JP4296323B2 - Game table data browsing system - Google Patents

Description

[0001]
BACKGROUND OF THE INVENTION
The present invention relates to a system for browsing data on a gaming table installed in a game hall from the outside.
[0002]
[Prior art]
The game machine data of the game machines installed in the game hall is collected by the hall computer and managed as game hall information. In the hall computer, sales, outs, safes, divides, special prizes, etc. for each gaming machine were counted. The number of outs is the number of balls thrown into the game stand, and the safe number is the number of balls paid out from the game stand. The divisor is a value calculated by (premium amount / sales amount) × 10. The special prize of the number of special prizes is a state in which a larger number of balls are paid out than usual when a specific condition is satisfied. For example, it is a state in which a number of balls are paid out when a specific symbol pattern is obtained after a symbol has been won at a specific prize opening and the symbol has changed.
[0003]
The game table data compiled by these hall computers can be viewed on terminals outside the game hall.
For example, as shown in FIG. 9, a game machine hall computer 2 that aggregates the data of the plurality of computer 4 is connected to each game machine 1 by connecting a computer 4 for collecting the game machine data. Was connected to the Internet I. In this system, a terminal 3 connected to the Internet I accesses the hall computer 2 and browses game table data managed by the hall computer 2.
[0004]
In such a system, the terminal 3 is a terminal capable of browsing the game table data. Specifically, the terminal 3 may be a terminal of a game hall manager.
[0005]
[Problems to be solved by the invention]
In the above system, it is easy for the terminal 3 accessing the hall computer 2 to browse the data of the entire game arcade, but it is difficult to browse the game table data related to individual game tables from among them. was there.
On the other hand, it is conceivable that the terminal 3 can access the base computer 4 directly from the Internet and browse necessary individual game table data. For this purpose, it is necessary to allocate an address for direct access to each game machine from the Internet.
[0006]
However, when the address assigned to the computer 4 is made public, anyone can access the computer 4 via the Internet and browse the game machine data. The game table data is packed with management know-how, so it may not be open to anyone.
It is an object of the present invention to provide a game table data browsing system that allows a terminal that has truly browsing authority to browse only gaming table data within the authority range while allowing direct access to each individual computer. That is.
[0007]
[Means for Solving the Problems]
  The first invention includes a plurality of computers corresponding to game machines and terminals connected to these computer via the Internet, and each of the computer has a unique address that can be directly connected from the Internet. And means for collecting and storing the game table data of the corresponding game table,Means for reading the gaming machine specific information of the corresponding gaming machine, means for creating an encryption key using the read gaming machine identification information, means for encrypting the gaming machine data with the encryption key, Turned intoMeans for transmitting encrypted data to the terminal, the terminal comprising:Created using game table specific informationIt is characterized in that it comprises means for storing a decryption key and means for decrypting the received encrypted data with the decryption key.
[0008]
  Note that the decryption means of the terminal cannot always decrypt the encrypted data by using the decryption key stored in the means for storing the decryption key. Decryption is possible only when the decryption key corresponds to the encryption key. The means for decryption is "received encryptiondata"Decrypt with the above decryption key" includes cases where decryption is attempted and decryption is not actually successful.
[0011]
  First2The invention comprises a plurality of computers corresponding to game machines, a terminal connected to the computer via the Internet, and a management computer, each of which has a unique address that can be directly connected from the Internet. Means for collecting and storing the game table data of the corresponding game table and means for transmitting the game table data to the terminal via the Internet, and the management computer assigns an attribute to each address of the table computer. Means for storing correspondingly, and means for specifying an address corresponding to attribute data designated by the terminal and returning the address, wherein the terminal designates attribute data to the management computer; And means for accessing the computer by the received address. With a butterfly.
[0012]
  First3The management computer comprises means for encrypting the address of the computer to be transmitted to the terminal, means for transmitting the encrypted address to the terminal, the terminal storing means for storing the decryption key, and receiving And a means for decrypting the encrypted address with the decryption key.
[0013]
  First4In the invention, the management computer includes means for creating an encrypted address corresponding to each of a plurality of encryption keys for the address of one computer, and means for transmitting the created encrypted address to the terminal. It has the characteristics in the point.
  First5The invention is characterized in that the management computer and the terminal each include a decryption key changing means for changing the decryption key, and these decryption key changing means function in relation to each other.
[0014]
  First6According to the invention, the management computer associates the address of the computer with the address of the terminal computer to determine the access right of the terminal, and when the terminal determines that the terminal has the access right to the specific address, the address is given to the terminal. And a means for outputting access right authentication data for authenticating that the terminal has an access right, and the computer has access from the terminal and means for receiving the access right authentication data. Sometimes, based on the access right authentication data, means for determining the gaming table data browsing authority of the terminal, and means for transmitting the gaming machine data stored by itself to the terminal determined to have the browsing authority It has the feature in the point provided with.
[0015]
DETAILED DESCRIPTION OF THE INVENTION
In the first embodiment shown in FIGS. 1 to 3, a computer 4 connected to a game machine 1 is connected to the Internet I via a router 5, and a plurality of terminals 6 are connected to the Internet I. .
Each computer 4 is assigned an address that can be directly connected from the Internet, and can be directly accessed from the external terminal 6 via the Internet. An address that can be directly connected from the Internet is, for example, an IP (internet protocol) address.
The terminal 6 can directly access the individual computer 4 to view the game machine data of the corresponding game machine 1. And it is good also as a premise that the address of the computer 4 is open to each terminal 6 side.
[0016]
The router 5 is provided for each game arcade and has a function of relaying communication of all the computer computers 4 installed in the game arcade. However, the terminal 6 is assigned to the address of each computer 4. In the following description, the router 5 is omitted, and communication between the base computer 4 and the terminal 6 will be described.
The computer 4 connected to the Internet I is installed in a plurality of game halls, and these game halls do not have to be affiliated stores such as chain stores.
[0017]
As shown in FIG. 2, the computer 4 includes a data collection means 4a for collecting game table data of the game table 1, a storage means 4b for storing data, and an encryption means 4c for encrypting the game table data. And data input / output means 4d.
The above game table data includes all the data related to the game table, such as the game table sales number, out number, safe number, etc. Can be included. However, the game table data of the present invention is not a single numerical value such as sales or the number of outs, but data obtained by collecting them together.
[0018]
The storage means 4b stores the game table data itself collected by the data collection means 4a, and also stores encrypted data obtained by encrypting this data by the encryption means 4c. Further, the encryption unit 4c encrypts the game machine data in accordance with a decryption key stored in the terminal 6 described later.
On the other hand, the terminal 6 includes a data input / output unit 6a, a key storage unit 6b for storing a decryption key for decrypting the encrypted data, and a decryption unit for decrypting the cipher using the decryption key. 6c.
Since the plurality of computer units 4 have the same configuration, only one is shown here. Further, since all the terminals 6 have the same configuration, other terminals are omitted.
[0019]
Next, a case will be described in which there are a plurality of types of viewers of the game table data, and the range of the viewing authority given to each is different.
As shown in Table 1 of FIG. 3, for each ID unique to a gaming machine, who can view the gaming machine data of that machine is determined in advance. Here, it is assumed that there are a hall A, a base maker X, and a base maker Y as viewers corresponding to the terminal 6. Each viewer has data that can be browsed in advance, and they may be different or the same. In the table of FIG. 3, a circle mark as a mark that can be browsed is shown in the column of table data that can be browsed by the viewer below the column of each viewer.
[0020]
For example, when the gaming machines with the gaming table IDs 001 to 005 shown in Table 1 are gaming machines installed in the hall A, the viewer A browses the gaming machine data with IDs 001 to 005 as shown in the table. However, the viewer X can see only the game machine data of ID001, 002, 004 which is his product. Furthermore, the browsing person Y is browsing only the game machine data of ID003,005 which is an in-house product. Thus, game table data that can be browsed is determined by the viewer.
[0021]
When set as shown in Table 1 of FIG. 3, the key storage means 6b of the terminal 6 of each viewer A, X, Y stores the decryption keys a, x, y, respectively.
On the other hand, the table computer 4 stores how the game table data collected and stored by itself should be encrypted. Strictly speaking, it stores which decryption key should be encrypted.
For example, the computer 4 corresponding to the gaming machine 1 of ID001 does not allow the gaming machine data to be browsed except for the viewers A and X as shown in Table 1 of FIG. That is, encryption corresponding to each of the decryption keys a and x held by the viewers A and X is performed, and the two types of encrypted data are stored in the storage unit 4b.
[0022]
Similarly, the table computer 4 corresponding to the gaming table 1 of ID002 also performs encryption corresponding to each of the decryption keys a and x, and stores the encrypted data in the storage unit 4b.
Further, the computer 4 corresponding to the gaming machine 1 of ID003 performs encryption corresponding to each of the decryption key a and y and stores the encrypted data in the storage unit 4b. In other words, the game table data is data that can be decrypted by the decryption keys a and y and can be viewed by the viewers A and Y.
[0023]
As described above, each computer 4 encrypts the game table data collected by itself to the number corresponding to the decryption key given to the viewer to browse.
In the first embodiment, encrypted data is created in advance and stored in the storage unit 4b. However, the encryption timing is not limited to this. For example, encryption may be performed when a browsing request is received from the terminal 6.
[0024]
Next, a procedure for browsing the game table data from the specific terminal 6 will be described with reference to FIG.
First, in the terminal 6, the input / output means 6a uses the Internet to access the computer 4 having a specific address and transmits a browsing request (1) indicated by an arrow. The computer 4 that has received the browsing field request (1) outputs all the encrypted data (2) stored in the storage means 4b to the terminal 6 described above.
The decryption means 6c of the terminal 6 tries to decrypt the received encrypted data using the decryption key stored in the key storage means 6b.
[0025]
At this time, if the terminal 6 has the authority to view the gaming machine data corresponding to the received encrypted data, the terminal 6 can be decrypted by the decryption key stored in the key storage means 6b.
For example, in the case of the base computer 4 with the game machine ID 001, as shown in FIG. 3, the encrypted data output from the base computer 4 corresponds to the encrypted data corresponding to the decryption key a and the decryption key x. Encrypted data. At this time, if the terminal 6 is the terminal of the viewer X, since the decryption key x is stored, the decryption means 6c can decrypt and browse the encrypted data. However, when the terminal 6 is the terminal of the viewer Y, since the decryption key y is stored, the encrypted data cannot be decrypted. Therefore, this terminal 6 cannot browse the game machine data of ID001.
[0026]
The terminal 6 can access the computer 4 one after another using the disclosed address, and can attempt to decrypt the received encrypted data using the decryption key stored in the key storage unit 6b.
Note that the terminal 6 can store only the address of the computer 4 to which browsing authority is given and can access only that address, or the address of all the computer 4 can be accessed. You may access it.
[0027]
In any case, the computer 4 does not need to specify which terminal the terminal 6 that has transmitted the browsing request is, and does not need to determine the browsing authority of the terminal 6. Furthermore, there is no need to extract data according to the other party. Further, since the terminal can directly access the base computer 4, there is no need for a hall computer for counting a plurality of game table data as in the prior art.
In short, the base computer 4 only needs to perform encryption processing in accordance with a preset decryption key and transmit all encrypted data collectively for access from the terminal 6. This means that the terminal 6 that has received the encrypted data collectively is not a valid viewer unless it can be decrypted by the decryption key stored in itself. That is, the stand computer can prevent unauthorized browsing by a person who does not have browsing authority by the simple process as described above.
[0028]
Further, the base computer 4 may automatically read the gaming machine ID, which is the gaming machine identification information of the connected gaming machine, and encrypt the gaming machine data using it as an encryption key. In this case, the ID of this gaming machine may be used as it is, only a part of the ID may be used, or information other than the ID (such as a machine number or a constant) may be added. In that case, the terminal 6 side is given viewing authority.
It is necessary to store the gaming machine ID of the gaming machine in the key storage means 6b as a decryption key. That is, on the terminal side, game machine IDs corresponding to the number of game machine data that can be browsed must be stored as decryption keys.
However, the stand computer 4 only needs to create encrypted data using the game stand ID as an encryption key. Since it is not necessary to perform encryption according to a plurality of decryption keys as in the first embodiment, the burden on the computer 4 is further reduced.
[0029]
As described above, when the gaming machine ID is automatically read by the gaming machine ID and an encryption key based on the gaming machine ID is used, there are the following advantages.
First, there is an advantage that the encryption key can be easily changed when the installation location of the gaming machine 1 connected to the computer 4 is changed. The encryption key used for the computer 4 to encrypt the game machine data must correspond to the decryption key stored in the terminal that can view the game machine data. However, if the encryption can be performed with the encryption key based on the game machine ID, the computer 4 can be connected even if there is no information such as what terminal can view the game machine data of the game machine 1. It is possible to use an encryption key corresponding to the gaming table 1 made.
[0030]
For example, it is assumed that the gaming machine manufacturer Z has delivered 20 gaming machines to Hall A and knew the gaming machine ID. The terminal 6 of the manufacturer Z stores the decryption key created based on the gaming machine ID. At this time, if the terminal 6 attempts to decrypt the encrypted data received from all the base computers 4 in the hall A and can perform decryption corresponding to all of the stored decryption keys, all the game machines that have been delivered are It can be seen that it is installed in Hall A. On the contrary, if there is a key that is not used for decryption among the stored decryption keys, it can be understood that the gaming machine corresponding to the decryption key is not installed in the hall A.
[0031]
Even if the game machine is moved to a game hall other than Hall A, if the machine computer 4 includes information indicating the installation location such as the hall name in the game machine data, the game machine installation location. Can be monitored. If the terminal 6 accesses not only the hall, but all the computer 4, decrypts the encrypted data, and compares the acquired gaming machine data with the gaming machine ID, where each gaming machine 1 is installed. It is understood whether it is. In addition, since the base computer 4 automatically reads the game table ID, the encryption key of the base computer 4 also corresponds to the movement of the game table 1 in real time.
[0032]
The second embodiment shown in FIGS. 4 to 6 is a system in which a management computer 7 is further connected to a computer 4 having an address and the Internet I to which a terminal 6 is connected.
This management computer 7 is, for example, a computer installed in a center jointly established by a game machine manufacturer or a company specializing in authentication services, and includes a data input / output means 7a and an encryption means 7b. And an address storage means 7c of the base computer 4. As shown in Table 2 of FIG. 6, the address storage means 7 c includes, for each address of the base computer 4, a gaming machine ID, a gaming machine model name, a manufacturer name, a hall name that is the location of the gaming machine, A table in which numbers are associated is stored.
[0033]
The stand number is the number of the game stand in the installed game hall. This number is a number that is changed when the installation location is changed, and is different from the game machine ID unique to the machine. In many cases, the number is more easily understood by the viewer than the game table ID.
The other data associated with the address such as the above-mentioned game machine ID, model name,... Correspond to the attribute data of the address of the present invention.
The stand computer 4 includes data collection means 4a, storage means 4b, and input / output means 4d, and does not include the encryption means 4c of the first embodiment.
The terminal 6 has the same configuration as that of the first embodiment. The key storage unit 6b stores a decryption key corresponding to the range of viewing authority of the terminal 6.
[0034]
Next, a procedure for the terminal 6 to browse game machine data in the system of the second embodiment will be described with reference to FIG. In this system, it is assumed that the address of the computer 4 is not disclosed.
The terminal 6 designates the attribute data of the address to the management computer 7 via the input / output means 6a, and transmits a game table data browsing request (1). For example, the attribute is designated as “first data in hall A”.
The management computer 7 identifies the terminal 6 that has accessed, and compares the attribute data received via the input / output means 7a with Table 2 (FIG. 6) of the address storage means 7c. “XX” is specified.
[0035]
The identified address is encrypted by the encryption means 7b according to the decryption key stored in the terminal 6, and the encrypted address {circle around (2)} is returned to the terminal 6.
In the terminal 6, the received encrypted address is decrypted by the decrypting means 6c. At this time, the decryption key stored in the key storage means 6b is used. Thereby, the address of the computer 4 that collects the game machine data to be obtained can be acquired. Therefore, this address is accessed and a data request (3) is made. In response to this data request (3), the base computer 4 transmits game table data (4). At this time, since the game table data is not encrypted, the terminal 6 can browse the received data as it is.
[0036]
In the second embodiment, the management computer 7 encrypts the address and sends it back to the terminal 6. However, the specified address is sent without encryption to the attribute data designated by the terminal 6. It doesn't matter.
Further, the base computer 4 may encrypt the game table data and output it. If both the address and the game machine data are encrypted, unauthorized browsing of the data can be prevented more reliably.
Furthermore, the key for encrypting the address is not set in a fixed manner, but can be improved by changing the key. Specifically, the management computer 7 and the terminal 6 are each provided with a decryption key changing means, and these are associated with each other so as to change the decryption key.
[0037]
Specifically, the management computer 7 and the terminal 6 are each provided with a decryption key changing means, and these are related to each other and change the decryption key at a predetermined time or by a predetermined operation.
Also, the game table data encryption method may be changed by a predetermined time or a predetermined operation.
[0038]
In the third embodiment shown in FIG. 7, the management computer 7 includes an input / output unit 7a, an address storage unit 7c, and an access right authentication unit 7d, and the base computer 4 includes a viewing right confirmation unit 4e. The terminal 6 is different from the second embodiment shown in FIG. 5 in that the terminal 6 includes a storage unit 6d and does not include a key storage unit 6b and a decryption unit 6c.
[0039]
In the address storage means 7c, as shown in Table 3 shown in FIG. 8, in addition to the attribute data corresponding to the address of the computer, a terminal list having an access right to the address is stored correspondingly. Then, the access right authenticating means 7d determines whether the accessing terminal has the access right for the specific address, and if it has the access right, authenticates that and outputs the authentication data. It has a function to do.
Further, the viewing right confirmation means 4e of the base computer 4 has a function of determining whether it is a terminal whose access right has been authenticated by the management computer 7, that is, a terminal having the right to view game table data.
[0040]
In such a system, a procedure in which the terminal 6 browses the game table data will be described.
First, the terminal 6 designates the attribute data of the address and transmits a browse request (1) to the management computer 7 in order to designate the game machine data to be browsed. As attribute data, for example, “model type manufactured by manufacturer X” is designated. The management computer 7 identifies this terminal 6 and identifies the corresponding address from the attribute data. At this time, there may be a plurality of addresses corresponding to the attribute, but all of them are specified. Then, the access right authenticating means 7e determines whether or not the terminal 6 has an access right for these addresses based on the data shown in FIG. If it is determined that there is an access right, the corresponding address {circle around (2)} is transmitted to the terminal 6 together with the access right authentication data.
[0041]
The terminal 6 temporarily stores the address and authentication data received from the management computer 7 via the input / output means 6a in the storage means 6d, accesses the individual addresses in order, and transmits the authentication data (3). To do. When the browsing right confirmation means 4e of the base computer 4 accessed by the terminal 6 confirms that the authentication data has been received, the game table data (4) stored in the storage means 4b is transferred from the input / output means 4a to the terminal. 6 to send. Similarly, the terminal 6 can sequentially access all the addresses stored in the storage unit 6d and browse necessary game machine data.
[0042]
  The aboveAuthentication data may be a one-time password or may have a limited number of times.
  Further, the management computer 7 may transmit the authentication data directly to the computer 4 when the access right of a specific terminal is authenticated. In that case, the management computer 7 needs to transmit data specifying the terminal together. The browsing right confirmation means 4e of the computer 4 compares the terminal identification data attached to the authentication data received from the management computer 7 with the terminal identification data identified on the computer side when the terminal 6 has accessed, It is determined whether the terminal 6 is an authenticated terminal. As a result, when it is determined that the terminal has a viewing right, the computer 4 transmits game table data to the terminal 6.
[0043]
As in the third embodiment, if the management computer 7 authenticates the access right of the terminal that requests the viewing of the game table data, the terminal without the access right cannot view the game table data. . Therefore, the base computer 4 does not have to encrypt the game table data, and the management computer 7 does not have to encrypt the address. However, as in the first embodiment, the address may be encrypted by the management computer 7 or the game machine data may be encrypted by the game machine computer 4 by the machine computer 4.
In the above-described embodiment, an example in which the gaming table 1 and the computer 4 are separately provided has been described. However, the functions of the computer 4 may be provided in the gaming table 1 and integrated.
[0044]
【The invention's effect】
  1st to 1st6According to the present invention, since the address is assigned to each gaming machine computer that collects gaming machine data, it is possible to browse the data by directly accessing from the outside. Since the terminal can directly access the computer corresponding to the game data to be viewed from the terminal, it is not necessary for the game store to select data to be output from the plurality of game table data.
  In addition, data is not output to a terminal without viewing authority.
[0045]
  FirstIn the invention, because the game table data is encrypted, even if the computer address is disclosed, unauthorized browsing can be prevented and the game table data can be read even if there is an eavesdropping on the network. Less is.
[0046]
  AlsoThe gaming machine computer can easily handle changes based on the changed gaming machine, such as changing the encryption key, even when the corresponding gaming machine is changed. On the terminal side, the decryption key corresponding to individual game table data allows the game table to be browsed wherever it moves.
[0047]
  First2No.6In this invention, since the management computer manages the address of the base computer in association with the attribute data, the terminal requesting the browsing uses the attribute computer instead of the address itself of the base computer to be accessed. You can inquire about the access destination.
  On top of that,3In this invention, by encrypting the address, it is possible to prevent a terminal without browsing authority from accessing the computer.
[0048]
  First4In this invention, one address is encrypted according to a plurality of decryption keys. Therefore, the management computer can send an encrypted address to the accessing terminal without determining whether the terminal that inquired about the address of the specific computer has the access right. , Unauthorized access to the computer can be prevented.
  First5In this invention, since the decryption key of the encrypted address is changed with time, even if the decryption key leaks to other companies, the decryption key will not be used illegally.
[0049]
  The second6According to this invention, the management computer can authenticate the access right of the terminal with respect to the base computer, thereby preventing the game table data from being viewed from a terminal without the access right.
[Brief description of the drawings]
FIG. 1 is an overall configuration diagram of a system according to a first embodiment.
FIG. 2 is a diagram showing a function of the system and a data flow of the first embodiment.
FIG. 3 is a table showing a list of who can view game table data according to the first embodiment;
FIG. 4 is an overall configuration diagram of a system according to a second embodiment.
FIG. 5 is a diagram showing a function of a system and a data flow of a second embodiment.
FIG. 6 is a correspondence table of addresses and attributes stored in the management computer according to the second embodiment.
FIG. 7 is a diagram illustrating a function of a system and a data flow according to a third embodiment.
FIG. 8 is a table showing a list of terminals having access rights stored in the management computer of the third embodiment.
FIG. 9 is a system configuration diagram of a conventional example.
[Explanation of symbols]
1 Game stand
4 computers
4a Data collection means
4b storage means
4c Encryption means
4e Browsing rights confirmation means
6 terminal
6b Key storage means
6c Decoding means
7 Management computer
7b Encryption means
7d Access right authentication means

Claims (6)

A plurality of computers corresponding to the game machines, and terminals connected to these machine computers via the Internet, each of which has a unique address that can be directly connected from the Internet, and corresponding game machine Means for collecting and storing gaming machine data, means for reading gaming machine identification information of the corresponding gaming machine, means for creating an encryption key using the read gaming machine identification information, and the encryption key Means for encrypting the game machine data; and means for transmitting the encrypted data to the terminal, wherein the terminal stores a decryption key created using the game machine specifying information ; A game table data browsing system comprising: means for decrypting the received encrypted data with the decryption key. A plurality of computers corresponding to game machines, a terminal connected to these computer via the Internet, and a management computer, each of which has a unique address that can be directly connected from the Internet and corresponds Means for collecting and storing the game table data of the game table and means for transmitting the game table data to the terminal via the Internet, and the management computer stores the attribute corresponding to the address of the table computer, respectively. And means for specifying an address corresponding to attribute data designated by the terminal and returning the address, wherein the terminal designates attribute data to the management computer, and the received address. amusement machine data access and means for accessing the base computer by System. The management computer includes means for encrypting the address of the computer to be transmitted to the terminal, and means for transmitting the encrypted address to the terminal. The terminal stores the means for storing the decryption key, and the received encrypted address. The game table data browsing system according to claim 2 , further comprising: means for decrypting the data with the decryption key . The management computer comprises means for creating an encrypted address corresponding to each of a plurality of encryption keys for the address of one computer, and means for sending the created encrypted address to a terminal. The game table data browsing system described in 1 . The game machine data browsing system according to claim 3 or 4, wherein each of the management computer and the terminal includes a decryption key changing means for changing a decryption key, and each of the decryption key changing means functions in association with each other . In response to the address of the computer, the management computer determines the access right of the terminal, and when it is determined that the terminal has the access right for the specific address, the address is returned to the terminal, Means for outputting access right authentication data for authenticating that the terminal has an access right, and the computer is configured to receive the access right authentication data when the access is made from the terminal. Based on the access right authentication data, there is provided means for determining the gaming table data browsing authority of the terminal, and means for transmitting the gaming machine data stored by itself to the terminal determined to have the browsing authority. The game table data browsing system according to any one of claims 2 to 5 .

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