JP6285288B2 - Amusement system - Google Patents

Description

  The present invention relates to a game hall system that is applied to management of the situation of visits by players.

  When a player such as a pachinko machine wants to view game information, it is troublesome to visit the game hall and browse it. Therefore, for example, as described in Patent Document 1 below, if it is possible to browse the game information by accessing the information disclosure site of the game hall from a portable terminal such as a cellular phone of the player, it is very significant and saves time and effort. is there.

  This patent document 1 describes a technical idea of searching for a nearby game arcade by transmitting the location information of the mobile terminal, allowing the game information in the game arcade to be browsed and making a game reservation. Yes. Further, this document also discloses a technical idea for specifying whether or not a game reservation is possible based on a store visit rate indicating a store visit status while making a game reservation.

Japanese Patent No. 4168014

  However, in the conventional system as described above, since the store visit rate and the like are managed in order to provide services for players such as game reservations, it is possible to improve the service situation to the players, There is a problem that it is difficult to grasp the degree of influence of the browsing status of the information disclosure site on the game store visit status and operating status. Also, although location information is specified in order to specify a nearby amusement hall, this also specifies location information only for providing services. For example, it is useful for customer analysis, etc. It is also difficult to promote.

  It is also useful to determine which game model the player wants to play when setting the game plan for the game hall. For example, the game may be compromised because there is no vacant space. There are circumstances such as the difference between the game model that the player wants to play and the model that is actually playing, and it is difficult for the player to specify the game model that the player wants to play simply by looking at the operating status of each game machine type.

  The present invention has been made in view of the above-mentioned conventional problems, and provides a game field system that appropriately manages what game model a player who visits a game field wants to play. Objective.

The present invention can be browsed by a player display terminal that is a display terminal possessed by a player, and browse information that is game information for a player associated with a game arcade is classified by target game model. Browsing information providing means that can be provided;
A browsing status specifying means for specifying the browsing status of the browsing information in units of players, so that it is possible to specify which gaming model was the browsing target by the player display terminal;
The game model that is the object of browsing, the latest browsing game model, the gaming model with the longest browsing period, the gaming model with the most browsing times, and the gaming model selected by the player while browsing the browsing information Of these, at least one of the attention models is a model of attention identification means for identifying in units of players,
Whether the player has visited the game hall by accepting the player's identification information in the game hall, or specifying the location information specified by the portable terminal carried by the player, the stay period at the game hall, or A store visit specifying means for specifying at least one of a game period indicating a period during which the player has played,
Group means for grouping the players whose specified model is specified among the players whose store is specified by the store specifying means or the game period is specified,
There is a management system for managing the store visit status of players grouped by the model of interest (claim 1).

  In the game hall system according to the present invention, the situation of the player's visit to the store is classified according to the model of interest. Thus, according to the visit situation of the player classified according to the attention model, it becomes possible to grasp with high accuracy what kind of game model the player who visits the game hall wants to play.

  The game hall system of the present invention is a useful system for appropriately managing the visit situation of a player by specifying the visit situation with higher accuracy.

  As the gaming machine of the present invention, a pachinko gaming machine which is played by using (launching) a ball which is a gaming medium (game value), a slot machine which generates a winning when a predetermined winning symbol is stopped and displayed, etc. There is. The pachinko gaming machine may be a type that pays out balls in accordance with winning. Further, it may be a so-called encapsulated pachinko gaming machine in which balls are fired using points and points are awarded according to winnings. In the enclosed pachinko gaming machine, points function as game values and balls function as game media. The slot machine may be of a type that is played using medals, coins, etc. as a game medium (game value), but using medals or other points as a game value (betting) It may be a so-called complete credit type slot machine that can be played and points are awarded when winning. It may be a parrot (R) that uses balls as game media.

  The player display terminal according to the present invention includes a desktop personal computer, a notebook personal computer, a stationary game terminal having a communication function, a television having a communication function, a smartphone (multifunctional mobile phone), and the like. It may be a mobile phone, a PDA (Personal Digital Assistant) having a communication function, a tablet PC, a portable game terminal having a communication function, or the like.

  The portable terminal in the present invention only needs to have a position information specifying function (position function) such as GPS, and a communication function to a communication line such as the Internet. For example, a portable terminal such as a smartphone (multifunction mobile phone) In addition, there are PDA (Personal Digital Assistant), tablet PC, and portable game terminal.

The store visit specifying means in the game hall system according to a preferred aspect of the present invention includes: whether the player has visited the game hall by specifying the location information specified by the portable terminal carried by the player; It is possible to identify at least one of the stay period or the game period indicating the period in which the player has played, and to which game field the player who has identified one has visited,
The management means manages the store visit status of the players grouped according to the model of attention in units of game halls (claim 2).

  In this case, by managing the visit status of players grouped according to the model of interest in each game hall, if you want to play a game of the model of interest, which game hall will you visit, that is, game It will be possible to grasp the characteristics of the amusement hall visits according to the model.

The management means in the game hall system according to a preferred aspect of the present invention includes store unit visit information obtained by dividing the total store visit information indicating the number of players or the game time specified by the store visit specifying means into game store units. Further, store unit type visit information classified by the noted model,
The store unit model type information that is at least one of the store unit model store visit ratio indicating the ratio of the store unit model store visit information to the model store visit information obtained by classifying the total store visit information according to the model of interest. As a visitor's visit situation, it manages in a game hall unit (claim 3).

  In the case where the above-mentioned store unit type information is managed in units of game halls, it becomes possible to grasp a more specific store visit status divided in units of game halls.

The management means in the game hall system according to a preferred aspect of the present invention manages the store unit model type information so as to be viewable,
The store unit type information is identified and output in accordance with a comparison result between a store unit visit rate indicating the ratio of the store unit visit information to the total store visit information and the store unit type visit rate.

  For example, if the store visit rate by store unit type is higher than the store visit rate, the game model can be evaluated as “strong” at the game hall, and if it is low, it can be determined as “weak”. Provide sales indicators.

The management means in the game hall system according to a preferred aspect of the present invention comprises: model-specific store visit information obtained by classifying total store visit information indicating the number of players or the game time for which the store visit has been specified by the store visit specifying means according to the model of interest. ,
The model-specific information that is at least one of the model-specific store visit rate indicating the ratio of the model-specific store visit information to the total store visit information is managed as the player's store visit status (Claim 5).

  In the case where the above-mentioned model-specific information is managed as the store visit status of the player, it is possible to grasp a more specific store visit status classified according to the model of interest.

1 is a configuration diagram of a game hall system according to Embodiment 1. FIG. FIG. 3 is an explanatory diagram of an information display device including an example of display contents in the first embodiment. The front view of the member registration screen which can be browsed with a portable terminal etc. in Example 1. FIG. FIG. 3 is an explanatory diagram illustrating member information managed by the management server in the first embodiment. FIG. 3 is an explanatory diagram illustrating position information managed by the management server in the first embodiment. Explanatory drawing which illustrates player position information DB which a management server manages in Example 1. FIG. FIG. 3 is an explanatory diagram illustrating a jackpot screen as a web screen in the first embodiment. FIG. 3 is an explanatory diagram illustrating a best platform screen as a web screen in the first embodiment. FIG. 3 is an explanatory diagram illustrating a model information screen as a web screen in the first embodiment. FIG. 4 is an explanatory diagram illustrating a graph screen as a web screen in the first embodiment. Explanatory drawing which illustrates game history DB which a management server manages in Example 1. FIG. Explanatory drawing which illustrates the balance sheet input screen which can be browsed with a portable terminal etc. in Example 1. FIG. Explanatory drawing which illustrates the balance table which the management server in Example 1 manages. Explanatory drawing which illustrates browsing DB which the management server in Example 1 manages. Explanatory drawing which illustrates player DB which a management server manages in Example 1. FIG. Explanatory drawing which illustrates the store visit according to the period zone which the management server manages in Example 1. FIG. Explanatory drawing which illustrates the visitation machine type visitation total according to the attention machine which a management server manages in Example 1. FIG. BRIEF DESCRIPTION OF THE DRAWINGS Explanatory drawing which illustrates the player map which can be browsed with the management apparatus etc. of a game hall in Example 1. FIG. Explanatory drawing which illustrates the browsing total according to the store game hall which the management server manages in Example 1. FIG. Explanatory drawing which illustrates the range setting for classifying the number of viewers per web screen in Example 1. FIG. Explanatory drawing which illustrates the average out according to browsing which the management server manages in Example 1. FIG. FIG. 3 is an explanatory diagram illustrating browsing summaries for simulation managed by the management server in the first embodiment. FIG. 3 is an explanatory diagram illustrating an out simulation result managed by the management server in the first embodiment. Explanatory drawing which illustrates the browsing total according to the store visit status which the management server manages in Example 1. FIG. Explanatory drawing which illustrates the breakdown of the number of store visits managed by the management server in the first embodiment. FIG. 3 is an explanatory diagram illustrating a contention rate breakdown managed by the management server in the first embodiment.

The embodiment of the present invention will be specifically described with reference to the following examples.
Example 1
This example relates to a game hall system 1 for a game hall in which a gaming machine 2 is installed. The contents will be described with reference to FIGS.

  The game hall system 1 is a useful system in which it is possible to grasp the degree to which the browsing situation of an information disclosure site on the WEB that can be browsed on the Internet affects the visiting situation of the gaming hall and the like. The game hall system 1 includes a management server 10 installed outside the game hall, and the management server 10 manages the visit status of a plurality of game halls. Although FIG. 1 illustrates only the game halls A and B, it is preferable that more game halls can be set as management targets. If many amusement halls are to be managed, it becomes possible to grasp with high accuracy the influence of the browsing status of the information disclosure site on the actual store visit status and the like. In the description of this example, the game hall A is the own shop (own shop, target game hall), and the game hall B is the other shop.

  In each amusement hall, a plurality of gaming machines 2 such as pachinko gaming machines (not shown) and slot machines are installed. Each gaming machine 2 is individually provided with a gaming machine device 3 having a gaming medium lending function (game value giving function) and a counting function, an information display device 4 for displaying various information useful for gaming, and the like. . Although omitted in FIG. 1, about several hundreds of gaming machines and several tens of gaming models can be illustrated as gaming machines to be managed.

In the management space of each game hall, a management device 12 or the like for managing the operating status of various devices in the game hall is installed, and a mobile terminal 1A such as a smartphone is placed on the island edge of the game island where the gaming machines 2 are arranged. A registration device 14 capable of registering members using is installed. Furthermore, a prize exchange counter in which a POS terminal (not shown) for exchanging acquired medals and the like for prizes is installed in the game hall.
In each game hall, the management device 12, the gaming machine 2 such as a slot machine, the gaming machine device 3 and the information display device 4 for each gaming machine 2, the registration device 14, the POS terminal, etc. can communicate via the in-place network 101. It is connected in the state, and the on-site system is constructed.

  The gaming machine 2 is connected to the on-site network 101 via the relay device 17 together with the corresponding gaming machine device 3 and the information display device 4, and the gaming machine 2, the gaming machine device 3, etc. are managed via the relay device 17. Etc. are connected. The management device 12 is connected to the management server 10 through a public communication line 100 such as the Internet so as to be able to communicate with the management server 10.

(Game machine)
The gaming machine 2 illustrated in FIG. 1 has three reels as symbol variation means, a start lever for starting symbol variations of each reel at the same time, and three stop buttons for individually stopping symbol variations of each reel. Is a slot machine.

  In the slot machine, a state is set in which a game can be started in response to an operation of a start lever when a bet is inserted with a predetermined number of medals forming a game value. When the start lever is operated in this state, the slot machine starts the game by changing the symbols of all the reels, and simultaneously executes an internal lottery based on the internal winning table. Thereafter, when the stop button is pressed while the symbols are changing due to the reels, the corresponding reels are stopped by pull-in control based on the internal lottery result (pull-in control for up to four symbols).

  As a winning combination, a small role where medals are paid out according to the winning prize, a replay role that gives the right to start the next game without inserting a medal, and a bonus role that triggers a bonus that is a big hit are set. Yes. The bonus combination includes a BB combination that triggers a big bonus (BB) and an RB combination that triggers a regular bonus (RB). The small combination includes an ART combination that triggers an ART state (ART). ART is an advantageous state in which an RT state in which an internal winning rate of a specific combination such as a replay combination is increased and an AT state in which an operation order for winning an internal winning combination is notified.

When a bonus combination (BB combination, RB combination) wins in a game under the normal state, a corresponding bonus is generated. The bonus ends when a bonus end condition such as, for example, the number of safes reaches 330 is satisfied.
When an ART combination wins in a game under normal conditions, the game shifts to ART. This ART ends when, for example, an ART end condition such as 50 games has elapsed. At the end of the ART, a continuous lottery is executed. If the winner is won, 50 games are newly added and the ART is extended.

(Game machine equipment)
As shown in FIG. 1, the gaming machine device 3 is installed in a space between the adjacent gaming machines 2 so as to correspond to each gaming machine 2 individually. The gaming machine device 3 has a function of paying out (lending, paying out, giving) a medal, which is a game medium, and a recording medium issuing function for issuing a game card.

  On the front surface of the gaming machine device 3, a status display lamp for displaying an operating state such as a device error or out of stock of the card, a coin slot for inserting coins as a money to pay, a card slot for inserting a game card, a game A payout button for paying out medals for use, a display unit for the number of lentables (number of times: 25 pieces for 500 yen), a payout nozzle for paying out medals to the medal tray of the gaming machine (slot machine) 2 are arranged. Has been.

In addition to the card ID, the game card has a balance of remaining value (the remaining monetary value used as consideration when lending processing is performed out of the monetary value such as accepted currency) This is the acquired game value, and when the payout process that gives the game value as a consideration is performed, the remaining game value used as the consideration, and the ball and medal that become the game value are expressed in common It is a card that can specify the valuable value. In addition to membership cards distributed to players who have completed membership registration, game cards include general cards for the general public. The card ID recorded on the member card functions as a member number (identification number) that identifies the player registered as a member. When a membership card is inserted, a player who is a member can be specified.
If the management device 12 manages the value in association with the card ID, and inquires the management device 12 in response to the reception of the card ID to identify the value, the card ID is recorded on the game card. The value can be specified even if it is only, and the value that can be specified can be specified as a configuration that records information indicating the value on the gaming card itself. May be adopted.

  There are the following signals as game signals (operation signals) that can specify game information output from the gaming machine 2 side including the gaming machine device 3 via the relay device 17. When the relay device 17 receives a game signal from the gaming machine 2 side, the relay device 17 specifies game information based on the received game signal, and transfers the specified game information to the management device 12.

(1) Out signal: A signal output from the gaming machine 2. Since the number of medals bet (for example, three) betted on the assumption that a bet state medal has been used according to the start operation, the number of out signals × 1 is out (use value). In the case of a replay game that does not require a betting operation, a corresponding out signal is output.
(2) Safe signal: A signal output from the gaming machine 2. Since one pulse is output every time a medal is paid out, the number of safe signals × 1 is safe (winning award value). Even when the replay winning combination is won, the medals used in the game are output in pulses.
(3) BB signal, RB signal, ART signal: signals output from the gaming machine 2. Since the level is output while the corresponding special state (BB, RB, ART) is continued, the signal input period can be specified as the special state.
(4) Sales signal: A signal output from the gaming machine device 3. Since one pulse is output for every five lent medals (equivalent to 100 yen), the sales signal number x 100 yen is the sales amount, and the sales amount divided by the lending unit price is the sales medal (contribution value).

(Information display device)
The information display device 4 shown in FIGS. 1 and 2 is a device that includes a data display unit 43 formed of a large liquid crystal display. Various operation buttons 445 such as a data switching button, a menu button, a call button, and an erase button are arranged below the display screen 430 of the data display unit 43. On the outer periphery of the information display device 4, a lamp portion 42 is disposed so as to surround the display screen 430 except for a lower end portion and a range lower than about 1/3 of the device height of both side portions.

  The display screen 430 includes a data display unit 431 that displays the number of ARTs, the number of bonuses, and the number of games, a bar graph display unit 432 that displays the number of bonus games as a bar graph, and a main display unit 433 that can switch display contents. Has been. In a state where no player is specified, the main display unit 433 has a normal screen (Fig. 4) in which a fluctuation graph of the difference number (safe-out), a data display column for displaying the maximum number of past ARTs, and the like are arranged. A) in 2 is displayed.

  Of the both sides of the information display device 4, the lower part where the lamp part 42 is not formed is formed to have a convex curve so as to slightly protrude toward both outer sides. A mobile reception unit 40 is disposed on the protruding portion on the left side. The information display device 4 has a function of reading a mobile ID (identification number) such as a telephone number or a Felica ID from the mobile terminal 1A placed close to the mobile reception unit 40.

  If the player brings the mobile terminal 1A such as his / her smartphone close to the mobile reception unit 40, the mobile ID of the mobile terminal 1A is read by the information display device 4, and the mobile terminal 1A of the mobile ID has already been registered. The management server 10 is queried through the management device 12 to determine whether there is any.

  In the case of the unregistered portable terminal 1A, the display content of the main display unit 433 is switched to a screen that displays a two-dimensional code 48 indicating the URL of the HP (homepage) of the management server 10 together with a message prompting member registration. If the player uses the camera function of the portable terminal 1A and incorporates the two-dimensional code 48, the HP URL of the management server 10 can be specified, and the HP of the management server 10 including the member registration screen as shown in FIG. Can be browsed on the mobile terminal 1A.

  The member registration screen on the left side in FIG. 3 is a screen for inputting attribute information (nickname, password, gender, date of birth, etc.) of a user (player registered as a member) managed on the management server 10. This member registration screen is displayed when an unregistered player accesses the HP for the first time using the mobile terminal 1A. When the player inputs his / her attribute information and selects the lowest registration button A, a registration confirmation screen as shown in the right side of the figure is displayed and member registration is completed. It should be noted that input of attribute information at the time of member registration is not an indispensable requirement since the requirement for member registration is satisfied if the mobile ID such as the telephone number of the mobile terminal 1A or the Felica ID can be specified. That is, registration may be made by selecting a registration button without inputting attribute information, or the attribute information input operation itself may be omitted.

  In the member registration screen on the left side in FIG. 3, the membership number of the membership card issued individually by the game arcade can also be input. In the case of a player who has a plurality of member cards with different issuer's game halls, the member numbers of the plurality of member cards can be registered by selecting the add button B in the member registration screen. The registration confirmation screen on the right side in the figure is an example of a player who has registered three member cards. In addition, it is good to comprise HP so that the screen which can input operation which corrects a user's attribute information can be shown.

  When a reception operation is performed to bring the mobile terminal 1A that has been registered as a member close to the mobile reception unit 40, the main display unit 433 performs an individual game information screen (individual screen, In addition to switching to B) in the figure, collection of individual game information (individual information) by the information display device 4 is started, and individual information thereafter is displayed on this individual screen. Thereafter, when the receiving operation for bringing the mobile terminal 1A close to the mobile receiving unit 40 is performed again, the display of the individual screen is ended as the end of the game, and the individual information collection is ended. Note that it is not always necessary to display the individual screen during collection of individual information or reception of the mobile terminal 1A, and the display of the individual screen may be ended according to an operation by the player. In this case, the collection of individual information may be continued or terminated.

  In this example, a mobile phone such as a smartphone is exemplified as the mobile terminal 1A used for member registration. However, even a mobile terminal such as a PDA or a tablet PC has a display function and a position information specifying function such as GPS ( Position function), or a communication function for the public communication line 100, and the like may be installed, and a telephone call function is not essential. Furthermore, it is also possible to employ a portable terminal 1A that does not have a position function for capturing position information unless position information is to be managed.

(Registration device)
As shown in FIG. 1, the registration device 14 is a stand-type terminal device having a display screen, a card insertion slot for receiving a game card, and the like, and is installed at, for example, an island edge of a game island. Although illustration is omitted, a mobile reception unit is arranged on the front side of the display screen. The registration device 14 has a function of reading a mobile ID (an identification number such as a mobile phone number or IDm) from the mobile terminal 1A close to the mobile reception unit, in addition to a function of reading a card ID or the like from the received game card. Yes. Member registration by the information display device 4 as described above can also be performed by the registration device 14. When the unregistered portable terminal 1A comes close to the portable reception unit, a member registration screen (not shown) having the same screen specifications as the member registration screen of FIG. 3 is displayed.

(Management device)
The game hall management device 12 (FIG. 1) is a device that manages the operating status of the gaming machine 2, the gaming machine device 3, the registration device 14, and the like.
The management device 12 includes an output unit including a PC monitor such as a liquid crystal display and a printer (not shown), an apparatus main body that executes various arithmetic processes, and an input unit including a keyboard and a mouse (not shown). The main body of the apparatus has a control function centered on a CPU (Central Processing Unit) that executes arithmetic processing, a storage function that uses a hard disk drive, ROM (Read Only Memory), RAM (Random Access Memory), etc., and various signals or information The communication function etc. which transmit / receive are received.

The management device 12 realizes the following functions as each means, for example, when the CPU executes a software program read from the hard disk drive.
(1) Game information specifying means: means for specifying game information and the like by counting the number of times of reception of game signals output from the respective gaming machines 2 installed in the venue. The game information specified at each game hall is output toward the management server 10 through a counting process and the like.

  The game information specifying means can specify game information such as out and safe for each gaming machine 2, and can specify a game, a game state, and the like. In the present embodiment, the game information specifying means is configured by including the configuration in which the raw data is specified by the relay device 17 and the game information obtained by processing the raw data by calculation or the like is specified by the management device 12. Of course, the game information specifying means may be configured without including any one of them. In addition, the correspondence between the configurations and means listed below is merely an example, and the means may be appropriately configured by including other configurations or by other configurations as described above.

・ Identification of game (establishment of game specific conditions)
The game information specifying means determines the execution of the game based on the out signal received from the gaming machine 2 side. In other words, when there is an out count of the maximum number of BETs (3 cards) set separately, or when the out signal input interval reaches the reference interval (ex30 seconds), or a safe signal is input after the out signal is input In this case, it is specified that the game has been executed on the assumption that the game specifying condition is satisfied. Instead of this, it is possible to adopt a configuration in which a game is specified by a game signal output for each game.
・ Identification of game state (satisfaction of special state start (end) conditions)
The game information specifying means specifies that any one of the BB signal, the RB signal, and the ART signal is being input as a special state, and specifies a period during which the signal is not input as a normal state. If the gaming machine 2 has a lamp whose lighting state changes by comparing a winning rate or a winning rate in a unit period with a predetermined reference value, or when the gaming state shifts, It is also possible to specify the gaming state by detecting the transition of the gaming state by detecting the lighting state of the lamp with an optical sensor or the like.

(2) Browsing means: means for displaying the position on the map representing the base of the player and corresponding to the base information for each player by the grouped identification information, as illustrated in FIG. The balance indicating at least one of the investment amount of the game input by the player, the consideration amount exchanged with the game medium acquired by the game, and the balance amount which is the difference between the consideration amount and the investment amount. Based on the information, identification information can be grouped.

(Management server)
The management server 10 installed outside the game hall has the same hardware configuration as the management device 12 of each game hall, except that the storage function is enlarged. The management server 10 realizes functions as the following means when the CPU executes, for example, a software program read from the hard disk.

(1) Browsing information providing means: means for providing browsing information, which is gaming information associated with a game arcade, to a player. The browsing information providing means displays browsing information so that the browsing information can be browsed by a portable terminal 1A such as a player display terminal possessed by the player and a smartphone (multifunctional mobile phone) which is an example of a portable terminal carried by the player. provide. In providing the browsing information, it is possible to classify the information according to the content of the provided information and provide it to the player, or to provide the browsing information classified according to the target game model. Note that the player display terminal may be a game terminal having a communication function, a PDA (Personal Digital Assistant), a notebook personal computer, a desktop personal computer, a television having an information display function, or the like. The mobile terminal may be an electronic device terminal that can be brought into a game arcade, such as a game terminal having a communication function, a PDA, or a laptop computer, instead of a smartphone.

(2) Browsing status specifying means: means for specifying browsing status information indicating a browsing status of browsing information by the mobile terminal 1A. The browsing status specifying means can specify browsing status information for each corresponding game arcade. In addition, it is also possible to specify the browsing status information for each player so that it is possible to specify which game model is the browsing target by the mobile terminal 1A.

(3) Attention model specifying means: a game model that has been browsed, and is at least one of the latest browsing game model, the gaming model with the longest browsing period, and the gaming model with the largest number of browsing times A means to identify a particular model of interest by player.

(4) Game information specifying means: means for specifying game information based on information received from each game hall. The operation information indicating the operation status of the gaming machine 2 is specified by the game information specified by the game information specifying means.
(5) Corresponding means: means for associating operating information indicating the operating status of the gaming machine 2 with browsing status information corresponding to the target game arcade. Corresponding means includes target operation information obtained by collecting operation information during an operation aggregation period, which is an aggregation target period, and browsing status information corresponding to a target game hall during an aggregation period corresponding to the operation aggregation period. Corresponds to the aggregated target browsing status information.

Here, the browsing status specifying means can classify the target browsing status information as follows.
-Classifying the target browsing status information according to which of the browsing ranges, which is a range with respect to the browsing status information previously classified, belongs.
-To classify the target browsing status information according to the type of the content of the provided information, depending on which type of browsing information is browsed.
-Depending on the type of content of the provided information, the store visitor, who is the player identified as having visited the store by the store specifying means, browses the store according to the type of content provided. Separate players.

(6) Simulating means: means for simulating operation information. The simulating means specifies which of the browsing ranges the browsing status information specified by the browsing status specifying means, and divides the browsing status information into specific browsing ranges that are specified by the management means described later. The target operation information to be managed is simulated as operation information in the aggregation target period corresponding to the identified browsing status information.

(7) Input store visit status specifying means: By accepting the store visit status input to the mobile terminal 1A via the public communication line 100, the input store status that is the store visit status of the player carrying the mobile terminal 1A is obtained. Means to identify.

(8) Position information specifying means: means for specifying position information specified by the portable terminal 1A carried by the player.
(9) Position information setting means: means for setting position information of a game hall.
(10) Base information specifying means: means for specifying base information for each player, which is position information indicating the base of the player (home, workplace, etc.) based on the position information specified by the player's mobile terminal 1A.

(11) Store visit specifying means: means for specifying whether or not the player has visited the game hall. The store visit specifying means receives the player's identification information (mobile ID etc.) in the game hall, specifies the location information specified by the portable terminal 1A carried by the player, and the input store status by the input store status specifying means The player visit is identified by at least one of the identifications. According to the store visit specifying means, it is possible to specify whether or not a player has visited a plurality of game halls, specify which game hall has been visited, and present advertisement information at the target game hall. It is possible to specify whether or not the customer has visited a cooperating store, which is a possible store, and to specify at least one of the stay period at the game hall and the game period in which the player has played. In the following description, the store visit specifying means for specifying the player's visit status (first store status) by receiving the player's identification information in the game location, the location information of the mobile terminal 1A, and the game location And the store visit specifying means for specifying the visit status (second store visit status) of the player by comparing the position information of the player with each other. The former is the first store specifying means and the latter is the second store specifying means. May be displayed.

(12) Separation specifying means: means for specifying a separation player. The separation player means a player whose visit information is not identified by the browsing status identification unit and the visit information is not identified during the identification target period to be identified by the store identification unit.

(13) Comprehensive store visit specifying means: If the first store visit status is specified, the first store visit status is set. On the other hand, if the first store visit status is not specified, the general store visit status is set as the second store visit status. A means of identifying the situation. The general store visit status specifying means specifies the input store visit status as the total store visit status with priority over at least one of the first and second store visit statuses.

(14) Transmission means: When access is made to the input store visit status specifying means from the mobile terminal 1A, an operation for the mobile terminal 1A is performed based on at least one of the first store visit status and the second store visit status. Means for transmitting the reference store visit status to the portable terminal 1A so that input is possible. Note that this reference store visit situation includes a reference start time which is a game start time. The time at which the player's identification information is received by the first store specifying means or the time at which the player's visit is specified by the second store specifying means is the reference start time. When the store visit status is input from the portable terminal 1A, the reference value of the game start time is set as the reference start time, while the reference value of the game end time is accessed from the portable terminal 1A to the input store visit status specifying means. Time.

(15) Presenting means: means for presenting the advertisement information of the cooperating store to the store visitor who is the player identified as having visited by the store visit specifying means. The presenting means presents advertisement information of a target cooperating store that is a cooperating store identified according to the store visit status of the store visitor among the cooperating stores according to the game status specified by the game information of the store visitor. .

(16) Input store visit status providing means: means for enabling the input store visit status to be browsed by the portable terminal 1A. The store visit status is at least one of the investment amount of the game entered by the player, the consideration value obtained by exchanging premiums with the game media acquired by the game, and the balance amount which is the difference between the consideration value and the investment amount. The balance information indicating one is included.

(17) Group means: means for grouping players. The group means can execute grouping of players based on the input store status managed for each player, grouping of players based on the balance information, grouping of players based on the noted model, and the like.

(18) Information providing means: means for providing (providing information) so that presentation information that is information relating to a game arcade can be presented on the mobile terminal 1A. When the location information of the mobile terminal 1A is specified at the information presentation position outside the game hall corresponding to the preset location information, the information providing means is the store visit status in game unit units managed by the management means described later The presentation information is transmitted after specifying whether to provide the presentation information or the type of the presentation information. In addition, when the location information of the mobile terminal 1A is specified at the information presentation position outside the game hall corresponding to the preset location information, the presentation information that is information related to the game hall can be presented on the mobile terminal 1A. On the other hand, if the store visit is specified by the store visit specifying means, the store terminal presenting the store visit information, which is presentation information that is more profitable for the player than the display information corresponding to the information presentation position, is provided. Provide as possible. The store visit information may be provided to a providing terminal such as the registration device 14 provided in the game hall.

(19) Management means: means for managing various types of information including information exemplified below.
Member information that is attribute information of a player registered as a member.
The target operation information and the target browsing status information associated by the association unit.
・ The general store visit status.
-The said base information according to the player matched mutually and the said input store situation.
・ Identification result by separation identification means.
-Target operation information classified by the browsing range.
-The store visit status of the store player classified according to the type provided by the browsing status specifying means.
Target operation information corresponding to target browsing status information classified by the browsing range and the provision type.
-Limited store visit status that is specified by the second store visit status or the input store visit status.
-Store visit status for each game hall by player based on the result of the visit to the game hall specified by the store visit specifying means.
-Game information for each player of the store player based on the store visit status to the partner store.
・ The state of visits by players grouped according to the model of interest (by playground).

  The management means manages the limited store visit status separately from the general store visit status. The manager of the target game hall that is the game hall corresponding to the first visit specifying means is allowed to browse the general store situation, while the manager of game halls other than the target game hall has limited visit status. Browsing is allowed, and browsing of general store visits is restricted.

The management means is a store unit visitor that divides the total store information indicating the number of players or the game time specified by the store visit specifying means by game hall unit as a management of the visit status of the players grouped by the model of attention. Store unit type visit information according to store unit type further classifying information by the noted model, and store unit type visit ratio indicating the ratio of store unit type visit information to the model type store information classifying total store information by type of attention On the other hand, it is possible to manage certain store unit type information in units of game halls.
Furthermore, model-specific store visit information that categorizes the total store information indicating the number of players or the game time for which the store has been specified by the store specifying means according to the model of interest, and the model-specific store rate indicating the ratio of the model-specific store information to the total store information It is also possible to manage at least one of the model-specific information as the player visit status.

  The management means manages the above-mentioned store unit model type information so that it can be browsed, and the comparison result between the store unit store visit rate indicating the ratio of the store unit store visit information to the total store visit information and the store unit model store visit rate Accordingly, it is possible to identify and output the store unit type information.

Next, the operation content of the gaming hall system 1 configured as described above will be described.
The management device 12 installed in the game hall executes a game state such as a bonus or a normal game, specifies game information, and the like. The management device 12 manages game information such as out and safe for each gaming machine 2.
In the game hall system 1, as described above with reference to FIGS. 2 and 3, membership registration is possible by a player's operation on the information display device 4 and the registration device 14. As described above, for a player who has registered as a member, the individual identified as a game by the player by a reception operation for bringing the mobile terminal 1A close to the mobile reception unit 40 of the information display device 4, a reception operation by a button operation, or the like. The start and end of the game period (individual period) are specified.

  The management server 10 manages member information, which is attribute information of players registered as members, as shown in FIG. The management server 10 manages attribute information such as a member card ID received at the time of member registration in association with the mobile ID. As shown in FIG. 4, member information is managed in units of mobile IDs. Therefore, as described above, member registration is possible only by registering the mobile terminal 1A without inputting attribute information such as a member card. For example, even a player who does not have a membership card or the like can register as a member if he / she has the mobile terminal 1A.

  The member information illustrated in FIG. 4 is managed for one or a plurality of game halls so that the corresponding game hall can be specified (for example, specified by a registered store or a member card ID). Furthermore, the member information of the player who has registered as a member in any of the game halls is managed not only by the management server 10 but also by the management device 12 installed in the game hall.

  In the management server 10, as illustrated in FIG. 5, (A) game hall position information, (B) information presentation position information, and (C) cooperative store position information can be set for each game hall. Like the player position information DB shown as an example, the position information (latitude and longitude information based on the position function) for each portable ID specified by the portable terminal 1A is managed in time series (every minute). The management server 10 can specify the number of customers visiting the weekday life zone or holiday life zone of each player, or the number of customers visiting the store (game hall) where the location information is set as illustrated in FIG.

  FIG. 5 is position information set for the game hall A which is the own store (own store) in this example. FIG. 5A shows the setting information indicating the position information of the store A (game room A) as its own store, the store B (game room B), the store C (game room C).. It is an example. FIG. 5B is an example of setting information indicating position information of a point (providing point) where the information is provided, such as a neighboring station of the store A which is the own store. FIG. 5C is an example of setting information indicating position information of stores other than the amusement hall (other industries) such as restaurants and department stores in cooperation with the A store. In FIG. 5, longitude and latitude are employed as position information in any case, but any information may be employed as long as the position information can be specified. For example, an address or a postal code may be employed as position information. good.

  FIG. 6 is an example of a player position information DB that represents the longitude and latitude (position information) identified by GPS or the like in time units (1-minute intervals) in units of players (mobile IDs). In the figure, for example, a predetermined period such as one year is set as a storage period, and the data is stored while being sequentially updated to the latest information. In addition, you may employ | adopt a different preservation | save period according to preservation | save object also including subsequent DB. In addition, the target players including the subsequent DBs have already undergone the membership registration described with reference to FIGS. 2 to 4 and are players who have at least one mobile ID as a management target.

Separately from these setting information, a standard stay period such as a weekday (for example, Monday to Friday), daytime (for example, 9:00 to 18:00), for example, 3 minutes, for example, a radius of 10 m, and the like are set. In the daytime of weekdays (weekdays) and other days (holidays), the longest period of stay in weekday noon is the weekday life zone (workplace, etc.), and the longest period of stay in other periods It is also possible to specify the degree as a holiday life zone (home, etc.). In specifying the stay period, movement within the reference specific range may be specified as the same location.
When the management server 10 stays over the reference stay period within the reference specification range of the longitude and latitude shown in FIGS. 5A and 5C, the management server 10 specifies the visit to the corresponding store.

  Regarding the position of the lost period from when the position information cannot be specified due to the operation of the mobile terminal 1A (for example, power-off, etc.) or due to an obstacle or the like, Make the right decisions. If the position information (return position information) when returning to a specific state is within the reference specific range based on the position information (lost position information) when it cannot be specified, stay at that location during the lost period. Judge that On the other hand, if the return position information is outside the reference specific range, it is determined that no stay is made, and only the specified period is the target of the stay period. By such processing, the management server 10 specifies the weekday life area, the holiday life area, the store visits, the number of visits to the store, the stay period, and the like for each portable ID.

  FIG. 5B shows the position information of a point (providing point) for providing the player with the public (or non-public) game information (see, for example, FIGS. 7 to 10). ing. When the management server 10 specifies the player's position information at this provision point, the management server 10 transmits the game information to the player's portable terminal 1A by e-mail or the like, for example. In this case, for example, while browsing a part or all of the web screen is usually charged, it is preferable to provide information by publicizing a part of it for free. For example, if a free access key with a limited period is distributed, such as permitting free access only for the limited day, the location function of the portable terminal 1A is effectively set. Thus, the player can be motivated as described above, and this makes it easy to obtain the position information on the management server 10 side. In addition, if the access key is distributed as described above, an effect of attracting customers can be expected, for example, a player who has descended from the station in order to go to a competing store such as the B store. In this case, for example, game information may be provided for a player who tends to go to a competing store (e.g., advantageous to other stores) such as a high visit rate of competing stores or a long stay period. In addition, while sending the data of the model of interest to the player who came to the offer point by e-mail, even if the privilege is divided between the offer point and the visit so that the access key is distributed when coming to the store The information provided when visiting the store may be provided not only by the portable terminal 1A but also by the information display device 4, the gaming machine device 3, the registration device 14, and the like, devices and terminals provided in the game hall. Moreover, you may alert | report at the time of provision of privileges, such as including in a mail, that a privilege with a profit will be acquired if it comes to the player who came to the provision point.

  A player can browse a web screen showing game information for each game hall as shown in FIGS. 7 to 10, for example, using his mobile terminal 1 </ b> A. The management server 10 can specify the individual information in the individual period as shown in FIG. 11 by combining the start and end of the individual period and the managed game information.

  The screen illustrated in FIGS. 7 to 10 is a web screen that can be viewed on the mobile terminal 1A. FIG. 7 is a jackpot screen that provides game information such as the number of bonuses and the bonus probability. FIG. 8 is a best table screen that provides game information representing the ranking of game tables. FIG. 9 is a model information screen for providing game machine model information as game information, and is provided with a my model registration button A for specifying a model of interest described later. FIG. 10 is a graph screen that provides a graph of the number of acquired medals for each gaming table (difference number = safe-out) as game information.

  The HP for each store managed by the management server 10 is roughly divided into screens (FIGS. 7 to 10) that allow browsing of the four types of game information as described above. The management server 10 displays the home screen of the store when one of the stores is designated on the HP that can be viewed on the mobile terminal 1A or the like, and when the screen is selected on the home screen, One of the screens shown in FIGS. 7 to 10 is displayed. On the management server 10 side, it is possible to specify which screen and which model the game information has been browsed in association with the browsed mobile ID.

  FIG. 11 is a diagram illustrating a history in which the management server 10 aggregates individual information such as a player's balance based on game information managed by the game hall management device 12. As described above, the management device 12 specifies the game start and the game end until the player performs the reception operation (start operation) again after performing the reception operation (start operation). For example, when sales occur with a predetermined number of earned medals (acquired balls) remaining, the game start is specified, and the period until the next game start is specified is the game period. Other configurations including well-known configurations can be adopted as the configuration of the means for determining the start and end of the game, such as specifying the individual period of the player when the terminal 1A is presented. In the game period from the start of the specified game to the end of the game, the mobile terminal 1A may be associated with the player, but since the store visit status is managed as illustrated in FIG. 5, at least the game start time May be handled on condition that the game end time is later than the store visit time and the game end time is earlier than the store exit time.

  In this case, for example, a plurality of times when the game start condition is satisfied (for example, sales are generated) are stored, the earliest time after the store visit time is set as the game start time, and the game end condition is satisfied (for example, It is also possible to store a plurality of times that are not in operation and specify the latest time before the store closing time as the game end time. In addition, exit may be included as a game end condition, for example, when the game end condition is not satisfied based on the game information, such as specifying the end of the game due to exit. In this way, identification of individual information may be performed in real time or retroactively.

  Also, when the mobile terminal 1A cannot be specified, etc., for a game history that approximates the game start time and game end time, the visit time, and the exit time of an individual period not associated with the mobile terminal 1A. It is also possible to associate a player. In this case, it is preferable to appropriately add a condition that the game start time is later in time than the store visit time and the game end time is earlier in time than the store exit time.

  In addition, the balance, wins and losses, etc., specify the earned medal (acquired ball) by (loan medal + safe-out), identify the balance by (acquired medal x exchange unit price-sales amount), and balance and standard Any known configuration may be adopted as long as it is specified by game information specified by a game signal, such as specifying a win / loss by comparing with a balance (for example, 0 yen) (in FIG. 11, Calculated as a rental unit price of 20 yen and an exchange unit price of 18 yen.) In the game hall system 1, the game information that can specify the income and expenditure, the winning and losing, and the like is managed for each store visit as described above.

  In the game hall system 1, the player can manage the balance table as shown in FIGS. 12 and 13 by downloading the application from the management server 10. On the player side, the position function such as GPS of the mobile terminal 1A is validated or input by the above reception operation (operation to bring the mobile terminal 1A registered as a member close to the mobile reception unit 40) by the mobile terminal 1A. Is supported. On the game system 1 side, the balance table of FIG. 13 is managed for each player based on the position information and the information input in FIG. 12, and the store visit status and game status of the player are managed.

  FIG. 12 illustrates a balance sheet input screen by a balance sheet application downloaded from the management server 10 or the like by the player using his / her mobile terminal 1A. When the balance sheet application is activated, a balance sheet input screen shown in FIG. 12A is displayed first. When the screen is activated, the game hall estimated from the location information is displayed in the “Game Hall” field, and the date and time of visiting the game hall are displayed in the “Date” and “Start Time” fields. In the “Time” column, the starting time (or the closing time) of the balance sheet application is displayed.

  In the “Game model” column of the balance sheet input screen, the latest browsing model on the WEB site, the model that has been viewed the longest at the time of the previous browsing, the model that has been viewed the most, or in FIG. The model of interest selected when the player presses the My Model Registration button A is displayed. The player can input the game store, date, start and end time, investment amount, exchange amount, balance, game model, number of jackpots, etc. based on the balance table input screen of FIG. In the case of a player who does not need to enter a balance, such as for the purpose of leaving a store visit history, the “investment amount” or the like is left blank, that is, the registration button A is pressed as it is in FIG. Thus, data transmission to the management server 10 is also possible. Thus, even if the player does not input on the balance sheet input screen, the management server 10 side can estimate the display contents of FIG. 12A when the balance sheet application is activated from the specified position information and the like.

  The balance sheet input screen of FIG. 12 (B) is a display example after inputting accurate information that the player wants to input based on FIG. 12 (A). For example, if the game hall displayed in FIG. 12A is different from the game hall, if the “game hall” input field is selected, the neighboring game hall candidates specified by the location information are displayed. The game hall can be selectively input from the candidates. In the “date”, “start time”, and “end time” fields, the time before and after being shifted by a predetermined unit period such as 1 minute unit or 10 minute unit from the balance sheet input screen of FIG. Is displayed. For example, in the case of the balance sheet input screen of FIG. 12A, 19:20, 19:30, 19:40, 19:50 are displayed as the start times. The start time is a time later than the display time in the “start time” column in FIG. 12A, and the end time is a time before the display time in the “end time” column in FIG. Is prioritized as a selection candidate. Instead of displaying the selection candidates, a correct time may be input by correcting the display time in the “start time” column of FIG.

  About the model, it can be selected from the list of models downloaded from the management server 10 as the installed model of the selected game hall. Other inputs can be made by inputting numerical values, previous input values, etc. as selection candidates. When there are a plurality of game models, if the next model button B is pressed, the balance table input screen before input as shown in FIG. 12A is displayed for the next model, and the same input is possible. Become. In this case, in FIG. 12A, the game information of the previous input model is taken over, the end time of the previous input model is displayed as the start time, and the start time of the application is displayed as the end time. When input on the balance sheet input screen is completed and the next model button or registration button is pressed, the input information is transmitted to the management server 10.

  As described above, in the game hall system 1, if the location function is set to be valid on the portable terminal 1A side, the store visit status is supported, but if the location function is invalid, the store visit status is managed. The 10 side cannot be specified and the store visit status input cannot be supported. With the convenience that the store visit status is supported, it can be expected that more players will set the location function of their mobile terminal 1A effectively.

  As described above, in the game hall system 1, the starting point of the store visit status is specified by the position information, the reception operation, and the like, while the information estimated by the position information and the like is corrected by the input information. In the balance sheet input screen of FIG. 12A, the store visit status based on the reception operation on the information display device 4 has priority over the store visit status based on the location information. When a reception operation is performed, the game table where the reception operation was performed, the date and time (start and end times), the store visit status such as the model has priority over the store visit status estimated by location information etc. Displayed on the input screen.

  In the game hall system 1, it is possible to manage the player's visit status even if the balance sheet input screen of FIG. 12 is not input. In the game hall system 1, it is possible to guess the player's visit status by the reception operation or the position information on the information display device 4. Therefore, when there is no input by the player, the estimated visit status is, for example, FIG. As illustrated in FIG.

  The balance table in FIG. 13 exemplifies a tabulation example by the management server 10 regarding the store visit status and the like input on the balance table input screen illustrated in FIG. Aggregation of store visit status by the management server 10 is performed in units of portable IDs. On the player side, information equivalent to the above can be viewed on the portable terminal 1A only for the corresponding player. In addition, about the whole average value etc., it is good also to set so that browsing with respect to all the players is possible.

  As illustrated in the balance table in FIG. 13, the management server 10 shows game information in units of game opportunities (input units, store visits, etc.) as “game history”, and game results are displayed as “total of this month”. Aggregate by field or game machine.

  FIG. 13 shows that in store A, only the reception process is performed by the information display device 4 and no input is performed on the balance sheet input screen (FIG. 12), and in the store B, the reception process is performed without performing the reception process. , Is an example of a balance sheet for a player who does not perform reception processing or input on the balance sheet input screen at the C store. Therefore, the No. corresponding to the store A in the balance sheet of FIG. In 1 to 3, the period from when the reception process is performed until the reception process is performed again is a start time to an end time. That is, the individual information in FIG. 11 is a recording target. On the other hand, for the store B, the game information specified by the input on the balance sheet input screen (FIG. 12) is to be recorded. As for the store C, game information estimated by location information or the like (hereinafter referred to as location information) is targeted for recording. In 5, the game area, the date, etc. are only recorded. Instead, the model of interest may be recorded as in the balance sheet input screen of FIG.

  In the balance table illustrated in FIG. 13, game information to be recorded is recorded in the priority order of reception processing, balance table input, and position information. In this case, there is no problem for the manager of the store A, which is the own store, to view the game information specified in the store A of the store A according to the reception process at the store A as in the store A. When the manager of the store B is browsing, the manager of another store can browse the game information of the store A, which may cause a problem. Therefore, when the manager of the store B browses, the game information specified by the reception process is excluded, and the game information targeted for the game information specified by the balance sheet input and position information is selectively selected as the browsing target. Must be set.

  Considering the above, since the game history DB specified in the game hall illustrated in FIG. 11 is separately managed, the balance table input and the location information in FIG. 13 are specified as shown in FIG. The store visit status is managed and the game information of FIG. 11 is preferentially aggregated at the own store, while the game information aggregated only for FIG. Alternatively, the general store situation including FIG. 11 and the limited store situation not including FIG. 11 may be separately managed. Thus, any management form may be used. 11 may be managed by the management device 12 and FIG. 13 may be managed by the management server 10, and the management device 12 and the management server 10 may constitute a management unit.

  The management server 10 manages the browsing status of the web screens of FIGS. 7 to 10 for each player, specifies the browsing DB of FIG. 14 according to the store visit status specified as in FIG. 6 and FIG. The player DB shown in FIG. 15 is specified for each player based on the game information and the life zone specified in FIG. In the player DB illustrated in FIG. 15, the store visit status to the partner store before and after the store visit is managed, and for example, it is possible to provide the player with advertisement information of the partner store having a high visit frequency at the end of the game. . Further, the store visit status for each period range and store location as illustrated in the store count by period category shown in FIG. 16 is managed according to the store visit status specified for each player. With this kind of management, it is possible to grasp the trends of players by time period without actually going to the store to count the number of players (so-called “heading”) or signing special contracts with other stores. It becomes like this. Furthermore, as shown in FIG. 17, the management server 10 can also manage the store visit status for each model of interest.

  The browsing DB illustrated in FIG. 14A shows a history for each player as to which screen is browsed for which period (start time-end time) in a browsing unit in which the shop's web screen is browsed. FIG. 6 shows the result of associating the store visit status specified in FIG. 6 and FIG. When visiting after browsing, “Before” is associated with columns such as “Visit store A” or “B store visit” corresponding to the store that visited the store, assuming that the store visited before the store visit. When visiting the store before browsing, “after” is associated with columns such as “visiting store A” and “visiting store B” as browsing after visiting the store. When visiting before and after browsing, “before and after” is associated with columns such as “A store visit” and “B store visit”, and when not visiting before and after browsing, “−” is associated with that column. Are equal. In addition, numerical values such as “1” and “2” shown after “front” and “rear” indicate the order of visiting the stores. In this way, the management server 10 manages information that can specify the result of associating the browsing with the store visit or the order thereof. Although omitted in the viewing DB of FIG. 14A, the management server 10 also associates the store visit status to the cooperating store with the store visit order.

  The browsing DB in FIG. 14A visits store A after the corresponding time (for example, 18:42) of the first record (for example, 19:30), and the next record according to the HP browsing after the store is closed. Is created, and thereafter, the store A and the store B are visited. The association between “before” and “after” is specified by whether or not the time difference between browsing and visiting is within a reference period (for example, 24 periods). In this case, if the record closest to the store visit time is prioritized and viewed twice before the store visit, the store is associated with the record closest to the store visit time to prevent duplication of the number of store visits. Instead, for example, when the first browsing is browsed the best table, but when the second browsing is visited without browsing the best table, if the first browsing is within the reference period For example, when the browsing information differs depending on the browsing opportunity, it is possible to give priority only, for example, by associating with each other. Note that “after” is associated when browsing while visiting the store.

  In addition, in the browsing DB of FIG. 14A, as in the game history DB of FIG. 11, the winning and losing and the income and expenditure are specified by counting the game information at the time of visiting the own store, and “winning” and “ The balance is associated with one of “defeat” and numerical values such as “−5000” and “36,800” in the second row. Note that the balance other than the own store may be specified by specifying the balance in FIG. In addition, “front” and “rear” are overlapped as the correspondence between browsing and visiting, but instead, for example, depending on the length of the time gap period between viewing and visiting It is also possible to avoid duplication of “front” and “rear” by specifying whether to associate them.

  Similarly, the browsing DB illustrated in FIG. 14B is a history in which browsing periods for each model in the browsing unit are tabulated. As described in the balance sheet input screen of FIG. 12, the management server 10 totals such model-specific browsing periods in a predetermined period (for example, one month), and the model with the longest browsing period, the most browsing A model having a large number of times, the latest browsing model, or a model selected by the player during browsing is specified as the model of attention of the player.

In addition, the determination of the association of the store visits may be performed in real time, or may be performed retrospectively at the time of game information extraction.
In FIG. 14, although the management example in the browsing unit was shown, both browsing of the web screen in business days and the visit may be associated, and without managing the browsing status in the web screen, It is only necessary to manage the browsing of the HP and the visit to the game hall including the own store or other stores.

  The player DB in FIG. 15 exemplifies the player information tabulated for each player for the most recent designated period (for example, three months) by the player position information DB in FIG. Each column of “weekday living area”, “holiday living area”, “number of customers visiting the store”, and “average game period” in the figure is described above with reference to the player location information DB in FIG. 6 and the balance table in FIG. According to the aggregation of the results specified as done, the website is classified according to the aggregation of the identified results and the visit (the visit after viewing the web screen) that identifies “previous” in the browsing status of the viewing DB of FIG. The number of visits is specified. Note that the model of interest is as described above with reference to FIG.

For example, when visiting the store after browsing the jackpot screen (FIG. 7) and the best stand screen (FIG. 8), the “big hit” column and the “best stand” column are subject to aggregation. Therefore, in the “number of stores” column in FIG. 15, the total number of stores on each screen does not necessarily match the total number of visitors.
The “average balance” is the average value of the balance of the game history DB of FIG. 11 and the balance table of FIG. 13, and is specified for each corresponding web screen (FIGS. 7 to 10) in the same manner as the number of visitors to the store.
“Victory information” is game information corresponding to a store that has won in the game history DB of FIG. 11, and “losing information” is game information corresponding to a store that has also been defeated.

  Here, for example, in the case where there are cooperating stores that have more stores after winning than the number of standard cooperating store visits such as 5 times, when the player finishes the game and wins, advertising information such as coupon tickets of the cooperating stores It is also good to provide. Similarly, when there is a cooperative store that has many stores after defeat, advertisement information may be provided when defeated. Of course, advertisement information of cooperative stores with a large number of customers regardless of winning or losing may be provided at the end of the game. As a method for providing advertisement information, for example, the information is displayed on the information display device 4 or transmitted to the portable terminal 1A by a reception operation at the end, or a POS for handing over from an employee operating a POS terminal for exchanging premiums or the like. There is a method of displaying a discount ticket on a terminal.

  In addition, when a store is associated with victory information and defeat information, there is a possibility that a difference in the tendency to go to the competitor store after the next day or later, for example, will not be headed to the competitor store due to the win or loss at the own store. For example, there may be a tendency difference between a store after winning (for example, a high-class restaurant) and a store after losing (for example, a convenience store). Therefore, the period of correspondence may be different depending on whether it is a competing store or a cooperating store, such as one week from the identification of the winning or losing competition, and the partner store only on the day.

  The store visits by period shown in FIG. 16 exemplify the number of visits per store for each period specified based on the player position information DB shown in FIG. 6, the balance sheet input screen shown in FIG. The vertical direction in FIG. 16 indicates the flow of time, and the number of visits to each amusement hall or cooperating store is entered in the vertical column parallel to the horizontal direction.

  The total number of visitors by type of attention in FIG. 17 is obtained by grouping players by the type of attention identified by the browsing DB shown in FIG. 14 and the number of visits to store A during the target period is the reference number of visits (for example, 1 This is an example in which the number of visitors and the rate of visitation by game hall are tabulated for the above-mentioned group units for the above-mentioned players. In this embodiment, including others, the number of customers who visited the store during the target period was more than the standard number of visitors, and the other players were treated as unvisited stores. However, the presence or absence of a store visit may be simply specified. The same applies to the identification of presence / absence of browsing.

  FIG. 17A shows the total number of customers during the target period. The numerical values in each column other than the “total” column in FIG. 17B indicate the ratio of the number of visitors to each game hall with respect to the total of the model types in FIG. The numerical value in the “total” column in the figure indicates the ratio of each model to the total. Note that the overall numerical value in the lowermost column of the “total” column in FIG. 17B indicates the number of target store visitors together with FIG.

Here, in FIG. 17B, the ratio of each model with respect to the total for each game hall is compared, and when each model is more, that is, the game that pays attention to each model with respect to the overall store visit rate to the game hall. Identification is output when a visitor's visit rate is high. For example, for store A, the store visit rate is 70.7%, while the proportion of model A is 77.3%, so 77.3% is identified and displayed by hatching. According to such an identification output, it becomes easy to grasp the tendency of which game hall to visit when it is desired to play each model.
In addition, according to the total for each model, it is possible to grasp which model the player in the store is paying attention to.
In FIG. 17, the total is based on the number of visitors, but the game period (including the stay period) may be replaced with the number of visitors and the total may be calculated.

  The management server 10 can generate a player map illustrated in FIG. 18 and provide it to the management device 12 of each game hall. This player map is an output example in which the position information of the player specified by the player DB or the like in FIG. 15 is plotted on the map. Circle information indicates position information indicating the player's sphere of life (base) and the like, and the balance status is identified and output by the hatching type. The player map can be browsed by the management server 10 and can be browsed by the management device 12 of each game arcade. For example, if the manager of the game hall refers to the player map, it becomes easy to grasp the action area of the player at the store. Furthermore, since the store where the position information is set as shown in FIG. 5 is also displayed in this player map, it is possible to more easily grasp the competition situation with other stores.

  The player map in FIG. 18 exemplifies the correlation between the position information of the living area and the like specified by the player position information DB in FIG. 6 and the position information of the game hall. On the right side of the map area A, a range designation area B in which input fields for map designation, classification designation, data designation, classification switching and the like are arranged is arranged. If a desired range designation is entered in each entry field of this range designation area B, for example, the corresponding area such as the vicinity of the own store or other stores, the target of the player visit status by classification designation, the target by data designation The extraction target can be designated by position information such as attribute information by classification switching such as designation of gender and age. The player's position information is displayed as a circle on the map whose range has been specified. Although not shown in FIG. 18, for example, a target period such as the latest three months can be specified, but a past period such as a period from nine months ago to three months ago may be specified.

  In the above category designation, specify store visit rate by store, balance by player, store visit rate (number of store visits with respect to the total number of visits), average game period, number of browsing of web screens (whole or for each web screen), etc. Is possible. The designated classification is specified based on the player DB or the like in FIG. 15, and is identified and displayed by the hatching type indicated by a circle depending on which range is appropriately classified. The description of the hatching type section is displayed in the section description section C below the map area A.

  In the example of FIG. 18, the balance is classified according to the player's balance. If the average balance is less than -30,000 yen, a right-up hatched circle is used, and if it is less than ± 0, a right-down hatch is used. If it is less than 10,000 yen, it is indicated by a vertical hatch circle, and if it is more than 30,000 yen, it is indicated by a horizontal hatch circle. Here, if an arbitrary category in the category explanation part C is selected, it is possible to switch to a display excluding the category other than the selected category. In addition, for example, when the store visit rate is selected, the display is identified by changing the hatching corresponding to the game hall having a high store visit frequency (the number of visits), or if the store visit rate is the store visit frequency The player may be categorized and displayed according to the number of visits to the store or the like while browsing the web screen. As for the income and expenditure, as with the income and expenditure table of FIG. 13, there is a possibility that there will be a problem in the disclosure of data collected at other stores. It is desirable to identify information. As a method of identification display, a change of display color or the like may be employed instead of switching the hatching type.

  In the player map of FIG. 18, the weekday living area is targeted for extraction as data designation in the range designation. Instead of the weekday life zone, the holiday life zone, location information before a predetermined period (for example, 3 hours) before the store visit time, etc. can be designated as the extraction target. In addition, in the category switching, it is preferable that a visitor to another store or a cooperative store can be specified in addition to the total illustrated in FIG.

In the player map of FIG. 18, when the circles overlap on the map, the player with the newest visit date and time or the player with a large number of visits may be displayed with priority.
On the lower right side in the map area A, a scale selection unit D is arranged. For example, if the scale selection unit D is operated using a pointing device such as a mouse, the scale of the map can be specified, and the position information of the player extracted when the scale is changed is also changed. Further, in the lower left of the map area A, a player number display section E is arranged side by side with the above-described section explanation section C. In the player number display portion E, the extracted number of players is displayed.

  The management server 10 can execute the aggregation exemplified in FIGS. 19 is a tabulation example of which web screen is browsed and the store is visited after browsing. Here, the number of customers visiting the store and the store visit rate indicating the number of visitors divided by the number of visitors are totaled for each web screen, and the average out of the store (A store) at that time is managed in association with each other. According to such aggregation, it is possible to grasp the correlation trend between the browsing status and the operating status. In addition, the number of viewers is divided into a plurality of ranges as in the range setting of FIG. 20, and the average out when the number of viewers corresponds in the range unit is aggregated as the average out by browsing in FIG. .

  19 is an example in which the correlation between the browsed web screen (FIGS. 7 to 10), the number of visits and the visit rate is tabulated in units of business days. In other words, for the players who have browsed each web screen, the number of visits is counted by the number of visits by game hall, and the ratio of the number of visitors to the store among the number of visits by web screen is indicated by the visit rate. The “average game period” column in the figure shows the total result for each game hall in the player DB of FIG. 15, and the “average out” column shows the average out on the corresponding day of the store (A store). Yes. In addition, although illustration is abbreviate | omitted, well-known game information, such as out in a shop, safe, etc. is also made into the collection object.

  FIG. 20 shows an example of setting a range for dividing the number of viewers in units of web screens, and other ranges are also divided in this way. The average out by browsing in FIG. 21 is a diagram showing the average value by extracting outs by classifying business days according to which range the number of viewers classified by the range setting belongs. For example, if the number of viewers on the jackpot screen is one, the out of business day is extracted as being in the first jackpot range. Further, the target period can be specified in the same manner as the player map of FIG. 18 and the number of stated viewers in the target period (excluding duplicate counting on the same day) is indicated by the total viewed. The “influence degree” is the ratio of the number of people on each screen to the total value of the total browsing (total of values including the total number). The “difference ratio” is the maximum value and the minimum value (8190 of the first range) with respect to the maximum value (eg, “big hit” in FIG. 21 (the same applies hereafter) in the eighth range 14217) out of each range. (42% = (14217-8190) ÷ 14217). The “difference influence degree” is an influence degree specified after excluding a screen (for example, “model information” in FIG. 21) whose difference ratio is lower than a reference ratio (for example, 10%). It should be noted that the browsing total for each store / game room shown in FIG. 19 may be extracted after designating not only the unit of business days but also the period. Moreover, you may add well-known attribute information, such as a day of the week and a weather, to extraction conditions.

  22 for each simulation (outgoing for a predetermined period (for example, 1 day) from the time of simulation) for each web screen (big hit, best stand, model information, graph screen). It is an example of totaling the number of viewers. The out simulation result of FIG. 23 is an example showing the result of simulating out based on the average out by browsing in FIG.

  The out simulation result in FIG. 23 indicates which range (first to eighth ranges in FIG. 20) the number of viewers on each web screen (big hit, best platform, model information, graph screen) corresponds to. 21 is extracted, and the average out for each browsing in FIG. 21 in the corresponding range is extracted, and the estimated out value of each web screen is specified by multiplying the degree of influence, and the total out is simulated as an average out. is there. That is, the weighted average value based on the influence degree of the average out extracted by the range is specified as the predicted out. Note that the “normal” column in FIG. 23 shows the result of simulation without excluding the difference ratio. The “difference” column indicates the result of exclusion based on the difference ratio (adopting the difference influence degree instead of the influence degree).

  The management server 10 aggregates the browsing status for the purpose of simulating the operating status based on the average out by browsing of FIG. 21 and the like, and as a result, the number of viewers such as the browsing count for simulation of FIG. When it is obtained, an out simulation is performed such that a result similar to the out simulation result of FIG. 23 is obtained. By specifying the browsing status by such a simulation, the operating status can be simulated.

  The management server 10 can tabulate the number of players classified according to the store visit status and the browse status in the target period, as exemplified in the store count by store visit status in FIG. According to the browsing count by store visit status in the figure, it is possible to grasp which web screen the player is browsing according to the store visit frequency. Players who are not browsing in the non-visited store are considered not interested in the game hall itself, so in this tabulated by visit status browsing, such players are identified as risky persons and registered players The number of persons at risk of separation with respect to the number is specified as the risk of separation.

  The visit count according to the store visit status of FIG. 24 is a count in which the number of visitors and the number of store visitors classified according to the visit status of registered players in a specified target period (for example, three months) are associated with the browsed web screen. It is an example. When the management server 10 generates the visit count according to the store visit status in FIG. 24, the number of store visits in the target period for each player specified like the player DB in FIG. 15 is the same as the range setting in FIG. Setting to classify the number of visits to the store (not shown). Then, the number of visits is specified by identifying the number of visits to the store and the number of viewers by associating the player with a web screen whose number of views exceeds the reference number of views (for example, 5 times). Tally.

  For example, the number of visitors to the store during the target period is 15 times (for example, the third range), and the web screen that is the number of browsing more than the reference number of views is a jackpot screen (FIG. 7) and a graph screen (FIG. 10). In this case, the number of viewers is counted as the target of the number of viewers in each column of “big hit” and “graph” in the third range. In addition, the total number is similarly counted depending on which store visit range in the case of browsing exceeding the reference browsing number, but the total reference browsing number is different from the reference browsing number of the web screen (for example, once, Alternatively, it may be viewed or not). It should be noted that a player who has never visited the store during the target period as a range of store visits is classified as a non-visit store.

  The “non-browsing” column in the browsing count by store visit status in FIG. 24 indicates the totaling of the players whose browsing count did not reach the reference browsing count. The “number of registered users” column at the bottom indicates the total number of registered players, and the “risk probability” column indicates that the number of registered users is an unrecognized person who is a non-visited and unvisited player. The percentage of numbers is shown.

  As shown in FIGS. 25 and 26, the management server 10 manages the breakdown of the number of store visits and the breakdown of the competition rate. The breakdown of the number of store visits in FIG. 25 and the breakdown of the competition rate in FIG. 26 show the competition situation with the competitor stores targeted for the players extracted in the same manner as the player map in FIG. In the breakdown of the number of store visits in FIG. 25, the number of players is classified and tabulated according to the game halls visited, and the total number and the breakdown of the advantages of own store and other stores are shown. Also, in the breakdown of the competition rate in FIG. 26, the ratio of the number of players who visited the competitor stores among the players who visited any of the amusement halls is counted as the competition rate, including the breakdown of each competitor store. Aggregated according to whether the store is advantageous or advantageous to other stores. Based on the breakdown of the number of store visits in FIG. 25 and the breakdown of the competition rate in FIG. 26, it becomes possible to grasp the competition situation as described above, thereby allowing a player advantageous to other stores to be a player advantageous to the own store. It is possible to set a guideline in sales, such as aiming to keep a player advantageous to a store only for a player in the own store and a player only in the own store in the own store.

  25 shows the breakdown of the number of store visits for the players extracted in the same manner as the player map of FIG. 18 based on the player DB of FIG. The “Visit” column in FIG. 25 shows the store visits. For example, when visiting all stores A to C within the target period, “A to C store”, and when visiting stores A and B, The total number of players assigned as “A, B stores” and the like, and “own store advantage” of the total number (the number of visits to the store and game time, etc. are more than other stores), “ It shows the number of players divided into “other store advantage” (the number of visits to the other store and the game time are larger than the own store). Note that the number of such players is for players whose total number of visits is a reference number (for example, 5 times) or more, and players with less than the reference number are classified as “no visit”.

  The breakdown of the competition rate in FIG. 26 is an example of aggregation in which the competition rate is specified based on the breakdown of the number of store visits in FIG. The breakdown of the competition rate indicates the ratio of the number of players who visited each store in “total number of stores” in the “total number” column in FIG. 25 indicating the number of players who are willing to visit the store. For example, in the “total number” column of “B store” in FIG. 26, the player who has visited the store B is divided into the “AC store” column, the “A, B store” column, and the “B store” column. Players are targeted. In the “total number” column of “B store” in FIG. 26, there are 1981 people in the “A to C store” column, 1124 people in the “A and B store” column, and 321 people in the “B store” column in FIG. The percentage (62.3%) of the total 3,426 people in the total number of store visits of 5,496 people is shown. Similarly, for “own store advantage” and “other store advantage”, the ratio of the number of customers of “own store advantage” or “other store advantage” to the total number of visits is shown.

  In addition, “total number of customers” in FIG. 26 is a total of visitors to stores other than the store A. Although the number of players who are willing to visit the store is used as the denominator, the number of players who have visited the store (for example, “A to C stores”, “A and B stores”, “A and C stores”, “A stores”). "Total number of players") may be adopted. The breakdown of the number of store visits in FIG. 25 and the breakdown of the competition rate in FIG. 26 are preferably output together with the player map in FIG.

  As described above, according to the gaming hall system 1, as illustrated mainly in FIG. 19 to FIG. 23, for the browsing situation (target browsing situation information, etc.) of the gaming hall site (information disclosure site) on the web, Operation information (target operation information) indicating the operation status in the amusement hall can be associated and managed. In this way, based on the target operating information and target browsing status information managed by the gaming system 1, how the browsing status changes to the operating status, such as what operating status will be in accordance with the browsing status of the browsing information. It will be possible to grasp whether or not it affects. If it becomes possible to grasp the effects of the game hall site on the web on attracting customers, etc., it is extremely useful for game hall management.

  In the game hall system 1, it is possible to specify a store visit based on the position information without receiving the portable terminal 1A. Therefore, according to this game system 1, it is possible to grasp the store visit status of more players. In this game hall system 1, as exemplified mainly in FIGS. 12 and 13, the store visit status of the own store is specified by an accepting operation to the information display device 4, while the store visit status of the competitor store is determined by a portable terminal The operation of specifying by the position function or input information of 1A is possible.

  For example, with regard to the game hall of the own store that can accept the identification information, the detailed store visit situation is specified by accepting the identification information by the accepting operation on the information display device 4 or the like. On the other hand, for amusement halls of other stores that cannot accept the identification information or that cannot be identified, the location information specified by the location function of the mobile terminal 1A can be used to specify the general store visit status. become. By adopting such an operation, it becomes possible to grasp the game trends of players in a plurality of game halls including competing stores, which can be a very useful guideline for game hall management.

In general, there is a need on the amusement hall side to know which game model a player wants to play and visits the store. However, because there are unavoidable situations in which there are many players who play other gaming models because the gaming model that they want to play is full, it is necessary to refer to the operation of each gaming machine, and the gaming machine that you want to play has sufficient accuracy. There is a high possibility that it will not be possible to grasp.
In the game hall system 1, as described mainly with reference to FIG. 17, the model of attention of each player is identified according to the browsing situation of the game hall site on the web, and the players are grouped by the model of attention. The store visit status of each group is managed. As described above, based on the visit status of the players classified according to the model of interest, the player who visits the game hall can grasp what game model he / she wants to play.

If you can grasp the player's workplace and address, etc., in association with the player's income and expenditure, for example, grasp the degree of competition with competitors, select the location and method of providing advertisement information, and It is extremely useful for selecting contents. However, simply identifying the bases based on the member information presented by the player when registering as a member at the amusement hall cannot secure the number of players to be managed and cannot sufficiently improve the grasp accuracy. Probability is high.
Therefore, in the game hall system 1 as described mainly with reference to FIG. 18, the location function of the mobile terminal 1 </ b> A is used to specify the player's living base and the balance entered by the player. It is possible to display the position of the living base on the map by dividing it by game information such as. If there is such a position display, it is possible to grasp what kind of base the player in the store visit status is coming from, for example, it is possible to grasp the degree of competition with other stores. Further, for example, it is possible to provide an indicator as to whether it is necessary to provide a service such as preparing a shuttle car.

  As described above, the gaming hall system 1 of this example (1) manages the degree to which the browsing situation of the browsing information affects the visiting situation of the gaming hall and so on. In order to properly manage the visit situation of the player by performing the identification, (3) To manage what kind of visit situation the player is coming from and from which location, it is useful and suitable for System.

Instead of or in addition to the configuration of this example, the following configuration may be employed. Further, a configuration in which the following configurations are appropriately combined may be employed.
24, the visit count according to the store visit status and the like is targeted for the reference number or more, but a player who does not satisfy the reference value may be handled as a viewer. Similarly, a player whose number of visits to the store has not reached the reference number is classified. However, as with other players, it may be counted. The same applies to other examples.

  19, when browsing information and operating information (game information) are associated with each other, the browsing information and operating information (game information) are associated with each other on a business day basis. However, for example, game information on a business day may be associated with browsing information and game information in different periods such as from the closing of the previous day of the business day until the morning of the business day. This period may be specified by setting in advance. In addition, although out is exemplified as the operation information, any game information may be adopted as the operation information as long as the operation status can be specified such as the number of jackpots and start.

  In this example, the ID (mobile ID) of the mobile terminal 1A is exemplified as the member ID (player ID). For example, any ID other than the mobile ID may be adopted as long as it is an ID that can identify the player, such as a member card ID (card ID), a fingerprint, or a face image.

  In this example, browsing the web screen on the mobile terminal 1A has been exemplified. However, for example, the web screen can be browsed by a personal computer at the player's home and the browsing results may be aggregated. Further, if the portable terminal 1A and the personal computer are associated with the player using the member registration screen shown in FIG. 3, etc., it becomes possible to manage the store visit status and the browsing status in association with each other by specifying the location information by the portable terminal 1A. . That is, the player display terminal is a concept that includes not only the mobile terminal 1A but also terminal devices such as a personal computer at home.

  As the browsing information presented by the management server 10, a configuration is shown in which a target game hall is selected from a plurality of game halls and browsing information of the target game hall is provided. Instead of or in addition to this, the viewing situation may be specified in units of game halls after the target game hall has one store, that is, a dedicated server for the target game hall. Of course, the homepage of the store may be provided as the URL using the two-dimensional code of FIG.

  In this example, the identification of a cooperative store with a high visit frequency is exemplified as the identification of the target cooperative store. Instead of this, or in addition to this, for example, out of the cooperation stores that visited at least once even if the store visit frequency is low, the frequency of the store visit frequency that is the target of identification, such as identifying the cooperative store that the game hall wants to particularly recommend May be adopted. Moreover, the consumption amount etc. in a cooperation store etc. may be specified by accepting portable terminal 1A etc. in a cooperation store, and the store visit situation of a cooperation store may be specified by the consumption amount. Furthermore, when a visit to a partner store is specified by the mobile terminal 1A that specifies the store visit status or the like, a display indicating that a discount can be received at the partner store may be displayed, or the given privilege may be validated.

Although the end of the game is illustrated as the timing for presenting the advertisement information, it may be presented at any timing as long as it is a presentation timing according to the game situation specified by the game information, for example, at the end of the big hit.
Although the visit to the store (target game hall) is specified by the reception of the mobile terminal 1A and the location information, the visit to the competing store and the cooperation store may also be specified by the reception of the mobile terminal 1A. In addition, the visit to any store may of course be specified by one of reception by the mobile terminal 1A and specification by position information.

  The target gaming machine 2 may be a slot machine or a pachinko gaming machine other than those exemplified. In the case of a pachinko gaming machine, the game value is a ball, and the game is the number of actuating items such as symbol fluctuations according to winning in a specific winning opening. In addition, a so-called enclosing type or credit type that allows a game with points without using game media may be targeted, and the game value including the game media and points is expressed in consideration of these.

  In this example, various ranges for sorting the number of times of browsing the web screen are set. For this range, it is not essential to set both an upper limit and a lower limit. For example, the range corresponding to the smallest value, the largest value, the continuous range, etc. can be set by setting one of the upper limit and the lower limit for each range and not setting the other.

  All illustrated numerical values, items, etc., such as the specifications and setting values of the gaming machine are examples, and any numerical values may be adopted. Of course, other game information may be specified by an optimum specifying method, whether directly or indirectly. Further, the information processing performed by the management device 12 and the management server 10 may be shared in any way, or may be performed by the relay device 17 or the information display device 4. Further, to the illustrated configuration may be combined how including modification, as appropriate, may not take place.

  As described above, specific examples of the present invention have been described in detail as in the embodiments. However, these specific examples merely disclose an example of the technology included in the scope of claims. Needless to say, the scope of the claims should not be construed as limited by the configuration, numerical values, or the like of the specific examples. The scope of the claims includes techniques in which the specific examples are variously modified, changed, or appropriately combined using known techniques and knowledge of those skilled in the art.

DESCRIPTION OF SYMBOLS 1 Game system 1A Portable terminal 10 Management server 12 Management apparatus 14 Registration apparatus 17 Relay apparatus 2 Game machine (slot machine)
3 gaming machine device 4 information display device

Claims (5)

Browsing that can be browsed by a player display terminal that is a display terminal possessed by a player, and that can be provided by classifying browsing information that is game information for a player associated with a game arcade according to the target game model Information provision means;
A browsing status specifying means for specifying the browsing status of the browsing information in units of players, so that it is possible to specify which gaming model was the browsing target by the player display terminal;
The game model that is the object of browsing, the latest browsing game model, the gaming model with the longest browsing period, the gaming model with the most browsing times, and the gaming model selected by the player while browsing the browsing information Of these, at least one of the attention models is a model of attention identification means for identifying in units of players,
Whether the player has visited the game hall by accepting the player's identification information in the game hall, or specifying the location information specified by the portable terminal carried by the player, the stay period at the game hall, or A store visit specifying means for specifying at least one of a game period indicating a period during which the player has played,
Group means for grouping the players whose specified model is specified among the players whose store is specified by the store specifying means or the game period is specified,
And a management means for managing the store visit status of the players grouped according to the noted model. The store visit specifying means determines whether or not the player has visited the game hall by specifying the location information specified by the portable terminal carried by the player, the stay period at the game hall, or the period during which the player played. It is possible to specify at least one of the game period to be shown and which game field the player who specified one of them has visited,
2. The game hall system according to claim 1, wherein the management unit manages a store visit situation of the players grouped according to the model of interest in units of the game hall. The management means includes store unit visit information obtained by classifying store visit information obtained by classifying game store units into total store information indicating the number of players or game times for which visits have been specified by the store visit specifying means, and further classifying by store type. Information and
The store unit model type information that is at least one of the store unit model store visit ratio indicating the ratio of the store unit model store visit information to the model store visit information obtained by classifying the total store visit information according to the model of interest. The game room system according to claim 2, wherein the store visit status is managed for each game hall. The management means manages the store unit type information so that it can be browsed,
The said store unit machine type information is identified and output according to the comparison result of the store unit store visit rate which shows the ratio of the said store unit store visit information with respect to the said total visit information, and the said store unit model visit rate. Amusement system. The management means includes model-specific store visit information in which total visit information indicating the number of players or game times for which visits have been specified by the store specifying means is classified by the noted model type, and
5. The machine type information that is at least one of the machine type visit ratio indicating the ratio of the model visit information to the total store visit information is managed as the player visit status of the player. A system for a game hall described in 1.

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