JP5912867B2 - Game information management system - Google Patents

Description

  The present invention relates to a game information management system for managing game machines in which special intervals different from those of other rounds are provided between specific rounds of big hits.

  When managing the game information of a game machine such as a pachinko machine, it is very important to manage the jackpot information such as the jackpot ball. In addition, the number of rounds that are a unit game during the big hit, the opening time of the big prize opening, etc. are distributed according to the lottery result, etc. Therefore, it is necessary to group the jackpots with the ball and manage the balls for each group. For this reason, for example, in Patent Document 1, the management of a ball that takes into account the number of rounds is performed.

JP 2006-95229 A

In recent years, however, in games that are big hits, the interval between specific rounds (the closed state of the big prize opening) is set as the specific interval, and is provided longer than the intervals between other rounds for reasons such as performing a predetermined performance. A game console is on the market.
In the case of such a game stand, even if it is during a special interval, it is a big hit, so it is assumed that some players continue to fire balls. However, since the big prize opening is closed during the interval, the fired balls fired during the interval become wasted balls that do not win the big prize opening. For this reason, in the configuration in which the number of rounds is managed in consideration of the number of rounds as in Patent Document 1, the number of balls that are hit by big hits is reduced due to wasted balls or is reduced by nail adjustment. I can't figure out. However, it is not possible to know how many balls the player actually gained during the big hit, simply by managing the number of balls that were not played during the special interval.
The present invention has been made in view of the above circumstances, and the object thereof is to appropriately manage jackpot information in a game machine in which a special interval different from that between other rounds is provided between specific rounds of jackpots. It is to provide a game information management system.

The invention described in claim 1 is capable of executing a round which is a unit game that opens a big winning opening during a big hit, a non-execution period during which the round is not executed after the start of the big hit, and other times between specific rounds A gaming machine having a special interval which is an interval different from that between rounds, the first big hit signal indicating a real big hit period which is a period from the start to the end of the big hit, and the special interval in the real big hit period What period der excluding, for the first R period including the execution period of the first round from the start of the jackpot and the commencement of the first special interval, a second indicating substantial jackpot period including the non-execution period A game information management system for managing game information of a gaming table that outputs a jackpot signal, which is a gaming value consumed by a player output from the gaming table side. An out signal that can specify an out, a safe signal that can specify a safe that is a game value given to a player in accordance with a winning, an input means that can input the first jackpot signal and the second jackpot signal; Game information specification that specifies an out specified by the out signal, a safe specified by the safe signal, an actual jackpot period specified by the first jackpot signal, and a real jackpot period specified by the second jackpot signal Means, out in the actual jackpot period, safe in the actual jackpot period, subtraction information indicating the difference between safe and out in the actual jackpot period, and the actual jackpot elapsed period indicating the elapsed period of the actual jackpot period, Actual jackpot information management means for managing actual jackpot information as at least one game information; The real jackpot which is at least one game information among the safe in the real jackpot period, subtraction information indicating the difference between safe and out in the real jackpot period, and the real jackpot elapsed period indicating the elapsed period of the real jackpot period Real jackpot information management means for managing information and managing the remaining R information corresponding to the remaining R period that is a period excluding the first R period in the actual jackpot period as the actual jackpot information, and the actual jackpot information Output means for outputting information and the substantial jackpot information.

In the invention described in claim 2 , the number of rounds of the game machine is distributed in units of one set in which a predetermined number of rounds is set as one set. In some cases, the big hit is continued by executing the next round after the execution of the special interval. On the other hand, if there is no unexecuted round, the big hit is terminated and the real big win indicated by the second big hit signal. The period is indicated in units of one set, and the real jackpot information management means calculates a round average indicating one set average of the remaining R information or a value obtained by dividing the one set average by the number of rounds corresponding to one set. The substantial jackpot information is managed by managing or managing the remaining R information in units of one set.

The invention according to claim 3 is capable of executing a round that is a unit game that opens a big winning opening during a big hit, and a game in which a special interval that is an interval different from other rounds is provided between specific rounds. A first jackpot signal indicating a real jackpot period that is a period from the start to the end of the jackpot, and a second jackpot that indicates a real jackpot period that is a period of the actual jackpot period excluding the special interval. A game information management system for managing game information of a gaming table that outputs a signal, and an out signal that can be identified as a gaming value consumed by a player that is output from the gaming table side, a game according to a prize A safe signal capable of specifying a safe which is a game value given to a person, input means capable of inputting the first jackpot signal, and the second jackpot signal, and the out signal Game information specifying means for specifying an out specified, a safe specified by the safe signal, an actual jackpot period specified by the first jackpot signal, and a real jackpot period specified by the second jackpot signal; At least one of out in the actual jackpot period, safe in the actual jackpot period, deduction information indicating a difference between safe and out in the actual jackpot period, and an actual jackpot elapsed period indicating an elapsed period of the actual jackpot period Real jackpot information management means for managing real jackpot information as game information, out in the real jackpot period, safe in the real jackpot period, subtraction information indicating a difference between safe and out in the real jackpot period, and the real At least one game information in the actual jackpot lapse period indicating the lapse of the jackpot period Real jackpot information management means for managing the real jackpot information, the jackpot information of the difference between the real jackpot information and the real jackpot information, managing the third jackpot information corresponding to the special interval, Third jackpot information management means for managing a waste rate indicating a ratio of out in the waste period relative to out that can be consumed in the waste period indicating the difference between the actual jackpot elapsed period and the real jackpot elapsed period as the jackpot information; An output means for outputting actual jackpot information, the substantial jackpot information, and the third jackpot information is provided .

  According to the invention described in claim 1, since it comprises a real jackpot information management means for managing the actual jackpot information in the actual jackpot period, and a real jackpot information management means for managing the real jackpot information in the real jackpot period, While the actual jackpot information, which is the game information indicating the result of the player actually playing the game, is grasped, the actual value indicating the adjustment status of the game machine is not affected by the game value wasted by the player at the special interval. The jackpot information can be grasped.

Also, since the remaining R information corresponding to the remaining R period, which is the period excluding the first R period, is managed as the actual jackpot information among the actual jackpots, the second jackpot signal output from the game machine is the round at the start of the jackpot Even if the period including the non-execution period is shown as a real jackpot period, such as when it is output even during the non-execution period, the adjustment status of the game table, etc., regardless of the game value wasted by the player It is possible to grasp the real jackpot information indicating.

According to the invention described in claim 2 , the game information in the real jackpot period excluding the jackpot period corresponding to the first one set is specified as the remaining R information, and the one set average of the remaining R information or the one set Since managing the round average indicating the value obtained by dividing the set average by the number of rounds corresponding to one set, or managing the remaining R information in units of one set, the real jackpot information is managed. The jackpot information excluding the non-execution period of the round can be managed without being affected by the distribution of the number of rounds.

According to the invention described in claim 3 , since it is a jackpot information of the difference between the real jackpot information and the real jackpot information, the third jackpot information management means for managing the third jackpot information corresponding to the special interval, It is possible to grasp the occurrence tendency of the special interval, the game tendency of the player in the special interval, and the like.
In addition , since the ratio of the third jackpot out to the consumable out in the waste period is managed as the waste ratio in the waste period, how much the player wastes the game value during the waste period, that is, in the special interval during the jackpot. You can see if you are wasting.

The figure which shows schematically the structure of the game information management system by 1st Embodiment of this invention. Timing chart of signals output from game console The flowchart which shows the jackpot information specific process 1 by a management apparatus The figure which shows an example of game history The flowchart which shows the jackpot information specific process 2 by the management apparatus by 2nd Embodiment of this invention. The figure which shows an example of game history

  Hereinafter, game information management systems according to a plurality of embodiments of the present invention will be described with reference to the drawings. In addition, about the structure which is substantially common in each embodiment, the same code | symbol is attached | subjected and demonstrated.

(First embodiment)
Hereinafter, a first embodiment of the present invention will be described with reference to FIGS. 1 to 3.
FIG. 1 schematically shows the overall configuration of the game information management system 1. A plurality of game tables 2 are installed in a game hall where the game information management system 1 is provided. In the case of the present embodiment, a so-called pachinko gaming machine is assumed as the gaming table 2. A lending device 3 is attached to each game table 2. The gaming table 2 and the lending device 3 are connected to the relay device 4. The relay device 4 is connected to the management device 6 via the LAN 5, and transmits various game signals output from the game table side such as the game table 2 and the rental device 3 to the management device 6. 6 receives various information. The management device 6 is installed in an amusement hall, for example, at an office or the like, and is connected to a monitor 7 or the like as output means. For example, several hundred game machines 2 are installed in the game hall and are managed by the management device 6. In addition, a well-known POS for exchanging prizes is also installed in the game hall.

  The gaming table 2 of the present embodiment includes a handle 10 for firing a ball (game value, so-called pachinko ball) as a game medium on the board surface, a general winning port 11 for winning the ball, a first start port 12, The second starting port 13, the display unit 14 whose display pattern varies according to the winning of the ball, the big winning port 15 that is opened at the time of the big hit, the upper plate 16 for paying out the balls, and the balls overflowing from the upper plate 16 are temporarily A lower ball tray 17 or the like for storage is provided. The game stand 2 performs a big hit lottery according to the winning of the ball to the first starting port 12 or the second starting port 13 (corresponding to the starting winning), and based on the lottery result, a so-called special symbol (special symbol) is used. Variation (corresponding to a unit game) is executed on the display unit 14. Then, when the symbol stopped and displayed on the display unit 14 is a big hit symbol, a big hit is generated. Here, the number of balls fired to win a prize corresponds to an out (used ball) that is a game value consumed by the player, and is given to the player in accordance with winning in any of the above winning holes. The number of balls corresponds to a safe (payout ball) that is a game value given to the player in accordance with the winning.

  This gaming table 2 can hold up to a preset upper limit value (for example, 8) corresponding to the start winning that occurred during the symbol variation, and is connected to the first start port 12 and the second start port 13. It is possible to hold the symbol variation until the total number of starting prizes held is eight. The reserved symbol variation is sequentially executed after the symbol variation being executed is completed. While the first starting port 12 is a so-called heso-type winning port in which the winning rate does not vary, the second starting port 13 varies in the winning rate depending on the lottery result of the regular drawing lottery performed in accordance with the winning of the ordinary drawing winning port 11. This is a so-called electric Chu type winning opening.

  The game stand 2 has a winning probability (big hit probability) of the big hit lottery in this embodiment, and when the big hit occurs, the big winning opening 15 is opened by the number of times corresponding to the number of corresponding rounds (R). In addition, the maximum number of winnings in which a ball wins a prize winning hole 15 in 1R is six, and the upper limit opening time of the big winning opening 15 is 30 seconds, and either the upper limit winning number or the upper limit opening time is satisfied ( 1R ends when the round end condition is satisfied. When the big hit is finished, the gaming table 2 is in a short time state (hereinafter simply referred to as short time) in which the winning rate to the second start port 13 is improved until 20 symbol fluctuations are performed, and further in a more probable state (hereinafter, short time). This is a so-called ST machine, which is simply called “probability change”.

  Further, the game stand 2 has the big winning opening 15 arranged on the right side of the center of the board, and it is advantageous that the winning path to the big winning opening 15 is aimed at the right side of the board during the big hit and the short time. Therefore, a so-called right strike is performed in which a ball is fired aiming at the right side of the center of the board. Even if the player makes a right-hand hit, a win cannot be expected unless the second start opening 13 and the big winning opening 15 are open. The game table 2 returns to the normal state after the end of probability change.

From the gaming table 2 side having such a configuration, for example, the following gaming signals are output as the game progresses.
Out signal = a signal (operation signal) that can specify the number of consumption media (out, consumption value) output from an out BOX (not shown) for collecting used balls. Since one pulse is output for 10 recovered balls (used balls, driven balls), the number of out signals × 10 is specified as out. A signal directly output from the game table 2 may be used.
Safe signal = a signal that can specify the number of payout media (safe, prize-giving value) that is output from the game console 2 (mochitama signal). Since one pulse is output for 10 payout balls that are paid out in accordance with winning, the number of safe signals × 10 is specified as safe. A supply signal output from a supply device (not shown) may be used as a safe signal.

Start signal: A signal that can specify the start (start unit game, symbol change, and accessory operation) in the liquid crystal display unit (act) that changes (acts) due to the start prize that is output from the gaming table 2. Since it is output when the symbol variation is determined, the symbol variation is specified according to the signal input.
Big hit signal 1: A signal indicating an actual big hit period, which will be described later, output from the game machine 2. Since it is a state signal that is level-output during the big hit, the reception of the big hit signal 1 is specified as the big hit. The jackpot signal 1 is output even if the jackpot 15 is closed (during the interval) if the jackpot is being hit.

Big hit signal 2: A signal indicating a real big hit period, which will be described later, output from the gaming table 2. Although it is a state signal that is output at a level during a big hit, it is excluded from the output target period during the closed state (during a special interval) of the special winning opening 15 during a specific round. The jackpot signal 2 is a signal with which the number of rounds can be directly specified because output stops between specific rounds.
Special state signal: A signal that can specify a special state (Akanaka) output from the game console 2. Since the level signal is output during the special state (during time reduction) in which the winning rate of the second start port 13 is improved, the special state signal being input is specified as being in the special state. It is also possible to use a status signal (probability change signal) that is output at a level during probability change in which the big hit probability is improved. Further, a period in which none of the jackpot signal 1, the jackpot signal 2 and the special state signal is received is specified as a normal state.

  Here, with reference to FIG. 2, an example of the signal output timing at the time of the big hit will be described in correspondence with the open / closed state of the big prize opening 15. FIG. 2 is a time chart when a big hit of 16R occurs, but the gaming table 2 can also generate big hits of 4R, 8R, and 12R. 4R: 8R: 12R: 16R = 3: 2: 2: 3

  As described above, the game table 2 outputs a start signal in response to winning in the start port. Now, assuming that a big hit occurs due to the symbol fluctuation corresponding to the start signal of S1 shown in FIG. 2, the game machine 2 turns on (outputs) the big hit signal 1, the big hit signal 2 and the special state signal at time T1, A big hit start effect is performed at interval I1. In the jackpot start effect, the player is notified of the occurrence of the jackpot and the type of jackpot that has occurred. In interval I1, the big winning opening 15 is in a closed state (“closed” in FIG. 2), and no winning of balls occurs. The period corresponding to the interval I1 corresponds to a non-execution period in which no round is executed after the start of the big hit.

  When the big hit start effect is over, the gaming table 2 places the grand prize opening 15 in an open state ("open" shown in FIG. 2), and when the above round end condition is satisfied, the big prize opening 15 is closed (see FIG. 2). 1R is terminated as “closed”). 1R from when the special winning opening 15 is opened to when it is closed corresponds to a round execution period. For example, after an interval of about 2 seconds (closed state of the big prize opening 15), the big prize opening 15 is opened again and the next R is started. The game table 2 repeats opening and closing of the big prize opening 15, and when 4R is completed, the big hit signal 2 is turned OFF (non-output). That is, the game table 2 opens and closes the grand prize winning opening 15 with 4R as one set. Since FIG. 2 is an example of 16R jackpot, the jackpot signal 1 and the special state signal remain ON even after the first one set is completed.

In the game table 2, in the case of a big hit of 16R, an interval I2 is provided when the first one set ends, an interval I3 is provided when the next one set ends, and an interval I4 is provided when the next one set ends. The last one set is executed. Intervals between these one sets, that is, intervals I2, I3, and I4 provided between specific rounds (in the present embodiment, every 4R rounds) during a big hit correspond to special intervals. In this particular interval has various effects of being executed by a corresponding effect, may become the length is the length of the same and interval in one set (about 2 seconds), rather long than the interval in one set (For example, about 32 seconds ) . Further, the length of the special interval is determined in advance according to the type of the effect, and the length of the special interval is distributed at the time of the big hit lottery by the selection of the effect.

  The game table 2 turns off the jackpot signal 1 and the jackpot signal 2 at time T2 when the fourth one-set is completed (16R ends). That is, the big hit signal 1 is continuously turned on (output) from the occurrence of the big hit (time T1) to the end (time T2) regardless of the open / closed state of the big prize opening 15. On the other hand, the big hit signal 2 is switched ON / OFF in units of one set. Further, since the special state signal is output even in the short time state after the end of the big hit, even after the end of the big hit (time T2), it remains ON until 20 symbol fluctuations are made. FIG. 2 shows a state where a big hit is again made at the first rotation after the big hit (the symbol fluctuation corresponding to the start signal of S2). Big hit signal 2 is ON.

  The lending device 3 is provided corresponding to each gaming table 2, and includes a display unit 20 for displaying various information, a dispensing nozzle 21 for dispensing balls to be rented to the gaming table 2, and a price for lending balls ( For example, a bill insertion slot 22 for inserting bills, a display lamp 23, and the like are provided. When the player inserts a value into the bill insertion slot 22 and presses (operates) a lending button (not shown), the lending device 3, for example, lends balls in a lending unit such as 125 balls when lending at 4 yen per ball. A lending process of paying out from the payout nozzle 21 to the game machine 2 is executed. At this time, the lending device 3 stores the number of sales balls that are the number of balls paid out (given) to the player in exchange for the price, and the remainder (that is, the balance) obtained by subtracting the price corresponding to the number of sales balls. . In addition, the lending device 3 notifies the employees of the game hall of the operation state by the display lamp 23.

  Management device 6 (corresponding to input means, game information specifying means, real jackpot information management means, real jackpot information management means, third jackpot information management means, output means) is a control composed of CPU, ROM, RAM, etc. And an input / output unit for transmitting and receiving the above-described game signals and the like. The management device 6 operates according to a control program stored in the storage unit, and manages game information specified by a game signal from the gaming table 2 input to the input / output unit. Specifically, the management device 6 specifies the out based on the out signal input from the gaming table 2 side, specifies the safe based on the safe signal, etc. Alternatively, the game information such as the sales amount is totaled and managed for each game machine 2, each game machine model, or the entire game room, and the game history shown in FIG. 4 is displayed or printed out.

  Next, the operation of the game information management system 1 will be described with reference to FIGS. In the following description, description will be made in association with the timing chart of FIG. In the jackpot information specifying process 1 shown in FIG. 3, the real jackpot flag is a flag indicating that the actual information shown in FIG. 4 (“actual” in FIG. 4) is being collected, and the real jackpot flag is shown in FIG. This is a flag indicating that it is a collection period of the real information (“real” in FIG. 4). These flags are initialized to 0 when no big hit has occurred. Although not shown in FIGS. 3 and 4, the number of Rs for one set (to be a distribution candidate), the number of Rs for the first one set, and the maximum number of Rs are matched in advance with the specifications of the gaming table 2. It is set appropriately. The game information management system 1 also collects game information other than the big hit shown in FIG. 4 as a matter of course.

In FIG. 4, the following game information is tabulated. Note that all the game information is game information from the time when a jackpot ends, which is the time when a record is newly created, or from the time when business starts to the time when the next jackpot ends.
Time, S: “Time” is the time of occurrence of the big hit, and “S” is the start to the big hit occurrence specified by the start signal (number of symbol fluctuations).
R, number of closures: R is the specified R (number of rounds), and the number of closures is the number of occurrences of special intervals. Both are specified by jackpot signal 2.

・ T1O: Out of the big hit (the number of balls consumed), "actual" is the game information (actual information, corresponding to the real jackpot information) from the start to the end of the big hit (input period of the jackpot signal 1), "real "Is game information (substantial information, corresponding to real jackpot information) for a period (input period of jackpot signal 2) excluding the closing period (special interval). “Total difference” is out during special interval = “actual” − “real” (corresponding to third big hit information, third big hit out), and “average difference” is average data per special interval = "Total difference" ÷ "Number of closures".
-Big hit time: The time when the big hit signal was input. “Real” is the time when jackpot signal 1 was input, and “Real” is the time when jackpot signal 2 was input. “Total difference” is the time of the special interval = “actual” − “real”, and “average difference” is the average data per special interval = “total difference” ÷ “number of closures”.

  ・ Waste rate: Operation rate during the special interval, ratio of actual out to possible out during the special interval = ("total difference" of T1O) ÷ (theoretical out corresponding to "total difference" of big hit time) . The theoretical out corresponding to the “total difference” of the big hit time is the correspondence between the absolute out and the one minute corresponding to the predetermined time (1 minute) set in advance, and the “total difference” of the big hit time is And the correspondence between the theoretical out and the same. For example, if it is possible to launch 100 balls (absolute out = 100) in 1 minute (60 seconds) on the game table 2, if NO1 in FIG. 4, the special interval period is 66 seconds (1 minute 6 seconds) Therefore, the out that can be fired during the special interval (theoretical out) is 100 ÷ 60 × 66 = 110, and the actual out (T1O “total difference”) during the special interval is 100 balls, so the waste rate is 100 ÷. 110 = about 91%.

T1Y: Outgoing ball during jackpot (= Safe during jackpot (number of balls paid out) −T1O, corresponding to subtraction information). “Real” is (game information in the input period of jackpot signal 1 and “real” is game information in the input period of jackpot signal 2. Also, “total difference” is T1Y = “real” − “real” during the special interval. , “Average difference” is average data per special interval = “total difference” ÷ “number of closures”.
First T1Y: T1Y in the first 4R after the big hit (corresponding to the first R information)
Remaining T1Y: T1Y (corresponding to remaining R information) of a period excluding the corresponding period of the closing period and the first T1Y.

  The management device 6 of the game information management system 1 determines whether the real big hit flag is 0 (A1), the input of the big hit signal 2 is started (A2), and the real big hit in the big hit information identification processing 1 shown in FIG. It is repeatedly determined whether the flag is 1 (A10). Hereinafter, the processing of the process of returning to the real big hit flag is 0 (A1: YES), the input of the big hit signal 2 is not started (A2: NO), the real big hit flag is 0 (A10: NO), The flow is referred to as a first standby flow for convenience.

  When the big hit occurs during the first standby flow, that is, when the input of the big hit signal 2 is started (A2: YES), the management device 6 sets R shown in FIG. 4 to R + 4 (A3). In this case, since R is initialized, R becomes 0 + 4 = 4. Subsequently, since the actual big hit flag is still 0 (A4: NO), the real big hit flag and the real big hit flag are set to 1 (A8), and the actual big hit time and the real big hit time are started (A9). As a result, the management device 6 specifies that the big hit has started, and thereafter, the game information during the big hit is tabulated. Specifically, immediately after the start of the big hit, the management device 6 has the real big hit flag 0 (A1: NO), the input of the big hit signal 2 is continued (A19: NO), and sets the actual big hit flag. Since it is set to 1 (A10: YES), it is determined whether a safe signal is input (A11) and an out signal is input (A17). Hereinafter, this processing flow is referred to as a second standby flow for convenience.

  When there is a safe signal input (A11: YES) or an out signal input (A17: YES) during the second standby flow, the management device 6 updates the actual information (“actual” shown in FIG. 4) (A12). ). Since the real big hit flag is 1 at the present time (A13: YES), the real information (“real” shown in FIG. 4) is updated (A14), and at this time, R = 4 (A15: YES), The first R information (“first T1Y” shown in FIG. 4) is updated (A16). That is, since the non-execution period (interval I1) exists immediately after the start of the big hit, the management device 6 divides and aggregates the first one set of game information (first R information) immediately after the start of the big hit.

  When the game table 2 finishes counting the first one set of game information as described above (when four rounds are finished), the game table 2 becomes interval I2 as shown in FIG. Stop. Therefore, in the jackpot information specifying process 1 shown in FIG. 3 in the management device 6, since the input of the jackpot signal 2 is completed during the second standby flow (A19: YES), the substantial jackpot flag is set to 0 (A20), The time measurement of the big hit time is finished (A21). In the example of FIG. 2, since the jackpot signal 1 is continuously output (A22: NO), after that, the substantial jackpot flag is 1 (A1: YES), and the input of the jackpot signal 2 has started ( A2) is determined, and since the actual big hit flag is 1 (A10: YES), it is determined whether the safe signal is input (A11) and the out signal is input (A17). Hereinafter, this processing flow is referred to as a third standby flow for convenience.

  In the third standby flow, when there is a safe signal input (A11: YES) or an out signal input (A17: YES), the management device 6 updates the actual information (A12). On the other hand, since the substantial jackpot flag is 0 (A13: NO), the management device 6 does not update the substantial information in step A14. That is, the management device 6 tabulates game information for a period excluding the special interval during the big hit as substantial information.

  Now, as shown in FIG. 2, when the interval I2 ends, the gaming table 2 starts the next one set and turns on the jackpot signal 2 again. Therefore, the management device 6 starts the input of the big hit signal 2 again (A2: YES) in the big hit information specifying process 1 shown in FIG. Since R + 4 = 4 + 4 = 8 (A3) and the actual big hit flag is 1 (A4: YES), the number of closures shown in FIG. 4 is added (A5), the real big hit flag is set to 1 (A6), and the real big hit Time measurement starts (A7) and the second standby flow is entered again. In step A7, the actual big hit time is added to the previous time measurement result, and time measurement is resumed.

  Similarly, the management device 6 updates the actual information (A12) when there is a safe signal input (A11: YES) or an out signal input (A17: YES) in the second one set, and a substantial big hit Since the flag is 1 (A13: YES), the real information is updated (A14). Since the current R is 8 (A15: NO), the remaining R information, that is, the remaining T1Y shown in FIG. 4 is updated (A18). In other words, the management device 6 aggregates game information (remaining R information) in the second and subsequent one-sets that are big hits, separately from the first one-set game information (first R information). More precisely, in the case of the gaming machine 2, since the jackpot signal 2 is also output during the non-execution period of the round in the first set, the first round non-execution period is included in the “real” information collection period. included. Therefore, the management device 6 manages the first T1Y (first R information) and the remaining T1Y (remaining R information) separately.

  When the second one-set is completed, the gaming table 2 becomes an interval I3 shown in FIG. 2, and after executing the third one-set, becomes an interval I4 and executes the last one-set. At this time, as described above, since the jackpot signal 1 is continuously ON, the management device 6 measures the actual jackpot time and updates the actual information, and also substantially hits the jackpot signal 2 according to ON / OFF of the jackpot signal 2. Timekeeping and the number of closures and actual information are updated.

Now, when the last one set (actual big hit flag = 1 and real big hit flag = 1) is finished, the gaming table 2 turns off the big hit signal 1 and the big hit signal 2. Therefore, the management apparatus 6, in indicates to jackpot information specifying process 1 in Figure 3, in real big hit flag is 1 in the state (A1: NO) from the input of the jackpot signal 2 is completed by (A19: YES), The real big hit flag is set to 0 (A20), and the time measurement of the real big hit time is ended (A21). Since the input of the big hit signal 1 is also completed (A22: YES), the actual big hit flag is set to 0 (A23), and the timing of the actual big hit time is ended (A24).

  Then, the management device 6 obtains the “total difference”, “average difference”, “wasting rate”, etc. shown in FIG. 4 based on the game information and the big hit time, etc. that are tabulated during the big hit, Create a record. The game history shown in FIG. 4 can be displayed or printed out by an output means such as a monitor 7 or a printer. This game history is a game history for each jackpot when the special interval is directly specified by the jackpot signal 1 and the jackpot signal 2, and T1Y, jackpot time, and the like are managed.

  Although FIG. 2 shows an example of 16R big hit (eg, NO1 record in FIG. 4), in the case of 4R big hit (eg, NO6 record in FIG. 4), no special interval occurs, so the information collection period Are equal ((actual jackpot period = actual jackpot period). Therefore, in the case of 4R jackpot, “-total difference” and “average difference” are excluded from calculation targets such as “average”. Here, “average” in FIG. 4 indicates the average value for each jackpot, and “total” indicates the total value of each value, but “wasting rate” and “remaining T1Y” indicate “total”. Is specified (calculated) by incorporating it into the above-described predetermined arithmetic expression.

  From FIG. 4, it is possible to grasp the game information of the actual big hit period and the game information of the real big hit period not including the special interval. Incidentally, in order to be able to identify the big hit (so-called consecutive big hit) that occurred during the short time (probability change), the records (for example, NO3, NO8, NO11) are identified and output, for example, by coloring (in FIG. 4, colored). The state is schematically shown by hatching).

The game information management system 1 described above has the following effects.
In the game information management system 1, the actual information (actual jackpot information) in the actual jackpot period is totaled based on the jackpot signal 1, and the actual information (actual jackpot information in the actual jackpot period not including the special interval based on the jackpot signal 2). ). Because the special interval is in the closed state of the big winning opening 15, no winning can occur, so if the out during the special interval is included in the calculation of the payout rate, the adjustment status of the gaming table 2 is worse than the actual situation Is likely to be. Therefore, by managing the real information that is the game information excluding the special interval, while grasping the actual information indicating the result of the player actually playing the game, it is not affected by the waste balls during the special interval. Based on the actual information, the adjustment status of the gaming table can be accurately grasped.

  Since the remaining R information corresponding to the remaining R period, which is the period excluding the first R period, is managed as the actual jackpot information, the jackpot signal 2 output from the game table 2 is not the round hit at the start of the jackpot. Even when the period including the non-execution period is shown as a real jackpot period, such as when it is also output in the execution period (interval I1 in FIG. 2), it is not affected by the wasted balls that the player wasted, It is possible to grasp the real jackpot information indicating the adjustment status of the game table 2 and the like.

Since the waste rate during the waste period (special interval) is managed, it is possible to grasp how much the player wastes the game value in the special interval.
Because it is the big hit information of the difference between the real big hit information and the real big hit information, and the third big hit information corresponding to the special interval is managed, grasp the occurrence tendency of the special interval and the player's gaming tendency in the special interval, etc. I can do it.

(Second Embodiment)
Hereinafter, a second embodiment of the present invention will be described with reference to FIGS. 5 and 6. The second embodiment is different from the first embodiment in that the jackpot period is indirectly specified from the input game signal and part of data managed as game information.

  The management device 6 of the game information management system 1 executes the jackpot information identification process 2 shown in FIG. The following description is based on the case where a big hit of 16R shown in FIG. 2 occurs. Detailed description of steps substantially common to the first embodiment will be omitted. In the big hit information specifying process 2, the real big hit flag and the real big hit flag are the same as those in the first embodiment, the previous big hit flag is a flag indicating that the special hit is at the start of the big hit, and the temporary information is a special interval. This is game information that is temporarily updated when it is determined whether the game is in the middle or after the jackpot, and corresponds to provisional jackpot information.

  FIG. 6 shows the game history for each jackpot when the special interval is indirectly specified by combining signal outputs such as jackpot signal 2 as described below, and is the same as FIG. 4 of the first embodiment. In addition, all the game information is game information from the time when the jackpot ends, which is a new creation time of the record, or from the start of business to the next jackpot end. However, in the case of this embodiment, since the non-execution period of the first round is specified by the safe signal, the non-execution period of the round is not included in the “substantial” aggregation target period, and unlike the first embodiment, the first R There is no need to distinguish the information from the remaining R information. Instead, in the second embodiment, a “1S average” is provided in T1Y to obtain a one-set (4R) average T1Y. Here, “1S average” is different from “remaining T1Y”, but is obtained by dividing “substantially” of T1Y by the number of times of one set (= R ÷ 4) instead of “number of closed”. The same applies to the “average difference” of other items.

  In the big hit information identification process 2 shown in FIG. 5, the management device 6 determines whether the previous big hit flag and the real big hit flag are both 0 (B1), whether the input of the big hit signal 2 is started (B2), It is repeatedly determined whether it is 1 (B17) and whether the actual big hit flag is 1 (B10). Hereinafter, both the front big hit flag and the real big hit flag are 0 (B1: YES), the input of the big hit signal 2 is not started (B2: NO), the actual big hit flag is 0 (B17: NO, and B10: NO), the flow of the process of returning as it is is referred to as a first standby flow for convenience.

  When the big hit occurs during the first standby flow, that is, when the input of the big hit signal 2 is started (B2: YES), the management device 6 sets R to R + 4 (in this case, 0 + 4 = 4) (B3), Since the actual jackpot flag is 0 (B4: NO), the previous jackpot flag and the actual jackpot flag are set to 1 (B8), and the timing of the actual jackpot time is started (B9). As a result, the management device 6 specifies that the big hit has started, and thereafter, the game information during the big hit is tabulated. Specifically, the management device 6 has the previous jackpot flag and the actual jackpot flag set to 1 immediately after the start of the jackpot (B1: NO), and the input of the jackpot signal 2 is continued (B25: NO). Since the big hit flag is 1 (B10: YES), it is determined whether a safe signal is input (B11) and an out signal is input (B21). Hereinafter, this processing flow is referred to as a second standby flow for convenience.

When the safe signal is input during the second standby flow (B11: YES), the management device 6 sets the front jackpot flag to 1 in the previous step B8 (B12: YES), so the front jackpot flag is set to 0. (B13). Immediately after the occurrence of the big hit, there is an effect period (round execution period) of the interval I1 shown in FIG. 2, during which the big prize opening 15 is closed. Therefore, the safe signal is input in the period immediately after the big hit occurs when the big winning opening 15 is opened, that is, when the first R is started. Therefore, when the safe signal is input, the management device 6 sets the front jackpot flag to 0, assuming that the effect period has ended. Since previous jackpot flag substantial jackpot flags shall become 0 becomes 1 (B1: NO), the second standby flow is maintained. In addition, the safe signal is output even when the first starting port 12 is won instead of the big winning port 15, but the probability of winning the first starting port 12 is generally higher than the probability of winning the big winning port 15. In this embodiment, it is determined that the safe signal is due to the opening of the special winning opening 15 being started. Note that the gaming table 2 is a right-handed type gaming table during the big hit as described above, and therefore, the winning expectation to the first start port 12 is further lowered.

When the next safe signal is input during the second standby flow (B11: YES), the management device 6 has the previous big hit flag set to 0 (B12: NO) and the real big hit flag set to 1 ( (B23: YES), the real information and the real information are updated (B24).
On the other hand, when an out signal is input during the second standby flow (B21: YES), the management device 6 determines whether the front big hit flag is 0 (B22), and a safe signal is input. If it is before, that is, if the front jackpot flag is 1 (B22: NO), the actual information is updated (B32). On the other hand, as described above, when the safe signal is already input and the previous big hit flag is 0 (B22: YES), since the real big hit flag is 1 (B23: YES), the real information and the real information are displayed. Is updated (B24).

  As described above, the management device 6 identifies the start of the round when the safe signal is input later in the period immediately after the occurrence of the jackpot, and responds to the input of the safe signal in the period after the start of the round is identified. (B11: YES, B12: NO, B23: YES) In response to the input of the out signal (B21: YES, B22: YES, B23: YES), the real information and the real information are updated (B24).

  Now, when the first one set is completed, the big hit signal 2 is turned OFF and the interval I2 is reached. When the input of the big hit signal 2 is completed (B25: YES), the management device 6 sets the real big hit flag to 0 (B26), and ends the time measurement of the actual big hit time and the real big hit time (B27). In other words, in the present embodiment, the management device 6 measures the time during which the round is executed as the actual jackpot time and the actual jackpot time. Then, it is determined whether or not R = 16 (B28). Since R = 4 this time (B28: NO), the provisional jackpot time and provisional information are initialized (B30), and then the provisional jackpot time is counted. Start (B31).

  In this state, since the previous big hit flag and the real big hit flag are both 0 (B1: YES), it is determined whether the input of the big hit signal 2 has started (B2), and the actual big hit flag is 1 ( (B17: YES), it is determined whether a start signal is input (B18), and since the actual big hit flag is 1 (B10: YES), whether a safe signal is input (B11) and an out signal is input (B21) is determined. Hereinafter, this process flow is referred to as a third standby flow for convenience.

  In the third standby flow, when the safe signal is input (B11: YES) or the out signal is input (B21: YES), the front jackpot flag is 0 (B12: NO or B22). : YES), since the substantial jackpot flag is 0 (B23: NO), the temporary information is updated (B33). This provisional information assumes out and safe in this embodiment. In other words, the management device 6 enters the third waiting flow in consideration of the possibility that the big hit is still being made (the possibility that the next one set is executed) when the one set is finished, and identifies the end of the big hit. The game information for the period up to is managed as temporary information.

  When the input of the big hit signal 2 is started with the temporary information being updated (B2: YES), the management device 6 sets R to R + 4 (in this case, 4 + 4 = 8) (B3), and the actual big hit flag is set. Since it is 1 (B4: YES), the substantial jackpot flag is set to 1 (B5). Subsequently, the actual information is updated with the temporary information described above, the actual hit time is updated with the temporary hit time (B6), and the actual hit time and the actual hit time are started again (B7). Timekeeping is terminated (B20). That is, the provisional jackpot information is updated to actual information when it is determined that the jackpot continues. The actual jackpot time corresponds to an actual jackpot period including a special interval period as well as a period in which the round is executed.

  Subsequently, when the second one-set is started, the management device 6 returns to the above-described second standby flow, totals game information (actual information, actual information) in the one-set, and then corresponds to the interval I3. The temporary information is totaled during the special interval, and when the third set is started (R = 8 + 4 = 12), the game information during that time is totaled, and then the temporary information is collected during the special interval corresponding to the interval I4. Then, when the fourth one set (the last one set in the case of 16R big hit) is started (R = 12 + 4 = 16), game information during that time is totaled.

  When the fourth one-set is completed (B1: NO) and the input of the big hit signal 2 is finished (B25: YES), the management device 6 sets the real big hit flag to 0 (B26), and sets the real big hit time and the real big hit time. The counting of the big hit time is finished (B27), and since R = 16 (B28: YES), since it is certain that the big hit will end, the actual big hit flag is set to 0 (B29). When the end of the jackpot period is specified in this way, the management device 6 then specifies (determines) the data of the record in FIG. 5 based on the actual information and the actual information, and creates a new record.

  By the way, in the above-described example, a big hit of 16R is assumed, but in the gaming table 2, a big hit of 4R, 8R or 12R also occurs. In this case, the management device 6 determines that the big hit continuation condition is satisfied in the third standby flow described above, that is, when the start signal is input (B18: YES) in the state where the actual big hit flag is 1 (B17: YES). Assuming that the state is not satisfied, the actual jackpot flag is set to 0 (B19), and the timing of the provisional jackpot information is terminated (B20). In this case, since the big hit has ended, the update based on the temporary information and the update based on the temporary big hit time are not performed. As described above, in this embodiment, as a predetermined jackpot continuation condition, it is assumed that the maximum number of Rs is executed and that the start signal is not input after the substantial jackpot period ends. If either one occurs, the end of the big hit is specified because the big hit continuation condition is not satisfied.

  In this way, the management device 6 indirectly specifies the jackpot period based on the safe signal, and updates the actual information and the actual information shown in FIG. 6 by counting the temporary information during the special interval. Yes. Then, by outputting the game history shown in FIG. 6 to the monitor 7 or the like, for example, the manager of the game hall can grasp the game information during the big hit, the adjustment status of the game table 2, and the like. In addition, the management apparatus 6 is carrying out the identification display (it shows with hatching in FIG. 6) similarly to FIG.

The game information management system 1 described above has the following effects.
The game information management system 1 specifies the real jackpot period, specifies the game information in that period as the real jackpot information, and continues in a state where a predetermined jackpot continuation condition is satisfied after the real jackpot period ends. When the start of the real jackpot period is specified, the real jackpot periods before and after it are grouped to specify the actual jackpot period, and the game information in that period is specified as the actual jackpot information. As a result, even if a signal that directly indicates the jackpot period from the start to the end of the jackpot is not input, the special interval is excluded from the game information counting period based on the jackpot signal for which the specific interval is not output. In addition to jackpot information, jackpot information including a special interval in the collection period can be appropriately managed.

In the game information management system 1, the actual information in the actual big hit period is totaled and the real information in the real big hit period not including the special interval is totaled and managed, so that, as in the first embodiment, the player actually While grasping the actual information indicating the result of playing the game, it is possible to accurately grasp the adjustment status of the gaming table based on the substantial information without being influenced by the wasted balls during the special interval.
Since the corresponding provisional jackpot information is specified as actual jackpot information on the condition that continuation of the jackpot is specified, if the number of execution rounds during the jackpot is distributed as in the case of the gaming table 2, even if it is based on the jackpot signal, the real jackpot period It is not possible to specify at the end of the real jackpot whether the jackpot continues after the end of, or whether the jackpot period has ended with the end of the real jackpot period, but provisional information ( By specifying (provisional jackpot information) as actual jackpot information, the temporary information can be specified as jackpot information only when the jackpot continues, and the jackpot information can be managed appropriately.

When the end of the real jackpot period is specified, the provisional information is suppressed from being specified on the condition that the actual jackpot end condition is specified. In the gaming machine 2, even if the number of execution rounds is distributed, the upper limit number of rounds is determined in advance. In other words, if the number of execution rounds reaches the upper limit as a real jackpot end condition and the specification of the temporary information is suppressed based on the determination of the real jackpot end condition being met, the provisional information need not be renewed indefinitely. .
It is possible to input a start signal that can specify that the start unit game executed to generate a big hit on the game table 2 is executed, and the big hit continuation condition is satisfied by the input of the start signal after the end of the real big hit period It is trying to be in a state that is not. When the big hit ends, the next big hit cannot be generated unless the start unit game for generating the next big hit is executed, so the start signal is input after the end of the real big hit period. Only when it is finished. Therefore, the end or continuation of the big hit can be appropriately determined by determining the big hit continuation condition by inputting the start signal.

  The safe signal is input and the actual jackpot period is specified by excluding the period from when the jackpot period is reached until the first safe signal is input, while the safe signal is first set after the jackpot period indicated by the jackpot signal. The actual jackpot period is specified including the period until is input. During the non-execution period, the round is not performed, that is, the big winning opening 15 is not opened, so that it is unlikely that a winning will occur even if the game value is consumed. In other words, if a safe signal that can specify that a game value is given by winning is input, it can be specified that the round has started, so even if the non-execution period is included in the jackpot period indicated by the jackpot signal The real jackpot information and the real jackpot information can be appropriately specified.

Because it is the jackpot information of the difference between the real jackpot information and the real jackpot information, and manages temporary information corresponding to the special interval, to grasp the tendency of occurrence of the special interval, the player's gaming tendency in the special interval, etc. I can do it.
Since the ratio of provisional information to out that can be consumed during the waste period is managed as the waste ratio during the waste period, how much the player is wasting game value during the waste period, that is, during a special interval during the big hit. You can grasp what is.

(Other embodiments)
The present invention is not limited to those exemplified in the above embodiments, and can be modified or expanded as follows.
The T1 safe (safe during the big hit) or the like is not exemplified as the jackpot information, but game information that is not exemplified such as T1 safe may be managed as a matter of course. In addition, regarding the initial R information, the remaining R information, and the like, out and safe may be similarly managed.
In the second embodiment, the configuration in which temporary information is added is illustrated. However, the actual information may be updated together with the temporary information, and the temporary information may be subtracted from the actual information when the state being determined is not a big hit. Further, the temporary information is initialized at the end of the input of the jackpot signal 2, but may be initialized at the start of input.

In the first embodiment, the jackpot information corresponding to the special interval is specified by subtracting the real information and the real information, but the game information specified during the special interval period is used as the jackpot information indicating the difference as in the second embodiment. You may specify.
In the second embodiment, the start signal is input as the jackpot continuation condition is not satisfied. However, for example, a condition other than the exemplified condition such as a preset continuation allowable period elapses may be used as the jackpot continuation condition. Of course it is good. In this regard, conditions other than those exemplified for the actual big hit end condition, such as setting a threshold value for T1Y as described later, may be adopted. Further, a period until it is determined that the big hit continuation condition is not satisfied without provisional information may be set as a collection target period of actual information.
In each embodiment, an example is shown in which the jackpot time and jackpot information and the provisional jackpot time and provisional information are output separately. In the present application, the jackpot time is included in the jackpot information, and the provisional jackpot time is included in the provisional information. The concept is

In the second embodiment, averaging is performed in units of one set when outputting an average or the like. However, an average value may be output in units of rounds by dividing by the number of Rs in one set. Further, for example, by setting a threshold of 400, 650, 900, etc. in T1Y and distributing the big hit according to the threshold, the big hit is distributed by specific big hit information, and the big hit information is managed by the distributed big hit unit. good. Furthermore, the jackpot information may be managed in units of one set, such as managing the history of T1Y in units of one set.
In the first embodiment, the first R information and the remaining R information are classified according to whether or not they are the first one set, but if the special target is included in the output target of the jackpot signal 2, It may be divided in any way.

The state signal continuously output during the corresponding state is illustrated as the state signal. However, for example, it may of course correspond to the state signal indicating the corresponding state by outputting only a short period (one pulse) at the start and end. . In this case, the actual jackpot period for one set or the like is indicated by two inputs.
All the game information exemplified in each embodiment may be specified directly by an input signal or indirectly by using an arithmetic expression. In addition, numerical values, the number of digits, items, and the like are examples, and any numerical values may be adopted.
The target game machines 2 are game machines that do not make a right-hand hit during a big hit, game machines that do not use a round lottery and have a fixed number of rounds, and game machines that perform a lottery in units of rounds instead of one set. Examples include a game machine that does not have a non-execution period for rounds at the start of a big hit, a game machine that opens the grand prize opening 15 multiple times in one round, and a so-called enclosed type that manages game media only with data. Other game machines than pachinko machines can be used. In consideration of the enclosing type, the game medium is expressed as a game value as necessary.

  A part of the information processing performed by the management device 6 may be performed by the relay device 4 (so-called island kon, stand kon), the lending device 3 or the like. Moreover, you may combine how the illustrated structure including a modification is combined. For example, the first embodiment may adopt a configuration that specifies that the first round non-execution period has ended when a safe signal is input with the front jackpot flag of the second embodiment being 1, or the first embodiment is the first in the second embodiment. The R information and the remaining R information may be managed separately.

  In the drawing, 1 is a game information management system, 2 is a game machine, 6 is a management device (input means, game information specifying means, real jackpot information management means, real jackpot information management means, third jackpot information management means, output means) , 7 is a monitor (output means), and 15 is a big prize opening.

Claims (3)

A round that is a unit game that opens a big winning opening during a big hit can be executed, a non-execution period in which the round is not executed after the start of the big hit, and a special interval that is different from other rounds during a specific round a gaming table provided with intervals, and the first big hit signal indicating the actual jackpot period which is a period from the start to the end of the big hit, among the real jackpot period I period der excluding the special interval, For the first R period including the execution period of the first round from the start time of the jackpot to the start time of the first special interval, a game machine that outputs a second jackpot signal indicating a substantial jackpot period including the non-execution period A game information management system for managing game information,
An out signal that can be used to identify an out value that is a game value consumed by a player and that is output from the game stand side, a safe signal that can be used to identify a safe value that is assigned to the player in accordance with a prize, and the first jackpot An input means capable of inputting a signal and the second jackpot signal;
Game information specification that specifies an out specified by the out signal, a safe specified by the safe signal, an actual jackpot period specified by the first jackpot signal, and a real jackpot period specified by the second jackpot signal Means,
At least one of out in the actual jackpot period, safe in the actual jackpot period, deduction information indicating a difference between safe and out in the actual jackpot period, and an actual jackpot elapsed period indicating an elapsed period of the actual jackpot period Real jackpot information management means for managing real jackpot information that is game information;
At least one of out in the real jackpot period, safe in the real jackpot period, deduction information indicating a difference between safe and out in the real jackpot period, and a real jackpot elapsed period indicating an elapsed period of the real jackpot period Real jackpot information management that manages the real jackpot information that is game information and manages the remaining R information corresponding to the remaining R period that is the period excluding the initial R period in the substantial jackpot information as the actual jackpot information Means,
Output means for outputting the real jackpot information and the real jackpot information;
A game information management system characterized by comprising: The number of rounds of the game machine is distributed in units of one set with a predetermined number of rounds as one set, and if there is an unexecuted round after executing the round for that one set, the special interval is executed. Then, the big hit is continued by executing the next round, but if there is no unexecuted round, the big hit is terminated,
The actual jackpot period indicated by the second jackpot signal is indicated in one set unit,
The real jackpot information management means manages one set average of the remaining R information, or a round average indicating a value obtained by dividing the one set average by the number of rounds corresponding to one set, or the remaining R information The game information management system according to claim 1, wherein the substantial jackpot information is managed by managing the game in units of one set. A game machine that can execute a round that is a unit game that opens a big winning opening during a big hit, and has a special interval that is different from other rounds between specific rounds, from the start of the big hit A game of a game machine that outputs a first jackpot signal indicating an actual jackpot period that is a period until the end, and a second jackpot signal indicating a substantial jackpot period that is a period excluding the special interval within the actual jackpot period. A game information management system for managing information,
An out signal that can be used to identify an out value that is a game value consumed by a player and that is output from the game stand side, a safe signal that can be used to identify a safe value that is assigned to the player in accordance with a prize, and the first jackpot An input means capable of inputting a signal and the second jackpot signal;
Game information specification that specifies an out specified by the out signal, a safe specified by the safe signal, an actual jackpot period specified by the first jackpot signal, and a real jackpot period specified by the second jackpot signal Means,
At least one of out in the actual jackpot period, safe in the actual jackpot period, deduction information indicating a difference between safe and out in the actual jackpot period, and an actual jackpot elapsed period indicating an elapsed period of the actual jackpot period Real jackpot information management means for managing real jackpot information that is game information;
At least one of out in the real jackpot period, safe in the real jackpot period, deduction information indicating a difference between safe and out in the real jackpot period, and a real jackpot elapsed period indicating an elapsed period of the real jackpot period Real jackpot information management means for managing real jackpot information as game information;
It is jackpot information of the difference between the actual jackpot information and the actual jackpot information, the third jackpot information corresponding to the special interval is managed, the actual jackpot elapsed period and the actual jackpot elapsed period as the third jackpot information A third jackpot information management means for managing a waste rate indicating a ratio of out in the waste period to a consumable out in the waste period indicating a difference between
Output means for outputting the real jackpot information, the real jackpot information, and the third jackpot information;
A game information management system characterized by comprising:

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