JP7427720B2 - Notification control device, notification system, game device, and program - Google Patents

Description

The present invention relates to a notification control device, a notification system, a game device, and a program.

The crane game device is configured such that at least one prize product (prize) is placed in a prize field provided within the casing, and a desired prize can be won by a crane arm (catcher) operated from outside the machine. ing. The prizes offered at crane game machines come in a variety of types, including stuffed animals, because their characteristics and appeal greatly affect their ability to attract customers and sales.

When a prize is paid out by a user playing a game (a customer wins a prize), the store staff needs to replenish the prize. In particular, if you are trying to motivate users to play the game by placing one or several prizes in easy-to-reach positions in the prize field, you must quickly replenish the prizes. , the user will also lose the opportunity to use the game.

In conventional technology, a system has been considered in which various data are input into a management server at an amusement facility, and when it is determined that an abnormality has occurred based on this data, abnormality information is sent to an intercom unit or display. (Patent Document 1). This allows the store clerk to be notified of the occurrence of an abnormality.

JP2016-093565A

As described above, in the conventional technology, a system is considered that detects the occurrence of an abnormality based on various data and notifies the store clerk, but it is not assumed that the system notifies the store clerk of the situation during normal operation.

Paying out prizes in the crane game machine was a normal operation, and the clerk could not be notified. Therefore, the staff had to go to the location where the crane game device was installed and directly check whether the crane game device needed to be replenished with prizes. In game centers and the like where a large number of crane game machines are installed, staff have to go around checking the status of all the crane game machines, which places a heavy workload on the staff.

The present invention has been made in consideration of the above-mentioned circumstances, and an object of the present invention is to provide a notification control device, a notification system, a game device, and a program that allow maintenance of prizes to be appropriately performed without increasing the burden on staff. Our goal is to provide the following.

In order to solve the above-mentioned problems, the notification control device of the present invention provides a notification control device according to the execution of the game from a plurality of game devices executing a game in which the position of a prize placed in a prize field is moved in response to a user operation. , a data receiving means for receiving game execution result data including data indicating the position and orientation of the prize before and after the game, and the type of the prize, and determining the type of prize based on the game execution result data received from a plurality of game devices. generating means for generating judgment criterion data for determining whether the prize is replaced in a position or orientation in which it is difficult or impossible to take the prize; a changing means for changing the judgment criterion data; and a changing means for changing the judgment criterion data; determination means for determining , based on the state of the prize indicated by the game execution result data received from the game device, that the prize has been replaced in a position or orientation in which it is difficult to take or cannot be taken; and notification means for notifying the electronic device that it has been determined that the prize of the game device is difficult or impossible to take, according to the determination result by the means .

According to the present invention, maintenance of prizes can be appropriately carried out without increasing the burden on employees.

FIG. 1 is a block diagram showing the configuration of a game system in this embodiment. FIG. 2 is a block diagram showing an example of the functional configuration of a server 2 in this embodiment. The block diagram which shows an example of the functional structure of the store server 6 in this embodiment. The figure which shows the relationship between the store server 6 and the staff call system 7 in this embodiment. FIG. 1 is a perspective view showing the external configuration of a game device 10 (crane game device) in this embodiment. FIG. 2 is a front view of the game device 10 in this embodiment. FIG. 1 is a block diagram showing the functional configuration of a game device 10 in this embodiment. A flowchart showing staff call processing in the output device 7A or the electronic device 7B in this embodiment. 7 is a flowchart showing the operation of prize management processing of the game device 10 in the present embodiment. A flowchart showing staff call determination processing of the store server 6 in this embodiment. The figure which shows an example of the prize mounted on the prize field of the game device 10 in this embodiment. 5 is a flowchart showing learning processing in this embodiment. FIG. 3 is a diagram for explaining determination criterion data in this embodiment. 5 is a flowchart showing setting processing in this embodiment. FIG. 8 is a diagram showing an example of an image PP projected from a projector 80. A flowchart showing prize layout manual processing by the store server 6 in this embodiment. The figure which shows an example of a prize layout screen.

Embodiments of the present invention will be described below with reference to the drawings.
FIG. 1 is a block diagram showing the configuration of a game system in this embodiment. The game system shown in FIG. 1 is a system for managing store systems installed in game centers, amusement facilities, etc. in various places, and includes a server 2 for managing the entire system, and a network 4 including the server 2 and the Internet, etc. It includes a plurality of store systems 5 (5-1, 5-2,..., 5-x) connected via.

The server 2 (data processing device) receives data from the store system 5 and performs processing such as aggregation regarding game implementation status, etc., and also processes the store server 6 (data processing device) or game device installed in the store system 5. 10 generates data to be processed and transmits it to the store system 5. The server 2 aggregates data (game execution result data, crane arm control data) indicating the results of games executed on game devices 10 (for example, crane game devices) installed in a plurality of store systems 5, for example. Judgment standard data (learning data) and strategy data used in the processing of the game device 10 are generated. Details of the game execution result data, crane arm control data, judgment standard data, and strategy data will be described later.

Further, the server 2 transmits strategy data indicating a strategy for the game device 10 (for example, operation data indicating an operation method advantageous for winning prizes in a crane game device) to, for example, an electronic device used by a player. Execute the processing provided in step 3. As the electronic device 3, for example, a smartphone, a personal computer, etc. are used.

The store system 5 includes a store server 6 and at least one game device 10 (10-1, 10-2, . . . , 10-n). The number of game devices 10 installed may be different for each store system 5.
The store server 6 is connected to the server 2 via the network 4 and sends and receives data to and from the server 2. Further, the store server 6 is connected to a plurality of game devices 10 (10-1, 10-2,..., 10-n) installed in the store through a network 8 such as a LAN (Local Area Network), and It controls the operation of the device 10, sends and receives data, and so on. Further, the store server 6 operates as a notification control device for the staff call system 7.

The staff call system 7 is a system for providing store employees (hereinafter referred to as staff) with information necessary for store management. The staff call system 7 includes an output device 7A for providing information by display or voice to the staff in the store, and a plurality of electronic devices 7B (7B1, 7B2, . . . ) worn or possessed by each staff member. , 7Bm). The output device 7A and the electronic device 7B are capable of wireless communication with the store server 6 or the game device 10 using, for example, a wireless LAN.

The output device 7A is provided with, for example, a display and a speaker as output devices. The output device 7A displays information for the staff on a display or outputs audio from a speaker based on data received from the store server 6 or the game device 10. The output device 7A is attached, for example, to the top of the store so that the staff inside the store can see it.

The electronic device 7B is a device equipped with various output devices, and various devices such as an intercom (transmitter/receiver with a headset), a wearable device, and a smartphone can be used. The electronic device 7B is provided with a wireless communication function and outputs information based on data received through wireless communication.

The intercom is provided with, for example, headphones as an output device and a microphone as an input device. Wearable devices come in various forms, such as a wristwatch, glasses (head-mounted display), and pendant, and are equipped with output devices such as displays, speakers, and light-emitting devices such as LEDs (Light Emitting Diodes). A touch panel, buttons (keyboard), microphone, etc. are provided as devices. Additionally, smartphones are equipped with output devices and input devices similar to wearable devices.

The game device 10 is a device that executes a game in response to a user's input operation, and is realized as, for example, a crane game device. In a crane game device, a prize (prize product) is placed on a prize field (game field) provided inside the casing, and the movement of the crane arm (catcher) is controlled according to input operations by the user from outside the device. , the prize is configured to be able to be paid out outside the housing.

The game device 10 in this embodiment detects a change in the state of a prize or the occurrence of an abnormality (error), and sends a notification indicating the change in the state of the prize or the occurrence of an abnormality to the store server 6 or the staff call system 7 (output device 7A, electronic A function for outputting to device 7B) is provided.

Changes in the state of prizes include, for example, the occurrence of a prize payout (prize payout), the replacement of a prize with a position or orientation to a specific notification target by a crane arm during game execution (prize replacement), and the like. For example, if a prize held by a crane arm falls before it reaches the prize drop slot when the game is executed, the position and orientation of the prize may change from the state in which it was originally placed by the staff. Sometimes I get lost. Examples of the positions and orientations to be notified include positions and orientations that make it difficult or impossible to take prizes with the crane arm during subsequent game executions.

Examples of notifications indicating the occurrence of an abnormality (error) include abnormal operation of the device (malfunction of a crane arm, etc.), unauthorized operation by the customer (such as applying vibration to the device), and a call from the customer.

FIG. 2 is a block diagram showing an example of the functional configuration of the server 2 in this embodiment. As shown in FIG. 2, the server 2 includes a CPU 2a, a RAM 2b, a storage device 2c, an input device 2d, a display device 2e, and a communication device 2f.
The CPU 2a controls the entire server 2, manages the data stored in the storage device 2c, and controls the store servers 6 provided in each of the plurality of store systems 5 based on the programs and data stored in the RAM 2b. / Execute management processing, etc. Further, the CPU 2a executes game data management processing by executing a game data management program. In the game data management process, game execution result data and crane arm control data indicating the execution results of games executed on each game device 10 are aggregated from each of the plurality of store systems 5, and judgment standard data and strategy data are generated. do.

The game execution result data indicates, for example, the type of prize to be acquired by the game, the change (position, orientation) of the prize before and after the game, and data indicating whether or not the prize is paid out. The crane arm control data is data that is generated in association with the game execution result data and indicates the content of control of the crane arm according to the player's operation. For example, the moving direction, moving amount, moving time, etc. in the X-axis direction, Y-axis direction, and Z-axis direction (vertical direction) are shown. The crane arm control data can identify the player's operating method (play style) for obtaining the prize. Examples of play styles include lifting and carrying the prize, dragging the prize, and knocking down the prize.

In the game data management process, for example, machine learning such as deep learning is executed based on the game execution result data and crane arm control data, and the game device is Judgment criteria data for determining the game result (prize status) of No. 10 and strategy data indicating to the player an operation method advantageous for acquiring the prize in the game device 10 are generated.

The judgment standard data corresponds to, for example, the type of prize to be judged (prize code), the position and orientation of the prize in the prize field, and various setting states for the game device 10 (for example, device setting contents described later). It is generated in association with the above or with an arbitrary combination. The judgment criteria data includes, for example, the possibility (probability) of being paid out for each judgment target, and for objects that have a possibility of being paid out, the amount of time needed to move to the prize dropout (payout). Contains data on the average number of games played.

The strategy data includes how to control the crane arm to move the prize to the position and orientation of the prize in the prize field, or how to move the prize to the prize drop slot. This is data that shows whether it is possible.

The RAM 2b stores various programs executed by the CPU 2a and temporary data executed by various processes. In addition to the basic program (OS (Operating System)), the programs stored in the RAM 2b include a management program for controlling/managing the store servers 6 provided in the multiple store systems 5, judgment standard data, and strategy data. This includes a game data management program to generate.

The storage device 2c stores various programs, data, and the like. The data stored in the storage device 2c includes aggregated data such as game implementation status in the store system, game performance result data received from the store system 5 through the game data management process, and data generated through the game data management process. Includes judgment criteria data, strategy data, etc. The storage device 2c also stores prize data including information regarding prizes to be placed (replenished) in the prize field of the game device 10. The prize data can include, for example, information on appearance, external shape, mass, material, characteristics (weight distribution, etc.), and price in association with a prize code unique to the prize.

The display device 2e displays a screen corresponding to the processing by the CPU 2a on a display such as an LCD (Liquid Crystal Display).
The input device 2d inputs data and instructions corresponding to various processing by the CPU 2a through an input device such as a keyboard or a mouse.
The communication device 2f executes communication with external devices including store systems 5-1, . . . , 5-x (store servers 6), electronic devices 3, etc. via the network 4 under the control of the CPU 2a.

FIG. 3 is a block diagram showing an example of the functional configuration of the store server 6 in this embodiment. As shown in FIG. 3, the store server 6 includes a CPU 6a, a RAM 6b, a storage device 6c, an input device 6d, a display device 6e, a communication device 6f, and a microphone 6g.

The CPU 6a controls the entire store server 6, manages the data stored in the storage device 6c, controls/manages the game device 10, and controls the staff call system 7 (output device) based on the programs and data stored in the RAM 6b. 7A and electronic device 7B). The CPU 6a executes a staff call determination process to determine whether it is necessary to notify the staff through the staff call system 7 as a result of the game being played on the game device 10. In the staff call determination process, game execution result data indicating the state of the prize before and after the game is executed in the game device 10 is received, and based on the game execution result data, it is determined whether the prize is in a state that requires notification to the staff. do. As a condition that requires notification to the staff, for example, it is determined that the prize is difficult to be picked up by the crane arm, or is in a position or orientation that makes it impossible to pick it up. The CPU 6a makes a determination using, for example, AI (Artificial Intelligence) technology and determination standard data for determining a change in the state of the prize. The criterion data is generated by the server 2 through a learning process based on the game execution result data, and is provided from the server 2 . Further, the CPU 6a uses the determination criterion data to execute a prize layout manual process that presents the position where the prize is to be placed in the prize field.

The RAM 6b stores various programs executed by the CPU 6a and temporary data executed by various processes. The programs stored in the RAM 6b include a basic program (OS (Operating System)), a management program for controlling/managing multiple game devices 10, and a staff call system 7 (output device 7A, electronic device 7B). Includes staff call programs for control.

The storage device 6c stores various programs, data, and the like. The data stored in the storage device 6c includes, for example, determination criterion data used in the staff call determination process, prize data including information regarding prizes to be placed (replenished) in the prize field of the game device 10, and the like. . The prize data can include, for example, information on appearance, external shape, mass, material, characteristics (weight distribution, etc.), and price in association with a prize code unique to the prize.

The display device 6e displays a screen corresponding to the processing by the CPU 6a on a display such as an LCD (Liquid Crystal Display).
The input device 6d inputs data and instructions corresponding to various processing by the CPU 6a through input devices such as a keyboard and a mouse.
The communication device 6f communicates wirelessly with external devices including the server 2 and other store systems 5-2,..., 5-x, etc., and the staff call system 7 via the network 4 under the control of the CPU 6a. Execute communication.

The microphone 6g is used, for example, to input voice for a voice message sent to the staff via the staff call system 7 by a manager or the like.

FIG. 4 is a diagram showing the relationship between the store server 6 and the staff call system 7 in this embodiment.
For example, the store server 6 communicates with each of the output device 7A of the staff call system 7 and the electronic devices 7B1, 7B2, . . . , 7Bm to transmit data for causing the staff to output information necessary for store management. do. It is assumed that the store server 6 and the output device 7A perform wired or wireless communication, and the store server 6 and the electronic device 7B perform wireless communication.

Based on the data received from the store server 6, the output device 7A displays information on the display 7A1 and outputs audio from the speaker 7A2.

Since the electronic devices 7B1, 7B2, . . . , 7Bm are worn or carried by each staff member, they are provided with a communication function that allows communication with the store server 6, at least wherever the staff member moves within the store. Based on the data received from the store server 6, the electronic devices 7B1, 7B2, . . . , 7Bm display information on the display 7C3 and output audio from the speaker 7C2.

Moreover, the electronic devices 7B1, 7B2, . Further, the electronic devices 7B1, 7B2, . . . , 7Bm can transmit data input by the staff through other input devices (touch panel, keyboard, etc.) to the store server 6.

The information provided to the staff through the staff call system 7 includes, for example, the device number indicating the game device 10 in which a change in the status of the prize or the occurrence of an abnormality was detected, the details of the change in the status of the prize (prize payout, prize replacement), and the occurrence of an abnormality. (malfunctions, unauthorized operations, customer calls), etc.

Although FIG. 4 shows that the staff call system 7 (output device 7A, electronic device 7B) communicates wirelessly with the store server 6, it is also possible to perform wireless communication with each of a plurality of game devices 10. It's good as well. That is, even if the game device 10 directly notifies the output device 7A or the electronic device 7B without going through the store server 6 when it detects a change in the status of the prize or an abnormality (error), good.

Furthermore, the output device 7A may operate as a master device for a plurality of electronic devices 7B. For example, the output device 7A receives data of information to be notified to the electronic device 7B from the store server 6, and based on this data, distributes the information to the output device 7A by wireless communication. Additionally, the output device 7A receives data from the electronic device 7B and transfers it to the store server 6.

FIG. 5 is a perspective view showing the external configuration of the game device 10 (crane game device) in this embodiment, and FIG. 6 is a front view of the game device 10 in this embodiment.
The game device 10 shown in FIGS. 5 and 6 includes an upper housing 12 and a lower housing 13. The upper housing 12 has a transparent screen 15 covering the outer peripheral surface of the housing, for example, the front and side surfaces. The transparent screen 15 is a screen for displaying images projected by a projector. The transparent screen 15 has a feature that objects behind the screen can be seen through when no image is being projected or in a dark area of the projected image even if an image is being projected. Therefore, when no image is projected onto the transparent screen 15 (or from a range where no image is projected), the prize fields 16L and 16R in which the prizes inside the case are placed can be seen through the transparent screen 15. It looks like this.

The transparent screen 15 may be of a glass type, a panel type, a film type, etc., for example. For example, the glass type has a structure in which two pieces of glass are sealed with a special film and can be switched between transparent mode and screen mode by controlling the voltage applied to the film, or a structure in which the glass surface is specially processed to make it possible to change the image. There is a structure that allows projection. For example, the panel type has a structure that incorporates materials that project images onto the panel. For example, the film type has a structure in which a special transparent film that can project images onto an existing glass surface is attached.

The game device 10 in this embodiment is equipped with two game units (left side unit 10L, right side unit 10R) so that two players can play the game at the same time. The left side unit 10L and the right side unit 10R are basically configured to be symmetrical about the central boundary line. The prize fields 16L and 16R of the two game units are separated by a partition plate (not shown). Prizes can be loaded in each of the two prize fields 16L and 16R separated by a partition plate.

In addition, prize fields 16L and 16R are formed with prize drop slots 16Ld and 16Rd, respectively, and the portions other than the prize drop slots 16Ld and 16Rd serve as flat parts on which prizes can be placed. In the lower part of the prize fields 16L and 16R, there is a prize guidance space for guiding the prizes that have fallen from the prize drop openings 16Ld and 16Rd, respectively, to the prize takeout openings 21L and 21R provided on the front side of the lower housing 13. It is provided.

Above the prize fields 16L, 16R, crane arms (catchers) 18L, 18R whose movements are controlled according to input operations by the user are provided. Above the prize fields 16L and 16R in the upper housing 12, there is a crane mechanism section ( (not shown) is provided. The crane mechanism section, for example, responds to the player's operation of a plurality of buttons 24L and 24R (for example, a horizontal movement button, a vertical movement button, and a descent button) provided on the control panel section 23 (23L, 23R). controlled. Note that the control panels 23L and 23R may be configured to include not only buttons but also an input device such as a joystick that allows the player to specify up, down, left, and right directions. Arms (grasping claws) 18La and 18Ra for grasping the prize are provided at the tip of the crane arm, and the operation is controlled to close (grasp the object) when the crane arm is lowered and reaches the prize. be done.

Further, on the inner back surface of the upper housing 12, a net for displaying prizes and a hook on which prizes can be hung can be attached. For example, the net and the hook are attached to a rail arranged horizontally at the upper part of the rear surface, so that the net and the hook can be moved in the left-right direction along the rail. By displaying prizes using the net or hooks, it is possible to appeal to users about the use of the game device 10.

On the front side of the lower housing 13, there are provided prize takeout ports 21L, 21R, a front maintenance door 22, and a control panel 23 (23L, 23R) operated by the player.

The prize take-out ports 21L and 21R are for taking out the prize from the casing (prize field) to the outside, and communicate with a prize guide space provided in the lower part of the prize fields 16L and 16R. The prize can be taken out from the prize take-out openings 21L, 21R by controlling the operation of the crane arms 18L, 18R through input operations on the plurality of buttons 24L, 24R, and dropping the prize into the prize dropping openings 16Ld, 16Rd.

The front maintenance door 22 can be opened by an administrator when working on a control unit (control PCB (Print Circuit Board)) or other mechanical parts housed inside the lower housing 13. can. Further, a storage space is provided inside the front maintenance door 22, in which replenishment prizes and the like can be stored.

The control panel parts 23L and 23R are formed to protrude horizontally in the front direction of the lower housing 13 in accordance with the lower end position of the upper housing 12 in each of the left side unit 10L and the right side unit 10R. The upper surfaces of the control panels 23L and 23R are horizontal, and are equipped with a plurality of buttons 24L and 24R that are operated by the player to operate the crane arm, coin slots 26L and 26R into which coins are inserted, etc. Ru. Further, a speaker 28 is provided for outputting sound effects, music, message voices, etc. during game execution. Furthermore, a projector that projects an image onto the transparent screen 15 from the front side of the housing (front projection) can be mounted on the control panel sections 23L and 23R.

Furthermore, the game device 10 in this embodiment is provided with a setting device (setting device 29 shown in FIG. 7) for an administrator to make various settings for the game device 10. The setting device 29 is configured to be portable and detachable from the main body casing of the game device 10, for example. When performing operations for various settings, the setting device 29 can be taken out from the storage section and handled while being held in the hand at a position close to the game device 10. The setting device 29 is connected to a control unit housed within the housing of the game device 10, for example, by a cable or wireless communication (wireless LAN, etc.). The setting device 29 is capable of individually setting various settings for each of the left side unit 10L and right side unit 10R.

The setting device 29 is provided with a display device and an input device for performing various setting operations. A liquid crystal display or the like is provided as the display device. Further, as an input device, buttons, a keyboard, a touch panel, an optical scanner, etc. are provided as necessary. The setting process includes, for example, setting the payout rate according to the type of prize placed in the prize field, adjusting the gripping strength of the crane arm to adjust the payout rate, and setting the shape and number of claws attached to the crane arm. Setting claw specifications such as size, registering prizes by reading barcodes attached to prizes with an optical scanner, etc., and placing prizes in the prize field (on the prize field, on a table, on a stick, hanging, etc.) ), setting the drop slot specifications (position, size, shape, etc. of the prize drop slot), presenting the position to place the prize in the prize field when replenishing the prize (instructing the projector to project an image showing the placement location), etc. be done.

As shown in FIG. 6, the game device 10 in this embodiment is capable of individually projecting images onto each of a plurality of areas 15LU, 15LD, 15RU, 15RD, and 15M onto the transparent screen 15.

The area 15LU and the area 15LD are areas in which projection of images is controlled mainly in accordance with control of the left side unit 10L. The region 15RU and the region 15RD are regions in which projection of images is controlled mainly in accordance with control of the right and left units 10R. Area 15LU and area 15RU are arranged above the transparent screen 15 and are used as an upper screen. The image projected onto the upper screen can be viewed even when a user is away from the game device 10, even if there is a user using the game device 10. Area 15LD and area 15RLD are arranged at the bottom of transparent screen 15 and are used as a lower screen. The lower screen is located close to the control panel section 23, and can display, for example, a guide (message, menu, etc.) for input operations on the control panel section 23. The region 15M is arranged in a wide range at the center of the transparent screen 15, and is used as a central screen. The center screen is an area where images are projected mainly when a game is not being played on the game device 10 (left side unit 10L, right side unit 10R). Different images may be projected on each of the plurality of areas 15LU, 15LD, 15RU, 15RD, and 15M individually, or one image may be projected on a combination of any of the areas.

Furthermore, when a change in the status of a prize or an abnormality is detected, the game device 10 notifies the store server 6 or the staff call system 7 (output device 7A, electronic device 7B), and also has notified the staff. A message etc. informing the customer can be displayed on the transparent screen 15. For example, the game device 10 can display a message such as "staff is calling" on the upper screen (area 15RU, area 15RD) to inform the customer, and also make it easier for the staff to identify the game device 10 that is the caller. . Note that messages and the like may be displayed not only on the upper screen but also on other areas.

At least one projector is provided to project an image onto the transparent screen 15, and the image is projected onto at least one area. For example, a projector is installed on the inner back surface of the upper housing 12, and images are projected on an area including all of the multiple areas 15LU, 15LD, 15RU, 15RD, and 15M (full screen) or area 15M (center screen). . In this case, the projector can change the content of the image projected on each of the plurality of areas 15LU, 15LD, 15RU, 15RD, and 15M. Further, the projector may project an image for each area that is a combination of any one of the plurality of areas 15LU, 15LD, 15RU, 15RD, and 15M.

Furthermore, the projector may project an image only onto a specific area among the areas 15LU, 15LD, 15RU, 15RD, and 15M. Further, the projector may be configured as a rear type projector that is provided inside the upper housing 12 and projects images from the back side of the transparent screen 15, or may be provided on the top surface of the control panel section 23R and configured in front of the transparent screen 15. It may also be configured as a front type that projects images from the front.

Note that the installation position of the projector described above is just an example, and the projector may be installed at any other position as long as it can project an image onto the transparent screen 15. Furthermore, although FIG. 6 shows a configuration in which an image is projected onto a transparent screen 15 provided on the front side of the game device 10, a transparent screen 15 is provided on the side surface and an image is projected onto the transparent screen 15. A projector for projecting images may be provided.

Furthermore, the projector may be installed above the prize field of the game device 10 (on the ceiling inside the housing, etc.) to project a video (image) onto the prize field. For example, during the setting process for replenishing the prize field with prizes, based on the judgment criteria data generated by the game data management process in the server 2, the place to place the prize is determined according to the set payout rate. The image represented is projected onto the prize field from a projector. The staff places the prize in accordance with the image projected on the prize field. As a result, the prize can be placed at an appropriate position that is easy to take or difficult to take depending on the payout rate.

FIG. 7 is a block diagram showing the functional configuration of the game device 10 in this embodiment. As shown in FIG. 7, a control PCB (Print Circuit Board) 68 on which various units are mounted is provided inside the casing of the game device 10. The units mounted on the control PCB 68 include a CPU 70, a RAM 71, a storage device 72, an input/output processing unit 73, a projection control section 74, a motor drive section 76, an arm drive section 77, and a communication control section 78.

The CPU 70 controls the entire game device 10 by executing a control program or a game program stored in the RAM 71 or the storage device 72. The CPU 70 records credit data indicating the number of playable times in the RAM 71 in response to a coin insertion detection signal inputted via the input/output processing unit 73. Furthermore, during game execution, the CPU 70 controls the motor drive section 76 and the arm drive section 77 to appropriately operate each section of the mechanism section 69 in accordance with instructions input by the player's input operation via the input/output processing unit 73. to control the movement of the crane arm. Further, the CPU 70 detects a change in the state of the prize and the occurrence of an abnormality (error), controls the output of a notification indicating a change in the state of the prize or the occurrence of an abnormality, and controls the output of the projector 80 based on various data inputted through the input/output processing unit 73. (80-1, . . . , 80-n) controls the projection of images. Further, the CPU 70 controls the audio output from the speaker 28 and performs setting processing according to the operation on the setting device 29 through the input/output processing unit 73. Further, the CPU 70 executes a prize management process for managing the prizes placed in the prize fields 16L and 16R. In the prize management process, by photographing the prize field including the prizes replenished in the prize fields 16L and 16R, and the prize field after the game is played, game execution result data is generated for determining whether or not the status of the prize has changed. (See Figure 9). In addition, in the prize management process, crane arm control data indicating the control content of the crane arm is generated based on the control by the motor drive unit 76 and the arm drive unit 77 in response to instructions by input operations by the player during game execution. Remember. The crane arm control data indicates, for example, the moving direction, moving amount, moving time, etc. in the X-axis direction, Y-axis direction, and Z-axis direction (vertical direction).

The RAM 71 temporarily stores various programs such as a control program and a game program, as well as various data for controlling a game associated with processing executed by the CPU 70. Data recorded in the RAM 71 includes, for example, credit data indicating the number of playable times, position data indicating the position of the crane arm (X position, Y position), a prize code read from a barcode attached to a prize, etc., and a camera. Image data photographed by 88, prize placement state data indicating the state of the prize placed in the prize field identified based on the image data (including the position and orientation of the prize before and after the game is played), and the prize. This includes game execution result data, including data indicating the type of game, changes in prizes (position, orientation) before and after the game, and whether or not prizes are paid out.

The storage device 72 stores programs and data in a nonvolatile storage medium such as a ROM or a hard disk. The storage device 72 stores, for example, video data projected by the projector 80, prize placement state data, game execution result data, and the like. The game execution result data is referred to to determine changes in the condition of the prize, such as the position and orientation of the prize, where it is difficult or impossible to take the prize with the crane arm, and is also used to generate judgment standard data for determining changes in the condition of the prize. Used for learning processing.

The input/output processing unit 73 is an interface with various input/output devices provided outside the control PCB 68. The projection control section 74 controls the projection control section 74 according to instructions from the CPU 70, and causes the projector 80 to project an image. The motor drive unit 76 controls the drive of a motor 82 provided in the mechanism unit 69. The arm drive unit 77 controls the drive of an arm motor 83 for opening and closing an arm provided on the crane arm. The communication control unit 78 controls communication with the store server 6 under the control of the CPU 70. Furthermore, the communication control unit 78 enables wireless communication with the game device 10.

The mechanism section 69 is provided, for example, in each of the left side unit 10L and right side unit 10R. As shown in FIG. 7, the mechanism section 69 includes a projector 80 (80-1,..., 80-n), a motor 82, an arm motor 83, a prize detection sensor 84, a camera 88, an error detection sensor 89, etc. .

At least one projector 80 (80-1, . . . , 80-n) is provided. The projector 80 projects a video (image) onto the transparent screen 15 or the prize field based on the video data under the control of the projection control section 74 .

The motor 82 is driven by the motor drive unit 76, and includes an X-axis motor that moves the crane arm in the X-axis direction (horizontal direction), a Y-axis motor that moves the crane arm in the Y-axis direction (vertical direction), and a Y-axis motor that moves the crane arm in the Z-axis direction (vertical direction). It includes a Z-axis motor that moves the robot in the vertical direction. The arm motor 83 is driven by the arm drive section 77 and opens and closes the arm of the crane arm.
The prize detection sensor 84 is a sensor for detecting a prize dropped from a prize drop provided in the prize field, that is, a prize paid out to a player by operating a crane arm.

The camera 88 is for photographing an image including the prize placed on the prize field, and is mounted, for example, above the prize fields 16L, 16R (for example, on the ceiling within the housing of the game device 10).

The error detection sensor 89 is a sensor for detecting the occurrence of an abnormality (error) in each part of the crane arms 18L and 18R in addition to the mechanisms that operate them.

As shown in FIG. 7, the control panel 23L is provided with a coin insertion slot 26L, a coin insertion sensor 86, a horizontal movement button 24La, a vertical movement button 24Lb, a drop button 24Lc, and a human sensor 24Ld. Note that the control panel section 23R is configured similarly to the control panel section 23L, and a description thereof will be omitted.
The coin insertion sensor 86 detects a coin inserted from the coin insertion slot 26L, and outputs a detection signal indicating coin insertion to the input/output processing unit 73. The CPU 70 records credit data indicating the number of times the game can be played according to the detection signal input to the input/output processing unit 73.

The lateral movement button 24La is used to input an instruction by the player to move the crane arm in the lateral direction (X-axis direction). When the horizontal movement button 24La is pressed by the player, it outputs a signal indicating that it is in the pressed state to the input/output processing unit 73. When the CPU 70 detects that the lateral movement button 24La is pressed through the input/output processing unit 73, the CPU 70 drives the X-axis motor through the motor drive unit 76 to move the crane arm in the lateral direction (X-axis direction). . If the lateral movement button 24La is not pressed, the CPU 70 stops driving the X-axis motor 80.

The vertical movement button 24Lb is used to input an instruction by the player to move the crane arm in the vertical direction (Y-axis direction). When the vertical movement button 24Lb is pressed by the player, it outputs a signal indicating that it is in the pressed state to the input/output processing unit 73. When the CPU 70 detects that the vertical movement button 24Lb is pressed through the input/output processing unit 73, the CPU 70 drives the Y-axis motor through the motor drive unit 76 to move the crane arm in the vertical direction (Y-axis direction). . The CPU 70 stops driving the Y-axis motor 1 when the vertical movement button 24Lb is not pressed.

The descent button 24Lc is used by the player to input an instruction to the crane arm to start a prize acquisition sequence. When the down button 24Lc is pressed by the player, it outputs a signal indicating that it has been pressed to the input/output processing unit 73. When the CPU 70 detects that the lowering button 24Lc has been pressed through the input/output processing unit 73, as a prize acquisition sequence, the CPU 70 lowers the tip of the crane arm via the motor drive unit 76 to a position where it reaches the prize, and starts driving the arm. After the arm is caused to grasp the prize through the section 77, the crane arm is raised.

The human sensor 24Ld is a sensor for detecting the presence of a person or the like in the front direction of the game device 10. The human sensor 24Ld detects, for example, that there is a moving object within a predetermined range (for example, about 1 m) from the control panel 23, and outputs a detection signal to the CPU 70.

The setting device 29 is used by the administrator to make various settings for the game device 10, and includes, for example, a plurality of buttons (select button, enter button, up, down, left, right, etc.) for inputting various setting operations. buttons, etc.), a display for displaying various setting screens, etc. Note that when a setting operation is performed using the setting device 29, the CPU 70 may project a setting image onto the transparent screen 15 using a projector 80, so that various settings can be made in accordance with input operations corresponding to this setting image. .

In addition, when the transparent screen 15 is configured to be switchable between the transparent mode and the screen mode by controlling the voltage application, a control circuit for switching the mode (voltage application) of the transparent screen 15 under the control of the CPU 70 (Fig. (not shown) shall be further implemented on the control PCB 68.

Next, the operation of the game system in this embodiment will be explained.
In the game device 10, when a game is played by a player's operation and a prize is dropped into the prize drop slots 16Ld and 16Rd, the prize detection sensor 84 detects the payout of the prize. The game device 10 notifies the store server 6 that the prize has been paid out.

In response to the notification of prize payout from the game device 10, the store server 6 sends data to the staff call system 7 (output device 7A, electronic device 7B). For example, the store server 6 may send data to the output device 7A and all electronic devices 7B, or may send data to the output device 7A and the electronic devices 7B, or to some of the plurality of electronic devices 7B. It is also possible to transmit the data of . Further, if a staff member in charge of the game device 10 that is the notification source is determined in advance, the store server 6 determines the electronic device 7B owned by the staff member and sends data only to this electronic device 7B. You may also send

Further, when the occurrence of an abnormality (error) is detected by the error detection sensor 89 or the like, the game device 10 notifies the store server 6 of the occurrence of the abnormality along with data indicating the object of the abnormality, for example.

In response to the notification of the abnormality occurrence from the game device 10, the store server 6 sends the data for notifying the abnormality occurrence and the details of the abnormality occurrence to the staff call system 7 (output device 7A, electronic device 7B). Note that it is possible to set which of the output device 7A and the electronic device 7B included in the staff call system 7 the data is to be sent to in the same manner as in the case of prize payout described above.

Furthermore, when the game device 10 transmits a notification of prize payout or a notification of an abnormality occurrence to the store server 6 (or staff call system 7), the game device 10 displays, for example, "preparing to replenish prizes" on the transparent screen 15 using the projector 80. Project a message such as ``Staff is on call due to an abnormality.'' This makes it possible to inform the player of the status of the game device 10 and that the staff will take immediate action. Therefore, it is possible to prevent a user who wants to use the game device 10 from leaving the game device 10 and not lose an opportunity to use the game.

FIG. 8 is a flowchart showing staff call processing in the output device 7A or the electronic device 7B in this embodiment. Here, the case of the electronic device 7B will be explained.

When the electronic device 7B receives the notification from the game device 10 (via the game device 10) (Step A1, Yes), it determines the content of the notification. Here, if it is a notification of prize payout (Step A2, Yes), the electronic device 7B displays on the display a prize replenishment message requesting the staff to replenish the prize (Step A3). The prize replenishment message includes information such as a device number that identifies the game device 10 in which the prize payout was detected, for example.

Further, the electronic device 7B outputs a prize replenishment message in voice requesting the staff to replenish the prize (step A4). The audio premium replenishment message may include information equivalent to the message displayed on the display, or may include only part of the information.

Further, when the electronic device 7B receives a notification of the occurrence of an abnormality from the game device 10 (Step A5, Yes), the electronic device 7B causes an error occurrence message to notify the staff of the occurrence of the abnormality to be displayed on the display (Step A6). The error occurrence message includes information such as a device number for identifying the game device 10 in which the abnormality has occurred, and the details of the abnormality occurrence (operation abnormality, unauthorized operation, customer call).

Further, the electronic device 7B outputs an error message to notify the staff of the occurrence of an abnormality by voice (step A7). The audio error message may include information equivalent to the message displayed on the display, or may include only part of the information.

Note that if the electronic device 7B is not provided with a display as an output device, only audio output is performed in both cases of prize payout and abnormality occurrence. Further, the electronic device 7B may notify the staff using an output format depending on the output device installed.

Further, in response to a notification from the game device 10, the electronic device 7B can input data corresponding to a voice for message confirmation or an operation on an input device, and transmit the input data to the store server 6 (or the game device 10). can.

Although the above description is directed to the electronic device 7B, the output device 7A can display a message on the display and output a voice message from the speaker in response to a notification from the game device 10.

In this way, in response to a notification from the game device 10, the staff is immediately notified of the occurrence of prize withdrawal or abnormality through the staff call system 7 (output device 7A, electronic device 7B), so the staff can call the game device 10 can be quickly responded to. Therefore, it is possible to prevent the user from losing the opportunity to use the game.

Note that in the above description, a case is described in which a prize payout occurs in the game device 10 as a change in the state of the prize, but in the game system according to the present embodiment, when the game is executed in the game device 10, Even when the prize is replaced in a specific position or orientation, the staff is notified of the prize replacement through the staff call system 7 in the same manner as in the case of prize payout.

Normally, even if the position or orientation of the prize placed on the prize field changes as the game is executed, this is not an abnormal (error) condition, and the game continues as it is and the next game is played. However, even if the prize is initially placed in an easy-to-reach position on the prize field by the staff, the prize may be moved as the game is played, and the crane arm may place the prize in a position or orientation that makes it difficult or impossible to take it. There is sex. In this case, the player ends up playing the game even though the prize is in a position or orientation that makes it difficult or impossible to take it. Therefore, even if the player repeatedly plays the game, he or she will not be able to obtain the prize, which may cause him/her to feel distrustful and stop playing the game from then on.

In the game system of this embodiment, as a change in the state of a prize, a change in position or orientation to a specific notification target is detected, and in response to this detection, the staff is notified through the staff call system 7, so that the prize can be retrieved. Be able to take measures such as relocating it to a more convenient position. In this embodiment, for example, the camera 88 photographs the prize field in which the prizes of the game device 10 are placed, and based on this photographed image, it is determined whether the prize has been replaced in a specific position and orientation to be notified. Determine. The operation for detecting prize replacement as a change in the state of the prize will be described below.

FIG. 9 is a flowchart showing the operation of the prize management process of the game device 10 in this embodiment.
When replenishing prizes in the game device 10, the prizes to be replenished are registered by the staff's operation on the setting device 29. When the CPU 70 of the game device 10 is instructed to replenish prizes by operating the setting device 29 (step B1, Yes), the CPU 70 shifts to the prize registration mode. In the registration mode, the CPU 70 inputs, for example, a unique prize code for each prize (step B2), and stores it in the RAM 71 or the storage device 72 (step B3). The prize code is input by, for example, reading a code image such as a barcode attached to the prize with an optical scanner, or by inputting an alphanumeric character string determined for each prize. Here, it is assumed that a prize code is input for each type of prize placed in the prize field.

When completion of inputting the prize code is instructed by operating the setting device 29, the CPU 70 causes the camera 88 to take an image of the prize field (pre-game field) where the prize is placed (step B4). The CPU 70 identifies the prize placed in the prize field by performing image recognition processing on the image photographed by the camera 88. For example, the CPU 70 uses image recognition processing to determine the position and orientation of each prize placed on the prize field, and the type of prize placed at each position.

The CPU 70 generates pre-game prize placement state data indicating the position, orientation, and type of the prize determined by the image recognition process, and stores it in the storage device 72 (step B5). When the CPU 70 is instructed to end the prize replenishment by operating the setting device 29 (step B6, Yes), the CPU 70 ends the prize registration mode.

Furthermore, when the game is played in response to a player's operation (step B7, Yes), the CPU 70 of the game device 10 stores crane arm control data indicating the details of the control of the crane arm by the player's operation during the game (step B7, Yes). Step B8). Further, after the game ends, the CPU 70 causes the camera 88 to take an image of the prize field (post-game field) in which prizes are placed after the game ends (step B9). Similarly to when replenishing prizes, the CPU 70 identifies the prizes placed in the prize field by image recognition processing on the image taken by the camera 88, and determines the position and orientation of each prize on the prize field. , determine the type of prize at each position.

The CPU 70 generates post-game prize placement state data indicating the position, orientation, and type of the prize determined by the image recognition process, and stores it in the storage device 72 (step B10). The CPU 70 generates game execution result data based on the game foreground prize placement state and postgame prize placement state data previously stored in the storage device 72, and transmits it to the store server 6 along with the crane arm control data. (Step B11). The game execution result data includes, for example, the type of prize, the change (position, orientation) of the prize before and after the game, and data indicating whether or not the prize is paid out. In addition to the game execution result data and the crane arm control data, the CPU 70 also processes the device settings set by the setting device 29, such as the gripping strength of the crane arm, the specification settings (shape, number, size, etc.) of the claws attached to the crane arm. etc.), and notifies the store server 6 of the format in which the prize is to be placed in the prize field (on the prize field, on a table, on a stick, hanging, etc.).

FIG. 10 is a flowchart showing the staff call determination process of the store server 6 in this embodiment.
Upon receiving the game execution result data from the game device 10 (step C1), the CPU 6a of the store server 6 stores the game execution result data in the storage device 6c. The CPU 6a determines whether the number of prizes placed in the prize field has changed before and after the game is played, based on data indicating whether prizes have been paid out in the game result data. Here, if it is determined that the number of prizes has changed, the CPU 6a determines that a prize payout has occurred, and notifies the staff call system 7 of the occurrence of a prize payout.

In the above description, it is assumed that the occurrence of prize payout in the game device 10 is detected by the prize detection sensor 84. Therefore, when the store server 6 is notified of the occurrence of a prize payout based on the detection by the prize detection sensor 84, it is possible to omit the process for determining the occurrence of a prize payout based on the game execution result data. can.

Further, the CPU 6a determines whether the prize has been moved to a position where the prize cannot be taken (the prize cannot be transported to the prize drop slot) based on the determination standard data for determining a change in the state of the prize (step C5). The judgment criterion data is generated, for example, by the server 2, by aggregating game execution result data indicating the results of games executed on game devices installed in a plurality of store systems 5, and by a learning process (machine learning) to be described later. (See Figure 12). The store server 6 receives and stores judgment criterion data from the server 2 in advance in order to judge a change in the state of the prize. The judgment criterion data is created in accordance with the type of prize, for example, in association with the prize code. Therefore, the determination is performed using the determination standard data according to the type of prize identified when replenishing the prize.

In the judgment based on the judgment standard data, for example, by referring to the results of games conducted in the past that are similar to the current position of the prize after the end of the game, the probability of prize payout is calculated based on the current position of the prize. is 0%, it is determined that the prize has been moved to a position where it cannot be taken.

If it is determined that the prize has been moved to a position where it cannot be taken (step C6, Yes), the CPU 6a notifies the staff call system 7 that the prize has been moved to a position where it cannot be taken, together with information such as the device number. Notify (step C9). The staff call system 7 (output device 7A, electronic device 7B) outputs a prize replacement message in response to the notification from the store server 6. Therefore, the staff can be immediately prompted to relocate the prize to a position where it can be taken.

FIG. 11 is a diagram showing an example of prizes placed in the prize field of the game device 10 in this embodiment. Range AR in FIGS. 11(A) and 11(B) indicates the range in which the crane arm can be moved.

For example, as shown in FIG. 11(A), when the prize P1 is located in a position where most of the prize P1 is included in the range AR, it is relatively easy to hold the prize P1 with the crane arm and easily transport it to the prize drop slot 16Ld. In such a case, since the probability of prize payout is not 0% based on the determination based on the determination standard data, it is not determined that the prize has been moved to a position where the prize cannot be won.

On the other hand, for example, as shown in FIG. 11(B), if the prize P2 is located in a position that is largely outside the range AR, it is difficult to operate the prize with the crane arm, and the prize is not transported to the prize drop slot 16Ld. Hateful. When the prize P2 is at the position shown in FIG. 11(B) (or a nearby position), if the prize P2 has not been transported to the prize drop slot 16Ld in the past, the judgment standard data corresponding to the game execution result data is learned. Created by processing. Therefore, since the probability of prize payout is 0% based on the determination criterion data, it is determined that the prize has been moved to a position where the prize cannot be won.

Further, the CPU 6a determines based on the determination criterion data whether the prize has been moved to a position where it is difficult to take, although the probability of prize payout is not 0% (step C7). That is, in the same manner as described above, the probability of a prize being paid out in the case of the current prize position is set in advance by referring to the results of games conducted in the past that are similar to the current prize position after the game ends. If the value is less than the reference value (for example, less than 20%), it is determined that the prize has been moved to a position where it is difficult to take.

If it is determined that the prize has been moved to a position where it is difficult to take (step C8, Yes), the CPU 6a notifies the staff call system 7 that the prize has been moved to a position where it is difficult to take, together with information such as the device number. Notify (step C9). The staff call system 7 (output device 7A, electronic device 7B) outputs a prize replacement message in response to the notification from the store server 6. Therefore, the staff can be immediately prompted to relocate the prize to a position where it can be taken.

Note that the above-mentioned reference value for determining that the prize has been moved to a position where it is difficult to take can be changed in the store server 6 or the server 2. That is, by making it possible to change the criteria for notifying the staff of the necessity of replacing the prize, it is possible to adjust the frequency of notification to the staff in accordance with the store management situation. For example, if a small number of staff are required to handle a large number of game devices 10, the reference value can be changed so that it is difficult to determine that notification to the staff is necessary. Therefore, there is no risk that the work burden on the staff will increase excessively due to the use of the staff call system 7.

In this way, the staff is notified through the staff call system 7 not only when a prize is paid out as a result of playing a game on the game device 10, but also when a prize cannot be taken or is moved to a position where it is difficult to take. can do. Thereby, the staff does not have to constantly go around the facility to understand the operating status of the plurality of game devices 10, and the work burden can be reduced. In addition, the staff can promptly and appropriately perform maintenance work such as replacing the prize placed in the prize field in response to a notification from the staff call system 7. Therefore, it is possible to avoid the customer from becoming distrustful of the game by repeatedly playing the game even though the prize is located in a difficult-to-get position.

In addition, in the above explanation, when a prize is paid out, the staff is notified through the staff call system 7 if the prize cannot be taken or is moved to a position that is difficult to take, but based on the judgment criteria data, , it may be determined that the prize will be paid out soon (moved to the prize dropout) and the staff will be notified. For example, if the prize is moved close to the prize drop slot as a result of repeated execution of the game multiple times, and it is determined that the prize will definitely be moved (paid out) to the prize drop slot (e.g. , with a probability of 90% or higher), notify the staff. This makes it possible for the staff to be present when a prize is paid out in response to a player's operation, and to provide special services to the player.

Note that although the staff call determination process using FIG. 10 described above is performed in the store server 6, it may be performed in the game device 10. That is, the game device 10 receives the determination criterion data through the store server 6 and executes the staff call determination process in the same manner as described above. If it is determined that sending a staff call is necessary (Steps C4, C6, C8, Yes), the game device 10 notifies the store server 6 or the staff call system 7 (Step C9).

Furthermore, the staff call determination process using FIG. 10 described above may be executed in the server 2. That is, the server 2 receives the game execution result data generated in the game device 10 through the store server 6, and executes the staff call determination process in the same manner as described above. If it is determined that the staff call transmission is necessary (steps C4, C6, C8, Yes), the server 2 notifies the store server 6. The store server 6 notifies the staff call system 7 according to the result of the staff call determination process in the server 2.

Next, the learning process of the server 2 in this embodiment will be explained. FIG. 12 is a flowchart showing the learning process in this embodiment.
The store server 6 receives game execution result data, crane arm control data, and device settings received from each of the plurality of game devices 10 provided in the store system 5 at a predetermined timing (sequentially or in batches at regular intervals). etc.) to send to server 2.

The server 2 receives, from each store system 5 (store server 6), game execution result data, crane arm control data, and device settings for the games executed by each game device 10 (step D1), and Based on the implementation result data, crane arm control data, and device settings, a learning process is executed to create judgment standard data and strategy data as learning process results (step D2).

The game execution result data includes data indicating the type of prize, changes in the prize (position, orientation) before and after the game, and whether or not a prize is paid out. For example, the server 2 determines the position and orientation of the prize after the game as a result of playing the game according to the player's operation method (play style) indicated by the crane arm control data with respect to the position and orientation of the prize before the game indicated by the game execution result data. Learn when a position has been moved or paid out. As a result, determination standard data for determining a change in the state of the prize placed in the prize field due to the result of the game (determining the probability that the prize will be paid out) is generated.

FIG. 13 is a diagram for explaining determination criterion data in this embodiment.
In Fig. 13, for example, certain device settings (gripping strength of the crane arm, specification settings of the claws attached to the crane arm, form of placing the prize in the prize field (placement form), combination of droplet specification settings, etc.) are shown. ), the determination criterion data corresponding to the position and orientation of the prize in the prize field for one type of prize to be determined (prize code) is shown. Judgment standard data is generated for each set of device setting details and prize type (prize code). Further, it is possible to generate judgment criterion data for combinations of different setting contents included in the device setting contents, for example, gripping strength, claw specification settings, mounting form, and droplet specification settings.

The server 2 also learns the player's operation method (input operation of buttons, levers, etc.) indicated by the crane arm control data when the position of the prize is moved or paid out after the game. As a result, it is possible to determine how to control the crane arm to move the prize to which position based on the position and orientation of the prize before the game, which is indicated by the game execution result data. Generate strategy data that shows whether you can move it to the mouth.

Furthermore, the strategy data for moving the prize to the payout port may not only indicate the content of control for the crane arm in one game, but may also indicate the content of control for the crane arm in multiple games. For example, by playing the game multiple times, for a prize that can be moved to a prize drop slot, strategy data indicating the operation details for the crane arm of the multiple games is generated. In addition, when generating strategy data that shows the operation details of multiple games, the play style (lifting and carrying the prize, dragging it, It is also possible to generate multiple strategy data that each represent a different operation pattern, combining different operation contents (such as defeating the player).

Note that the judgment criteria data and strategy data should be created not only when a single prize is placed in the prize field, but also when there are multiple prizes (each with a different number and type). Can be done.

For example, the server 2 receives the prize code of the prize replenished in the game device 10 installed in the store system 5 and the data of the device setting contents from the store server 6 of the store system 5, and receives the prize code and the data of the device setting contents. The criteria data corresponding to the combination is transmitted to the store system 5 (store server 6) (step D3). The game device 10 executes the staff call determination process described above based on the determination criterion data corresponding to the prize code read when replenishing the prize field with prizes.

Since the server 2 collects game execution result data from a plurality of game devices 10 arranged in each of a plurality of store systems 5, it is possible to generate judgment criterion data that can be accurately judged. Furthermore, as the frequency of each game being played increases in the plurality of game devices 10, more game play result data is collected, so accuracy can be improved.

Furthermore, using AI (Artificial Intelligence) technology, the server 2 not only records the game results (game execution result data) executed on the game device 10 but also displays the state in which prizes are placed at virtual positions in the prize field. It is also possible to generate assumed criterion data. For example, the server 2 also stores game execution result data obtained from the results of actually executing the game, and information on the characteristics of the prize indicated by the prize code, such as appearance, external shape, mass, material, and characteristics (weight distribution). First, the game result for the prize at the virtual position is estimated, and the estimation result is used to generate judgment criterion data. This makes it possible to generate determination standard data that enables highly accurate determination even for prizes for which there is little game execution result data, such as newly added prizes.

In addition, the server 2 uses not only the judgment criteria data but also AI (Artificial Intelligence) technology to similarly generate crane arm control data assuming a state in which the prize is placed at a virtual position in the prize field. It is also possible to do so.

In addition, although the above description describes the case where the determination standard data is used in the staff call determination process, it can be used in other processes. First, a case will be described in which the prize field is replenished with prizes using determination criterion data in the setting process by the game device 10.

FIG. 14 is a flowchart showing the setting process in this embodiment.
The CPU 70 of the game device 10 starts a setting process when a predetermined input operation is performed on the setting device 29, for example, by an administrator or the like. The CPU 70 receives designation of a setting target by operating an input device provided on the setting device 29. For example, when the CPU 70 is instructed to set the payout rate (step E1, Yes), the CPU 70 displays a screen for setting the payout rate, and receives input of the set payout rate. When the set payout rate is input, the CPU 70 sets (memorizes) the payout rate (step E2).

Further, when the CPU 70 is instructed to register a prize (Step E3, Yes), the CPU 70 executes a prize registration process (Step E4). The prize registration process is executed, for example, in the same manner as steps B1 to B3 of the aforementioned prize management process (FIG. 9) (detailed explanation will be omitted).

Further, when a request for presentation of the position of the prize to be replenished is input (step E5, Yes), the CPU 70 inputs, for example, the prize code of the prize registered to be replenished and the current status of the game device 10 at that time. The store server 6 is notified of data indicating the device settings.

If the store server 6 has already received the judgment criterion data corresponding to the combination of the prize code and the device settings from the server 2, it transmits the corresponding judgment criterion data to the game device 10. Furthermore, if the store server 6 has not received the judgment criterion data corresponding to the combination of the prize code and the device setting contents from the server 2, the store server 6 queries the server 2, receives the corresponding judgment criterion data, and sends the judgment criterion data to the game device 10. Forward.

Upon receiving the determination standard data, the CPU 70 of the game device 10 determines the number of games to be played according to the current payout rate (set payout rate) set in the determination standard data. That is, the CPU 70 calculates the expected income (pay) until one prize is paid out from the number of games set in the judgment standard data and the game fee for one game, and calculates the amount of revenue (pay) until one prize is paid out, and calculates the registered prize in association with the prize code. The expected payout rate for each number of games can be calculated from the ratio with the price (out). The CPU 70 determines the expected payout rate that is closest to the set payout rate, and searches the determination standard data for data on the position and orientation of the prize that is associated with the number of games used to calculate the expected payout rate. The CPU 70 causes the projector 80 to project an image showing the position and orientation of the prize onto the prize field based on the data on the position and orientation of the prize retrieved from the determination standard data (step E6).

FIG. 15 shows an example of an image PP projected onto the prize field 16L of the game device 10 from the projector 80 installed above the prize field 16L (on the ceiling inside the housing). The image PP includes, for example, a rectangular frame representing the placement position of the prize and a prize image P representing the orientation of the prize. The prize image P can be generated, for example, based on information on the external shape (or appearance) associated with the prize code. Note that the image PP showing the position where the prize is placed shown in FIG. 15 is just an example, and the position where the prize is placed may be clearly shown in other formats.
The store staff places the prize to be replenished in the prize field in accordance with the prize image P. In this way, the position to place the prize according to the set payout rate is clearly indicated, so store staff can place the prize at the position where the expected payout rate will be obtained without relying on experience or intuition. .

In addition, in the above explanation, we are talking about the case where a prize code is attached to the prize, but there is a case where the prize you are trying to replenish does not have a prize code attached to it, or when a prize code is attached. However, if the information indicating the characteristics of the prize corresponding to the prize code is unregistered, the judgment criteria data corresponding to other prizes similar to the unregistered prize to be replenished are obtained and the same procedure as described above is performed. It is possible to perform processing.

For example, if the prize to be replenished does not have a prize code attached, the staff member may input some information representing the characteristics of the prize (for example, shape, weight, etc.) through the setting device 29, or Enter data to be used as a search key, such as by selecting a similar prize from a plurality of registered prizes. Alternatively, a prize placed in the prize field may be photographed by the camera 88, and the image of the prize may be input as a search key.

The CPU 70 transmits data input as a search key to the store server 6 or to the server 2 through the store server 6. Based on the data used as the search key received from the game device 10, the server 2 identifies other prizes similar to the search key, and sends the judgment criteria data corresponding to this prize to the store server 6 (game device 10). ). The CPU 70 of the game device 10 receives determination criterion data of other prizes similar to the prize to be replenished, and executes the same process as described above. In this way, even if the prize is an unregistered prize, the determination criterion data can be used to place the prize at a position where the expected payout rate can be obtained.

Next, a case will be described in which the judgment criterion data is used in the store server 6.
In the example in which the aforementioned judgment standard data is used in the setting process in the game device 10, only the placement position of the prize to be replenished is presented, but based on the judgment standard data , the placement position of each of the plurality of prizes is presented. It is also possible to present it as a prize layout manual showing the location.

FIG. 16 is a flowchart showing prize layout manual processing by the store server 6 in this embodiment.
When the CPU 6a of the store server 6 starts the prize layout manual process, it causes the administrator or the like to input a prize code indicating a prize whose placement position is to be confirmed (step E1). Further, the CPU 6a causes the user to input, for example, the payout rate, device setting details, etc. as conditions for specifying the placement position of the prize (steps E2 and E3). The conditions for specifying the placement position of the prize can be changed arbitrarily.

When the CPU 6a is instructed to display the prize layout (step E4, Yes), the CPU 6a executes the same process as steps E5 and E6 of the setting process by the game device 10 described above, and places the prize in the prize field based on the determination standard data. Obtain data indicating the position and orientation to be placed. The CPU 6a displays a prize layout screen on the display device 6e based on data indicating the position and orientation of the prize.

FIG. 17 is a diagram showing an example of a prize layout screen. As shown in FIG. 17, in the image LD representing the prize field in which the prize is to be placed, an image LP representing the position (and orientation) in which the prize is to be placed is clearly displayed. As mentioned above, the prize layout screen shown in FIG. The image LP can be changed to an image LP showing the placement position of the prize according to the later conditions (step E5). When the CPU 6a is instructed to end the process (step F6, No), the CPU 6a ends the prize layout manual process.

In this way, in the store server 6, by using the judgment standard data, it is possible to provide a prize layout manual that indicates the corresponding prize placement positions while changing the conditions for specifying the prize placement positions. becomes. Therefore, even if the game device 10 is not equipped with a function to project images such as the projector 80, the player can refer to the prize layout manual and adjust the payout rate according to the expected payout rate without relying on the experience or intuition of the staff. It becomes possible to place the prize in the position where the prize is placed.

In the game system of this embodiment, prizes can be placed so as to obtain the payout rate that the store expects by using the judgment standard data, so it is possible to improve sales by setting an appropriate payout rate. In addition, since it is possible for the player to win prizes by playing the appropriate number of games, it is possible to improve the level of satisfaction and promote the use of the game.

Next, a case in which the strategy data generated by the server 2 is used will be described.
The server 2 can provide, for example, to the electronic device 3 accessed through the network 4, information indicating a strategy for the game device 10 based on the strategy data.

For example, the server 2 publishes, via the network 4, a strategy site (dedicated page) that provides strategies for playing the game device 10. The user accesses the strategy site using the electronic device 3. The server 2 includes, for example, a prize placed in a prize field, a crane arm, and a plurality of buttons (for example, a horizontal movement button, a vertical movement button, and a descent button) provided on the game device 10 on the page of the strategy site. Display the strategy presentation image. The server 2 inputs conditions input from the electronic device 3, such as the type of prize, the device settings of the game device 10, the position (and orientation) of the prize in the prize field, and stores strategy data that corresponds to the input conditions. Search for.

The server 2 changes the strategy presentation image based on the strategy data corresponding to the specified conditions, and displays, for example, animations in this image, such as the timing of button operations and the movement status of the crane arm. To provide an operation method for moving a prize to a prize drop slot.

Thereby, the user can learn, through the electronic device 3, an effective operating method for winning prizes on the game device 10.

Note that the strategy data can be used not only to provide a strategy from the server 2 to the electronic device 3, but also in the game device 10, for example. For example, the game device 10 receives strategy data through the store server 6 and operates a crane arm based on the strategy data. That is, a demonstration of an operation for acquiring a prize is performed on the game device 10. This makes it possible to show the player the actual operation of the crane arm and to present an operating method (a crane arm control method) for winning a prize.

In addition, in the above description, the case where a crane game device is used as the game device 10 is described, but it is also possible to target other types of game devices. For example, it may be a pusher game device (medal game device) in which objects such as medals and balls are placed on a game field.

Further, the present invention is not limited to the above-described embodiments as they are, and in the implementation stage, the constituent elements can be modified and embodied without departing from the spirit of the invention. Moreover, various inventions can be formed by appropriately combining the plurality of components disclosed in the above embodiments. For example, some components may be deleted from all the components shown in the embodiments. Furthermore, components of different embodiments may be combined as appropriate.

Furthermore, the method described in the embodiments is applicable to programs (software means) that can be executed by a computer, such as magnetic disks (flexible disks, hard disks, etc.), optical disks (CD-ROM, DVD, MO, Blu-ray ( (registered trademark), etc.), semiconductor memory (ROM, RAM, flash memory, etc.), and can also be transmitted and distributed via communication media. Note that the program stored on the medium side also includes a setting program that causes the computer to configure software means (including not only execution programs but also tables and data structures) to be executed by the computer. The computer that implements this device reads a program recorded on a recording medium, and if necessary, constructs software means using a setting program, and executes the above-described processing by controlling the operation of the software means. Note that the recording medium referred to in this specification includes not only storage media for distribution but also storage media such as magnetic disks and semiconductor memories provided inside computers or devices connected via a network.

5 (5-1, 5-2,..., 5-x)...store system, 6...store server, 7...staff call system, 7A...output device, 7B1, 7B2,..., 7Bm...electronic equipment, 10...game Device, 12... Upper housing, 13... Lower housing, 15... Transparent screen, 16L, 16R... Prize field, 21L, 21R... Prize outlet, 23L, 23R... Control panel section, 24L, 24R... Button, 26L, 26R ...Coin slot.

Claims (6)

As the game is executed from multiple game devices running a game in which the position of the prize placed in the prize field is moved in response to user operations, data indicating the prize position, orientation, and type of prize before and after the game is executed is transmitted. data receiving means for receiving game execution result data including;
Based on the game execution result data received from a plurality of game devices, generating judgment standard data for determining whether to replace the prize with a position or orientation in which it is difficult or impossible to take the prize, in association with the type of prize. a generating means for
Changing means for changing the judgment criterion data;
Based on the determination criterion data, it is determined that the state of the prize indicated by the game execution result data received from the game device has been replaced to a position or orientation in which the prize is difficult to take or cannot be taken. means and
A notification control device comprising: notification means for notifying an electronic device that it has been determined that a prize of the game device is difficult or impossible to take, according to a determination result by the determination means. input means for inputting conditions for specifying a position to place a prize in a prize field of the game device;
acquisition means for acquiring data indicating a position and direction in which a prize should be placed in the prize field, based on the conditions and the determination criterion data;
2. The notification control device according to claim 1, further comprising a display means for displaying a prize layout screen showing a position in the prize field where the prize is to be placed, based on data indicating a position and direction in which the prize should be placed. In a notification system including a game device and an electronic device that execute a game in which the position of a prize placed in a prize field is moved in response to a user operation,
The game device includes:
data transmitting means for transmitting game execution result data including data indicating the position and orientation of the prize before and after the game, and the type of the prize;
As the game is executed, the prize is replaced with a position or orientation that is difficult or impossible to take, in association with the type of prize, which is generated based on game execution result data transmitted by multiple game devices. Receiving means for receiving judgment reference data for making a judgment;
Changing means for changing the judgment criterion data;
Based on the judgment criterion data corresponding to the type of prize placed in the prize field, the state of the prize indicated by the game execution result data is replaced with a position or orientation in which the prize is difficult to take or cannot be taken. a determination means for determining that a has occurred;
and notification means for notifying the electronic device that it has been determined that the prize of the game device is difficult or impossible to take, according to a determination result by the determination means,
A notification system in which the electronic device outputs information indicating that it has been determined that it is difficult or impossible to win a prize from the game device in response to the notification. data transmitting means for transmitting game execution result data including data indicating the position and orientation of the prize before and after the game, and the type of the prize;
Types and correspondence of prizes generated based on game execution result data sent by multiple game devices during the execution of a game in which the position of the prize placed in the prize field is moved in response to user operations. receiving means for receiving determination criterion data for determining whether the prize is replaced in a position or in an orientation in which the prize is difficult to or cannot be taken;
Changing means for changing the judgment criterion data;
determination means for determining that the prize has been replaced to a position or orientation in which it is difficult or impossible to take, based on the determination criterion data corresponding to the type of prize placed in the prize field;
and transmitting means for transmitting to an external electronic device a notification indicating that it has been determined that the prize has been replaced to a position or orientation in which it is difficult or impossible to take the prize. input means for inputting data indicating a prize to be placed in a prize field of the game device;
acquisition means for acquiring data indicating a position and direction in which a prize should be placed in the prize field, based on the judgment criterion data corresponding to data indicating the prize;
5. The game device according to claim 4, further comprising display means for displaying, in the prize field, an image indicating a position in the prize field where the prize is to be placed, based on data indicating a position and direction in which the prize should be placed. computer,
As the game is executed from multiple game devices running a game in which the position of the prize placed in the prize field is moved in response to user operations, data indicating the prize position, orientation, and type of prize before and after the game is executed is transmitted. data receiving means for receiving game execution result data including;
Based on the game execution result data received from a plurality of game devices, generating judgment standard data for determining whether to replace the prize with a position or orientation in which it is difficult or impossible to take the prize, in association with the type of prize. a generating means for
Changing means for changing the judgment criterion data;
Based on the determination criterion data, it is determined that the state of the prize indicated by the game execution result data received from the game device has been replaced to a position or orientation in which the prize is difficult to take or cannot be taken. means and
A program for causing an electronic device to function as a notification means for notifying that it is determined that the prize of the game device is difficult or impossible to take, according to a determination result by the determination means.