JP6255169B2 - Winning management device, winning management program, and winning display device - Google Patents

Description

  The present invention relates to a winning management device that manages a variation state of winnings of pachinko machines.

  The pachinko game machine has a liquid crystal display or a reel-type display near the center. In the vicinity of the display unit, there is provided a start port for changing (rotating) the display content of the display unit and performing a lottery. When a ball wins the start port, the display content of the display unit is rotated and lottery is performed. Starts. When winning the lottery, the player can earn many balls. That is, increasing the number of rotations of the display unit makes it easier for the player to obtain satisfaction. On the contrary, if the number of rotations of the display unit is small, the player's stress is accumulated, and as a result, the operation rate of the pachinko game machine is lowered.

  In order to deal with such a problem, for example, a technique as shown in Non-Patent Document 1 is disclosed. The technology shown in Non-Patent Document 1 manages data in the start / stop state in order to eliminate the player's frustration. In other words, the situation where the display unit is not rotating is managed by the stop rate, stop time, number of stops, etc., and the player's frustration due to the absence of rotation for a long time is managed, and the pachinko machine is managed It is described that it is used as data for the purpose.

PiDEA, Japan, triple a publication, November 2011 edition, No. 73, pages 10-11

  The player is frustrated that there is no rotation for a long time, but more strictly, the player feels a very strong stress when the ball does not win the starting opening despite the ball being hit. FIG. 12 is a schematic diagram showing an example of pachinko game machine information when winning. In FIG. 12, “out” indicates a signal output from the outbox, “winning” indicates a signal output from the pachinko game machine when entering the starting port, and “rotation” and “hold” indicate the pachinko game machine. The state that is actually displayed is schematically shown in a graph. As shown in FIG. 12, the pachinko game machine has a different rotation time of the display unit depending on the type (for example, about 4 seconds for a short time, about 2 minutes for a long time). When winning, the winnings are accumulated and retained as the number of holds. A maximum value (for example, 4 rotations) is set for the number of holds, and the number of holds is counted up to the maximum value, but the number of holds is not counted when the maximum value is exceeded.

  Here, suppose in FIG. 12 that the winning at the starting port has been continued three times, and the rotation times for the first and second winnings (corresponding to ○ and × in FIG. 12) are 10 seconds and 3rd, respectively. Assuming that the rotation time for winning (corresponding to Δ in FIG. 12) is 2 minutes, when winning 3 times in succession, as shown in FIG. 12, 10 seconds, 10 seconds and 2 minutes are continuously displayed. The part rotates. At this time, assuming that the third rotation has ended, the player may continue to hit a ball to increase the number of holds while the display unit is rotating. At that time, the player feels a very strong stress if the number of holds does not increase even though the ball has been hit for a long time. In this way, the player may feel strong stress even when the display unit is rotating, and as described in Non-Patent Document 1, only the start stop state is managed. Then, the original stress state of the player cannot be properly grasped. That is, the technique shown in Non-Patent Document 1 may not be a sufficient technique for grasping the player's stress state.

  The present invention provides a winning management device and the like that can improve the occupancy rate by eliminating the player's stress as much as possible by obtaining the degree of winning variation from the number of winnings in a state where the player is hitting a ball.

  The winning management device according to the present invention is based on a winning signal output from a pachinko game machine, and a winning information input means for inputting winning information for each pachinko game machine, and an out ball detection signal of the pachinko game machine. Based on the out information input means for inputting the out information for each pachinko machine, and when the pulse signal of the out ball is continuously detected within a predetermined interval, the out ball is continuously detected. On the basis of the winning time and the winning information, the number of winnings at the reference time serving as a reference is counted and calculated, or when the pulse signal of the out ball is continuously detected within a predetermined interval, Based on the number of outs in which the out balls are continuously detected and the winning information, the number of winnings is calculated by counting the number of winnings for each reference out number as a reference. Means and, in which and information output means for outputting information indicating the variation degree for the calculated the reference time or the reference-out speed of the winning number.

  Thus, in the prize management device according to the present invention, when the pulse signal of the out ball of the pachinko game machine is continuously detected within a predetermined interval (that is, it is determined that the player continues to hit the ball). The number of winnings with respect to the reference time is counted from the time and winning information in the case where it is possible, or when the pulse signal of the out ball of the pachinko game machine is continuously detected within a predetermined interval (that is, the player In order to output the degree of variation in the number of winnings by counting the number of winnings with respect to the reference number of outs from the number of outs and winning information in the Management has the effect that the operating rate can be improved.

  In the winning management device according to the present invention, the winning number calculating means counts the number of winnings within the reference time with a predetermined time interval set as the reference time, or a predetermined constant continuous The winning number for each reference out number is counted with the out number to be used as the reference out number.

  Thus, in the prize management device according to the present invention, by counting the number of winnings in a predetermined time interval set in advance, or by counting the number of winnings in a predetermined number of consecutive outs, There is an effect that the degree of variation in the number of winnings can be grasped more accurately.

  In the prize management device according to the present invention, the winning number calculation means counts the number of winnings at the reference time as 1, with the time interval from the previous winning to the next winning as the reference time, or from the previous winning The number of consecutive outs until the next winning is regarded as the reference out number, and the number of winnings for each reference out number is counted as one.

  As described above, in the prize management device according to the present invention, the time interval from the previous prize to the next prize is set as the reference time, and the number of prizes in the reference time is calculated as 1, or from the previous prize to the next prize By calculating the number of consecutive outs until winning as the standard out number and counting the number of winnings for each standard out number as 1, the variation of all winnings is strictly determined in consideration of the time interval and the number of outs. Therefore, it is possible to accurately grasp the characteristics of the pachinko game machine.

  In the prize management device according to the present invention, the information output means does not win for a period longer than the first time or more than the first out number, and within a second time shorter than the first time. Or a ratio of winning a prize during the period or the second out number less than the first out number is displayed.

  As described above, in the prize management device according to the present invention, the ratio of not winning during the period within the first time or the first out number or more and the second time shorter than the first time. In order to display at least the percentage won during the period or less than the second out number less than the first out number, for example, the percentage not won more than 30 seconds (first time) and 10 seconds (first For example, the ratio of winning out within the time of 2) is displayed, and, for example, the ratio of not winning for more than 100 (first out number) and 30 out (second out number). ) And the percentage of winnings are displayed, and it is possible to clearly grasp the variation in winnings.

  In the prize management device according to the present invention, the information output means is configured such that the number of prizes won during a period within a preset third time or less than a preset third out number is greater than or equal to a predetermined threshold value. And a ratio smaller than a predetermined threshold value are displayed at least.

  Thus, in the prize management device according to the present invention, the number of prizes won during a period within a preset third time or less than a preset third out number is greater than or equal to a predetermined threshold. In order to display at least a certain ratio and a ratio smaller than a predetermined threshold, for example, a ratio in which the number of winnings is two (predetermined threshold) or less within 10 seconds (third time) and a ratio greater than three In addition, for example, a ratio in which the number of winnings is 2 (predetermined threshold) or less and a ratio of more than 3 are displayed while the number of outs is within 30 (third out number). There is an effect that it is possible to clearly grasp the variation of the.

  The winning display device according to the present invention includes a winning signal input means for inputting a winning signal output from a pachinko game machine, an out signal input means for inputting a detection signal of an out ball of the pachinko gaming machine, and the input Based on a winning signal, a winning counting means for counting the number of winnings for each pachinko machine and a pulse signal of the out ball continuously detected within a predetermined interval, the out ball continuously Based on the detected time and the winning information, the number of winnings with respect to a reference time serving as a reference is counted and calculated, or the pulse signal of the out ball is continuously detected within a predetermined interval , Based on the number of outs in which the out balls are continuously detected and the winning information, the number of winnings for each reference out number serving as a reference is counted and calculated. And awards number calculating means, in which and an information display means for displaying information indicating the variation degree for calculated the winning number of the reference time.

  Thus, in the winning display device according to the present invention, since information indicating the degree of variation in winning of the pachinko game machine is displayed, for example, by disposing the winning display device at a position visible to the player, The player can easily select a pachinko game machine based on the degree of variation in the winnings.

It is a system configuration figure of a hall management system using a prize management device concerning a 1st embodiment. It is a mimetic diagram showing an example of a common pachinko game machine. It is a hardware block diagram of the management computer which concerns on 1st Embodiment. It is a functional block diagram of a prize management device concerning a 1st embodiment. It is a figure which shows the information of the pachinko game machine in case a prize is varied. It is a figure which shows the information of the pachinko game machine when a prize is biased. It is a figure which shows the calculating method of the winning number calculating part in the winning management apparatus which concerns on 1st Embodiment. It is a figure which shows an example of the calculation information in the prize management apparatus which concerns on 1st Embodiment. It is a 1st flowchart which shows operation | movement of the prize management apparatus which concerns on 1st Embodiment. It is a 2nd flowchart which shows operation | movement of the prize management apparatus which concerns on 1st Embodiment. It is a figure showing an example of a display result of a prize management device concerning a 1st embodiment. It is a figure which shows an example of the information of the pachinko game machine at the time of winning a prize

  Embodiments of the present invention will be described below. Also, the same reference numerals are given to the same elements throughout the present embodiment.

(First embodiment of the present invention)
A winning management apparatus according to the present embodiment will be described with reference to FIGS. FIG. 1 is a system configuration diagram of a hall management system using a prize management device according to the present embodiment. In FIG. 1, the hall management system 1 is divided into a hall side where a pachinko game machine is installed and an office room that manages the whole hall. On the hall side, a pachinko machine 130 for players to play, a base information board 110 for receiving signals output from the pachinko game base 130, and signals received by the base information board 110 are tabulated for each island. A management computer that includes an island computer 140, and in the office room, collects information on the hub 150 that collects connection cables from all the island computers 140 in the hall and the pachinko game machine 130 in the hall, and manages the information. 120. The functions of the prize management device 10 according to the present embodiment are realized by the management computer 120.

  When the player plays a game on the pachinko gaming machine 130, the table information board 110 receives an input signal from the pachinko gaming machine 130. Game information based on the received input signal is transmitted to the management computer 120 via the island computer 140 and the hub 150. The manager of the hall performs management such as winning management using the management computer 120 and manages the system. At that time, if necessary, printing is performed on paper using a printer or the like.

  Note that a winning display device that outputs winning information of the pachinko gaming machine 130 may be provided for each pachinko gaming machine 130 between the pachinko gaming machine 130 and the machine information board 110. The management computer 120 may be configured to include, for example, a database server that performs database processing, a transaction server that performs transaction processing, a file server that shares files, a printer server that shares printers, and the like. Furthermore, the management computer 120 may be a computer having other management functions for managing a game machine such as a slot machine other than a pachinko machine.

  FIG. 2 is a schematic diagram showing an example of a general pachinko game machine. The pachinko game machine 130 has a game board 21 in the center, and balls are fired when the player turns the handle 22. A number of nails are drilled in the game board 21, and the fired balls are dropped and collected while being hit by the nails. A variable display section 23 whose contents change, a first start port 24 and a second start port 25 are disposed in the center portion of the game board 21. When the fired ball enters the first start port 24, a winning signal is output from the pachinko machine 130. When the first start opening 24 is won, a lottery in which the content of the variable display portion 23 changes is started. When the lottery is won (for example, when there is an effect that three numbers are aligned, for example), the second start port 25 is opened, and an advantageous game mode in which the player can acquire many balls is set.

  That is, since the player does not win even if the player puts a ball in the first starting port 24 and does not win the prize, how efficiently the player puts the ball in the first starting port 24 and wins the strength of the stress. It will be greatly affected. That is, when the ball is continuously fired but there is no winning for a long time, the player's stress increases, resulting in a decrease in the operating rate of the pachinko game machine 130. On the contrary, there is a prize regularly to some extent, and a lot of time lottery state (a state in which the variable display unit 23 is changing) is maintained while the ball is being fired. You can play comfortably without feeling. Therefore, for the pachinko game machine 130 in which the number of winnings and the degree of variation are not normal by managing the number of winnings and the degree of variation when the balls are continuously fired by the prize management device 10 according to the present embodiment. Reduces the operating rate by repairing the faulty part or replacing the stand.

  FIG. 3 is a hardware configuration diagram of the management computer according to the present embodiment. The management computer 120 includes a ROM 33 that stores system programs and various programs (for example, a winning management program, a print control program, and the like), and an HD that stores various data (for example, pachinko machine information, parameter information, and the like). (Hard disk) 34, various programs and the like are read out as necessary, and used as a work area of the CPU 31, a CPU 31 that executes actual calculations based on the read programs and the like, and other devices ( For example, it accepts input from a communication I / F 35, which is an interface for communicating with other terminals that are online via a network), and input devices such as a keyboard and a mouse, and sends data to a display, a printer, etc. Input / output I which is an interface for output And a F36. Note that the above hardware configuration is merely an example, and the components can be changed according to the use environment.

  FIG. 4 is a functional block diagram of the winning management apparatus according to the present embodiment. The winning management device 10 includes an information input unit 41 for inputting a signal output from the pachinko game machine 130 or the like via the table information board 110, the island computer 140, and the hub 150, and the input information or preset by the administrator. Based on the information output from the information storage unit 42 that stores the parameter information and the like and the pachinko game machine 130, the reference time that is the reference for each pachinko machine 130, or the number of winnings for the reference out number that is the reference A winning number calculation unit 43 that counts and calculates, and an information output unit 44 that displays the degree of variation of the calculated winning numbers on the display 45 are provided.

  The information input unit 41 inputs, for example, information such as jackpots, symbol confirmation, first start opening winnings, second starting opening winnings and the like output from the pachinko machine 130, and is output from an out box that counts out balls. Enter the out information. The information storage unit 42 stores each input signal over time. Hereinafter, the relationship between the degree of winning variation and the player's stress will be described with some specific examples.

  FIG. 5 is a diagram showing information on pachinko machines when winnings are varied. In FIG. 5, “out” indicates that an out signal output from the outbox is detected with respect to the time axis (seconds), and “winning” indicates winning when the ball enters the starting port and wins. “Rotation” schematically indicates a state in which the variable display unit 23 is rotating (the display changes due to rotation) due to winning in the pachinko game machine 130, and “holding number” is the previous number. FIG. 6 schematically shows the number of holds in the pachinko game machine 130 when the latter win is put on hold when the player further wins in a state of being rotated by winning.

  Note that the description in FIG. 5 is a diagram for explaining the stress state of the player in an easy-to-understand manner, and “rotation” and “number of holdings” in the drawing schematically show the state of the pachinko game table 130 to the last. However, it does not indicate the input signal. In practice, a symbol confirmation signal is generally output from the pachinko game machine 130 at the end of “rotation”.

  In addition, the normal out signal often outputs one pulse signal for every ten out balls. Therefore, if the pachinko gaming machine 130 fires 100 balls per minute by continuously hitting balls, one pulse is detected every 6 seconds. That is, when the out-ball pulse signal is continuously detected within a predetermined interval (for example, within 6 seconds), it can be determined that the player continues to hit the ball. On the contrary, when the pulse signal of the out ball is not detected for a predetermined interval or longer (for example, 6 seconds or longer), it can be determined that the player has stopped hitting the ball.

  In FIG. 5A, an out pulse signal is continuously detected from 0 seconds, and a winning signal is detected approximately once every 10 seconds. Here, it is assumed that the rotation time is about 10 seconds per winning. As can be seen from the figure, since the winnings vary moderately and the variable display portion 23 is always rotating with respect to the time period in which the out pulse signal is continuously detected, the player can win the winnings. It can be determined that the player is playing comfortably without feeling stress.

  In FIG. 5B, the out pulse signal is not continuously detected, and the player stops firing the ball in response to the winning, so that the number of holds is not counted and the number of winnings is small. It has become. In such a case, although the value of the number of winnings itself is small, the winnings for the time period in which the out pulse signal is continuously detected vary moderately, so the player stresses against the winnings. You can judge that you are playing comfortably without feeling.

  In FIG. 5 (C), the player stops firing the ball after winning is continued and the number of holds is accumulated. And it starts to hit the ball again just before consuming all the rotations that are on hold. Here, it is assumed that the winning rotation time corresponding to the third hold is as long as about 25 seconds. In such a case, the value of the winning number itself is small and there is a time zone in which no winning is detected for a long time, but the winning for the time zone in which the out pulse signal is continuously detected is somewhat biased. Since there are some variations, the player can judge that he / she is playing comfortably without feeling stressed about the winning.

  On the other hand, FIG. 6 is a diagram showing information on the pachinko game machine when the winnings are largely biased. Note that FIG. 6 is also a diagram for explaining the stress state of the player in an easy-to-understand manner similarly to FIG. 5, and “rotation” and “number of holdings” in the drawing are only schematic states of the pachinko game machine 130. It is graphically displayed and does not show the input signal.

  FIG. 6 (A) shows that although the player fires a ball and the out pulse signal is continuously detected, the winning is sparse and the out pulse signal is continuously detected. The number of winnings is too small for the time zone. For this reason, the ratio of the rotation time of the variable display section 23 to the out time zone is also very small. In such a case, the player does not win a prize even though the ball is fired. Therefore, it can be determined that the player feels a strong stress on the prize. In addition, as a result of the stress, the player leaves the pachinko gaming machine 130 and the operating rate is reduced.

  In FIG. 6 (B), as in the case of FIG. 5 (C), winnings are continued and the number of holds is accumulated, but the player continues to hit the ball without stopping firing. While the ball is continuously hitting, the variable display unit 23 is rotating, but the number of holds is not increased because there is no winning. In such a case, the number of holds does not increase at all even though the ball is fired, but rather decreases, so it can be determined that the player feels a strong stress on winning. As a result of the stress, the player leaves the pachinko game machine 130 and the operating rate is reduced.

  As shown in FIG. 5 and FIG. 6, by managing the variation in the winnings with respect to the time zone in which the out pulse signal is continuously detected, the player operates by estimating the magnitude of the stress felt by the player. It can be used to increase the rate. As for the pachinko gaming machine 130 in the state as shown in FIG. 6, since it can be determined that the winning to the first starting port is in an abnormal state, the abnormal state is resolved by repairing the faulty part or replacing the base. It is possible to respond as much as possible.

  In FIGS. 5 and 6, an example is shown in which the variation in the winnings is managed with respect to the time period in which the out pulse signal is continuously detected. However, the out pulse signal is continuously detected. You may make it manage the dispersion | variation in the prize with respect to the number of out. That is, the horizontal time axis (seconds) in FIGS. 5 and 6 is the number of outs (number), and how many winnings are there with respect to a predetermined reference number of outs (for example, 50 outs, 100, etc.). By managing this, it may be possible to check the variation in the winning prize.

  In order to accurately determine the state of the pachinko gaming machine 130 illustrated in FIGS. 5 and 6, a specific calculation method of the winning number calculation unit 43 in the winning management device 10 according to the present embodiment will be described. FIG. 7 is a diagram illustrating a calculation method of the winning number calculation unit. In FIG. 7, the horizontal axis indicates the time axis (seconds), and the numbers in the frame indicate the number of winnings in the time interval. That is, for example, in FIG. 7A, the winning signal is input once during the period from 10 seconds to 20 seconds, and the winning signal is input twice during the period from 40 seconds to 50 seconds. In the state of FIG. 7, it is assumed that the player is continuously firing balls, that is, an out pulse signal is continuously detected.

  In FIG. 7A, on average, the number of winnings is approximately 1, and the percentage of the number in the frame being “1” is so large that the winnings vary widely, and the player is stressed. It is possible to determine that the state of the pachinko gaming machine 130 is also in a normal state. In FIG. 7B, on average, the number of winnings is much less than 1, and the percentage of the number in the frame being “0” is very high, so the number of winnings for the number of outs is small, and the player is stressed. Therefore, it can be determined that the state of the pachinko gaming machine 130 is also in an abnormal state. In FIG. 7C, on average, the number of winnings is almost 1, but the percentage of the numbers in the frame is “2” or more and the percentage of “0” is very large, so it is biased toward winning. Therefore, the player is stressed, and it can be determined that the state of the pachinko gaming machine 130 is also in an abnormal state.

  Note that, as described above, in FIG. 7, it is assumed that the out pulse signal is continuously detected, and thus the above determination is made. However, the detection mode of the out pulse signal (for example, rotation) In some cases, such as in the case where the ball is not fired during the game), the player is not feeling stress as in the case shown in FIG. 5, and the pachinko machine 130 is determined to be in a normal state. You can also. That is, in the process of FIG. 7 described above, when the out pulse signal is continuously detected by excluding the time period in which the out pulse signal is not continuously detected within the predetermined interval, the process is performed. It is possible to make an accurate judgment by managing the number of winnings.

  In FIG. 7, the reference time for counting the number of winnings is set to 10 seconds, but this time interval can be arbitrarily set by the administrator. The reference time to be set is preferably set according to the rotation time. For example, the reference time is set according to the rotation time required for one winning, the total rotation time including the rotation time of the winning winnings, etc. It is preferred that For all winnings, the number of times required for the number of seconds required from the previous winning to the next winning is counted and accumulated (for example, information corresponding to a histogram as shown in FIG. 8 is generated), and By managing the number of winnings, the variation in winnings may be confirmed.

  Further, in FIG. 7 and FIG. 8, as in the case of FIG. 5 and FIG. 6, an example is shown in which the variation of winnings is managed with respect to the time zone in which the out pulse signal is continuously detected. You may make it manage the dispersion | variation in the prize with respect to the number of outs in case the signal is detected continuously. That is, the horizontal time axis (seconds) is set to the number of outs (pieces), and the number of winnings with respect to a predetermined reference number of outs may be managed so that the variation in winnings can be confirmed. .

  Next, the operation will be described. FIG. 9 is a first flowchart showing the operation of the winning management apparatus according to the present embodiment. First, the winning number calculation unit 43 extracts out information and winning information from the information stored in the information storage unit 42 (S91, S92). Out of the time zones in which the out pulse signal is continuously detected within a predetermined interval, a reference time set in advance by the administrator (for example, about 1 to 40 seconds or the next winning from the previous winning) (Time until) is calculated (S93). As a result of the calculation here, a result as shown in FIG. 7 or FIG. 8 is obtained. The winning number calculation unit 43 calculates the degree of variation from the calculated result (S94), the information output unit 44 displays the calculation result on the display 45 (S95), and the process ends.

  Further, the calculation operation of the degree of winning variation with respect to the reference out number will be described with reference to FIG. FIG. 10 is a second flowchart showing the operation of the winning management apparatus according to the present embodiment. First, the winning number calculation unit 43 extracts out information and winning information from the information stored in the information storage unit 42 (S101, S102). The reference number of outs set by the administrator in advance (for example, about 10 to 100, or the next time from the previous winning) among the time periods in which the out pulse signal is continuously detected within a predetermined interval The number of winnings in the number of outs until winning) is calculated (S103). The winning number calculation unit 43 calculates the degree of variation from the calculated result (S104), the information output unit 44 displays the calculation result on the display 45 (S105), and the process ends.

  The degree of variation in the number of winnings is, for example, the ratio of the number of winnings within 10 seconds from the previous winning and the number of winnings exceeding 30 seconds, or 1 to 2 within 10 seconds from the previous winning. It is a ratio of the number of times of winning an individual and the number of times of winning 3-9. In addition, for example, the ratio of the number of winnings within 10 outs from the previous winnings and the number of winnings exceeding 100 outs, or 1 to 2 within 10 outs from the previous winnings. It is a ratio of the number of times of winning an individual and the number of times of winning 3-9. Each ratio may be calculated individually according to the game mode (normal mode, probability change mode, etc.). A display example when these are displayed is shown in FIG.

  FIG. 11 is a diagram illustrating an example of a display result of the winning management apparatus according to the present embodiment. The leftmost column in FIG. 11 shows the ratio of the number of winnings that were won within 10 seconds from the previous winning in the normal mode (the right end of the graph is 0%) and the number of winnings that exceeded 30 seconds ( A graph is displayed for each pachinko machine 130 and presented to the manager. In this model, the percentage of winnings received within 10 seconds is set based on 65%, and it is easy to manage the variation of winnings by highlighting how far it is from 65%. doing.

  The middle row in FIG. 11 shows the ratio of the number of times of winning 1 to 2 in the normal mode within 10 seconds from the previous winning (the right end of the graph is 0%) and the ratio of the number of winning 3 to 9 (graph). The left end of the graph is displayed as a graph for each pachinko machine 130 and presented to the administrator. In this model, the percentage of 1-2 winnings within 10 seconds is set based on 55%. By highlighting how far it is from 55%, the variation in winnings is displayed. Easy to manage.

  The rightmost column in FIG. 11 shows the ratio of the number of times that 0 to 2 are won within 10 seconds from the immediately preceding winning in the probability variation mode (the right end of the graph is 0%) and the ratio of the number of times that 4 to 12 are won ( A graph is displayed for each pachinko machine 130 and presented to the manager. Since the second start port 25 is opened in the probability variation mode, the number of winnings is increased as compared with the normal time. In this model, the ratio of the number of 4-12 winnings within 10 seconds is set on the basis of 70%, and the winning in the probability variation mode is displayed by emphasizing the degree of deviation from this 70%. This makes it easy to manage variations.

  In this way, by presenting to the administrator the variation in the number of winnings during the time when the out pulse signal is continuously detected within a predetermined interval, the administrator determines the state for each pachinko machine 130, and the pachinko machine It can be used to increase the operating rate of the game stand 130.

  Note that, as described above, in FIG. 11, the winning variation for the time zone in which the out pulse signal is continuously detected may be displayed and managed, or the out pulse signal may be continuously displayed. You may make it display and manage the variation of the winning with respect to the number of outs in the case of being detected.

DESCRIPTION OF SYMBOLS 1 Hall management system 10 Winning management apparatus 21 Game board 22 Handle 23 Variable display part 24 1st starting port 25 2nd starting port 31 CPU
32 RAM
33 ROM
34 HD
35 Communication I / F
36 Input / output I / F
41 Information input unit 42 Information storage unit 43 Winning number calculation unit 44 Information output unit 45 Display 110 units Information board 120 Management computer 130 Pachinko game table 140 Island computer 150 Hub

Claims (4)

Based on a winning signal output from the pachinko gaming machine, winning information input means for inputting winning information for each pachinko gaming machine,
Out information input means for inputting out information for each pachinko game machine based on an out ball detection signal of the pachinko game machine,
In the case where the pulse signal before SL-out ball are continuously detected within a predetermined interval, based on the number of out and said winning information to which the out ball are continuously detected, a constant set in advance a winning number calculating means for calculating the number of out-of successive counts the winning number per reference out number as a reference,
Winning management apparatus characterized by comprising an information output means for outputting information indicating a variation degree to the previous SL reference out number of the computed the winning number. Based on a winning signal output from the pachinko gaming machine, winning information input means for inputting winning information for each pachinko gaming machine,
Out information input means for inputting out information for each pachinko game machine based on an out ball detection signal of the pachinko game machine,
In a case where the pulse signal of the out ball is continuously detected within a predetermined interval, the number of winnings in a reference time serving as a reference is based on the time in which the out ball is continuously detected and the winning information. Or when the out ball pulse signal is continuously detected within a predetermined interval, based on the number of outs in which the out ball is continuously detected and the winning information Winning number calculation means for counting and calculating the number of winnings for each reference out number as a reference,
Information output means for outputting information indicating a degree of variation of the calculated number of winnings with respect to the reference time or the reference out number;
The winning number calculating means,
The time interval from the previous win to the next win is counted as the reference time, and the number of wins at the reference time is counted as 1, or the consecutive out number from the previous win to the next win is the reference out number. A winning management device that counts the number of winnings for each reference out number as 1 . Based on a winning signal output from the pachinko gaming machine, winning information input means for inputting winning information for each pachinko gaming machine,
Out information input means for inputting out information for each pachinko game machine based on an out ball detection signal of the pachinko game machine,
In a case where the pulse signal of the out ball is continuously detected within a predetermined interval, the number of winnings in a reference time serving as a reference is based on the time in which the out ball is continuously detected and the winning information. Or when the out ball pulse signal is continuously detected within a predetermined interval, based on the number of outs in which the out ball is continuously detected and the winning information Winning number calculation means for counting and calculating the number of winnings for each reference out number as a reference,
Information output means for outputting information indicating a degree of variation of the calculated number of winnings with respect to the reference time or the reference out number;
The information output means;
The ratio of not winning during the period of the first time or more or the first number of outs and the second out that is less than the period of the second time shorter than the first time or the first number of outs A winning management device that displays at least a percentage of winnings within a few . Based on a winning signal output from the pachinko gaming machine, winning information input means for inputting winning information for each pachinko gaming machine,
Out information input means for inputting out information for each pachinko game machine based on an out ball detection signal of the pachinko game machine,
In a case where the pulse signal of the out ball is continuously detected within a predetermined interval, the number of winnings in a reference time serving as a reference is based on the time in which the out ball is continuously detected and the winning information. Or when the out ball pulse signal is continuously detected within a predetermined interval, based on the number of outs in which the out ball is continuously detected and the winning information Winning number calculation means for counting and calculating the number of winnings for each reference out number as a reference,
Information output means for outputting information indicating a degree of variation of the calculated number of winnings with respect to the reference time or the reference out number;
The information output means;
Display at least a ratio that the number of wins won during a preset third time period or less than or equal to a preset third out number is greater than or equal to a predetermined threshold and a ratio that is less than the predetermined threshold A prize management device characterized by: