JPH0698219B2 - Pachinko machine management device - Google Patents

Description

Description: TECHNICAL FIELD The present invention relates to a management device for a pachinko gaming machine.

2. Description of the Related Art In recent years, a pachinko game hall has become large in size, and the number of pachinko game machines installed therein is also considerably large. However, the service to the player, for example, until the attendant arrives for the call of the attendant by the player,
Measures such as preventing players from getting irritated had to be done by a minimum number of staff due to lack of manpower.

Also, in the unlikely event that an illegal game is played, it is necessary to accurately and promptly detect this and deal with the illegal game, but as mentioned above, it is difficult to allocate a sufficient number of staff. Therefore, there was a problem that the measure had to be dealt with by mechanization.

OBJECT OF THE INVENTION The present invention has been made in view of the above problems, and an object of the invention is to have extremely excellent responsiveness to a call and the occurrence of an illegal game, and which pachinko machine calls the call. It is possible to clearly identify what kind of fraudulent game was played and what kind of fraudulent game was played, and prioritize the call and the occurrence of fraudulent game in response to the disadvantage received by the pachinko parlor side of the fraudulent game. It is possible to increase the number of voices to prevent it, and it is more durable, prevents the occurrence of mechanical failures, and can present detailed audio information while reducing the size of the entire device. Providing a pachinko machine management device that allows centralized and reliable management of the game hall, such as calling and taking measures against illegal games, even by a number of staff. To serve.

In order to achieve the above-mentioned object, the present invention is provided in each pachinko gaming machine, the call detection means for individually detecting the call of the pachinko gaming machine, and provided in each pachinko gaming machine, Unauthorized opening detection means for detecting unauthorized opening of the glass door of the pachinko gaming machine, and magnet unauthorized use detection means provided in each pachinko gaming machine for detecting unauthorized use of the magnet for the pachinko gaming machine, and ROM and RAM. A connected voice synthesizing circuit, each of the call detecting means for detecting the occurrence of each call, each of the unauthorized opening detecting means for detecting each unauthorized opening of the glass door and each of the magnet unauthorized use detecting means for each Call / illegal identification control that identifies unauthorized use of magnets and outputs different types of voice synthesis signals corresponding to each call, unauthorized opening and unauthorized use of magnets And the call, the unauthorized release and the unauthorized use of the magnet identified by the calling / illegal identification control means at the same time, the priority is given to the respective calls, the unauthorized release and the unauthorized use of the magnet. According to the priority setting means to be set, and according to the priority determined by the priority setting means, the occurrence of the call specified based on the voice synthesis signal, the occurrence of unauthorized opening, and the unauthorized use of the magnet are announced at appropriate places. Notification means for
A plurality of platform lamps provided for each pachinko gaming machine and displayed to identify which pachinko gaming machine was detected by the call detection means, the unauthorized opening detection means, and the magnet unauthorized use detection means. It is provided for each island consisting of pachinko game machines, and is displayed to specify on which island the detection by each call detection means, each unauthorized opening detection means and each unauthorized magnet use detection means is made, and The gist of the invention is to provide an island lamp that displays differently in the case of detection by the call detection means and in the case of detection by the unauthorized opening detection means and the unauthorized magnet usage detection means.

Embodiments Embodiments embodying the present invention will be described below with reference to the drawings.

FIG. 1 is a schematic plan view of a pachinko game arcade 1 which employs a management device according to the present invention. In this game arcade 1, a large number of pachinko game machines (hereinafter simply referred to as “pachinko machines”) 2 are linearly arranged. A plurality of one island 3 are arranged in parallel. The management of the islands 3 and the pachinko machines 2 is centralized by the management room 4. In addition, as shown in FIGS. 1 and 2, each island 3 has a pair of island lamps 5 before and after it (for example, the control room 4 side and the opposite side).
a, 5b and an appropriate number of speakers 6 as notification means are provided, and as shown in FIG. 2, a call switch 7 as call detection means and a call display means surrounding the call switch 7 in front of the top of each pachinko machine. Stand lamps 8 are provided respectively.

The island lamp 5a is a lamp for injustice and informs an illegal game, and the island lamp 5b is a lamp for call as a call display means and notifies a call based on an ON operation of the call switch 7.

Next, a schematic configuration of the pachinko machine 2 will be described.

In FIG. 3, a door frame 12 is attached to the front of a machine frame 11 of a pachinko machine 2 fixed to the island 3 by a hinge 13 so as to be openable and closable, and a metal frame 15 is attached to the periphery of a window 14 thereof. It is worn.

On the left side of the metal frame 15, a glass door 16 is attached so as to be openable and closable forward. Below the glass door 16, a front door 17 is supported on the left side of the metal frame 15 so as to be openable and closable forward, and on the front surface thereof, a hitting ball feeder 18 and an upper plate.
19 are provided.

In the prize ball passage hole 12a formed in the lower portion of the door frame 12, the lower plate 20
Is arranged, and a handle 21 for operating a ball is arranged on the right side thereof.

A synthetic resin base frame 22 is fixed to the rear surface of the door frame 12, and a synthetic resin substrate 23 is also formed on the rear surface of the base frame 22.
Is supported so as to be openable and closable in the rear and removable. A game board 24 is detachably attached to the front surface of the board 23.

Then, when the operation handle 21 is operated, the pachinko balls of the upper plate 19 are supplied from the hitting ball feeder 18 through the supply holes 18a one by one to the hitting portion, and at the same time, on the lower right side of the rear surface of the door frame 12. The supported striking rod is continuously actuated by a motor, which will be described later, which is activated based on the operation of the handle 21, so that the striking ball is launched on the game board 24.

As shown in FIG. 4, a mounting step portion 25 is formed on the inner peripheral edge of the metal frame 15, and the step portion 25 is made of a resin material having high heat resistance, vibration absorption or elasticity over substantially the entire circumference. The elastic body 26 is adhered and fixed.

Further, the tubular portion 27 formed on the side edge of the glass door 16 is a metal frame 15
A locking pin (not shown) provided on the side is detachably engaged, and rotatably supports the glass door 16 with respect to the door frame 12.
And the glass door 16 is the same as the glass door 16 in the closed state.
Engagement ridges 28 on the open side edge of 16 are pressed into engagement with the elastic body 26.

A pair of front and rear glass plate accommodating grooves 29 are formed on the inner peripheral surface of the glass door 16 at appropriate intervals, and their upper ends are open. Then, the glass plate 30 is inserted into the groove 29.

Microswitches 32 as unauthorized opening detection means are attached to the rear surface of the door frame 12 via a pair of support plates 31, and plungers 32a thereof project forward. As shown in FIG. 4, when the glass door 16 is in the closed state, the micro switch 32 has its plunger 32a pressed against the rear surface of the glass door 16 and turned off. That is, the plunger 32a is turned on when the pressing force of the plunger 32a is released even a little. Therefore, when the player forcibly breaks the glass door 16 with a wire or the like, the glass door 16 is opened and the micro switch 32 is turned on by the amount of the prying.

Further, on the back surface of the game board 24, a magnetic detection switch 33, which is a reed switch as a magnet unauthorized use detection means, is provided to detect the magnetism generated near the glass door 16.

Next, an electric circuit of the management device for the pachinko machine will be described.

The control circuit 41 and the voice synthesizing circuit 42 as the illegal call identification control means and the priority setting means are ON signals from the call switch 7, the micro switch 32 and the magnetic detection switch 33, and a message control signal output from the control circuit 41. Based on the above, a predetermined voice signal is synthesized by the voice synthesizing circuit 42 and is output to the speaker 6 disposed closest to the pachinko machine 2 via the amplifier 43. In this embodiment, the synthesized voice signal is "please wait for a while" when the call switch is turned on, "the door is open" when the micro switch 32 is turned on, and the magnetic detection switch 33 is turned on. Sometimes the voice signal of the message "The magnet is in use" is synthesized.

Further, the control circuit 41 outputs a melody control signal to the musical tone synthesis circuit 44 based on the ON signals from the calling switch 7, the micro switch 32 and the magnetic detection switch 33.
The tone synthesis circuit 44 synthesizes a chime and a melody according to the ON signals of the switches 7, 32 and 33 based on the melody control signal, and is arranged closest to the pachinko machine 2 via the amplifier 43. It is also designed to output to the speaker 6. The management room 4 is provided with a monitoring speaker 45 as a notification means, and the message, chime, melody, etc. output from the speaker 6 are also output to the speaker 45 and are in the management room 2. It is designed to notify the manager or staff.

Further, the control circuit 41 sets a priority order for each event when three kinds of events of the illegal opening of the glass door 16, the illegal use of the magnet, and the calling are simultaneously performed, and the set priority is set. The occurrence of the event is sequentially notified according to the priority order.

Further, the control circuit 41 includes a table lamp 8 installed on the upper side of the pachinko machine 2 and the pachinko machine 2 via the display drive circuit 46.
Control the lighting of the island lamps 5a and 5b installed on the island 3 to which
In response to the ON signals of the switches 32 and 33, lighting control is performed on the platform lamp 8 and the island lamp 5a for notifying the illegality, and in response to the ON signal of the calling switch 7, the platform lamp 8 and the island lamp 5b for calling are illuminated. It is designed to be controlled.
As in the above, the management room 4 is provided with a monitoring lamp 47, and the lighting control is performed together with the lamps 5a, 5b, 8 and
The manager or staff in the management room 2 is notified.

Further, the control circuit 41 controls the driving of the hitting motor 49 of the pachinko machine 2 via the motor driving circuit 48, and stops the driving of the motor 48 in response to the ON signals of the micro switch 32 and the magnetic detection switch 33. It has become.

The control circuit 41 controls the volume of the speakers 6 and 45 based on the signal from the volume adjusting device 50, and
Based on the selection signal from the notification selection device 51 as the notification means, one of the voice, melody or chime,
Alternatively, both the voice and the melody are appropriately selected and output from the speakers 6 and 45. Further, the control circuit 41 controls the number of repetitions of messages and the like based on the selection signal from the notification number selection device 52. The control circuit 41 and the notification frequency selection device 52 constitute a voice frequency control means.

In addition, the control circuit 41 controls the lighting of the lamps 5a, 5b, 8 and 47 based on the selection signal from the display selection device 53 to either hold the lighting or to blink the light and select the signal from the display time selection device 54. The lighting holding time or the number of blinks is controlled based on the above.

The devices 50 to 54 are provided in the pachinko machine 2,
Only the staff can operate it.

The stand reset switch 55, the island reset switch 56 and the management reset switch 57 are the lamps 5a, 5b, 8, 47 and the speaker.
6, 45 and the ball hitting motor 49 are switches for returning to a normal state. The platform reset switch 55 is inside the pachinko machine 2, and the island reset switch 56 is at a desired position on the island 3 to which the pachinko machine 2 belongs. Further, the management reset switch 57 is provided in each of the management rooms 4 and can be operated only by a staff member.

As described above, in this embodiment, when the player prys open the glass door 16 or illegally plays a game using a magnet, the micro switch 32 or the magnet detection switch 33 is turned on, and a voice is generated based on these on signals. The synthesis circuit 42 synthesizes an audio signal such as "the door is open" or "the magnet is used". Then, the voice signal thus synthesized is output to the speakers 6 and 45 only once or repeatedly based on the selection of the notification number selection device 52 and is notified as a voice. Meanwhile, at the same time, the control circuit
Reference numeral 41 outputs a control signal to the display drive circuit 46, and based on the selection of the display selection device 53 and the display time selection device 54, the base lamp 8 of the pachinko machine 2, the island lamp 5a for unauthorized use, and the monitoring lamp.
The 47 is controlled to turn on or blink for a predetermined time or a predetermined number of times.

Therefore, the clerk can immediately know the contents of the fraud and which pachinko machine 2 has been fraudulent. Moreover, since the control circuit 41 stops the ball striking motor 49 of the pachinko machine 2 at the same time as the illegal operation is performed, the illegal game is not continued.

Further, as shown in FIG. 4, a pair of left and right microswitches 32 are provided on the rear surface of the door frame 12, so that even if one of them fails, the other microswitch does not fail.
Fraud can be reliably detected with 32. Similarly, since a pair of left and right magnetic detection switches 33 are provided on the back surface of the game board 24, the other magnetic detection switch 33 that has not failed can reliably detect fraud even if one of them fails. .

If the player wants to call the clerk for any reason, he / she may turn on the call switch 7 on the upper side of the pachinko machine 2. The control circuit 41 outputs a message control signal to the voice synthesizing circuit 42 in response to the ON signal, and the voice synthesizing circuit 42 creates a voice signal "please wait for a while" based on the control signal. Then, the voice signal thus created becomes a voice through the speakers 6 and 45 based on the selection of the notification number selection device 52 and is notified only once or repeatedly. Further, when three kinds of events such as the illegal opening of the glass door 16, the illegal use of the magnet, and the calling are simultaneously performed, the priority order is set for each event, and the priority order is sequentially set according to the set priority order. Since it is designed to notify the occurrence of an event, for example, the act of opening the glass door and directly attracting the ball to the winning opening is more direct and has many disadvantages for the pachinko parlor side, so preferentially inform it. The act of attracting a ball to the winning port using a magnet has relatively few disadvantages, and by setting the priority to a low level, it is possible to reduce the total disadvantages to the amusement hall.

Therefore, when the player hears this notification, the player's annoyance can be alleviated until the attendant arrives.
On the other hand, the clerk is notified by the monitoring speaker 45 or each lamp.
The calling player can be immediately known based on the blinking or lighting of 5b, 8, 47.

Moreover, the island lamps 5a and 5b provided on each island 3 are turned on by the island lamp 5a in the case of illegal play, and the island lamp 5b is turned on in the case of call, so it is immediately determined whether it is illegal play or call. be able to.

Further, in this case, although various messages are output from the speakers 6 and 45, the musical tone synthesizing circuit 44 creates a musical tone signal by operating the notification selecting device 51, and various types of chimes or melodies or the message together with the speaker 6 are used. ,
It can be output from 45.

Next, a second embodiment of the pachinko machine management device of the present invention will be described.

In this embodiment, the pachinko machine 2 is attached with sub-boards having various electric circuits incorporated therein, each island 3 is provided with a main board having various electric circuits incorporated therein, and the pachinko machine 2 belonging to the island 4 is attached. The sub-board and the main board are electrically connected by a lead wire or the like.

First, the electric circuit incorporated in the sub-board will be described.

In FIG. 6, a rectifier circuit 61 rectifies a countercurrent power source 62 and uses its DC power source as a driving power source for each circuit. In addition, countercurrent power supply
Reference numeral 62 is connected to the ball striking motor 49 via the pair of microswitches 32 and serves as a driving power source for the motor 49. Then, when at least one of the micro switches 32 is turned on and opened, the hit ball motor 49
Power is cut off and stopped.

Also, the sub-board has a door open detection circuit 63 including a photo coupler,
An illegal memory circuit 64 including a flip-flop circuit, a clock circuit 65, and a switching circuit 63 are provided.
Then, the door open detection circuit 63 detects the ON operation of the micro switch 32, and outputs a detection signal to the illegal memory circuit 64 at the next stage. Even if the micro switch 32 returns to the off state on the basis of the detection signal, the illegal memory circuit 64 temporarily stores the illegality made earlier and outputs the illegal signal to the clock circuit 65 at the next stage.

The clock circuit 65 outputs a pulse signal that oscillates at an interval of 2 seconds while the incorrect signal is output to the switching circuit 66 at the next stage. In response to this pulse signal, the switching circuit 66 causes the base lamp 5 provided on the upper side of the pachinko machine 2 to blink.

In addition, the illegal signal of the illegal memory circuit 64 is indicated by the motor drive display circuit 67.
The light emitting diode 67a provided in the pachinko machine 2 is turned on to display that the fraudulent operation is performed.

The detection signal of the door opening detection circuit 63 excites the relay 68, and based on the excitation, an unauthorized opening detection signal SG1 is output to a control circuit provided on a main board described later. Further, the incorrect magnet detection signal SG2 based on the pair of magnetic detection switches 33, which are reed switches, is output to the control circuit which will be described later.

Further, the sub-board is provided with a reset circuit 69 including the platform reset switch 55 and a timer circuit 70 composed of two monostable multivibrators. Then, by turning on the reset switch 55, the illegal memory circuit 64 is reset (memory cancelled) and the stand lamp 8 is turned off. The timer circuit 70 is a circuit for setting the blinking operation time of the stand lamp 8, and the time-up time can be appropriately set by varying the time constant of the time constant circuit, and the detection signal output from the door opening detection circuit 63 is detected. The operation is started based on the signal and a time-up signal is output to the illegal memory circuit 64 to turn off the stand lamp 8. When the timer reset switch 70a is turned on, a time-up signal is output to the illegal memory circuit 64 after 30 seconds regardless of the timer operation, and the stand lamp 8 is extinguished.

Next, the electric circuit built in the main board is shown in FIGS.
It will be described with reference to the drawing.

The main board is composed of a call input circuit 71, a notification selection / circuit selection circuit 72 as a notification means and a notification selection circuit, a main control circuit 73, a voice control amplifier circuit 74, and the like.

As shown in FIG. 7, the call input circuit 71 is composed of two circuits each including a photo coupler 75, and each photo coupler 75 is turned on based on an operation of turning on the call switch 7 provided on the upper side of the pachinko machine 2. Then, the island lamp 5b for calling the front side of the island 3 is turned on based on the ON operation of the photocoupler 75 of one system, and the calling lamp 5b for the rear side of the island 3 is turned on based on the ON operation of the photocoupler 75 of the other system. The island lamp 5b is turned on.

The notification selection and number-of-times selection circuit 72, as shown in FIG.
First to fourth DIP switches 76 to 79 as switching members
Is a circuit for selecting whether the notification sent from the speaker 6 is a message, a chime, a melody, or a combination thereof, and for setting the number of repetitions of the message and the like. The signal SG3 is output to the main control circuit 73 described later. First
-Third DIP switches 76-78 are each provided with 15 switches, and fourth DIP switch 79 is provided with 8 switches, and each of these switches is turned on or off in advance. It is set to any of the states, and the number of repetitions of the message, melody or chime is set to 1 to 15 times. Then, one of them is selected and output to the main control circuit 73 as a selection data signal SG3.

As shown in FIG. 9, the main control circuit 73 includes a central processing unit (hereinafter referred to as CPU) 80 as a calling / unauthorized identification control unit and a priority setting unit, a read-only memory (which stores a control program and various data). Hereinafter, referred to as ROM) 81, readable and rewritable memory (hereinafter referred to as RAM) 82 that stores various data, clock circuit 8
3, basic clock circuit 84, power supply reset circuit 85, interrupt circuit 86, address allocation circuit 87, tone synthesis circuit 88,
It is composed of a voice synthesis circuit 89 and a filter circuit 90.

Then, the CPU 80 controls the illegal opening detection signal SG1, the illegal magnet detection signal SG2, the selection data signal SG3 and the call input circuit 71.
The call signal SG4 based on the ON operation of the photo coupler 75 is input. Based on the selection data signal SG3, the CPU 80 determines whether what is output to the speakers 6 and 45 is a message, melody or chime, and also determines how many times it is repeated.

Then, when the selection data signal SG3 is message data, the CPU 80 responds to the unauthorized opening detection signal SG1 by sending a message control signal for unauthorized opening, and the unauthorized magnet detection signal SG
In response to 2, the message control signal for illegal use of the magnet and the message control signal for calling in response to the calling signal SG4 are output to the voice synthesizing circuit 89 by the number of times of repetition.

On the other hand, when the selection data signal SG3 is melody data, the CPU 80 responds to the unauthorized opening detection signal SG1 by providing the melody control signal for unauthorized unlocking and the unauthorized magnet detection signal SG2.
Melody control signal for unauthorized use of the magnet, and melody control signal for calling in response to the calling signal SG4, to the tone synthesis circuit 88 by the number of repetitions.

The voice synthesis circuit 89 responds to the message control signal based on the unauthorized opening detection signal SG1 by saying, "The door is open",
In response to the message control signal based on the fraudulent magnet detection signal SG2, a voice signal "A magnet is being used" and in response to the message control signal based on the call signal SG4, "Please wait" is generated. And
The created audio signal is output to the speakers 6 and 45 via the filter circuit 90 and the audio control amplifier 74 shown in FIG.

The tone synthesis circuit 88 responds to the melody control signal based on the fraudulent opening detection signal SG1 to indicate the opening of the door, responds to the melody control signal based on the fraudulent magnet detection signal SG2 to indicate the fraudulent use of the magnet, or A melody tone signal indicating a call is created in response to a melody control signal based on the call signal SG4. Then, the created tone signal is output to the speakers 6 and 45 via the voice control amplifier 74.

Further, the CPU 80 is a reset signal SG5 from the platform reset switch 55, the island reset switch 56, and the management reset switch 57.
Input SG6, SG7, CPU80 based on each reset signal
Is reset and the notification operation of the speakers 6 and 45 is stopped.

Next, the operation of the management device configured as described above will be described. In this case, it is assumed that both the message and the melody are output from the speakers 6 and 45, and are set in advance by the notification selection / number-of-times selection circuit 72 so that they are repeatedly output 10 times.

First, when the player presses the call switch 7, the base lamp 8 is turned on and the photocoupler 75 of the call input circuit 71 is turned on, so that the island lamp 5b is turned on.
At the same time, the CPU 80 sends a melody control signal to the tone synthesis circuit 88 based on the calling signal SG4 and a voice synthesis circuit.
The message control signal is output to 89.

Then, the tone synthesis circuit 88 creates a melody (tone signal) for calling based on this melody control signal, and the voice synthesis circuit 89 creates a voice signal "please wait for a while" based on this message control signal. . Then, the musical sound and the voice signal are transmitted through the speakers 6 and 45.
It will be announced 10 times.

Therefore, the player can wait for the attendant without being irritated by listening to the voice and the melody. On the other hand, the clerk can also expressly hear the voice and melody flowing from the speaker 45 and see the lighting display of the island lamp 5b and the base lamp 8 to rush to the calling player. Then, after the necessary requirements are met, the clerk operates the reset switches 55, 56, 57 to restore the normal state.

Next, a case where the glass door 16 is illegally opened will be described.

When the glass door 16 is illegally opened and the micro switch 32 is turned on, the driving power of the ball striking motor 49 is cut off and the motor 49 is stopped. After that, the ball striking operation of the pachinko machine 2 is stopped and the door opening detection circuit 63 is activated. The ON operation is detected, and the base lamp 8 and the island lamp 7a of the pachinko machine 2 are blinked based on the detected operation, and the unauthorized opening detection signal SG1 is output to the CPU 80.

The CPU 80 generates a musical sound synthesis circuit 88 based on the unauthorized opening detection signal SG1.
To the melody control signal and to the voice synthesis circuit 89 to output a message control signal. Then, the musical sound synthesizing circuit 88 creates a melody (musical tone signal) for illegal opening based on this melody control signal, and the voice synthesizing circuit 89 based on this message control signal, outputs a voice signal "Do not open the door". To create. Then, the musical sound and the voice signal are notified 10 times via the speakers 6 and 45.

Therefore, the clerk can immediately recognize which pachinko machine 2 is performing the illegal game by listening to the voice and the melody which are output from the speakers 6 and 45 and seeing the blinking display of the island lamp 5a and the stand lamp 8. . Moreover, since the hitting motor 49 is stopped, the illegal game is not performed thereafter.

Next, a case where the magnet is illegally used will be described.

If the magnet is used illegally, the CPU80
G2 is output. The CPU 80 outputs a melody control signal to the tone synthesis circuit 88 and a message control signal to the voice synthesis circuit 89 based on the false magnet detection signal SG2.

Then, the musical sound synthesizing circuit 88 creates a melody (musical sound signal) for illegal use of the magnet based on this melody control signal, and the voice synthesizing circuit 89 says "magnet is used" based on this message control signal. Create an audio signal. Then, the musical sound and the voice signal are notified 10 times via the speakers 6 and 45.

Therefore, the clerk can immediately recognize whether or not the illegal game is being performed by listening to the voice and the melody that are output from the speakers 6 and 45, and can immediately deal with it.

Further, since two sets are provided for each of the micro switch 32 and the magnetic detection switch 33, even if one of the switches fails, the other switches 32, 33 which have not failed are illegal as in the case of the above embodiment. The game can be reliably detected.

Further, in this embodiment, since the CPU 80 performs the processing operation based on the program stored in the ROM 81, it is possible to perform the software programmable processing instead of the hardware processing by the circuit logic combining the gate circuits and the like. It is possible to perform a multiple process by swiftly coping with frequent occurrence events of each call.

Further, according to these embodiments, even in the pachinko game arcade 1 where the call generation table is extremely noisy, it can be clearly identified and confirmed by the voice of the person, and the player in the waiting state can hear a melody, a chime sound or the like. You can get a sense of security by eliminating the annoyance by expanding the sound effects that stabilize the emotion. Further, according to the present embodiment, the voice of the person and the musical sound such as the melody and the chime can be appropriately selected. Therefore, according to the environment and taste of each game hall, and the specific game hall. According to the gaming environment for each time zone in
By appropriately selecting and setting voice or musical sound, the function of the notification function can be effectively enhanced.

Also in the present embodiment, similarly to the first embodiment, when three kinds of events of the illegal opening of the glass door 16, the illegal use of the magnet, and the calling are simultaneously performed, the illegal opening detection signal SG1 The priority of each of the false magnet detection signal SG2 and the call signal SG4 is set for each event, and the occurrence of the event is sequentially notified according to the set priority. The act of directly attracting a ball to the prize hole is more direct and has many disadvantages on the pachinko parlor side, so priority is given to the notification, and the act of attracting a ball to the prize hole using a magnet is relatively disadvantageous. By setting the priority to be low and the priority to be low, it is possible to reduce the total disadvantage to the amusement hall.

In this embodiment, the ball hitting motor 49 is not stopped when the magnet is illegally used, but the motor 49 may be stopped when the magnet detection switch 33 is turned on.

Further, although two sets of the microswitch 32 and the magnetic detection switch 33 are provided in the present embodiment and the above-mentioned embodiments, it is also possible to implement more than this.

EFFECTS OF THE INVENTION As described above in detail, according to the present invention, the responsiveness to calling and fraudulent gaming is extremely excellent, and what kind of fraudulent gaming is performed from which pachinko machine is called. It is possible to clearly identify whether or not, and to prevent it by giving priority to the occurrence of the call and the illegal game by setting a priority order in response to the disadvantages received by the pachinko parlor side of the call and the illegal game, Furthermore, it has durability, can prevent the occurrence of mechanical failure, and can present detailed voice information while downsizing the entire device, so that even a small number of staff can call and play illegal games. This has an excellent effect that the management of the amusement hall can be centrally and surely and easily performed, such as measures against the occurrence.

[Brief description of drawings]

FIG. 1 is a schematic plan view of a pachinko game hall, FIG. 2 is a partial perspective view showing a part of an island, FIG. 3 is an exploded perspective view of a pachinko game machine, and FIG. 4 is a plan sectional view of a pachinko machine. FIG. 5 is an electric block circuit diagram of the management device, FIG. 6 is a diagram for explaining the second embodiment of the present invention, and an electric circuit diagram incorporated in the sub-board is shown in FIGS. It is an electric circuit diagram similarly incorporated in the main board. 2 ... Pachinko machine, 5a, 5b ... Island lamp, 8 ... Stand lamp, 6,45 ... Speaker and monitoring speaker as notification means, 7 ... Call switch as call detection means, 32 ... Open detection switch as unauthorized opening detection means, 33 ... Magnetic detection switch as unauthorized magnet usage detection means, 42 ... Voice synthesis circuit, 41, 80 ... Control as call / illegal identification control means and priority setting means Circuit and central processing unit, 81 …… ROM, 82 …… RAM.

Continuation of the front page (56) Reference JP-A-58-83976 (JP, A) JP-A-57-35900 (JP, A) JP-A-53-143104 (JP, A) JP-A-56-48379 (JP , A) JP-A-56-117298 (JP, A) Actual opening Sho-52-82483 (JP, U) Actual opening Sho-58-92988 (JP, U) Actual opening Sho-52-162979 (JP, U) Actual opening Sho 48-65384 (JP, U) Actual public 55-46214 (JP, Y2) Actual public 55-8609 (JP, Y2)

Claims (1)

[Claims] 1. A pachinko gaming machine (2), which is provided in each pachinko gaming machine (2) and detects a call of the same pachinko gaming machine (2) separately, and each pachinko gaming machine (2). An unauthorized opening detection means (32) for detecting unauthorized opening of the glass door (16) of the pachinko gaming machine (2), and a magnet provided for each pachinko gaming machine (2) and provided for the pachinko gaming machine (2). And a voice synthesis circuit (42) connected to the ROM and the RAM, and each of the call detecting means (7) detects the occurrence of a different call. The unauthorized opening detection means (32) detects the unauthorized opening of the respective glass doors (16) and the respective unauthorized magnet usage detection means (33) detects the respective unauthorized use of the magnets, and the respective calling, unauthorized opening and Different for each unauthorized use of magnets Call / illegal identification control means (41, 80) for outputting a voice synthesis signal of each kind, and three events of each call identified by the call / illegal identification control means (41, 80), illegal opening, and illegal use of magnets If both are performed at the same time, the priority is set by the priority setting means (41, 80) and the priority setting means (41, 80) for setting the priority for each call, unauthorized release and unauthorized use of the magnet. An alerting means (6, 45) for alerting the occurrence of a call, an unauthorized release, and an unauthorized use of a magnet, which are identified based on the voice synthesis signal, according to the priority order, and each pachinko gaming machine (2). In order to identify which pachinko gaming machine (2) is provided for each call detection means (7), each unauthorized opening detection means (32) and each magnet unauthorized use detection means (33). And shown as table lamp (8), provided for each island comprising a plurality of pachinko machine (2),
The call detection means (7), the unauthorized opening detection means (32) and the unauthorized magnet use detection means (33) are displayed to identify the island on which the detection is made, and the call detection means are also displayed. Island lamps (5a, 5b) are provided, which display differently in the case of detection by (7) and in the case of detection by each unauthorized opening detection means (32) and each magnet unauthorized use detection means (33). A management device for a pachinko gaming machine, which is characterized in that