JP2006305062A - Game parlor managing system - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a game parlor managing system which enables the acquiring of data existing behind the acquisition of storage data while realizing the diversification of the storage prize supply service obtained by players from games. <P>SOLUTION: The system has game machines installed in a game parlor, a server which acquires game data in the game machines and a station terminal for processing data for the exchange for prizes based on identification data pertaining to the players and storage data. The identification data correspondingly related to a player is stored into a recording medium distributed to the player using the game machine in the game parlor. The server acquires the identification data and at least the storage data generated from the game machine related to the identification data. The station terminal acquires the identification data from the recording medium and does the storage data in the game data corresponding to the identification data acquired, from the server and outputs the prize exchange information using the identification data and the storage data. <P>COPYRIGHT: (C)2007,JPO&INPIT

Description

  The present invention relates to an information processing technique for providing information that is advantageous to a player to a game machine such as a pachinko machine or a slot machine and collecting information desired by an operator.

Conventionally, there is a technology for accumulating information such as the number of balls to be obtained from a pachinko machine and play time in a server or the like, and managing the game of a pachinko machine based on the accumulated data. In slot machines, the only thing that can be done is to replace the medal, which is basically the same.

  As a prior art related to the present application, Japanese Patent Laid-Open No. 2003-71140 was extracted. This document describes the following technology related to a cash exchange server that transmits and receives electronic data to and from a game server that provides a predetermined game to a terminal device. That is, the cash server converts the cash data based on the game result supplied from the game server.

JP 2003-71140 A

  According to this technology, a device that is not interesting due to being managed by the prepaid method is devised so that an actual game sense can be enjoyed.

According to the technique described in Patent Document 1, savings obtained by a game can be converted only into cash. For this reason, it is impossible to provide a variety of services to a player for prizes obtained based on savings.

  In addition, it is desirable to be able to pursue a variety of prizes in order to convert to something other than cash, that is, to provide a full service for prizes. In order to realize “diversity of prizes”, there are many difficult services in an amusement store. For example, always having a variety of prizes in an amusement store requires a large physical space and is limited. Even if a space for securing prizes is provided elsewhere, it is difficult to realize everything in the amusement store, such as requiring office work such as specifying a mailing address.

  On the other hand, there is a great deal of data on the savings gained by the game as a background to acquiring it. For example, the attribute data of the player who obtained the savings is data (for example, sex, age, occupation, etc.), and how much play time is obtained. If such data could be obtained, it would be useful for further improvement of services for players, but it was difficult to say that a means for easily obtaining such data was provided.

Therefore, the problem to be solved by the present invention is a technology that enables a player to acquire a variety of savings prize providing services obtained by a game and to acquire data existing in the background of acquiring savings data. Is to provide.
Here, the object of the invention described in claims 1 to 7 exists in the background of realizing the diversification of the prize providing service for savings obtained by the game and the acquisition of saving data. The object is to provide an amusement store management system capable of acquiring data.

  In order to solve the above-described problems, the present invention uses an information communication technique capable of performing various data collection and data processing in which an individual ID that can identify a player is assigned and associated with the individual ID.

(Claim 1)
The invention according to claim 1 is a game table installed in an amusement store, a server that acquires game data in the game table, and data for exchanging prizes based on identification data and saving data related to the player. The present invention relates to an amusement shop management system comprising a station terminal device for processing.
That is, identification data associated with a player is stored in a recording medium distributed to a player who uses a play table at an amusement store, and the server includes at least savings generated from the play table associated with the identification data and the identification data. The station terminal device acquires identification data from the recording medium, acquires saving data in game data corresponding to the acquired identification data from a server, and obtains the identification data and the saving data. It is an amusement store management system that is used to output prize exchange information.

(Glossary)
"Amusement store" is a store that provides a space where a large number of amusement machines are installed, and is also called a game center or hall.
A “playstand” is a device that can be played through game media such as metal balls and medals. For example, there are pachinko machines and slot machines.
“Game data” is data relating to the usage status of the play stand. For example, it is data such as the game start time and end time using the play table, the presence / absence of a bonus, the time, and the number of times.
A “server” is a server provided with receiving means for receiving game data relating to a large number of play units, storage means for storing game data received by the receiving means in a database, and output means for outputting data in response to a request. It is a computer. Although it may be a single computer, it may be composed of a plurality of computers depending on functions and capabilities. For example, the “office server” shown in FIG.

A “recording medium” is a medium on which data can be recorded using a magnetic tape, an IC chip, or the like, and the recorded data can be read as necessary. Specifically, for example, there are a magnetic card, an IC card, a card in which RFID is embedded, a mobile phone, a portable information terminal, and the like.
“Saving data” is data regarding the number of stored balls and the number of medals acquired by the player at the play table.
“Prize exchange information” is information regarding what prizes can be exchanged for the number of balls and medals based on the saving data.
The installation location of the “station terminal device” is not limited to the inside of the amusement store. For example, it can be installed in a kiosk terminal such as a convenience store, a movie theater, a supermarket, a taxi, a beauty salon, or a travel agency, and “prize” closely related to the installation location can be provided. For example, if it is a movie theater, it is an advance ticket, if it is a beauty salon, it is a cut service ticket or shampoo bottle, if it is a travel agency, it is a travel ticket or souvenir.

(Function)
When a player uses an amusement stand at an amusement store, a recording medium is distributed. The recording medium stores identification data that can identify the player.
When a player with a recording medium plays on the play table, the server acquires game data on the play table installed in the play store. Further, at least saving data generated from the play data associated with the identification data and the identification data is acquired.
When the player finishes playing on the play stand and saves, the player brings the recording medium to the station terminal device. The station terminal device acquires identification data from the recording medium, and acquires saving data in the game data corresponding to the acquired identification data from the server. Then, prize exchange information is output using the identification data and the saving data. Thus, the player can acquire the right to exchange for prizes by providing the saving data obtained by the game.

(Claim 2)
The invention according to claim 2 also includes an amusement stand installed in an amusement store, a server for acquiring game data in the amusement stand, identification data relating to the player, and data for exchanging prizes based on the game data. The present invention relates to an amusement shop management system comprising a station terminal device for processing.
That is, the identification data associated with the player is stored in a recording medium distributed to the player who uses the play table at the amusement store, and the recording medium can record at least saving data generated from the play table or the server. The station terminal device is an amusement store management system that acquires identification data and saving data from the recording medium and outputs prize exchange information using the identification data and saving data.

The difference from the invention according to claim 1 in which the server obtains the saving data is that the recording medium obtains the saving data.
The saving data recorded on the recording medium is physically limited so that it cannot be read unless it is a predetermined terminal device, or software is restricted so that it cannot be read by encryption processing, It is common to add a restriction such that it is not readable outside the store by erasing it when leaving the store.

(Function)
When a player uses an amusement stand at an amusement store, a recording medium is distributed. The recording medium stores identification data that can identify the player.
When a player with a recording medium plays on the play table, the server acquires game data on the play table installed in the play store. Further, at least saving data generated from the play stand is recorded on the recording medium.
When the player finishes playing on the play stand and saves, the player brings the recording medium to the station terminal device. The station terminal device acquires identification data and saving data from the recording medium, and outputs prize exchange information using the identification data and saving data. Thus, the player can acquire the right to exchange for prizes by providing the saving data obtained by the game.

(Claim 3)
The invention according to claim 3 also includes an amusement stand installed in an amusement store, a server for acquiring game data in the amusement stand, identification data relating to the player, and data for exchanging prizes based on the game data. The present invention relates to an amusement shop management system comprising a station terminal device for processing.
That is, the identification data associated with the player is stored in a recording medium distributed to the player who uses the play table at the amusement store, and the recording medium can record at least saving data generated from the play table or the server. The server acquires identification data associated with a player and game data including at least saving data generated from a play table associated with the identification data, and the station terminal device receives identification data from the recording medium. Game store management that acquires saving data in the game data corresponding to the acquired identification data from the server or recording medium and outputs prize exchange information using the identification data and the saving data System.
In claim 3, the saving data is acquired by both the server and the recording medium.

(Function)
When a player uses an amusement stand at an amusement store, a recording medium is distributed. The recording medium stores identification data that can identify the player.
When a player with a recording medium plays on the play table, the server acquires game data on the play table installed in the play store. In addition, at least saving data generated from the play stand is recorded on the recording medium and the server.
When the player finishes playing on the play stand and saves, the player brings the recording medium to the station terminal device. The station terminal device acquires identification data from the recording medium and acquires saving data from the recording medium or server. And prize exchange information is output using the said identification data and saving data. Thereby, the player can exchange the savings obtained by the game for prizes.

(Claim 4)
The invention according to claim 4 limits the amusement store management system according to any one of claims 1 to 3.
That is, the prize exchange information output from the station terminal device is characterized by adding a premium according to value data including attribute data relating to the player.

(Glossary)
“Attribute data” is objective data that can identify the player's name, address, telephone number, date of birth, e-mail address, occupation, gender, place of residence, blood type, and the like. It may include subjective data by the player such as the reason for visiting the first hall, hobbies, required time to the local area, average time to the local area, and places to visit frequently. In addition, the reason for visiting the store, entrance / exit time, presence / absence of companions, past favorite game machines, average investment amount per game, average game time per game, number of games per week / month, hit today Variable information such as a schedule table, favorite products, items to be purchased, today's lunch menu, today's dinner, and today's budget may be included.

“Value data” is data desired on the management side of an amusement store or station terminal device, data useful for management analysis of an amusement store, and the like. A part or all of the above-mentioned “attribute data” may change, or may be data obtained by requesting an additional input from the player.
“Premium” is data added to the saved data by addition, multiplication by a coefficient larger than 1, or the like.

(Function)
When the player provides the value data to the station terminal device, the station terminal device adds a premium according to the value data including the attribute data. Therefore, the player can obtain a premium in exchange for providing value data.

(Claim 5)
The invention according to claim 5 limits the amusement store management system according to any one of claims 1 to 4,
The server is characterized by acquiring and storing peripheral information in an amusement store.

(Glossary)
“Nearby information” refers to natural environmental information such as weather, temperature, humidity, discomfort index, physical information such as days of the week, number of store clerk in the store, events around the store (for example, holding athletic events and concerts, nearby department stores) Social information, such as special sales of the company and the existence of construction sites).

(Claim 6)
The invention according to claim 6 limits the amusement store management system according to any one of claims 1 to 5.
In other words, a store entrance checker is provided at the entrance of the amusement store and a store exit checker is provided at the exit of the amusement store. The entrance checker acquires identification data associated with the player from the recording medium when entering the store, and the server The identification data is stored in association with the store entry time, and the store closing checker acquires the identification data associated with the player from the recording medium when leaving the store, and the server associates the identification data with the store exit time. It is characterized by having decided to preserve.

(Glossary)
The “entry checker” and “exit checker” are required to be able to read the identification data recorded on the recording medium, and differ depending on the type of the recording medium. For example, if the recording medium is a non-contact type IC card, it may be a gate that can read identification data of the IC card. When data writing to the recording medium is necessary (or possible), a data writer function is provided.
An entry / exit checker having functions of “entrance checker” and “exit checker” can also be provided.

(Function)
The player enters the amusement store with a recording medium, and places the recording medium on the entrance checker at the entrance. The store entry checker reads the identification data from the recording medium and sends it to the server. The server stores the identification data in association with the store entry time.
When a player leaves the amusement store, he puts the recording medium on the exit checker at the exit. The store exit checker reads the identification data from the recording medium and sends it to the server. The server stores the identification data in association with the store closing time. By these actions, it is possible to acquire data on when and when the player corresponding to the identification number has entered the store and when the player has exited the store, which can be utilized for subsequent marketing.

(Claim 7)
The invention described in claim 7 limits the amusement store management system according to any one of claims 1 to 6.
In other words, a conversion means for converting the saving data into prize exchange rate data is provided, and the prize exchange information output by the station terminal device is based on the prize exchange rate data converted by the conversion means. And

(Glossary)
“Conversion means” means saving data input means, storage means for storing a rate data table, arithmetic means for performing conversion operation using saving data and data table, and prize exchange as a result of the operation And an output unit that outputs rate data. The storage data may be stored in a location such as a server, or may be a computer provided separately in a location physically separated from the server. (In this case, the means for receiving the saving data from the server or the like is the “input means”.)

(Function)
The conversion means converts the saved data into prize exchange rate data. The station terminal device outputs prize exchange information based on the prize exchange rate data converted by the conversion means.

  According to the first to seventh aspects of the present invention, the player realizes the diversification of the saving prize providing service obtained by the game and acquires the data existing in the background of acquiring the saving data. We were able to provide a possible amusement store management system.

Hereinafter, the present invention will be described in more detail based on embodiments and drawings. The drawings used here are FIGS. 1 to 10. FIG. 1 to FIG. 7 conceptually show the embodiments centering on “subject”, and FIG. 8 to FIG. 10 show what data is going back and forth centering on the hardware configuration. It is a conceptual diagram.
First, the movement of the player will be described with reference to FIGS. 8 to 10, and subsequently, variations of the embodiment will be described with reference to FIGS.

(Fig. 8)
When a player enters the store for the first time, a contactless IC card is issued. First, a player inputs data in accordance with an instruction from a dedicated terminal device for issuing an IC card. The dedicated terminal device prompts the player to input attribute data, and the player follows this. The software is devised such that the required items for input cannot be advanced unless the input is made. In addition, for customer data, a promise that it is provided on the condition that it is exchanged for prizes is presented, and a simple contract (sales) is concluded with the player.
When the input is completed, an IC card that can identify the player is issued from the card issuing machine. In the illustrated example, the dedicated terminal device associates an IC card in which a seven-digit number “1234567” is recorded in advance as identification data with attribute data by a player on the assumption that the IC card is issued. Record in a database (abbreviated as “DB” in the figure).

The issued IC card is always required when a player subsequently plays at this amusement store. First, a store entrance checker is provided just before entering the area where game machines are installed. The player provides identification data to the store checker via the IC card. The store entry checker that has input the identification data transmits the identification data to the data processing center.
In the data processing center, the identification data is recorded together with the reception time and date of the identification data. As a result, the time when the player corresponding to the identification data = “1234567” entered is recorded.
In addition, it is possible to adopt an issuing method in which identification data for specifying a player is assigned to the attribute data input by the dedicated terminal device and stored, and only the identification data is written in the IC card. .

(Fig. 9)
Suppose a player selects a pachinko machine as a game machine and wins a game as a result of playing. FIG. 9 shows the process until the prize is obtained by the appearance.
First of all, a player places a ball on a machine called a jet counter that counts the number of balls (1). Then, the jet counter counts the number of balls and prints the ball data along with the barcode (2). The counted ball data may be transmitted from the jet counter to the server (data processing center), but is usually as follows.
That is, a player who has printed out data has a bar code reader to read out data (3) and reads out identification data from a card reader (5). The ball data read by the bar code reader and the identification data read by the card reader are transmitted to the server (data processing center) (4, 6). The sent out data is stored in the customer database in association with the identification data.

Subsequently, the player goes to the place where the station terminal device is located with an IC card in order to exchange it for a prize. The station terminal apparatus is made to read the identification data via the IC card (7). The identification data is transmitted to a server (data processing center) (8), and stored ball data corresponding to the identification data is read (9).
In addition, the data read here is the accumulated ball data and not the dash data, the player who did not exchange the prize after the previous game, the data that added the dash data of that time is the accumulated ball data, This is because prizes can be exchanged using the stored data. When the prize exchange is completed based on the above-described stored ball data, the stored ball data used for the prize exchange is reduced and stored.

(Fig. 10)
A store exit checker is provided before the player exits the area where the game machine is installed. The player provides identification data to the store exit checker via an IC card. The store exit checker that has input the identification data transmits the identification data to the data processing center.
In the data processing center, the identification data is recorded together with the reception time and date of the identification data. As a result, the time when the player corresponding to the identification data = “1234567” leaves the store is recorded.

  The station terminal device described above may be located physically away from the amusement store. In that case, the station terminal device is operated after leaving the amusement store with the store checker. Since the station terminal device can be installed at a location physically separated from the amusement store, various types of prizes or associated services can be provided.

(Figure 1)
Next, description will be made based on FIG.
First, identification data is given to the player by the IC card issuing machine, and the identification data is transmitted to the data processing center (1). Although an IC card has been mainly described as a recording medium for identification data, a portable personal computer, a PDA (abbreviated as “PC” in the figure), and a cellular phone can be used as long as the identification data can be stored and read when necessary. good.

  A player who enters the amusement store inserts banknotes into a machine called a stand machine, borrows balls, and selects a play stand (2). After playing on the selected play stand, the identification data, customer data, and the dash and storage data are downloaded to the hall server by operations such as applying to a jet counter (abbreviated as “counter” in the figure) (3) . Here, the hall server is a server that manages play tables, and knows what game progress each play table has made, for example, what time and how many minutes a bonus game was executed.

  Apart from the hall server, there is a server called an office server. The office server includes a data office and a data processing center. The data office is in charge of purchasing and selling data, and the data processing center stores and processes data. The identification data, output / storage data, and customer data are sucked up by the data processing center through the jet counter described above (4).

  When the player visits the data station to exchange for prizes, the identification data is sucked up there (5). The collected identification data is transmitted to the data processing center (6), and the stored ball data corresponding to the identification data is called (7). Information with added value can be obtained by combining with customer data input when the IC card is created. Such customer information has already been licensed for sale by the player, and may be sent to the data processing center for sale (6).

The accumulated ball data corresponding to the identification data can be exchanged for a prize, and the data station presents a prize based on the accumulated ball data to the player. The player selects a desired prize from the presented prizes, and receives prizes as compensation for the stored data and various data associated therewith (8).
In addition, customer data such as the number of stored balls exchanged for prizes, the number of remaining balls, and the date and time of exchange are also subject to sale. It is the data station that directly obtains this and may sell the data to the data office (6).

  The data office requests the data processing center to process the obtained information (9), and the data processing center receiving the request processes the information and returns it to the data office (10). The data office sells the processing information to the hall server (11), and the processing information is provided from the hall server to the amusement store (12).

(Figure 2)
The embodiment shown in FIG. 2 differs from the embodiment shown in FIG. 1 in the following points. In other words, the amusement store has a data conversion device immediately after the counter. This data conversion device includes saving data input means, storage means for storing a rate data table, calculation means for performing a conversion calculation using the saving data and the data table, and a prize exchange as a calculation result. And an output unit that outputs rate data.
The data table can be reflected in the ability to attract customers by changing the rate according to high-value customer data or by periodically changing the data table.

(Figure 3)
In the embodiment shown in FIGS. 1 and 2, the saving data is acquired by the server. However, in the embodiment shown in FIG. 3, the saving data is acquired by the recording medium. The saving data recorded on the recording medium is encrypted so that it can be read only by an IC card reader in the store. When leaving the store, the store checker may erase data other than the identification data so that it cannot be read outside the store.
Since the information is not transferred to the server and is stored only on the recording medium, this contributes to preventing the collective outflow of information.

(Fig. 4)
In the embodiment shown in FIG. 4, the server acquires the saving data and also acquires the recording medium. This makes it possible to diversify the use of savings data and to provide the benefits of increasing the number of places where players can receive services.
By the way, the game data is stored in the server. Accumulation in the server can be performed directly from the play stand or indirectly through another server. It can also be obtained from a station terminal via a recording medium and stored in this station terminal. Further, it may be accumulated by both of the routes described above.

(Fig. 5)
In the embodiment shown in FIG. 5, the prize exchange information output from the station terminal device is characterized in that points are added (a premium is added) according to value data including attribute data relating to the player.
“Value data” is data that the amusement park or office server recognizes value. It is essential that the player's attribute data (objective data such as name and address) can be specified, but in addition to that, the player's subjective data (for example, the reason for visiting the first hall) , Hobbies, time required to reach the place, average time to place, places to go to, etc.) and data that changes according to the date and time (for example, reason for visiting today, opening / closing time, presence / absence of companions, past favorite Amusement machines, average investment amount per game, average play time per game, number of games per week or month, number of units planned today, prizes that you would like to buy, items planned for purchase, today Lunch menu, today's dinner schedule, today's budget, etc.).

  The points to be added are determined in relation to the value data. For example, an addition such as “add 30 points for those who visited the store by 11:00 am” or a multiplication such as “up 10% for a player who provided useful information as marketing information” may be used. Alternatively, the lottery may be multiplied by a lottery system in which the number of points in the lottery is doubled (the player who is out of the lottery has neither addition nor multiplication).

(Fig. 6)
FIG. 6 shows an embodiment in which peripheral information is acquired, stored in a data processing center, and used for processing into marketing information or the like.
The “peripheral information” is, for example, weather information. By adding weather information, it is possible to know the customer base in rainy weather and fine weather. By acquiring such information, for example, based on the weather forecast that the next day is rainy, advertising to increase the ability to attract customers the next day, announcement of the "value information" to increase the ability to attract customers, etc. it can. Specifically, if you know that the number of players over the age of 40 tends to decrease when it rains, information such as “If you are over 40, get 30 points when you visit the store” is publicized using the Internet. To do. When a mobile phone is adopted as a recording medium instead of an IC card, an e-mail may be directly transmitted. Furthermore, various advertisements can be added to the e-mail.

(Fig. 7)
FIG. 7 shows an embodiment including a store entry checker and a store exit checker. In other words, a store entrance checker is provided at the entrance of the amusement store, and a store exit checker is provided at the exit of the amusement store. The entrance checker acquires identification data associated with the player from the recording medium when entering the store, and the server The identification data is stored in association with the store entry time, and the store closing checker acquires the identification data associated with the player from the recording medium when leaving the store, and the server associates the identification data with the store exit time. To save.

  When a player leaves the amusement store, he puts the recording medium on the exit checker at the exit. The store exit checker reads the identification data from the recording medium and sends it to the server. The server stores the identification data in association with the store closing time. By these actions, it is possible to acquire data on when and when the player corresponding to the identification number has entered the store and when the player has exited the store, which can be utilized for subsequent marketing.

(Customer enclosure)
Since the game data of the player is stored in a database on the server, the customer can be enclosed using the data.
For example, if the player visits the store many times, the customer can be locked in by providing services such as the player's own change in the game, the change in the game (of a certain platform), and personal balance information. You can also
In addition, for example, it is possible to provide a service for a heavy user by authorizing the rank according to the play time and changing the price reduction rate according to the rank. On the other hand, by setting a service day that gives preferential treatment to players with low ranks, it may be devised to make heavy players with low ranks (players with few visits).

(Variation about information to be acquired)
What the hall server acquires may include the following information from each game machine. For example, it is a ball information, an out ball, a safe ball, a difference ball, a divisor, a game machine, a usage amount, and date / time information attached to them.
The player information (customer information) may be added or updated even after the first entry. For example, a dedicated terminal device is installed in a store entrance checker, and player information is added or updated by conducting a questionnaire or the like. Such information may be collected by using a touch panel monitor attached to the machine.

(Variation about recording media)
A non-contact IC card is used as the recording medium because the security performance is high and the storage capacity is large. Note that the present invention is not limited to an IC card, and is not particularly limited as long as necessary information is recorded and can be read at any time (a medium that can be written if necessary). For example, there are an RFID type IC card, a non-contact type IC card, a credit card type IC card, a debit card type IC card, a deposit card type IC card, an IC card with a GPS function.
In the case of adopting a mobile phone, it is preferable to have a GPS function because it is possible to collect information about movement inside and outside the store.

(Variation about conversion means)
It may be possible to exchange money according to the information value converted by the conversion means. For example, usage such as points and electronic money becomes possible. In order to provide such a function, it is common to set a personal identification number for the player so that the cash cannot be exchanged unless the personal identification number is entered.

(About collected data and processed data)
Based on the collected data or the data processed by the data processing center, the following information providing service can be provided to the player.
For example, installation table selection guidance by grasping age group, event planning by occupation and distribution of the event information method, event planning according to the customer group for each day of the week and time zone, distribution of the event information method, use of credit card New card business by knowing the presence or absence.
The collected data can also be reflected in store design improvements. For example, reflecting the creation of the hall environment by grasping the gender and average play time, setting the base nail based on the average investment amount, differentiation from competitors by grasping the address.

(About the management entity)
In the embodiment shown in FIGS. 1 to 7, the data office and the data processing center have been described on the assumption that they are physically operated by different organizations (conceptually provided with different servers, etc.). However, it is possible to operate the data office and the data processing center with the same organization and conceptually a single server device.

  The present invention can be used in the field of management and management of halls where a large number of game machines are installed. It can also be used for marketing using data on customer attributes and behavior.

It is a conceptual diagram which shows 1st embodiment. It is a conceptual diagram which shows 2nd embodiment. It is a conceptual diagram which shows 3rd embodiment. It is a conceptual diagram which shows 4th embodiment. It is a conceptual diagram which shows 5th embodiment. It is a conceptual diagram which shows 6th embodiment. It is a conceptual diagram which shows 7th embodiment. It is a conceptual diagram which shows from the first entrance to the game start. It is a conceptual diagram which shows the flow from the time of a game end to obtaining merchandise information. It is a conceptual diagram which shows the mode of the information processing centering on a store exit checker.

Claims (7)

An amusement machine installed in an amusement store, a server for acquiring game data in the amusement machine, and a station terminal device for processing identification data relating to the player and data for prize exchange based on the game data An amusement store management system comprising:
The identification data associated with the player is stored in a recording medium distributed to the player who uses the play stand at the amusement store,
The server obtains at least saving data generated from the identification data and the play table associated with the identification data;
The station terminal device obtains identification data from the recording medium, obtains saving data in the game data corresponding to the obtained identification data from the server, and uses the identification data and the saving data to exchange prize exchange information. An amusement store management system that is supposed to output An amusement machine installed in an amusement store, a server for acquiring game data in the amusement machine, and a station terminal device for processing identification data relating to the player and data for prize exchange based on the game data An amusement store management system comprising:
The identification data associated with the player is stored in a recording medium distributed to the player who uses the play stand at the amusement store,
The recording medium can record at least saving data generated from an amusement stand or server,
The amusement shop management system, wherein the station terminal device acquires identification data and saving data from the recording medium, and outputs prize exchange information using the identification data and saving data. An amusement machine installed in an amusement store, a server for acquiring game data in the amusement machine, and a station terminal device for processing identification data relating to the player and data for prize exchange based on the game data An amusement store management system comprising:
The identification data associated with the player is stored in a recording medium distributed to the player who uses the play stand at the amusement store,
The recording medium can record at least saving data generated from an amusement stand or server,
The server acquires identification data associated with a player and game data including at least saving data generated from a play table associated with the identification data,
The station terminal device acquires identification data from the recording medium, acquires saving data in game data corresponding to the acquired identification data from a server or recording medium, and uses the identification data and the saving data. An amusement store management system that outputs prize exchange information.   The amusement store management system according to any one of claims 1 to 3, wherein a premium is added to the prize exchange information output by the station terminal device in accordance with value data including attribute data relating to the player.   The game store management system according to any one of claims 1 to 4, wherein the server acquires and accumulates peripheral information in the game store. The entrance checker at the entrance of the amusement store is equipped with a check-in checkout at the exit of the amusement store.
The entry checker acquires identification data associated with the player from the recording medium when entering the store, and the server stores the identification data in association with the entry time,
The store exit checker acquires identification data associated with the player from the recording medium when the store exits, and the server stores the identification data in association with the store exit time. An amusement store management system according to any one of the above. A conversion means for converting the savings data into prize exchange rate data;
7. The amusement shop management system according to claim 1, wherein the prize exchange information output by the station terminal device is based on the prize exchange rate data converted by the conversion means.

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