JP5470524B2 - Amusement park management system - Google Patents

Description

  The present invention relates to a game hall management system for managing game machines such as game machines, game media lending machines, call lamps, island safes, and counters installed at a plurality of locations in a game hall. The present invention relates to a game hall management system that is remotely controlled by a terminal device carried by the.

  Based on the operation of a remote controller (infrared communication terminal device) carried by a store clerk, such as game machines, game media lending machines, call lamps, island safes, counters, etc., installed at multiple locations in the game hall Remote control systems that operate are widespread.

  For example, Patent Document 1 discloses a remote control system in which a single remote controller has a game console opening / closing management function and a call lamp lighting management function. In this system, when the remote control is directed to the remote control receiving part of the gaming machine and the unlocking signal and the identification signal are transmitted, the frame of the gaming machine is unlocked, and the remote control is directed to the remote control receiving part of the calling lamp and the reset signal and When the identification signal is transmitted, the calling lamp is turned off.

  Patent Document 2 discloses a remote control system in which a remote control is provided with a ball matching function. In this system, when counting the game media acquired at a predetermined game machine with a counter, the hall computer manages the game machine by inputting the machine number of the game machine to the remote controller and transmitting it to the remote control receiver of the counter. If the difference between the two game values and the count value of the counter are compared, and the difference between the two values exceeds a predetermined allowable range, it is determined that the game is invalid and some notification is made. ing.

JP 2006-141879 A JP 2006-95044 A

  However, in the conventional remote control system, it is necessary not only to provide a remote control receiving unit for all gaming devices to be managed, but also to perform remote control operations in the vicinity of the gaming device that requires operation, so that the system is not only expensive. There was a possibility that the player would feel uncomfortable by the remote control operation. For example, in the remote control system of Patent Document 2, when counting game media acquired on a predetermined game machine with a counter, a remote control operation for performing a ball match is performed in front of the player. Therefore, for ordinary players, it seems that fraud is suspected, and remote control operation may be unpleasant.

  Further, in the conventional remote control system, countermeasures against duplication, loss, theft, etc. of the remote control are insufficient, and the remote control may be illegally used by a third party. For example, the remote control shown in Patent Document 1 can unlock the frame of the game stand even when operated by a third party other than the store clerk, which may cause a security loophole.

The present invention is considered in view of the above circumstances and the like , and it is possible to construct an inexpensive system, and it is also possible to prevent unauthorized use of terminal devices due to copying, loss, theft, etc. The purpose is to provide a system.

  In order to achieve the above object, a gaming ground management system according to the present invention is connected to each gaming machine so as to be able to communicate with each gaming machine in a gaming ground management system that manages predetermined gaming machines installed at a plurality of locations in the gaming hall. A management device that controls the game device, and a terminal device that is carried by a store clerk and that is wirelessly communicably connected to the management device and requests a predetermined operation from each gaming device. An ID transmission unit that transmits a device ID that can identify each gaming device and a terminal ID that can identify the terminal device to the management device, a terminal ID input unit that inputs all or part of the terminal ID from the outside, And when the management device matches the terminal ID stored in advance with the terminal ID transmitted from the terminal device, the ID verification means controls the gaming device specified by the device ID. It is constituted to have.

According to the present invention This will allow for some build inexpensive system, also replication, loss, it becomes possible to prevent such unauthorized use of the terminal device with such a theft.

It is a block diagram which shows the structure of the game hall management system which concerns on one Embodiment of this invention. It is explanatory drawing which shows the operation state of the terminal device which concerns on one Embodiment of this invention. It is a block diagram which shows the structure of the terminal device which concerns on one Embodiment of this invention. It is explanatory drawing which shows the example of conversion with respect to rocking | fluctuation operation of the terminal device which concerns on one Embodiment of this invention. It is explanatory drawing which shows the structural example of terminal ID of the terminal device which concerns on one Embodiment of this invention. It is explanatory drawing which shows the structural example of the operation request signal transmitted from the terminal device which concerns on one Embodiment of this invention. It is a flowchart which shows the process sequence of the game hall management system which concerns on one Embodiment of this invention. It is a flowchart following FIG. 7 showing the processing procedure of the game hall management system according to an embodiment of the present invention.

Hereinafter, an embodiment of a game hall management system according to the present invention will be described with reference to the drawings.
FIG. 1 is a block diagram showing a configuration of a game hall management system.
As shown in these figures, the game hall management system includes a game machine 1 such as a pachinko machine or a slot machine that uses a game medium, and a call lamp 2 that is installed for each game machine 1 and calls a store clerk. The game media lending machine 3 that lends the game media installed for each game machine 1 and the island safe 4 that is installed in units of islands and stores the cash thrown into the game media lending device 3 are acquired by the game. A counter 5 that counts game media, a hall computer 6 that manages game information of the game table 1, a security management device (management device) 7 that performs door opening / closing management and ball matching of each gaming device, and these are communicated A network 8 such as a wired LAN that can be connected, and a terminal device 10 that is connected to the security management device 7 via the wireless terminal 9 and the network 8 so as to be capable of wireless communication are configured. That.

The gaming table 1 is provided with an external terminal board, from which a signal relating to the gaming state is output to the outside. For example, a gaming machine 1 made of a pachinko machine outputs a jackpot signal, a probability change signal, a start signal, a safe signal (winning signal), an out signal, etc. from an external terminal board. A jackpot signal, medal insertion signal, medal payout signal and the like are output from the terminal board. These signals are totaled in the hall computer 6.
The gaming table 1 is provided with a door (including a metal frame and a wooden frame of a pachinko machine, a front door of a slot machine, etc.), and maintenance of the inside of the table can be performed by opening this door. The opening and closing of the door is managed by the security management device 7, and when a predetermined unlocking signal is received from the security management device 7, the door locking device is unlocked and the door opening operation is permitted.

The calling lamp 2 is usually installed in the vicinity of the upper part of each game machine 1 and lights or blinks in accordance with a predetermined calling operation. The lamp is turned off by the security management device 7, and the lamp is turned off when a predetermined turn-off signal is received from the security management device 7.
Note that the calling lamp 2 is provided with a game history display function for displaying the number of big hits, the number of start times, and the like of the corresponding gaming table 1.

The game media lending machine 3 lends game media at a predetermined unit price in response to the insertion of cash or a prepaid card. It is configured. The game medium lending machine 3 is provided with an external terminal board, from which a sales signal indicating the number of game media to be rented or the rent amount is output. These signals are totaled in the hall computer 6.
In addition, the game medium lending machine 3 includes a safe that temporarily stores inserted cash and a door that opens and closes the safe. The opening and closing of the door is managed by the security management device 7, and when a predetermined unlocking signal is received from the security management device 7, the door locking device is unlocked and the door opening operation is permitted.

  The island safe 4 is configured to store cash collected from a plurality of game medium lending machines 3 via a banknote transport device or the like. The island safe 4 has a door provided with a locking device. By opening the door, the stored cash can be taken out. The opening and closing of the door is managed by the security management device 7, and when a predetermined unlocking signal is received from the security management device 7, the door locking device is unlocked and the door opening operation is permitted.

  The counter 5 has a function of counting game media acquired by a game, a function of recording a count value on a predetermined recording medium (receipt, magnetic card, IC card, etc.), a function of displaying a count value, And a function for displaying the play information of the game table 1. The display control of this ball appearance information is managed by the security management device 7, and the ball appearance information collected by the hall computer 6 and received via the security management device 7 is displayed on a display unit (liquid crystal display or the like). .

The hall computer 6 is configured by using a computer, sums up the signals collected from the gaming table 1 and the game medium lending machine 3, and displays and saves them.
Specifically, the total number of jackpots, the total number of start times, and the number of balls that are played (game information) on each gaming machine 1 are tabulated, and the ball values are used for checking the number of balls in the counter 5.
In addition, the payout value of pachinko machines can be obtained by “the number of game media rented + the number of safes−the number of outs”, and the payout value of slot machines is “the number of game media rented + the number of paid-out medals − medal insertion It can be calculated by "number".

The security management device 7 is configured by using a computer, and controls each gaming device in response to a request from the terminal device 10.
More specifically, the security management device 7 is stored in advance when a signal is transmitted from the terminal device 10 and ID registration means for registering in advance the terminal ID of each terminal device 10 and the device ID of each gaming device. The terminal ID and the terminal ID transmitted from the terminal device 10 are collated, and when both match, an ID collating means for controlling the gaming device specified by the device ID transmitted from the terminal device 10 is provided.

The security management device 7 preferably includes signal authentication means for authenticating a signal to be transmitted / received to / from the terminal device 10 based on predetermined encryption information. By doing so, it becomes difficult for a third party to decode the signal, so that it is possible to reliably prevent illegal acts such as duplicating the signal or tampering with a part of the signal.
Furthermore, it is preferable that the security management device 7 includes encryption information generation means for newly generating encryption information every time a request signal for requesting a predetermined operation to each gaming device is transmitted from the terminal device 10. By doing so, it is more difficult for a third party to decode the signal, and the security can be further improved.

In the security management device 7, a specific control pattern of each control device is registered in advance for each type of gaming device.
For example, if the gaming device identified by the device ID is a safe (including the gaming media lending machine 3 and the island safe 4) that stores cash inserted into the gaming medium lending machine 3, the safe door is opened. Can be made.
If the gaming device specified by the device ID is a combination of a gaming table 1 that plays using gaming media and a counter 5 that counts gaming media acquired by gaming, the counting device 5 It is possible to display the play information of the game table 1 managed by the hall computer 6.

2 is an explanatory diagram showing an operation state of the terminal device, FIG. 3 is a block diagram showing a configuration of the terminal device, FIG. 4 is an explanatory diagram showing a conversion example of the swing operation, and FIG. 5 is a configuration of the terminal ID. It is explanatory drawing which shows an example.
A terminal device 10 shown in FIG. 2 is a wireless communication terminal in the form of a remote controller that is carried by a store clerk and connected to the security management device 7 so as to be capable of wireless communication, and a device ID of a gaming device that requests control. Can be transmitted to the wireless terminal 9.
As a result, the terminal ID and the device ID are transmitted to the security management device 7 connected to the wireless terminal 9, and the security management device 7 requests the gaming device specified by the device ID for a predetermined operation. Thus, the gaming device is controlled.

As shown in FIG. 3, the terminal device 10 includes an operation unit 11, a display unit 12, a storage unit (unique ID storage unit) 13, a wireless communication unit 14, a human body communication unit 15, and an acceleration detection unit (swing). A motion detection unit) 16, a reading unit (reading unit) 17, and a control unit 18.
The operation unit 11 includes a numeric keypad capable of inputting a request code, a terminal ID, a device ID, and the like, and a transmission button for instructing signal transmission.
The display unit 12 includes a display device that can display input characters and authentication results.

The wireless communication unit 14 is a wireless communication device that performs wireless communication with the security management device 7 via the wireless terminal 9, and uses, for example, a wireless communication network device that conforms to the IEEE 802.15.4 (ZigBee) standard. Configured.
This type of network device stores a MAC address, which is a physical address unique to hardware, and identifies each network device using this MAC address.
The storage unit 13 stores a MAC address, an encryption key (encryption information) received from the security management device 7, and the like.

The human body communication unit 15 performs data communication with the terminal ID transmission device 19 carried by the store clerk using human body communication technology.
Human body communication is a communication technology that uses the surface electric field of the human body, the transmitting side converts the data signal into a weak alternating electric field and induces it on the surface of the human body, and the receiving side detects this electric field and data Data communication is possible by converting the signal.
The terminal ID transmission device 19 of the present embodiment is not particularly shown, but the card ID is sent to the terminal device 10 via an insertion unit for inserting an IC card, card ID reading means for reading the card ID from the IC card, and a human body. Human body communication means for inputting.

The acceleration detection unit 16 is for detecting that the terminal device 10 has been swung, and is configured using, for example, a three-axis acceleration sensor that detects acceleration in the X-axis direction, the Y-axis direction, and the Z-axis direction. Is done.
The reading unit 17 is for reading a device ID assigned to each gaming device. For example, when a device ID is assigned to each gaming device using a QR code, the reading unit 17 is configured using a QR code reader. In addition, when a device ID is assigned to each gaming device using an IC tag, the reading unit 17 is configured using an IC tag reader.

The control unit 18 inputs, from the outside, all or part of the terminal ID and ID transmitting means for transmitting the device ID that can identify each gaming device and the terminal ID that can identify the terminal device 10 to the security management device 7. Terminal ID input means.
The terminal ID input means can also make the manual input data from the operation unit 11 be all or part of the terminal ID, but the transmission data from the terminal ID transmission device 19 carried by the store clerk is all the terminal ID. Or it is preferable to make it into a part. The reason is that it is not necessary to manually input all or part of the terminal ID every time a predetermined operation is requested to each gaming device, and the operation burden on the store clerk is reduced.

The terminal ID transmission device 19 preferably inputs all or part of the pre-stored terminal ID (card ID) to the terminal device 10 using human body communication. The reason is that the operation of the terminal device 10 in a state away from the human body becomes invalid, and unauthorized use of the terminal device 10 due to loss or theft can be reliably prevented.
The communication between the terminal ID transmission device 19 and the terminal device 10 is not limited to human body communication, and various communication methods can be applied.

  Further, the terminal ID input means can include an ID decoding unit that detects that the terminal device 10 has been swung, and converts the detected specific swing operation into a terminal ID. For example, as shown in FIG. 4, when the operation of swinging the terminal device 10 from left to right is performed once, “1” is performed, and when it is performed twice, “2” is performed, and when it is performed three times, “3” is converted. By predetermining a conversion rule such as “Yes”, the swing operation of the terminal device 10 can be converted into a terminal ID. In this way, since all or part of the terminal ID can be input by the swing operation of the terminal device 10, the operation burden on the store clerk can be reduced compared to the case where the terminal ID is key-input.

  The ID decryption unit may be used for inputting other data. For example, the detected specific swing operation is converted into a device ID. In this way, since the device ID can be input by the swinging operation of the terminal device 10, it is possible to reduce the operation burden on the store clerk compared to the case where the device ID is key-input.

When transmitting the terminal ID to the security management device 7, the control unit 18 preferably transmits the unique ID (MAC address) stored in the wireless communication unit 14 in the terminal ID. For example, as shown in FIG. 5, a unique ID and a card ID are transmitted as the terminal ID. In this way, by including in the terminal ID a unique ID that is difficult to duplicate, unauthorized use of the duplicated terminal device 10 can be reliably prevented.
On the security management device 7 side, such a terminal ID is stored in advance in association with a remote control number, owner name, management classification, etc., so that the terminal device 10 can be authenticated based on the received terminal ID. , Remote control number, owner name, management classification, etc. can be specified.

Next, an operation method of the terminal device 10 will be described with reference to FIG.
FIG. 6 is an explanatory diagram illustrating a configuration example of an operation request signal transmitted from the terminal device 10.
When the store clerk requests a predetermined operation from the gaming device, the store clerk carries the terminal device 10 and the terminal ID transmission device 19 and performs a predetermined start operation (for example, presses a transmission button) on the terminal device 10.
The terminal device 10 that has detected this operation transmits a terminal ID (unique ID and card ID) to the security management device 7 and waits for authentication.
After the authentication is completed, the store clerk transmits an operation request signal to the security management device 7.

For example, when opening the door of the safe provided in the game medium lending machine 3, the code “001” specifying the operation and the device ID of the game medium lending machine 3 (the table of the game table 1 corresponding to the game medium lending machine 3) Number) is transmitted to the security management device 7. Here, the input method of the device ID can be arbitrarily selected from key input, QR code input, terminal swing operation, and the like.
Upon receiving such an operation request signal, the security management device 7 transmits the operation request signal to the game medium lending machine 3 specified by the device ID, and opens the safe door.

Further, when opening the frame of the gaming machine 1, the code “002” specifying the operation and the device ID of the gaming machine 1 (the machine number of the gaming machine 1) are input and transmitted to the security management device 7.
When the security management device 7 receives such an operation request signal, the security management device 7 transmits the operation request signal to the gaming machine 1 specified by the device ID to open the frame.

In addition, when displaying the play information of a predetermined gaming table 1 on the counter 5, the code “003” for specifying the operation, the device ID of the counting device 5, and the device ID of the gaming table 1 are input. To the security management device 7.
When the security management device 7 receives such an operation request signal, the security management device 7 obtains the play information of the gaming table 1 specified by the device ID from the hall computer 6 and also with respect to the counter 5 specified by the device ID. Then, the operation request signal and the output information are transmitted, and the output information of the gaming table 1 is displayed on the display unit of the counter 5.

When the call lamp 2 is turned off, the code “004” for specifying the operation and the device ID of the call lamp 2 (the number of the gaming machine 1 corresponding to the call lamp 2) are input, and the security management device 7 to send.
Upon receiving such an operation request signal, the security management device 7 transmits the operation request signal to the calling lamp 2 specified by the device ID, and turns off the lamp.

When the door of the island safe 4 is opened, the code “005” specifying the operation and the device ID of the island safe 4 are input and transmitted to the security management device 7.
Upon receiving such an operation request signal, the security management device 7 transmits the operation request signal to the island safe 4 specified by the device ID, and opens the safe door.

Next, the processing procedure of the game hall management system will be described with reference to FIGS.
7 and 8 are flowcharts showing the processing procedure of the game hall management system.
As shown in these drawings, when a predetermined start operation is performed in the terminal device 10, the terminal device 10 transmits a start signal to the security management device 7 (S101, S102), and the connection is established. It is determined whether or not an authentication flag indicating is set (S103, S104). When the terminal device 10 determines that the authentication flag is not set, the terminal device 10 acquires the card ID from the terminal ID transmission device 19 (S105: terminal ID input means), and also uses the card ID and the unique ID (MAC address) as the terminal ID. It transmits to the security management apparatus 7 (S106: ID transmission means).

When the security management device 7 receives the terminal ID (S107), it determines whether or not the terminal ID matches that registered (S108: ID collation means). Transmits an unapproved signal to the terminal device 10 (S109, S110), and rejects an operation request from the terminal device 10.
If the security management device 7 determines that the terminal ID matches that registered, the security management device 7 sets an authentication flag (S111). On the other hand, the terminal device 10 sets an authentication flag when not receiving an unapproved signal within a predetermined time (S112). This establishes a connection with each other.
And the security management apparatus 7 produces | generates an encryption key (S113: encryption information production | generation means), and transmits this to the terminal device 10 (S114, S115).

Here, the store clerk inputs an operation request signal as shown in FIG. As shown in FIG. 8, when an operation request signal is input, the terminal device 10 encodes (encrypts) it with an encryption key and then transmits it to the security management device 7 (S116).
Upon receiving the operation request signal (S117), the security management device 7 performs decryption processing with the encryption key (S118), and then determines whether or not it is a legitimate request signal (S119: signal authentication means). If the security management device 7 determines that the request signal is not a legitimate request signal, the process returns to step S113 and starts again from the generation of the encryption key. Is transmitted (S120).
The encryption is performed by encoding communication data including an operation request signal by performing a predetermined operation (for example, XOR operation) with the encryption key, or by replacing a specific bit of the communication data designated by the encryption key. Various methods can be employed.

When the gaming device receives a control signal from the security management device 7 (S121), the gaming device executes an operation process requested by the control signal (S122), and then transmits an operation completion signal to the security management device 7 (S123). When the security management device 7 receives the operation completion signal from the gaming device (S124), the security management device 7 transmits a control completion signal to the terminal device 10 (S125, S126), and performs one operation when the terminal device 10 receives this signal. Processing related to the request is completed. After the series of processing is completed, the terminal device 10 and the security management device 7 determine whether the authentication time has elapsed (S127, S128), and clear the authentication flag when the authentication time has elapsed (S129, S130).
Thus, after the authentication flag is set again and the connection is established, the above-described exchange is performed based on the new encryption key, so that security can be improved.

  According to the present embodiment configured as described above, in a game hall management system for managing predetermined game devices installed at a plurality of locations in a game arcade, each game device is connected to be communicable with each other. A security management device 7 to be controlled; and a terminal device 10 that is carried by a store clerk and that is wirelessly communicably connected to the security management device 7 and requests a predetermined operation from each gaming device. 10, when transmitting the device ID that can identify each gaming device and the terminal ID that can identify the terminal device to the security management device 7, all or part of the terminal ID is input from the outside, and the security management device 7 When the terminal ID stored in advance matches the terminal ID transmitted from the terminal device 10, the gaming device specified by the device ID is controlled.

  In this way, the terminal device 10 requests each gaming device to perform a predetermined operation via the security management device 7 connected so as to be capable of wireless communication, so that it is not necessary to provide a remote control receiving unit in each gaming device. As a result, it is possible not only to construct an inexpensive system, but also to operate the terminal device 10 at an arbitrary place.

  The security management device 7 controls the gaming device specified by the device ID when the pre-stored terminal ID and the terminal ID transmitted from the terminal device 10 are matched and matched. Since all or part of the terminal ID is input from the outside in the device 10, the operation of a third party who does not know all or part of the terminal ID can be invalidated. Thus, unauthorized use of the terminal device due to duplication, loss, theft, etc. can be reliably prevented.

  In addition, the game hall management system includes a terminal ID transmission device 19 that is carried by a store clerk and is connected to be communicable with the terminal device 10, and inputs all or part of the pre-stored terminal ID to the terminal device 10. Therefore, it is not necessary to manually input all or part of the terminal ID every time a predetermined operation is requested to each gaming device, and the operation burden on the store clerk can be reduced.

  Further, since the terminal ID transmission device 19 inputs all or part of the pre-stored terminal ID to the terminal device 10 via the human body, the terminal device 10 is invalid to operate in a state away from the human body. As a result, unauthorized use of the terminal device 10 due to loss or theft can be more reliably prevented.

  Further, since the terminal device 10 can detect that the swing operation has been performed and can convert the detected specific swing operation into a terminal ID, the operation burden on the store clerk is greater than when the terminal ID is key-input. Can be reduced.

  Further, since the terminal device 10 can convert the detected specific swing operation into the device ID, the operation burden on the store clerk can be reduced as compared with the case where the device ID is key-input.

  Further, since the terminal device 10 can read the device ID (QR code, IC tag, etc.) given to each gaming device, the operation burden on the store clerk can be reduced compared with the case where the device ID is key-input. it can.

  Further, since the terminal device 10 stores a predetermined unique ID and transmits the unique ID included in the terminal ID, the illegal identification of the copied terminal device 10 can be obtained by including the unique ID that is difficult to duplicate in the terminal ID. Use can be reliably prevented.

  Further, since the terminal device 10 and the security management device 7 authenticate a signal to be transmitted and received based on predetermined encryption information (encryption key), it becomes difficult for a third party to decrypt the signal, and as a result, the signal is copied. Or illegal actions such as tampering with part of the signal can be reliably prevented.

  In addition, since the security management device 7 newly generates encryption information each time a request signal for requesting a predetermined operation to each gaming device is transmitted from the terminal device 10, it is more difficult for a third party to decrypt the signal. In addition, security can be further improved.

  Further, since the security management device 7 opens the door of the safe when the gaming device specified by the device ID is a safe that stores the cash thrown into the game medium lending machine 3, the door management of the safe is opened and closed. The present invention can be applied to the security of the safe.

  Also, the security management device 7 is a combination of the gaming machine 1 specified by the device ID and the game machine 1 that uses the game media and the counter 5 that counts the game media acquired by the game. Since the counter 5 displays the play information of the gaming table 1 managed by the hall computer 6, the terminal device 10 is operated before carrying the gaming medium to the counting machine 5, and the gaming machine number and the counting machine number are secured. If it is transmitted to the management device 7, even if the terminal device 10 is not operated in front of the counting machine 5, the payout information of the gaming table 1 is displayed on the counting machine 5, and it becomes possible to check the payout. As a result, the possibility of giving the player discomfort by operating the terminal device 10 is reduced.

While the present invention has been described with reference to the preferred embodiment, it is needless to say that the present invention is not limited to the above-described embodiment, and various modifications can be made within the scope of the claims. .
For example, in this embodiment, the security management apparatus functions as the management apparatus of the present invention, but a hall computer may be used as the management apparatus.
In addition, the terminal device of the present invention can be a mobile phone in which a SIM card can be inserted and removed. Since a unique ID is assigned to the SIM card, the unique ID can be input from the outside and used as a terminal ID that can identify the mobile phone.

  The present invention can be applied to a game hall management system that manages predetermined game devices (game table, game medium lending machine, call lamp, island safe, counter, etc.) installed at a plurality of locations in a game hall.

DESCRIPTION OF SYMBOLS 1 Game stand 2 Call lamp 3 Game media rental machine 4 Shima safe 5 Counter 6 Hall computer 7 Security management apparatus 8 Network 9 Wireless terminal 10 Terminal apparatus 11 Operation part 12 Display part 13 Memory | storage part 14 Wireless communication part 15 Human body communication part 16 Acceleration detection unit 17 Reading unit 18 Control unit 19 Terminal ID transmission device

Claims (1)

In a game hall management system for managing predetermined game devices installed at a plurality of locations in a game hall,
Wherein is communicably connected to the game apparatus, a management apparatus that controls the game device,
A wireless terminal connected to the management device;
While being carried to the clerk, said management device and wirelessly connected communicably via a wireless terminal, a wireless communication device requesting a predetermined operation with respect to the gaming machine,
Storing a predetermined terminal ID, while being carried to the clerk, the communicably connected to the wireless communication device, and a terminal ID transmission device to be input to the radio communication device all or part of the terminal ID ,
The terminal ID transmission device, all or part of the terminal ID, through the human body, comprising a human body communication means for inputting to the wireless communication device,
The wireless communications apparatus, all or part of the terminal ID, a terminal ID input means for inputting from the human body communication unit of the terminal ID transmission device, a device ID which can specify the game device, the wireless communication device the terminal ID which is input from the human body communication unit identifiable the terminal ID transmission device, anda ID transmission means for transmitting to the management device via the wireless terminal,
The management device, the game and the terminal ID stored in the management device, when matched by matching terminal ID transmitted from the wireless communication device via the wireless terminal, identified by the device ID An amusement park management system comprising ID collating means for controlling the apparatus.

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