JP2015077344A - Pachinko parlor system - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a Pachinko parlor system for reporting information useful for putting a mark on a vacant machine.SOLUTION: A Pachinko parlor system 1 includes a game machine device 3 for each game machine 2 including a dispensing function and a counting function. The Pachinko parlor system 1 includes: value identification means for identifying a balance and owned balls in units of the game machine 2; almost empty state determination means for determining whether a machine is almost vacant by threshold processing relating to the balance and the owned balls; and reporting means for reporting vacant machine prediction information including the information for determining whether a machine is almost vacant to a player in units of the game machine 2.

Description

  The present invention relates to a game hall system that provides various information to a player in a game hall in which a gaming machine is installed.

  2. Description of the Related Art Conventionally, game halls where game machines such as pachinko machines and slot machines are installed are known. There are various types of gaming machines installed in the amusement hall, and there are popular models such as new ones and unpopular models that are not in operation. With respect to popular models, it is often seen that all the gaming machines installed in the amusement hall are played and become so-called full machines where there is no empty space. Therefore, in order to promote games of unpopular models that are unlikely to become full, players are informed of vacant information such as the ranking of the number of gaming machines that are not played, such as the ranking of the number of gaming machines. In addition, there has been proposed a game hall system for the purpose of promoting the operation of the entire game hall (see, for example, Patent Document 1).

Japanese Patent No. 4249146

  However, not only a player who thinks that any model is acceptable as long as the player can play, but there are not a few players who visit for the purpose of playing games of popular models. Many of these players wait for the vacancy to appear when the popular model is full, and it is meaningless to inform the above vacancy information to such players. It is. In the conventional game hall system described above, it is difficult to provide effective game information to a player who waits for an empty platform to appear. There is a fact that there are not a few players who give up and leave the game because they have not waited for the vacancy for a while, but the star is not coming out. As described above, in the conventional game hall system, even though an enthusiastic player who wants to play a game until a long time has arrived, it is impossible to give such a player an opportunity to play, and exit There was a case where I was allowed to.

  In view of the circumstances described above, an object of the present invention is to provide a system for a game hall that notifies information useful for attaching a star of a vacant platform.

The present invention is a valuable value possessed by a player as a consideration for giving a game value necessary for playing with a gaming machine, a reception process for receiving an ownership value including at least money, and the received ownership value A value-adding process for providing a gaming value as a part of the game system, and a game system including a gaming machine device installed corresponding to the gaming machine,
Among the possessed values accepted by the accepting process, value identifying means for identifying the remaining owned value, which is the remaining valuable value excluding the consideration due to the value giving process, in units of gaming machines;
This is a condition set in advance to determine whether or not the gaming machine is in the near-vacuum state where the gaming machine is vacant in units of gaming machines, and is established by specifying the remaining property value A pre-empty state determination unit that determines whether or not a pre-empty condition that can specify presence / absence is established by specifying the remaining property value by the value specifying unit;
There is a notifying means for notifying the player of the vacancy prediction information indicating the determination result by the state before the vacant state determining means for each gaming machine (claim 1).

  The system for a game hall according to the present invention determines the success or failure of the pre-empty condition by specifying the remaining possession value, and notifies the player of the empty prediction information indicating the determination result. In general, there are many players who end a game when the remaining ownership value is lost. Therefore, the vacancy prediction information indicating the success or failure of the pre-vacuum condition regarding the remaining property value is information exhibiting high reliability when adding the vacancies.

  The vacancy prediction information is very useful for an enthusiastic player who wants to play until waiting for the end of another person's game to determine whether or not a vacancy is likely to appear. If there is a notification of the vacant platform prediction information, it is possible to attach a vacant platform star.

  As described above, the gaming system according to the present invention is capable of supporting the act of waiting for a vacant space by informing the vacant platform prediction information, and is excellent in that a waiting player can be held in a gaming hall for a long time. It is a system with characteristics.

  Examples of the gaming machine targeted by the game system of the present invention include a slot machine and a pachinko gaming machine. The slot machine may be a slot machine that uses game media such as medals and coins as a game value, but may also be a so-called complete credit type slot machine that uses points as game value without using game media. . Further, in the case of a slot machine, a parrot (R) that uses balls as game media may be used. The pachinko gaming machine may be a pachinko gaming machine with a payout of a ball, which is a game medium, or a so-called encapsulated pachinko gaming machine that uses points as a gaming value without paying out a ball. good.

The reception process in the game hall system according to a preferred aspect of the present invention includes a money reception process for receiving a player's money, and an acquisition value reception process for receiving an acquisition value that is a game value that the player has acquired through a game.
The value giving process includes a lending process for giving a game value by using the money received by the money receiving process as a consideration, and a payout process for giving a game value by taking the acquired value received by the acquired value receiving process as a consideration ,
The value specifying means includes a balance obtained by subtracting the consideration for the lending process from the monetary amount accepted as the possession value, and a remaining acquired value obtained by excluding the consideration for the refund process from the obtained value accepted as the possession value; , Respectively,
The pre-empty state determination unit compares the balance with balance reference information that is reference information for the balance, and compares the remaining acquired value reference information with reference information for the remaining acquired value and the remaining acquired value. Thus, it is determined whether or not the vehicle is in a state before the vacant base (claim 2).

  In this case, not only the balance but also the remaining acquired value can be taken into account, so that the vacancy prediction information can be notified, and the reliability of the information to be notified can be further improved.

In the game field system according to a preferred aspect of the present invention, the operation is a signal that is output from the gaming machine side and is capable of specifying operation information after the state before the vacant state is determined as the state before the vacant state. An operation information management means for managing end information, which is operation information specified by a signal,
The notifying means notifies the player of the end information as the vacancy prediction information for each player (claim 3).

  When the remaining possessed value or the balance is exhausted and the game is terminated, the game is terminated when the gaming value assigned when the balance or the like is exhausted is used up. If the end information is reported as the vacant platform prediction information, a star indicating how much the game value is used will be attached, and it becomes easier to grasp the time when the vacant platform is used.

A game room system according to a preferred aspect of the present invention includes a suppression unit that suppresses at least one of update of end information by the operation information management unit and notification by the notification unit according to the reception process. (Claim 4).
If the player does not end the game, after the remaining possessed value and the balance are used up, the acceptance process is performed and the balance and the like are compensated. Therefore, when the acceptance process is executed, it can be determined that the game is continued. Therefore, if a suppression process such as notification is performed in accordance with the reception process, appropriate notification corresponding to the actual player's behavior can be performed.

A game room system according to a preferred aspect of the present invention includes a group unit for grouping gaming machines,
A vacancy specification that specifies whether or not a signal is output from the gaming machine side, and whether or not the gaming machine is vacant by inputting a vacant signal that can specify whether or not the gaming machine is vacant Processing, comparing the vacant number that is the number of gaming machines determined to be vacant and vacant reference information that is the reference information of the vacant number set in advance, According to at least one of specifying presence / absence and input of setting information, whether the display target group is a display target of the vacancy prediction information or a non-display target group that is not a display target A target group specifying means for specifying a group unit grouped by the group means,
The notification means notifies the vacancy prediction information for the display target group, but does not notify the vacancy prediction information for the non-display target group (Claim 5).

  In this case, for example, it is possible to notify the vacancy prediction information under conditions such as a new stand or a full stand, and it is possible to avoid the dark notification of the vacancy prediction information in advance. If it is possible to avoid dark notification of vacancy prediction information, it is relatively easy to introduce the system for a game hall of the present invention to a game hall that is reluctant to disclose sales information such as the value of remaining property and balance to the player. Become. In addition, as the conditions for the new machine, for example, conditions such that the number of days elapsed from the date (registration date) when the setting information of the corresponding group (model etc.) is input can be set. Further, for example, a group for which setting information has not been input may be specified as a non-display target group.

The value specifying means provided in the game system according to a preferred aspect of the present invention specifies the size of the received possession value when the accepting process is performed, and the specified latest possessed value. Identify the latest value information corresponding to the size,
The notifying means notifies the latest value information as the vacancy prediction information (Claim 6).

  As the reception process, for example, a large amount of money such as 10,000 yen may be accepted, and a small amount of money such as 1,000 yen may be accepted. When a large amount of money is received, the balance does not rarely decrease. On the other hand, when a small amount of money is received, the balance often decreases. Therefore, it is considered that the possibility that the game is finished is higher when the balance becomes small after accepting a large amount of money than after accepting a small amount of money. If there is a notification of the latest value information, it is possible to determine what kind of reception processing has been performed before entering the prevailing state, and it is possible to attach a star of the empty stand with higher accuracy. .

The reception process in the game hall system according to a preferred aspect of the present invention includes a money reception process for receiving a player's money, and an acquisition value reception process for receiving an acquisition value that is a game value that the player has acquired through a game.
The value giving process includes a lending process for giving a game value by using the money received by the money receiving process as a consideration, and a payout process for giving a game value by taking the acquired value received by the acquired value receiving process as a consideration ,
The value specifying means includes a balance obtained by subtracting the consideration for the lending process from the monetary amount accepted as the possession value, and a remaining acquired value obtained by excluding the consideration for the refund process from the obtained value accepted as the possession value; , Respectively,
Subtraction base point when the special state is completed by inputting a special state signal that can be specified that the special state is output from the gaming machine side or when the acquired value reaches the maximum value, and the acquisition It is possible to identify at least one of the time points of value consumption when the value has not reached the predetermined acquired value standard value,
The notifying means notifies empty prediction prediction information corresponding to at least one of the acquired value reduced from the subtraction base point and the balance subtracted from the value consumption time as the empty prediction information (invoice) Item 7).

  If there is the vacancy prediction auxiliary information, it becomes possible to grasp the game trend of the player who is playing the gaming machine in the state before the vacancy, and it becomes easy to give a star as to whether or not the vacant platform will become empty.

According to a preferred aspect of the present invention, the gaming system is in the calling state that is output from a calling terminal that can be in a calling state for calling a game hall employee provided corresponding to the gaming machine. Call determination means for determining whether or not the calling terminal is in a calling state by inputting an identifiable calling signal;
A state specifying means for specifying the normal standby state by inputting from the gaming machine side a state signal that can specify that the gaming machine is in a normal standby state that is neither a big hit state nor an abnormal state;
The pre-empty condition is satisfied when the calling terminal corresponding to the gaming machine in the normal standby state is in a calling state,
The pre-empty state determination unit determines whether or not the pre-empty condition is satisfied based on a determination result by the call determination unit and a determination result by the state specifying unit.

  In the case of a game hall in which each counter, which is a counter for each gaming machine, is not installed, the acquired value is stored in a so-called ball box and the game is played. Since it is necessary to carry the ball box to the counter at the end of the game, it is often the case that a game hall employee is called to assist in the transportation. In such a game hall, it is possible to determine that there is a high possibility that the game will be ended if the calling state is entered in the normal standby state. If the pre-empty condition is satisfied when the calling state is entered in the normal standby state, the gaming machine is empty while the player or the game hall employee is preparing to carry the ball box. Support for predicting that it will be a stand will be possible.

The block diagram which shows the structure of the system for game halls in Example 1. FIG. The front view which shows the external appearance of the game machine (pachinko game machine) and game machine apparatus in Example 1. FIG. FIG. 3 is a diagram illustrating setting information in the first embodiment. 1 is a block diagram showing an electrical configuration of a gaming machine device in Embodiment 1. FIG. The figure which illustrates vacancy prediction information in Example 1. FIG. The flowchart which shows the flow of the empty platform prediction information update process in Example 1. FIG. FIG. 3 is a flowchart showing a flow of display model specifying processing in the first embodiment. FIG. 3 is a flowchart showing a flow of vacant candidate identification processing in the first embodiment. The figure which shows the display screen of the vacancy prediction information model list in Example 1. FIG. The figure which shows the display screen of the vacancy prediction information gaming machine list in Example 1. FIG. The figure which shows the display screen of the vacancy prediction information of a specific model in Example 1. FIG.

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

  As shown in FIG. 1, in the amusement hall, a plurality of gaming islands on which gaming machines 2 such as pachinko gaming machines and slot machines (not shown) are arranged are provided across a passage. There are various types of gaming machines 2 with different gaming specifications, and a plurality of gaming machines of each type are installed. Each gaming machine 2 is individually provided with a gaming machine device 3 having a gaming medium lending function and a counting function, a calling device (calling terminal) not shown, and the like. The calling device has a calling button for calling a game hall employee, and the calling lamp is turned on according to the operation of the calling button.

  A prize counter (not shown) provided in the game hall is provided with a POS terminal 5 for exchanging the game value (acquired value) acquired by the game with a favorite prize. In the management space packed by the manager of the game hall, a management device 6 for managing the operating status of various devices in the game hall is installed. On the island edge of the game island, a settlement apparatus 4 for paying out the money corresponding to the balance recorded on the game card (recording medium) 10 is installed. Furthermore, in the game hall, a rest space for players is provided, and a central information display device 17 for displaying various information is installed.

  As shown in FIG. 1, the game hall system 1 in this example includes a POS terminal 5, a management device 6, a gaming machine 2 such as a pachinko gaming machine, a gaming machine device 3 for each gaming machine 2, a checkout device 4, and the like. This is a system connected in a communicable state via the network 11. Further, a wireless communication device 15 such as a router for wirelessly transmitting various types of information to a mobile terminal 150 such as a smartphone (multifunctional mobile phone) is connected to the in-house network 11.

  In the game hall system 1, the vacant platform prediction information can be browsed using the centralized information display device 17 or the portable terminal 150 that can access the wireless communication device 15. By referring to the vacancy prediction information, for example, it becomes possible to predict vacancies for full models such as new models and popular models. When a player has come to play a specific model, but the model is full and the game cannot be started, the player can wait for the vacancy while referring to the vacant prediction information.

  The gaming machine 2 is connected to the on-site network 11 via the relay device 101 together with the corresponding gaming machine device 3 and the calling device, and the gaming machine 2, the gaming machine device 3 and the like are connected to the management device 6 and the like via the relay device 101. It is connected. Hereinafter, main components of the game hall system 1 will be described.

(Game machine)
A gaming machine 2 illustrated in FIGS. 1 and 2 is a pachinko gaming machine in which a game is performed by driving a ball into a gaming area 23 in which a symbol display part (a character) 21, a start port 22 and the like are arranged. In this gaming machine 2, balls that are gaming media are used as gaming values.

  Below the game area 23, an upper plate 27 for supplying balls to a launching device (not shown) and a lower plate 28 for storing balls overflowing from the upper plate 27 are provided. A slide lever 285 is provided at the front side edge of the lower plate 28 so that the bottom of the lower plate 28 can be removed in accordance with the operation of the slide lever 285. A lending button 271 and a return button 272 are arranged on the upper surface of the edge of the upper plate 27. The lending button 271 and the return button 272 are operation buttons related to the operation of the gaming machine device 3. The function description of each button is included in the operation description of the gaming machine device 3 described later.

  The gaming machine 2 is a so-called seven machine called a pachinko gaming machine. When a ball wins a start opening 22 (start winning), a big hit lottery is executed. The starting port 22 includes a so-called navel type first starting port 22A in which the winning rate does not vary and an electric tulip type second starting port 22B in which the winning rate varies. The second start port 22B includes a pair of movable blades 221 at the opening 220 thereof. When the pair of movable blades 221 are opened apart from each other, they act like a tray that guides the inflow of balls into the opening 220, and the winning rate is remarkably increased.

  As a condition for opening the pair of movable blades 221, the winning of the common drawing lottery (the common drawing winning) is set. When the ball passes through the passing gate 24 which is a general prize winning opening, a lottery random number is extracted and a general drawing lottery is executed, and a corresponding symbol variation is executed by a general figure display unit (not shown). The normal time fluctuation time is 30 seconds in the normal state and 3 seconds in the short time state (short time). Further, the opening time of the movable blade 221 at the time of normal winning is 0.3 seconds in the normal state and 5 seconds in the short time state. In the short time state, the normal time fluctuation time is shortened compared to the normal state, while the opening time is set to be long, thereby increasing the winning rate of the second start port 22B.

  When a ball wins at the start port 22, a lottery random number for jackpot determination is extracted inside, and the jackpot lottery is executed, and symbol variation is started in the symbol display unit 21. When a big win is generated, a matching symbol such as “777” is stopped and displayed on the symbol display unit 21 to notify the big win. After the notification of the winning of the big hit, a big hit state (big hit) is started in which a round game called a so-called attacker that opens the big winning opening 25 is repeated a plurality of times.

  When a winning prize is received during the symbol variation of the big hit lottery / ordinary drawing lottery, the symbol variation corresponding to the extracted lottery random number is accumulated. The reserved symbol variation is started in order from the oldest after the symbol variation ends. It should be noted that predetermined hold upper limit values (for example, four each) are set as the number of symbol change hold numbers, and when the hold upper limit value is reached, either no lottery random number is extracted or the extracted lottery random number is It is canceled as it is without being held as a fluctuation.

  As the big hits, there are a probable big hit in which a probable change state in which the winning probability of the big win lottery increases and a normal big hit without any probable change. The winning probability (hit probability) of the big hit lottery is set to 1/360. The probability variation rate, which is the ratio of the probability variation big hit in the jackpot winning, is 66.6% regardless of whether it is the normal state or the probability variation state.

In the big hit, the round process in which the big winning opening 25 is opened is repeatedly executed 15 times. The upper limit winning number per round is set to 10 balls, and the upper limit opening time is set to 30 seconds. When the upper limit winning number is reached or the upper limit opening time elapses, one round ends.
In the probability variation state, the big hit probability is improved to 1/36, and as described above, the winning state becomes shorter when the winning rate of the second start port 22B becomes higher. The end condition of the probability change state is the occurrence of a big hit. If the next big hit is the probability change big hit, the probability change state continuously occurs again after the big hit. On the other hand, when a normal big hit occurs under the probability variation state, a short time state occurs over a predetermined number (for example, 100 times) of symbol fluctuations after the big hit, and then falls into the normal state.

As game signals (operation signals) output from the gaming machine 2 side, there are the following signals.
(1) Out signal: A signal that can specify a consumption value (out) output from an out BOX that collects consumed (used, driven, collected) balls. Since one pulse is output for 10 consumed balls, “the number of out signals × 10” can be specified as out. In addition, you may change into the structure from which an out signal is output from the game machine 2 main body.
(2) Safe signal: A signal capable of specifying a prize-giving value (safe) output from the gaming machine 2. Since one pulse is output for 10 payout balls, “safe signal number × 10” can be specified as safe. Note that a supply signal output from a supply device for supplying balls to the gaming machine 2 may be used as a safe signal.
(3) Start signal: A signal that can specify a start process (symbol change, accessory operation, unit game) by the symbol display unit 21 triggered by a start prize. Since it is output when the symbol variation is determined, the receiving side can specify the start process in accordance with the signal input, and can specify “start signal × 1” as the start (number of start processes). Note that a signal indicating that the start opening 22 has been won can also be used as the start signal.
(4) Jackpot signal: A signal that can specify the jackpot period output from the gaming machine 2. Since it is a status signal that is level-output during the big hit, the receiving side can specify that the big hit signal is being input as being a big hit.
(5) Special state signal: A signal that can specify a special state (short time, sweet middle) output from the gaming machine 2. Since the level signal is output during the occurrence of a special state in which the winning rate of the second start port 22B is improved, the special state signal being input can be specified as being in the special state. It may be a state signal (probability change signal) that is level-output during probability change in which the big hit probability is improved. Note that a period in which neither the big hit signal nor the special state signal is input can be specified as the normal state.

(Management device)
The management device 6 in FIG. 1 is a device that manages the operating status of the gaming machine 2, the gaming machine device 3, the POS terminal 5, and the settlement device 4 installed in the game hall.
The management device 6 includes an output unit 61 that includes a liquid crystal display, a printer (not shown), and the like, a device main body 62 that executes various arithmetic processes, and an input unit 63 that includes a keyboard and a mouse (not shown). The apparatus main body 62 has a control function centered on a CPU (Central Processing Unit) for executing arithmetic processing, a storage function using a hard disk drive, a ROM (Read Only Memory), a RAM (Random Access Memory), etc., and various signals or It has a communication function for transmitting and receiving information.

  The management device 6 receives a gaming signal in which a machine number is linked from each gaming machine 2 side, and also, vacant vehicle prediction information (described later with reference to FIG. 5) managed on each gaming machine 2 side. In addition to the function of receiving and managing for each gaming machine 2, the following functions are provided.

(1) Recording medium management means: means for managing the balance and the remaining ball (remaining acquired value) for each game card 10. The balance and the possession ball are stored in a state where the card ID of the game card 10 is linked.
(2) Group means: means for grouping the gaming machines 2 installed in the game hall for each model. When grouping by model, the machine number (game machine ID) is managed and grouped by model.

(3) Setting information management means: means for managing setting information illustrated in FIG. 3 for each model of the gaming machine 2. The setting information can be input in units of models using the input unit 63, for example. It is possible to select not to input the setting information for some models, and the models for which the setting information has not been input are excluded from the display target models for the vacancy prediction information. The setting information includes the following setting values.

・ Balance standard value ・ Mochitama standard value: Standard information (balance standard information, remaining acquired value standard) used for vacant candidate identification processing (discussed later) to classify vacant candidates (gaming machines in the state before the vacancy) Information), and the setting value for the balance or holding ball. Each reference value has a first reference value and a second reference value, and the first balance reference value (first holding reference value) is larger than the second balance reference value (second holding reference value). ing.
Empty reference value: Reference information (empty reference information) used for display model specifying processing (discussed later) for classifying the display mode of the empty prediction information for each model, and a set value for the empty number. The vacant base reference value includes a first vacant base reference value, and the first vacant base reference value is larger than the second vacant base reference value.
-Operation timer: Reference information used for vacancy identification processing (described later) for identifying vacancy, and a set value indicating the operation time of the operation timer.

(4) Unoccupied state determination means: In order to determine whether or not each gaming machine 2 is in an unoccupied state (the state immediately before becoming an empty base), the balance and the holding ball are the reference values (balance reference value) , Means for determining the success or failure of the pre-empty condition based on the result of comparing the two, such as less than Further, the pre-empty state determination process of this example executes a free-candidate candidate specifying process that classifies empty candidates (game machines in the pre-empty state). If at least one of the balance and the holding ball has reached the first reference value and the pre-empty condition is not satisfied, the fourth empty candidate, the first reference value is not reached, but the second reference value (second If the balance reference value and the second holding reference value are reached (less than the first reference value and greater than or equal to the second reference value), the third vacant candidate and the second reference value are not reached (second If it is less than the reference value), it is classified as a first or second vacant candidate. The second reference value is also used as a condition for calculating the vacant difference as will be described later.

(5) Vacant identification processing means: means for executing an vacant identification process for identifying whether or not each gaming machine 2 is empty. The vacant table identification processing means includes an operation timer that uses an out signal or a safe signal as a vacant signal that can identify the vacant platform. The operation timer operates at zero start each time an out signal or a safe signal is input, and stops operating when the set value (see FIG. 3) is reached and the time is up. In the vacant base specifying process, it is determined that the balance and the possession ball are zero and the operation timer has stopped operating.

(6) Display model specifying processing means (target group specifying means): Executing means such as display model specifying processing for classifying the display type of the vacancy prediction information for each model. The display model specifying process for classifying the display type of the vacancy prediction information in units of models is executed using a vacant base reference value that is a threshold for the number of vacant units in the model. If the vacant number has reached the first vacant reference value (empty number ≥ first vacant reference value), it is classified as a simple display model (non-display target group) that displays whether or not it is vacant. If the first vacant reference value has not been reached but the second vacant reference value has been reached (second vacant reference value ≦ empty number <first vacant reference value), refer to FIG. When the second detailed display model (display target group) is displayed and the second vacant base reference value is not reached (empty number <second reference value), the details are displayed. 1 Detailed display model (display target group).

(Game machine equipment)
As shown in FIG. 1, the gaming machine device 3 is installed in a space between the adjacent gaming machines 2 so as to correspond to each gaming machine 2 individually. The gaming machine device 3 has a function of paying out (lending and paying out) balls as game media, a function of counting the acquired balls, and a recording medium issuing function for issuing the game card 10.

  As shown in FIG. 2, on the front surface of the gaming machine device 3, a state display unit 31 that displays an operation state such as a device error or out of stock of a card, a coin insertion slot 32 that inserts money to be used as a rent, and a rotatable A touch panel 33 that is cantilevered, a payout button 34 for paying out game balls, a payout nozzle 35 for supplying payout balls to the upper plate 27 of the gaming machine 2, and a card insertion slot 36 for inserting the game card 10. Has been. A card return button 361 is disposed beside the card insertion slot 36.

  A counting unit 37 for counting balls is provided at the lowermost part of the gaming machine device 3. A hollow duct 371 extends from the counting portion 37, and a counting tray 372 for receiving a ball that has flowed down from the lower tray 28 of the gaming machine 2 is attached to the distal end side of the hollow duct 371. When the slide lever 285 of the gaming machine 2 is operated, the balls of the lower plate 28 flow down to the counting tray 372 and are supplied to the counting unit 37 via the hollow duct 371.

  The game card 10 can be inserted into the card insertion slot 36. In the game card 10, in addition to the card ID, a balance, a possession ball, and the like that are the remaining possessed value are recorded. The balance is the remaining amount of money inserted through the money insertion slot 32 and not consumed as the price of the ball. Mochitama is the number of balls that have been acquired through the game and counted.

  As shown in FIG. 4, the gaming machine device 3 is electrically configured around a control unit 30 including a CPU 301, a ROM 302, a flash ROM 303, a RAM 304, an I / O 305, and the like. In particular, the storage area of the flash ROM 303 is provided with an empty space prediction information storage area for storing empty space prediction information, which will be described later, which is useful for empty space prediction. Note that the empty platform is a gaming machine in which no player exists.

  In addition to the above-described configuration, the control unit 30 includes an I / F unit 38, a currency processing unit 321 that detects the type of inserted money, and a card reader / writer that reads and writes the game card 10 inserted from the card insertion slot 36. 362, a card stock unit 363 for stocking the game card 10 to be newly issued, a payout unit 341 for paying out balls, a counting unit 37 for counting acquired balls, and the like are electrically connected. The gaming machine device 3 is connected to the management device 6 and the gaming machine 2 through the I / F unit 38 in a communicable state.

  In the gaming machine device 3, when money is inserted into the money insertion slot 32, the amount (money amount) is stored as a balance, and the rentable frequency (1 frequency: 125 balls for 500 yen) is stored on the touch panel 33. It is displayed and it becomes possible to pay out the balls (money reception processing, reception processing). The rentable degree is also displayed on the gaming machine 2 side.

  When the game card 10 is received, the balance and the possession ball recorded on the premise of the use permission by the management device 6 are displayed on the touch panel 33, and the payout of the ball and the withdrawal of the possession can be performed (reception processing). The card ID, balance, and possession data read from the gaming card 10 by the gaming machine device 3 are transmitted to the management device 6. The management device 6 side refers to a database in which the balance and the like are managed for each card ID, and returns a use permission to the gaming machine device 3 when the balance and other data are correct.

  In a state where the balance is displayed, it is possible to receive the payout of the balls one by one in accordance with the operation of the lending button 271 provided on the gaming machine 2. When a ball is rented, the price is deducted from the balance, and the display of the remaining lending frequency on the touch panel 33 is updated (lending process, value adding process).

  In the state where the ball is displayed, the ball can be paid out from the ball according to the operation of the payout button 34. In response to a single operation of the payout button 34, 125 balls corresponding to the number of times can be paid out, and the balls on the touch panel 33 are subtracted and updated in accordance with the payout (refund processing, value addition processing).

  The counting unit 37 starts counting in response to detection of a ball supplied from the gaming machine 2 side. The counted number of balls is added to the holding ball, thereby updating the display on the touch panel 33 (acquired value reception processing, reception processing, counting processing).

  After the game is over, the gaming machine device 3 returns or issues the gaming card 10 in which the balance, the possession ball, etc. are recorded when the return button 272 provided on the gaming machine 2 is operated. In the case of a game using the game card 10, the game card 10 is returned according to the operation of the return button 272. On the other hand, in the case of a game in which the game card 10 has not been inserted, the game card 10 is paid out from the card stock unit 363 according to the operation of the return button 272, and the balance and possession balls are recorded and issued. When the game card 10 is returned or issued, the balance and possession data recorded on the game card 10 are transmitted to the management device 6 together with the card ID. It should be noted that it is possible to perform split issuance in which only a part of the ball is issued from the game card 10 by operating the touch panel 33.

  The gaming machine device 3 receives and stores setting information managed by the management device 6 for the corresponding gaming machine 2, while operating information associated with a machine number (availability prediction described later with reference to FIG. 5). In addition to the function of associating a machine number with information) and transmitting the information to the management apparatus 6, the following functions are provided.

(1) Value specifying means: the remaining possessed value excluding the value of the value given by the value adding process out of the amount of money received by the money receiving process or the number of balls received by the acquired value receiving process (number of acquired values) A means to specify the balance and holding ball.

(2) Operation information management means: means for specifying vacant platform prediction auxiliary information included in the vacant platform prediction information illustrated in FIG. The vacancy prediction auxiliary information includes the following information and is stored in the vacancy prediction information storage area (flash ROM 33). The vacancy prediction auxiliary information is updated at any time by input of a game signal from the gaming machine 2 side, execution of a payout process, a counting process, etc. (vacancy prediction information update process).
Card ID: Card ID of a game card that is being received or issuance target (game card 10 issued at the end of the game).
・ Received balance: The total balance of the received game cards 10.
-Receiving possession ball: the total possession of the accepted game card 10.
-Deposit amount: Total amount deposited.
・ Counting balls: Total number of balls counted.
-Loan consideration: The total amount of sales (sales) as a result of lending.
-Refund balls: The total number of balls (refunds) paid for the refund process.
Balance / Moving ball: Actual balance of the player (reception balance + deposit amount-loan consideration) and holding ball (reception holding ball + counting ball-refund ball). In other words, the player's balance and money that can be lent or refunded.
-Latest deposit amount (latest value information): the amount of money deposited by the latest money acceptance process. That is, the last deposit amount added to the current balance. When the game card 10 is received, information that can specify the fact such as “move table” is stored.
-Vacant difference number: Operation information after the balance and the possession ball have not reached the second reference value (second balance reference value, second possession ball reference value) (the state before the vacancy). Exit information. The number of vacancies is initialized when the vacancies are in a state before the vacancies, and on condition that the vacancies are in the vacancies state, 10 balls are added each time an out signal is input, and each time a safe signal is input 10 balls are subtracted. The gaming machine 2 having the largest vacancy difference in the model is set as the first vacant candidate, and the other gaming machines 2 in the state before the vacant are set as the second vacant candidates. In addition, in the state before the empty base, the flag before the empty base becomes 1, and when the balance or the holding ball is added during the update, the flag before the empty base is reset to cancel the state before the empty base and The number update is finished.

(3) Suppression means: means for stopping the update of the vacancy difference number and restricting the notification of the vacancy prediction information regarding the corresponding gaming machine 2 when there is a currency acceptance process or a counting process (acquisition value acceptance process). . When there is a reception process, the reception information associated with the machine number (gaming machine ID) is transmitted to the management apparatus 6, and the vacancy prediction information related to the gaming machine 2 of that machine number is controlled by the management apparatus 6 side. Is restricted.

(Centralized information display device)
The centralized information display device 17 of FIG. 1 includes a touch panel type liquid crystal display, and is installed in a break space or the like in a game hall. The concentrated information display device 17 is a device that displays various information useful for a game, such as vacancy prediction information, and can display desired information by a touch operation. Note that information such as vacancy prediction information can also be viewed by the player's portable terminal 150 or the like that can be connected to the wireless communication device (see FIG. 1) 15.

(POS terminal)
The POS terminal 5 shown in FIG. 1 is a terminal that executes prize exchange using a ball or the like recorded on the game card 10. A card unit 51 that can read and write the game card 10 is externally attached to the POS terminal 5 of this example. According to the POS terminal 5, it is possible to exchange prizes within the range of a ball or the like read from the game card 10 set in the card unit 51 on the premise that the use of the card by the management device 6 is permitted.

After the prize exchange using the game card 10, data such as the updated ball is transmitted together with the card ID from the POS terminal 5 to the management device 6.
Note that the use permission of the game card 10 by the management device 6 is the same as in the case of the gaming machine device 3 described above.

(Checkout device)
The settlement device 4 is a device for paying back the money of the balance to the player, and is installed on the island edge of the game island. On the front face of the settlement apparatus 4, a touch panel 43, an operation panel 41 on which a numeric keypad and the like are arranged, a card insertion slot 46, a bill payout outlet 42, a coin payout outlet 47, and the like are arranged.

  The flow of processing executed in the game hall system 1 of this example including the components as described above will be described with reference to the flowcharts shown in FIGS. FIG. 6 is a flowchart showing the flow of vacancy prediction information update processing executed by the gaming machine device 3, and FIGS. 7 and 8 show display model specification processing, vacancy candidate specification executed by the management device 6. It is a flowchart which shows the flow of a process.

  In the vacancy prediction information update process in FIG. 6, it is determined whether or not a card acceptance process or a currency acceptance process is executed, S101, whether a counting process is executed, S102, whether a lending process or a refund process is executed. Each process of S103 for determining whether or not S109 for determining whether or not an out signal or a safe signal is input is a standby process for the empty platform prediction information update process. If all the determinations by these processes are negative, the vacancy prediction information update process becomes a standby process loop.

When the gaming machine device 3 executes the card acceptance process or the currency acceptance process (S101: YES), the gaming machine apparatus 3 updates the latest deposit amount (S121), and information corresponding to the balance to be updated or the possession ball (input) Amount of money, reception ball etc.) is updated (S122). Note that if the pre-empty flag indicating that the pre-empty state is zero (S123: NO), the next process (S109) is executed.
When the counting process is executed (S102: YES), the same process as when the card receiving process or the currency receiving process is executed (S101: YES) is executed except for the latest deposit update process (S121).

  When the lending process or the payout process is executed (S103: YES), the information (lending consideration, payout ball) corresponding to the balance and the holding target to be updated is updated (S104). At this time, if the vacant front flag is zero (S105: YES) and the balance and the possession ball have not reached the second reference value (second balance reference value, second possession reference value) ( S106: NO), the vacant difference number is initialized as the state before the vacant space (S107), and the vacant space before flag is set to 1 (S108).

  After that, whether the card reception process or the money reception process is executed with the near vacant flag remaining at 1 (S101: YES), or when the counting process is performed (S102: YES), Since it is 1 (S123: YES), the flag is reset to zero in step S124 (S124), and the state before the empty base is canceled. Also, when there is a determination that there is an empty space, the state before the empty space is canceled.

  When there is an input of an out signal or a safe signal (S109: YES), the gaming machine device 3 restarts the operation timer with zero start (S110), and the vacant front flag is 1 (S111: YES). The vacant difference is updated (S112). Of course, when other game information is managed, the game information may be updated regardless of the vacant flag.

  The display model specifying process shown in FIG. 7 is performed when a predetermined display model specifying condition is satisfied, such as when vacancy determination is performed, when vacancy prediction information is displayed, or when a predetermined time is reached. Executed. In this display model specifying process, depending on the number of available models (S201, S202), the simple display model (S211), the second detailed display model (S212), or the first detailed display model (S203) is selected. Sort each model. The vacancy determination is the same as the vacancy identification process described above.

  The vacant candidate specifying process in FIG. 8 is similar to the display model specifying process, and is performed in advance when a vacant determination is performed, when vacant prediction information is displayed, or when a predetermined time is reached. It is executed when the stand candidate specifying condition is satisfied. In addition, as vacant candidate identification conditions, conditions such as that the balance and the possession ball have been updated, or that a gaming machine 2 that has entered the state before the vacant or the state before the vacant has been eliminated occurred in the model, etc. You may do it.

  In the vacant candidate identification process, if the balance or the possessed ball has reached the first reference value (first balance reference value, first possessed ball reference value), it is distributed to the fourth vacant candidate (S301: YES → S311). Neither the balance nor the possession ball has reached the first reference value, but if either has reached the second reference value (the second balance reference value, the second possession reference value), it becomes a third vacant candidate. Sorted (S301: NO → S302: YES → S312).

  If neither the balance nor the holding ball has reached the first reference value or the second reference value (S301: NO → S302: NO), whether or not the vacant difference number is the maximum value in the model. Accordingly (S303), the first empty candidate (S304) or the second empty candidate (S313) is allocated.

  According to the gaming hall system 1 configured as described above, it is possible to present the vacancy prediction information illustrated in FIGS. 9 to 11 to the player side. If the main menu (not shown) displayed by the notification means such as the portable terminal 150 or the central information display device 17 connected to the wireless communication device 15 is appropriately operated, the vacancy prediction information of FIG. 9 and the vacancy prediction of FIG. Information can be displayed. Furthermore, if the display screens of FIGS. 9 and 10 are appropriately operated, the detailed vacancy prediction information of FIG. 11 can be displayed. An example of the notification means is the gaming machine device 3.

  9 to 11, a return button 121 and a page update button 123 are displayed. In the display screens of FIGS. 9 and 10, a display screen of a main menu (not shown) is displayed by operating the return button 121. On the display screen of FIG. 11, the screen returns to the display screen of FIG. 9 or FIG. If there is a lot of information and it is not possible to display a list on the screen, the “next page” button is displayed as the page update button 123. If there is previous information, the “previous page” button (not shown) is appropriately set. It is displayed and can move to the corresponding page according to the operation.

FIG. 9 is an example of a display screen of vacancy prediction information for each model. In this display screen, as the model unit vacancy prediction information, the number of gaming machines (the number of vacant machines before the vacant machine) and the number of vacant machines whose balance and holding ball have not reached the first reference value are displayed, The model unit vacancy prediction information is identified and displayed by the frame type. The first detailed display model, the second detailed display model, and the simple display model are a solid line frame, a broken line frame, and a dotted line frame, respectively. In the case of a color display screen, identification display may be performed based on a difference in color instead of the frame type.
In the display screen of FIG. 9, the detail button 122 is displayed for the first detail display model and the second detail display model, and the detail display of the unit (game machine unit) as shown in FIG. Is possible.

  FIG. 10 is an example of a display screen of vacancy prediction information on the game island layout in the game hall. On this display screen, empty numbers are indicated by white numbers, and first, second, third, and fourth empty candidates are identified and displayed by vertical hatching, right-down hatching, cross-hatching, and left-down hatching, respectively. . In this display screen, the model button 124 is displayed in a horizontally long shape so as to indicate the range of the model number of the corresponding model, and an identification display similar to that in FIG. It should be noted that the simple display models are not distinguished except for the vacant platform, and a display that can identify the vacant platform without identifying which vacant candidate is available.

  FIG. 11 is an example of a display screen of vacant vacancy prediction information in units of units (units of gaming machines) for a specific model (example of model A). In this display screen, the balance, the coins, the latest deposit, and the number of vacancies are displayed as the unit vacancy prediction information. In FIG. 10, by pressing the model button 124 or the stand button 126 of the first detail display model and the second detail display model, the detail display of the corresponding unit in FIG. 11 can be displayed.

  In addition, in the display screen of FIG. 11, the identification display by the kind of hatching is performed similarly to FIG. Further, when a new first vacant candidate or second vacant candidate is generated while the display screen of FIG. 9 or FIG. 10 is being displayed, the unit vacancy prediction information indicating that fact, etc. It is also possible to display POP up. Furthermore, it is also possible to send a mail indicating that to the portable terminal 150 for which an operation for specifying the mail reception setting has been performed.

  As described above, the game hall system 1 determines the success or failure of the current vacant condition by specifying the balance and holding ball, and notifies the player of the vacant prediction information indicating the determination result. In general, since there are many players who end a game when there is no balance or possession, the vacancy prediction information based on the balance or the like can be very useful information when adding a vacancies star.

  In particular, the game hall system 1 of this example can notify the vacancy prediction information for each model, and high-use popular models are obvious at a glance as shown in the model list of FIG. Further, it is possible to notify the vacancy prediction information for each gaming machine 2 (unit basis), and according to the gaming machine list of FIG. In this gaming machine list, the degree of the balance of each gaming machine 2 is distinguished by the type of hatching. For a player who is waiting for a vacant base of a specific model, it can be determined at a glance which one is likely to be vacant.

  The game hall system 1 changes the display mode (detailed display model, simple display model, etc.) of the vacancy prediction information for each model according to the number of vacancy for each model. For a popular model with a small number of vacancy such as a new stand, for example, detailed vacancy forecast information for each gaming machine 2 as shown in FIG. 11 can be notified. This detailed vacant forecast information includes the number of differences after the transition to the state before the vacant state (the number of vacancies difference), so it is possible to grasp the game trends for each unit since the state before the vacant state. It is possible to predict with high accuracy which platform is likely to be empty.

  As described above, the gaming hall system 1 of this example can support the act of waiting for a vacant board by informing the vacant forecast information, and is excellent in that it can hold a waiting player in the gaming hall for a long time. It is a system with characteristics.

Instead of or in addition to the configuration of this example, the following configuration may be employed. Further, the following configurations may be combined as appropriate.
The management device 6 can also manage the vacancy prediction information (see FIG. 5) of each gaming machine 2 by associating the card ID of the gaming card 10 with each other. In this example, since the gaming machine device 3 can execute the counting process and the like, the configuration that is not specified by the game signal is illustrated for the counting process or the like, but the management device 6 manages the vacancy prediction information. In some cases, a counting signal or a payout signal that can specify a corresponding value such as a counting value is input from the gaming machine device 3 and the corresponding processing or information may be specified.

In this example, model settings are made by grouping machine numbers (gaming machine IDs) by model. However, as a group, any type other than models, such as a game island unit or rental unit price (rate), can be used. You may group by a unit.
The gaming machine 2 side may be configured to output an abnormal signal indicating an abnormal state requiring inspection and a calling signal indicating a calling state. On the other hand, for the gaming machine device 3, a function as a call determination means for determining whether or not the calling device is in a calling state, and a state specifying means for specifying a normal standby state when neither a big hit signal nor an abnormal signal is received. It is also possible to set the function. In this example, the condition before the vacancy is set as the condition that the balance / holding ball that is the remaining possession value is less than the reference value, but the vacancy near condition established according to the determination result by the call determination unit and the state identification unit It is also possible to set conditions. For example, it is determined that the calling device or the like is in the calling state in the normal standby state, and it is highly likely that the game will be stopped when the calling state is entered. It is also possible to do.

  Although the number of vacancies is exemplified as the end information, other game information such as out and start (number of symbol fluctuations) as well as the difference number may be appropriately used as the end information. The first vacant candidate and the second vacant candidate may be distinguished by providing a threshold for the end information. Further, although the vacant difference number as the end information is initialized by depositing (money receiving process) or counting (counting process), it may be initialized by other conditions such as occurrence of jackpot. In addition, for the end information and the latest deposit amount, the numerical value may be notified directly, or the numerical fluctuation range is divided into a plurality of ranks (ranges), and the actual end information, the latest deposit amount, etc. It is also possible to notify which rank the numerical value belongs to.

  As the vacancy prediction auxiliary information, the display of the balance, the holding ball, the number of vacancies and the like is illustrated. For example, specify at least one of the subtraction base point when the jackpot ends or when the possession reaches the maximum value, and the value consumption point when the possession falls below the second acquired value reference value It is also possible to configure the value specifying means so that it can. In this case, the balance that has been decreased since the end of the big hit, the retained ball that has decreased since the end of the maximum hit, and the balance that has been subtracted after the end of the possession (after interrupting the second acquired value standard value) It is possible to notify the vacancy prediction auxiliary information such as the investment amount) together with the vacancy prediction information. Furthermore, the total investment amount and the total game time of the corresponding player may be displayed as vacancy prediction information, whether or not the vacancy prediction information is in the state before the vacancy, and any vacant candidate state Only the identification display indicating whether or not the vehicle is empty, or only the number of gaming machines that are in the state before the vacant space or the number of gaming machines by vacant space candidate state may be employed as the vacant space prediction information. When displaying the total game time or the like, for example, a game start condition such as the time when the game card 10 is inserted, person authentication by a camera or the like, or generation of sales in a non-operating state is set in advance, and the condition is satisfied. What is necessary is just to specify a game start time by specifying the presence or absence. Moreover, it is good also as a condition that the possession ball has reached the first acquired value reference value as a condition for specifying the value consumption time point. As the first acquired value reference value and the second acquired value reference value, the first holding reference value and the second holding reference value shown in FIG. May be.

  The vacant candidate display may be performed by causing the calling device corresponding to the gaming machine 2 that has become a vacant candidate to emit light. In addition, an island unit display device may be provided for each amusement island in the amusement hall to display vacancy prediction information and the like. In this case, it is desirable to display with priority the vacant candidates belonging to the corresponding island.

When specifying the gaming machine 2 that has been in the calling state as a vacant candidate, the number of possessed balls has reached a certain number (for example, the first possessed ball reference value), or the number of differences from the big hit is less than a certain number, etc. When a call is specified in a state where the preset remaining ball remaining condition is established, it is desirable that the player be a vacant candidate as calling the game hall employee to finish the game.
As an example of the condition for the detailed display model, the number of empty units has not reached the standard value. However, the new unit is a detailed display model, while the others are simplified display models. It may be divided. In addition, as a method of determining whether or not it is a new machine, for example, a registration date when the corresponding model is registered as setting information is recorded, and it is determined whether or not it is a new machine according to the number of days elapsed from the registration date. There are a method, a method of referring to registration data of a new machine model stored in the management device 6 and the like, a method of including information that can identify the new machine in setting information, and the like.

Although the determination of the vacancy is exemplified by the operation timer, the balance, etc., other vacancy conditions such as whether or not a person can be detected by a camera may be determined in advance.
Note that the expression “above” rather than “excess” is used in comparison with the reference value, etc., but the expression “reached” is a concept including both “exceed” and “above”.

  Although the game card 10 that records the balance and the possession ball is exemplified as the recording medium, any recording medium such as a coin in which an IC chip is incorporated or a paper receipt may be used. Furthermore, a mobile terminal such as a smartphone can be used as a recording medium. In the case of a recording medium that is difficult to rewrite, such as a receipt, only the ID is recorded on the recording medium, while the management device 6 may manage the balance, the ball, etc. in association with the ID. Further, only the possession balls may be stored, or the system may be adopted in a system that allows the use of a membership card.

  The setting information illustrated in FIG. 3 may be arbitrarily set by the game hall manager as long as it is set in advance, or may be set in advance by the manufacturer of the management device 6. For example, it may be set by downloading from an external management server such as a chain store headquarters. Moreover, all the illustrated game information may be directly specified by the input signal, or may be indirectly specified using an arithmetic expression. Further, the numerical value, the number of digits, items, and the like are examples, and any numerical value may be adopted. For example, 0 may be used as the second reference value of the balance and the holding ball. Moreover, although the 1st reference value and the 2nd reference value were set, it is good also as two divisions by one set value. Further, as the reference information, a reference value indicating a range indicating an upper limit and a lower limit may be adopted in addition to the illustrated reference value.

  The various conditions exemplified are conditions set in advance, and these conditions are various game signals (condition establishment signals) that can specify whether or not the conditions output from the gaming machine side such as the gaming machine 2 or the gaming machine device 3 are established. Whether or not it is established can also be determined by the input of. For example, in order to specify that the number of possessed balls is a certain number or more, a game signal that can identify the possessed ball such as a card insertion signal or a count signal can be a condition establishment signal. Since the pre-empty condition only needs to be established by comparing at least one of the balance and the holding ball with the reference value, it is of course possible to establish it based on the comparison result of only one.

A pachinko gaming machine that pays out balls as game media is illustrated as the gaming machine 2. Instead of this, it may be an enclosed game machine that does not pay out game media such as balls and medals, and adds and stores it as electronic data such as earned points. In this example, a pachinko gaming machine is illustrated, but other types of gaming machines such as a slot machine may be used.
The target gaming machine may be not only a pachinko gaming machine but also a slot machine or the like, but a so-called enclosed gaming machine or the like that changes data points according to the game without discharging the gaming medium is also assumed. Therefore, the expression of game value including game media such as balls and medals and the above points is used as appropriate.

  Part of the processing performed by the gaming machine device 3 may be performed by the relay device 101 or the management device 6 or the like, or part of the processing performed by the management device 6 may be performed by the relay device 101 or the gaming machine device 3 or the like. You can go. Further, the illustrated configurations including the modification examples may be combined in any way, and the configurations may be appropriately excluded.

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

DESCRIPTION OF SYMBOLS 1 Game system 10 Game card 101 Relay apparatus 11 In-field network 17 Centralized information display apparatus 15 Wireless communication apparatus 150 Portable terminal 2 Game machine 3 Game machine apparatus 35 Dispensing nozzle 37 Counting part 4 Checkout apparatus 5 POS terminal 6 Management apparatus

Claims (8)

It is a valuable value possessed by a player who is a consideration for giving a game value necessary for playing with a gaming machine, and at least a part of the accepted possession value that accepts the possession value including money. A game system that includes a gaming machine device that is capable of performing a value-adding process that gives a gaming value as consideration, and is installed corresponding to the gaming machine,
Among the possessed values accepted by the accepting process, value identifying means for identifying the remaining owned value, which is the remaining valuable value excluding the consideration due to the value giving process, in units of gaming machines;
This is a condition set in advance to determine whether or not the gaming machine is in the near-vacuum state where the gaming machine is vacant in units of gaming machines, and is established by specifying the remaining property value A pre-empty state determination unit that determines whether or not a pre-empty condition that can specify presence / absence is established by specifying the remaining property value by the value specifying unit;
A game hall system comprising: notifying means for notifying a player of vacancy prediction information indicating a result of determination by a state before vacant state determining means for each gaming machine. The accepting process includes a money accepting process for accepting a player's money, and an acquired value accepting process for accepting an acquired value that is a game value acquired by the player through a game,
The value giving process includes a lending process for giving a game value by using the money received by the money receiving process as a consideration, and a payout process for giving a game value by taking the acquired value received by the acquired value receiving process as a consideration ,
The value specifying means includes a balance obtained by subtracting the consideration for the lending process from the monetary amount accepted as the possession value, and a remaining acquired value obtained by excluding the consideration for the refund process from the obtained value accepted as the possession value; , Respectively,
The pre-empty state determination unit compares the balance with balance reference information that is reference information for the balance, and compares the remaining acquired value reference information with reference information for the remaining acquired value and the remaining acquired value. The game system according to claim 1, wherein it is determined whether or not it is in the state before the vacancy. The end information that is the operation information that is output from the gaming machine side and that is specified by the operation signal that can specify the operation information is managed after the state before the vacancy is determined by the state determination unit. With operating information management means,
The game area system according to claim 1 or 2, wherein the notifying means notifies the player of the end information as the vacancy prediction information for each gaming machine.   The game system according to claim 3, further comprising a suppression unit that suppresses at least one of updating of the end information by the operation information management unit and notification by the notification unit according to the reception process. A group means for grouping gaming machines;
A vacancy specification that specifies whether or not a signal is output from the gaming machine side, and whether or not the gaming machine is vacant by inputting a vacant signal that can specify whether or not the gaming machine is vacant Processing, comparing the vacant number that is the number of gaming machines determined to be vacant and vacant reference information that is the reference information of the vacant number set in advance, According to at least one of specifying presence / absence and input of setting information, whether the display target group is a display target of the vacancy prediction information or a non-display target group that is not a display target A target group specifying means for specifying a group unit grouped by the group means,
The game according to any one of claims 1 to 4, wherein the notification unit notifies the vacancy prediction information for the display target group, but does not notify the vacancy prediction information for the non-display target group. Field system. The value specifying means, when the reception process is performed, specifies the magnitude of the received possession value and specifies the latest value information corresponding to the specified latest possession value,
The game room system according to any one of claims 1 to 5, wherein the notifying unit notifies the latest value information as the vacancy prediction information. The accepting process includes a money accepting process for accepting a player's money, and an acquired value accepting process for accepting an acquired value that is a game value acquired by the player through a game,
The value giving process includes a lending process for giving a game value by using the money received by the money receiving process as a consideration, and a payout process for giving a game value by taking the acquired value received by the acquired value receiving process as a consideration ,
The value specifying means includes a balance obtained by subtracting the consideration for the lending process from the monetary amount accepted as the possession value, and a remaining acquired value obtained by excluding the consideration for the refund process from the obtained value accepted as the possession value; , Respectively,
Subtraction base point when the special state is completed by inputting a special state signal that can be specified that the special state is output from the gaming machine side or when the acquired value reaches the maximum value, and the acquisition It is possible to identify at least one of the time points of value consumption when the value has not reached the predetermined acquired value standard value,
The informing means informs empty prediction prediction auxiliary information corresponding to at least one of an acquired value decreased from the subtraction base point and a balance subtracted from the value consumption time as the empty prediction information. The game system according to any one of 1 to 6. The calling terminal receives a call signal that can be specified to be in the calling state that is output from a calling terminal that can be in a calling state for calling a game hall employee provided corresponding to the gaming machine. Call determination means for determining whether or not the call state has been reached;
A state specifying means for specifying the normal standby state by inputting from the gaming machine side a state signal that can specify that the gaming machine is in a normal standby state that is neither a big hit state nor an abnormal state;
The pre-empty condition is satisfied when the calling terminal corresponding to the gaming machine in the normal standby state is in a calling state,
8. The pre-empty state determination unit determines whether or not the pre-empty condition is satisfied based on a determination result by the call determination unit and a determination result by the state specifying unit. A system for a game hall described in 1.

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