JP2020081225A - Setting suggestion device, pinball game machine setting estimation method, portable terminal and computer program - Google Patents

Abstract

To enable a player to obtain information on setting of a pinball game machine.SOLUTION: A setting suggestion device recognizes the number of lotteries in a main board 2 of a pinball game machine and the number of times of winning a jackpot in the lotteries, calculates estimated jackpot probability information from the number of lotteries and the number of times of winning a jackpot, obtains estimated setting information on the basis of the calculated probability and displays the estimated setting information on a display unit 501 and the like.SELECTED DRAWING: Figure 2

Description

The present invention relates to a setting suggesting device for a ball game machine, a setting estimating method for a ball game machine, a mobile terminal having a setting display function, and a computer program for performing setting display.

In the so-called pachinko machine (ball game machine), a big hit lottery is performed by winning the start chucker, and if the big hit lottery is won, a type that allows the player to get a large amount of balls is known. (For example, see Patent Document 1).

Among these types of models, there is also a model in which the winning probability of the jackpot drawing can be set in multiple stages. In such models, the setting is adjusted on the pachinko hall side. Therefore, it is advantageous for the player to win a large number of balls if a player who has a high probability of winning and is able to grasp a platform that is likely to win big to some extent.

JP, 2017-164410, A

In this way, if the player can predict or infer the setting of each unit for a ball game machine in which a plurality of jackpot probabilities can be set, the interest in the ball game machine can be improved. It is thought to be possible.

SUMMARY OF THE INVENTION The present invention has been made in view of the above points, and an object thereof is to enable a player to obtain information regarding the settings of a ball game machine.

The setting suggestion device according to the present invention is connected to a ball game machine having a main drawing unit that draws when a prize is won at the starting opening, and a drawing result notification unit that outputs jackpot information of the drawing, and the drawing is A lottery number recognition unit for recognizing the number of times performed, a jackpot number recognition unit for recognizing the number of times of a big hit based on the jackpot information, and an estimated jackpot from the number of times the lottery is performed and the number of the jackpots An estimated jackpot probability calculation unit that calculates probability information and a setting estimation unit that obtains estimated setting information based on the estimated jackpot probability information are provided.
A ball game machine setting estimation method according to the present invention, a lottery number recognition step of recognizing the number of times of drawing in a ball game machine, a jackpot number recognition step of recognizing the number of times of a big hit among the lottery, and the number of drawing And an estimated jackpot probability information calculation step from the number of jackpots, a setting estimation step of obtaining estimated setting information based on the estimated jackpot probability information, and a setting display step of displaying the estimated setting information. To prepare.
The mobile terminal according to the present invention includes a receiving unit that receives the estimated setting information and an estimated setting information display unit that displays the received estimated setting information.
The computer program according to the present invention causes a computer to function as a receiving unit that receives the estimated setting information and an estimated setting information display unit that displays the received estimated setting information.

In the present invention, since the settings of each unit of the ball game machine can be estimated, it is possible to improve the interest of the ball game machine by presenting the estimated setting information to the player.

It is a hardware block diagram which shows an example of a structure of a setting suggestion apparatus. It is a functional block diagram which shows an example of a structure of a setting suggestion apparatus. It is explanatory drawing which shows the example of a display of the estimated setting. It is explanatory drawing which shows the example of the database which recorded the estimated setting. It is a functional block diagram which shows another example of a structure of a setting suggestion apparatus. It is a hardware block diagram which shows another example of a structure of a setting suggestion apparatus. It is a functional block diagram which shows another example of a structure of a setting suggestion apparatus.

1 1st Embodiment This embodiment is a big hit based on an actual game result of a game machine having the ball game machine in a ball game machine in which a plurality of jackpot probability settings are made for each of the normal time and the probability variation. The probability (estimated value obtained from the game result) is calculated (that is, the probability of each setting is estimated), and what is the setting of the certain gaming machine based on the calculated (estimated) probability? Is to notify the player. As such a notification method, for example, setting estimation information for estimating the setting based on the calculated probability is acquired, and the setting estimation information is notified to the player. The setting estimation information is information for causing the player to recognize (by at least one of visual sense, auditory sense, and tactile sense) what the actual jackpot probability setting is likely to be.
It should be noted that the present embodiment is not intended to notify the player of an accurate setting, but is intended to suggest the setting of the game machine estimated from the game result of the ball game machine until then. I am trying. Therefore, there may be a case where the above setting is different from the actual setting for a certain gaming machine, but the accuracy of the above setting is not a problem.
The ball game machine 1 shown in FIG. 1 is a game machine set as described above, and includes a main board 2 and a peripheral board 3. The main board 2 has a function as a main control unit and performs various calculations and determinations, a control program executed by the CPU 201, a lottery table for a lottery, a probability variation (probability change) at the time of a big hit, and a number of big hit rounds. A ROM 202 for storing a distribution table and the like, a RAM 203 for storing data required for processing by the CPU 201 such as jackpot information and probability variation information, and an input/output unit 204 for inputting/outputting data to/from the outside are provided. Are connected via a bus.

The peripheral board 3 has a function as a sub-control section that receives and operates data output from the input/output section 204 of the main board 2, and stores a CPU 301 that performs various calculations and determinations, and a control program executed by the CPU 301. A ROM 302, a RAM 303 in which data required for processing by the CPU 301 is stored, and an input/output unit 304 for inputting/outputting data to/from the outside are provided, and these are connected via a bus.

In the input/output unit 204 of the main board 2, a start opening sensor 401 that detects that a game ball has entered the start opening (start chucker) that triggers a jackpot, and that the game ball has entered the normal winning opening A normal winning hole sensor 402, a special winning opening sensor 403 for detecting that a game ball has entered the big winning opening that is opened when a big hit occurs, and a data lamp for displaying the operating status of the ball game machine 1 and the like. 502 (may be via a relay device) and the input/output unit 304 of the peripheral board 3 are connected. On the other hand, the input/output unit 304 of the peripheral board 3 is connected to the input/output unit 204 of the main board 2 and a display 501 for displaying effects and the like. Further, the hall computer 6 is connected to the data lamp 502.

On the main board 2, the control program stored in the ROM 202 is executed by the CPU 201, whereby the functions of the respective parts shown in FIG. 2 are realized. As shown in FIG. 2, when the ball hits the starting port and the starting port sensor 401 detects that, the main board 2 outputs start information indicating that the symbol variation has started and the main drawing is performed. The main drawing unit 211 to perform, a drawing result notification unit 212 that outputs jackpot information indicating the jackpot if the result of the drawing in the main drawing unit 211 is a jackpot, and a payout control unit 213 that controls payout at the time of winning. I have it. The start information notified from the main drawing unit 211 and the jackpot information notified from the drawing result notification unit 212 are respectively output from the input/output unit 204 of the main board 2 shown in FIG. It is input from 304. The input/output unit 204 also outputs start information and jackpot information to the data lamp 502.

Based on the start information, the peripheral board 3 detects the number of times the main drawing unit 211 has drawn a drawing and recognizes the number of times the drawing has been performed, and based on the jackpot information output from the drawing result notification unit 212. And a jackpot number recognition unit 312 for recognizing the number of jackpots.

The drawing number recognition unit 311 includes a probability variation time drawing number recognition unit 313 that recognizes the number of drawing times during the probability change, and a normal time drawing number recognition unit 314 that recognizes the number of times of drawing other than the probability change time, that is, the normal time.
The jackpot number recognition unit 312 includes a probability variation jackpot number recognition unit 315 that recognizes the jackpot number at the time of probability variation, and a normal-time jackpot number recognition unit 316 that recognizes the jackpot number at times other than the probability variation. It should be noted that whether the peripheral board 3 is undergoing the probability change or the normal time can be grasped by the command output from the input/output unit 204 of the main board 2 shown in FIG.

In addition, the peripheral board 3, the estimated jackpot probability calculation unit 317 that calculates the jackpot probability based on the actual game result of the ball game machine 1 in each of the probability change time and the normal time, during the probability change to the ball game machine 1 and A jackpot probability storage unit 318 that stores the actual jackpot probability at each setting stage, and a setting estimation unit 319 that estimates the setting of the table based on the estimated jackpot probability calculated by the estimated jackpot probability calculation unit 317. I have it. That is, the peripheral board 3 has a function as a setting suggestion device.

When a game is started in the ball-ball game machine 1 configured as described above and the start opening sensor 401 detects that a game ball has entered the starting opening, the main drawing unit 211 is notified of the information to that effect. It Receiving this, the main lottery section 211 performs a big hit lottery. The probability of this jackpot follows the setting adjusted by the pachinko hall side.

(1) Drawing Number Recognition Step The start number information indicating that the jackpot drawing is performed is notified to the drawing number recognition unit 311 of the peripheral board 3. Each time the lottery number recognition unit 311 receives this notification, it recognizes whether the lottery was performed during the probability change or in the normal time, and either the probability change time lottery number recognition unit 313 or the normal time lottery number recognition unit 314 is performed. Count up and memorize.

(2) Big hit number recognition step When the drawing result by the main drawing unit 211 is a big hit, the lottery notification unit 212 notifies the big hit number recognition unit 312 of the peripheral board 3 that the big hit is a big hit information. To be done. The jackpot number recognition unit 312 determines whether the probability is changing during the probability change or the normal time, and if the probability is changing, the probability change time jackpot count recognition unit 315 is counted up. On the other hand, in the normal time, the normal time jackpot number recognition unit 316 is counted up.

(3) Estimated jackpot probability calculation step In this way, the probability variation time lottery number recognition unit 313, the normal time lottery number recognition unit 314, the probability variation jackpot number recognition unit 315, and the normal time jackpot number recognition unit 316 are counted up. Then, at a predetermined timing, the estimated jackpot probability calculation unit 317 performs processing for calculating the jackpot probability. The jackpot probability calculated here is the estimated probability variable jackpot probability and the estimated normal jackpot probability. The predetermined timing is not particularly limited. For example, it may be after a predetermined time has passed from the opening of the store or after the number of jackpots reaches a predetermined number.

The estimated probability variation big jackpot probability is calculated using the following formula (Formula 1) using the probability variation jackpot number stored in the probability variation jackpot number recognition unit 315 and the probability variation lottery number stored in the probability variation lottery number recognition unit 313. ) Is calculated.
Estimated probability change jackpot probability = number of jackpots during probability variation / number of times of drawing during probability variation (Equation 1)

On the other hand, the normal-time jackpot probability is calculated by using the following formula (equation (1), using the normal-time jackpot count stored in the normal-time jackpot count recognition unit 316 and the normal-time lottery count stored in the normal time lottery count recognition unit 314. Calculated according to 2).
Estimated normal jackpot probability = number of jackpots in normal time / number of times of drawing in normal time (Equation 2)

The estimated jackpot probability calculation unit 317 performs the calculation of the above (Formula 1) and (Formula 2). It should be noted that during the shortened working hours, it is treated as normal time.

In this step, only one of the estimated probability variation jackpot probability and the estimated normal time jackpot probability may be calculated. In that case, also in the next setting estimation step, the setting is estimated based on one of the calculated probability values.

(4) Setting Estimating Step When the estimated values of the jackpot probability during the probability variation and the normal time are calculated in this way, the value of the probability is sent to the setting estimating unit 319. Here, the value of the actual jackpot probability for each model is defined in advance in each of the setting stages, for example, in the normal stage jackpot probability and the probability variation jackpot probability as shown in Table 1 below. It is stored in the jackpot probability storage unit 318.
Table 1

The setting estimation unit 319 determines which of the probability values shown in each of the setting stages in Table 1 above the estimated probability variable time jackpot probability and the estimated normal time jackpot probability calculated in the estimated jackpot probability calculation step, that is, Then, the degree of coincidence between the calculated estimated probability variation big jackpot probability and estimated normal time jackpot probability and the probability variation probability jackpot probability and normal time jackpot probability stored in the jackpot probability storage unit 318 at each setting stage is determined.

For example, when the estimated probability variation jackpot probability is calculated as 0.037 by the above (Formula 1) and the estimated normal time jackpot probability is calculated as 0.0032 by the above (Formula 2), the probability variation jackpot probability in Table 1 is calculated. Is closest to 0.037 at setting 2 of 0.04. Further, in Table 1, the probability that the jackpot at the normal time is closest to 0.0032 is 0.003 of the setting 2. Therefore, in this case, the setting estimation unit 319 determines that the current setting of this stand is likely to be setting 2 (the setting with the highest possibility of matching is setting 2).

Further, for example, when the estimated probability variation jackpot probability is calculated as 0.049 and the estimated normal time jackpot probability is calculated as 0.0055, the probability variation jackpot probability closest to 0.049 in Table 1 is It is 0.05 of setting 3. On the other hand, in Table 1, the probability that the jackpot in the normal time is closest to 0.0055 is 0.005 of the setting 4. In this way, when the setting stage with the highest degree of coincidence differs between the probability variation time and the normal time, for example, among the estimated probability variation time jackpot probability and the estimated normal time jackpot probability, the value stored in the jackpot probability storage unit 318. Select the one with the closer probability value. In this example, the difference between 0.049 and 0.05 is 0.001, and the difference between 0.0055 and 0.005 is 0.0005. In this case, it is the estimated normal-time jackpot probability that the estimated probability value is closer to the value stored in the jackpot probability storage unit 318. Therefore, the setting estimation unit 319 determines that there is a high possibility that the current setting of this stand is the setting 4 based on the jackpot probability during normal times.

Since the drawing process in the main drawing unit 211 of the main board 2 is performed by a random number process, for example, even when both the estimated probability of probability jackpot probability and the estimated normal time jackpot probability are closest to the probability of setting 2, it is set to 2. You can't say for sure. Therefore, the possibility of setting 2 (degree of coincidence) is represented by a percentage. The value of this percentage is set, for example, according to the magnitude of the difference between the estimated jackpot probability and the value of the probability stored in the jackpot probability storage unit 318, and the upper limit is, for example, 80%.

In addition, there is a possibility that the setting stage that has a probability value that is not the closest (2, 3, 4,... Closest) to the estimated probability variation jackpot probability and the estimated normal jackpot probability will also fall under that setting. Cannot be said to be 0. Therefore, in this step, the possibility of being applicable to all the setting stages is shown.

Here, since the jackpot is likely to occur during the probability change, it is considered that the jackpot probability value becomes larger than that in the normal time. Therefore, the estimated probability variation jackpot probability is considered to be more reliable than the estimated normal jackpot probability as data for estimating the setting. Therefore, at the time of setting estimation, the reliability of setting estimation can be improved by weighting the estimated probability of variation jackpot probability larger than that of the estimated normal time jackpot.

For example, when the estimated probability variation jackpot probability is calculated to be 0.0501 and the estimated normal time jackpot probability is calculated to be 0.0049, the probability variation jackpot probability in Table 1 is closest to 0.0501. Is 0.05. On the other hand, in Table 1, the probability that the jackpot at normal times is closest to 0.0049 is 0.005 of setting 4. In this case, since the difference between 0.0501 and 0.05 is 0.0001 and the difference between 0.0049 and 0.005 is 0.0001, the setting cannot be estimated only by the difference value. .. In this case, it is estimated that setting 3 is most likely to occur by weighting the value of the probability-of-probability jackpot probability larger.

In addition, when the difference values are different, for example, even when the estimated probability variation jackpot probability is larger than the estimated normal time jackpot probability with the probability value stored in the jackpot probability storage unit 318, the estimation probability variation is larger. The time jackpot probability may be weighted more heavily for estimation. As a result, the setting with the larger difference may be estimated.

Further, in this step, the probability value of only one of the probability variation time and the normal time stored in the jackpot probability storage unit 318 is referred to based on only one of the estimated probability variation jackpot probability and the estimated normal time jackpot probability. The setting may be estimated by using
In this step, the degree of agreement between the normal jackpot probability and the probability variation jackpot probability calculated based on the actual game result and the actually set normal jackpot probability and the probability variation jackpot probability are acquired. Needless to say, it is important that the acquisition method is not limited to the above.

(5) Setting Display Step The contents of the estimated setting estimated by the setting estimating unit 319 are sent to the display 501. Then, in the display 501, as shown in, for example, FIG. And are displayed in association with each other. Alternatively, only the setting with the highest possibility may be displayed.

The display method is not limited to the display by the percentage shown in FIG. For example, the possibility of matching may be represented by the number, color, shape, size, etc. of a specific image, or may be represented by the evolution or mode of the image of a specific character. Further, the contents of the estimated setting may be displayed by the player performing an operation such as pressing a switch provided in the ball game machine 1.

When the (1) drawing number recognition step, (2) jackpot number recognition step, (3) estimated jackpot probability calculation step, (4) setting estimation step, and (5) setting display step shown above are carried out daily, The estimated contents are transmitted to the hall computer 6 connected to each unit by the network. Then, the hall computer 6 creates a database 60 as shown in FIG. 4 in a recording device such as a hard disk.

In this database 60, the estimated setting for each day is recorded for each table in the hall, and the table number, the date, and the estimated setting are recorded in association with each other. Immediately after the pachinko hall is opened, there is no or insufficient data such as the number of jackpots for the day, which is the basis for setting estimation. Therefore, for example, the contents of the database 60 are displayed on the display 501 within a certain time after the opening. By doing so, it may be possible to grasp the estimated setting of each unit in the past several days.

2 Second Embodiment The ball game machine 1a shown in FIG. 5 is connected to the hall computer 6a, and some functions of the ball game machine 1 shown in FIG. 2, specifically, the estimated jackpot probability calculation. The functions of the unit 317, the jackpot probability storage unit 318, and the setting estimation unit 319 are transferred to the hall computer 6a, which are an estimated jackpot probability calculation unit 601, a jackpot probability storage unit 602, and a setting estimation unit 603, respectively. The setting estimation unit 603 also includes a transmission unit that transmits information to an external device such as the mobile terminal 801 via the communication unit 802.

In the ball game machine 1a, the count values of the lottery number recognition unit 311 and the jackpot number recognition unit 312 are output to the data lamp 502 and displayed. The estimated jackpot probability calculation unit 601 estimates the jackpot probability at the time of probability change and at the time of normal by reading the value output to the data lamp 502.

The jackpot probability storage unit 602 stores the actual jackpot probabilities of the ball game machine 1a during the predetermined probability change and in the normal state in a storage device or the like in the hall computer 6 for each setting stage. Also, the setting estimation unit 603 estimates the setting of the table based on the estimated value of the jackpot probability calculated by the estimated jackpot probability calculation unit 601, and transmits the setting to the mobile terminal 801 via the communication unit 802. Here, the communication unit 802 may be a wireless LAN in a pachinko hall or the Internet capable of communicating with a mobile terminal in a remote place.

In the ball game machine 1a configured as described above, the (1) drawing number recognition step and the (2) jackpot number recognition step are carried out in the same manner as the ball game machine 1 shown in FIG. Further, (3) the estimated jackpot probability calculation step is the same as the ball game machine 1 except that the value output to the data lamp 502 is read and the processing is performed in the hall computer 6. Further, the setting estimation step (4) is the same as that of the ball game machine 1 except that the processing is performed in the hall computer 6.

(5) Transmission Step The setting estimated in the setting estimation step is transmitted to the mobile terminal 801 via the communication unit 802 by the transmission unit included in the setting estimation unit 603.

(6) Setting Display Step The mobile terminal 801 displays at least the receiving unit that receives the estimated setting information transmitted from the transmitting unit and the received estimated setting information by executing the application program by the internal CPU. The function of the estimated setting information display unit can be realized. That is, the estimated setting information transmitted from the transmitting unit of the setting estimating unit 603 to the mobile terminal 801 is received by the receiving unit of the portable terminal 801, and displayed on the estimated setting information display unit, for example, a display. Even in this case, on the display of the mobile terminal 801, as shown in FIG. 3, for example, each setting stage and the possibility of matching are displayed in association with each other.

It should be noted that the display method is not limited to the display by the percentage figures shown in FIG. For example, the possibility of matching may be represented by the number, color, shape, size, etc. of a specific image, or may be represented by the evolution or mode of the image of a specific character.

Further, the estimated setting may be displayed in an AR. For example, the image on the display of the ball game machine 1a may be used as a background image, and the estimated setting may be displayed in a superimposed manner. As an example, when the setting value is high and it is estimated that the jackpot probability is high, it is conceivable that the effect image displayed on the display during the jackpot is used as the background image.

The hall computer 6 may be accessed using the mobile terminal 801, and the database 60 as shown in FIG. 4 may be referred to so that the setting estimation information before the previous day can be referred to.

The hall computer 6a can collect data of all the stands in the hall and estimate the setting of each stand. Therefore, a person who wants to start a game can download the dedicated app for the mobile terminal, execute the app, and specify the platform number on the app to obtain the estimated setting for the platform. You can

In addition, in the second embodiment, the lottery number recognition unit 311 and the jackpot number recognition unit 312 are provided in the peripheral board 3, but they may be provided in the hall computer 6. In this case, the lottery number recognition unit and the jackpot number recognition unit can obtain information on the number of lottery items and the jackpot number from the data lamp 502. Therefore, in this case, the peripheral board 3 does not require a process for estimating the setting, and the peripheral board 3 does not need to be modified.

Third Embodiment The setting suggesting device 7 shown in FIG. 6 is connected to the main board 2 of the ball game machine 1b, and in the ball game machine 1b in which a plurality of jackpot probabilities are set for each of the normal time and the probability variation. The probability of jackpot (estimated value obtained from the game result) is calculated based on the actual game result of the ball game machine 1b (that is, the probability of each setting is estimated), and the calculated (estimated) probability Based on the above, the player is notified of what the setting of the ball game machine 1b is.

The setting suggesting device 7 includes a CPU 701 that performs various calculations and determinations, a ROM 702 that stores a control program executed by the CPU 701, a RAM 703 that stores data necessary for processing by the CPU 701, and an input/output unit 204 of the main board 2. An input unit 704 for inputting information output from the CPU and an output unit 705 for outputting a processing result by the CPU 701 are connected to each other via a bus. The setting suggesting device 7 is realized as, for example, a data lamp arranged on the ball game machine 1b.

In this setting suggesting device 7, the control program stored in the ROM 702 is executed by the CPU 701, whereby the functions of the respective parts shown in FIG. 7 are realized. As shown in FIG. 7, the setting suggesting device 7 is a jackpot based on the jackpot number recognition unit 711 and the jackpot information output from the drawing result notification unit 212, similarly to the peripheral board 3 shown in FIG. And a jackpot number recognition unit 712 for recognizing the number of hits. The drawing number recognition unit 711 includes a probability variation time drawing number recognition unit 713 that recognizes the number of drawing times during a probability change, and a normal time drawing number recognition unit 714 that recognizes a drawing time other than during the probability change time, that is, during normal operation.
The jackpot number recognition unit 712 includes a probability variation time jackpot number recognition unit 715 that recognizes the jackpot number at the time of probability variation, and a normal time jackpot number recognition unit 716 that recognizes the jackpot number at times other than the probability variation time. It should be noted that the setting suggesting device 7 can know whether the probability change is in progress or the normal time by the command output from the input/output unit 204 of the main board 2 shown in FIG.

Further, the setting suggestion device 7 calculates the jackpot probability based on the actual game result of the ball game machine 1b for each of the probability change time and the normal time, the estimated jackpot probability calculation unit 717, and the probability change for the ball game machine 1b. A jackpot probability storage unit 718 that stores the actual jackpot probability at normal times, and a setting estimation unit 719 that estimates the setting of the table based on the estimated jackpot probability calculated by the estimated jackpot probability calculation unit 717. I have it.
Furthermore, the setting suggestion device 7 includes a setting display unit 720 that displays the result estimated by the setting estimation unit 719.

The setting suggesting device 7 configured in this way is (1) a drawing number recognition step, (2) a jackpot number recognition step, and (3) an estimated jackpot probability calculation step by a method similar to the method shown in the first embodiment. , And (4) setting estimation step, the setting of the ball game machine 1b is estimated. That is, the only difference is that the processing performed on the peripheral substrate 3 in the first embodiment is performed in the setting suggestion device 7 in the present embodiment.

(5) Setting Display Step The content of the estimated setting estimated by the setting estimating unit 719 is sent to the setting display unit 720 included in the setting suggesting device 7, and the setting display unit 720 displays the contents of the example shown in FIG. Similarly, each setting stage and the possibility of matching with each other are displayed in association with each other. Alternatively, only the setting with the highest possibility may be displayed. The point that the display method is not limited to the percentage display is the same as in the first embodiment.

The display method is not limited to the display by the percentage shown in FIG. For example, the possibility of matching may be represented by the number, color, shape, size, etc. of a specific image, or may be represented by the evolution or mode of the image of a specific character. Further, the contents of the estimated setting may be displayed by the player performing an operation such as pressing a switch provided in the ball game machine 1b.

When the (1) drawing number recognition step, (2) jackpot number recognition step, (3) estimated jackpot probability calculation step, (4) setting estimation step, and (5) setting display step shown above are carried out daily, The estimated content is transmitted to the hall computer 6 connected to the setting suggesting device 7 via the network. Then, the hall computer 6 creates a database 60 as shown in FIG. 4 in a recording device such as a hard disk.

1, 1a, 1b: Ball game machine 2: Main board 3: Peripheral board (setting suggestion device)
311: Drawing number recognition unit 312: Big hit number recognition unit 317: Estimated big hit probability calculation unit 319: Setting estimation unit 7: Setting suggestion device

The setting suggesting device according to the present invention is a normal and probabilistic game state, and at the time of winning into the starting opening , according to the game state, in a normal time, a lottery is performed based on a predetermined normal jackpot probability, and when it is a probable change, the normal state. It is connected to a ball game machine having a main drawing unit that draws based on the probability variation jackpot probability that the jackpot probability is higher than the jackpot probability, and a drawing result notification unit that outputs jackpot information of the drawing, and the drawing is performed. Based on, the number of times of drawing in the normal time and the number of times of drawing in recognition of the number of times of drawing in probability change, and the number of jackpots in normal time and the number of jackpots in recognition of probability change in time , based on the jackpot information. A recognition unit , an estimated normal time jackpot probability based on the number of jackpots in the normal time and the number of times of drawing in the normal time, and an estimated probability variation jackpot probability based on the number of jackpots in the probability change time and the number of drawing times in the probability change time and estimated jackpot probability calculation section that, the jackpot probability storage unit that stores the normal jackpot probability vary setting step and the probability variation during jackpot probability, the estimated normal jackpot probability, the estimated probability variation during jackpot probability, for each setting step On the basis of the normal time jackpot probability and the probability variation time jackpot probability different to the setting estimation unit for obtaining an estimation setting stage estimated to be set in the ball game machine, the setting estimation unit, the setting estimation unit, The degree of coincidence of the estimated normal time jackpot probability with the jackpot probability and the degree of coincidence of the estimated probability variation time jackpot probability with the probability variation jackpot probability are calculated, and calculated with respect to the calculated degree of agreement of the estimated probability variation jackpot probability. The estimated normal time jackpot probability is weighted more than the matching degree, and after the weighting, the setting step corresponding to the jackpot probability of the higher matching degree of the two matching degrees is referred to as the estimation setting step.
The ball game machine setting estimation method according to the present invention has a normal and probabilistic game state, and when a prize is given to a starting opening, a lottery is drawn based on a predetermined normal jackpot probability in normal time according to the game state. Performed, at the time of probability change, performs a lottery based on the probability jackpot probability that the jackpot probability is higher than the normal time jackpot probability, and in a ball game machine that outputs jackpot information of the lottery , the number of times of lottery in the normal time and the probability of the probability change A lottery number recognition step of recognizing the number of lottery, a jackpot number in the normal time of the lottery, a jackpot number recognition step of recognizing the jackpot number at the time of probability change, the jackpot number in the normal time and the regular lottery Estimated normal time jackpot probability based on the number of times, probability calculation step to calculate the estimated probability variation time jackpot probability based on the number of jackpots in the probability variation time and the number of drawing times in the probability variation time , the estimated normal time jackpot probability, the estimation Probability estimation jackpot probability , setting estimation step for obtaining an estimation setting step estimated to have been set in the ball game machine based on the actual normal jackpot probability and the probability variation jackpot probability that differ for each setting step, and the estimation A setting display step for displaying a setting stage ; and, in the setting estimation step, a matching degree of the estimated normal time jackpot probability with respect to the normal time jackpot probability and a matching degree of the estimated probability variation time jackpot probability with respect to the probability variation time jackpot probability. Is calculated, and the calculated matching degree of the estimated probability variation jackpot probability is weighted more than the calculated matching degree of the estimated normal time jackpot probability. After the weighting, the matching degree of the two matching degrees is The setting step corresponding to the higher jackpot probability is referred to as the estimated setting step.

Claims (15)

A main drawing unit that draws when winning a prize at the starting port,
A lottery result notification unit that outputs jackpot information of the lottery,
Connected to a ball game machine having
A lottery number recognition unit that recognizes the number of times the lottery has been performed,
A jackpot number recognition unit for recognizing the number of jackpots based on the jackpot information;
An estimated jackpot probability calculation unit that calculates estimated jackpot probability information from the number of times the lottery is performed and the number of jackpots,
A setting estimation unit that obtains estimated setting information based on the estimated jackpot probability information,
Setting suggestion device equipped with. Equipped with a jackpot probability storage unit that stores a plurality of actual jackpot probability for each model of ball game machine as jackpot probability information at each setting stage,
The setting estimation unit selects a value whose value is closest to the estimated jackpot probability information among the jackpot probability information for each setting step, and actually sets the setting corresponding to the selected jackpot probability information in the jackpot probability storage unit. The setting suggestion device according to claim 1, wherein the setting suggestion device determines that the setting is most likely to match the setting. The drawing number recognition unit includes a probability variation time drawing number recognition unit that recognizes the drawing number at the time of probability change, and a normal time drawing number recognition unit that recognizes the number of drawing times other than the probability change time,
The jackpot number recognition unit includes a probability variation time jackpot recognition unit for recognizing the number of jackpots at the time of probability variation, and a normal time jackpot recognition unit for recognizing the number of jackpots other than the probability variation time,
The estimated jackpot probability calculation unit calculates the estimated probability-of-probability jackpot probability by dividing the number of jackpots at the time of probability variation by the number of times of drawing at the time of probability variation, and also determines the number of jackpots at times other than the time of probability variation other than the time of probability variation. The setting suggestion device according to claim 1, wherein the estimated normal-time jackpot probability is calculated by dividing by the number of times. The jackpot probability storage unit, for each setting stage, stores the jackpot probability at the time of probability variation, and the jackpot probability at the normal time,
The setting estimation unit calculates the degree of coincidence of the estimated probability variation jackpot probability with respect to the probability of jackpot in the probability change time, and the degree of coincidence of the estimated normal time jackpot probability with respect to the jackpot probability in the normal time, and two calculated coincidences. 4. The setting suggesting device according to claim 3, wherein one of the degrees having a higher degree of coincidence is selected, and the setting corresponding to the jackpot probability of the degree having a higher degree of coincidence is estimated setting information. The degree of agreement of the estimated probability variation big jackpot probability with respect to the probability of probability variation is weighted more than the degree of agreement of the estimated normal time jackpot probability with respect to the jackpot probability of normal time, and the two degree of coincidence after the weighting is performed. The setting suggestion device according to claim 4, wherein the setting corresponding to the jackpot probability having the higher degree of coincidence is estimated setting information. The setting suggesting device according to claim 1, further comprising a transmitting unit that transmits the estimated setting information to an external device. A drawing number recognition step for recognizing the drawing number in the ball game machine,
A jackpot number recognizing step of recognizing the number of jackpots in the drawing,
An estimated jackpot probability calculating step of calculating estimated jackpot probability information from the number of times of drawing and the number of times of jackpot,
Setting estimation step for obtaining estimated setting information based on the estimated jackpot probability information,
A method for estimating a setting of a ball game machine, comprising a setting display step of displaying the estimated setting information. In the setting estimation step, from the jackpot probability information that represents the actual jackpot probability for each model for each setting step, select the value that has the closest value to the estimated jackpot probability information, and the setting corresponding to the selected jackpot probability information. The method of estimating the setting of a ball game machine according to claim 7, wherein is set as the estimated setting information. In the drawing number recognition step, each of the drawing number at the time of probability change and the drawing number at normal time is recognized,
In the jackpot number recognition step, the number of jackpots at the time of probability change, and the number of jackpots in normal time are respectively recognized,
In the estimated jackpot probability calculating step, the estimated probability variation jackpot probability is calculated by dividing the number of jackpots in the probability change time by the number of drawing times in the probability change time, and the number of jackpots in the normal time is determined by the number of draws in the normal time. The method for estimating a setting of a ball game machine according to claim 7 or 8, wherein the estimated normal-time jackpot probability is calculated by dividing. In the setting estimation step, the degree of coincidence of the estimated probability variation jackpot probability with the jackpot probability of the probability variation and the degree of coincidence of the estimated normal time jackpot probability with the jackpot probability of the normal time are calculated, and two calculated coincidences are calculated. 10. The ball game machine setting estimation method according to claim 9, wherein one having a higher degree of coincidence is selected from among the degrees, and the setting corresponding to the jackpot probability of the higher degree of coincidence is used as estimated setting information. In the setting estimation step, for the degree of coincidence of the estimated probability variation jackpot probability with respect to the probability jackpot probability, a weighting greater than the degree of coincidence of the estimated normal time jackpot probability with respect to the jackpot probability in the normal time is performed, and the weighting is performed. 11. The ball game machine setting estimating method according to claim 10, wherein the setting corresponding to the jackpot probability of the higher matching degree of the two matching degrees is estimated setting information. The ball game machine setting estimation method according to claim 7, further comprising a transmission step of transmitting the estimated setting information to an external device. A receiving unit that receives estimated setting information that is an estimated setting of the ball game machine,
A mobile terminal, comprising: an estimated setting information display unit that displays the received estimated setting information. The mobile terminal according to claim 13, wherein the estimated setting information display unit includes an AR display unit that AR-displays the estimated setting information. Computer,
A receiving unit that receives estimated setting information that is an estimated setting of the ball game machine,
A computer program that functions as an estimated setting information display unit that displays the received estimated setting information.

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