JP4424732B2 - Store data aggregation system - Google Patents

Description

The present invention relates to a store data totaling system that performs a totaling process of various business data generated during the operation of a registered store by a totaling computer, and in particular, from the totaling computer, the total data of each registered store is related to the officials of the registered store. In addition, the present invention relates to a store data totaling system that distributes aggregate data of each group to which a plurality of registered stores belong to related parties of the group headquarters .

Conventionally, as shown in Patent Document 1, a stand computer that collects game stand data of a corresponding game stand is provided corresponding to the play stand installed in each game hall, and the stand computer is connected to the Internet via a router. Connected to a management computer installed in the management center through which the management computer collects the gaming machine data collected by the computer and performs a totaling process as gaming machine data for each game arcade. 2. Description of the Related Art A game table data management system is known in which table data can be viewed with a communication terminal that accesses a management computer. According to this, since it is not necessary to install a hall computer that performs the process of counting the game table data in each game hall, it is possible to greatly reduce the cost .

Japanese Patent Application Laid-Open No. 2004-89619 (pages 5 to 7, FIGS. 1 and 2)

As shown in Patent Document 1, there is a store that introduces a system that achieves a reduction in the cost of introducing a hall computer in the own store and a reduction in maintenance labor by entrusting data collection of the own store to a management center .

However, in the system shown in Patent Document 1, a person concerned in the own shop can browse the aggregate data of the own shop, but a person concerned in the headquarters of a group to which a plurality of shops belong has each store belonging to the group. It was not possible to view the aggregate data based on the game table data.

The present invention has been made based on such a background, and an object of the present invention is to provide each registered store in a store data totaling system in which a totaling process of business data generated during business of a registered store is performed by a totaling computer. It is to provide a store data totaling system that can distribute the aggregated data of the group to the parties concerned in the registered store and the aggregated data of each group to which the plurality of registered stores belong to the parties concerned in the headquarters of the group. .

  The present invention adopts the following means in order to solve the above problems. The reference numerals used in the description of the best mode for carrying out the invention and the drawings to be described later are appended in parentheses for reference, but the constituent elements of the present invention are not limited to the appended description.

Invention first described in claim 1 is installed in each register store (game arcade), and store舗内terminal to gather operating data (game data) generated during operating of the Register Stores (hall computer 30), Corresponding to the received store identification information based on receiving the business data of the registered store together with store identification information capable of individually identifying the registered store where the terminal is installed from each store terminal A store data totaling system (1) comprising a store-by-store sales data storage means (hard disk 45) for storing the received sales data , and a store data totaling system (1) comprising: each registered store Is calculated based on the sales data stored in the sales data storage means for each store in association with the store identification information of the registered store. Store-by-store total data setting means (display 43 and input device 44) for setting the type of data and the display order of the total data, and for each registered store, store the store-specific sales data in association with the store identification information of the registered store A store-by-store data totaling unit (control unit 42) that counts the type of aggregated data set for the registered store by the store-by-store total data setting unit based on the business data stored by the unit; The related data of the registered store that has been aggregated for each registered store by the aggregation means can be viewed as the aggregate data of the own store in the display order set by the aggregate data setting means for each store. the shop identification information of its own store aggregate data distribution means (communication unit 41), a plurality of registers store from among the registered store to deliver to The registered store group setting means (display 43 and input device 44) for setting the group to which the registered store of the selected store identification information belongs as a group store, and the registered store group setting means For each group, set the type of aggregate data to be aggregated based on the business data stored in the business data storage means for each store in association with the store identification information of the group stores belonging to the group and the display order of the aggregate data For each group set by the group total data setting means (display 43 and input device 44) to be registered and the registered store group setting means, the sales data for each store is associated with the store identification information of the group stores belonging to the group. Based on the business data stored in the storage means, Total data of the type set for the group by the total data setting unit for each loop is calculated for each group store (control unit 42), and the total data for each group is totaled by the group data totaling means. Self-group total data distribution means for distributing the total data of the group in a display order set by the total data setting means for each group so that a person concerned at the headquarters of the group can view the data as the total data of the group. And a communication unit 41) .

The invention according to claim 2 is the store data totaling system (1) according to claim 1, wherein the registered store (game room) includes a sales device (pachinko machine) that operates during the operation of the registered store. P, ball lending unit U) are installed, the in-store terminal (in-house computer 30) collects sales data for each of the sales equipment, and the counting computer (40) stores the sales equipment in the sales equipment group. It further comprises sales equipment group setting means (display 43 and input device 44) for separately setting distribution, and the store total data setting means (display 43 and input device 44) is the type of the total data for each registered store. And the display order of the tabulated data are set for each sales device and each sales device group, and the store-by-store data totaling means (control unit 42) For each registered store, the total data of the type set for the registered store by the store total data setting unit is totaled for each business device and each business device group, and the own store total data distribution unit (communication) The unit 41) sets the aggregate data of the registered stores, which is aggregated for each sales device and each sales device group, for each registered store by the store data totaling unit, by the total data setting unit for each store. It is a store data totaling system which distributes so that the person concerned of the registration store can peruse as the total data of the own store in display order .

First, according to the store data totaling system according to claim 1, the type of total data set for each registered store is distributed to the concerned parties of the registered store so that it can be viewed in the display order set for each registered store. Therefore, for each registered store, it is possible to distribute a summary form in a format that is easy to see (familiar with) the parties involved in the registered store, and the type of aggregate data set for each group to which a plurality of registered stores belong, Since it can be distributed to the parties concerned at the headquarters of the group so that it can be viewed in the display order set for each group, the aggregated data of registered stores belonging to the group is distributed to the group headquarters in a unified format By doing so, it is possible to distribute a total form in a format that is easy to see for the person concerned at the headquarters.

Further, according to the store data totaling system according to claim 2, since the total data distributed to each registered store is totaled for each business device and each business device group, Aggregated data for each sales device group can be easily confirmed.

  Hereinafter, embodiments of the present invention will be described with reference to the drawings. As shown in FIG. 1, the store data totaling system 1 according to the present invention performs totaling processing of various sales data (for example, game data) generated during business of a registered store (for example, a game hall) by a totaling computer 40. In particular, the aggregation computer 40 distributes the aggregated data of each registered store to the related parties of the registered store, and the disclosure allows the disclosure to the parties other than the related parties of the registered store in the aggregated data of each registered store. The allowable data is transmitted to the web server 50.

  First, with reference to FIGS. 1-14, the structure of the store data totaling system 1 is demonstrated. In the following, a registered store that is a store registered in the store data totaling system 1 is a plurality of game halls A to Z, and business machines that operate during operation of the game hall are pachinko machines P and ball rental units. An example will be described in which sales data that is U and generated during sales of the game hall is game data. In addition, since the configurations in each of the game halls A to Z are substantially the same, only the configuration in the game hall A is illustrated and described below, and the configurations and the configurations in the game halls B to Z are omitted. .

  As shown in FIG. 1, the store data totaling system 1 is installed in each of the game halls A to Z and serves as a plurality of terminal terminals 10 that function as a plurality of in-store terminals that collect various game data generated during the operation of the game hall. , The relay computer 20, the in-store computer 30, and various game data collected by the terminal in the store are collected from each game hall, and the collected various game data are aggregated as game data for each game hall. And a counting computer 40.

  This aggregation computer 40 is installed in a card company that issues and manages a prepaid card, which will be described later, for example, wired communication technology such as optical fiber, CATV, or xDSL (for example, ADSL), FWA, IMT-2000, etc. It is possible to communicate with the on-site computer 30 through a so-called broadband line realized using wireless communication technology. The aggregation computer 40 can communicate with the web server 50 and the chain store headquarters 60. The web server 50 can communicate with the personal computer 3a and the portable terminal 3b that can be operated by the player via the Internet 2. It is said that. Here, the personal computer 3a and the portable terminal 3b include a display that can display various types of information, a keyboard that is an input device that can input various types of information, and the like. is there.

  In each of the game halls A to Z, a pachinko machine P and a ball lending unit U are arranged at predetermined positions on a game island (not shown) according to the model of the pachinko machine P and the like. Here, the game islands can be individually identified by island numbers (first island, second island,...). Further, the pachinko machine P and the ball lending unit U can be individually identified by stand numbers (0001 series, 0002 series ...). The pachinko machine P and the ball lending unit U can communicate with the on-site computer 30 via the platform terminal 10 and the relay computer 20 as described later.

  The pachinko machine P is an example of a business machine, and is a gaming machine that plays a game by driving a pachinko ball, which is a game medium, into the game area. Here, the pachinko machine P can communicate with a corresponding ball lending unit U, The ball lending process for lending is a so-called CR-type pachinko machine that is performed by exchanging signals regarding lending of pachinko balls with the ball lending unit U. The game area in the pachinko machine P includes a plurality of winning openings such as a general winning opening (chukka winning opening), a starting winning opening (start winning opening), a large winning opening (attacker), and a plurality of types of identification information. A variable display device or the like that can variably display is provided. From the pachinko machine P, various signals described below are output as game data.

  First, when a pachinko ball (hereinafter referred to as a “ball-in ball”) used in the game after being placed in the game area wins the start winning opening, the variable display of the variable display device is started and a predetermined time has elapsed. The variable display stops, and a one-pulse start signal is output as information that can specify the stop of the variable display.

  When the display result of the variable display device is in a predetermined mode, a gaming state advantageous to the player (so-called special prize = big hit) occurs, and the closed big prize opening is opened. As a result, the hit ball can be awarded to the special winning opening, and a continuous special award signal is output from the occurrence to the end of the special award as information that can specify the occurrence of the special award.

  In addition, when the display result of the variable display device is in a predetermined predetermined mode, a probability fluctuation state in which the occurrence probability of the special prize fluctuates from a normal probability to a high probability (hereinafter simply referred to as “probability change”). As a result, a continuous probability change signal is output from the occurrence of the probability change to the end as information that can identify the occurrence of the probability change.

  In addition, when a hit ball that has been driven into the game area wins a winning opening, a predetermined number of pachinko balls corresponding to each winning slot are paid out as information for identifying the number of winning balls. A safe signal of 1 pulse is output every time 10 prize balls are paid out.

  In addition, the hit balls that won the prizes and those that did not win any of the prize holes were led to an out tank provided on the amusement island behind the pachinko machine P, and attached to the out tank. In addition, the number of shot balls is counted by the shot ball counter, and an out signal of one pulse is output every time ten pachinko balls are counted as information capable of specifying the number of shot balls.

  Furthermore, from the pachinko machine P, a chucker winning signal indicating a winning at a general winning opening, a starting winning signal indicating a winning at a starting winning opening, a grand winning exit signal indicating a winning at a winning winning opening, or passing through a gate. And a door open signal indicating the opening of the front door are also output.

  Note that the gaming machine is not limited to the pachinko machine P, and may be a slot machine that plays a game by using a medal, which is a gaming medium, as a bet number. In this case, the start is based on the operation of a lever. A signal and the out signal (one medal = 1 pulse) are output, the safe signal (one medal = 1 pulse) is output based on the payout of the medal, and the BIG bonus is generated based on the occurrence of the BIG bonus The special prize signal indicating the occurrence of the REG bonus is output based on the occurrence of the REG bonus.

  The ball lending unit U is also an example of a sales device, and is a lending processing machine that is provided corresponding to the pachinko machine P and performs ball lending processing that lends a pachinko ball that is a game medium. Here, a corresponding CR type A game recording medium (for example, a prepaid card) that is communicable with the pachinko machine P and recorded with a value of a game value (for example, card frequency) that can be used for the game is received, and the received game recording medium A ball lending process for reading the record information and paying out and lending the pachinko ball corresponding to the game value of a predetermined size within the range of the game value specified from the read record information from the pachinko machine P This is a so-called CR-type ball lending unit (CR sand) which is performed by exchanging signals regarding the lending of pachinko balls with the pachinko machine P. From this ball lending unit U, as the game data, based on the fact that the pachinko ball has been loaned, the loan amount as the information that can identify the loan amount that is the magnitude of the game value used for the loan One CR sand signal is output for every 100 yen.

  The ball lending unit U is not limited to a CR-type ball lending unit, is provided corresponding to a cash-type pachinko machine, accepts money, and pays out a pachinko ball corresponding to the amount of money received from the inside. It may be a so-called cash-type ball lending unit (cash sand) in which a lending process for lending is performed. In this case, the money used for the lending based on the lending of pachinko balls. Sand cash total signal indicating the amount of money is output. Further, when the so-called replaying of the stored ball is possible in the ball lending unit U, a replay signal indicating a pachinko ball used for the replaying of the stored ball is output based on the replay of the stored ball replaying. . In addition, when the CR-type ball lending unit U can lend a pachinko ball while accepting money, a QC sales signal indicating the amount of money used for lending is output. The lending processing machine is not limited to the ball lending unit U, and may be a medal lending unit that is provided corresponding to the slot machine and performs a medal lending process that lends a medal that is a game medium.

  Furthermore, a call signal indicating the operation of the call button is output as game data from a call lamp device (not shown) provided corresponding to the pachinko machine P. In addition, in the case where each unit counter for counting pachinko balls given to the player is provided corresponding to the pachinko machine P, each unit indicating the counted number of pachinko balls as game data. A counter signal is output.

  The terminal 10 is an example of the terminal in the store, and is provided on the game island, collects various game data output from the pachinko machine P, the ball lending unit U, etc., and outputs it to the relay computer 20 It is. This stand terminal 10 is provided with a plurality of connection terminals (for example, four connection terminals A to D), and by connecting each pachinko machine P or each ball rental unit U to each connection terminal, the connected devices Can communicate with each other.

  The relay computer 20 is also an example of the in-store terminal. The relay computer 20 is provided at a predetermined location (for example, a management office) in the game hall, collects various game data output from the terminal 10 and Output. The relay computer 20 is provided corresponding to each game island, and can communicate with a plurality of terminal terminals 10 provided on the game island.

  Here, the terminal 10 is connected to the pachinko machine P, the ball lending unit U, and the like together with various game data collected from the pachinko machine P, the ball lending unit U, etc. The terminal name is output to the relay computer 20, and the relay computer 20 outputs the information to the on-site computer 30. Here, the on-site computer 30 stores the number of each pachinko machine P or ball lending unit U, the number of the terminal terminal to which the pachinko machine P or ball lending unit U is connected, and the name of the connection terminal. Yes. Therefore, when the terminal number and the connection terminal name are transmitted together with the various game data, the on-site computer 30 can specify the stored terminal number in association with the transmitted terminal number and connection terminal name. Therefore, it can be grasped from which pachinko machine P or the ball lending unit U the transmitted game data.

  The in-store computer 30 is also an example of the in-store terminal. The in-store computer 30 is provided at a predetermined location (for example, a management office) in the game hall, collects various game data output from the relay computer 20, and Output. The in-field computer 30 includes an in-field communication unit 31a, an out-of-field communication unit 31b, a control unit 32, a display 33, an input device 34, a hard disk 35, and the like connected as shown in FIG.

  The on-site communication unit 31a is communicably connected to the relay computer 20, and collects game data from the pachinko machine P, the ball rental unit U, and the like via the relay computer 20 and the platform terminal 10. The out-of-field communication unit 31b is communicably connected to a later-described communication unit 41 of the aggregation computer 40, and manages communication between the in-field computer 30 and the aggregation computer 40. The out-of-field communication unit 31b transmits game data (see FIG. 2) collected by the in-field communication unit 31a and totalized by the control unit 32 to the total computer 40 at a predetermined timing (for example, every hour). Is. Further, the out-of-field communication unit 31b receives a form (see FIG. 12) of the total data of the game hall, which is the game data totaled by the total computer 40, from the total computer 40 at a predetermined timing (for example, every hour). To do.

  The control unit 32 includes a CPU, a RAM, a ROM, and the like. The processing program stored in the hard disk 35 is executed by the CPU using the RAM as a work area, thereby controlling the operation of each component included in the on-site computer 30. Thus, various processes are performed. In the control unit 32, the game data collected by the on-site communication unit 31a is aggregated. Specifically, as shown in FIG. 2, game data aggregated by the control unit 32 is stored in the data table for each machine number and each date stored in the hard disk 35. This data table is associated with the storage fields of the occurrence time of the special prize, the number of real special prizes, and the probability change flag, and is out of the real special prize, out of the real special prize, safe in the real special prize, out of the real special prize, start, and CR A sales storage column is provided, and the sum of values stored in each storage column is also stored.

  First, the control unit 32 calculates the number of driven balls by multiplying the number of received out signals by the out signal ratio (here, 10 out-balls output one pulse out signal, so the out signal ratio is 10). The number of winning balls is calculated by multiplying the number of safe signals received by the safe signal ratio (here, 10 safe balls output a safe signal of 1 pulse, so the safe signal ratio is 10). The number is counted and the number of starts is calculated.

  Next, when the rising edge of the special prize signal is received, the time when the rising edge of the special prize signal is received is stored in the storage area of the “special award occurrence time”, and the jackpot is stored in the storage field of the “number of actual special prizes”. The actual special number of times that the number of received signals is counted is stored. In addition, in the storage fields of “Outside the actual special award”, “Safe outside the special special award”, and “Start”, the number of hit balls, the number of the award balls, and the number of start times calculated when the rising edge of the special award signal is received. Are stored, their calculated values are reset, and their calculations are restarted from zero.

  Next, when the falling edge of the special prize signal is received, the driving balls calculated at the time when the falling edge of the special prize signal is received are stored in the storage fields of “Out of actual special prize” and “Safe during actual special prize”. The number and the number of prize balls are stored, and their calculated values are reset, and their calculations are restarted from zero. When a probability variation signal is received, a circle is stored in the storage column of “probability variation flag”.

  The total value stored in each storage column is calculated and stored in a timely manner. On the other hand, regardless of the reception of the special award signal, the number of received CR sand signals was multiplied by the sand signal ratio (here, the lending amount is 100 yen, so one pulse CR sand signal is output, so the sand signal ratio is 100). The CR sales amount is calculated, and the calculated CR sales amount is stored in the total storage column of “CR sales”. The game data shown in FIG. 2 is transmitted to the counting computer 40 at a predetermined timing as described above. Although not shown, game data other than those shown in FIG. 2 (for example, a chucker winning signal, a start winning signal, a gate signal, a door open signal, a calling signal, etc.) are also counted by the control unit 32 and counted at a predetermined timing. 40 is transmitted.

  The display 33 is for displaying various information, and is a liquid crystal display, for example. On the display 33, as described above, a form (see FIG. 12) of the total data of the game hall transmitted from the total computer 40 is displayed. The input device 34 is for receiving various inputs, such as a keyboard and a mouse. As shown in FIG. 2, game data collected by the on-site communication unit 31 a and tabulated by the control unit 32 is stored in the hard disk 35 that is a storage device.

  The counting computer 40 collects various game data collected by the platform terminal 10, the relay computer 20, and the on-site computer 30 functioning as the in-store terminal from each game hall, and collects the collected various game data for each game. Based on the game data and the like shown in FIG. 2 transmitted from the on-site computer 30 by the control unit 42 functioning as a totaling processing means to be described later. As shown in FIG. 3 and FIG. 4, game data aggregation processing is executed according to each calculation formula for each aggregation data. The aggregation computer 40 includes a communication unit 41, a control unit 42, a display 43, an input device 44, a hard disk 45, and the like connected as shown in FIG.

  As described above, the communication unit 41 is communicably connected to the out-of-field communication unit 31b of the on-site computer 30, and is also communicably connected to the web server 50 and the chain store headquarters 60. The communication unit 41 functions as a total data distribution unit and a disclosure permission data transmission unit, and details thereof will be described later.

  The control unit 42 includes a CPU, a RAM, a ROM, and the like. The processing program stored in the hard disk 45 is executed by the CPU using the RAM as a work area, thereby controlling the operation of each component included in the counting computer 40. Thus, various processes are performed. The control unit 42 functions as a totaling processing unit, a disclosure permission data extraction unit, and a web page creation unit, and details thereof will be described later.

  The display 43 is for displaying various information, and is a liquid crystal display, for example. The input device 44 is for receiving various inputs, and is, for example, a keyboard and a mouse. The display 43 and the input device 44 are an example of a summary processing content setting means for setting the processing details of the summary processing that each game hall requests from the summary computer 40 for managing its own store. The processing contents include sales equipment group setting means (see FIG. 5), sales data group data setting means (see FIG. 6), sales equipment group data collection means (see FIG. 7). ), Sales data display order setting means (see FIGS. 6 to 8), registered store group setting means (see FIG. 9), total data distribution destination setting means by registered store group (see FIG. 9), registered store group It includes another total data setting means (see FIG. 10) and unified setting means (see FIG. 10).

  The display 43 and the input device 44 are an example of open permission data setting means. Of the total data of each game hall that has been tabulated by the control unit 42 that functions as a tabulation processing means to be described later, This is for setting open permission data that permits opening to the public other than the related parties of the game hall as aggregate data of the store. Here, for each game hall, an accessor having access rights (for example, member registration for the game hall) Release permission data permitting only the member who is a member who has performed the release) and release permission data permitting the release regardless of the presence or absence of the access right are set.

  Specifically, on the table-based total data setting screen shown in FIG. 6 to be described later, the island-specific total data setting screen shown in FIG. 7, and the overall total data setting screen shown in FIG. As a radio button for selecting a target, “unpublished” for selecting that the aggregated data is not allowed to be disclosed to anyone other than the game hall related parties, and accessing the aggregated data outside the game hall related parties “Member Disclosure” for selecting that the member player who is a right-accessing user is permitted to disclose only to the member player, and disclosure that allows the aggregated data to be disclosed regardless of the presence of the access right Three radio buttons of “visitor disclosure” for selecting that the data is permissible data are displayed on the display 43, and three corresponding to each aggregated data by operating the input device 44. By "setting" button one is selected among the radio button is operated, the release target depending on contents of the radio buttons for the aggregated data is the selected set. That is, the aggregated data set as “private” is not open to the public except for those related to the game hall, and the aggregated data set as “member open” is made open to the member players (see FIG. 14). (See D6), and the total data set as “visitor disclosure” is not only disclosed to member players (see D6), but also to visitor players other than the member players (see D3). reference).

  Hereinafter, the display 43 and the input device 44 functioning as a totalization process content setting unit and a disclosure permission data setting unit will be described with reference to the respective screens shown in FIGS. In each screen, when the “Next” button is operated, items that cannot be set on one screen can be set, and when the “Menu” button is operated, the screen returns to a menu screen (not shown).

  First, as shown in FIG. 5, the display 43 and the input device 44 are an example of sales equipment group setting means, and are used for sorting and setting each sales equipment by group. Here, the pachinko machine that is the sales equipment is used. P is distributed and set according to the game island where the pachinko machine P is installed.

  Specifically, when the gaming machine setting mode is executed by the operation of the card company staff in the counting computer 40, the gaming machine setting screen shown in FIG. In this screen, a combo box for selecting a game hall is displayed, and for each pachinko machine P installed in the selected game hall, a base number, a base terminal number, a connection terminal name, an island number, An input field for setting the type and model name is displayed.

  Here, when a card company staff operates the input device 44 to select a game arcade, enter necessary items in each input field, and operate the “set” button, the card company will be installed in the selected game arcade. Each pachinko machine P is assigned to each amusement island by setting the machine number, machine terminal number, connection terminal name, island number, type, and model name according to the input contents. Is done.

  In the example shown in FIG. 5, eight pachinko machines P (# 0004 and 0009 are missing numbers) from 0001 to 0010 are assigned to gaming islands on the first island, and 0011 to 0015 The four pachinko machines P (the number 0014 is missing) are distributed to the second island. The settings in FIG. 5 are stored in the hard disk 45 (not shown).

  Next, as shown in FIG. 6, the display 43 and the input device 44 are an example of total data setting means for each sales device, and totalize each sales device from various sales data collected by the in-store terminal. A plurality of game data to be aggregated for each pachinko machine P, which is the business machine, is selected from the aggregate data shown in FIG. 3 and FIG. And set. The display 43 and the input device 44 are also examples of sales data display order setting means, and the display order of each sales data when displaying a plurality of sales data set by the sales equipment specific data setting means as a form. Here, a plurality of game data to be aggregated for each pachinko machine P in association with the No. indicating the display order are included in the aggregated data shown in FIGS. The display order of game data is set by selecting from and setting. Further, the display 43 and the input device 44 function as public permission data setting means as described above.

  Specifically, when the total computer 40 executes the total data setting mode for each table by the operation of a card company staff, the total table data setting screen shown in FIG. 6 is displayed on the display 43. In this screen, a combo box for selecting a game hall and a combo box for selecting the type or model of the pachinko machine P are displayed, and the type or model installed in the selected game hall is displayed. For each pachinko machine P to which it belongs, in order to select and set a plurality of game data to be tabulated for each pachinko machine P from the tabulated data shown in FIG. 3 and FIG. 4, and to set the display order of the game data A plurality of (eight in this case) combo boxes and three radio buttons for setting the disclosure target for each aggregated data are displayed.

  Here, a card company clerk operates the input device 44 to select a game hall, select the type or model of the pachinko machine P, and display it in each combo box corresponding to each No. indicating the display order. 3 and FIG. 4 is selected, a required item is selected, a public object for the selected aggregate data is selected by a radio button, and the “set” button is operated, the selected item is selected. For each pachinko machine P of the selected type or model installed in the amusement hall, a plurality of aggregated data, a display order of the aggregated data, and a disclosure target of each aggregated data are set according to the selected contents. Is done.

  In the example shown in FIG. 6, for the pachinko machine P of which the type installed at the game hall A is the first type, first, the number of actual special prizes (No. 6 in FIG. 3), and second, the number of probability changes (same as above) No. 29), third prize probability (No. 11), fourth difference (No. 3), fifth payout ratio (No. 4), sixth base (No. 29) 8) and 7th, each start data (No. 10) is set, and each summary data is set to be displayed in the form in the first to seventh display order. Yes. In addition, regarding the disclosure target, the number of actual special prizes, the number of probability changes, and the probability of special prizes are set to “visitor public”, the difference ball is set to “public”, and the appearance rate, base, and start percentage are set to “nonpublic”. ing. The settings in FIG. 6 are stored in the hard disk 45 as shown in FIG.

  Next, as shown in FIG. 7, the display 43 and the input device 44 are an example of sales data group-by-sales data setting means, and the business shown in FIG. 5 is selected from various sales data collected by the in-store terminal. It is for setting a plurality of sales data to be aggregated for the sales equipment group set by the equipment group setting means, and here a plurality of game data to be aggregated for the game island that is the sales equipment group, It selects and sets from the total data shown in the said FIG.3 and FIG.4. The display 43 and the input device 44 are also examples of sales data display order setting means, and display each sales data when displaying a plurality of sales data set by the sales equipment group total data setting means as a form. This is for setting the order. Here, a plurality of game data to be totaled for the game island in association with No. indicating the display order is selected from the total data shown in FIG. 3 and FIG. By selecting and setting, the display order of game data is set. Further, the display 43 and the input device 44 function as public permission data setting means as described above.

  Specifically, when the total computer 40 executes the island-specific total data setting mode by the operation of the card company staff, the island-specific total data setting screen shown in FIG. 7 is displayed on the display 43. In this screen, a combo box for selecting a game hall and a combo box for selecting an island number of the game island are displayed, and the game island of the selected game hall is displayed with respect to the game island. A plurality of (8 here) combo boxes for selecting and setting a plurality of game data to be aggregated from the aggregated data shown in FIGS. 3 and 4 and setting the display order of the game data, Three radio buttons for setting the disclosure target for the total data are displayed.

  Here, the card company staff operates the input device 44 to select a game hall, select an island number of the game island, and display it in each combo box corresponding to each No. indicating the display order. When a necessary item is selected from the total data shown in FIG. 3 and FIG. 4, a disclosure target for the selected total data is selected with a radio button, and a “set” button is operated, the selected game hall For the game islands, a plurality of aggregate data, a display order of the plurality of aggregate data, and a disclosure target of each aggregate data are set according to the selected contents.

  In the example shown in FIG. 7, for the game islands with island numbers 1 to 8 installed in the game hall A, the first is the out (No. 2 in FIG. 3), the second is the safe ( No. 1), 3rd difference ball (No. 3), 4th roll rate (No. 4), 5th base (No. 8), 6th positive change base (same) No. 31), 7th start% (No. 10), and 8th probabilistic start% (No. 32) are set, and the total data are first to 1st. It is set to be displayed on the form in the eighth display order. With regard to the disclosure target, the out, safe, and difference balls are set as member disclosure, and the payout rate, base, probability changing base, start%, and probability changing start% are set as non-disclosure. The settings in FIG. 7 are stored in the hard disk 45 as shown in FIG.

  Next, as shown in FIG. 8, the display 43 and the input device 44 are for setting a plurality of sales data to be totaled for each game arcade out of various sales data collected by the in-store terminal. Yes, here, a plurality of game data to be totaled for the game hall is selected and set from the total data shown in FIG. 3 and FIG. The display 43 and the input device 44 are for setting the display order of each of the sales data when displaying the set sales data as a form. The display order of the game data is set by selecting and setting a plurality of game data to be aggregated for the game hall in association with each other from the aggregate data shown in FIGS. Further, the display 43 and the input device 44 function as public permission data setting means as described above.

  Specifically, when the total computer setting mode is executed by the operation of the card company staff in the total computer 40, the total total data setting screen shown in FIG. In this screen, a combo box for selecting a game arcade is displayed, and a plurality of game data to be tabulated for the game arcade for the selected game arcade are shown in the aggregate data shown in FIG. 3 and FIG. A plurality of (eight here) combo boxes for selecting and setting the display order of the game data, and three radio buttons for setting the disclosure target for each aggregated data are displayed. Is done.

  Here, the staff of the card company operates the input device 44 to select the game hall, and the totals shown in FIG. 3 and FIG. 4 displayed in each combo box corresponding to each No. indicating the display order. When a necessary item is selected from the data, a disclosure target for the selected aggregated data is selected with a radio button, and a “setting” button is operated, a plurality of selected game fields are selected with the selected contents. Total data, the display order of the plurality of total data, and the disclosure target of each total data are set.

  In the example shown in FIG. 8, for the game hall A, the first is the difference ball (No. 3 in FIG. 3), the second is the payout rate (No. 4), and the third is the CR sales (No. in FIG. 4). .71), 4th cash sales (No. 70), 5th stand sales (No. 72), 6th car split (No. 73), 7th gross profit (No. .77) and 8th, each aggregate data of profit ratio (No. 79) is set, and each aggregate data is set to be displayed in the form in the first to eighth display order. ing. As for the disclosure target, the difference ball is set to be publicly disclosed, and the payout rate, CR sales, cash sales, unit sales, number of units, unit gross profit, and profit rate are set to non-disclosure. The settings in FIG. 8 are stored in the hard disk 45 as shown in FIG.

  Next, as shown in FIG. 9, the display 43 and the input device 44 are an example of a registered store group setting unit, and group a plurality of registered stores. Here, each game hall belonging to a chain store is grouped. And set up a playground group. The display 43 and the input device 44 are an example of a total data distribution destination setting unit for each registered store group, and set a distribution destination of total data for the registered store group set by the registered store group setting unit. Here, the chain store headquarters 60 that controls the game hall group is set as a distribution destination of the aggregated data for the game hall group.

  Specifically, when the game machine group setting mode is executed by the operation of the card company staff in the counting computer 40, the game room group setting screen shown in FIG. In this screen, an input field for setting the name of the game hall group and an input field for setting the distribution destination of the aggregated data for the game hall group are displayed, and the game halls belonging to the game hall group A combo box for selecting and setting (that is, the chain store of the game hall group) is displayed.

  Here, a card company clerk operates the input device 44 to input the name of the game hall group, input the distribution destination of the total data for the game hall group, and the game hall displayed in each combo box. When a game hall belonging to the game hall group is selected from among the above and the “set” button is operated, the selected game halls are grouped, and the game hall group having the inputted name is set. The input distribution destination is set as the distribution destination of the total data for the game hall group.

  In the example shown in FIG. 9, amusement halls A, B, M, and P belonging to a chain store are grouped together to set up a playground group named X chain, and the chain store that supervises the playground group. The headquarters 60 is set as the delivery destination. The settings in FIG. 9 are stored in the hard disk 45 (not shown).

  As shown in FIG. 10, the display 43 and the input device 44 are an example of the total data setting unit for each registered store group, and for each registered store belonging to the registered store group set by the registered store group setting unit. This is for setting a plurality of sales data to be totaled. Here, a plurality of game data to be totaled for each game hall belonging to the game hall group is selected from the total data shown in FIG. 3 and FIG. Select and set. The display 43 and the input device 44 are an example of a unified setting unit, and the display order of each sales data when displaying a plurality of sales data set by the registered store group total data setting unit as a form, This is for uniformly setting each registered store belonging to the registered store group set by the registered store group setting means shown in FIG. Rather than setting a plurality of game data individually for each game hall, the game data display order is unified by selecting from the aggregated data shown in FIG. 3 and FIG. 4 and setting them uniformly. To set.

  Specifically, when the total data setting mode for each game hall group is executed by the operation of the card company staff in the total computer 40, the total data setting screen for each game hall group shown in FIG. . In this screen, a combo box for selecting a game hall group is displayed, and for the selected game hall group, a plurality of game data to be totaled for each game hall belonging to the game hall group are displayed in the above-mentioned figure. A plurality (eight in this case) combo boxes for selecting and setting from the total data shown in FIG. 3 and FIG. 4 and for uniformly setting the display order of the game data are displayed.

  Here, the card company clerk operates the input device 44 to select a game hall group and to display in each combo box corresponding to each No. indicating the display order as shown in FIG. 3 and FIG. When a necessary item is selected from the total data and the “set” button is operated, a plurality of total data and the display order of the plurality of total data are selected according to the selected content for the selected playground group. Set uniformly.

  In the example shown in FIG. 10, for a game group named X chain, the first is CR sales (No. 71 in FIG. 4), the second is cash sales (No. 70), and the third is stand sales ( No. 72), 4th percentile (No.73), 5th gross profit (No.77), 6th margin (No.79), 7th difference ( The total data of No. 3) and No. 8 in Fig. 3 are set uniformly, and the total data is in the first to eighth display order. Are set to be displayed uniformly. The settings in FIG. 10 are stored in the hard disk 45, although not shown.

  Although not shown, game data (see FIG. 2) transmitted from the on-site computer 30 is stored in the hard disk 45 serving as a storage device for each game hall. In addition, although not shown, the gaming machine settings set in FIG. 5 are stored in the hard disk 45 for each gaming hall.

  In addition, as shown in FIG. 11A, the hard disk 45 stores the table-based total data setting set in FIG. In FIG. 11A, for each type or each type of pachinko machine 10 installed in each amusement hall, the total data to be totaled for the pachinko machine 10 and the disclosure target of the total data are stored. Further, as shown in FIG. 11B, the hard disk 45 stores the total data setting for each island set in FIG. In FIG. 11 (b), for each gaming island installed in each game arcade, tabulated data to be tabulated for the gaming island and the disclosure target of the tabulated data are stored. Further, as shown in FIG. 11C, the total data setting set in FIG. 8 is stored in the hard disk 45. In FIG. 11C, for each game hall, the total data to be totaled for the game hall and the disclosure target of the total data are stored.

  Further, although not shown in the drawing, the hard disk 45 stores the game hall group setting set in FIG. 9 and the total data setting for each game hall group set in FIG. 10 for each game hall group.

  Here, the control unit 42 is an example of a totalization processing unit, and according to the processing content of the totalization processing of each registered store set by the totalization processing content setting unit shown in FIGS. The business data is aggregated.

  First, in the case of executing the totaling process of the table-based total data with respect to a certain game hall (for example, game hall A), the table-based totalization of the game hall stored in the hard disk 45 as shown in FIG. The following processing is performed based on the data setting to create a form shown in FIG. First, based on the setting of the total data for the game room, the pachinko machine P (here, the first type of game machine) belonging to the type or model to be calculated from the game data stored in the hard disk 45. The game data of the pachinko machine P) is extracted. Next, on the basis of the total data setting for the game room and the extracted game data, a plurality of total data set for the pachinko machine P belonging to the type or model to be totaled (here, an actual special prize) The number of times, the probability of change, the special prize probability, the difference ball, the yield rate, the base, and the start%) are calculated for each pachinko machine P according to the calculation formulas shown in FIG. 3 and FIG. Or the average is calculated. Then, based on the total data setting for each game hall, the calculated game data for each pachinko machine P and the calculated total and / or average game data are displayed as set. The forms shown in FIG. 12A are generated in order. Although not shown in the figure, the totaling process of the total data for each table for each game hall other than the game hall A is executed in the same manner. That is, the control unit 42 functioning as the totalization processing means here uses the sales data (game data) set by the sales data totaling data setting means shown in FIG. 6 for each sales device (pachinko machine P). ) Aggregation processing (calculation of calculation data), and the aggregation processing according to the display order set by the sales data display order setting means shown in FIG. 6 is executed.

  Further, when executing the aggregation processing of the island-by-island data for a certain game hall (for example, game hall A), the gaming machine setting (see FIG. 5) stored in the hard disk 45 and FIG. The following process is performed based on the island-by-island total data setting stored as shown in (b) to create the form shown in FIG. 12 (b). First, based on the gaming machine setting and the island-by-island data setting, the pachinko machine P installed on the game island to be counted is selected from the game data stored on the hard disk 45. Here, the game data of the pachinko machines P) installed on the game islands whose island numbers are 1st island to 8th island are extracted. Next, based on the aggregated data setting by island of the game hall and the extracted game data, a plurality of aggregated data (here, out, safe, difference ball, outgoing Ball ratio, base, probability changing base, start%, and probability changing start%) are calculated for each pachinko machine P according to the calculation formulas shown in FIGS. 3 and 4, and the calculated total data is calculated for each game island. While summing up every time, the total and / or average of each tabulated data is calculated. Then, based on the total data setting for each game hall, the total game data for each game island and the calculated total and / or average game data are displayed in the set display order. To create the form shown in FIG. Although not shown in the figure, the aggregation processing of the island-specific aggregation data for each game hall other than the game hall A is also performed in the same manner. That is, the control unit 42 functioning as the totalization processing unit here performs the sales equipment group shown in FIG. 7 for each sales equipment group (amusement island) set by the sales equipment group setting means shown in FIG. This is for executing the aggregation processing (calculation of calculation data) of the sales data (game data) set by the separate aggregation data setting means, and in the display order set by the sales data display order setting means shown in FIG. The corresponding aggregation process is executed.

  Further, when executing the totaling process of the total data for a certain game hall (for example, game hall A), the total total data setting of the game hall stored in the hard disk 45 as shown in FIG. Based on the above, the following processing is performed to create a form shown in FIG. First, the game data of the game hall stored in the hard disk 45 is extracted based on the total data setting of the game hall. Next, based on the total aggregation data setting of the game hall and the extracted game data, a plurality of aggregation data set for the game hall (here, difference ball, appearance rate, CR sales, cash sales, (Unit sales, number of units, gross profit, and profit rate) are calculated for each pachinko machine P according to the calculation formulas shown in FIGS. 3 and 4, and the calculated total data is totaled for all pachinko machines P. By doing this, the total and / or average of each aggregated data is calculated. Then, based on the total data setting of the game hall, the calculated total and / or average game data are displayed in the set display order to create a form shown in FIG. To do. Although not shown in the figure, the totaling data totaling process for each game hall other than the game hall A is also executed in the same manner. That is, the control unit 42 functioning as a totalization processing unit here performs a totalization process (total data) of sales data (game data) set as shown in FIG. 8 for each registered store (game hall). Calculation) and a totaling process according to the display order set as shown in FIG. 8 is executed.

  Furthermore, when executing the aggregation processing (grouping aggregation processing) of the aggregation data for each gaming hall group for a certain gaming hall group (for example, X chain), the gaming hall group setting of the gaming hall group stored in the hard disk 45 is performed. Based on (see FIG. 9) and the total data setting for each game hall group (see FIG. 10), the following processing is performed to create the form shown in FIG. First, the game data of each game hall belonging to the game hall group stored in the hard disk 45 is extracted based on the game hall group setting of the game hall group and the total data setting for each game hall group. Next, based on the setting data for the game hall group of the game hall group and the extracted game data, a plurality of data set for the game hall group (here, CR sales, cash sales, stand sales) , Number of units, unit gross profit, profit rate, difference ball, and output rate) are calculated for each pachinko machine P according to the calculation formulas shown in FIG. 3 and FIG. The total is calculated for each amusement hall, and the total and / or average of each total data is calculated. Then, based on the game group group total data setting of the game hall group, the total game data for each game hall and the calculated total and / or average game data are set as described above. The form shown in FIG. 13 is created by uniformly displaying in the display order. Although not shown in the figure, the aggregation processing of the aggregation data for each game hall group for each game hall group other than the X chain is executed in the same manner. That is, the control unit 42 functioning as the totalization processing means here applies to each registered store (game hall) belonging to the registered store group (game room group) set by the registered store group setting means shown in FIG. , To execute a totaling process (calculation of total data) of sales data (game data) set by the registered store group total data setting means shown in FIG. 10, and by the unified setting means shown in FIG. In accordance with the set unified display order, grouping and aggregation processing is performed for executing sales data aggregation processing for each registered store belonging to the registered store group set by the registered store group setting means.

  The control unit 42 is an example of disclosure permission data extraction means, and the disclosure permission data setting means shown in FIGS. 6 to 8 out of the aggregation data of each registered store that has been aggregated by the aggregation processing means. According to the set content of the registered store, the disclosure permission data is extracted. Here, the disclosure permission data is based on the setting of the disclosure target stored in the hard disk 45 as shown in FIG. To extract.

  Specifically, for the pachinko machine P that is the first type installed in the game hall A, as shown in FIG. 11A, the number of actual special prizes, the number of probability changes, and the special prize probability are disclosed to the public. Since the difference is set as member disclosure for the difference ball, the total number of actual special prizes, the number of probable changes, and the special prize probability are calculated from the table-based total data shown in FIG. In addition to extracting the data, the aggregated data of the number of actual special prizes, the number of probable changes, the special prize probability, and the difference ball are extracted as public permission data for member publication. In addition, as for the amusement islands having island numbers 1 to 8 installed in the game hall A, as shown in FIG. Therefore, from the aggregated data classified by island shown in FIG. 12B, the aggregated data of out, safe, and difference are extracted as disclosure permission data for member disclosure. Further, as shown in FIG. 11 (c), the game hall A is set as member disclosure for the difference ball. Therefore, from the total tabulated data shown in FIG. 12 (c), as public permission data for member disclosure. Extract the difference data. Although not shown in the drawing, extraction of public permission data for each game hall other than the game hall A is executed in the same manner.

  Furthermore, the said control part 42 is an example of a web page preparation means, Comprising: The web page for each said registration store for making open the store information of each registration store is produced, Specifically, in FIG. Create a web page to show. Further, the control unit 42 functioning as a web page creation unit includes at least public permission data update means for updating the public permission data of each registered store extracted by the public permission data extraction unit to the web page for each registered store. Specifically, the disclosure permission data for visitor disclosure is updated to the web page indicated by D3 in FIG. 14, and the disclosure permission data for member disclosure is updated to the web page indicated by D6 in FIG. To do.

  In addition, the communication unit 41 is an example of a total data distribution unit, and the total data (see FIG. 11) of each registered store that has been totaled by the total processing unit can be viewed by the parties concerned in each registered store. Here, the total data of each game hall which is a registered store is distributed to the in-game computer 30 installed in the game hall.

  Further, the communication unit 41 functioning as a total data distribution unit uses the total data (see FIG. 12) regarding the registered store group that has been grouped and totaled by the total processing unit as the registered store group total data distribution destination setting unit. (Refer to FIG. 9) is distributed to the distribution destination set by the above, and here, the aggregate data for the game hall group which is a registered store group is the chain of the game hall group set as the distribution destination. Delivered to the store headquarters 60.

  Further, the communication unit 41 is an example of an open permission data transmission unit, and transmits the open permission data of each registered store extracted by the open permission data extraction unit to the web server 50. Here, the web page data created by the web page creation means is transmitted to the web server 50 as the public permission data.

  Next, the operation of the store data totaling system 1 will be described with reference to FIGS. First, in the on-site computer 30, as described above, game data is collected from the pachinko machine P, the ball lending unit U, etc. via the platform terminal 10 and the relay computer 20, and the collected game data is as shown in FIG. 2. The totaled game data is totaled and transmitted to the totaling computer 40 at a predetermined timing (for example, every hour). In the counting computer 40, the transmitted game data is stored in the hard disk 45 for each game hall.

  In the total computer 40, as described above, the total data setting (total data setting for each table, total data setting for each island, total data setting for each game) stored in the hard disk 45 as shown in FIG. 11 is performed. Based on the game data stored in the hard disk 45, the form shown in FIG. 12 is created, and the created form is installed at each game hall at a predetermined timing (for example, every hour). It is distributed to the on-site computer 30. In the on-site computer 30, the distributed form is displayed on the display 33.

  In this way, in the counting computer 40, the sales equipment group setting means can set the pachinko machine P that the related parties of each game hall wants to check by grouping the game data, The game data that the relevant party wants to confirm can be set for each pachinko machine P and for each game island by means of the aggregate data setting means for each sales equipment group. Therefore, the game data requested by the concerned person for each pachinko machine P and for each game island. Total processing is executed. Further, in the totaling computer 50, the sales data display order setting means can set the display order of each game data when displaying a plurality of game data as a form, so that the persons involved in each game hall are easy to see (familiar E) can be distributed in total form.

  Further, in the totaling computer 40, as described above, the game data stored in the hard disk 45 is stored on the basis of the game group group total data setting (see FIG. 10) stored in the hard disk 45. Aggregation processing is performed, and the form shown in FIG. 13 is created, and the created form is distributed to the chain store headquarters 60 of the game hall group at a predetermined timing (for example, every hour). In the chain store headquarters 60, the distributed form is displayed on the display.

  As described above, in the counting computer 40, the registered store group setting means can set a game hall (for example, chain store) to be checked by grouping the game data, and the registered store group-specific total data setting means The game data that the chain store headquarters wants to confirm can be set for each game hall group, so that the game data aggregation process requested by the headquarters is executed for each game hall group. Further, in the totaling computer 40, the unified setting means can uniformly set the display order of each game data when outputting a plurality of game data as a form for each game hall belonging to the game hall group, and can be registered. The store group aggregate data distribution destination setting means can set the distribution destination of the aggregate data for the game hall group, and the aggregation processing means performs the game data grouping aggregation process in the set unified display order, The aggregate data distribution means distributes the aggregate data for the grouped and aggregated game arcade groups to the set distribution destinations. Therefore, for each amusement park belonging to the chain store, as shown in FIG. In addition, it is possible to distribute summary forms in a format that is easy to see (familiar with) the parties involved in the game hall. For down store headquarters, as shown in FIG. 13, since the aggregate data on the game field belongs to said chains is delivered in a uniform format, can deliver aggregate form of the main portion is easily viewable format.

  Further, in the totaling computer 40, in response to a distribution request from the personal computer 3a or the portable terminal 3b that can be operated by the player, as described above, the totaling data of the respective amusement centers subjected to the totaling process is displayed on the hard disk 45. The public permission data is extracted in accordance with the setting of the public object stored as shown in FIG. 11, and the extracted public permission data of each game hall is updated. The created web page data is transmitted to the web server 50. In the web server 50, the data of the web page that has been transmitted is distributed to the personal computer 3a or the portable terminal 3b that is the transmission source of the distribution request.

  In this way, in the counting computer 40, the web page creation means automatically updates the web page for the game hall based on the public permission data of each game hall, and creates the web page. Therefore, it is possible to save the trouble of manually extracting public permission data and updating the web page.

  Here, with reference to FIG. 14, the screen displayed on the display of the personal computer 3a or the portable terminal 3b which can be operated by the player will be described. First, when the player operates the personal computer 3a or the portable terminal 3b, when accessing a web page for a certain game hall (here, game hall A) among the web pages provided by the web server 50 via the Internet 2. The screen shown in D1 is distributed from the web server 50 and displayed. In this D1, it is displayed that the member player is requested to input a member ID (information that can individually identify the member player) and to operate the login button, and that the visitor player is requested to operate the start button. .

  When the start button is operated by the visitor player at D1, the fact that the start button has been operated is transmitted to the web server 50, and the screen shown in D2 is distributed from the web server 50 and displayed. Is done. As shown in FIG. 11, for the game hall A, the disclosure permission data for visitor disclosure is set only for the table-by-unit aggregation data, and the island-by-island aggregation data and the total aggregation data are the disclosure permission data for visitor disclosure. Is not set, the display data selection screen as shown in D4 described later is not displayed. In D2, a message is displayed prompting the user to specify the pachinko machine P that displays the total data for each table.

  At this D2, when a visitor player operates all the unit designation buttons or inputs the unit number of the pachinko machine P displaying the total data for each unit and operates the individual designation button, The distribution request for the individual tabulated data is transmitted to the counting computer 40 via the web server 50, and the screen shown in D3 is distributed from the counting computer 40 via the web server 50 and displayed. The screen shown in D3 is a web page created / updated in the counting computer 40 in response to the distribution request, and the actual special award number, the probability variation number, the disclosure permission data for each pachinko machine P designated in D2. And each aggregate data of the special prize probability is displayed. In this D3, today's release permission data is displayed. By selecting a past date displayed in the combo box, the release permission data of the selected past date is displayed.

  On the other hand, when the member player inputs the member ID and operates the login button at D1, the fact that the input member ID and login button are operated is transmitted to the web server 50, and the web When the authentication of the member ID in the server 50 is OK, the screen shown in D4 is distributed from the web server 50 and displayed. Here, for the game hall A, as shown in FIG. 11, since public permission data is set for the total data for each table, the total data for each island, and the total data, D4 prompts the user to select the data to be displayed. Is displayed, and as a button for selecting the data to be displayed, a table-based total data button, an island-specific total data button, and an overall total data button are displayed. In D4, when one of the buttons (here, the total data button for each table) is operated by the member player, the fact that the button has been operated is transmitted to the web server 50, and the web server 50 The screen shown in D5 is distributed and displayed. At D5, a message is displayed prompting the user to specify the pachinko machine P that displays the total data for each table.

  At this D5, when the member player operates all the device designation buttons or inputs the machine number of the pachinko machine P that displays the total data for each device and operates the individual designation button, The distribution request for the total data for each table is transmitted to the total computer 40 via the web server 50, and the screen shown in D6 is distributed from the total computer 40 via the web server 50 and displayed. The screen shown in D6 is a web page created and updated by the counting computer 40 in response to the distribution request, and the actual special award number, the probability variation number, and the like as the public permission data for each pachinko machine P designated in D5. Each total data of the special prize probability and difference ball is displayed. In this D6, today's release permission data is displayed. By selecting a past date displayed in the combo box, the release permission data of the selected past date is displayed.

  When the island-by-island data button is operated at D4, a message is displayed at D5 to prompt the designation of a game island for displaying island-by-island data, and the game island designated at D5 (for example, No. 1 island) The total data of out, safe, difference ball, and payout rate is displayed as D6 as public permission data for -8th island). If the total data button is operated at D4, D5 is not displayed and the total data of the difference ball is displayed at D6 as the public permission data for the game hall A.

  In this way, in the counting computer 50, the data permitted to be disclosed is set according to the presence / absence of the access right by the disclosure permission data setting means. Can be used.

  As described above, according to the store data totaling system 1 according to the present invention, in the totaling computer 40 that performs the totaling process of the game data of each game hall, the related parties of each game hall are set by the totaling process content setting means. The processing content of the requested aggregation processing can be set, and the aggregation processing means executes game data aggregation processing for each game hall according to the set aggregation processing processing content, and the aggregation data distribution means It is configured to distribute the aggregate data requested by the parties concerned at each game hall, and the data that the store wants to make public on the web page for promotion from the aggregate data of the own store by means of the disclosure allowance data setting means. Since it is configured to transmit the set public data to the web server 50 by the data transmission means, each game Can distribute aggregate data requested by related parties, and at game halls that have their own store's web page, create a web page at their own store, or use their own store's aggregate data to promote their own store It is possible to save the trouble of extracting data to be disclosed on the web page and regularly providing the data to an external web page creator.

  Finally, a modification of the present invention will be described.

  In the above embodiment, an example in which the registered store is a game hall has been described. However, the present invention is not limited to this, and the registered store is, for example, a casino, a game center, an unmanned store such as a vending machine and a coin laundry, an Internet, etc. It may be a cafe, a hospital, a beauty salon, or the like.

  Here, when the registered store is a casino, the sales device is a casino machine such as a slot machine, and the sales data is data relating to, for example, dividends, operating rates, sales, etc. in the casino machine, The disclosure permission data is, for example, data relating to a payout. Then, the casino user can refer to the public permission data as an index for selecting a casino machine for playing a game. When the registered store is a game center, for example, a game machine such as a fighting game, and the sales data is, for example, data on the highest score, highest clear stage, availability, sales, etc. of the game machine, The public permission data is data on the highest score and the highest clear stage, for example. Then, the user of the game center can grasp the level of other users in the game center by referring to the public permission data, and use it as an index for selecting the game center where the game is performed.

  When the registered store is an unmanned store or an Internet cafe, the sales device is a terminal (that is, a vending machine, a coin-operated washing machine, a personal computer, etc.) installed in the registered store, and the sales data is For example, it is data relating to the operating rate, sales, etc. in the terminal, and the disclosure allowable data is, for example, data relating to the operating rate. The user of the registered store can grasp the congestion situation in the registered store by referring to the disclosure permission data, and can use it as an index for selecting the registered store to be used. When the registered store is a hospital or a beauty salon, the sales device is a surgical device (that is, a medical device, a beauty device, etc.) installed in the registered store, and the sales data is, for example, in the surgical device. It is data relating to the operating rate, and the disclosure permission data is, for example, data relating to the operating rate. The user of the registered store can grasp the congestion situation in the registered store by referring to the disclosure permission data, and can use it as an index for selecting the registered store to be used.

  In the above-described embodiment, an example in which the sales device that is operating during the operation of the amusement hall is the pachinko machine P has been described. However, the present invention is not limited thereto, and the sales device may be a card vending machine that sells prepaid cards, It may be a counter that counts pachinko balls given to the person. Here, when the sales device is a card vending machine, the sales data is data relating to, for example, the denomination of accepted money, the denomination of the prepaid card sold, the sales amount, and the like. When the sales device is a counter, the sales data is data related to the count value of the pachinko balls.

  In the above embodiment, as illustrated in FIG. 1, an example in which the aggregation computer 40, the web server 50, and the chain store headquarter 60 are directly connected has been described. The web server 50 and the chain store headquarters 60 may be connected via the Internet 2. Further, the total computer 40 may not be installed at the card company. Further, the web server 50 may be provided in each game hall.

  In the above embodiment, as shown in FIG. 2, an example has been described in which game data collected from the pachinko machine P, the ball lending unit U, and the like is aggregated in the on-site computer 30 and then transmitted to the aggregation computer 40. However, the present invention is not limited to this, and the collected game data may be transmitted to the counting computer 40 without being counted by the on-site computer 30. Further, each in-store terminal may have an individual IP address, and the aggregation computer 40 may directly access the in-store terminal via the Internet 2 to collect game data.

  In the above embodiment, the example in which the game data is automatically transmitted from the on-site computer 30 to the counting computer 40 at a predetermined timing (for example, every hour) has been described. The game data may be transmitted in response to the request. Similarly, in the above-described embodiment, the example in which the transmission of the total data from the total computer 40 to the on-site computer 30 is automatically performed at a predetermined timing (for example, every hour) has been described. The aggregate data may be transmitted in response to a request from the computer 30.

  In the above embodiment, as shown in FIG. 5, an example in which amusement islands are set as sales equipment groups has been described. However, the present invention is not limited to this, and the type and model of the pachinko machine P are also set as the sales equipment groups. You may make it. Further, as shown in FIG. 5, the setting of the sales equipment group is not limited to the setting of the sales equipment group by the display 43 and the input device 44 of the counting computer 40, and the setting of the sales equipment group is performed in the on-site computer 30. It may be transmitted to the computer 40 and set in the counting computer 40.

  In the above embodiment, the total data (see FIG. 12) of each game hall that has been totalized by the total processing means (control unit 42) is installed in the game hall by the communication unit 41 that is the total data distribution means. Although an example of “distributed so that a person concerned in the game hall can view” by being distributed to the in-place computer 30 has been described, the present invention is not limited to this, and “a person concerned in the game hall can browse. "Distribute like" may mean, for example, that aggregate data of each game hall is distributed to the web server 50 so that a person concerned in the game hall accessing the web server 50 can view it. The total data of the venue may be transmitted by e-mail to the related parties of the game hall.

  In the above embodiment, the total data (see FIG. 13) of each game hall group that has been grouped and aggregated by the aggregation processing means (control unit 42) is stored in the chain store headquarters 60 by the communication unit 41 that is the aggregation data distribution means. However, the present invention is not limited to this. For example, the aggregated data of each game hall group is distributed to the web server 50 and can be viewed by the parties in the chain store headquarters 60 who have accessed the web server 50. It may be configured as described above, or the aggregated data of each game hall group may be transmitted by e-mail to the related parties of the chain store headquarters 60.

  In the above embodiment, as shown in FIG. 12, the example in which the total data is output in the form format in the on-site computer 30 has been described. However, the present invention is not limited to this, and the total data is processed into a graph format and output. You may do it.

  In the above embodiment, as illustrated in FIGS. 12 to 14, the example in which the aggregate data and the disclosure permission data are today's data has been described. However, the present invention is not limited to this, and the aggregation data and the disclosure permission data are Data or data for a plurality of days (for example, weekly data or monthly data) may be used.

  In the above embodiment, as shown in FIG. 14, the example in which the public permission data is displayed on the personal computer 3a or the portable terminal 3b that can be operated by the player has been described. However, the present invention is not limited to this. The public permission data may be displayed on a terminal that can be operated by the player (such as the ball lending unit U or the kiosk terminal).

  In the above embodiment, the example in which the web page shown in FIG. 14 is created in the totaling computer 40 has been described. However, the present invention is not limited to this, and public permission data is transmitted from the totaling computer 40 to the web server 50. A web page may be created in the web server 50 based on the public permission data.

  In the store data totaling system 1 described above, the game hall may be charged according to the amount of game data and the amount of items to be tabulated for each game hall. It may be configured to charge a game arcade that has been selected to be released.

FIG. 1 is a functional block diagram showing an example of a store data totaling system according to the present invention. FIG. 2 is a diagram showing an example of game data collected in the on-site computer. FIG. 3 is a diagram illustrating an example of aggregated data that is aggregated in the aggregation computer. FIG. 4 is a diagram following FIG. FIG. 5 is a diagram illustrating an example of the gaming machine setting screen displayed on the display of the counting computer. FIG. 6 is a diagram illustrating an example of the total data setting screen for each table displayed on the display of the total computer. FIG. 7 is a diagram illustrating an example of an island-specific aggregate data setting screen displayed on the display of the aggregate computer. FIG. 8 is a diagram illustrating an example of an overall summary data setting screen displayed on the display of the summary computer. FIG. 9 is a diagram illustrating an example of a game hall group setting screen displayed on the display of the counting computer. FIG. 10 is a diagram showing an example of a total data setting screen for each game hall group displayed on the display of the total computer. FIG. 11 is a diagram showing an example of a list of total data set by game hall stored in the hard disk of the total computer, where (a) is a table-based total data, (b) is an island-specific total data, and (c) is a total total. It is data. FIG. 12 is a view showing an example of a form of aggregated data distributed to game hall officials, (a) is table-by-unit aggregated data, (b) is island-by-island aggregated data, and (c) is overall aggregated data. . FIG. 13 is a diagram showing an example of a form of total data by game hall group distributed to the chain store headquarters. FIG. 14 is a diagram illustrating an example of a screen displayed on the display of a personal computer or a portable terminal that can be operated by the player.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 ... Store data totaling system 10 ... Stand terminal 20 ... Relay computer 30 ... Computer in the hall 40 ... Total computer 41 ... Communication part 42 ... Control part 43 ... Display 44 ... Input device 50 ... Web server 60 ... Chain store headquarters P ... Pachinko machine U ... Jade rental unit

Claims (2)

Installed in each registration shop, and the shop舗内terminal to gather sales data generated during the business of the Register Stores,
Corresponding to the received store identification information based on the receipt of the sales data of the registered store together with store identification information capable of individually identifying the registered store where the terminal is installed from each store terminal An aggregation computer provided with a store-by-store sales data storage means for storing the received sales data ;
A store data aggregation system consisting of
The aggregation computer is
For each registered store, a store that sets the type of aggregated data to be aggregated based on the business data stored in the business data storage means for each store in association with the store identification information of the registered store and the display order of the aggregated data Every aggregate data setting means,
For each registered store, the type set for the registered store by the total data setting unit for each store based on the sales data stored in the sales data storage unit for each store in association with the store identification information of the registered store Data aggregation means for each store that aggregates aggregated data,
In the display order set by the total data setting unit for each registered store, the total data of the registered stores collected by the data store for each store is displayed in the display order set by the total data setting unit for each store. Own store aggregate data distribution means for distribution so that it can be viewed as,
A registered store group setting means for setting a group to which the registered store of the selected store identification information belongs as a group store by selecting the store identification information of a plurality of registered stores from among the registered stores;
For each group set by the registered store group setting means, total data to be totaled based on the sales data stored in the store-specific sales data storage means in association with the store identification information of the group stores belonging to the group Total data setting means for each group for setting the type and display order of the total data;
For each group set by the registered store group setting means, the total for each group based on the sales data stored in the sales data storage means for each store in association with the store identification information of the group stores belonging to the group A group-by-group data tabulation unit that tabulates for each group store the type of tabulation data set for the group by the data setting unit;
The aggregated data of the group aggregated for each group by the group-by-group data aggregation means is displayed in the display order set by the group-by-group aggregated data setting means as the aggregated data of the group concerned by the parties at the headquarters of the group. Own group aggregate data distribution means for distribution so that it can be viewed;
The store data totaling system characterized by comprising. The store data totaling system according to claim 1,
In the registered store, a plurality of business devices that operate during the operation of the registered store are installed,
The in-store terminal collects sales data for each sales device,
The aggregation computer further includes sales equipment group setting means for sorting and setting the sales equipment according to sales equipment groups,
The store-by-store aggregate data setting means sets, for each registered store, the type of the aggregate data and the display order of the aggregate data for each business device and each business device group,
For each registered store, the store-by-store data totaling unit totalizes the type of total data set for the registered store by the store-by-store total data setting unit for each business device and each business device group,
The self-store aggregate data distribution unit is configured to calculate the aggregate data of the registered store, which is aggregated for each business device and each business device group, for each registered store by the per-store data total unit. The store data totaling system , wherein the distribution is performed so that the parties concerned in the registered store can browse as the total data of their own stores in the display order set by the above .

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