KR100859249B1 - Monitoring device for game machine - Google Patents

Abstract

In a simple and easy manner, there is provided an organic group monitoring device capable of monitoring the validity of both the main control board and the species control board, and excluding the operation of an illegal organic group.

Relay means for relaying signals communicated on the signal line connecting the main organic control device and the slave control device; relay permission means for controlling the permission of the relay of signals communicated on the signal line; and monitoring signals transmitted on the signal line. And monitoring parameter setting storage means for storing the setting of the monitoring parameter used for monitoring the illegal organic state by the monitoring means, wherein the relay permission means is provided by the monitoring means based on the monitoring parameter. When an illegal organic state is detected, relaying of the signal by the relay means is disallowed.

Pachinko, slot machine, game machine

Description

Organic device monitoring device {MONITORING DEVICE FOR GAME MACHINE}

BRIEF DESCRIPTION OF THE DRAWINGS It is a front view of the organic group provided with the monitoring apparatus of embodiment of this invention.

2 is a block diagram of a control system of an organic group including the monitoring device according to the embodiment of the present invention.

3 is a perspective view of the housing box for accommodating the monitoring apparatus of the embodiment of the present invention.

4 is an exploded perspective view of the housing box accommodating the monitoring apparatus of the embodiment of the present invention.

5 is a block diagram of a monitoring device of an embodiment of the present invention.

It is a figure explaining the operation | movement of the monitoring apparatus of embodiment of this invention.

7 is a flowchart of an abnormality monitoring process of the monitoring apparatus according to the embodiment of the present invention.

8 is a flowchart of abnormality monitoring determination processing 1 of the monitoring apparatus of the embodiment of the present invention.

9 is a flowchart of relay prohibition processing of the monitoring apparatus of the embodiment of the present invention.

It is a system block diagram of the organic management system which manages organic group provided with the monitoring apparatus of embodiment of this invention.

Fig. 11 is a view for explaining a connection state between the monitoring device, the organic device, and the information collection terminal device of the embodiment of the present invention.

It is explanatory drawing of the attachment forget prevention member of the monitoring apparatus of embodiment of this invention.

It is explanatory drawing of the attachment forget prevention member of the monitoring apparatus of embodiment of this invention.

It is explanatory drawing of the attachment forget prevention member of the monitoring apparatus of embodiment of this invention.

<Description of the symbols for the main parts of the drawings>

1: Organic group 5: Image display device (LCD)

51: main screen 71: sub screen

100: main organic controller 110: I / O port

111: CPU 112: ROM

113: RAM 114: Communication port

120: external information output terminal 150: LCD control device

200: sub organic controller 201: organic microcomputer

202: input interface 203: output interface

204: External communication terminal 220: External information output terminal

250: sub display control device 251: organic microcomputer

252: input interface 253: output interface

256: GDP 257: burn ROM

300: monitoring device 301: organic microcomputer

302: input interface 303: output interface

304: external communication terminal 319: connector

321: connector mounting surface 322: non-connector mounting surface

324: Attached connector 330: Base member

331: circumferential wall portion 335: caulk receiving portion

340: storage member 341: storage side wall

343: first connecting portion 344: second connecting portion

345: third connection portion 347: adhesion preventing portion

348: caulking portion 349: caulking receiving portion

350: accommodation box 353: accommodation box fixing means

360: connector cover 361: first plate-shaped wall portion

362: 2nd plate-shaped wall part 363: 3rd plate-shaped wall part

364: code groove 365: stop

368: caulking portion 369: connector fixing means

370: attachment portion 371: slide portion

372: anti-sticking member 373: adhesive portion

374: stopper 390: substrate

501: organic farm management device 502: information collection terminal device

521: communication terminal for organic devices 522: information collection interface

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an organic device monitoring apparatus, and more particularly, to relay and monitor a signal line input and output to and from a main game control board of an organic device having a monitoring device for relaying a main game control board and a longitudinal game control board. The present invention relates to an organic apparatus monitoring device that controls the permission or prohibition of relaying of signals input and output by a substrate.

The technique of cheating that exchanges the ROM containing the organic program included in the organic control board controlling the organic group with the illegal ROM in the process of distribution, and gives off the organic device to the organic device and gains unfair profits at night or at the organic store. There is a known technique of cheating that intrudes into an illegal ROM, exchanges it with an unfair ROM, and then, after the next day, abandon the organic device to obtain an unfair advantage.

In addition, in the organic store, in order to differentiate from other shops and increase the power of attracting customers, a hit containing a ROM containing an organic program included in an organic control board that manages organic control of organic groups appears. There are also known techniques for cheating, such as changing to a ROM that is easily modified for illegality.

Therefore, in the organic processing unit, a unique ID (an ID different for each organic processing unit) is stored in advance at the time of manufacture, and after the organic group is delivered to the organic store, the organic information collecting device and the organic information collecting device are set up. On the basis of the unique ID set from the inspection apparatus, the validity of the organic processing unit is judged. If the unique ID is not a regular one, for example, monitoring that does not activate the organic group by stopping the release of the organic sphere. There is a proposal of an apparatus (see Patent Document 1, for example).

[Patent Document 1] Japanese Patent Application Laid-Open Publication No. 11-104336

However, even if both the main control board and the slave control board are legitimate, there is no guarantee that the combination of the two is legitimate. This is because in the case of the organic group using the main control board and the seed control board, the performance of the organic group is not limited to the main control board or only the seed control board, but may be determined by a combination of both.

In addition, since the manufacturers of both substrates may be different, it may be difficult to determine the validity of both by a simple and easy method.

In addition, even if the validity of the organic processing unit provided on each board is guaranteed, other machining components mounted on each board, the board itself, or an illegal operation on the input / output interface (for example, a connector or wiring) of each board may be used. This may happen. Therefore, judging the legitimacy of the organic processing unit is only to judge a part of the legitimacy of the organic group, and not all of the legitimacy of the organic group is guaranteed.

Accordingly, it is an object of the present invention to provide an organic group monitoring apparatus that can monitor the validity of the main control board, the slave control board, and other electronic devices in a simple and easy manner, thereby excluding an illegal organic group operation.

According to a typical aspect of the present invention, the main organic controller controls the progress of the organic game and the execution of the main game, and controls the execution of the slave game based on the result of the main game controlled by the main organic controller. An organic device having a seed organic control device, which accepts an oil value that is a viable value of the organic, performs the organic while consuming the accepted oil value, and gives an image based on the organic result. An organic device monitoring device for monitoring a signal, the organic device monitoring device comprising relay means for relaying a signal communicated on a signal line connecting the main organic control device and the slave organic control device, and a relay of a signal communicated on the signal line. A relay permitting means for controlling whether to permit or not; a monitoring means for monitoring a signal transmitted from the signal line and monitoring an unacceptable organic state; And monitoring parameter setting storage means for storing the setting of the monitoring parameter used for monitoring the illegal organic state by the monitoring means, wherein the relay permission means detects an illegal organic state by the monitoring means based on the monitoring parameter. In this case, the relay of the signal by the relay means is disallowed.

Embodiment of the Invention

EMBODIMENT OF THE INVENTION Hereinafter, embodiment of this invention is described with reference to drawings.

1: is a front view which shows the structure of the organic group 1 of embodiment of this invention.

The organic group 1 is provided with a hinge on the left side, and is provided with a front panel 3 that can be opened and closed in a manner that is open to one side with the hinge as an axis. In the center of the front panel 3, a rectangular opening 31 is formed. Under the opening part 31, the banknote import machine 2 and the premium drawer 4 are provided.

On the back side of the front panel 3, a light source unit (not shown) having a shape and an area substantially the same as that of the opening 31 is arranged. On the front side of the light source unit, a thin image display apparatus 5 for displaying an organic image such as a variation display image and a transmission plate 6 made of glass or transparent resin for protecting the image display apparatus 5 are disposed. The light source unit includes a backlight (light source) (not shown) for irradiating the image display device 5 from the back side. The image display apparatus 5 is comprised by 21-inch LCD (liquid crystal display), for example.

On the display screen displayed by this LCD, a plurality of display screens (windows) such as the main screen 51 and the sub screen 71 are provided. The organic device 1 is a character that changes (changes) the displayed pattern (identification information) on each display screen, stops (stops) the change of the pattern displayed on each display screen, or creates a change display game. Etc. are displayed on each display screen.

On the main screen 51, the direction of the main game started by the operation of the organic start button 24 by the owner is displayed. The main game is a game that gives an opportunity to start a sub-game described later. By limiting the number of executions per unit time of the main game, the consumption of oil value can be controlled. In other words, the limit of the number of executions per unit time of the main game may limit the number of consumption of oil value per unit time. By this function, excessive commitment to the organics of the organics can be suppressed.

Here, the upper screen belt 55 and the first character 53 which are images related to the main game are displayed on the main screen 51 of the image display apparatus 5. The upper upper belt 55 is composed of target second characters 55a to 55e arranged on the left side of the main shoe surface 51 in a vertical line. The 1st character 53 is the character which imitated the shell which aims at this target 2nd character 55a-55e. On the upper belt 55, the second characters 55a to 55e are displayed by scrolling the left side of the main screen 51 from top to bottom. The upper over belt 55 will be described later in FIG. 2.

In addition, the sub screen 71 displays a variation display area 73 (for example, '7', '7', '7', etc.) having three drawings as an image relating to a subgame.

The upper part of the opening part 31 is provided with the decoration part 8 which displays the direction and the information regarding a fluctuation display game. When an abnormality has occurred in the organic group 1, the pilot lamp (not shown) which the decorative part 8 is equipped lights, and the effect is displayed. The decoration part 8 is controlled by the main organic control apparatus 100 (refer FIG. 2), and a display content changes.

Elements of the front panel 3 are provided with decorative light emitting devices (not shown) made of lamps, LEDs, and the like. The decorative light emitting device emits light corresponding to the organic state of the organic group 1 at the time of occurrence of a hit state or abnormality.

The speaker (sound output device) which is not shown in figure is installed in the upper part of the decoration part 8. The speaker is controlled by the sub display control apparatus 250 (refer to FIG. 2), and outputs the effect sound in a hit state, and improves the interest of organic.

The banknote importer 2 is provided with the inlet 21, the organic start button 24, and a banknote determination apparatus (not shown). The banknote importer 2 is a device that accepts banknotes put in the inlet 21 by the organizer.

The inlet 21 accepts banknotes injected by the owner. When the paper money importer 2 receives the paper money, the sales signal is transmitted to the main organic control apparatus 100 through the I / O port 110. The banknote importer 2 functions as an oil value adding means.

The initiation start button 24 is a button for instructing initiation of initiation by the operator. When the organic start switch 24A detects the operation of the organic start button 24 by the armature, a detection signal (organic start signal) is output. The organic start switch 24A functions as an organic operation accepting means.

The banknote determination device is an apparatus for determining the authenticity and the amount of money of a banknote.

The premium take-out machine 4 has a withdrawal opening 41 for taking out a premium to an organic person. The prize takeout machine 4 is a device for withdrawing prizes to an organic person in accordance with the result of induction. When the prize taking machine 4 detects a prize taking signal output from the main organic control apparatus 100, the prize taking machine 4 pays a predetermined prize (for example, a gift certificate) stored in the prize hangar from the outlet 41. Points (GIFT) are given according to the image obtained by the organic person as a result of the organic. Prizes are paid based on these points. The point will be described later in detail. The premium drawer 4 functions as a premium drawing means.

Here, the upper over belt 55 of the embodiment of the present invention will be described.

During execution of the main game, the plurality of second characters 55a to 55e are displayed vertically in a row on the left side of the main screen 51 as shown in FIG. These second characters 55a to 55e constitute the upper over belt 55. The second characters 55a to 55e are displayed so as to scroll the left side of the main screen 51 from top to bottom, respectively.

When the second character is displayed on the upper left of the main screen 51, the scroll is displayed at the bottom, and when the second character reaches the lower left of the main screen 51, it is further pushed downward from the lower left of the main screen 51, It is not displayed on the main screen 51. By repeating this operation for each second character, the second character constituting the upper over belt 55 is fluctuated and displayed.

The upper filter belt 55 has a plurality of types (for example, five types), and the upper filter belt 55 displayed on the main screen 51 based on the organic state of the organic group 1 and the number of SPINs. The type of is determined. Each second character is arrange | positioned previously so that the upper ratio belt 55 may comprise the composition ratio of the 2nd character which comprises in each image provision belt.

There are a plurality of types of the second characters, and the privileges granted to the owner are different when the first character hits each kind.

Here, as will be described later in detail, when the owner operates the organic start button 24 and execution of the main game is started, the result of the main game is any one of game success, point grant, or game failure, that is, cannon. Whether or not the first character 53, which is the shell, hits the target second characters 55a to 55e, and the second character to be hit are determined by the lottery. Then, the direction display of the main game corresponding to the result of the main game determined by the drawing is displayed.

If the result of the main game is a game success (winning a SPIN), for example, a display indicating that the first character 53 hits the second character having the character 'SPIN' attached to the star is displayed, and the number of SPINs is 1; Dogs are added. Based on this one SPIN number, the subgame is executed once in the organic apparatus 1.

In addition, when the result of the main game is a point grant, for example, a second character having the letter 'S' attached to the star, a second character having the letter 'A' attached to the star, and a 'B' attached to the star. In either of the second character to which the character is attached or the second character to which the letter 'C' is attached to the star, the direction indication that the first character 53 hits is displayed, and a predetermined number of points (small Quantitative oil value).

In addition, when the result of the main game is a game failure, the direction display in which the first character 53 does not hit any of the second characters 55a to 55e is displayed.

2 shows the main organic control device 100, the LCD control device 150, the sub organic control device 200, the sub display control device 250 and the monitoring device 300 of the organic device 1 of the embodiment of the present invention. Fig. 1 is a block diagram showing the main parts of a control system centered on (organic monitoring device).

The control system of the organic apparatus 1 of embodiment of this invention is equipped with the main organic control apparatus 100, the LCD control apparatus 150, the sub organic control apparatus 200, and the sub display control apparatus 250. As shown in FIG.

The main organic control device 100 is a control device which performs overall comprehensive control of organic processes (control processing of the progress of the whole organic matter, control processing of the progress of the main game, and control of other control devices and each controlled device). 111, ROM 112, RAM 113, communication port 114 and I / O port 110. The main organic controller 100 functions as a main organic controller.

The CPU 111 is an arithmetic processing unit that is in charge of organic control of the main game and control of the entire organic group. The ROM 112 is a memory that stores invariant information for controlling the control of the main game and the whole of the organic group. The RAM 113 is a memory used as a work area in a process executed by the CPU 111 while storing a program or control data for executing a control process. The communication port 114 and the I / O port 110 are input / output ports for the main organic control apparatus 100 to transmit and receive signals with other devices.

The CPU 111, the ROM 112, the RAM 113, the communication port 114, and the I / O port 110 are connected by a bus. The bus is composed of an address bus and a data bus used by the CPU 111 for reading and writing data.

The CPU 111 includes an arithmetic unit and performs various arithmetic processing for organic control. The ROM 112 stores a program and control data (for example, a decision value for lottery) for executing a control process.

The RAM 113 stores a random area for random numbers generated by the CPU 111, and other various data (for example, the number of credits accepted by the organic group 1 by inputting a bill by the organic person) Oil value value), a storage area for temporarily storing images (specific oil value value, etc.) obtained by the owner, and a work area for temporarily storing data necessary for the operation of the CPU 111.

The I / O port 110 includes a low pass filter or a buffer gate, and functions as an input / output interface for transmitting and receiving signals from the organic start switch 24A, the banknote importer 2, and the prize takeout machine 4. As shown in FIG. In addition, the I / O port 110 transmits and receives various signals such as a start signal (SPIN signal), a count signal, a discharge command signal, and a special signal between the sub-organic controller 200 through the monitoring device 300. Function as an input / output interface.

The communication port 114 is connected to the LCD controller 150. The communication port 114 transmits a main display control command signal relating to the display of the main game from the CPU 111 toward the LCD controller 150, and receives a response signal.

In addition, the main organic control apparatus 100 is connected to the I / O port 110, the organic start switch 24A, the bill importer 2, and the prize takeout machine 4 via the monitoring apparatus 300. . The organic start switch 24A is a switch for detecting that the organic start button 24 has been operated.

The main organic control apparatus 100, by the CPU 111 and the communication port 114, to the LCD controller 150 as a main display control command signal, a main game direction pattern command for designating a direction pattern of the main game, Demo display command for indicating the display of the standby screen in the guest waiting state, main game result command for indicating the result type of the main game, hit command for indicating the display during the hit, and indication for displaying the remaining amount of oil value received. A display command for credit number, a trademark command for displaying a given number of awards, a settlement display command for indicating the display of a settlement state, and an error command for displaying a display such as the contents of an error in error or a method of returning from the error. Send.

The sub organic controller 200 is a controller for controlling a sub game and includes an organic microcomputer 201, an input interface 202, an output interface 203, and an external communication terminal 204. The sub organic control apparatus 200 functions as a seed organic control means. The organic microcomputer 201 includes a CPU in charge of controlling the sub-games, a ROM storing invariant information for controlling the sub-games, and a RAM used as a work area during the control of the sub-games. . The organic microcomputer 201 is a one-chip microcomputer in which a CPU, a ROM, and a RAM are put in one IC package.

From the external communication terminal 204, one identification number set to the organic microcomputer 201 can be output, and the inspection device and the organic field management device 501 are connected to the external communication terminal 204.

The inspection apparatus can detect fraudulent acts such as replacement or modification of the organic microcomputer 201 by the identification number of the organic microcomputer 201. The organic field management device 501 can identify the organic group by the identification number of the organic microcomputer 201.

The organic microcomputer 201 receives the start signal and the count signal through the input interface 202 and performs various processes such as hit lottery.

Further, the organic microcomputer 201 transmits the slave display control command signal to the sub display control device 250 via the output interface 203, and generates a display image relating to the sub game to the sub display control device 250. Let's do it.

Upon receiving the start signal, the sub organic control apparatus 200 extracts a random number counter value of the sub game at the timing of receiving the start signal. The extracted random number counter value is stored as an upper limit by a predetermined number (for example, four) in the sub game start memory area of the RAM 113 in the sub organic control apparatus 200. The sub organic controller 200 executes the sub game based on this random number counter value. In addition, the sub organic control apparatus 200 outputs a design decision signal for notifying the main organic control apparatus 100 of the end of the sub game at the end of the sub game.

In addition, when the result of the sub-game generates a special prize, the sub organic controller 200 transitions the organic state to the special state (hit state), and the main organic controller 110 via the output interface 203. In addition to outputting the special signal, the sub display control device 250 outputs the slave display control command signal for starting the hit direction display of the sub game.

An idiosyncratic state is an example of an extraordinary organic state that confers special benefit to the organism. In the organic group 1 of the present embodiment, when winning points in the main game during the special state, the points given to the organic person increase. In addition, when the award status ends, a predetermined prize (for example, a gift certificate having a value equivalent to the number of payment points) is paid.

In addition, the sub organic control apparatus 200 receives a special termination condition (for example, a predetermined number of count signals (for example, 15x9 = 135) transmitted from the main organic control apparatus 100, or If any one of the elapses of the predetermined time is established, the reward state is terminated, and the output of the reward signal to the main organic control device 100 is stopped, and the hit direction display of the sub game is displayed on the sub display control device 250. A slave display control command signal for terminating the signal is output.

Specifically, when the sub organic control apparatus 200 receives the start signal, the image display apparatus 5 starts a sub game (change display game) in which the pattern displayed on the sub screen 71 changes. The image related to is displayed.

When the sub-organization controller 200 receives the start signal at a predetermined timing (specifically, when the sub-game random number counter value extracted at the start signal reception timing is the hit value), the sub-organization controller 200 performs the sub-game. Is stopped in a combination of predetermined drawings (e.g., three drawings displayed on the sub screen 71, that is, a hit drawing), and the result of the sub game is a hit.

In addition, the organic microcomputer 201 transmits a special signal to the main organic control apparatus 100 through the monitoring apparatus 300 and notifies the main organic control apparatus 100 of the hit of the subgame.

When the main organic controller 100 receives the special signal transmitted from the sub organic controller 200, the main organic controller 100 outputs a prize take-out signal to the prize takeout device 4. That is, predetermined prizes are given to the owner by the hit of the sub-game.

The sub organic controller 200 uses the organic microcomputer 201 and the output interface 203 as a slave display control command signal to the sub display controller 250 as a variation pattern command, a drawing command, a drawing stop command, Start memory display commands, demo display commands, hit commands, error commands, and the like are transmitted. In addition, the sub organic control apparatus 200 transmits a command signal for changing the display form in accordance with the difference in the organic state such as a normal organic state, a probabilistic fluctuation state, a shortened change time, and the like.

The communication from the sub organic control apparatus 200 to the sub display control apparatus 250 is a unidirectional connection, and the response from the sub display control apparatus 250 to the sub organic control apparatus 200 is not communicated. This is because an illegal signal input to the sub organic controller 200 is excluded.

The sub display control device 250 functions as a display control means together with the main organic control device 100 and the sub organic control device 200. The sub display controller 250 includes an organic microcomputer 251, an input interface 252, an output interface 253, a graphic display processor (GDP) 256, and an image ROM 257.

The organic microcomputer 251 displays a CPU which is in charge of display control of the subgame, a ROM which stores invariant information (for example, control data of the corresponding image data) for display control of the subgame, and a display of the subgame. RAM provided with the work area at the time of control is provided. The organic microcomputer 251 is a one-chip microcomputer in which a CPU, a ROM, and a RAM are put in one IC package.

The image ROM 257 is a memory that stores image data (drawing data, background data, moving image character data, texture data, and the like).

The CPU included in the organic microcomputer 251 is an arithmetic processing unit for display control. The CPU executes a program stored in a ROM included in the organic microcomputer 251, and based on the signal transmitted from the main organic control apparatus 100, the image control information for the variation display game according to the organic state. (Design display information composed of sprite data, polygon data, etc., background screen information, video object screen information, etc.) is calculated. The CPU then instructs the GDP 256 to generate an image signal for display on the image display device 5.

The GDP 256 draws an image (polygon image or normal bitmap image) based on the image data stored in the image ROM 257 and the contents of the image microcomputer 251 calculating image control information. For example, in the case of drawing a polygon image, the polygon image is drawn, and a predetermined texture is attached to each polygon and stored in the frame buffer of the GDP 256. In the frame buffer, the image data displayed on the image display device 5 is temporarily stored.

The GDP 256 also performs drawing processing such as point drawing, line drawing, triangle drawing, texture mapping, alpha blending, shading processing (glow shading, etc.), and surface erase (Z buffering, etc.). The image signal subjected to such drawing processing is stored in the frame buffer of the GDP 256.

The GDP 256 then transmits the image stored in the frame buffer to the LCD controller 150 at a predetermined timing (timing based on the vertical synchronization signal V_SYNC and the horizontal synchronization signal H_SYNC).

Here, a plurality of frame buffers can be set, and the GDP 256 can be superimposed on an arbitrary image (overlay) and output.

An oscillator (not shown) for supplying a clock signal is connected to the GDP 256. The clock signal generated by the oscillator defines the operating cycle of GDP 256. Further, based on the clock signal output from the oscillator, the vertical synchronizing signal V_SYNC and the horizontal synchronizing signal H_SYNC are generated and output as a timing signal to the LCD controller 150 via the monitoring apparatus 300.

The output interface 253 outputs the video signal of the image related to the sub game generated by the sub display control device 250 to the LCD control device 150.

The sub display control device 250 is connected to an LED and a lamp (not shown) provided in the organic apparatus 1. The sub display controller 250 controls the LEDs and the lamps to display decorations according to the organic state of the sub game.

The sub display control device 250 is connected to a speaker for outputting an effect sound based on the control signal transmitted from the sub display control device 250.

The LCD controller 150 functions as a display control apparatus together with the main organic control apparatus 100 and the sub display control apparatus 250, and specifically, a display image of the main game and an LCD (image display apparatus) 5 Control the display.

The LCD controller 150 includes a CPU, a ROM, a RAM, a communication port, an image input circuit, a GDP, a VRAM, and a video controller.

These CPUs, ROMs, RAMs, communication ports, video input circuits, GDP, VRAM and video controllers are connected by buses. The bus consists of an address bus and a data bus that the CPU, GDP, and video controller use to read and write data.

The communication port is a data input / output unit for performing data communication in accordance with a predetermined communication protocol. The LCD controller 150 is connected to the main organic control apparatus 100 by a communication port and receives a control signal transmitted from the main organic control apparatus 100 through the communication port.

In addition, the LCD controller 150 is connected to the sub display controller 250 through the monitoring apparatus 300. The video signal transmitted from the sub display control device 250 is received by the video input circuit.

The ROM is a memory that stores data such as image data (e.g., design data, background data, video character data, texture data) related to a program or a main game, and data for controlling the image data.

RAM is a memory in which a work area at the time of operation of the CPU is provided. The VRAM is a memory provided with a frame buffer for temporarily storing image data displayed on the image display device 5.

The CPU is an arithmetic processing unit for display control. The CPU executes a program for display control stored in the ROM.

That is, the CPU is composed of image data (e.g., sprite data, polygon data, etc.) relating to the above-mentioned main game stored in the ROM based on the main display control command signal transmitted from the main organic control apparatus 100. Design display information, background screen information, video object screen information) are calculated according to the image control information for the main game, and instructed the GDP to generate an image signal for display on the main screen 51 of the image display apparatus 5; do.

In addition, the CPU receives the video signal transmitted from the sub display control apparatus 250, and uses the image of the main game generated by GDP and the image of the received sub game, to display the image of the main game and the image of the sub game. The GDP is instructed to generate an image signal to be synthesized and displayed on the image display device 5.

On the basis of the contents of the CPU calculating image control information, GDP is, for example, performing polygon drawing (or normal bitmap drawing) of an image, and attaching a predetermined texture to each polygon to the frame buffer of the VRAM. Remember

In addition, GDP also performs drawing processing such as point drawing, line drawing, triangle drawing, texture mapping, alpha blending, shading, and surface erase. The image signal subjected to such drawing processing is stored in the frame buffer of the VRAM.

The GDP transmits the image stored in the frame buffer of the VRAM to the image display device 5 at a predetermined timing (timing based on the vertical synchronization signal V_SYNC and the horizontal synchronization signal H_SYNC).

Here, the frame buffer sets a plurality of frame buffers in a predetermined storage area of the VRAM, and GDP overlaps and outputs the image of the main game and the image of the sub game, so that the image of the main game and the image of the sub game are displayed. An image signal displayed on the image display device 5 is generated in a state where the image of the sub game is synthesized so as to be displayed on the sub screen 71.

Based on the generated image signal, the main screen 51 on which the image of the main game is displayed and the sub screen 71 on which the image of the subgame is displayed are displayed on the main screen 51 and the image of the subgame. Overlaid on the image display apparatus 5 so that it may be displayed on this subscreen 71 (refer FIG. 1).

An oscillator for supplying a clock signal is connected to GDP. The clock signal generated by the oscillator defines the operating cycle of GDP. Further, based on the clock signal output from the oscillator, the vertical synchronizing signal V_SYNC and the horizontal synchronizing signal H_SYNC are generated and output as a timing signal to the image display device 5.

The VRAM is provided with a frame buffer which temporarily stores the image data displayed on the image display device 5. The GDP draws an image based on the image control information calculated by the CPU as described above, and stores the image signal in the frame buffer of the VRAM.

The video input circuit is a circuit for receiving a video signal relating to a sub game transmitted from the sub game display control apparatus 250. The video signal uses an RGB signal (digital RGB or analog RGB), but other video signals may be used.

When the CPU introduces a video signal of the subgame from the video input circuit, it instructs GDP to generate an image signal displayed on the image display device 5 by combining with the image of the main game as described above.

On the basis of the instruction to generate the image signal by the CPU, the GDP is superimposed and output the image of the main game and the image of the subgame so that the image of the sub game is displayed on the sub screen 71. In this way, an image signal displayed on the image display device 5 is generated in such a manner that the image of the main game and the image of the sub game are combined so that the image of the sub game is displayed on the sub screen 71 (sub-window).

The video controller converts the image data generated by the GDP into a video signal and transmits it to the image display device 5.

This LCD control device 150 is connected to the image display device 5. The image display device 5 functions as a display device.

In addition, the LCD controller 150 is connected to the main organic controller 100 to receive a control signal from the main organic controller 100. In addition, the LCD controller 150 is connected to the sub display controller 250. The connection is a one-way connection from the sub display control device 250 to the LCD control device 150. Therefore, the connection from the sub organic controller 200 to the sub display controller 250 and the LCD controller 150 becomes unidirectional.

The monitoring device 300 monitors the transmission and reception of a signal directly affecting the fair organic performance between the main organic control device 100 and the sub organic control device 200 and, if an abnormality is detected, relays the signal. Stop.

Specifically, the monitoring apparatus 300 carries out various kinds of information on the execution of the sub-game in the organic apparatus 1, for example, a start signal for instructing the start of the sub-game to be executed, and the direction display of the sub-game. And a count signal to be executed, a special signal to instruct that the hit resulted from the internal drawing in the sub game, and a discharge command signal output from the sub organic control apparatus 200 based on the start signal. On the other hand, the monitoring device 300 may be provided with a photocoupler for removing noise from each signal and shaping the waveform of the signal. On the other hand, in the present embodiment, the monitoring device 300 does not directly affect the execution of fair affairs, such as a video signal transmitted from the sub display control device 250 to the LCD control device 150 in the figure. The information on the organic image display is not relayed, but the present invention is not limited to this, and a signal which does not directly affect the fair execution of an organic signal such as a video signal may be relayed. Further, based on the monitoring result of the signal which directly affects the execution of the fair abandonment, the signal that does not directly affect the execution of the fair abortion may be stopped. As a result, it is possible to distinguish between the signal disallowing based on the abnormal monitoring and the disabling state of simple signal transmission accompanying a failure or the like.

The organic power supply device (not shown) includes a backup power supply unit and a power failure monitoring circuit in addition to the power supply circuit. When the power failure monitoring circuit detects a voltage drop of the power supply device, the power failure monitoring circuit outputs the power failure detection signal and the reset signal to the main organic control device 100, the sub organic control device 200, and the like in order.

The main organic controller 100 or the like performs a predetermined electrostatic process upon receiving the power failure detection signal, and stops the operation of the CPU when the reset signal is received. The backup power supply unit supplies the backup power to the RAM of the main organic control device 100, and the like, and includes the number of credits, specific oil value and organic data (organic state information indicating the organic state such as hit, start signal, special signal, count signal, etc.). Back up the organic control information).

In addition, in this embodiment, although the main organic control apparatus 100 and the LCD control apparatus 150 are connected through the communication port 114 and the communication port (not shown) with which the LCD control apparatus 150 mentioned later is equipped, It is not limited to this, You may comprise so that it may be connected directly by the bus, not through the communication port with which the communication port 114 and the LCD control apparatus 150 are equipped. In this case, the bus is constituted by an address bus and a data bus used for reading and writing data.

In addition, although the sub display control apparatus 250 was provided separately from the main organic control apparatus 100 and the sub organic control apparatus 200 in this embodiment, the sub display control apparatus 250 is the main organic control apparatus 100. Alternatively, the sub organic controller 200 may be incorporated into the sub organic controller 200.

In addition, in this embodiment, although the LCD control apparatus 150 was provided separately from the main organic control apparatus 100 and the sub display control apparatus 250, the LCD control apparatus 150 was installed in the main organic control apparatus 100 or It may be included in the sub display control device 250 and configured integrally.

Here, the operation of the organic group 1 will be described.

When the owner puts a bill into the inlet 21, the bill determination apparatus provided through the inlet 21 successively judges the authenticity and the amount of the bill, and the bill is accepted when the inserted bill is a regular bill. When the paper money importer 2 receives the paper money, the sales signal is transmitted to the main organic control apparatus 100 through the I / O port 110.

When the CPU 111 receives the sales signal sent from the bill importer 2, the CPU 111 adds the credit number corresponding to the amount of the bill received and stores it in the RAM 113 serving as the credit number storage means. In addition, the CPU 111 outputs a display control signal for adding the display of the balance of the number of credits displayed on the image display apparatus 5 to the LCD control apparatus 150.

The bills received by the bill importer 2 are stored in a bill storage (not shown). In addition, the current credit number is displayed at a predetermined position (for example, on the upper left) of the main screen 51. In addition, you may provide the balance display part comprised from a 7-segment LED or a liquid crystal display, and display the present credit number on this balance display part.

On the other hand, the organic group 1 provides organicity by accepting banknotes, but is not limited to this, and is a valuable medium such as coins, predetermined coins or medals that are given a viable value, and prepaid. The abandonment may be provided based on oil value data having a viable value of the abandonment recorded on the card.

Here, the prepaid card is a card in which oil value data is recorded by using a magnetism, an integrated circuit (IC), or the like. In this case, a card unit for reading and writing information stored in the prepaid card or the like is provided through the inlet 21. The organic group 1 may accept the value of the oil price data as a credit by reading the oil price data or the like stored in the prepaid card by the card unit.

In addition, you may provide abandonment using the ID card which has a fixed ID number, and the server which manages oil value data. In this case, the ID number of the ID card possessed by the owner and the oil price data possessed by the owner are associated with each other. Then, the organic group 1 reads the ID number of the ID card inserted into the organic group 1 by the organic unit by the card unit, and subtracts the oil value stored in the server corresponding to the ID number. You can accept the value of oil price data as credits.

By operating the organic start button 24, the organic person can execute the organic consumption by consuming a credit number of a predetermined unit (for example, 100 yen) corresponding to one game. If the number of remaining credits is less than the predetermined unit, the organic person cannot execute the abandonment.

When the organic start switch 24A detects the operation of the organic start button 24 by the armature, a detection signal is output. When the CPU 111 receives the detection signal output from the organic start switch 24A through the I / O port 110, the credit stored in the RAM 113 serving as the credit number storage means corresponds to one game. Subtract the number to play and run the main game. The CPU 111 functions as a main game control means.

The CPU 111 also outputs a display control signal to the LCD controller 150 instructing the subtraction of the display of the balance of the credit number displayed on the image display apparatus 5.

In the main game, as shown in Fig. 1, the first character 53, which simulates the shell of the cannon displayed on the upper right side of the display screen on the main screen 51, is modeled after the targets displayed in a row in the left side of the display screen. The state which is flying toward the upper female belt 55 which consists of 2nd character 55a-55e is shown.

In the present embodiment, a game in which the first character 53 hits the second character 55 as a main game or not is determined by lottery is executed. If the first character 53 hits either of the second characters 55a to 55e, an award is given to the owner, and a subgame is executed on the sub-screen 71, or points are given to the owner. . On the other hand, if the first character 53 exits the gap of the second characters 55a to 55e without hitting either of the second characters 55a to 55e, the game fails and the subgame is not executed. Points are not awarded to the barker.

In addition, the CPU 111, when the player starts the main game by starting the organic start button 24, the first character (which is one of game success, point grant or game failure, that is, the shell of the cannon) The random number for lottery which decides whether 53 hits the target 2nd characters 55a-55e and what privilege is given when it hits is extracted.

Next, the CPU 111 acquires the extracted random number. Then, the CPU 111 compares the obtained random number with the winning value, and determines whether the random number is a winning value, a point granting value, or none at all. Determine the result. Here, the value of the random number used for the lottery of the main game is mostly composed of the winning value of the main game success, and the value of the point grant and the dropout value may be extracted with a low probability (for example, 1/40 respectively).

On the other hand, instead of generating an internal lottery random number by the processing of software executed by the CPU 111, a random number generator for generating random numbers is installed in the main organic control apparatus 100, and the lottery output from the random number generator is performed. You can use random numbers to determine the outcome of the main game.

In addition, the points given to the owner can be exchanged for prizes by collecting a certain number. In addition, points can be used in the main game like credits.

Based on the result of the extracted random number, the CPU 111 controls the execution of the main game displayed on the main screen 51.

If the result of the main game is a game success, first, the CPU 111 adds 1 to the SPIN memory stored in the RAM 113 in accordance with the game success (SPIN winning) of the main game.

Next, the CPU 111 subtracts 1 from the SPIN memory stored in the RAM 113 at the time of outputting the start signal for instructing the start of the sub-game, and starts the number of startup memories stored in the RAM 113. Add 1

Thereafter, the CPU 111 transmits a start signal from the I / O port 110 to the sub organic controller 200 through the monitoring apparatus 300.

In addition, when the result of the main game is a game success, in order to display an image corresponding to the game success on the image display device 5, the main display control command signal for instructing an image for producing the main game is displayed on the LCD controller 150. Is transmitted through the communication port 114.

If the result of the main game is a game failure, in order to display an image corresponding to the game failure on the image display device 5, a main display control command signal instructing the image to produce the main game is sent to the LCD controller 150. Is sent.

Then, when the result of the main game is the point grant, the CPU 111 grants the point to the owner according to the result of the main game.

In addition, in order to display the image corresponding to the given point or the like on the image display apparatus 5, a main display control command signal instructing the image to produce the main game is transmitted to the LCD controller 150. FIG.

Then, the image display device 5 displays an image corresponding to the result of the drawing of the main game based on the main display control command signal.

When the sub organic controller 200 receives the start signal transmitted from the main organic controller 100, the sub organic controller 200 executes the sub game.

In the sub game, as shown in FIG. 1, the direction of the sub game executed according to the result of the main game is displayed on the sub screen 71. FIG. The subgame is a game that determines whether or not to give a prize to the owner.

In the display areas provided on the left, the center, and the right side of the variable display area 73 displayed in the sub screen 71 below the center of the display screen of the image display device 5, for example, '0' to ' The display of the numbers up to 9 'and the 12 kinds of patterns by the letters "A" through "B") is changed, and the fluctuation display game as a sub game is played.

Then, when the determination of the start of the sub-game due to the success of the game of the main game is made at a predetermined timing (specifically, the sub-organic controller 200 described later, the main organic control apparatus ( When the lottery result of the sub-game extracted when the start signal output from 100 is detected is a correct value}, the sub-game is displayed on the variation display area 73 of the predetermined screen (for example, the sub-screen 71). It stops at the state where three displayed patterns are prepared, that is, a hit drawing), and the result of the sub game is a hit state.

On the other hand, when the determination of the start of the sub game is made at a timing other than the predetermined timing (when the result of the drawing of the sub game extracted when the start signal is detected is a deviation value), the result of the sub game is missed. It stops in the form other than the combination of a predetermined figure.

When the design of the sub game is stopped by either hit or miss, the sub organic control apparatus 200 outputs the design decision signal to the main organic control apparatus 100. When the CPU 111 detects the design confirmation signal, the CPU 111 subtracts 1 from the number of startup memories stored in the RAM 113.

When the start signal is output in this manner, 1 is added to the starting memory stored in the RAM 113, and the starting memory stored in the RAM 113 each time the CPU 111 detects the design confirmation signal. By subtracting 1 from, the main game controller 100 estimates the number of subgame starting memories.

The sub organic controller 200 outputs the special signal to the main organic controller 100 when the result of the sub game is hit. The CPU 111 sets the SPIN number clear command if the detected reward signal is not detected after the reward signal is detected. The set SPIN number clear command is stored in the RAM 113.

The CPU 111 acquiring the SPIN number clear command initializes the SPIN memory stored in the RAM 113 (for example, the number of SPIN memories = 0). The CPU 111 then outputs clear information capable of specifying the number of cleared SPINs. Then, the CPU 111 executes the main game.

In addition, the sub screen 71 includes an image based on the progress of the organic (for example, a hit display that is a mark indicating that the result of the sub game has been hit, a fanfare display or a subgame that is a display that produces the hit of the sub game). Ending display, etc., indicating the completion of the hit of the game and the transition to the next sub game is displayed.

In addition, when the result of the sub-game hits the state, the prize is awarded to the owner.

Specifically, by detecting the special signal output from the sub organic control apparatus 200 based on the hit of the sub game, the main game proceeds in an organic state advantageous to the organic person, and the organic person is more easily compared to the normal time. The point value can be obtained easily, and the acquisition point value is increased. When the special signal output from the sub organic control apparatus 200 based on the hit of the sub game is not detected, the CPU 111 determines that the special state has ended and is stored in the RAM 113 to the owner. The number of SPINs is cleared, and an instruction is made to withdraw (pay) the point value assigned to the armature stored in the RAM 113.

The CPU 111 converts the points given to the owners into prizes based on the instructions, and sends to the prize takeout machine 4 a withdrawal command signal for drawing to the owners. And the premium withdrawal machine 4 which received the withdrawal command signal from CPU 111, the premiums, such as a gift certificate stored in a premium hangar, are automatically withdrawn from the withdrawal port 41. FIG.

On the other hand, in the present embodiment, the organic device 1 is configured to automatically draw prizes based on the hit of the sub-game. However, the present invention is not limited to this, but the prizes connected to the prize takeout button (not shown) and the prize takeout button are provided. A drawer switch (not shown) is provided in the prize drawer 4 to wait for the detection of a detection signal for detecting the operation of the prize takeout button by the organic person output from the prize takeout switch, and the organic person obtains the organically acquired organically. It is good also as a structure which draws out the premium stored in the premium hangar from a withdrawal port according to oil value.

In this case, the prize drawer 4 transmits the prize draw signal to the main organic control apparatus 100 through the I / O port 110, and the CPU 111 sends the prize draw signal transmitted from the prize drawer 4. Upon reception, a specific oil value storage region may be provided in the RAM 113 to subtract the specific oil value of the number according to the prizes withdrawn from the specific oil value stored in this specific oil value storage region. In addition, the CPU 111 may output a display control signal to the LCD controller 150 which subtracts the display of the balance of the specific oil value displayed on the image display device 5.

In this case, the present specific oil value may be displayed on a predetermined position (for example, on the upper right side) of the main screen 51. In addition to the image display device 5, a balance display section composed of a seven-segment LED or a liquid crystal display may be provided, and the present specific oil value may be displayed on the balance display section.

3 is a perspective view of the housing box 350 of the monitoring device 300 of the embodiment of the present invention. 4 is an exploded perspective view of the housing box 350 of the monitoring device 300 of the embodiment of the present invention.

Behind the organic apparatus 1, in addition to the main organic control apparatus 100, the sub organic control apparatus 200, the power supply apparatus which supplies predetermined power to each part, etc., the monitoring apparatus 300 is provided in place.

On the other hand, since the monitoring device 300 is attached to the rear surface side of the organic group 1, the surface facing the worker at the time of attachment (front surface) is located on the rear side of the organic group 1 after attachment, In the description of the present invention, the side attached to the organic group 1 is considered as the back side, and the opposite side is described as the front side, considering the attachment operation as a reference.

The monitoring device 300 includes a housing box 350 that encapsulates an electronic component (not shown) and a substrate 390 on which the attachment connector 324 is mounted.

The accommodation box 350 includes a base member 330 and a storage member 340 to accommodate the substrate 390.

The housing box 350 has a substantially plate-shaped base member 330 and an almost quadrilateral opening covered by the base member 330 on one surface, and accommodates the substrate 390 therefrom. ) Is formed of a receiving member 340 and a receiving box fixing means 353 for fixing the base member 330 and the receiving member 340.

In addition, the receiving box opening history writing unit 351 is a writing unit for writing the history of opening the receiving box fixing means (353). In the receiving box opening history writing unit 351, for example, an opening date, an unsealing person, a painting, and the like are written. The connector cover opening history writing unit 352 is a writing unit for writing a history of opening the connector cover described later. In the connector cover opening history writing unit 352, for example, the opening date, the unsealing person, the painting, and the like are written in the same manner as the receiving box opening history writing unit 351.

The base member 330 and the housing member 340 are made of a transparent synthetic resin, and the substrate 390 accommodated therein can be visually recognized from the outside. In addition, the receiving box 350 is placed with the base member 330 which is a flat plate in a normal state. Therefore, based on the substrate 390 housed therein, the housing member 340 is located at the top and the base member 330 is located at the bottom.

The storage member 340 has four storage side walls 341 which stand up from the inside of the storage portion 340a toward the opening edge. The base member 330 is configured such that a circumferential wall portion 331 having a low height stands around the base portion 330a. Moreover, the rib 330b, the rib 330c, and the inner wall 330d stand up in the base portion 330a. With this configuration, the substrate 390 is accommodated in the housing box 350 along the inner side surface of the storage side wall 341 of the housing member 340.

Specifically, the inner wall 330d is provided inside the upper and lower storage side walls 341 in the drawing, and is provided so as to stand up from the base portion 330a in the left and right directions in the drawing. The rib 330b is provided so as to stand up from the base 330a in the left and right directions in the drawing, between the upper and lower inner walls 330d in the drawing. In addition, the rib 330c is provided so that the rib 330c may stand up from the base part 330a in the up-down direction in the figure. On the other hand, the rib 330b and the rib 330c are constructed to have a lower standing than the inner wall 330d. In this configuration, the substrate 390 can be mounted on the upper and lower inner walls 330d in the drawing.

On the other hand, the difference between the heights of the standing walls of the inner wall 330d, the ribs 330b, and the ribs 330c is somewhat different from that of the substrate 390 or the housing box 350 when the substrate 390 is placed on the inner wall 330d. Due to deformation or looseness, an electronic component or solder portion protruding from the non-connector mounting surface and the non-connector mounting surface on the back surface of the substrate 390 is applied to the ribs 330b and the ribs 330c and 330a. It is designed with enough margin not to touch.

In addition, by expanding a portion of the upper surface 342 facing the connector mounting surface 321 of the substrate 390 toward the opening side as the innermost portion of the housing 340a in the housing member 340. The first connecting portion 343, the second connecting portion 344, and the third connecting portion 345, which are three end portions or openings, are formed.

Specifically, the first connecting portion 343 is formed as a horizontally long opening 343b along the longitudinal direction of the upper side, and a standing wall 343c is present in the bulging portion. The standing wall 343c blocks the connector mounting surface 321 from the upper surface 342 of the housing member 340. As a result, even in the state where the connector cover 360 is opened, the space in which the substrate 390 is stored is isolated from the open space by the connector wall 360 being peeled off, and thus, the standing wall 343c. For example, it is possible to prevent the illegal operation of inserting foreign materials into the electronic component disposed on the substrate 390.

On the other hand, the 2nd connection part 344 and the 3rd connection part 345 are formed as an edge part of step shape. On the receiving portion 340a side of the second connecting portion 344 and the third connecting portion 345, flat substrate mounting portions 344a and 345a, in which a part of the connector mounting surface 321 of the substrate 390 contacts, are formed, respectively. In addition, connector insertion openings 344b and 345b through which the attachment connector 324 and the like provided on the substrate 390 are inserted are provided.

On the connector mounting surface 321 of the board 390, an electronic component for performing electrical control on the operation of the monitoring apparatus 300 at a portion which does not contact the board mounting portions 344a and 345a (not shown). This is implemented. These electronic components may be provided on the non-connector mounting surface (rear surface of the connector mounting surface 321: not shown) in order to increase the mounting density.

In the board | substrate 390, the 1st connection area | region, in other words, the position corresponding to the 1st connection part 343, the some attached connector 324 is provided and arranged. The attached connector 324 is connected to a connector 319 (see Figs. 12A to 12C) respectively connected to a wiring cord of an electric component. For example, the attached connector 324 includes a main organic control device 100, a sub organic control device 200, an LCD control device 150, a sub display control device 250, a bill importer 2, and a premium drawer. (4) and the connector 319 connected with the organic start switch 24A etc. are connected.

In the second connection unit 344, an external information output terminal 310 and an external communication terminal 304, which output signals from the monitoring apparatus 300 to the outside, are disposed. The third connector 345 is provided with a power connector 324b for supplying power to the monitoring device 300.

An information collection terminal device 502 (see FIG. 10) is connected to the external communication terminal 304. Through this information collection terminal device 502, the organic device 1 and the organic field management device 501 can communicate. The monitoring device 300 may be connected to the information collecting terminal device 502 by the external information output terminal 310. In addition, a plurality of external communication terminals 304 are provided on the substrate 390, connected to the main organic control apparatus 100 and the sub organic control apparatus 200, and are stored in the organic control apparatus so as not to be rewritten. Unique identification information may be read and monitored for abnormalities.

On the other hand, these first to third connecting portions 343 to 345 are concave portions when viewed from the front side of the housing member 340 (the side where the storing portion 340a is not opened).

And when the board | substrate 390 is dropped from the top with respect to the accommodating member 340 which the opening part of the accommodating part 340a is facing upwards, the connector mounting surface 321 will place the front end or board | substrate of the accommodating side wall 341. In contact with the laying portions 344a and 345a, the attachment connector 324 or the like is stably maintained without being inclined while being exposed to the outside than the opening 343b for fitting each connector. On the other hand, the non-connector mounting surface side of the substrate 390 is determined and held by the base member 330.

When storing the substrate 390 in the housing box 350, the substrate 390 is dropped from above with respect to the housing member 340 with the opening of the housing 340a facing upward. The non-connector mounting surface side is positioned and held by the above-described inner wall 330d and the rib 330b and the rib 330c having a lower standing than the inner wall 330d.

The connector mounting surface 321 side of the substrate 390 contacts the tip of the storage side wall 341 so that the attachment connector 324 is exposed to the outside than the opening 343b through which the connectors are to be inserted. .

By the above, the board | substrate 390 is accommodated in the accommodating box 350 in the stably maintained state without inclination.

In addition, the base member 330 and the receiving member 340 have a fastening portion 332a and a fastening portion 332b as fastening means and a fastening portion 341a and a fastening portion 341b as fastening means. It is installed.

In addition, the base member 330 is provided with a fixing tank 336 for fixing the stopped receiving member 340. The storage member 340 is provided with a fixing member 346 that engages with the fixing tank 336 so as to be released by lifting the tip.

In the circumferential wall portion 331 of the base member 330, engaging portions 332a are provided at the upper and lower portions in the figure, and engaging portions 332b are provided at the left side. In addition, the accommodating side wall 341 of the accommodating member 340 is provided with the engaging part 341a at the upper side and the lower part in the figure at the left side.

When the substrate 390 is placed on the base member 330, and the housing member 340 is attached to the base member 330, first, the locking portion 341a and the base member 330 of the housing member 340 are first attached. The fitting portion 332a is aligned with the opening 332c which is provided near the right side in the drawing.

Then, the fitted storage member 340 is slid in the left direction in the drawing, and the locking portion 341b provided on the left side in the drawing of the storage member 340 is illustrated in the base member 330. It fits in the engagement part 332b provided in the left side of the inside. On the other hand, the engaging portion 332a can fit or detach the stopping portion 341b from the opening portion 332c or can be detached in the forward direction. Since the left side of the front face in the figure of 332b is closed, the locking part 341a cannot be removed in the forward direction.

Then, the fixing tank 336 installed on the base member 330 and the fixing member 346 provided on the receiving member 340 are engaged. By the engagement of the fixing tank 336 and the housing member 340, the slide to the right direction of the housing member 340 is limited, and the housing member 340 is fixed to the base member 330.

In this way, the base member 330 and the receiving member 340 are attached to each other, the receiving box 350 is configured.

Here, the sidewalls of the housing box 350 are overlapped in two directions by the circumferential wall portion 331 of the base member 330 and the storage side wall 341 of the storage member 340 in all four directions, and the storage member ( Deformation of the foreign material into the substrate 390 can be prevented, for example, because a gap in which the foreign material can be inserted even if the 340 is deformed does not occur.

In addition, after attaching the base member 330 to the housing member 340, the housing box fixing means (353) for making such re-separation difficult, a plurality (for example, 4 on one side of the housing box 350) Caulking section 348 is provided. The caulking portion 348 is for integrating the base member 330 and the receiving member 340 in such a way that it cannot be removed without being damaged after it has been attached once.

As the housing box fixing means 353 in which the base member 330 and the storage member 340 are integrated, a caulking portion 348 provided on the storage member 340 and the like are installed in the base member 330 so as to be paired with these. One or more (e.g., four) caulking portions 335 are used. In the state where the base member 330 is attached to the housing member 340, the bission hole 335a of the caulking support part 335 communicates from the cosmic hole 348a of the caulking part 348.

For example, a non-screw pressing member (not shown) made of resin to fix the caulking portion 348 and the caulking support portion 335 with a unidirectional screw screw (not shown), and to block the opening of the caulking portion 348. The bis pressing member can be firmly attached to the inner surface of the opening portion by, for example, ultrasonic welding.

As described above, the screw is difficult to be operated by the screw pressing member and the screw itself cannot be peeled off normally by screw rotation, so that the caulking portion 348 and the caulking support portion 335 are physically damaged. If not, the base member 330 and the housing member 340 cannot be separated. On the other hand, since the caulking portion 348 and the caulking portion 335 are provided in four pairs, fixing up to four times is possible, and from the number of the caulking portion 348 and the caulking portion 335 that are broken, , The number of opening the receiving box 350 can be visually confirmed.

In the embodiment of the present invention, the connector cover 360 functions as an encapsulation fixing means for fixing the accommodating box in a state in which the connecting portion is enclosed. The connector cover 360 covers the first connecting portion 343 and is detachably attached to the housing member 340. Then, once attached, a plurality (for example, four) of connector fixing means 369, such as the above-mentioned storage box fixing means 353, which cannot be easily detached or the trace left off is left. That is, a plurality of caulking portions 368 are provided on the connector cover 360 side (for example, four), and a plurality of caulking support portions 349 corresponding to the housing member 340 side are provided (eg, For example, four). The caulking portion 368 and the caulking portion 349 are fixed by passing a screw of the unidirectional screw from the caulking portion 368 to the corresponding caulking portion 349. In addition, a resin pressing member made of resin is inserted to block the opening of the caulking unit 368. For example, the pressing member is firmly attached to the inner surface of the opening by ultrasonic welding.

In this way, it is difficult to operate the vis by the vis pressing member, and the screw fixing means 369 composed of the caulking portion 368 and the caulking portion 349 because the screw itself cannot be peeled off normally by screw rotation. ), The connector cover 360 and the housing member 340 cannot be separated.

On the other hand, the connector fixing means 369, that is, the caulking portion 368 and the receiving member 340 are formed integrally and cannot be separated. In addition, since the connector fixing means 369, that is, the caulking portion 368 and the caulking support portion 349 are provided in four pairs, for example, a maximum of four fixings are possible, and the connector fixing means which is broken ( 369, that is, the number of times the connector cover 360 is removed from the number of the caulking portion 368 and the caulking support portion 349 can be visually confirmed.

The connector cover 360 is a horizontally elongated member having a substantially U-shape in cross section, having a length substantially equal to the width of the first connection portion 343, and connected to the wiring cord attached to the attachment connector 324. The connector 319 is constituted by a plate-shaped wall portion having a height and a width sufficient to accommodate the inside of the connector 319. That is, at the time of deposition, the second plate-shaped wall portion 362 facing the connector mounting surface 321 from both edges of the first plate-shaped wall portion 361 facing the connector seal scene 321 of the monitoring device 300 and The third plate-shaped wall portion 363 extends.

At the tips of the second plate-shaped wall portion 362 and the third plate-shaped wall portion 363, a second slide portion 362a and a third slide portion 363a extending outward are provided. That is, the second plate-shaped wall portion 362 and the second slide portion 362a have an almost L-shaped cross-sectional shape, and the third plate-shaped wall portion 363 and the third slide portion 363a have an almost L-shaped cross-sectional shape. do.

In addition, a cord groove 364 that is a notch for inserting a wiring cord connected to an electrical component included in the substrate 390 into the second plate-shaped wall portion 362 positioned above the connector cover 360 when being attached. This is opened. One end of the connector cover 360 is closed by the fourth plate wall portion 361a, and the other end is opened to form an open end.

The tip end of the cord groove 364 is open to this opening end. Therefore, the open end side becomes the front end side when the connector cover 360 is attached to the housing box 350. That is, the connector cover 360 is adhered to the housing box 350 by fitting the open end side of the connector cover 360 to the housing box 350 from the left side and sliding it to the right side. When the connector cover 360 is attached to the housing box 350, the wiring cord connected to the connector 319 is derived from the cord groove.

At this time, since the connector 319 connected to the wiring cord is larger than the cord groove 364, the connector 319 cannot pass through the cord groove 364. As a result, the attachment and detachment between the connector 319 and the board 390 connected to the wiring cord cannot be performed while the connector cover 360 is attached. Therefore, the connector fixing means 369 provides a connector cover. By preventing the undue detachment of the 360, the illegal operation of the connecting portion of the board 390 by the connector can be prevented and the discovery can be facilitated.

5 is a block diagram of the monitoring apparatus 300 according to the embodiment of the present invention.

The monitoring apparatus 300 of this embodiment monitors the signal between each control apparatus with which the organic apparatus 1 is equipped, and relays transmission and reception of the monitored signal, when abnormality is not found as a result of monitoring. On the other hand, when abnormality is detected as a result of monitoring, the relay of transmission and reception of the monitored signal is stopped. The monitoring device 300 includes an organic microcomputer 301, an input interface 302, an output interface 303, and an external communication terminal 304.

The organic microcomputer 301 includes a CPU in charge of the control of the monitoring apparatus 300, a ROM storing invariant information for controlling the process, and a RAM used as a work area at the time of controlling the process. In addition, the organic microcomputer 301 is a one-chip microcomputer in which a CPU, a ROM, and a RAM are put in one IC package.

The external communication terminal 304 can output the identification number set to the organic microcomputer 301 as one, and can connect the inspection device or the organic field management device 501 to the external communication terminal 304.

The inspection apparatus can detect fraudulent acts such as replacement or modification of the organic microcomputer 301 based on the identification number of the organic microcomputer 301. The management computer such as the organic field management device 501 can identify the organic device 1 through the monitoring device 300 or the monitoring device 300 by the identification number of the organic microcomputer 301. .

When the organic microcomputer 301 inputs the organic start signal output from the organic start switch 24A through the input interface 302, the organic microcomputer 301 receives the organic start signal through the output interface 303. Output to.

In addition, when the organic microcomputer 301 inputs a start signal output from the main organic control apparatus 100 through the input interface 302, the organic microcomputer 301 receives the start signal through the output interface 303. )

In addition, when the organic microcomputer 301 inputs the count signal output from the main organic control apparatus 100 through the input interface 302, the organic microcomputer 301 receives the count signal through the output interface 303. )

In addition, when the organic microcomputer 301 inputs the special signal output from the sub organic controller 200 through the input interface 302, the organic microcomputer 301 transmits the special signal through the output interface 303 to the main organic controller 100. )

In addition, when the organic microcomputer 301 inputs the design decision signal output from the sub organic control apparatus 200 through the input interface 302, the organic microcomputer 301 receives the design decision signal through the output interface 303. Output to (100).

In addition to the start signal, count signal, feature signal, and drawing confirmation signal, the information is output from the main organic control device 100 which outputs such a signal toward the organic field management device 501 by external information output. The monitoring device 300 relaying such a signal is output from the external communication terminal 304 toward the organic field management device 501 so that the two can be compared. The information collection terminal apparatus 502 receives external information (organic information) from this external information output and / or external communication terminal, and aggregates organic information of the organic device 1.

In addition, when the organic microcomputer 301 receives the sales signal output from the paper money importer 2 through the input interface 302, the organic microcomputer 301 transmits the sales signal through the output interface 303 to the main organic controller 100. ), And the sales signal is output to the information collecting terminal device 502 through the external communication terminal 304.

In addition, when the organic microcomputer 301 receives the prize drawing signal output from the prize dispenser 4 through the input interface 302, the organic microcomputer 301 receives the prize extracting signal through the output interface 303. ), And a prize withdrawal signal to the information collecting terminal device 502 through the external communication terminal 304.

Further, the organic microcomputer 301 sets setting information from the organic field management device 501 through the external communication terminal 304 in order to set monitoring parameters for determining whether or not there is an abnormality when monitoring each of the signals described above. Receive In addition, the organic microcomputer 301 notifies the organic field management device 501 of the set monitoring parameter via the external communication terminal 304. As a result, in the case where the model of the organic group 1 is changed or the like, the monitoring parameter is set in accordance with the change of the type or setting of the main organic control apparatus 100 and the sub organic control apparatus 200 of the organic group 1. Thus, even if the state of the organic group 1 is changed, appropriate negative monitoring is possible.

In addition, although the detail is mentioned later, the organic microcomputer 301 monitors each signal mentioned above, and if there exists an abnormality in a monitoring result, the relay of each signal is stopped and an operation prohibited signal is output through the output interface 303. It outputs to a banknote importer 2 and a premium take-out machine 4. When the bill importer 2 and the premium takeout machine 4 detect this operation prohibition signal, the bill acceptor 2 stops accepting the bill and drawing out the premium. Thereby, when the abnormality of the organic group 1 is detected, the expansion | damage of the damage by the cheating to the organic group 1 can be prevented.

In addition, the monitoring device 300 notifies that there is an abnormality in the monitoring result by a light emitting notification device (not shown), such as a lamp or LED connected to the monitoring device 300, and externally indicates that there is an abnormality in the monitoring result. The information collecting terminal device 502 and the organic field management device 501 are notified through the communication terminal 304. On the other hand, the connection between the monitoring device 300 for notifying that the monitoring result is abnormal, the information collecting terminal device 502 or the organic field management device 501 may be a unidirectional connection by the external information output terminal 310. .

On the other hand, the monitoring device 300 may relay a signal for transmitting / receiving a video signal or the like for displaying the display image of the sub-game. In addition, the monitoring device 300 may be provided with a photocoupler for removing noise from each signal to shape the waveform of the signal.

Here, the operation of the monitoring device 300 will be described.

6 is a view for explaining the operation of the monitoring apparatus 300 according to the embodiment of the present invention.

The monitoring device 300 for monitoring the negation of the organic device 1 is an abnormality monitoring means for monitoring a signal that is communicated by a signal line connected to the main organic control device 100 and monitoring an illegal organic state as shown in the drawing ( 300A), the relay information output means 300B for outputting the signal relayed by the abnormality monitoring means 300A to the organic field management device 501, the main organic control device 100 and the sub connected to the monitoring device 300; Signal input means 300C for receiving input of signals from the organic controller 200 and other peripheral devices (e.g., bill importer 2, giveaway 4, and organic start switch 24A); When the abnormality monitoring means 300A detects an abnormality, the notification means 300D for informing the abnormality, the main organic control device 100, the sub organic control device 200, and the like connected to the monitoring device 300 are described. Signal output means 300E for outputting the signal relayed to the peripheral device.

Further, the abnormality monitoring means 300A stores the monitoring parameter setting storage means 300F, which stores the setting of the monitoring parameter used for monitoring the illegal organic state by the abnormality monitoring means 300A based on the command from the organic field management device 501. ) And the relay of the signal if the abnormality is not detected as a result of the abnormality determination based on the setting of the monitoring parameter stored by the monitoring parameter setting storage means 300F. The relay permission means 300G and the signal relay means 300H which output the signal relayed based on the permission of the relay by the relay permission means 300G are provided.

On the other hand, the abnormality monitoring means 300A, the relay permission means 300G, and the signal relay means 300H are for the organic microcomputer 301 to execute a program stored in a ROM included in the organic microcomputer 301. Is realized.

In addition, the monitoring parameter setting storage means 300F executes a program stored in a ROM included in the organic microcomputer 301 by the organic microcomputer 301, and stores it in a RAM included in the organic microcomputer 301. This is realized by inputting and outputting data.

In addition, the relay information output means 300B executes a program stored in a ROM included in the organic microcomputer 301 by the organic microcomputer 301, and stores it in a RAM included in the organic microcomputer 301. This is realized by inputting / outputting data and outputting a signal based on the data through the external communication terminal 304.

In addition, the signal input means 300C executes a program stored in a ROM included in the organic microcomputer 301 by the organic microcomputer 301, and transmits data to a RAM included in the organic microcomputer 301. This is achieved by inputting and receiving an input of a signal based on data through the attached connector 324 connected to the input interface 302.

In addition, the notification means 300D executes a program stored in a ROM included in the organic microcomputer 301 by the organic microcomputer 301, and inputs and outputs data into a RAM included in the organic microcomputer 301. Then, it is realized by outputting a signal based on data via the external information output terminal 310 connected to the output interface 303.

In addition, the signal output means 300E executes the program stored in the ROM included in the organic microcomputer 301, and the organic microcomputer 301 executes the data stored in the RAM included in the organic microcomputer 301. This is achieved by inputting and outputting a signal based on data through the attached connector 324 connected to the output interface 303.

First, the relay of the signal by the monitoring apparatus 300 is demonstrated.

When the signal output from the main organic control device 100, the sub organic control device 200 or other peripheral devices is input to the monitoring device 300 through the signal input means 300C, the abnormal monitoring means 300A As a result of the abnormality determination, if it is not determined to be abnormal, it is output directly from the monitoring apparatus 300 via the signal output means 300E. As a result, if an abnormality is not detected by the monitoring device 300, the signal output from the main organic control device 100 or the like is monitored by the monitoring device 300, and the main organic control device 100 and the sub organic control device ( 200) or a peripheral device, etc., is relayed to a predetermined output destination.

On the other hand, if it is determined that the abnormality is determined by the abnormality monitoring means 300A, the signal relaying means 300H prohibits relaying of this signal. As a result, when an abnormality is detected by the monitoring device 300 in the signal output from the main organic control device 100 or the like, relaying of the signal by the monitoring device 300 is inhibited, and the sub organic control device 200 No signal is transmitted to the back. As a result, the execution of the organic phase of the organic group 1 is stopped, and the expansion of the damage caused by the illegal work on the organic group 1 is prevented.

In addition, when it determines with abnormality by abnormality determination by the abnormality monitoring means 300A, the notification means 300D outputs the signal which notifies abnormality. Thereby, the organic field management apparatus 501 can receive the signal which notifies this abnormality, and can detect the abnormality of the organic group 1. Furthermore, based on this, the person concerned in organic field etc. can grasp | ascertain the abnormality of the organic group 1 easily. On the other hand, the notification means 300D may be configured by a light emitting device such as an LED, and the abnormality may be reported by light emission of the light emitting device. In addition, the notification means 300D may be configured by a sound output device such as a speaker, and the abnormality may be notified by an alarm sound or a voice.

Further, the abnormality monitoring means 300A edits only information useful for abnormality monitoring among the signals input to the monitoring device 300, and outputs the information to the organic field management device 501 through the relay information output means 300B. As a result, the organic field management device 501 is notified of the status of signal transmission and reception in the main organic control device 100. In the case of fraudulent operations, sometimes tampered with electronic surveillance equipment to disguise monitoring data so that normal behavior can be used to conceal fraud. At this time, compared with the case where the signal for monitoring is acquired from each control apparatus and peripheral device of the organic apparatus 1, the signal transmitted / received in the inside of the organic apparatus 1 is actually acquired, and the certainty of a negative monitoring improves. .

Here, the relay information output means 300B and the signal output means 300E have a buffer for absorbing the difference between the data processing speed of the abnormality monitoring means 300A and the data transmission speed of each communication line.

Next, the abnormality determination by the abnormality monitoring means 300A is demonstrated.

The relay permission means 300G determines whether the organic state of the organic apparatus 1 is abnormal from the signal inputted to the abnormality monitoring means 300A based on the setting of the monitoring parameter stored by the monitoring parameter setting storage means 300F. Determine.

When the relay permission means 300G determines that the organic state of the organic group 1 is normal, the relay permission means 300H permits the signal relay to the signal relay means 300H. The signal relay means 300H transfers the input signal received by the signal input means 300C to the signal output means 300E based on the permission of the relay of this signal. As a result, when the organic state of the organic group 1 is normal, the above-described signal is relayed by the monitoring device 300.

On the other hand, if it is determined that the organic state of the organic group 1 is abnormal, the relay permission means 300G prohibits the relay of the signal to the signal relay means 300H. The signal relay means 300H does not transmit the input signal received by the signal input means 300C to the signal output means 300E based on the prohibition of relaying of this signal. As a result, when the organic state of the organic group 1 is abnormal, the above-described signal is not relayed by the monitoring device 300. On the other hand, the prohibition of signal relay is described in detail with reference to FIG. 7.

When the relay permitting means 300G determines that the organic state of the organic group 1 is abnormal, the relay permission means 300G instructs the notification means 300D to notify that the organic state of the organic group 1 is abnormal. . Thereby, the abnormality of the organic group 1 is notified to the organic field management apparatus 501 by the notification means 300D.

In addition, the organic field management device 501 notifies the monitoring parameter setting storing means 300F of the new monitoring parameter when updating the determination condition of the abnormality of the organic group 1, such as changing the model of the organic group 1. As a result, the monitoring parameter setting storing means 300F can set the monitoring item of the new abnormality determination, the threshold value of the new abnormality determination, and the like by updating the setting of the stored monitoring parameter.

Here, a part of RAM included in the organic microcomputer 301 is constituted by an EEPROM (flash memory). The monitoring parameter setting storing means 300F stores the setting of the monitoring parameter in this EEPROM. As a result, the stored monitoring parameter settings are retained even when the power supply is turned off. On the other hand, the monitoring parameter may be backed up by a secondary battery, for example, as a backup power source in addition to the EEPROM. In such a case, the backup power supply may be cut off when the monitoring device is illegally taken out or machined, and the stored monitoring parameters may be cleared.

7 is a flowchart of an abnormality monitoring process according to the embodiment of the present invention. This abnormality monitoring process is executed by the organic microcomputer 301 included in the monitoring device 300.

First, the organic microcomputer 301 reads monitoring parameters stored in the RAM included in the organic microcomputer 301 (S701). The monitoring parameter includes information for specifying an abnormality monitoring item set as a monitoring target.

Next, the organic microcomputer 301 determines whether or not the abnormality monitoring item 1 is set as the monitoring target based on the monitoring parameter read in step S101 (S102). If the abnormality monitoring item 1 is not set as the monitoring target, the organic microcomputer 301 advances the processing to step S104. On the other hand, if the abnormality monitoring item 1 is set as a monitoring target, the organic microcomputer 301 executes the abnormality monitoring determination process 1 of step S103 (refer FIG. 8), and advances a process to step S104 after that.

In step S104, as in step S102, the organic microcomputer 301 determines whether or not the abnormality monitoring item 2 is set as the monitoring target, based on the monitoring parameter read in step S101. If the abnormality monitoring item 2 is not set as the monitoring target, the organic microcomputer 301 advances the processing without executing step S105. On the other hand, if the abnormality monitoring item 2 is set as a monitoring target, the organic microcomputer 301 executes the abnormality monitoring determination process 1 of step S105, and advances a process after that.

In this manner, subroutines for abnormality monitoring judgment processing are prepared by the number of predetermined abnormality monitoring items. Then, the abnormality monitoring judgment process is executed for the abnormality monitoring item set as the monitoring target by the monitoring parameter.

On the other hand, the abnormality monitoring items include, for example, the amount of money used per unit time, the amount of prizes withdrawn per operation, the comparison between the number of SPINs and the number of times of design confirmation, and the comparison between the count and the special signal.

In monitoring the amount of money used per unit time, it is determined that the amount of money used in the unit time exceeds a predetermined amount. On the other hand, the unit time can be selected either in real time (time not to ask whether or not induction is carried out in the organic apparatus 1) or real running time (time at which induction is performed in the organic apparatus 1). Can be monitored. The actual running time can be estimated from the number of SPINs, the number of main game executions, or the amount spent. In addition, you may monitor both real-time and real operation time, respectively.

In the monitoring of the amount of prize withdrawals per operation, when the amount of prize withdrawals per operation exceeds a predetermined amount, it is determined to be abnormal. One unit of operation may be based on the number of SPINs, the number of executions of the main game, or the amount spent. The prize withdrawal amount may be an amount of oil value that can be exchanged for prizes obtained by organics.

In monitoring the comparison between the number of SPINs and the number of design decisions, it is determined that the difference between the number of SPINs and the number of design decisions (the number of executions of the subgame) is greater than a predetermined threshold. On the other hand, it may be determined that the ratio between the number of SPINs and the number of drawing confirmations is abnormal when it deviates from a predetermined range.

In the monitoring of the comparison between the count number and the special signal, when the special state does not end even when a predetermined number of count signals is detected, or the detection of the special signal ends before the predetermined number of count signals is detected (the special state ends). In the case where the predetermined number of count signals are not detected, it is determined as abnormal.

This count signal is output from the main organic control device 100 toward the sub organic control device 200 in order to determine whether the main organic control device 100 or the sub organic control device 200 is exchanged illegally. It is a signal. The number of outputs of the count signal for each occurrence of the special status is determined for each model. When the number of detections of the count signal reaches a predetermined number, the hit direction display of the sub game is finished.

Therefore, when at least one of the main organic control apparatus 100 and the sub organic control apparatus 200 was exchanged illegally, the main organic control apparatus 100, the sub organic control apparatus 200, and the monitoring apparatus 300 If a special state does not end even if a predetermined number of count signals is output, or if the special state ends before the predetermined number of count signals is output, one time There may be cases where a predetermined number of count signals are not output for the occurrence of a state. By monitoring the count signal and the special signal in this way, the abnormality of the organic group 1 can be detected.

For all the abnormality monitoring items, after the above process is executed, the organic microcomputer 301 determines whether the relay prohibition plug stored in the RAM included in the organic microcomputer 301 is on (S151). ). If the relay prohibition plug is not turned on, the organic microcomputer 301 advances the processing to step S153. On the other hand, if the relay prohibition plug is on, the organic microcomputer 301 executes the relay prohibition process (see FIG. 9) in step S152, and then advances the process to step S153.

In step S153, the organic microcomputer 301 executes external information generation processing for outputting information based on the signal to be monitored and the abnormality monitoring result, and then ends the abnormality monitoring process.

In the external information generation processing, information for informing an abnormality when an abnormality is detected in the abnormality monitoring process, information transmitted to the organic field management device 501 edited based on a signal input to the monitoring device 300, and each abnormality monitoring Information about the judgment result for the item is generated. The generated information is output by the external communication terminal 304 or the external information output terminal 310, respectively.

After the completion of this abnormality monitoring process, the following abnormality monitoring process is executed successively. That is, this abnormality monitoring process is always performed during the operation of the organic group 1. In addition, the abnormality monitoring process may not always be performed, but may be performed every predetermined period (for example, 200 mS).

8 is a flowchart of abnormality monitoring determination processing 1 according to the embodiment of the present invention. The abnormality monitoring determination process 1 is a process executed by the organic microcomputer 301 included in the monitoring apparatus 300, which is an example of a plurality of abnormality monitoring determination processes executed in the abnormality monitoring process (FIG. 7). . The abnormality monitoring item of the abnormality monitoring judgment process 1 is the amount of money used per unit time.

First, the organic microcomputer 301 reads monitoring parameters stored in the RAM included in the organic microcomputer 301 (S201). Since the monitoring parameter includes information for specifying an abnormality determination criterion of the abnormality monitoring item set as the monitoring object, the abnormality determination criterion of the amount of use per unit time used in the abnormality monitoring judgment processing 1 is obtained from the readout monitoring parameter. do.

The criteria for determining the abnormality of the amount used per unit time is specifically 'A. "More than 10,000 yen per hour" 'B. "20,000 yen or more spent per hour" Used over 10,000 yen during 100 times of SPIN signal output. 'D. In the ROM of the organic microcomputer 301, which is used for 20,000 yen or more during 100 times of output of the SPIN signal, the plurality is stored in advance, and which abnormality determination standard is to be used. It is selected by setting. On the other hand, the abnormality criterion is maintained in the ROM as a conditional expression including a variable, for example, 'used more than Yen at X hours', and the values of the variables (X and Y) are included as information in the monitoring parameter. For example, the value of a variable may be substituted by reading a monitoring parameter. In addition, a combination of a plurality of sets of variables is held in the ROM in advance, and information for selecting which combination to use is included in the monitoring parameter, and which combination may be selected by reading the monitoring parameter.

Next, the organic microcomputer 301 monitors the amount of money used per unit time of the abnormality monitoring item 1 (S202). Specifically, when the abnormality monitoring means 300A detects the sales signal output from the banknote importer 2, the abnormality monitoring means 300A sums up the amount of money used by the organizer within the unit time.

Next, the organic microcomputer 301 determines whether or not the amount of money used per unit time of one abnormality monitoring item is out of a predetermined range, based on the abnormality determination criteria of the monitoring parameter read in step S201 (S203). If the amount of money used per unit time is within a predetermined range, the amount of money used per unit time is not abnormal. Therefore, the organic microcomputer 301 ends the abnormality monitoring judgment process 1 and returns to the abnormality monitoring process. On the other hand, if the amount of money used per unit time is outside the predetermined range, the amount of money used per unit time is abnormal, and therefore, the organic microcomputer 301 sets the relay prohibition plug into the RAM provided in the organic microcomputer 301 (S203), Thereafter, the abnormality monitoring judgment processing 1 ends, and the abnormality monitoring processing returns.

When an abnormality is detected in the abnormality monitoring item in this manner, a relay prohibition plug is set as the abnormality plug. By this relay prohibition plug, the processing result of each abnormality monitoring determination process is reflected in the relay prohibition process (FIG. 9). On the other hand, if an abnormality is detected in either of the abnormality monitoring items, the relay prohibit plug is set to stop the execution of abandonment.

9 is a flowchart of relay prohibition processing according to the embodiment of the present invention. This relay prohibition process is a process executed by the organic microcomputer 301 included in the monitoring apparatus 300. The relay prohibition process monitors the relay prohibition plug (Fig. 8) set in each abnormality monitoring determination process, and performs organic Control the application of permission of signal relays that directly affect performance.

First, the organic microcomputer 301 determines the presence or absence of the relay prohibition plug stored in the RAM included in the organic microcomputer 301 (S301). Here, the relay prohibition plug is a plug set by each abnormality monitoring determination process (FIG. 8), and is a plug that indicates that there is an abnormality in a signal that directly affects the execution of the fair induction.

If the relay prohibition plug is not stored, the organic microcomputer 301 permits output of a signal that directly affects the execution of the input fair organic input (S303). Based on this, the signal input to the monitoring device 300 is relayed. Thereafter, the organic microcomputer 301 ends the relay prohibition process and returns to the abnormality monitoring process.

On the other hand, if the relay prohibition plug is stored, the organic microcomputer 301 prohibits the output of the signal which directly affects the execution of the input fair organic input (S302). Based on this, the signal input to the monitoring device 300 is not relayed, and the advancing of the organic group 1 is stopped. Thereafter, the organic microcomputer 301 advances the processing to step S304.

In step S304, the organic microcomputer 301 monitors the relay prohibition plug releasing condition which is a condition for releasing the relay prohibition plug.

This relay prohibition plug releasing condition is established when there is a release operation by a person in charge of the organic field or a predetermined release command from the outside of the organic group 1 by a person in charge of the organic field or a third party organization other than the person in charge of the organic field and the organic field. do. Specifically, when there is a release command by the operation of the release switch installed in the organic apparatus 1 or communication from the organic field management device 501 or a management computer installed outside the organic field, the relay prohibition plug release condition is established. .

When the relay prohibition plug is on, a signal which directly affects the fair organic performance of the organic group 1 is blocked, so that the execution of the organic matter is impossible, and the relay prohibition plug release condition is satisfied except for the above-mentioned external release command. I never do that. On the other hand, as the elapse of the predetermined time, the relay prohibition plug release condition may be established.

Next, the organic microcomputer 301 determines whether or not the relay prohibit plug release condition is satisfied, based on the monitoring result of the relay prohibit plug in step S304 (S305). If the relay prohibition plug releasing condition is not satisfied, the organic microcomputer 301 ends the relay prohibition process and returns to the abnormality monitoring process. On the other hand, if the relay prohibition plug release condition is satisfied, the organic microcomputer 301 clears the relay prohibition plug stored in the RAM included in the organic microcomputer 301 (S306), and terminates the relay prohibition process. To return to the abnormality monitoring process.

Here, when the monitoring device 300 clears the relay prohibition plug, the monitoring device 300 records in the operation log that the relay prohibition plug is cleared. In addition, when the relay prohibition plug is cleared, the monitoring device 300 may notify the outside (for example, the organic field management device 501 or a management computer installed outside the organic field) that the relay prohibit plug is cleared.

In the present embodiment, when the output of the signal is prohibited in step S302, communication between the organic start signal, the sales signal, the prize takeout signal, the main organic control device 100, and the sub organic control device 200 is performed. Relaying of signals input to the monitoring device 300 of signals (start signal, design decision signal, special signal, count signal, etc.) is prohibited. As a result, the monitoring device 300 stops the progress of the illegal organic matter by the organic group 1.

On the other hand, the organic microcomputer 301 functioning as the relay permission means 300G described above is not limited to this, and the main organic control apparatus 100 and the sub serve in the case where an illegal organic state is detected based on the monitoring parameters. Relay of signals communicated on the signal line connecting the organic control device 200, relay of sales signals communicated on the signal line connecting the main organic control device 100 and the bill importer 2, the main organic control device 100 And at least one of the relay of the prize take-out signal communicated by the signal line connecting the prize takeout 4 means and the relay of the organic start signal input from the organic start switch 24A.

Here, the organic microcomputer 301 may prohibit relaying of only some of the signals, as necessary, among the above-mentioned signals. For example, when it is determined that the abnormality monitoring item related to the progression of the aberration is abnormal, relaying of a signal communicated between the main organic control apparatus 100 and the sub organic control apparatus 200 is prohibited, and If it is determined that the abnormality monitoring item related to the input is abnormal, prohibit relaying of the sales signal, or if the abnormality monitoring item related to the prize is drawn abnormally, prohibiting the relaying of the prize drawing signal. The relay of the signal according to the abnormality monitoring item determined as may be prohibited.

In addition, when it is determined that the organic microcomputer 301 is abnormal, relaying of only a part of signals which are always constant may be prohibited regardless of the abnormality monitoring item determined to be abnormal. For example, when it is determined that it is abnormal, only the relaying of the signal communicated between the main organic control apparatus 100 and the sub organic control apparatus 200 may be prohibited, and similarly, only the relay of the organic start signal may be relayed of the sales signal. Only the relay of the prize drawing signal may be prohibited.

As described above, when the illegal organic state is detected, the monitoring apparatus 300 can stop the progress of the illegal organic by the organic group 1.

10 is a system configuration diagram of an organic management system for managing the organic group 1 provided with the monitoring apparatus of the embodiment of the present invention.

An internal network is installed inside the organic field, and an organic field management device (hall computer) 501, an information collection terminal 502, and a call lamp 503 are connected to the internal network.

The internal network installed in the organic field is constituted by Ethernet (registered trademark), for example. The device connected to the internal network has an address set, and communication between devices (e.g., transmission of data or command signals to specific devices) or broadcast communication (e.g., Multicast or broadcast).

The organic field management device 501 collects organic information from the organic device 1 (see FIG. 1) through the information collection terminal device 502, and monitors the operation state of each organic device 1. It also aggregates organic information. Aggregated data is used for adjustment of organic devices based on the aggregation of business data of organic farms, detection of fraud, and review of management policies.

The information collection terminal device 502 is connected to the organic device 1 via an external communication terminal 304 included in the monitoring device 300. As described above, the information collecting terminal device 502 is started by the external communication terminal 304, the start signal, the count signal, the special signal, the drawing decision signal, the selling signal, the prize drawing signal, etc. Collect organic information.

The call lamp 503 is provided with a call switch for calling an employee of the organic field. For example, when the owner operates the call switch when an abnormality occurs in the organic device 1, the call lamp 503 lights up to call the employee of the organic field.

The call lamp 503 is directly connected to the internal network and logically connected to the corresponding information collecting terminal apparatus 502 through the internal network. The call lamps 503 are connected to each organic group 1 in a one-to-one correspondence.

In addition, the structure which connects one information collection terminal apparatus 502 with respect to the some (for example, two) organic group 1 may be sufficient. Further, the functions of the information collecting terminal device 502 and the call lamp 503 may be integrated into one device.

In addition, when the information collection terminal apparatus 502 collects the organic information output from the monitoring apparatus 300, the number of times or the special number of start calculated based on the accumulated value of the organic information (for example, a start signal or a special signal) for a predetermined period of time. The cumulative value of the number of times) is generated, and the operation amount (organic history information) of the organic group 1 is counted based on the accumulated value. The information collection terminal device 502 then transmits the aggregated operation amount to the organic field management device 501.

The cumulative value of the organic information for a predetermined period generated by the information collecting terminal device 502 is usually calculated cumulatively for each business unit.

Here, the business unit means the opening of the day from the opening of the business to the closing of the business, starting early from the opening time and ending later than the closing time. On the other hand, a plurality of business units may be set in one day by dividing the business hours of the day into morning and afternoon. In addition, you may make a business unit spread over multiple days (for example, for one week).

In addition, the operation amount of each organic group 1 may be calculated by the organic field management apparatus 501. In this case, the information collection terminal apparatus 502 transmits the organic information collected from the organic apparatus 1 by the monitoring apparatus 300 to the organic field management apparatus 501, and the organic field management apparatus 501 receives the received organic information. The accumulated value of is calculated and the operation amount of each organic group 1 is calculated.

In the present embodiment, the information collection terminal device 502 is directly connected to the internal network without providing a relay device (router) for relaying information from the information collection terminal device 502. 1) You may provide for every single or multiple units. In addition, the relay device may be provided for each floor, each passage, or every predetermined block.

In this way, the organic information of the organic apparatus 1 is aggregated as organic history information by the information collection terminal apparatus 502 and transmitted to the organic field management apparatus 501. Then, the organic field management device 501 determines the presence or absence of the organic group 1 based on the received organic history information.

Here, for example, the following can be considered as a typical example of the illegal act of inputting an illegal signal by connecting an illegal device. By incorrectly inputting the start signal into the sub organic control apparatus 200, the sub game is illegally executed. By incorrectly inputting the special signal to the main organic control apparatus 100, the prize takeout signal is illegally output. The prize taking out signal is unjustly inputted to the prize taking machine 4, thereby improperly drawing the prize.

The organic apparatus 1 provided with the monitoring apparatus 300 of this embodiment determines the result of a main game and a sub game. Therefore, the number of start signals output by the success of the main game with respect to the amount of sales indicated by the sales signal outputting the sales amount for determining the number of times of execution of the main game, and the number of start signals for instructing the sub organic controller 200 to start the sub game. The number of special signals notifying the hit of the sub-game is statistically within a certain range.

Therefore, it is considered that the ratio of the number of start signals to the amount of sales and the ratio of number of special signals to the number of start signals is monitored.

In addition, since the payment of the prize by the prize takeout machine 4 is performed based on the hit of a sub game, in the monitoring apparatus 300 of this embodiment, payment of a prize and a reward signal correspond one to one. Therefore, it is conceivable that the prize drawing signal and the award signal that output the payment of the prize to the outside are monitored, and that there is a possibility of negation when there is a difference between the number of prize drawing signals and the award signal.

11 is a view for explaining a connection state between the monitoring device 300 and the organic device 1 and the information collecting terminal device 502 of the embodiment of the present invention.

The monitoring device 300 of the present embodiment is connected to the organic terminal communication terminal 521 included in the information collecting terminal device 502 by an external communication terminal 304. In addition, the organic device 1 is an information collection interface 522 provided by the information collecting terminal device 502 by an external information output terminal provided by the main organic control device 100 and / or the sub organic control device 200. Is connected to.

As described above, the monitoring apparatus 300 receives organic information relayed by the monitoring apparatus 300 such as a start signal, a count signal, a special signal, a drawing determination signal, a sales signal, and a prize takeout signal through an external communication terminal 304. Output In addition, the monitoring device 300 outputs an identification number set as one to the organic microcomputer 301 according to the request of the organic field management device 501 or the like.

In addition, the organic group 1 may output organic information through the above-mentioned external information output terminal.

12A to 12C are explanatory diagrams of the attachment forget prevention member 372 of the monitoring apparatus 300 according to the embodiment of the present invention.

The accommodating box 350 of the present embodiment is provided with an attachment portion 370 for attaching the connector cover 360. The attachment portion 370 is provided at a position corresponding to the first connection portion 343 of the housing box 350. For example, a piece of the slide portion 371 having a substantially U-shaped cross section has a standing wall 343c. It is formed by the locking piece 371a which protrudes from the back.

A plurality of attachment connectors 324 are arranged in a position corresponding to the first connection portion 343 of the substrate 390. The attached connector 324 is connected to the connector 319 connected to the wiring cord of the electrical component, respectively. Here, the attachment connector 324 functions as a first connector. In addition, the connector 319 functions as a second connector.

An attachment forgetting prevention member 372 is placed in the slide portion 371. In the embodiment of the present invention, the attachment forget prevention member 372 is configured such that the connector cover is covered by the fixing means in a state where the second connector is not connected to the first connector. It functions as an attachment forgetting prevention means for preventing the fixing. The attachment forget prevention member 372 is attached to the connector 324 of the monitoring device 300 while bending the connector 319 of the wiring cord, for example, upward, from the bottom of the slide portion 371. The contact portion 373 which extends toward the contact surface and is in contact with the connector 319 of the wiring cord is provided at the tip. In addition, the sticking prevention member 372 has a blocking portion 374 described later.

Attachment forget prevention member 372 is configured to be detachably attached to the receiving box (350). Therefore, the anti-stick forgetting member 372 in this embodiment includes a substrate portion 372a, a stop portion 372b standing up from the substrate portion 372a, and a contact portion that can contact the connector 319 of the wiring cord. 373 and a blocking portion 374 for preventing the third slide portion 363a from sliding in the slide portion 371.

The board | substrate part 372a contacts the connector mounting surface 321 of the board | substrate 390, or opposes a small gap, and provides the notch 372c at the space | interval suitable in the longitudinal direction, and a contact part in this notch 372c. 373 and the stopper 374 are located. That is, the contact portion 373 has a proximal end connected to the stopping portion 372b through the blocking portion 374 and integral with the substrate portion 372a. On the other hand, by attaching the stopper portion 372b to the anti-adhesion support portion 347 provided on the standing wall 343c of the housing member 340, the anti-sticking prevention member 372 is attached to the housing member 340. ) Detachable freely.

Therefore, the anti-stick forgetting member 372 is located in the cutout portion 372c of the substrate portion 372a, the base end is connected to the stopper portion 372b, and the tip end is a free end. The contact portion 373, which is the tip of the free end, has an appropriate elasticity through a portion that curves upward and is located on the side of the connector 324 of the substrate 390. In addition, the blocking portion 374, which is the opposite side of the contact portion 373, is located in the slide portion 371. For this reason, in this state, the 3rd slide part 363a of the connector cover 360 will be in the blocking state which cannot penetrate into the slide part 371. As shown in FIG.

On the other hand, when the connector 319 of the wiring cord is connected to the attachment connector 324, the projection 319a provided on the connector 319 contacts the contact portion 373, which is the distal end of the attachment preventing member 372, The contact 373 is pushed down. Then, the stopper portion 374 on the proximal side can also be pushed down, and the lower surface of the stopper portion 374 is brought into close contact with the connector mounting surface 321 to form a stop piece for forming the slide portion 371 ( The space | interval of the lower surface of 371a and the upper surface of the blocking part 374 becomes wider, and this space | interval becomes larger than the thickness of the 3rd slide part 363a provided in the connector cover 360. As shown in FIG. In this state, it is possible to insert the third slide portion 363a of the connector cover 360 into the slide portion 371. Therefore, this state is an allowable state which allows the connector cover 360 to be covered.

Therefore, in order to attach the connector cover 360 to the housing box 350, the third slide portion 363a of the connector cover 360 is inserted into the slide portion 371 in the permitted state, and the second The slide part 362a is stopped inside the stop piece 331a formed at the tip of the circumferential wall part 331 of the base member 330, thereby moving the connector cover 360 in the direction of the first connection part 343. Slide it.

When the connector cover 360 is to be deposited without connecting the connector 319 of the wiring cord to either of the attachment connectors 324 arranged in the plurality of the first connection portions 343, the connector At the position where 319 is not inserted, intrusion of the connector cover 360 is prevented.

Therefore, the connector cover 360 cannot be deposited unless the connector 319 of the wiring cord is plugged into the connector 324 attached to the monitoring apparatus 300, that is, the wiring cord is not connected. As a result, the fixing with the connector fixing means 369 can be prevented without connecting the wiring cord.

As described above, according to the embodiment of the present invention, when an illegal organic state is detected by the monitoring device 300 based on the monitoring parameter, relaying of the signal line is disabled, so that the main organic control device 100 and the sub Even if the combination of both of the organic control apparatuses 200 changes, an appropriate change of the monitoring parameter makes it possible to detect an illegal organic state, and the operation of the organic group 1 in an invalid organic state can be eliminated. .

In addition, the monitoring device 300 is provided with a receiving box 350 for accommodating the substrate 390 to be sealed, and after attaching the base member 330 to the receiving member 340, making it difficult to re-separation The substrate 390 is enclosed in the housing box 350 by using the housing box fixing means 353, thereby preventing unauthorized operation of the monitoring device 300 and facilitating discovery of the illegal operation.

In addition, the monitoring device 300 relays the sales signal communicated on the signal line connecting the main organic control device 100 and the bill importer 2, and the organic state is negated by the monitoring device 300 based on the monitoring parameter. When is detected, by disabling the relay of the sales signal, it is possible to prevent the expansion of damage due to the illegal operation to the organic group 1.

In addition, the monitoring device 300 relays the prize takeout signal communicated on the signal line connecting the main organic control device 100 and the prize taking machine 4, and is in an unhealthy organic state by the monitoring device 300 based on the monitoring parameter. When is detected, the relay of the prize takeout signal is disallowed, thereby preventing the expansion of the damage caused by the illegal operation on the organic group 1.

In addition, the monitoring device 300 relays the organic start signal input from the organic start switch 24A, and relays the organic start signal when an illegal organic state is detected by the monitoring device 300 based on the monitoring parameter. By disabling, the expansion of the damage by the illegal operation to the organic group 1 is prevented.

In addition, the connector cover 360 included in the housing box 350 encapsulates the board 390, the connector 319, and the attached connector 319 so that the board 390 and the wiring cord (safety belt) are connected to the connector. The unit 319 and the attachment connector 324 are integrated, so that, for example, the main organic control device 100 or the sub organic control device 200 and the monitoring device ( Unauthorized operation of the wiring of the monitoring device 300, such as connecting so as to intervene an illegal device with the 300, becomes extremely difficult. In addition, at the time of model exchange of the organic group 1, the monitoring device 300 is exchanged together with the model exchange (it is a component of the model exchange), or not at the time of the model exchange (the model exchange of Can be arbitrarily set.

Moreover, since the board | substrate 390 and the wiring cord are integrally connected, the destination of a wiring cord becomes clear, and it can identify easily when an incorrect board | substrate or an incorrect wiring cord are connected.

In addition, it is possible to supply the monitoring device 300 independently from the manufacturer, such as the main organic control device 100 and the sub organic control device 200, and thus, the illegal operation and the sub operation of the main organic control device 100 can be performed. Any of the illegal operations for the organic control device 200 can be checked.

In addition, by allowing the organic-field management apparatus 501 to monitor the signal relayed by the monitoring device 300, it is possible to detect an illegal operation early and to check the illegal operation.

In addition, since the organic microcomputer 301 outputs identification information which can identify the monitoring device 300 as one type, the monitoring device 300 can be easily confirmed in the sealed state, and the monitoring device can be easily checked. (300) Unauthorized operation to itself can be difficult.

In addition, the connector fixing means 369 for fixing the connector cover 360 is fixed to the housing box 350 so that the fixing state cannot be released unless at least a part of the connector fixing means 369 itself is not destroyed. 390) can not be easily replaced or changed.

Further, the connector cover 360 is prevented from being fixed to the attachment portion by the connector fixing means 369 in the accommodating box 350 without the connector 319 of the wiring cord attached to the attachment connector 324. Since the attachment fixing means 372 is attached to the connector fixing means 369, the fixing state cannot be released unless the connector fixing means 369 is destroyed, but the connector 319 of the wiring cord cannot be released. ), The connector cover 360 is accidentally fixed, without forgetting to attach it to the attachment connector 324, thereby preventing the occurrence of unnecessary work such as destroying the connector fixing means 369 and re-fixing. have.

On the other hand, although the decision criteria were set in addition to selecting whether the abnormality monitoring item was enabled or disabled by setting the monitoring parameter, a parameter for designating a signal which prohibits relaying at the time of abnormality determination may be added to the setting item. .

The monitoring parameter program (corresponding to a wide range of monitoring parameters) stored on a ROM included in the organic microcomputer 301 is stored in rewritable storage means such as an EEPROM, and the monitoring parameter program itself is stored in an organic field. It may be transmitted from the monitoring apparatus and stored in the EEPROM. As a result, the monitoring apparatus can call the monitoring parameter program to make abnormality determinations, thereby making it possible to flexibly cope with new irregularities.

Embodiment disclosed this time is an illustration and restrictive at no points. The scope of the present invention is shown by above-described not description but claim, and it is intended that the meaning of a Claim and equality and all the changes in a range of content are included.

According to one aspect of the present invention, when an illegal organic state is detected by the monitoring means based on the monitoring parameter, relaying of the signal line by the relay means is disabled, so that both the main organic control device and the slave organic control device Even if the combination is changed, an appropriate change of the monitoring parameter enables detection of an illegal organic state, and the operation of the organic group in the illegal organic state can be eliminated.

Claims (11)

A main organic control device for controlling the progression of the running and execution of the main game, and a seed organic control device for controlling the execution of the seed game based on the result of the main game controlled by the main organic control device; An organic group monitoring apparatus that accepts an oil value that is a viable value of organics, executes the organic consumption while consuming the accepted oil value, and monitors an irregularity of an organic group that gives an award based on the organic result. The organic group monitoring device, Relay means for relaying a signal communicated on a signal line connecting the main organic control device and the slave organic control device; Relay permission means for controlling whether or not to permit the relay of the signal communicated on the signal line; Monitoring means for monitoring a signal communicated on the signal line to monitor an illegal organic state; Monitoring parameter setting storage means for storing the setting of the monitoring parameter used for monitoring an illegal organic state by said monitoring means, And said relay permission means disables relaying of signals by said relay means when an illegal organic state is detected by said monitoring means based on said monitoring parameter. A main organic control device for controlling the progression of the running and execution of the main game, and a seed organic control device for controlling the execution of the seed game based on the result of the main game controlled by the main organic control device; An organic group monitoring apparatus that accepts an oil value that is a viable value of organics, executes the organic consumption while consuming the accepted oil value, and monitors an irregularity of an organic group that gives an award based on the organic result. The organic group is provided with oil value adding means for accepting the addition of oil value, The organic group monitoring device, Relay means for relaying a signal communicated on a signal line connecting said main organic control device and said slave organic control device, and relaying a signal communicated on a signal line connecting said main organic control device and said oil value adding means; , Relay permission means for controlling whether or not to permit the relay of the signal communicated on the signal line; Monitoring means for monitoring a signal communicated on the signal line to monitor an illegal organic state; Monitoring parameter setting storage means for storing the setting of the monitoring parameter used for monitoring an illegal organic state by said monitoring means, The relay permission means is configured to relay a signal communicated on a signal line connecting the main organic control device and the slave organic control device when an illegal organic state is detected by the monitoring means based on the monitoring parameter; At least one of the relay of the signal communicated by the signal line which connects a main organic-control apparatus and the said oil value adding means is disallowed, The organic apparatus monitoring apparatus characterized by the above-mentioned. A main organic control device for controlling the progression of the running and execution of the main game, and a seed organic control device for controlling the execution of the seed game based on the result of the main game controlled by the main organic control device; An organic group monitoring apparatus that accepts an oil value that is a viable value of organics, executes the organic consumption while consuming the accepted oil value, and monitors an irregularity of an organic group that gives an award based on the organic result. The organic group is provided with a premium drawing means capable of withdrawing the given phase as a premium, The organic group monitoring device, Relay means for relaying a signal communicated on a signal line connecting said main organic control device and said slave organic control device, and relaying a signal communicated on a signal line connecting said main organic control device and said prize taking-out means; Relay permission means for controlling whether or not to permit the relay of the signal communicated on the signal line; Monitoring means for monitoring a signal communicated on the signal line to monitor an illegal organic state; Monitoring parameter setting storage means for storing the setting of the monitoring parameter used for monitoring an illegal organic state by said monitoring means, The relay permission means is configured to relay a signal communicated on a signal line connecting the main organic control device and the slave organic control device when an illegal organic state is detected by the monitoring means based on the monitoring parameter; At least one of the relay of the signal communicated in the signal line which connects a main organic control apparatus and the said prize takeout means is disallowed, The organic apparatus monitoring apparatus characterized by the above-mentioned. A main organic control device for controlling the progression of the running and execution of the main game, and a seed organic control device for controlling the execution of the seed game based on the result of the main game controlled by the main organic control device; An organic group monitoring apparatus that accepts an oil value that is a viable value of organics, executes the organic consumption while consuming the accepted oil value, and monitors an irregularity of an organic group that gives an award based on the organic result. The organic group is provided with oil value adding means for accepting the addition of oil value, and premium drawing means for drawing out the given prize as a prize, The organic group monitoring device, Relaying a signal communicated on a signal line connecting the main organic control device and the slave organic control device, relaying a signal communicated on a signal line connecting the main organic control device and the oil value adding means, and Relay means for relaying a signal communicated on a signal line connecting the organic control device and the prize takeout means; Relay permission means for controlling whether or not to permit the relay of the signal communicated on the signal line; Monitoring means for monitoring a signal communicated on the signal line to monitor an illegal organic state; Monitoring parameter setting storage means for storing the setting of the monitoring parameter used for monitoring an illegal organic state by said monitoring means, The relay permission means is a relay of a signal communicated on a signal line connecting the main organic control device and the slave organic control device when an illegal organic state is detected by the monitoring means based on the monitoring parameter. At least one of the relay of the signal communicated by the signal line which connects a control apparatus and the said oil value adding means, and the relay of the signal communicated by the signal line which connects the said main organic control apparatus and the said prize takeout means are disallowed. Organic device monitoring device characterized in that. A main organic control device for controlling the progression of the running and execution of the main game, and a seed organic control device for controlling the execution of the seed game based on the result of the main game controlled by the main organic control device; An organic group monitoring apparatus that accepts an oil value that is a viable value of organics, executes the organic consumption while consuming the accepted oil value, and monitors an irregularity of an organic group that gives an award based on the organic result. The organic group is provided with an organic operation accepting means for accepting an organic operation of the organic matter, The organic group monitoring device, Relay means for relaying a signal communicated from a signal line connecting said main organic control device and said slave organic control device, and relaying a signal input from said organic operation accepting means to said main organic control device; Relay permission means for controlling whether or not to permit the relay of the signal communicated on the signal line; Monitoring means for monitoring a signal communicated on the signal line to monitor an illegal organic state; Monitoring parameter setting storage means for storing the setting of the monitoring parameter used for monitoring an illegal organic state by said monitoring means, The relay permission means is configured to relay a signal communicated on a signal line connecting the main organic control device and the slave organic control device when an illegal organic state is detected by the monitoring means based on the monitoring parameter; At least one of the relays of the signals input from the organic operation accepting means is not allowed. A main organic control device for controlling the progression of the running and execution of the main game, and a seed organic control device for controlling the execution of the seed game based on the result of the main game controlled by the main organic control device; An organic group monitoring apparatus that accepts an oil value that is a viable value of organics, executes the organic consumption while consuming the accepted oil value, and monitors an irregularity of an organic group that gives an award based on the organic result. The organic device is provided with oil value adding means for accepting the addition of oil value, organic operation accepting means for accepting the organic operation of the organic person, The organic group monitoring device, Relays a signal communicated on a signal line connecting the main organic control device and the slave organic control device, relays a signal communicated on a signal line connecting the main organic control device and the oil value adding means, and the organic Relay means for relaying a signal input from the operation receiving means to the main organic control apparatus; Relay permission means for controlling whether or not to permit the relay of the signal communicated on the signal line; Monitoring means for monitoring a signal communicated on the signal line to monitor an illegal organic state; Monitoring parameter setting storage means for storing the setting of the monitoring parameter used for monitoring an illegal organic state by said monitoring means, The relay permission means is a relay of a signal communicated on a signal line connecting the main organic control device and the slave organic control device when an illegal organic state is detected by the monitoring means based on the monitoring parameter. At least one of the relay of the signal communicated by the signal line which connects a control apparatus and the said oil value adding means, and the relay of the signal input from the said organic operation reception means is disabled, The organic-device monitoring apparatus characterized by the above-mentioned. . A main organic control device for controlling the progression of the running and execution of the main game, and a seed organic control device for controlling the execution of the seed game based on the result of the main game controlled by the main organic control device; An organic group monitoring device that accepts an oil value that is a viable value of the organic, executes the organic consumption while consuming the accepted oil value, and monitors an irregularity of an organic group that awards an award based on the organic result. , The organic device includes a prize withdrawing means capable of withdrawing the given image as a prize and an organic operation accepting means for accepting an organic operation of an organic person, The organic group monitoring device, Relays a signal communicated on a signal line connecting the main organic control device and the slave organic control device, relays a signal communicated on a signal line connecting the main organic control device and the prize takeout means, and the organic operation Relay means for relaying a signal input from the reception means to the main organic control apparatus; Relay permission means for controlling whether or not to permit the relay of the signal communicated on the signal line; Monitoring means for monitoring a signal communicated on the signal line to monitor an illegal organic state; Monitoring parameter setting storage means for storing the setting of the monitoring parameter used for monitoring an illegal organic state by said monitoring means, The relay permission means is a relay of a signal communicated on a signal line connecting the main organic control device and the slave organic control device when an illegal organic state is detected by the monitoring means based on the monitoring parameter. At least one of the relay of the signal communicated by the signal line which connects a control device and the said prize takeout means, and the relay of the signal input from the said organic operation accepting means is disallowed, The organic apparatus monitoring apparatus characterized by the above-mentioned. A main organic control device for controlling the progression of the running and execution of the main game, and a seed organic control device for controlling the execution of the seed game based on the result of the main game controlled by the main organic control device; An organic group monitoring apparatus that accepts an oil value that is a viable value of organics, executes the organic consumption while consuming the accepted oil value, and monitors an irregularity of an organic group that gives an award based on the organic result. The organic device includes oil value adding means for accepting the addition of oil value, premium withdrawal means for drawing out a given prize as a prize, and organic operation accepting means for accepting organic operation of an organic person. The organic group monitoring device, Relays a signal communicated on a signal line connecting the main organic control device and the slave organic control device, relays a signal communicated on a signal line connecting the main organic control device and the oil value adding means, and controls the main organic control device. Relay means for relaying a signal communicated on a signal line connecting the device and the prize takeout means, and relaying a signal input from the organic operation accepting means to the main organic control device; Relay permission means for controlling whether or not to permit the relay of the signal communicated on the signal line; Monitoring means for monitoring a signal communicated on the signal line to monitor an illegal organic state; Monitoring parameter setting storage means for storing the setting of the monitoring parameter used for monitoring an illegal organic state by said monitoring means, The relay permission means is a relay of a signal communicated on a signal line connecting the main organic control device and the slave organic control device when an illegal organic state is detected by the monitoring means based on the monitoring parameter. Relay of a signal communicated on a signal line connecting a control device and said oil value adding means, a relay of a signal communicated on a signal line connecting said main organic control device and said prize takeout means, and inputted from said organic operation accepting means. At least one of the relaying of signals is disabled, and the organic-based monitoring apparatus characterized by the above-mentioned. The method according to any one of claims 1 to 8, The organic apparatus monitoring device includes: a receiving box for receivably receiving at least the relay means, the relay permission means, the monitor means and the monitoring parameter setting storage means; It is provided with the connection part which electrically connects the said electric component and this organic-group monitoring apparatus by being connected with the connection line extended from the electrical component with which the said organic group is equipped, And the housing box includes an encapsulation fixing means for fixing the accommodation box in a sealed state connected to the connection line. The method of claim 9, The accommodating box accommodates at least the relay means, the relay permission means, the monitoring means and the monitoring parameter setting storage means in a state of expressing the connection portion, The connecting portion is constituted by a first connector provided on the organic group monitoring device, By connecting the 2nd connector which can be connected to the 1st connector which the said connection line has, and the said 1st connector, the said electrical component and said organic-group monitoring apparatus are electrically connected, The receiving box has an attachment portion for attaching a connector cover covering the first connector and the second connector, The connector cover is mounted in a state in which the connector cover is attached to the attachment portion so that the connector cover covers the first connector and the second connector, and the connector cover is fixed to the accommodating box by fixing means. It is possible to make a fixed fixation state, When the fixing means is in the fixed state, the fixing state is configured not to be released so as not to destroy at least a part of the fixing means, The accommodation box, In a state in which the second connector is not connected to the first connector, a blocking state for preventing the connector cover from becoming in the covering state; And said second connector is connected to said first connector, so that said connector cover can be converted into an allowable state that permits said cover state. The method of claim 10, The accommodating box is provided with attachment forgetting prevention means for preventing the connector cover from being fixed to the attachment portion in the covering state by the fixing means without the second connector being connected to the first connector. Organic device monitoring device characterized in that.

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