JP6235929B2 - Amusement park management system - Google Patents

Description

  The present invention relates to a game hall management system in a game hall in which a plurality of gaming machines are installed.

  Conventionally, as described in Patent Document 1, for example, it has been put into practical use to acquire a player's face image with a camera and specify the player based on the face image. In such a system for acquiring a player's face image, each player can be identified and game data such as the number of players can be calculated without forcing the player to use a member identification medium such as a membership card. , Customer management advantage.

JP 2013-158350 A

  However, the accuracy of the image recognition technology is naturally limited, and it is inevitable that the player's face image cannot be recognized. As a result, there is a problem that the game data such as the number of players becomes inaccurate due to the fact that the player's face image cannot be recognized.

  The present invention has been made in view of the above-described circumstances, and an object of the present invention is to appropriately calculate game data such as the number of players even when a period in which a player's face image cannot be recognized occurs. It is to provide a management system for amusement hall.

  According to the first aspect of the present invention, in the game hall management system in the game hall where a plurality of gaming machines are installed, various types including at least the operation time are based on various game signals output from the gaming machine side. Game data storage means for summing up and storing game data, imaging means provided for each gaming machine and capable of imaging the face of a player who plays with the gaming machine, and images captured by the imaging means Is obtained and analyzed to determine whether or not a player's face image exists in the image, and the face image determination means determines that the player's face image exists. The face image storage means stores the face image in association with the game data stored in the game data storage means, and the face image determination means determines that the player's face image exists. A new player determination unit that compares the face image with the face image stored in the face image storage unit, and determines that the player is a new player when there is no matching face image; and the new player Of the operating time stored in the game data storage means, the face image storage means calculates the face by the new player number calculation means for calculating the number determined as a new player by the determination means. A face fixed operating time calculating means for calculating an operating time stored in association with an image as a face determined operating time, and dividing the face determined operating time by the number of new players, An average operating time calculating means for calculating the average operating time of the game, a theoretical player number calculating means for calculating the number of theoretical players by dividing the operating time by the average operating time, and the theoretical game Characterized by comprising output means for outputting the number, the.

  According to a second aspect of the present invention, the operation time stored in the game data storage means and not stored in association with a face image by the face image storage means is defined as the face undefined operation time. A face unestablished operation time calculation means to calculate; and a ratio calculation means to calculate a ratio between the face determined operation time and the face unconfirmed operation time, and the output means outputs the ratio. And

  According to the invention described in claim 1, one new player is obtained by dividing the face determination operation time in which the face image is associated and stored by the number of new players determined to be new players. The number of theoretical players was calculated and output by calculating the average operating time per unit and dividing the operating time by the average operating time. As a result, even if there is a period when the player's face image cannot be recognized even though the gaming machine is operating, the operating time is divided by the average operating time per new player, so that it is accurate to some extent. It is possible to appropriately calculate game data such as the number of reliable (reliable) players.

  According to the second aspect of the present invention, the ratio between the face determined operation time in which the face image is associated and stored and the face unestablished operation time in which the face image is not associated and stored is calculated. Output. Thereby, it is possible to objectively grasp how much the player's face image can be recognized.

1 is an overall configuration diagram of a game hall management system according to an embodiment of the present invention. Front view schematically showing a gaming machine and a counting lending unit Functional block diagram showing the configuration of the counting lending unit The figure which shows face fixed operation time and face unconfirmed operation time

Hereinafter, an embodiment of the present invention will be described with reference to the drawings.
FIG. 1 schematically shows the overall configuration of a game hall management system. A plurality of gaming machines 1 are installed in the amusement hall, and a counting rental unit 2 is installed corresponding to each gaming machine 1. Two of these gaming machines 1 and counting lending units 2 are connected to the relay terminal 3 two by two. The relay terminal 3 is connected via the LAN 4 to the management device 5 (game data storage means, face image storage means, new player determination means, new player number calculation means, face fixed operation time calculation means, average operation time calculation means, theory A player number calculating means, a face undefined operation time calculating means, and a ratio calculating means). The management device 5 receives the game signal transmitted from the gaming machine side (the gaming machine 1, the counting / lending unit 2, etc.), and collects the gaming data for each gaming machine 1 and the personal data for each member player registered as a member. to manage.

  A POS (Premium Exchange Device) 6 and a payment device 7 are also installed in the game hall. The POS 6 and the settlement apparatus 7 are also connected to the management apparatus 5 via the LAN 4. The POS 6 performs a prize exchange process based on the game value (the number of possessed balls and the number of stored balls) specified by the general card 9 (see FIG. 3) or the membership card 10 (see FIG. 3) read by the attached card reader / writer 8. Run. When the general card 9 or the membership card 10 is inserted into the card insertion slot 11, the checkout device 7 reads the deposit balance recorded on the inserted general card 9 or the membership card 10 with a card reader (not shown). Then, banknotes and coins corresponding to the read deposit balance are returned from the return port 12. When the game value recorded on the general card 9 or the membership card 10 is handled in the POS 6 and the payment device 7, the management value stored in advance in correspondence with the general card 9 or the membership card 10 Matching and validating the handling of game value on condition that it is determined to be true.

  The management device 5 is installed in, for example, an office room in the game hall, and is connected to a keyboard 13, a monitor 14 (corresponding to output means), a printer (not shown), etc. operated by the game hall manager. . Although not shown in FIG. 1, for example, hundreds of gaming machines 1 are actually managed by the management device 5. The management device 5 manages the operating status of the gaming machine 1, the counting lending unit 2, the POS 6 and the like installed in the game hall, and the gaming value (the number of balls and the like) for each player based on the signal from the gaming machine side. The number of stored balls) and the deposit balance are stored and managed. Note that “mochi” refers to balls counted during the day, and “save ball” refers to balls counted before the previous day.

  FIG. 2 schematically shows the configuration of the gaming machine 1 and the counting lending unit 2. The gaming machine 1 is a CR pachinko machine, and has an operation handle 16, an upper saucer 17, and a lower saucer 18 that constitute a launching device that launches a ball on the board surface 15, and a liquid crystal display unit 19 and a start port 20 on the board surface 15. , Has a large winning opening 21. When the player operates the operation handle 16, a ball (game medium) is fired on the board 15, and when the pachinko ball wins the starting slot 20, the number of pachinko balls corresponding to the winning is paid out or a big hit lottery is performed. Or In the big hit lottery, the liquid crystal display unit 19 executes a symbol change by a so-called special symbol (special symbol), and a big hit occurs when the symbol displayed in a stopped state is a big hit symbol. When a big hit occurs, for example, the big winning opening 21 is opened for 15 rounds. Note that the gaming machine 1 was paid out from the gaming machine 1, an out signal indicating the number of out balls indicating the number of gaming media thrown into the gaming machine 1 in accordance with the progress of the game by the player. Various game signals such as a safe signal that can specify the number of safe balls indicating the number of game media, a big hit signal that can specify the big hit state generated in the gaming machine 1, and a start signal that can specify the start generated in the gaming machine 1 Send.

  The counting lending unit 2 is a lending process for lending balls (game media) within the deposit balance, a counting process for receiving and counting balls (game value) paid out from the lower tray 18 of the gaming machine 1, a deposit balance, The issuing process etc. which record and issue the number of holding balls (number of counting balls) on the general card 9 or the membership card 10 are performed. When the general card 9 is received, the deposit balance and the number of balls are displayed, and the lending process and the issuing process are performed within those ranges. When the membership card 10 is received, the deposit balance and the number of balls are displayed, and the number of stored balls is displayed on condition that the PIN number is input, and the lending process and the issuing process are performed within those ranges.

  The counting / lending unit 2 receives a status display unit 22 indicating a current operation state (normal state, error state, etc.), a bill insertion slot 23 into which a bill is inserted, an operation input from a player, and the progress of the game. A touch-panel type liquid crystal display 24 that displays game data such as symbol variation count (start count) and jackpot probability, a payout button 25 for paying out a unit (corresponding to 500 yen), a passed ball A payout nozzle 26, a remote control light receiving unit 27 for receiving an optical signal from an employee remote controller 42 (see FIG. 3) carried by the employee, a card insertion slot 28 into which a general card 9 or a membership card 10 is inserted, and the gaming machine 1 And a detachable counting tray 29 located below the lower tray 18. The counting / renting unit 2 includes a camera 30 (corresponding to an imaging unit) including an imaging element such as a well-known CMOS sensor or CCD sensor. Each of the cameras 30 is connected to an image processing apparatus 31 (corresponding to a face image determination unit, see FIG. 1).

  On the other hand, the gaming machine 1 is provided with a lending button 32 and a return button 33, and the counting lending unit 2 performs a lending process in accordance with an operation on the lending button 32 and performs an issuing process in accordance with an operation on the return button 33. Do.

  FIG. 3 shows a functional block diagram of the counting lending unit 2. The counting lending unit 2 includes a control unit 34 constituted by a microcomputer having a CPU 34a, a ROM 34b, a RAM 34c, and an I / O 34d, and a peripheral unit connected to the control unit 34. As a peripheral part, the I / F part 35 which transmits / receives various signals and various information between the management apparatus 5 and the game machine 1, the banknote processing part 36 which determines the authenticity of the banknote thrown into the banknote slot 23, liquid crystal A card reader / writer 38 that reads and writes various information recorded on the display unit 24, the touch panel 37 provided on the liquid crystal display unit 24, the general card 9 inserted into the card insertion slot 28 or the membership card 10. , A card stock unit 39 capable of stocking up to 10 general cards 9, a remote control light receiving unit 27, a payout button 25, and a dispense nozzle for dispensing one unit (for example, 500 yen) when the payout button 25 is operated 26, a payout unit 40 for paying out from 26, a counting unit 41 for counting the number of balls flowing in from the counting tray 29, a camera 30, and the like.

  IC cards 9a and 10a are built in the general card 9 and the membership card 10, respectively, and a general ID and a member ID are stored in the IC chips 9a and 10a, respectively. The general card 9 or the membership card 10 is a recording medium for specifying balance information indicating the deposit balance deposited in the counting / lending unit 2 and possession information indicating the number of possessions. The general card 9 is valid only on that day and can store the deposit balance and the number of balls. The membership card 10 is valid until a preset expiration date (for example, three years) and can store a deposit balance, while the number of possessed balls and the number of stored balls are stored only in the management device 5.

The counting lending unit 2 has the following functions.
(1) The amount (1,000 yen unit) of the bill inserted into the bill insertion slot 23 is stored, and the inserted amount (payment balance) is displayed on the liquid crystal display unit 24.
(2) In accordance with the operation of the lending button 32 provided on the gaming machine 1, the number of balls (125 balls) corresponding to the number of times (500 yen) is paid from the payout mechanism inside the gaming machine 1 within the range of the deposit balance. put out. At this time, since a signal indicating that the ball for one number has been paid out is transmitted from the gaming machine 1 to the counting lending unit 2, an amount corresponding to the number of times (500) from the deposit balance displayed on the liquid crystal display unit 24. Yen) is reduced and a sales signal is sent. Since this sales signal is transmitted with one pulse every time one ball is paid out, one pulse is specified as a sales amount of 500 yen.

(3) The balls that have fallen from the lower tray 18 of the gaming machine 1 and received by the counting tray 29 flow into the counting section 41 so that the number of balls is counted and displayed on the liquid crystal display section 24.
(4) Depending on the operation of the payout button 25, the number of balls (number of balls held) or the number of balls stored (in the case of a member player) is paid out once (125 balls).

  (5) In accordance with an operation on the return button 33 provided on the gaming machine 1, the deposit balance and the number of possessions are recorded and issued on the general card 9 inserted in the card insertion slot 28. When the membership card 10 is inserted, the deposit balance is recorded on the membership card 10 and the number of possessed balls is transmitted to the management device 5 on condition that the personal identification number is input, and then the membership card 10 is issued. When the general card 9 or the membership card 10 is issued, the issuance information is transmitted to the management device 5 and stored also on the management device 5 side. If neither the ordinary card 9 nor the membership card 10 is inserted into the card insertion slot 28, the ordinary card 9 stocked in the card stock unit 39 is fed (set) to the card reader / writer 38 by a recording medium moving means (not shown). ) And record and issue the deposit balance and number of balls. When both the deposit balance and the number of possessed balls become “0”, the general card 9 set in the card reader / writer 38 is collected in the card stock unit 39 by the recording medium moving means.

  (6) When the general card 9 is inserted into the card insertion slot 28, the deposit balance and the number of possessions recorded in the general card 9 are read by the card reader / writer 38 and displayed on the liquid crystal display unit 24. When the membership card 10 is inserted, the deposit balance recorded on the membership card 10 is read out and displayed on the liquid crystal display unit 24, and the storage ball stored in the membership account of the management device 5 on condition that the password is entered The number (the number of balls stored on the day and the number of balls stored on the previous day) is also displayed. The number of balls stored on the day is the number of balls stored on the day, and the number of balls stored on the previous day is the number of balls stored up to the previous day. After the end of business, the number of balls stored on the day is added to the number of balls stored on the previous day and stored. In response to a payout operation by the player, balls for a few times are paid out from the payout nozzle 26 within the range of the number of balls.

  (7) The game data of the corresponding gaming machine 1 or other designated gaming machine 1 is displayed according to the operation input to the liquid crystal display unit 24, the message from the game hall is displayed, and the player plays the member game When it is specified that the player is a player, the game data of the gaming machine 1 is displayed.

  (8) The face of the player who plays the game machine 1 is imaged by the camera 30 at predetermined intervals (for example, every 4 seconds), and the captured image is transmitted to the image processing device 31. In this case, the imaging field of view of the camera 30 is set to be an area including the player's face when the player is facing the gaming machine 1. If the player plays a game facing the gaming machine 1, an image capable of recognizing the player's face is captured and transmitted, but the player faces the gaming machine 1. If a game is played (for example, in an unnatural posture such as facing an unnatural direction), an image incapable of recognizing the player's face is captured and transmitted. That is, there may be a case where an image incapable of recognizing the player's face is captured and transmitted depending on the player's posture.

  The image processing device 31 operates according to a stored computer program, and processes an image received from the camera 30 of the counting and lending unit 2. That is, when the image processing apparatus 31 receives an image from the camera 30 of the counting and lending unit 2, the image processing apparatus 31 analyzes the image to determine whether or not the player's face image exists in the image. Specifically, the image processing device 31 uses the relative position, size, and shape of facial parts (contours, eyes, nose, mouth, ears, eyebrows, cheekbones, jaws, etc.) that are feature points to match. By searching for an image having characteristics, it is determined whether or not a player's face image exists. Further, the image processing device 31 may determine whether or not a player's face image exists by using a method for specifying skin color, wrinkles, spots, and the like. If the image processing device 31 determines that a face image exists, the image processing device 31 transmits the face image to the management device 5.

  The management device 5 operates in accordance with a stored computer program and displays a game information display service for displaying game data indicating the operating status of the gaming machine 1, temporarily stores game media acquired by the player through the game, We will provide a savings service, etc. that will be reusable for games at a later date. The management device 5 has the following functions.

  (1) Based on the gaming signal received from the gaming machine 1 or the counting / lending unit 2 or the like, the operating state of the gaming machine 1 is specified and the gaming data is managed for each gaming machine 1. As game data, the number of out balls, the number of safe balls, the number of jackpots indicating the number of jackpots generated in the gaming machine 1, the number of start times indicating the number of games executed on the gaming machine 1, the time that the gaming machine 1 is operating The operation time etc. which show are managed. Note that the game data to be managed is not limited to those illustrated.

  (2) A state in which the number of out balls is generated is determined as an operating state based on a reception state of an out signal from the gaming machine 1, and a state in which the number of out balls is not generated is determined as a non-operating state. That is, when the occurrence of the next out ball is detected before the elapse of the predetermined time from the time when the occurrence of the out ball was last detected, it is determined to be in an operating state, and the occurrence of the out ball is finally detected. When the elapse of a predetermined time is detected before the occurrence of the next number of out balls is detected from the point of time, the state is determined to be inactive.

  (3) When the player's face image is received from the image processing device 31, the same person determination and the person requiring attention are determined. In the same person determination, the face image received from the image processing device 31 is subjected to image processing such as feature point extraction, and the face image and the face image already registered in the face image database of the day (for matching) And the face image) is determined, and it is determined whether or not they are the same person based on the matching rate of the feature points. If the matching rate of feature points of a face image is less than a predetermined value and it is determined that the face image is not yet registered in the face image database, the player corresponding to the face image is a new player. It is determined that there is a face ID, the face ID is assigned and registered in the face image database of the day, and the face ID is stored in association with the game data. On the other hand, if the matching rate of the feature points with the face image is equal to or higher than a predetermined value and it is determined that the face image is a face image already registered in the face image database, the player corresponding to the face image is determined to be an existing one. It is determined that the player is a player, and game data associated with the face ID is updated. In the attention person determination, the face image and the face image registered in the attention database are collated to determine whether the face image of the same person is registered in the attention database. If it is determined that the face image of the same person is registered in the caution database, the game hall employee is notified by an intercom or the like that the caution person has visited the store.

(4) The number determined to be a new player is calculated as the “number of face determined players”. Apart from the “number of face-determined players”, the “number of theoretical players” is calculated by the following arithmetic expression.
Theoretical number of players = Total operating time / (Face fixed operating time / Number of face determined players)
in this case,
Total operation time = number of out balls / 100 = face determination operation time + face unconfirmed operation time face determination operation time = operation time during a period in which a face image is associated
= Number of out balls in the period in which the face image is associated / 100
Face indeterminate operation time = operation time during a period when no face image is associated
= Number of out balls in a period in which no face image is associated / 100
In this case, a period (T2 or T5 in FIG. 4) in which the image processing apparatus 31 is in an operating state and can recognize the player's face image is a period in which game data is associated with the face ID. This is the face determination operating time. On the other hand, the period in which the image processing apparatus 31 cannot recognize the player's face image even in the operating state (T1 and T6 in FIG. 4) is a period in which no game data is associated with the face ID. It is the face undefined operation time. In the above equation, the average operating time per new player is calculated by dividing the operating time of the period associated with the face image by the number determined to be a new player. The number of theoretical players is calculated by dividing the operating time by the average operating time per new player.
(5) The game data, face image data, the number of theoretical players, etc. are displayed on the monitor 14 or printed out from the printer.
According to the present embodiment described above, the following effects can be obtained.
A new player who has taken a face of a player who plays a game on the gaming machine 1 with the camera 30 of the counting and lending unit 2 and has determined the face determination operation time stored in association with the face image as a new player. By dividing by the number, the average operating time per new player is calculated, and by dividing the operating time by the average operating time, the number of theoretical players is calculated and output. Even if a period in which the player's face image cannot be recognized despite the fact that the player is operating, game data such as the number of players that is accurate (reliable) can be appropriately calculated.

The present invention is not limited to the above-described embodiment, and can be modified or expanded as follows.
The configuration in which the camera 30 is integrated (incorporated) with the counting and lending unit 2 is illustrated, but the camera 30 may be located anywhere as long as it is possible to photograph a player who plays with the gaming machine 1. 30 may be provided separately from the counting lending unit 2. That is, as long as it is possible to photograph a player who plays with the gaming machine 1, it may be provided in any manner. Further, in consideration of the existence of a player who dislikes being imaged, the player may be provided in a manner that is difficult for the player to recognize (it is difficult to see directly).

  Although a configuration in which two gaming machines 1 and two counting lending units 2 are connected to the relay terminal 3 is illustrated, the correspondence relationship between the gaming machine 1 and the counting lending unit 2 and the relay device 3 is not limited to this. That is, the correspondence relationship between the gaming machine 1 and the counting lending unit 2 and the relay device 3 may be 3: 1 or 4: 1. The same applies to the correspondence relationship between the camera 30 and the image processing device 31, and the configuration may not be such that four cameras 30 are connected to the image processing device 31.

You may calculate the face determination rate which shows the ratio of face fixed operation time and face undecided operation time with the following arithmetic expressions.
Face determination rate = Face determination operation time / Face unconfirmed operation time By calculating the face determination rate, it is possible to objectively grasp how much the player's face image can be recognized. Similarly, a face undetermined rate indicating the ratio between the face undetermined operation time and the face determined operative time may be calculated by the following arithmetic expression.
Face unestablished rate = Face unestablished operation time / Face confirmed operation time By calculating the face unestablished rate, it is possible to objectively grasp how much the player's face image has not been recognized. .

Although the number of possessed balls is stored in the general card 9, only the identification information may be stored, and the number of retained balls stored in the management device 5 may be specified based on the identification information.
Only the identification information may be stored in the member card 10 and the number of possessed balls or the number of stored balls may not be stored. The number of possessed balls or the number of stored balls may be stored in the member card 10 and You may make it exchange prizes after collating with the number of balls and the number of stored balls.

The form of the recording medium is not limited to a card, and may be any form such as a coin shape. The gaming machine 1 may be an enclosed gaming machine that does not pay out gaming media and performs addition storage as electronic data. Moreover, it is not limited to a pachinko gaming machine, and may be a slot machine, for example.
A part of the information processing performed by the management device 5 may be performed by the relay device 3 or the count lending unit 2. The exemplified configurations including the modification examples may be combined in any way, and the configurations may be appropriately excluded.

  In the drawings, 1 is a gaming machine, 5 is a management device (game data storage means, face image storage means, new player determination means, new player number calculation means, face fixed operation time calculation means, average operation time calculation means, theory 14 is a monitor (output unit), 30 is a camera (imaging unit), and 31 is an image processing device (face image determination unit).

Claims (2)

In a game hall management system in a game hall where a plurality of gaming machines are installed,
Based on various game signals output from the gaming machine side, game data storage means for summing up and storing various game data including at least operating time;
Imaging means provided corresponding to each gaming machine and capable of imaging the face of a player who plays with the gaming machine;
A face image determination unit that determines whether or not a player's face image exists in the image by acquiring and analyzing an image captured by the imaging unit;
Face image storage means for storing the face image in association with game data stored in the game data storage means when the face image determination means determines that a player's face image exists.
When it is determined by the face image determination means that the player's face image exists, the face image is compared with the face image stored in the face image storage means. A new player determination means for determining a player of
New player number calculating means for calculating the number of new players determined by the new player determining means as the number of new players;
Of the operating times stored in the game data storage means, face fixed operating time calculation means for calculating the operating time stored in association with the face image by the face image storage means as a face determined operating time;
An average operating time calculating means for calculating an average operating time per new player by dividing the face determined operating time by the number of new players;
The number of theoretical players calculating means for calculating the number of theoretical players by dividing the operating time by the average operating time;
An amusement park management system comprising: an output means for outputting the number of theoretical players. Of the operating times stored in the game data storage means, the face unestablished operating time calculation means for calculating the operating time in which no face image is associated and stored by the face image storage means as the face undefined operating time. When,
A ratio calculating means for calculating a ratio between the face determined operating time and the face undefined operating time,
The game area management system according to claim 1, wherein the output means outputs the ratio.

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