port 128 for paying out a prize card 119 and a cash payout port 129 for paying out cash are opened.

Then, inside the checkout machine 5, a card insertion return port 121 is provided.
The card appraisal device 130 at a position communicating with the prize card payout machine 128 at a position communicating with the prize card payout port 128,
A cash identification and dispensing machine 132 is provided at a position communicating with the cash dispensing exit 129, and a door open / close detection switch 133 for detecting the opening and closing of the door, information on the absence of cash of the cash identification and dispensing machine 132, and a prize card identification and dispensing machine 131 A monitor display 134 for displaying prize card absence information and the like, and a payment controller 135 for controlling the payment machine 5 are provided. Card appraisal device 1
30 reads the magnetic data, security data, card size, and data of the issue display unit 15 stored in the game card 1 or the continuation card 22, and each data is legitimate;
In addition, the ball count data is the data of the day in the store, and is a device for performing the settlement when the check in the management device 8 is also normal. The cash identification and dispensing machine 132 is a device for appraising the authenticity of cash and dispensing cash based on the exchange amount. The premium card identification payout machine 131 is a device that issues a premium card 119 in which the number of possessed balls is stored.

In the upper part of the door part 120, a payment indicator 136, a payment stop indicator 137, a call switch 138, a payment machine number plate 139,
An optical transceiver 140 is provided. The check-in-progress indicator 136 is a display for indicating that the gaming card 1 can be accepted and cash or a prize card 119 can be paid out. Initial setting or cancellation received, cash identification dispenser 13
2 has cash, and the prize card identification and dispensing machine 131 has a prize card 119. The payment stop indicator 137 is a display for indicating that the cash or prize card 119 cannot be paid out. The conditions for stopping the payment are as follows: the receipt of the payment stop command from the management device 8; That is, there is no cash in the payout machine 132, and there is no prize card 119 in the premium card identification and payout machine 131. The call switch 138 is
A switch having a lamp for calling a game clerk when the payment machine 5 is defective. The switch turns on or flashes the lamp when the switch is turned on to call the game clerk's attention. The optical transceiver 140 is connected to the data transmission path 7 for transmission to the management device 8.
This is a device that constitutes a part of the device, and includes a transmission unit and a reception unit for optical data, and operates under the control of the checkout controller 135.
The checkout machine number plate 139 is a nameplate indicating a number for specifying each checkout machine 5 when a plurality of checkout machines 5 are installed.

Premium card 1 issued by premium card identification payout machine 131
Reference numeral 19 denotes a thin card made of paper or plastic, as shown in FIG. 11, having a magnetic data storage section 141 on the surface. The magnetic data storage unit 141 stores a card number, the number of balls, and security data. The card number and the security data are transmitted from the card issuing center 12 to the game store when the data determined by the card issuing center 12 is transmitted at the time of business closing of the game store, and the game store manages the received data. Stored at 8 and used for business the next day. And
In the system initial setting at the start of business, the management device 8 transmits card number allocation information and security data to the settlement machine 5 and the premium register device 6. The number of possessed balls is data stored in the file for each card (game card 1, continuation card 22, premium card 119) by the management device 8 and also stored in the premium card 119.

The player brings the premium card 119 to the premium exchange counter, inserts the premium card 119 into the premium register device 6, and
Read the data stored in the magnetic data storage unit 141,
Exchange for prizes within the amount of money equivalent to the number of possessed balls. At this time, if the communication between the premium register device 6 and the management device 8 is normally performed, the card number and the security data are confirmed by both the management device 8 and the premium register device 6. Exchange prizes. On the other hand, when the communication between the prize register device 6 and the management device 8 is down, the prize register device 6 performs a logic check of the card number from the assigned value of the day, confirms the security data, and checks the regular card. If so, exchange the prize. As described above, even when the communication between the prize register device 6 and the management device 8 is down for some reason, the prize can be exchanged.

 FIG. 12 is a schematic block diagram of the management device 8.

The management device 8 includes a central processing unit 142 and a main memory 143.
And communicates with peripheral devices via an interface. Peripheral devices include a modem 14 for performing signal modulation / demodulation in data communication with the card issuing center 12.
4. Mini-printer 145 and journal printer 146 for printing various data, keyboard (or mouse) 147 as a command input device to management device 8, pachinko machine 3
A display panel 148 for displaying the state of each pachinko machine 3 in accordance with the number of the pachinko machine, a CRT 149 as a display device for various data, an automatic broadcasting device 150 for performing in-store broadcasting, and a part of a data transmission path. The optical repeater 10, a hard disk drive 151 and a floppy disk drive 152 as storage devices, an uninterruptible power supply 153 for avoiding data loss due to a power failure, and the like are connected. The central processing unit 142
This is a device for managing each control device in the management device 8 in an integrated manner, and performs data transfer between the devices and execution determination processing related to actions that occur in the device. The main memory 143 stores sales data for each pachinko machine 3, sales data for each card issuing machine 2, total sales data, and the like as files, and a central processing unit 142.
Is stored. The hard disk drive stores the sales data of the day at the end of business, and also stores the processing program of the central processing unit 142 and the unique data used in the system.

The management device 8 is in communication with the data processing terminal 155 via the optical cable 154. The data processing terminal 155 is a device for performing sales analysis of pachinko parlors, receives pachinko machine data from the management device 8,
A device for creating sales files and analyzing data, and communicates with peripheral devices via an interface. Peripheral devices include a modem 156 for performing signal modulation / demodulation in data communication with affiliated stores, a keyboard (or mouse) 157 as a command input device to the data processing terminal 155, and a CRT 158 as a display device for various data. A line printer 159 for printing various data and an XY plotter 160, an auxiliary storage device 161 as a storage device, a hard disk drive 162, a floppy disk drive 163, and the like are connected. The auxiliary storage device 161 stores a business file.

The management device 8 is connected to the card issuing machine 2, the pachinko machine 3, the settlement machine 5, and the prize register device 6 via the data transmission path 7, exchanges various data, and manages each device. In addition, the transfer of data is done at the card issuing center
It is also held between 12 and affiliated game stores. The management of each device in the management device 8 includes a pachinko ball lending rate,
Store code unique to each game store, time setting, probability setting of special game in pachinko game, stop and release of terminal operation, collection, aggregation and display of sales in card issuing machine 2, ball lending sales in pachinko machine 3 Collection, tabulation and display, collection and tabulation and display of the settlement amount or cash amount in the payment machine 5, registration of the number of the premium card 119 and settlement or cash amount, collection, tabulation and display of the payment amount in the prize register device 6. , Monitor display of all gaming machines, time-series collection of game data (for example, performed at one-minute intervals), backup of stored data, storage of history of game card 1, number of game card 1, number and number of balls held Monitoring of the elapsed time of game interruption, printing of business data (vehicle number, sales, division, etc.), automatic broadcasting of in-store broadcasting, and the like.

As described above, data and operation commands are exchanged between the management device 8 and the devices such as the pachinko machine 3 via the data transmission path 7.

The data transmission path 7 from the management device 8 to the card issuing machine 2
, Data and instructions such as a line test, transmission and change of set values, system initialization, and prohibition and release of card issuance are transmitted. On the other hand, the card issuing machine 2 sends the card sales amount and the card type, the card issuing machine number of the card issuing machine 2, the remaining card number, bill jam information, bill withdrawal information, and inserted bill tank full information as monitor information. And data and instructions such as card jam information, a call of a clerk, an amount accepted, an amount paid out, etc. are transmitted.

From the management device 8 to the pachinko machine 3, a line test, a system initial setting, a ball lending rate, a time, an amusement shop code, a pause and a release of the game, a stop and a release, a prohibition and a release of the game, and a probability of occurrence of a big hit game Set the continuation card
Data and instructions such as 22 issuance information are transmitted. On the other hand, from the pachinko machine 3 to the management device 8, the number of the pachinko machine 3, the sales amount, the interruption of the game, the card error, the number of balls, the number of collected balls, the occurrence of breakdowns and wrongdoing, the opening of the frame, the operation information , A time, a call of a clerk, card information including a card number, the number of balls held, and an amount, big hit occurrence data, a request for permission to issue a continuous card, and the like are transmitted.

Data and commands such as a line test, system initialization, prohibition and release of settlement, settlement rate, time, amusement shop code, game card information, and prize card number allocation information are transmitted from the management device 8 to the settlement machine 5. You. On the other hand, data and instructions such as a payment amount (number of balls), a payment number, a prize card number, a time, a game card information, a cash amount, and the like are transmitted from the payment machine 5 to the management device 8.

Data and commands such as a line test, system initialization, prohibition and cancellation of prize exchange, time, prize card information, and the like are transmitted from the management device 8 to the prize register device 6. On the other hand, data and commands such as a prize exchange amount, prize card information, a prize register device number, and time are transmitted from the prize register device 6 to the management device 8.

The above data and the like are managed as files in the management device 8. The outline of this file is shown in FIG. 13 to FIG.

FIG. 13 shows a management file, in which the game card 1 is stored in the management device 8.
The file is used to record the history of the card and store the data of the day in another recording medium, and to use it when inquiring the card number of the game card 1 or registering the card number. This management file is composed of data such as card number, amount, number of balls held, time, card type, zero return, premium card number, settlement amount, exchange amount, settlement completed, etc. Is associated with.

FIG. 14 is a business file, which is a file for business analysis of a game store, is stored in the auxiliary storage device 161 of the data processing terminal 155, and is used for business analysis in the data processing terminal 155. This sales file is composed of special prize data such as the number of payout balls, the number of outgoing balls, the start of a big hit, and the data such as issuance of a continuation card 22, which are collected at regular intervals for each machine number. In this embodiment, the data collection interval is one minute in order to make the management information more detailed. In addition, when transmitting data to the management device 8, a transmission error may be considered, so the time is also added to the data.

FIG. 15 shows a pachinko machine sales file, which stores data transmitted each time a pachinko ball is purchased in the pachinko machine 3 and data at the time of occurrence of an abnormality in the pachinko machine 3. The pachinko machine sales file includes data of sales, purchase time, card type, and purchase price for each pachinko machine at the time of purchase, and has a monitor information storage area. The sales transmission data transmitted from the pachinko machine 3 includes data such as a machine number, a card type, a purchase amount, and time. The monitor information is data transmitted from the pachinko machine 3 when an abnormality occurs in the pachinko machine 3 and data transmitted from the pachinko machine 3 when an abnormality recovery process is performed. The information includes whether or not there is a communication error, whether or not there is a card reader error, whether or not there is a card error, and the time.

FIG. 16 shows a card issuing machine sales file, which stores data transmitted every time the gaming card 1 is issued in the card issuing machine 2, and also stores data at the time of occurrence of an abnormality in the card issuing machine 2. The issuing machine sales file is composed of data of total sales of each card issuing machine 2, the number of issued cards for each amount, the number of confiscated cards, the total amount of received money and the total amount of paid out, and has a monitor information storage area. . The sales transmission data transmitted from the card issuing machine 2 includes data such as a machine number, a card type, an amount accepted by the bill validator 34, an amount paid out from the bill dispenser 35, the number of confiscated cards, and time. The monitor information is
The data transmitted from the card issuing machine 2 when an abnormality occurs in the card issuing machine 2 and when the abnormality recovery processing is performed. The machine number, the presence or absence of a communication abnormality as monitor information, and the abnormality of each card issuing device 33. The presence / absence of stored banknotes, the presence / absence of abnormality in the local control device 39, the time, and the like.

FIG. 17 shows a card issuance center transmission file, which is composed of data to be transmitted from the game store to the card issuance center 12. The card issuance center transmission file includes the total sales of pachinko machines, the total number of purchases, the number of times of use for each card type, the total number of card issuers sold corresponding to the issuance machine sales file, and the number of cards issued corresponding to the pachinko machine sales file. Total, total number of cards issued for each card type, sales calculation value obtained by subtracting total card issuing machine sales from total pachinko machine sales, and encryption code used to prevent data tampering on data transmission lines or telephone lines , Date information, ball lending rate,
Consists of a working area. The card issuing center transmission file is transmitted from the game store to the card issuing center 12, whereby the payment of the game card 1 is settled. When it is necessary to transmit more detailed information to the card issuing center 12, data of a pachinko machine sales file or a card issuing machine sales file may be added and transmitted.

The processing in each device will be described with reference to FIGS. 18 to 27.

FIGS. 18 to 20 are flowcharts showing the start-up process.

When the power is turned on in the management device 8, the stored files are cleared, and if the setting needs to be changed, the password is confirmed and the change process is performed. Then, when a store opening command is issued, a line test is performed, and if there is an abnormality in the line, the terminal where the abnormality has occurred is displayed, and after performing a re-line test,
If the error is not recovered, perform abnormal terminal operation stop processing,
Stop using the abnormal terminal. Then, the system initial value is transmitted to each terminal, a response from each terminal is waited, and business is started when the response is received. If there is no response, the system initialization value is forcibly transmitted again. If there is still no response, abnormal terminal operation stop processing is performed to stop using the abnormal terminal.

Startup processing in the card issuing machine 2 is performed by the main controller 36
And the local control device 39 will be described separately.

When the power is turned on in the main control device 36, the presence or absence of a power failure restoration memory is checked. If there is a power failure restoration memory, the data saved at the time of the power failure is read from the save memory. On the other hand, in the case of normal startup, the RAM is cleared, the system setting values are read, the I / O ports are initialized, and the unit number is read. Then, the state of the local control device 39 is confirmed, and if a local abnormality has occurred, the abnormal state is transmitted to the management device 8, and the issuing stop processing of the game card 1 is performed. On the other hand, when the local control device 39 is normal, the business is started. In the main control device 36, a command from the management device 8 is processed by interruption. This interrupt processing will be described. When a card issuance prohibition command is received, the game card 1 issuance prohibition process is performed. When a card issuance prohibition release command is received, the game card 1 issuance prohibition release process is performed. When a line test command is received, a line test process is performed. When a setting command is received, a system initialization process is performed, when a sales information command is received, sales information processing is performed, and when a store opening command is received, a store opening initialization process is performed.
When a store closing command is received, a store closing initialization process is performed.

When the power is turned on in the local control device 39, it is checked whether the main control device 36 has been started,
The presence / absence of the power failure restoration memory is checked, and if the power failure restoration memory exists, the data saved at the time of the power failure is read from the save memory. On the other hand, in the case of normal startup, clear the RAM,
Reads system settings, initializes I / O ports,
The port is checked to see if there are any bills to be paid out, and the remaining amount of the game card 1 is checked. Here, if an abnormality has occurred, the abnormality information is transmitted to the main controller 36, a function stop process is performed, and the process returns to the step of checking the I / O port. On the other hand, if all the functions are normal, the business is started.

When the power is turned on in the pachinko machine 3, the presence or absence of a power failure restoration memory is checked. If there is a power failure restoration memory, the data saved at the time of the power failure is read from the save memory. on the other hand,
In the case of normal startup, a maintenance game is performed and the management device 8
Wait for store opening order from. The maintenance game is a game in the pachinko machine 3 that is performed until the pachinko machine 3 receives a store opening command from the management device 8, and performs nail adjustment after the store is closed in the game store, and checks the operation of the pachinko machine alone. It is used for maintenance etc. In this case, the data of the inserted game card 1 such as the amount of money and the number of balls held is not updated, and the management device 8
No registration is made. The game data in the maintenance game is cleared when the store opening instruction signal is received. That is, while the predetermined maintenance playable condition is satisfied (between the normal start-up of the pachinko machine 3 and the reception of the store opening instruction signal), the game use value information of the game card 1 to be used is updated. The game is stopped and the game for maintenance of the pachinko machine 3 is enabled. In addition, the function as the maintenance game control means that enables the maintenance game as described above,
For example, it is assumed that the main body control device 98 of the pachinko machine 3 is responsible.

Then, upon receiving the store opening instruction signal, clear the RAM, read the system setting values, initialize the I / O port, read the machine number, check the I / O port, and confirm the remaining number of the continuation card 22 . Here, if an abnormality has occurred, the abnormality information is transmitted to the management device 8, the game is stopped, and the process returns to the step of checking the I / O port.
On the other hand, if all the functions are normal, the business is started. In the pachinko machine 3, a command from the management device 8 is processed by interruption. This interrupt processing will be described. When a stop command is received, a stop process is performed, when a game stop command is received, a stop process is performed, when a game prohibition command is received, a prohibition process is performed, and when a game prohibition release command is received, a release process is performed, and ball rental information is provided. When a command is received, ball lending information is processed. When a card information command is received, card information processing is performed. When a line test command is received, a line test is performed. When a system initialization command is received, a system initial setting process is performed. Is received, a store opening initialization process is performed, and when a store closing command is received, a store closing initialization process is performed.

When the power is turned on in the checkout machine 5, the presence or absence of a power failure restoration memory is checked. If there is a power failure restoration memory, the data saved at the time of the power failure is read from the save memory. On the other hand, in the case of normal startup, clear the RAM, read the system settings, initialize the I / O port, read the machine number, check the I / O port, check the remaining number of prize cards 119 And check the refund balance. Here, if an abnormality has occurred, the abnormality information is transmitted to the management device 8, a settlement stop process is performed, and the process returns to the I / O port check step. On the other hand, if all the functions are normal, the business is started. In the payment machine 5, a command from the management device 8 is processed by interruption. This interrupt processing will be described. When the game card information is received, the game card information processing is performed, when the premium card information is received, the premium card information processing is performed, when the payment prohibition command is received, the payment prohibition processing is performed, and when the payment prohibition release command is received, the prohibition release processing is performed. When a cash information command is received, cash information processing is performed, a line test command is received, a line test is performed, a system initial setting command is received, a system initial setting process is performed, and when a store opening command is received, a store opening initialization process is performed. When a store closing command is received, a store closing initialization process is performed.

FIG. 21 to FIG. 23 are flowcharts showing the fall processing.

When a closing is instructed in the management device 8, a closing instruction signal is transmitted to each terminal. If the transmission confirmation is normal, unregistered data is received from each terminal. When the reception of unregistered data is completed, the system setting values are saved in the storage device, and a transfer command of the sales data to the card issuing center 12 is provided.
When a sales data transfer command is received from the card issuing center 12, the transfer process of the sales data is started. When the transfer process is completed, the system initial setting value of the next business day is received from the card issuing center 12 and a confirmation signal is sent. Send. Then, the system initialization value for the next business day is transmitted to each terminal, and if there is a response, the power is turned off and the process is terminated.

The card issuing center 12 transmits a sales data transmission command to the game store, receives the sales data from the game store, and when the reception is completed, transmits the system initial setting value on the next business day, and then issues a termination command. Send and end the process. This termination process is performed for each game store.

The closing process in the card issuing machine 2 is performed by a main control device.
The description will be made separately for the 36 and the local control device 39.

Upon receiving the store closing command signal from the management device 8, the main control device 36 transmits a confirmation signal to the effect that the store closing command signal has been received to the management device 8, and then transmits the unregistered data to the management device 8.
Send to When the transmission of the unregistered data is completed, the system initialization value for the next business day is received from the management device 8, and when the reception of the system initialization value is completed, a confirmation signal is transmitted to the management device 8, and the system configuration value is transmitted. The data is saved in the storage device, the power is turned off, and the process is terminated.

In the store closing process in the local control device 39, when a local power-off command is received, the power is turned off and the process ends.

In the store closing process in the pachinko machine 3, upon receiving a store closing command signal from the management device 8, the pachinko machine 3 transmits a confirmation signal to the management device 8 that the store closing command signal has been received, and then transmits unregistered data to the management device 8. When the transmission of the unregistered data is completed, the system initialization value for the next business day is received from the management device 8, and when the reception of the system initialization value is completed, a confirmation signal is transmitted to the management device 8, and the system configuration value is transmitted. The data is saved in the storage device, the power is turned off, and the process is terminated.

In the store closing process in the checkout machine 5, upon receiving a store closing command signal from the management device 8, a confirmation signal indicating that the store closing command signal has been received is transmitted to the management device 8, and then unregistered data is transmitted to the management device 8. When the transmission of the unregistered data is completed, the system initialization value for the next business day is received from the management device 8, and when the reception of the system initialization value is completed, a confirmation signal is transmitted to the management device 8, and the system configuration value is transmitted. The data is saved in the storage device, the power is turned off, and the process is terminated.

The processing of the game in the pachinko machine 3 will be described with reference to FIG.

When the game card 1 is inserted into the card insertion slot 69 of the pachinko machine 3, first, a card confirmation process is performed. In the card confirmation process, the second appraisal device 109 appraises the game card 1. If the appraisal result of the game card 1 is not normal, the appraisal of the game card 1 is performed again, and if the reappraisal result is normal, the processing is continued. On the other hand, if the reappraisal result is also abnormal, the management device 8 is notified that an abnormality has occurred in the appraisal of the game card 1, the game card 1 is confiscated in the second confiscation tank 113, and the pachinko machine 3 Stop operation. The operation of the pachinko machine 3 is resumed by operating a reset switch by a game clerk or the like. If no abnormality is found in the card appraisal, the data stored in the game card 1 is read. If the pachinko machine 3 is interrupting the game, it is determined whether or not the game card 1 has been instructed to interrupt the game. If so, the processing is continued, and if it is another game card 1, the game card 1 is returned. Then, the presence or absence of the unregistered recognition code is confirmed, and if there is no unregistered recognition code, the contents of the game card 1 are displayed on the possessed ball number display 72 or the like, and the card number is confirmed. If there is a card number, the card number information is transmitted to the management device 8. If the corresponding card number exists and is confirmed by the management device 8, the process proceeds to the purchase process. On the other hand, if the management device 8 cannot confirm, the game card 1 is returned.

The purchase process is performed when the game card 1 has an unregistered recognition code, when there is no card number, and when the card number is confirmed by the management device 8. When the purchase switch 66 is pressed, the purchase processing is performed, and the automatic purchase switch 65
When is pressed, an automatic purchase process is performed. Then, the interruption switch 67 and the end switch 68 are confirmed, and when both switches are off, confirmation of the number of possessed balls and confirmation of the amount are performed. If the number of held balls or the amount is not “0”, the process returns to the initial stage of the purchase process. On the other hand, when the number of held balls and the amount of money are “0”, each data of the card number, the number of held balls, and the amount of money is transmitted to the management device 8.
Is confiscated into the first seizure tank 107.

When the interruption switch 67 is pressed in the purchase processing, the interruption card number is stored, the card number is transmitted to the management device 8, and the gaming card 1 is returned as the interruption processing. In this case, the game by another game card holder in the pachinko machine 3 is interrupted for a certain time. That is, in the case of a break such as a meal, the interruption switch 67
By pressing, the pachinko machine 3 can be secured for a certain period of time.

When the end switch 68 is pressed in the purchase processing, each data of the card number, the number of possessed balls, and the amount of money is transmitted to the management device 8, and when there is a response from the management device 8, the number of possessed balls and the amount of money are confirmed. If there is a balance in the number of balls or the amount of money, the game card 1 is returned. If there is no balance in both the number of balls and the amount of money, the game card 1 is returned to the first confiscation tank 107.
Confiscated inside. If there is no response from the management device 8, the card is returned with the unregistered recognition code flag set.

The card issuing process in the card issuing machine 2 will be described with reference to FIG.

When a bill is inserted into the bill insertion slot 27, as the inserted bill processing, all the card amount designation switches 25 equal to or less than the amount of the inserted bill are turned on. For example, when a 5,000 yen bill is inserted, the respective card amount designation switches 25 of “5000 yen”, “3000 yen”, and “1000 yen” are turned on. Then, the card amount designation switch 25 is pressed, and if the designated switch is not within the inserted amount, the card amount designation switch 25 is designated again. If the specified switch is within the inserted amount, it is checked whether or not there is change. If the change is present, the change is paid out as change processing. Then, the game card 1 of the designated amount is taken out of the card tank 43, and is appraised by the appraisal device 46, and if the card is an appropriate card, a punching hole or the like is punched in the money amount protection canceling device 47 based on the cancellation information of the money amount protection. Thereafter, the sales data is transmitted to the management device 8, and the gaming card 1 is issued. In addition,
The game card 1 determined to be inappropriate by the appraisal device 46 is confiscated in the confiscation tank 53.

Issue the continuation card 22 in the pachinko machine 3
A description will be given based on the drawings.

In the pachinko game process, when the end switch 68 is pressed, the card information is registered in the management device 8. If the communication with the management device 8 does not end normally, the unregistered recognition code flag is set, and then the data display section 19 of the gaming card 1 is checked. If there is room for writing in the data display section 19, the game data is written into the game card 1, the game data is printed on the data display section 19, and the game card 1 is ejected from the card insertion / ejection port 106 to play the game. To the person.

On the other hand, when the data display unit 19 does not have enough room for writing, the management device 8 applies for the issuance of the continuation card 22 to the management device 8. In response to the release information, the continuation card 22 is taken out from the continuation card tank 100, and the first appraisal device 103
Appraisal of the continuation card 22 and the appropriate continuation card 22
Is determined, the information of the previous game card 1 (card number, amount, number of balls held) is stored in the continuation card 22, the game data is printed on the data display unit 19, and the amount protection release device 104 protects the amount of money. , The continuation card 22 is issued. The first appraisal device 103
If it is determined that the card is inappropriate, the card is tried again, and if the card is still inappropriate, the card is confiscated in the second confiscated tank 113.

The settlement process in the settlement machine 5 will be described with reference to FIG.

When the game card 1 is inserted into the card insertion / return port 121 of the checkout machine 5, the card data stored in the game card 1 is read, and the inserted game card 1 is identified. As a result of the appraisal, when the discrimination is made with the regular card, the number of balls possessed is displayed on the possessed ball number display 125 and the balance of the amount is displayed on the prepaid balance display 126. Then, when the premium payout button 122 is pressed,
Write the card number and the number of balls in the prize card 119,
The premium card 119 number and the number of possessed balls are registered in the management device 8, and the premium card 119 is paid out. If there is a prepaid balance, the number-of-balls data of the inserted gaming card 1 is set to "0", and then the gaming card 1 is returned to the player.

On the other hand, when the cash-out button 123 is pressed, the cash-out amount is displayed on the cash-out display 124, and when the player presses the confirmation button 127, cash-out processing is performed and cash is paid out. If there is a prepaid balance, the number-of-balls data of the inserted gaming card 1 is set to "0", and then the gaming card 1 is returned to the player.

If the inserted gaming card 1 is determined to be inappropriate in the inserted card evaluation process, the card is tried again, and if still inappropriate, the abnormality is notified to the management device 8 and the settlement is performed. The operation of the machine 5 is stopped. The stoppage of the operation of the checkout machine 5 is released when the game clerk turns on the reset switch.

<Effects of the Invention> As described above, according to the card-type gaming system of the present invention, while the maintenance gaming possible condition is satisfied, the maintenance gaming control means of the gaming machine functions, and the normal Even if a game is played using a game card, the value of use information based on the use of the game card is not updated, so while the maintenance playable condition set by the game store is satisfied, A game for maintenance and adjustment can be performed without consuming the game use value information of the game card.

Therefore, even when the gaming shop performs maintenance / adjustment for a so-called enclosed ball-type game machine, maintenance / adjustment work can be performed without carrying a specific card (for example, a test card) used only for maintenance / adjustment. A card-type gaming system that can be performed easily and smoothly.

[Brief description of the drawings]

The drawings show an embodiment of the present invention. FIG. 1 is a schematic block diagram showing a system concept of the present invention, and FIG.
Is a front view of the game card, FIG. 2 (B) is a back view of the game card, FIG. 2 (C) is a front view of the continuation card, FIG. 2 (D) is a back view of the continuation card, and FIG. FIG. 4 is a front view of the card issuing machine, FIG. 5 (A) is a front view of the card issuing device, FIG. 5 (B) is a side view showing the inside of the card issuing device, FIG. FIG. 6 is a schematic block diagram showing a configuration of a control device of the card issuing machine;
FIG. 7 is a front view of the pachinko machine, FIG. 8 is a rear view showing the inside of the pachinko machine, FIG. 9 (A) is a front view of the continuation card issuing device, and FIG. Side view showing the inside, FIG. 10 is a front view of a checkout machine, FIG. 11 is a front view of a prize card, FIG. 12 is a schematic block diagram of a management device, FIG.
Fig. 17 to Fig. 17 are conceptual diagrams showing the structure of the files managed by the management device. Fig. 13 is the management file, Fig. 14 is the sales file, Fig. 15 is the pachinko machine sales file, and Fig. 16 is the issuing machine sales. File, FIG. 17 is a file for transmitting to the card issuing center, FIGS. 18 to 20 are flowcharts for explaining a start-up process in each device, and FIGS. 21 to 23 are flowcharts for explaining a shutdown process in each device. ,
FIG. 24 is a flowchart illustrating a game process in a pachinko machine, FIG. 25 is a flowchart illustrating a card issuing process in a card issuing machine, FIG. 26 is a flowchart illustrating a continuation card issuing process in a pachinko machine,
FIG. 27 is a flowchart for explaining the settlement process in the settlement machine. In the figure, 1 ... a game card, 3 ... a pachinko machine, 4 ... a pachislot machine, 8 ... a management device, 98 ... a main body control device.

Claims (1)

(57) [Claims] 1. A game card storing game use value information usable for a game and specific information identifying itself, and a gaming machine enabling a game within the range of the game use value information stored on the game card. And a management device for centrally managing the gaming machine and storing and managing the game use value information in association with the specific information of the gaming card. While the game available condition is satisfied, the game machine is provided with maintenance game control means for stopping the updating of the game use value information of the game card used and enabling the game for the purpose of maintaining the game machine. Characteristic card-type gaming system.