JP2017192848A - Game system - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a game system that can display useful information to a player even if a game is changed and allows an operation part to be operated easily even if the game is changed.SOLUTION: A store system 10 includes: a play control device 40 that can select a game from among a plurality of games and can play the game, and progresses the play based on output from a plurality of operation members 25, 26-1 to 26-6, and displays a play screen on a display part 28; a touch panel 35; and a sub-display part control device 50. The sub-display part control device 50 includes: a command explanation screen storage part 51a for storing each game and a command explanation screen 35a of the operation members 25, 26-1 to 26-6 in association with each other; and a sub-display part control part 52 that receives a type of each game from the play control device 40, refers to the command explanation screen storage part 51a, and displays a command explanation screen 35a corresponding to each received game on the touch panel 35.SELECTED DRAWING: Figure 1

Description

  The present invention relates to a game system including a game machine placed in a store.

Some conventional game systems include a monitor that displays a game screen and a sub-monitor that displays information necessary for the progress of play, such as an operation method.
However, the conventional sub-monitor cannot cope with the changed game if the game specifications are changed.
Further, in the operation device of the conventional game system, if the game specification is changed, the arrangement of the operation unit may be changed, and it may be difficult for the player to play.

JP 2011-19745 A

An object of the present invention is to provide a game system that can display useful information to a player even if the game is changed.
Moreover, the subject of this invention is providing the game system which is easy to operate an operation part, even if a game is changed.

  The present invention solves the above problems by the following means. In addition, in order to make an understanding easy, although the code | symbol corresponding to embodiment of this invention is attached | subjected and demonstrated, it is not limited to this. In addition, the configuration described with reference numerals may be improved as appropriate, or at least a part thereof may be replaced with another configuration.

The first invention is a game system that can be selected from a plurality of games and played on the game machine (20), and outputs from a plurality of operation members (25, 26-1 to 26-6). The play control device (40) for proceeding with the play and displaying the play screen on the display unit (28), the sub display unit (35), and the sub display unit control device (50), the sub display unit The control device receives the type of each game from the sub-display unit control device storage unit (51a) that stores the respective games and the operation member operation method explanation screen (35a) in association with each other, and the play control device. A sub display unit control unit (52) for displaying the operation method explanation screen corresponding to each received game on the sub display unit with reference to the sub display unit control device storage unit. This is a featured game system.
The second invention is the game system of the first invention, comprising a change operation unit (35) provided in the game machine and operable by a player, wherein the sub-display unit control device storage unit (51a) Each game and an arrangement change screen (110) that is a screen for changing the arrangement of the operation members are stored in association with each other, and the sub display control unit (52) stores the sub display control device storage. The arrangement change screen corresponding to the type of game received from the play control device is displayed on the sub display unit, and the arrangement change screen is displayed based on the arrangement change operation by the change operation unit. Control and display the operation method explanation screen after the arrangement change on the sub display unit (35), and output the decision information of the arrangement change operation to the play control device (40). Display control unit The determined information output, reflecting the operation of the operation member, to play progresses, a game system according to claim.
-A third invention is the game system of the second invention, wherein a plurality of the game machines (20) are provided, and the sub-display unit (35) and the change operation unit (35) The play control device (40) plays a plurality of the game machines independently, and the sub-display unit control unit (52) displays each of the layout change screens (110). , Independently displaying on each sub-display unit, controlling the arrangement change screen based on the arrangement change operation by the change operation unit, outputting the determination information of the arrangement change operation to the play control device, The play control device reflects the decision information output from the sub-display unit control unit in the operation of each operation member, and proceeds to play each game machine independently. It is.

-4th invention is a game system which can be chosen and played out from a plurality of games, and progresses play based on the output from a plurality of operation members (25, 26-1 to 26-6). A play control device (40) for displaying a play screen on the display unit (28), a sub display unit (35), a change operation unit (35) operable by the player, and a sub display unit control device (50) The sub-display unit control apparatus receives a game type from the play control apparatus, and associates each game with an arrangement change screen (110) that is a screen for changing the arrangement of the operation members. A sub-display unit control device storage unit (51a) and a sub-display unit control unit (52). The sub-display unit control unit refers to the sub-display unit control unit storage unit, and Corresponding to each game received from the control device Displaying the arrangement change screen on the sub-display unit, controlling the arrangement change screen based on an arrangement change operation by the change operation unit, and outputting determination information of the arrangement change operation to the play control device; The play control device is a game system characterized in that play progresses by reflecting the determination information output from the sub-display unit control unit on an operation of the operation member.

According to the present invention, the following effects can be obtained.
-Since 1st invention displays the operation method description screen corresponding to a game on a subdisplay part, even if it is a system which selects a game from a plurality of games, the operation method corresponding to the game which the player selected An explanation screen can be displayed.
In addition to the play control device that performs play control, a sub display unit control device is provided to control the operation method explanation screen and display it on the sub display unit. For this reason, the play control apparatus can reduce the processing load related to the operation method explanation screen, and can concentrate on the processing related to play.
In the second invention, since the arrangement of the operation member can be changed and reflected in the play, the player can change the arrangement of the operation member so that the player can easily play.
In the third aspect of the invention, since the setting control unit performs an arrangement change process of the operation units of the plurality of game machines, the play control device can operate even if the game machine proceeds with the play independently. The processing load related to the method explanation screen is reduced, and it is possible to concentrate on the processing related to play.

Moreover, according to this invention, there can exist the following effects.
In the fourth invention, the arrangement of the operation members can be changed and reflected in the play, so that the player can change the arrangement of the operation members so that the player can easily play.

It is a figure explaining the whole structure of the game management system 1 of 1st Embodiment. It is a block diagram of game machine 20, play control device 40, and sub display part control device 50 of a 1st embodiment. It is a block diagram of store server 60, central device 70, large-sized display device 80, and central server 90 of a 1st embodiment. It is a figure which shows the command table 41b of 1st Embodiment. It is a figure which shows the color table 41c and transmission type table 41d of 1st Embodiment. 1 is a perspective view of a game machine 20 and a central device 70 of a first embodiment. It is sectional drawing explaining the operation part 24 of the game machine 20 of 1st Embodiment. It is a sequence diagram explaining the whole process of 1st Embodiment. It is a flowchart of the game selection process of 1st Embodiment. It is a figure which shows the game selection screen 28a of 1st Embodiment. It is a flowchart of the play start determination process of 1st Embodiment. It is a flowchart of the score transmission process of 1st Embodiment. It is a flowchart of the color change process of 1st Embodiment. It is a figure which shows this command description screen 35a of 1st Embodiment. It is a figure which shows the color change screen 100 of 1st Embodiment. It is a flowchart of the button arrangement change process of the first embodiment. It is a figure which shows the button arrangement change screen 110 of 1st Embodiment. It is a flowchart of the advice process of 1st Embodiment. It is a figure which shows one scene of the advice animation 120 of 1st Embodiment. It is a sequence diagram of the game tournament management process of 1st Embodiment. It is a figure which shows the notification screen 130 of the game tournament of 1st Embodiment. It is a figure which shows the battle table display screen 140 of 1st Embodiment, and a calling screen. It is a figure which shows the large sized display apparatus setting screen 150 of 1st Embodiment. It is a flowchart of the malfunction reception process of 1st Embodiment. It is a figure which shows the malfunction input screen 160 of 1st Embodiment, and the malfunction confirmation screen 170. FIG. It is a figure which shows the record of the malfunctioning memorize | stored in the malfunctioning information storage part 41g of 1st Embodiment. It is a flowchart of the diagnostic result management process of 1st Embodiment. It is a figure which shows the diagnostic result memorize | stored in the diagnostic result memory | storage part 91c of 1st Embodiment. It is a figure explaining the video switching apparatus 203 of 2nd Embodiment, the play control apparatus 240, and the game machine 20. FIG. It is a flowchart of the game selection process of the store system of 3rd Embodiment. It is a flowchart of the play execution information communication process of the store system of 3rd Embodiment.

(First embodiment)
Hereinafter, a first embodiment of the present invention will be described with reference to the drawings and the like.
FIG. 1 is a diagram illustrating the overall configuration of the game management system 1 according to the first embodiment.
FIG. 2 is a block diagram of the game machine 20, the play control device 40, and the sub display unit control device 50 according to the first embodiment.
FIG. 3 is a block diagram of the store server 60, the central device 70, the large display device 80, and the central server 90 according to the first embodiment.
FIG. 4 is a diagram illustrating the command table 41b according to the first embodiment.
FIG. 5 is a diagram illustrating the color table 41c and the transmission type table 41d according to the first embodiment.
FIG. 6 is a perspective view of the game machine 20 and the central device 70 of the first embodiment.
FIG. 7 is a cross-sectional view illustrating the operation unit 24 of the game machine 20 according to the first embodiment.
As shown in FIG. 1, the game management system 1 includes a store system 10 that is a game system in a store, and a central server 90 that is installed at a location different from the store. The store is a game facility such as a game center or a game facility owned by a department store or the like. The central server 90 is a server owned by an operator (game maker or the like) that manages and manages the game management system 1.

The store system 10 and the central server 90 are connected by a communication network 2 such as the Internet. In the drawings and the following description, the game management system 1 shows an example in which the store system 10 is installed in one store, but in reality, store systems are installed in a plurality of stores. Are connected to the central server 90.
The computer referred to in the present invention refers to an information processing device including a storage device, a control device, and the like. A play control device 40, a sub display control device 50, a store server 60, a central device 70, and a central server 90, which will be described later. Are included in the concept of the computer of the present invention.

The store system 10 includes a game machine 20 (20-1 to 20-8), a play control device 40, a sub display control device 50, a store server 60 (play start management device), and a central device 70 (auxiliary play start management device, Advice device, game tournament management device, management device), large display device 80 (notification display unit). These devices are arranged in the same store.
The game machine 20, the play control device 40, the store server 60, and the central device 70 are connected by an in-store LAN 12. The in-store LAN 12 is a communication network provided in the store.

(Configuration of game machine 20)
As shown in FIGS. 1, 2, and 6, the game machine 20 is an apparatus in which each player actually plays. For example, the game machine 20 is played while the player is sitting on a chair.
In the embodiment, the store system 10 includes eight game machines 20 (20-1 to 20-8), and eight players P (P1 to P8) can play simultaneously. The configuration of one game machine 20 will be described below, but the other game machines 20 have the same configuration. Similarly, only one game machine 20 is illustrated in FIG. 2, but the other game machines 20 have the same configuration.
The game machine 20 includes a coin insertion unit 21 (billing unit), a card reader 22 (player identification information input unit), an operation unit 24 (sales clerk operation unit), a display unit 28, and a sub display unit 30.
The play control device 40 and the game machine 20 are connected by a video cable, an audio output cable, a communication cable for communicating operation information of the game machine 20, coin detection information, and reading information of the card reader 22.
Further, the sub-display unit control device 50 and the game machine 20 are connected by a video cable or a communication cable for communicating operation information of a touch panel 35 (described later).

As shown in FIG. 6, the coin insertion unit 21 includes a coin insertion slot 21a and a coin detection unit (not shown).
The coin insertion slot 21a is an insertion slot for the player to insert coins for playing. The coin detection unit is an optical sensor or the like that detects inserted coins. When the coin detection unit detects a coin, it outputs a coin detection signal (billing information) to the play control device 40.
The billing unit is not limited to the coin insertion unit 21 as long as it can be billed by the player and can output billing information. For example, a card reader that reads information such as a prepaid card or a credit card may be used.

The card reader 22 is an apparatus that receives an input of a player ID (player identification information) by communicating with an ID card 23 possessed by the player. When the ID card 23 is inserted into the card insertion slot 22a, the card reader 22 reads the identification information of the ID card 23 and outputs it to the play control device 40. The player ID is information for identifying the player.
For example, the ID card 23 is a card incorporating an RFID tag, and the card reader 22 is an RFID tag reader.
The card reader 22 may be of a type that includes a card placement unit and reads the placed (touched) ID card 23 in a non-contact manner.

The operation unit 24 is operated by the player at the time of game selection, play progress, or the like, or by a store clerk during maintenance work. The operation unit 24 is provided on the operation panel 20a on the front side Y1 of the game machine 20.
The operation unit 24 includes one lever 25, six buttons 26, and a color change unit 27.
The lever 25 is a member that is operated to be tilted in the left-right direction X, the depth direction Y, and a direction in which these are combined.
As shown in FIG. 7, the lever 25 includes a spherical body 25a and a shaft body 25b.
The spherical body 25a is made of milky white resin or the like and is translucent.
The lower end of the shaft body 25b is rotatably supported by the electric board 20b, and the spherical body 25a is fixed to the upper end.

The button 26 is a push button. The game machine 20 includes six buttons 26 (26-1 to 26-6). Each button 26-1 to 26-6 has the same configuration.
The button 26 includes a top portion 26a, a shaft body 26b, an electrical contact 26c, and a spring 26d.
The top portion 26a is made of milky white resin or the like and is translucent. The top part 26a is a part that the player actually operates.
The shaft body 26b has an electrical contact 26c fixed to the lower end and a top portion 26a fixed to the upper end. The shaft body 26b is supported in the vertical direction Z.
The spring 26d is a coil spring and urges the shaft body 26b in the vertical direction.
With the above configuration, the button 26 moves to the lower side Z1 when the top portion 26a is pressed, and the electrical contact 26c comes into contact with the contact on the electrical board, so that operation information can be output.

The color changing unit 27 is a device that changes the color of the sphere 25 a of the lever 25 and the color of the top portion 26 a of the button 26.
The color changing unit 27 includes an LED 27a and an LED 27b (27b-1 to 27b-6). The LED 27a and the LED 27b can be colored in a plurality of colors.
The LED 27 a is accommodated inside the sphere 25 a of the lever 25. The LED 27a is connected to the electric board by an electric cable passed through the shaft body 25b. Light from the LED 27a enters from the inner surface of the sphere 25a and exits from the outer surface. For this reason, the sphere 25a is toned to a color corresponding to the emission color of the LED 27a.

A plurality of LEDs 27b are arranged on the circumference on the lower side Z1 of the flange portion of the top portion 26a. Light from the LED 27b enters the top portion 26a from the collar portion, and exits from the surface through the inside of the top portion 26a. For this reason, the button 26 is toned to a color corresponding to the light emission color of the LED 27b, like the sphere 25a.
The LED 27b (27b-1 to 27b-6) is disposed on each button 26 (26-1 to 26-6). For this reason, by setting each LED 27b to a different emission color for each button 26, each top portion 26a is toned in a different color.
With the above configuration, the color changing unit 27 can change the sphere 25a of the lever 25 and the top portion 26a of the six buttons 26 to different colors.

  As shown in FIG. 6, the display unit 28 displays a game selection screen 28a (see FIG. 10) before play, or displays a play screen or the like during play. The display unit 28 is, for example, a liquid crystal display device. The display unit 28 includes a display screen of about 32 inches, for example.

As shown in FIGS. 2 and 6, the sub display unit 30 includes an upper display unit 31 and a touch panel 35 (change operation unit, setting display unit, operation failure information receiving unit, operation failure information output unit, salesclerk operation unit). .
The upper display unit 31 is, for example, a liquid crystal display device. The upper display unit 31 includes a medium display screen of about 20 inches, for example. The upper display unit 31 is installed on the upper side of the game machine 20. The upper display unit 31 is installed so as to match the eyes of a person standing around the game machine 20. The upper display unit 31 mainly displays information for people around the game machine 20.
The touch panel 35 is a device that combines a display device such as a liquid crystal display device and an input device such as a resistive film type. The touch panel 35 is installed on the operation panel 20a of the game machine 20 or the like. The touch panel 35 is viewed and operated by the player before and during play. In addition, the touch panel 35 is used as an input / output device for malfunction information of the game machine 20, an input / output device for a store clerk's maintenance work, and the like.
The sub display unit 30 is a small device having a display screen of about 10 inches, for example. For this reason, even if the touch panel 35 is installed on the operation panel 20a or the like, it does not get in the way during play.

(Configuration of the play control device 40)
As shown in FIG. 2, the play control device 40 is a device that controls the play of all the game machines 20.
The play control device 40 can play eight games independently from among the game programs 41e-1 to 41e-20 that are permitted to be executed from the central server 90. That is, the play control device 40 can accept the operation of each operation unit 24 from all the eight game machines 20 and can play one game independently from the other seven games.
Therefore, the play control device 40 includes a graphic board and the like, and includes eight independent video output units.
Although the description is omitted in the embodiment, the configuration is the same for voice.

Note that if the eight games cannot be played independently due to reasons such as the performance of the play control device 40, the four games may be played independently. In this case, if the four cables from each video output unit are branched into two, four independent videos can be branched into two, so that a play screen can be displayed on the eight game machines 20.
For example, one video cable of four video outputs is branched and connected to each display unit 28 of the game machines 20-1 and 20-2, and the same screen is displayed.
In this case, as shown by a two-dot chain line in FIG. 1, eight game machines 20 are grouped by two, and four game machines 20 can be played against each other. For example, the game machines 20-1 and 20-2 are assembled and can be played against each other.

  The setting location of the play control device 40 is not limited as long as it is within a range in which video or the like can be output to the game machine 20. For example, you may accommodate in the game machine 20 among eight. In this case, it is convenient when the game machine 20 is moved. Further, in this case, an input device such as a keyboard can be connected to the play control device 40 and, for example, a setting screen such as volume adjustment and screen setting can be displayed on the display unit 28 of the game machine 20. The work of is also convenient.

As shown in FIG. 2, the play control device 40 includes a storage unit 41 and a control unit 42.
The storage unit 41 is a storage device such as a hard disk for storing programs, information, and the like necessary for the operation of the play control device 40.
The storage unit 41 includes a selection program 41a, a command table 41b, a color table 41c, a transmission type table 41d (transmission type storage unit), a game program 41e (41e-1 to 41e-20), a permitted game name storage unit 41f, and a malfunction. An information storage unit 41g is provided.
The selection program 41a is a program related to a game selection process for selecting a game to be played by the player. The selection program 41a stores information such as a game selection program, a game selection screen 28a (see FIG. 10), and the like. Details of each image will be described later.
In addition, the selection program 41 a includes information on a game permitted to be executed from the central server 90 among the game programs 41 e stored in the storage unit 41. The control unit 42 receives this information from the store server 60 and updates it.

As shown in FIG. 4, the command table 41b stores each button 26 in association with each button 26 and an operation command when each button 26 is operated for each game program 41e.
For example, for the fighting game of the game program 41e-1, the command table 41b associates the button 26-1 with information for punching the character operated by the player when the button 26-1 is operated. Remember.
Although a description is omitted, a command table for the lever 25 is also provided.

As shown in FIG. 5, the color table 41c stores the button 26 and the color information of the button 26 in association with each game program 41e.
For example, the color table 41c stores the button 26-1 and the color “red” of the button 26-1 in association with each other for the game program 41e-1.

The transmission type table 41d stores the game program 41e and the score transmission type in association with each other. The game program 41e includes a transmission type program having a function of transmitting a score to the central server 90 at the end of play, and a non-transmission type program not having this function. The score transmission type indicates this type.
Note that even a non-transmission type program has a function of writing score information in the storage unit 41. That is, the control unit 42 creates a score file having a file name specified by the non-transmission type program in the storage unit 41 and stores score information (scores, etc.).
The transmission type table 41d stores a game program name and a score file name (file identification information) in association with each other for the non-transmission type program.
For example, the transmission type table 41d stores a game program 41e-2, a non-transmission type program, and a score file name “score.DAT” in association with each other.
The non-transmission type program is prepared in addition to the game program 41e-2, and a score file name is stored in association with each game program.

Twenty game programs 41e (41e-1 to 41e-20) are stored. The number and genre (type) of the game program 41e are not limited.
For example, the game program 41e-1 has a genre related to a fighting game, and the game program 41e-2 has a genre related to a soccer game.
The permitted game name storage unit 41 f has the same information as the permitted game name storage unit 61 a of the store server 60. The information in the permitted game name storage unit 41f is updated based on information from the store server 60. The permitted game name is a game name of the game program 41e (41e-1 to 41e-20) permitted to be executed from the central server 90.
The malfunction information storage unit 41g stores malfunction information received from the player (see FIG. 26).

The control unit 42 is a control device for comprehensively controlling the play control device 40, and includes, for example, a CPU (central processing unit).
The control unit 42 includes a play control unit 42a, an operation failure information control unit 42b, and a diagnosis control unit 42c.
The play control unit 42 a causes each game machine 20 to play independently of other game machines 20 based on the output from each operation unit 24. For this reason, the play control device 40 is designed to have a performance such that a component having sufficient performance is selected as a component such as a CPU, and four different games are simultaneously advanced independently.
The malfunction information control unit 42b performs a process related to malfunction of the game machine 20 received from the player.
The diagnosis control unit 42c performs processing related to the self-diagnosis of the game machine 20.
Details of the processing of the control unit 42 will be described later.

(Configuration of Sub Display Control Device 50)
As shown in FIG. 2, the sub display unit control device 50 is a device that controls the sub display unit 30 (upper display unit 31, touch panel 35).
In addition, each sub display unit control device 50 may be provided in each game machine 20, or one sub display unit control device 50 may control all eight sub display units 30. In the embodiment, the latter form will be described, but the former form can be processed and function in the same manner as the latter. In any form, the sub display unit control device 50 only needs to have a performance sufficient to control the sub display unit 30. That is, the CPU or the like of the sub-display unit control device 50 may not have a performance enough to advance the game like the play control device 40.

The sub display unit control device 50 includes a storage unit 51 (sub display unit control device storage unit) and a control unit 52 (sub display unit control unit).
The storage unit 51 is a storage device such as a hard disk for storing information necessary for the operation of the sub-display unit control device 50, programs, and the like.
The storage unit 51 includes a command explanation screen storage unit 51a and an operation unit setting storage unit 51b.

The command explanation screen storage unit 51a stores a command explanation screen 35a (see FIG. 14) that is an operation method explanation screen for each game.
In addition, the operation method of the operation part 24 changes with every game (refer command table 41b of FIG. 4). Further, the operation method varies depending on the genre. Moreover, even if it is the same genre (for example, a genre is a fighting game), it may differ for every game. This is because the operation method is uniquely determined by the provider of the game program 41e (manufacturer, designer, etc. of the game program 41e) and is not unified among a plurality of providers.
In the game management system 1, the operator of the game management system 1 creates command explanation screens 35a for these different games. The command explanation screen storage unit 51a stores each game name in association with the command explanation screen 35a of the lever 25 and the button 26 that are operation members.
The operation unit setting storage unit 51b stores a program, information, and the like for the color change process of the operation unit 24 of the game machine 20 by the player. Details of the color change processing will be described later.

The control unit 52 is a control device for comprehensively controlling the sub-display unit control device 50, and includes, for example, a CPU.
The control unit 52 performs control related to the sub display unit 30 (upper display unit 31, touch panel 35).
Details of the processing of the control unit 52 will be described later.

(Configuration of store server 60)
As illustrated in FIG. 3, the store server 60 is a device different from the play control device 40 and is disposed in the store.
The store server 60 includes a storage unit 61 and a control unit 62.
The storage unit 61 is a storage device such as a hard disk for storing information necessary for the operation of the store server 60, programs, and the like.
The storage unit 61 includes a permitted game name storage unit 61a and a game program 41e.
The permitted game name storage unit 61 a stores a permitted game name that is a game name that can be played by the play control device 40. The permitted game name storage unit 61a is controlled by the central server 90, and the permitted game name is rewritten.
The game program 41e is a database that stores a game program 41e stored in the play control device 40 in advance. That is, the game program 41e of the play control device 40 is a copy of the game program 41e of the store server 60 transmitted. The game program 41e of the store server 60 is downloaded from the central server 90 or updated.

The control unit 62 is a control device for comprehensively controlling the store server 60, and includes, for example, a CPU. The control unit 62 implements various functions of the game management system 1 in cooperation with the hardware described above by appropriately reading and executing various programs stored in the storage unit 61.
The control unit 62 includes a play start determination unit 62a.
The play start determination unit 62a determines play start in response to a request from the play control device 40.
Details of the processing of the play start determination unit 62a will be described later.

(Configuration of central device 70)
As shown in FIG. 1, the central device 70 is a device that is installed in the vicinity of the game machine 20 and displays, manages, etc., various information of each game machine 20.
The central device 70 has the following functions, for example.
A process when the player converts points possessed into game items.
-Display of the usage status of each game machine 20 (such as the number of times a player has continued).
Processing when the player purchases an item of the game.
-Management when store managers, salespeople, players, etc. hold game competitions.
Control of the large display device 80
A process of giving advice to the player after the play ends.
Assisting the server play start determination unit 62a (described later).

  As illustrated in FIGS. 3 and 6, the central device 70 includes a coin insertion unit 71, a card reader 72, an operation unit 74 (setting operation unit), a display unit 75 (advice output unit, management device display unit), and a storage unit 76. (Advice device storage unit) and a control unit 77 are provided.

The coin insertion unit 71 is an insertion slot for inserting coins when a player purchases a game item or the like. The coin insertion unit 71 has the same configuration as the coin insertion unit 21 of the game machine 20.
The card reader 72 is a device that communicates with the ID card 23 possessed by the player. The card reader 72 has the same configuration as the card reader 72 of the game machine 20.
The operation unit 74 is a button or the like operated by a store manager, a store clerk, a player, or the like.
The display unit 75 displays necessary screens for store managers, salesclerks, players, and the like in the above-described processes. The display unit 75 is, for example, a liquid crystal display device. The display unit 75 includes a display screen of about 30 inches, for example.

The storage unit 76 is a storage device such as a hard disk for storing information necessary for the operation of the game machine 20, programs, and the like.
The storage unit 76 includes an auxiliary permission game name storage unit 76a and an advice creation program 76b (76b-1 to 76b-20).
The auxiliary permission game name storage unit 76 a stores the same permission game name as that of the store server 60. This permitted game name is received from the store server 60. Further, as will be described later, the auxiliary-permitted game name storage unit 76a stores a history or the like when assisting the process regarding the start determination.
The advice creation program 76b is a program that analyzes the player's play based on operation information (described later) including operation details of the operation unit 24 and creates advice.
The advice creation programs 76b-1 to 76b-20 are provided corresponding to the 20 game programs 41e-1 to 41e-20, respectively.

The control unit 77 is a control device for comprehensively controlling the central device 70, and includes, for example, a CPU.
The control unit 77 reads and executes various programs stored in the storage unit 76 as appropriate, thereby realizing various functions of the game management system 1 in cooperation with the hardware described above.
The control unit 77 includes an auxiliary play start determination unit 77a, an advice creation unit 77b (advice device control unit), a tournament management unit 77c, and a large display device control unit 77d.
The auxiliary play start determination unit 77a assists the process regarding the start of play when the store server 60 breaks down.
The advice creation unit 77b performs an advice process after the play ends.
The tournament management unit 77c performs game tournament management processing.
The large display device control unit 77d performs display processing on the large display device 80.
Details of the processing of the control unit 77 will be described later.

(Configuration of central server 90)
As shown in FIG. 3, the central server 90 is a server that manages the game management system 1 in an integrated manner.
The central server 90 has the following functions, for example.
-Management of player play history.
・ Billing management at each store.
-Matching processing of a game between the game machines 20 in different stores.

The central server 90 includes a storage unit 91 and a control unit 92 (public control unit).
The storage unit 91 is a storage device such as a hard disk for storing information necessary for the operation of the store server 60, programs, and the like.
The storage unit 91 includes a play history storage unit 91a, a billing information storage unit 91b, a game program 41e (41e-1 to 41e-20), and a diagnosis result storage unit 91c.
The play history storage unit 91a stores a player's play history, points possessed by the player, game items, and the like based on the player ID of the player.
The billing information storage unit 91b stores information related to store sales based on the billing information transmitted from the store system 10.
The game program 41e is a program for downloading to the store server 60.
The central server 90, the store server 60 described above, and the game program 41e of the play control device 40 are all the same.
The diagnosis result storage unit 91c stores the diagnosis result of the game machine 20 at each store (see FIG. 28).

The control unit 92 is a control device for comprehensively controlling the central server 90, and includes, for example, a CPU.
The control unit 92 implements various functions of the game management system 1 in cooperation with the hardware described above by appropriately reading and executing various programs stored in the storage unit 91.
The control unit 92 performs matching processing, management of score information, and the like.
Based on the operation of the operation unit (not shown), the control unit 92 connects to the play control device 40 of the store system 10 of each store and permits a game that can be executed by each store system 10. In addition, the control unit 92 manages the diagnosis result of the game machine 20 in each store.

Hereinafter, processing of the game management system 1 will be described.
(Whole process)
FIG. 8 is a sequence diagram illustrating the overall processing of the first embodiment.
The following processing is performed independently based on the operation of each game machine 20.
In step S (hereinafter simply referred to as “S”) 1, when the player inserts the ID card 23 into the card insertion slot 22 a of the game machine 20, the card reader 22 reads the player ID of the ID card 23 and sends it to the central server 90. Send.
In S <b> 2, the central server 90 reads out the player's play history from the play history storage unit 91 a based on the player ID, and transmits it to the play control device 40.
In S3, the play control device 40 performs a game selection process. The play control device 40 displays a game selection screen 28a (see FIG. 10) on the display unit 28 of the game machine 20.

In S <b> 4, when the player inserts a coin into the coin insertion slot 21 a of the coin insertion unit 21, the coin detection unit transmits a coin detection signal to the play control device 40.
In S5, when receiving the coin detection signal, the play control device 40 transmits a start determination request including the game name selected on the game selection screen 28a and the coin detection signal to the store server 60. In addition, the play control apparatus 40 transmits a start determination request to the central apparatus 70 when communication with the store server 60 cannot be established.

In S6, store server 60 will perform play start judgment, if a start judgment demand is received. The store server 60 transmits the determination result to the play control device 40.
In S <b> 7, when the central device 70 receives the start determination request, the central device 70 performs an auxiliary play start determination for determining whether or not the play can be started, similarly to the store server 60. The central device 70 transmits the determination result to the play control device 40.

In S8, when the determination result from the store server 60 (or the central device 70) is permission, the play control device 40 controls the color changing unit 27 so that the operation unit 24 has a color suitable for the game. change.
And the play control apparatus 40 starts play according to the game program 41e of the selected game. In addition, a game name to start playing is transmitted to the sub display unit control device 50, and a play start signal (described later) is transmitted to the central device 70.

In S <b> 9, when receiving the game name, the sub display unit control device 50 displays the game name on the upper display unit 31. A person around the game machine 20 can confirm that the game machine 20 is playing, the name of the game being played, and the like by this display.
Further, when receiving the game name selected on the game selection screen 28 a, the sub display unit control device 50 reads out the command explanation screen 35 a of the game name from the command explanation screen storage unit 51 a and displays it on the touch panel 35.

In S <b> 10 and S <b> 11, the play control device 40 and the sub display unit control device 50 receive the color change process of the operation unit 24 during play.
In S12, during the play control device 40, during play, the operation information of the game machine 20 is transmitted to the central device 70 together with the player ID.
In S <b> 13, the central device 70 stores the operation information and the player ID in the storage unit 76 when receiving the operation information and the player ID. The central device 70 stores these pieces of information for a certain time (for example, about one hour) and then deletes them.

In S <b> 14, the play control device 40 transmits score information to the central server 90 together with the player ID when the game in progress is over and the play ends.
In S15, the central server 90 updates the play history (player score information, play count information, etc.) in the play history storage unit 91a based on the player ID.

When the player wants to confirm the analysis result of the play he / she has played, the player can confirm with the central device 70 as follows within the predetermined time after the play time has elapsed.
When the player inserts the IC card into the card insertion slot 72a in S16, the central device 70 reads out the player ID. The central device 70 refers to the storage unit 76 and reads the operation information of the player based on the player ID.
The central device 70 reproduces and analyzes the play based on the operation information of the player, and creates advice (advice). The central device 70 displays advice on the reproduced play screen.

In this way, one play control device 40 selects each game machine 20 independently from the other game machines 20 and starts playing, and each game machine 20 becomes independent from the other game machines 20. And play. That is, the eight game machines 20 can perform game selection and play execution independently.
Thereby, if the store system 10 prepares one play control apparatus 40 and connects it to each game machine 20, even if it does not make it the structure which provides a control apparatus in each conventional game machine 20, each game machine 20 is provided. Can play independently. Thereby, when installing the some game machine 20, what is necessary is just to prepare the one play control apparatus 40, and cost can be reduced significantly conventionally, and a shop tends to introduce a system.

(Game selection process)
The game selection process will be described.
FIG. 9 is a flowchart of the game selection process of the first embodiment.
FIG. 10 is a diagram illustrating a game selection screen 28a according to the first embodiment.
The game selection process is the process of S3 of the overall process shown in FIG.
In S21, the play control unit 42a of the play control device 40 displays the game selection screen 28a independently on each display unit 28 of each game machine 20. The play control unit 42a creates a game selection screen 28a for a game permitted to be executed from the central server 90 based on the information in the permitted game name storage unit 41f.
As shown in FIG. 10, the game selection screen 28a displays a game selection image 28b (28b-1 to 28b-7), an advertisement selection image 28c, a preview image 28d, an operation unit schematic diagram 28e, and the like.
The game selection image 28b is an image corresponding to a plurality of games, and a plurality of game selection images 28b are arranged. The game selection image 28b is, for example, an image including a game title, character, and the like, and is an image that is small enough to identify the game. The displayed game selection screen 28 a is for a game that is permitted to be executed from the central server 90. As a result, the player can select only the games permitted by the central server 90.

  Further, in the case of a game in which the store system 10 is connected to another store system via the communication network 2 and players of different stores can play with each other like a competitive game, information regarding the recruitment of the game is a game selection image. It is displayed below 28b. Thus, since the game management system 1 recruits participation from a single game machine 20 to a plurality of games, it is possible to improve the probability of the combination being established. The reason for this will be described later.

The advertisement selection image 28c is arranged between the plurality of game selection images 28b.
The preview image 28d displays images corresponding to the game selection image 28b and the advertisement selection image 28c.
The preview image of the game selection image 28b is an image that shows the play atmosphere. The preview image of the game selection image 28b is, for example, a moving image of a scene of play.
The preview image of the advertisement selection image 28c is an advertisement image. The preview image of the advertisement selection image 28c is, for example, a moving image including candy packaging, a catchphrase, and the like in the case of a candy advertisement.
The operation unit schematic diagram 28e is a display for explaining an operation method on the game selection screen 28a using the schematic diagram of the operation unit 24.

  Based on the player history received from the central server 90, the play control unit 42a arranges the advertisement selection image 28c next to the game selection image 28b in which the player has the largest number of plays. That is, the play control unit 42a arranges the advertisement selection image 28c next to the game selection image 28b of a game with a high play frequency. FIG. 10 shows a scene in which the game with a high play frequency of the player is an RPG (role playing game), and an advertisement selection image 28c is arranged on the left side of the game selection image 28b-7.

  In S22, the play control unit 42a accepts a selection operation of the lever 25 of the game machine 20, and moves a selected image among the plurality of game selection images 28b and the advertisement selection image 28c. The play control unit 42a sequentially moves the images to be selected one by one up, down, left, and right based on the operations in the depth direction Y and the left-right direction X of the lever 25. The play control unit 42a improves the brightness of the selected image so that the player can check. FIG. 10 shows a scene where the game selection image 28b-5 is selected.

When the game selection image 28b is selected, the play control unit 42a sequentially displays game description images corresponding to the game selection image 28b on the preview image 28d.
On the other hand, when the advertisement selection image 28c is selected, the play control unit 42a displays an advertisement corresponding to the advertisement selection image 28c on the preview image 28d.
When the game selection image 28b-1 or the game selection image 28b-5 arranged at the left end is selected, the play control unit 42a scrolls the game selection image 28b by operating the lever 25 to the left. Other than these eight game selection images and advertisement selection images are displayed.
Thereby, the player can select a desired game from all the games that can be executed in the store system 10, and can select an advertisement of interest from the advertisement selection image.

In the scene of FIG. 10, the probability of the image that the player intends to finally select is high in the RPG game selection image 28 b-7 with high play frequency. In order to move from the scene of FIG. 10 to the game selection image 28b-7, it is necessary to operate the lever 25 to the right three times. When passing over the advertisement selection image 28c, a preview image of the advertisement is displayed.
In this way, the play control device 40 can display the advertisement preview image by naturally selecting the advertisement selection image 28c in the process of selecting the desired game by the player. Thereby, if the player performs an operation of selecting a game, an advertising effect can be expected. Further, since a display device for advertisement is not required other than the game machine 20 and the cost is low, the store can easily introduce the system.

In S23, the play control unit 42a determines whether any of the buttons 26-1 to 26-3 has been operated, or whether a detailed display operation has been performed. When it is determined that the detailed display operation has been performed (S23: YES), the play control unit 42a proceeds to S24. On the other hand, when it is determined that it has not been performed (S23: NO), the play control unit 42a proceeds to S25.
In S24, the play control unit 42a displays a detailed screen corresponding to the selected game selection image 28b or advertisement selection image 28c. The detailed image has more detailed information than the preview image.
When the game selection image 28b is selected, the play control unit 42a reads the detailed image of the game from the storage unit 41 and displays it on the display unit 28. The detailed image of the game has, for example, introduction of characters appearing in the game, information on each stage of the game, and the like.
When the advertisement selection image 28c is selected, the play control unit 42a reads the detailed image of the advertisement from the storage unit 41 and displays it on the display unit 28. For example, if the detailed image of the advertisement is a candy advertisement, it includes information such as the price and material of the candy.
The detailed image may be provided in the central server 90 on the communication network 2 or the like. In this case, the selected image and the URL of each detailed image may be stored in the storage unit 41 of the play control device 40 in association with each other. And according to operation of detailed display, the play control apparatus 40 should just connect to the central server 90 grade | etc., And display a detailed image on the display part 28 based on URL of each detailed image.

  In S25, the play control unit 42a determines whether any of the buttons 26-4 to 26-6 has been operated, that is, whether or not a determination operation has been performed. The determination operation is an operation for determining a game to be played by the player. If the play control unit 42a determines that the determination operation has been performed (S25: YES), the play control unit 42a proceeds to S26. On the other hand, if the play control unit 42a determines that it has not been performed (S25: NO), the process from S22 is repeated.

  In S26, the play control unit 42a accepts the player's coin insertion. When the coin is inserted, the play control unit 42a transmits coin detection information and information on the selected game name to the store server 60. Thereafter, the system starts processing such as play start determination described later.

The reason why the above-described combination establishment probability can be improved will be described.
As described above, information related to game recruitment is displayed under the game selection image 28b.
For example, under the game selection image 28b-2 for the car racing game and under the game selection image 28b-2 for the fighting game, the numbers of other players recruiting opponents are "30", "50" Or the like.
When recruiting a battle in a car racing game, other players can accept the battle for about one minute before the start of play, and can start the battle play when the battle is established. “30 players” is the number of other players who are looking for a match before this play starts.
In addition, when recruiting a battle in a fighting game, other players should set a mode (so-called “intrusion mode”) in which a battle can be accepted even if they are playing alone by a computer battle and start playing. That's fine. “50 players” is the number of other players playing in this mode.
In addition, the control part 92 of the central server 90 performs the combination of players.

  Since the store system 10 can play a plurality of games with one game machine 20, the player can also participate in other fighting games other than car racing from one game machine 20. Further, even if seven game machines 20 are already playing, if one game machine 20 is available, the player can participate in any game.

Unlike the embodiment, for example, in the case of a conventional dedicated game machine that can only play a car racing game, a player playing on the game machine can participate only in the car racing game. Further, when the game machine 20 of the car race is already being played, even if the game machine 20 of the fighting game is vacant, the player cannot participate in the car race. For this reason, in the case of a dedicated game machine, the chance of establishing a combination between players is reduced.
Thereby, the store system 10 can improve the probability of establishment of the combination of players compared with the past. The effect is particularly great when the recruitment time is short, such as in car races.

Through the above game selection process, the store system 10 can independently display the game selection screen 28a on each display unit 28 of each game machine 20 and play the game selected on each game machine 20 independently. For this reason, the player can freely select and play from a plurality of games, not a specific game, when playing with any of the plurality of game machines 20.
Further, unlike the embodiment, if the dedicated game machine breaks down, even a profitable game cannot be played. In the embodiment, even when one game machine 20 breaks down, it can be played with the other seven, which is advantageous in terms of store management.

  Furthermore, even if the manager of the game management system 1 installs the store system 10 in a plurality of stores and wants to permit different games for each store, the same game program 41e is stored in each store server 60. A different game may be permitted for each store. Thereby, the operator can unify the game programs 41e of all the stores, and management is easy.

  Furthermore, if the license fee is set according to the game that can be executed, the store manager or the like may ask the operator to allow only the desired game. This can lead to cost reduction.

(Play start determination process)
The play start determination process will be described.
FIG. 11 is a flowchart of the play start determination process according to the first embodiment.
The play start determination process is a process of S4 to S8 of the overall process shown in FIG.
In S <b> 31, when the play control unit 42 a of the play control device 40 receives a play start request from each game machine 20, the play control unit 42 a attempts to communicate with the store server 60. In the embodiment, the coin detection information and the information of the selected game name are used as the play start request, but the present invention is not limited to this. For example, instead of coin detection information, button operation information for starting play may be used.
In S32, the play control unit 42a determines whether or not communication with the store server 60 has been established. For example, the play control unit 42a tries communication with the store server 60 several times. When it is determined that the play control unit 42a has been established (S32: YES), the play control unit 42a proceeds to S33a. On the other hand, when it is determined that it has not been established (S32: NO), the play control unit 42a proceeds to S33b.
The case where the communication is not established is, for example, a case where the store server 60 fails or a case where the communication process cannot be performed because other processes are being performed.

In S33a, the play control unit 42a transmits a start determination request to the store server 60. The start determination request requests the store server 60 to determine whether or not to start the game. The start determination request includes coin detection information and information on the selected game name.
In S33b, the play control unit 42a transmits a start determination request to the central device 70.
Note that this S33b allows the play control unit 42a to make a start determination request even when the store server 60 is out of order.

In S34, when the play start determination unit 62a of the store server 60 receives the start determination request, the play start determination process is performed.
The play start determination process determines whether or not the game name included in the start determination request is included in the permitted game name storage unit 61a. The play start determination part 62a will determine with permission, if a game name is contained in the permission game name memory | storage part 61a.
For this reason, the store system 10 can permit play only when the information in the permitted game name storage unit 41f of the play control device 40 matches the information in the permitted game name storage unit 61a of the store server 60. become. Thereby, acts, such as illegally rewriting the information in the permitted game name memory | storage part 43f of the play control apparatus 40, can be suppressed.
In S35, the play start determination unit 62a transmits the determination result to the play control unit 42a.
In S 36, a coin detection signal is transmitted to the central server 90. The central server 90 aggregates store sales, availability, etc. based on the billing information.

In S37, when the auxiliary play start determination unit 77a of the central device 70 receives the start determination request, the auxiliary play start determination unit 77a performs auxiliary play start determination processing.
The auxiliary play start determination process is the same process as the play start determination process of the store server 60. That is, the auxiliary play start determination unit 77a determines that the game is permitted if the game name included in the start determination request is included in the auxiliary permission game name storage unit 76a.
In S38, the auxiliary play start determination unit 77a transmits the determination result to the play control unit 42a.
In S39, the auxiliary play start determination unit 77a stores the start determination request, the reception time, and the determination result in the storage unit 76.
As a result, the start determination request, the reception time, and the determination result history while communication between the play control device 40 and the store server 60 cannot be established are sequentially stored in the storage unit 76.

In S40, the play control unit 42a of the play control device 40 determines whether the determination result received from the store server 60 or the central device 70 is permission. If it is permitted (S40: YES), the play control unit 42a proceeds to S41, whereas if it is determined not to be permitted (S40: NO), the play control unit 42a proceeds to S42.
In S41, the play control unit 42a starts playing the game machine 20.
In S42, the play control unit 42a ends the process related to the start of play. In this case, for example, the play control unit 42a returns the inserted coins.

In S43, the auxiliary play start determination unit 77a of the central device 70 repeats communication with the store server 60.
When communication with the store server 60 is established, the auxiliary play start determination unit 77a of the central device 70 transmits the start determination request, the reception time, and the determination result stored in the storage unit 76 to the store server 60.
In S44, the play start determination unit 62a of the store server 60 receives the start determination request, the reception time, and the determination result. Thereby, the store server 60 acquires the start determination request, the reception time, and the determination result while the communication with the play control device 40 cannot be established from the central device 70.
The play start determination unit 62 a transmits the start determination request, the reception time, and the determination result acquired from the central device 70 to the central server 90.
Thereby, the central server 90 can total the operation information and billing information of the game machine 20 during which communication between the play control device 40 and the store server 60 could not be established.

  Through the play start determination process described above, the store system 10 can operate the game machine 20 even when the store play control device 40 breaks down, can stably operate the store, and can easily introduce the system.

(Score transmission processing)
The score transmission process will be described.
FIG. 12 is a flowchart of the score transmission process according to the first embodiment.
The score transmission process is the process of S14 of the overall process shown in FIG.
In S51, when the play ends, the play control device 40 refers to the transmission type table 41d (see FIG. 5) and determines whether or not the game program 41e of the game for which play has ended is a transmission type program.
As described above, the transmission type program has a function of transmitting the score to the central server 90 at the end of play, and the non-transmission type program does not have this function. In order to display the non-transmission type program on the play screen, the score information is written and stored in the storage unit 41 with the score file name designated by the program.
When it is determined that the play control device 40 is a transmission type program (S51: YES), the play control device 40 proceeds to S52. On the other hand, when it is determined that the play control device 40 is not a transmission type program (S51: NO), that is, non-transmission. If it is determined that the program is a type program, the process proceeds to S53.
In S <b> 52, the play control device 40 transmits the score of the game that has been played to the central server 90 in accordance with the game program 41 e.

In S53, the play control apparatus 40 refers to the transmission type table 41d and confirms the score file name of the non-transmission type program that has been played.
In S54, the play control device 40 searches the storage unit 41 for a score file with the score file name. The play control device 40 reads the score from the score file and transmits it to the central server 90.
For example, in the case of the game program 41e-2, the play control device 40 searches the storage unit 41 for the score file name “score.DAT” and transmits the score to the central server 90.

  With the above score transmission processing, the store system 10 can transmit score information to the central server 90 regardless of the transmission type of the game that has been played. Thereby, the kind of game which can be played in a store can be increased, and a store is easy to introduce a system.

(Color change processing of the operation unit 24)
The color change process of the operation unit 24 will be described.
FIG. 13 is a flowchart of the color change process according to the first embodiment.
FIG. 14 is a diagram showing the command explanation screen 35a of the first embodiment.
FIG. 15 is a diagram illustrating the color change screen 100 according to the first embodiment.
The color changing process of the operation unit 24 is a process performed during the play, and is a process of S9 to S11 of the entire process shown in FIG. Note that in the case of a game specification such that the command explanation screen 35a is displayed before play, the color change process may be performed before play.
First, the command explanation screen 35a will be described.
As illustrated in FIG. 14, the control unit 52 of the sub display unit control device 50 displays a command explanation screen 35 a on the touch panel 35.
The control unit 52 receives the name of the game to start playing (see S8 and S9 above), and reads the command explanation screen 35a for the game from the storage unit 41. FIG. 14 is an example of a command explanation screen 35a for a fighting game of the game program 41e-1.

The command explanation screen 35a displays a schematic diagram of the operation unit 24 (see FIG. 6), a button arrangement change button 35b, and a color change button 35c.
The schematic diagram of the operation unit 24 (see FIG. 6) displays the color of each operation member of the operation unit 24 and the operation content.
For example, “blue” is displayed in the schematic diagram of the lever 25, and blue is also displayed in the schematic diagram (circle). In the schematic diagram of the lever 25, the movement of the character in each operation direction (such as “jump”) is described as the operation content.
Similarly, “red” is displayed in the schematic diagram of the button 26-1, and the schematic diagram (circle) is also displayed in green. Further, the character movement “punch” is displayed in the schematic diagram of the button 26-1.

  On the other hand, at the start of play, the play control device 40 reads the color of each operation member of the game from the color table 41c (see FIG. 5) and controls the color changing unit 27. If it is a fighting game of the game program 41e-1, the first line 41c-1 is read from the color table 41c and the color changing unit 27 is controlled.

As a result, the color display on the command explanation screen 35a matches the actual color of the operation unit 24. The player can operate the operation unit 24 while referring to the color display on the command explanation screen 35a. Moreover, since the store system 10 controls the command explanation screen 35a and the color change unit 27 for each game, the command explanation screen 35a and the color change unit 27 can be controlled according to the game selected by the player.
The color setting at the start of play is based on the specifications of each manufacturer of the game program 41e. In other words, the game manuals and strategies for each game program 41e have explanations of how to play, etc., and the colors of buttons and the like are also explained by explanations and illustrations.
Each line of the command explanation screen 35a and the color table 41c is created by the operator of the game management system 1 for each game based on the manufacturer's specifications and the like.
Thereby, even if the game management system 1 is a system which can select a some game, it can set the operation part 24 to the color corresponding to the selected game.
The color changing process of the operation unit 24 is for enabling the color of the operation unit 24 to be changed so that the player can operate it more easily. This will be described in detail below.

In S61, the control unit 52 of the sub-display unit control device 50 starts a series of processes when the color change button 35c (see FIG. 14) on the command explanation screen 35a is operated.
In S62, the control unit 52 displays the color change screen 100 (setting screen) on the touch panel 35 as shown in FIG.
The color change screen 100 displays a schematic diagram of the operation unit 24 (see FIG. 6), a color selection button 101, a determination button 102, and a return button 103.
Similar to the command explanation screen 35a, the schematic diagram of the operation unit 24 displays the color before the change of each operation member.
The color selection button 101 is displayed below the schematic diagram of the operation unit 24.

In S <b> 63, the control unit 52 accepts a selection operation of the color selection button 101.
The player can select a color that makes it easy for him to play by selecting the color selection button 101.
For example, three buttons “red”, “green”, and “yellow” are arranged below the schematic diagram of the blue lever 25 in the initial setting. The player can select a color that makes it easier for him to play from these buttons.
Below the schematic diagram of the button 26-6, four buttons “red”, “green”, “yellow”, and “blue” are arranged. The player can select buttons that are not operated in the fighting game, but can also select these buttons if they want to color.

  In S64, the control unit 52 determines whether or not the enter button 102 has been operated. When it is determined that the determination button 102 has been operated (S64: YES), the control unit 52 proceeds to S65, whereas when it is determined that the determination button 102 has not been operated (S64: NO), S65. Proceed to

In S65, the control unit 52 determines whether or not the return button 103 has been operated. When it is determined that the return button 103 has been operated (S65: YES), the control unit 52 proceeds to S66, whereas when it is determined that the return button 103 has not been operated (S65: NO), S63. Repeat the process from.
In S66, the control unit 52 displays the command explanation screen 35a as it is without changing it.

In S <b> 67, the control unit 52 transmits color change determination information, that is, information on the selected color selection button 101 to the play control device 40.
In S <b> 68, the control unit 52 displays a command explanation screen 35 a reflecting the color change determination information on the touch panel 35.
For example, when the “red” button of the color selection button 101 is selected so as to change the lever 25 from blue to red, the control unit 52 changes the blue of the schematic diagram of the lever 25 from blue to red. The text is changed and the text is also displayed as “red”.

In S69, when the play control unit 42a of the play control device 40 receives the color change determination information, the play control unit 42a controls the color change unit 27 based on the color change determination information.
For example, in the above example, the play control unit 42a controls the color of the LED 27a (see FIG. 7) of the color changing unit 27 from red to blue.
Thus, even after the change, the color display on the command explanation screen 35a matches the actual color of the operation section 24, and the player can operate the operation section 24 while referring to the command explanation screen 35a.

Through the color change process described above, the player can change the color of the operation unit 24 so that the player can easily play any game machine 20.
In the color change process, the sub-display unit control device 50 controls the touch panel 35. For this reason, the processing load of the play control device 40 can be reduced, and the play control device 40 can be concentrated on the play progress processing so that the play can proceed smoothly.

Further, the play control device 40 controls the color changing unit 27 based on the initial setting at the start of play. For this reason, the store may add a touch panel 35, a sub-display unit control device 50, and the like as necessary when it is desired to make the system capable of changing the default color.
Furthermore, the game machine 20 can be expected to reduce the cost due to the common parts of the button 26.

(Button layout change process)
Next, the button arrangement change process will be described.
FIG. 16 is a flowchart of button arrangement change processing according to the first embodiment.
FIG. 17 is a diagram illustrating the button arrangement change screen 110 according to the first embodiment.
The button arrangement changing process is a process performed during the play, and is a process of S9 to S11 of the entire process shown in FIG. In addition, in the case of a game specification such that the command explanation screen 35a is displayed before play, the button arrangement change process may be performed before play.
Up to the display of the command explanation screen 35a is the same as the color change process described above.

In S71, when the button arrangement change button 35b (see FIG. 14) on the command explanation screen 35a is operated, the control unit 52 of the sub display unit control device 50 starts a series of processes.
In S <b> 72, the control unit 52 displays the button arrangement change screen 110 on the touch panel 35 as shown in FIG. 17.
The button arrangement change screen 110 displays a schematic diagram of the operation unit 24 (see FIG. 6), an operation selection button 111, a determination button 112, and a return button 113.
Similar to the command explanation screen 35a, the schematic diagram of the operation unit 24 displays the operation content before the change of each operation member.
The operation selection button 111 is displayed below the schematic diagram of the operation unit 24.

In S <b> 73, the control unit 52 accepts an arrangement change operation of the operation selection button 111 and controls the button arrangement change screen 110.
The player can select an operation content that makes it easier for the player to play by selecting the operation selection button 111.
For example, in the schematic diagram of the button 26-6, “Punch” which is an initial setting is displayed. Below the schematic diagram of the button 26-6, three buttons of “kick”, “hand fist”, and “receive” are arranged as the operation selection buttons 111. The player can select an operation content that makes it easier for the player to play by selecting the operation selection button 111.
Further, under the schematic diagram of the button 26-6, four buttons of “punch”, “kick”, “hand fist”, and “receive” are arranged. The player can also select buttons that are not used in the initial setting if they are easy to operate.

S74 to S76 are the same as S64 to S66 of the color change process described above.
In S <b> 77, the control unit 52 transmits button arrangement change determination information, that is, information on the selected operation selection button 111 to the play control device 40.
In S <b> 78, the control unit 52 displays a command explanation screen 35 a reflecting the button arrangement change determination information on the touch panel 35.
For example, when the “punch” button of the operation selection button 111 has been selected so that the button 26-6 is changed from “not used” to “punch”, the control unit 52 selects the button 26-6. "Punch" is displayed in the schematic diagram.

In S79, when the play control unit 42a of the play control device 40 receives the button arrangement change determination information, the play control unit 42a reflects the button arrangement change determination information in the play.
For example, in the above example, when the button 26-6 is operated by the player, the play control unit 42a causes the game character to perform a punching action.
Thereby, even after the button layout is changed, the display of the operation content on the command explanation screen 35a matches the actual character action, and the player can operate the operation unit 24 while referring to the command explanation screen 35a.

Through the above button arrangement changing process, the player can change the button arrangement of the operation unit 24 so that the player can easily play any game machine 20.
In the button arrangement changing process, the sub-display unit control device 50 controls the touch panel 35. For this reason, even if a plurality of game machines 20 play independently, the processing load on the play control device 40 can be reduced, and the play control device 40 can be concentrated on the play progress processing so that play can proceed smoothly. .

  Further, the play control device 40 advances the play based on the initial setting at the start of the play. For this reason, the store may add a touch panel 35, a sub-display unit control device 50, and the like as necessary when it is desired to change the initial setting to a system.

(Advice processing)
Next, the advice process will be described.
FIG. 18 is a flowchart of the advice process according to the first embodiment.
FIG. 19 is a diagram illustrating a scene of the advice moving image 120 according to the first embodiment.
The advice process is a process related to S12, S13, and S16 of the overall process shown in FIG.
In S81, when the play control unit 42a of the play control device 40 starts playing (see S8 in FIG. 8), the play start information is transmitted to the central device 70 (advice device). The play start information includes game name information, information indicating start of play, start time, and player ID (player identification information).
In S <b> 82, when the advice creation unit 77 b of the central device 70 receives the play start information, the advice creation unit 77 b starts recording the operation information in the storage unit 76.

In S83, the play control unit 42a transmits operation information according to the operation of the operation unit 24 by the player. The operation information includes game name information, operation information of the operation unit 24 (operation signal of the lever 25, operation signal of the button 26, etc.), operation time of the operation unit 24, and player ID.
In S84, when the advice creation unit 77b of the central device 70 receives the operation information, the advice creation unit 77b sequentially records the operation information in the storage unit 76.

In S85, the play control unit 42a transmits play end information when the player finishes playing. The play end information includes game name information, end time, information indicating end of play, and player ID.
In S86, when the advice creation unit 77b of the central device 70 receives the play end information, the advice creation unit 77b ends the recording of the operation information, and stores the operation information so far in the form of a file in the storage unit 76.

Here, when the player wants to obtain the advice of the finished play, the player moves within the store to the central device 70 within one hour after the play is finished, and the ID card 23 owned by the player is stored in the central device 70. What is necessary is just to operate the operation part 74 for inserting in the card insertion slot 72a and outputting advice.
On the other hand, after the player's play is completed, the play control unit 42a accepts a game selection of another player and starts a new play regardless of the processing of the central device 70.
As described above, even when the player who has finished playing wants to obtain advice, the store system 10 can quickly move the player from the game machine 20 and start play of other players. Thereby, the store system 10 can give useful advice to the player while maintaining the operating rate of the game machine 20.

  In S <b> 87, the advice creating unit 77 b of the central device 70 determines whether or not an operation for outputting the advice has been performed based on the output from the operation unit 74. When it is determined that the advice output operation has been received (S87: YES), the advice creating unit 77b proceeds to S88, whereas when it is determined that the operation has not been received (S87: NO), the process proceeds to S87a.

In S87a, the advice creating unit 77b determines whether or not 1 hour has elapsed since the end of recording.
In S87b, the advice creating unit 77b deletes the operation information file stored in the storage unit 76.
Thereby, the increase in the stored capacity of the storage unit 76 can be suppressed. Note that if no advice operation is performed after a certain time (one hour) has elapsed since the end of play, it can be determined that no advice is required for the player.

In S88, based on the player ID, the advice creating unit 77b reads the player operation information file from the storage unit 76 and determines the name of the game played. The advice creation unit 77b performs the advice creation process as follows based on the advice creation program 76b corresponding to the game name and the operation of the operation unit 24 included in the operation information.
(1) Based on the operation of the operation section 24 of the operation information, a moving image that reproduces the play is created.
In this case, a part necessary for the analysis is extracted from the operation information, and a moving picture in which a moving picture part not related to advice is fast-forwarded is created. As a result, the central device 70 does not require high-definition image creation for moving image portions that are not related to advice, so that the processing can be reduced, the processing can be performed at high speed, and the entire capacity of the moving image can be reduced.

(2) The information included in the advice creation program 76b is compared with the operation of the operation unit 24 to create a corresponding advice. The advice is text information.
For example, FIG. 19 shows a scene in which an upper attack is received from the enemy E when the character C of the player is receiving the middle. In the advice creation program 76b, information in which the upper attack from the enemy E is associated with the advice for defending against this attack is stored in advance. Based on this information, the advice creating unit 77b creates the advice 121 that “the attack from the enemy to the upper stage is defended not by the middle stage but by the upper stage”.

  In S89, the advice creation unit 77b displays the advice video 120 that is a video of replaying the game. Since the advice video 120 displays the advice 121, it can be easily displayed to the player.

The central device 70 may transmit a moving image including the advice to the central server 90. In this case, the player can download the video from the central server 90 to his / her information terminal (mobile terminal, personal computer, etc.) and reproduce it. As described above, since the moving image has a small capacity, communication via the communication network 2 is smooth.
In addition, the central device 70 and the play control device 40 use the same or almost the same performance regarding arithmetic processing such as a CPU. This is for accurately reproducing the play by the play control device 40 using the central device 70. That is, in a drive game or the like, if the processing speed or the like is different, the timing of the brake operation or the like may not be the same, and the play may not be accurately reproduced.

  With the above advice processing, the store system 10 can confirm the advice on the central device 70 immediately after the player finishes playing, and the advice can be used for the subsequent play, so that the willingness to play can be improved.

The advice creation unit 77b of the central device 70 changes the advice creation program 76b (76b-1 to 76b-20) to a game specification change or the like, that is, a revision of the game program 41e (41e-1 to 41e-20). Update to match. The advice creation unit 77b updates the central server 90 by downloading (receiving) a new advice creation program 76b (76b-1 to 76b-20).
Further, the advice creating unit 77b can not only simply output the character information, but also display a model moving image together with the character information on the display unit 75, so that the advice can be more easily understood to the player.

(Game tournament management process)
Next, the game tournament management process will be described.
FIG. 20 is a sequence diagram of the game tournament management process according to the first embodiment.
FIG. 21 is a diagram illustrating a game tournament notification screen 130 according to the first embodiment.
FIG. 22 is a diagram illustrating a battle table display screen 140 and a call screen according to the first embodiment.
The game tournament management process is a process related to the management, management, etc. of the game tournament held in the store. The game tournament is held by store managers, shop assistants, players, and the like.

In S91, the tournament management unit 77c of the central device 70 accepts the holding of a game tournament.
When holding a game tournament, the player or the like operates the operation unit 74 to input the holding information including the game name, the date and time, and the tournament name.
In S92, the tournament management unit 77c creates a game tournament notification screen 130 (see FIG. 21) based on the input event information. The tournament management unit 77 c displays the notification screen 130 on the large display device 80. The tournament management unit 77c also displays the notification screen 130 on the display unit 75 of the central device 70 when the central device 70 is not operated.

In S93, the tournament management unit 77c accepts the participation of the player in the game tournament. A player who wants to participate in the game tournament may insert the ID card 23 possessed by himself / herself into the card insertion slot 72a of the central device 70 and operate the operation unit 74 to participate in the game tournament by the acceptance deadline.
In S94, the tournament management unit 77c ends the acceptance of the player to participate in the game tournament when the acceptance deadline has passed.
It should be noted that the player's information terminal (such as a mobile phone) may be used for accepting participation in the game tournament. In this case, the player may input the player ID into the information terminal, and the tournament management unit 77c may acquire the player ID via the communication network 2.

  In S95, the tournament management unit 77c creates a battle table (see the battle table 141 in FIG. 22 (a1)) by combining the battles of the players that have accepted the participation, and the tournament management unit 77c sets the battle schedule. It is created and transmitted to the play control device 40. The schedule is information including the order of battle play. For example, in the case of the tournament combination shown in FIG. 22 (a1), “the first round consists of 4 teams with a total of 8 players → the 2nd round with a total of 4 teams → the final round consists of 2 players. The information “play a total of 7 battles” is transmitted.

In S96, the play control unit 42a of the play control device 40 secures the game machine 20 as follows based on the received schedule.
-First round: In the first round, a total of four players play against four groups, so all eight game machines 20 are used. For this reason, the play control unit 42a does not accept a new play from about an hour before the game competition is held, and secures all eight game machines 20 (20-1 to 20-20). Thereby, all the eight game machines 20 can be used at the start of the game tournament.
-Second round: In the second round, a total of two teams of four players play. For this reason, the play control unit 42a secures four game machines 20 (for example, game machines 20-1 to 20-4) after the end of the first round. That is, the play control unit 42a does not accept a new play of another player in the four game machines 20.
・ Final match: A total of 1 person plays a match. For this reason, the play control unit 42a secures two game machines 20 (for example, game machines 20-1 and 20-2) after the end of the second round.
As described above, the play control unit 42a can secure the game machine 20 for the game tournament, that is, make a reservation, and smoothly advance the game tournament.
In addition, game machines 20 other than those secured in the tournament (in the above example, game machines 20-5 to 20-8 in the second round, game machines 20-3 to 20-8 in the final game) The finished player can be used, and a game other than the fighting game can be freely selected and played.

In S97, the tournament management unit 77c displays the battle table display screen 140 on the large display device 80 when the game tournament time approaches (for example, about one hour before the tour time). The battle table display screen 140 displays a battle table 141, a tournament name, and the like.
The battle table display screen 140 may be displayed on the upper display unit 31. In this case, the tournament management unit 77c transmits the information on the battle table display screen 140 to the sub display unit control device 50, and the control unit 52 of the sub display unit control device 50 displays the battle table display screen 140 on the upper display unit 31. Show it.

In S98, the tournament management unit 77c of the central device 70 transmits the name of the player who starts the battle play to the sub display unit control device 50.
For example, at the start of the first round, the tournament management unit 77c transmits four sets of combination information (information on each set and its player name) to the sub-display unit control device 50.

In S <b> 99, the control unit 52 of the sub display unit control device 50 displays the player call display screen on the upper display unit 31.
For example, at the start of the first round, one of the four sets is a combination of player A and player B.
For this reason, as shown in FIGS. 22 (b1) and 22 (b2), the control unit 52 reads “Please come to the player A game machine 20-1” on the upper display unit 31 of the game machine 20-1. Then, “Please come to Mr. Player B game machine 20-2” is displayed on the upper display unit 31 of the game machine 20-2. Therefore, the players A and B may move to the game machines 20-1 and 20-2 according to these displays and play. The control unit 52 performs the same process for other players and the game machine 20. For this reason, each player can quickly confirm the player with whom he / she battles and the game machine 20 with which he / she plays.
Thereby, the store system 10 can smoothly advance the game tournament.
The distribution of which combination uses which game machine 20 may be instructed by the central device 70, or may be performed by the sub display unit control device 50 based on the combination information.

In S100, the play control unit 42a of the play control device 40 starts a battle play. Each player inserts his / her ID card 23 into the card insertion slot 22a of each game machine 20, and starts playing.
In S101, the play control unit 42a transmits a battle result every time the battle play ends. The match result is information having two player IDs and the result (win / loss).
For example, when the player A wins in the battle play between the players A and B, the battle result includes the player IDs of the players A and B and information that the player A has won.

In S102, when the tournament management unit 77c of the central device 70 receives the match result of the player, the match table 141 is updated.
As shown in FIG. 22 (a2), the tournament management unit 77c updates the battle table 141 of the battle table display screen 140 to the battle table 142, reflecting the battle results. FIG. 22 (a2) is an example in which the battle results of the players A and B are reflected.
Thereby, the player can confirm the progress degree of the game tournament and the player's victory or defeat.
Each device repeats the processing from S98 to S102 until all battle play is completed.
Each device ends the process when all battle play is completed.

  With the above game tournament management process, the store system 10 can easily manage the game tournament held in the store, the labor of the store clerk and the like is reduced, and the store can easily hold the game tournament. Thereby, activation of a store can be aimed at. In addition, since the central device 70 manages from the reception of the game tournament to the progress, the player can voluntarily hold the game tournament as well as the store.

(Display processing on large display device 80)
Next, display processing on the large display device 80 will be described.
FIG. 23 is a diagram illustrating the large display device setting screen 150 according to the first embodiment.
The display on the large display device 80 is set by the central device 70.
The large display device control unit 77d of the central device 70 displays the large display device setting screen 150 on the display unit 75 in accordance with the operation of the operation unit.
The large display device setting screen 150 is a screen for a store manager, a store clerk, or the like to set display contents of the large display device 80. For example, when a personal identification number or the like is input from the operation unit 74, the large display device control unit 77d displays the large display device setting screen 150. For this reason, a player who does not know the personal identification number cannot display the large display device setting screen 150.

On the large display device setting screen 150, the following three settings can be selected.
1. Central server control Central server control is a setting in which the central server 90 transmits a display screen via the central device 70 and displays it on the large display device 80. The central server 90 transmits a new game advertisement screen and the like to the central device 70. The central device 70 displays the received advertisement screen or the like on the large display device 80.

2. Store creation screen The store creation screen is a setting for displaying a display screen created by the store on the large display device 80. As a display screen, for example, a store recommends a game recommended at the store, an event notification screen, or the like using an information processing device, and inputs it to the central device 70. The central device 70 displays the input notification screen or the like on the large display device 80.

3. Game machine operation information The game machine operation information is a setting for displaying the operation status of the game machine 20. The central device 70 receives information on the operating status of the game machine 20 from the central server 90 and displays it on the large display device 80. The displayed information includes the type of game that can be played on each game machine 20 (when a game that can be played for each game machine 20 is set), the play time of the player being played, the number of continuations, and the like. Thereby, the player who is going to play from now on can obtain information such as which game machine 20 can be played with which game machine 20 and how long the game machine 20 is available by checking these displays. it can.
In the case of the game tournament described above, the large display device control unit 77d displays the competition table, etc., regardless of the above three settings.

  In this way, the central device 70 displays information related to the game machine 20, an advertisement screen, and the like, and information that is desired to be communicated to more people in the store rather than a specific player, that is, general notifications. The contents are displayed.

In addition to the large display device 80, the central device 70 accepts the above-mentioned game tournament and the like, and accepts an accompanying operation related to the game from the player.
The accompanying operation is not an actual play operation on the game machine 20 but an operation related to the game. The accompanying operation is, for example, an operation related to the following.
-Acquisition of game items The player can acquire game items (weapons or the like equipped by the character) by inserting coins into the central device 70 or exchanging points.
In this case, the large display device control unit 77d reads the player identification number from the ID card 23 inserted into the card insertion slot 72a, and stores the player information (information such as items and points possessed) in the central server 90. ) And displays a screen for acquiring items on the display unit 75.
・ Processing related to the above game tournament processing (game tournament acceptance screen, game tournament acceptance screen)

Through the display processing on the large display device 80 described above, the central device 70 displays general notification contents on the large display device 80 regardless of the operation of the player in accordance with the setting of the large display device setting screen 150. To do. On the other hand, the central device 70 displays a player-specific display screen (such as an item acquisition screen) on the display unit 75 in accordance with the player's operation.
Thereby, the person who wants to confirm the general notification content does not occupy the central device 70, and the player who performs the incidental operation of the game can use the central device 70 effectively.

That is, unlike the embodiment, in the case where the general notification content is displayed on the display unit of the central device 70, the player who wants to use the central device 70 for item acquisition or the like has the general notification content of other players. The central device 70 cannot be used while the central device 70 is being used for confirmation. In addition, it is more likely for a store to use the central device 70 for item acquisition or the like than to use the central device 70 for confirmation of general notification contents.
In the embodiment, for other players, general notification contents are displayed on the large display device 80 so that the central device 70 can be effectively used by players for item acquisition and the like. As a result, there are no inconveniences, and it is linked to the profits of the store.
If the store is confused about what screen to display on the large display device 80, it may be left to the control of the central server 90. Absent.

(Operation failure acceptance process)
Next, the malfunction reception process will be described.
FIG. 24 is a flowchart of operation failure acceptance processing according to the first embodiment.
FIG. 25 is a diagram illustrating an operation failure input screen 160 and an operation failure confirmation screen 170 according to the first embodiment.
FIG. 26 is a diagram illustrating a malfunction record stored in the malfunction information storage unit 41g according to the first embodiment.
The malfunction reception process is a process performed after the player's play is completed.
In S111, the malfunctioning information control unit 42b of the play control device 40 transmits play end information to the sub display unit control device 50 when the player finishes playing.

In S <b> 112, when receiving the play end information, the control unit 52 of the sub display unit control device 50 displays a malfunction input screen 160 on the touch panel 35.
As shown in FIG. 25A, the malfunction input screen 160 displays a selection button 161 (161-1 to 161-7), a remark input field 162, a 50 sound button 163, and an enter button 164.
The selection button 161 is a button on which the name of each operation member of the operation unit 24 is displayed.
The remarks input field 162 is an input field for the player to supplementarily explain the malfunction. The player can select a character from the 50 sound buttons 163 and input a supplementary explanation in the remark input field 162.
The determination button 164 is a button that is operated by the player to determine the input content of the malfunction.

For example, if there is a malfunction in the button 26-1 during play, the player selects the selection button 161-2 corresponding to the button 26-1 after the play, and inputs remarks if necessary. What is necessary is just to input supplementary description in the column 162.
Thereby, the control part 52 receives the input of these malfunction information.
In S <b> 113, the control unit 52 transmits the input malfunction information to the play control device 40 in accordance with the operation of the determination button 164.

In S114, the malfunction information control unit 42b of the play control device 40 receives the malfunction information and stores it in the malfunction information storage unit 41g. In this case, the malfunction information control unit 42b stores the malfunction information and the player ID in association with each other. The player ID in this case is the one read by the card reader 22 from the ID card 23 at the start of the finished play.
FIG. 26 is an example in which two operation failure information records 41g-1 and 41g-2 are stored in the operation failure information storage unit 41g. For example, the record 41g-1 is an example in which, in S113, the player inputs the operation failure of the button 26-1, and the operation failure information “The button does not work several times in one play” as a supplementary explanation. .

S115 to S119 are processes associated with maintenance work or the like by the store clerk (operator) before opening or after closing.
In S115, the malfunction information control unit 42b accepts an operation input of malfunction from the store clerk. The operation input of the malfunction may be by a hidden command (an operation method not disclosed to the player) using the operation unit 24, or an input device such as a keyboard is connected to the play control device 40 and used. Also good. Further, a dip switch or the like may be provided in the play control device 40 so that the malfunction information control unit 42b accepts the operation of the store clerk.
The malfunction information controller 42b generates a malfunction confirmation screen 170 (see FIG. 25B) and transmits it to the sub-display controller 50.

In S <b> 116, when receiving the operation failure confirmation screen 170, the sub display unit control device 50 displays (outputs) the operation failure confirmation screen 170 on the touch panel 35.
As shown in FIG. 25B, the operation failure confirmation screen 170 displays an operation failure information display 171, correct / incorrect selection buttons 172, 173, and a determination button 174.
The malfunction information display 171 displays the contents of each record of malfunction information in the malfunction information storage unit 41g. FIG. 25B shows an example in which the player ID is not displayed, but the player ID may be displayed.
Correct / incorrect selection buttons 172 and 173 are provided corresponding to the respective records.

Here, the store clerk refers to each record and confirms whether the operation unit malfunction information is correct.
The store clerk may use a self-diagnosis function (described later) of the play control device 40 as confirmation work, or may actually play the game and operate the operation unit 24.
In this case, the store clerk can select a confirmation work method with reference to the remarks. For example, if the operation failure is such that the button 26-1 does not work several times during one play like the record 41g-1, there is a possibility that it cannot be reproduced by normal maintenance work. In such a case, the store clerk can actually play and confirm the malfunction of the button 26-1.
If the store clerk determines that the malfunction information is correct as a result of the confirmation work, the store clerk may operate the correct button 172 and then the enter button 174. On the other hand, if the store clerk determines that the malfunction information is incorrect, The determination button 174 may be operated.
In addition, when the store clerk confirms that the operation is unnecessary, the store clerk performs maintenance work such as repair and replacement of the operation member. As a result, the store can improve the quality of the game machine 20.
In S <b> 117, the control unit 52 transmits a determination result of whether each record is correct to the play control device 40 in accordance with the operation of the determination button 174.

In S118, the malfunction information control unit 42b of the play control device 40 reflects the received determination result in each record of the malfunction information storage unit 41g.
FIG. 26 shows an example in which the record 41g-1 is positive and the record 41g-2 is negative.

  In S119, the malfunction information controller 42b accepts the player ID from the card reader 22 when the player inserts the ID card 23 into the card insertion slot 22a in order to play a new play. Note that this new play is performed after the player has previously entered the malfunction information and after the store capacity has confirmed the malfunction information. That is, this new play is usually performed by revisiting the store several days after the player inputs the malfunction information.

In S120, the malfunction information control unit 42b refers to the malfunction information storage unit 41g based on the output of the card reader 22, and determines whether or not the player ID is a positive player ID. If the malfunction information control unit 42b determines that the malfunction result is a positive player (S120: YES), the process proceeds to S121. If the malfunction information control unit 42b determines that the malfunction is not a positive player ( (S120: NO), the process proceeds to S122.
In S121, the malfunction information controller 42b instructs the play controller 42a to start playing without charging from the player. The play control unit 42a starts playing according to the command without charging. That is, the play control unit 42a gives a privilege to the player who provided correct malfunction information.
In S122, the malfunction information control unit 42b does not issue the command to the play control unit 42a. For this reason, the play control unit 42a charges the player based on the output of the coin insertion unit 21 and starts playing as usual.

With the above operation failure acceptance process, the store system 10 can accept the operation failure from the player without being verbally and can confirm the store.
Here, the player often visits a store such as a game center when he / she does not want to be involved with other people, and even if there is a malfunction, the player may not contact the store clerk. In the store system 10, the malfunction information can be input regardless of verbal and using the touch panel 35 of the game machine 20, so that the malfunction can be easily input after the play is completed.
In addition, since the store system 10 accepts malfunctions from the players who actually played, the probability of being able to detect malfunctions that are difficult to reproduce by regular maintenance, maintenance work, etc. is improved, and the quality of the game machine 20 is improved. Can be planned.
Furthermore, since the store system 10 gives a privilege to the player when the malfunction information is correct, the dissatisfaction of the player can be solved. Thereby, the store can suppress the deficiency of the game machine 20 from being exposed to others by the player.

  The store system 10 may accept the malfunction information from the player using the central device 70. In this case, the player inserts the ID card 23 into the card insertion slot 72a of the central device 70, operates the operation unit 74, specifies the game machine 20, and inputs malfunction information. Good. And the control part 77 of the central apparatus 70 should just transmit the malfunction information containing player ID to the play control apparatus 40. FIG.

(Diagnosis result management process)
Next, the diagnosis result management process will be described.
FIG. 27 is a flowchart of the diagnosis result management process according to the first embodiment.
FIG. 28 is a diagram illustrating a diagnosis result stored in the diagnosis result storage unit 91c of the first embodiment.
The diagnosis result management process is a process in which the central server 90 manages the self-diagnosis result of the game machine 20 and makes it public via the communication network 2.
In S131, the diagnosis control unit 42c of the play control device 40 receives a self-diagnosis operation from the store clerk and performs a self-diagnosis of each game machine 20. The operation for performing the self-diagnosis can use a hidden command, a keyboard, or the like, as in the operation failure acceptance process.

The diagnosis control unit 42 c displays an instruction screen for instructing the store clerk to operate the operation unit 24 on the display unit 28 of the game machine 20.
For example, the diagnosis control unit 42c displays an instruction screen such as “tilt the lever 25 to the right” on the display unit 28. Based on the actual operation of the lever 25 by the store clerk, the diagnosis control unit 42c diagnoses that the operation signal is normal (no malfunction), and on the other hand, if the operation signal is not received, It is determined that there is a malfunction.
Note that the self-diagnosis may include diagnosis of a portion not related to the operation unit 24 such as disconnection of the LAN cable, coin detection of the coin insertion unit 21, and the like.
In S132, when the diagnosis of all the operation members of the operation unit 24 is completed, the diagnosis control unit 42c transmits the diagnosis result together with the store name to the central server 90. The store name is not limited to the character information of the store name, but may be any information that can identify the store. For example, the IP address of the play control device 40, the identification number of the game machine 20, and the like can be used.

In S133, the control unit 92 of the central server 90 stores the received diagnosis result in the diagnosis result storage unit 91c in association with the reception date and time.
The processes up to S133 are performed each time the play control device 40 of each store performs a self-diagnosis process.
As shown in FIG. 28A, for this reason, the diagnosis results at each store are sequentially recorded in the diagnosis result storage unit 91c.

In S134, the control unit 92 analyzes the diagnosis result of the diagnosis result storage unit 91c as illustrated in FIG. The control unit 92 calculates the self-diagnosis implementation frequency and defect occurrence rate for the past week, and determines the degree of superiority or inferiority between stores based on the implementation frequency and defect occurrence rate. This determination criterion may be only the execution frequency, only the defect occurrence rate, or a combination thereof.
The control part 92 memorize | stores the determination result of implementation frequency, defect incidence, and the degree of superiority in the diagnostic result memory | storage part 91c in the form of FIG.28 (b).
The control unit 92 performs the process of S134, for example, at the same time every day. Thereby, the table of FIG. 28B is updated every day.

The player connects to the central server 90 via the communication network 2 using an information terminal (player information terminal) such as a mobile phone or a personal computer that he / she owns to check the diagnosis result of the game machine 20 of each store. You can request transmission.
In S135, the information terminal of the player requests a diagnosis result from the central server 90 based on the operation of the player.
In S136, when there is a request for a diagnostic result from the player's information terminal, the control unit 92 transmits the information in the table of FIG. 28 (b) to the player's information terminal.
In S137, the information terminal of the player displays the received table of FIG. 28B on the display unit of the information terminal of the player.
Thereby, the game management system 1 can disclose the diagnosis result of the game machine 20 of each store and the determination result of the degree of superiority or inferiority.

The game management system 1 notifies the player of the maintenance status of the store through the above operation failure acceptance process, so the player can determine whether or not to go to the store and play.
Moreover, since the game management system 1 discloses the superiority or inferiority of the maintenance status of each store and compares a plurality of stores, maintenance can be urged for each store. Thereby, the improvement of the maintenance in the whole some shop can be aimed at.

(Second Embodiment)
Next, a second embodiment of the present invention will be described.
In the description and drawings after the second embodiment, parts that perform the same functions and processes as those of the first embodiment described above are given the same reference numerals or the same reference numerals at the end (last two digits). A duplicate description will be omitted as appropriate.
FIG. 29 is a diagram illustrating the video switching device 203, the play control device 240, and the game machine 20 according to the second embodiment.
The second embodiment is different from the first embodiment in that a video switching device 203 is provided in the play control device 240 and the game machine 20.
The video switching device 203 is a device that switches the video signal of the play control device 240.
The video switching device 203 can switch, for example, video information output to the game machine 20-2 and video information output to the game machine 20-8 in accordance with a command from the play control device 240.
The video switching device 203 may be used in a method of transmitting video information from the play control device 240 to the game machine 20 by radio waves.

Thereby, even if it is the performance which advances four games simultaneously, the play control apparatus 240 can change freely the game machine 20 to combine.
In the first embodiment, the game machine 20 to be combined has been determined when the play control device 40 has the performance of proceeding simultaneously with four games. One battle game cannot be played on the game machines 20 other than the game machines 20-1 and 20-2, for example.

On the other hand, since the play control apparatus 240 switches the video information and changes the game machine 20 to be combined, one battle game can be performed between the game machines 20-1 and 20-8.
Although explanation is omitted, a switching device similar to the video switching device 203 is also provided for audio.

(Third embodiment)
Next, a third embodiment of the present invention will be described.
FIG. 30 is a flowchart of the game selection process of the store system according to the third embodiment.
FIG. 31 is a flowchart of the play execution information communication process of the store system of the third embodiment.
As shown in FIG. 30, in S320a, the play control unit of the play control device (see the play control device 40 in FIG. 2 and the play control unit 42a) communicates with the store server (see the store server 60 in FIG. 3 and the like). Try. That is, the play control unit determines whether or not the play control device and the store server are online. When it is determined that communication has been established (S320a: YES), the play control unit proceeds to S22, and when it is determined that communication has not been established (S320a: NO), the play control unit proceeds to S320b.
The processes of S22 to S25 are the same as in the first embodiment.

  In S320b, the play control unit attempts to communicate with the central device (see the central device 70 in FIG. 3 and the like) in the same manner as in S320a. When it is determined that communication has been established (S320b: YES), the play control unit proceeds to S22, and when it is determined that communication has not been established (S320b: NO), the play control unit proceeds to S320c.

In S320c, the play control unit ends the game selection process without displaying the game selection screen (see the game selection screen 28a in FIG. 10).
By the process so far, the play control unit displays the game selection screen when communication with the store server or the central device is established, and does not display the game selection screen when communication is not established. become.
Further, the store system cannot play when communication between the play control device and the store server and communication between the play control device and the central device are not established. This is because if the cable between them is disconnected and the play control device operates the game machine, the central server cannot acquire play execution information (described later). It is because it becomes impossible to total.

  In S326, the play control unit accepts coin insertion into the play insertion slot of the play insertion unit (see the coin insertion slot 21a in FIG. 2 and the like), and then receives button operation information for starting play.

As shown in FIG. 31, in S327, when the player operates the button operation to start play, the play control unit transmits play start information to the store server and starts play. The play start information includes information indicating that the game machine has actually started play, a game name, and game machine identification information.
When the communication with the store server is not established (S320a: NO), and the communication with the central device is established (S320b: YES), the play control unit transmits the play start information to the central device.
If the communication with the store server can be established by the processing so far, the play control unit executes the game machine, and even if communication with the play management device cannot be established, When the communication can be established, the game machine can be played.

In S328, when receiving the play start information, the control unit of the store server (see the control unit 62 in FIG. 3 and the like) transmits it to the central server.
In S329, when receiving the play start information, the control unit (see the control unit 77 in FIG. 3) of the central device stores the play start information together with the reception time in the storage unit (see the storage unit 76 in FIG. 3).
Thereby, the play start information and the history of the reception time are stored in the storage unit of the central device.

In S330, the play control unit transmits the play end information to the store server when the play of the player ends due to game over or the like. The play end information includes information indicating that the play on the game machine has ended, a game name, and game machine identification information.
Further, when the play control unit is the same as S327 (S320a: NO → S320b: YES), the play control unit transmits play start information to the central device.

In S331, the control part of a store server will transmit this to a central server, if play completion information is received.
In S332, when the control unit of the central device receives the play end information, the control unit stores it in the storage unit.
Thereby, the play end information and the history of the reception time are stored in the storage unit of the central device.

In S333, the control unit of the central device attempts communication with the store server. When communication with the store server is established, the control unit of the central device transmits the play end information, the reception time, the play end information, and the reception time stored in the storage unit to the store server.
In S334, the control unit of the store server receives the play end information, the reception time, the play end information, and the reception time from the central device, and transmits them to the central server.

By the above process, when communication with the play control device is established (S320a: YES), the control unit of the store server displays the play start information and play end information received by the control unit of the store server. It can be transmitted to the central server (S328, S331). On the other hand, even if communication with the play control device is not established (S320a: NO), the control unit of the store server plays from the central device when communication between the central device and the play control device is established (S320b: YES). Information such as start information and play end information can be acquired and transmitted to the central server (S334).
Thereby, the central server can acquire information such as play start information and play end information after returning even if the store server is out of order. The play start information, the play end information, and the like are play execution information that is information related to play execution on the game machine. Thereby, the central server can total the operation information and billing information of the game machine during the time when the communication between the play control device and the store server could not be established.

  As described above, the store system of the present embodiment can operate the game machine 20 and operate the store stably even if the store server is out of order as in the first embodiment.

  Although the embodiments of the present invention have been described above, the present invention is not limited to the above-described embodiments, and various modifications and changes can be made as in the modifications described later, and these are also included in the present invention. Within the technical scope. In addition, the effects described in the embodiments are merely a list of the most preferable effects resulting from the present invention, and the effects of the present invention are not limited to those described in the embodiments. It should be noted that the above-described embodiment and modifications described later can be used in appropriate combination, but detailed description thereof is omitted.

(Deformation)
In the embodiment, the game control apparatus has shown an example in which eight or four games can be progressed simultaneously, but is not limited thereto. For example, if the processing capacity of the game control device is improved or the game program has a small processing load, more games than these can be simultaneously executed.

    DESCRIPTION OF SYMBOLS 1 ... Game management system 10 ... Store system 20 ... Game machine 21 ... Coin insertion part 22 ... Card reader 22a ... Card insertion slot 23 ... ID card 24 ... Operation part 25 ... Lever 25a ... Sphere 26 ... Button 26a ... Top part 27 ... Color change unit 28 ... Display unit 28a ... Game selection screen 28b ... Game selection image 28c ... Advertisement selection image 28d ... Preview image 30 ... Sub-display unit 31 ... Upper display unit 35 ... Touch panel 35a ... Command explanation screen 35c ... Color change button 40 ... Play control device 41 ... Storage unit 41a ... Selection program 41b ... Command table 41c ... Color table 41d ... Transmission type table 41e ... Game program 41g ... Malfunction information storage unit 41g 42 ... Control unit 2a ... Play control unit 42b ... Operation failure information control unit 42c ... Diagnosis control unit 50 ... Sub display unit control device 51 ... Storage unit 51a ... Command explanation screen storage unit 51b ... Operation unit setting storage unit 52 ... Control unit 60 ... Store server DESCRIPTION OF SYMBOLS 61 ... Memory | storage part 61a ... Permitted game name memory | storage part 62 ... Control part 62a ... Play start determination part 70 ... Central apparatus 71 ... Coin insertion part 72 ... Card reader 72a ... Card insertion slot 74 ... Operation part 75 ... Display part 76 ... Memory | storage Part 76a ... Auxiliary permission game name storage part 76b (76b-1 to 76b-20) ... Advice creation program 77 ... Control part 77a ... Auxiliary play start determination part 77b ... Advice creation part 77c ... Tournament management part 77d ... Large display control Unit 80 ... Large display device 90 ... Central server 91 ... Memory 91a ... play history storage unit 91b ... billing information storage unit 91c ... diagnosis result storage unit 91c ... diagnosis result storage unit 92 ... control unit 100 ... color change screen 101 ... color selection button 102 ... decision button 103 ... button 203 ... video switching device 240 ... Play control device

Claims (3)

A game system arranged in a store,
Multiple game consoles,
It is connected so as to be communicable with a plurality of game machines, stores game programs of a plurality of games, and selects a game selected by each game machine with other game machines based on an output from an operation member of each game machine Play independently, a play control device comprising an independent video output unit for displaying a play screen on the display unit of each game machine;
A plurality of sub-display units respectively installed on a plurality of game machines;
A sub-display unit control device arranged between the play control device and the plurality of sub-display units and capable of being independently displayed on the plurality of sub-display units;
The sub-display unit control device
A sub display unit control device storage unit for storing the respective games and an operation member information display screen for displaying information on the operation members in association with each other;
The type of each game is received from the play control device, and the operation member information display screen corresponding to each received game is displayed with reference to the sub display unit control device storage unit. A sub-display unit control unit that displays the sub-display unit independently from the sub-display unit installed in another game machine,
A game system characterized by The game system according to claim 1,
Provided in the game machine, provided with a change operation unit operable by the player,
The operation member information display screen is an arrangement change screen that is a screen for changing the arrangement of the operation members,
The sub-display unit control unit
With reference to the sub display unit control device storage unit, the layout change screen corresponding to the type of game received from the play control device is displayed on the sub display unit,
Controlling the arrangement change screen based on an arrangement change operation by the change operation unit;
A game system characterized by The game system according to claim 2,
The change operation unit is provided in each game machine,
The sub-display unit control unit
Displaying each of the layout change screens independently on each of the sub-displays;
Based on the placement change operation by the change operation unit, the placement change screen is controlled,
Output the decision information of the arrangement change operation to the play control device,
The play control device
Reflecting the decision information output from the sub-display unit control unit in the operation of each operation member, and playing the game machines independently;
A game system characterized by

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