JP2002177482A - Power source baseboard for pachinko game machine - Google Patents

Abstract

PROBLEM TO BE SOLVED: To miniaturize control baseboards, to reduce cost, and to surely exchange signals, etc., between the control baseboards. SOLUTION: A main control baseboard 22, a discharge control baseboard 24, a pattern display control baseboard 29, a voice control baseboard 20 and a lamp control baseboard 31 are connected to a power source baseboard 34. The power source baseboard 34 is provided with a first power source generating circuit 74 for generation from AC24V to DC5V, a second power source generating circuit 75 for generation from AC24V to DC12V, a third power source generating circuit 76 for generation from AC24V to DC24V and a fourth power source generating circuit 77 for generation from AC24V to DC30V. Power sources generated by the respective power source generating circuits 74, 75, 76 and 77 are supplied to the corresponding control baseboards 22, 31, 29, 20 and 24.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a power supply board for a pachinko game machine, and more particularly, to a pachinko game machine using a pachinko ball as a game medium, wherein a plurality of control boards having different voltages are used. The present invention relates to a power supply board that generates power and supplies it to each control board.

[0002]

2. Description of the Related Art The basic structure of a pachinko machine is as follows: a window frame, a glass door, upper and lower ball plates, a hit ball launching device, a ball feeder, various ball processing, Game components such as a back mechanism set board having a part etc. are installed respectively, and inside the front of the front frame, a symbol variable display device, an electric winning device, a prize device with a switch, a game display device, a lamp and the like. A game board provided with an electric game device is set to be detachable and replaceable. In the back mechanism set panel, a main control board for controlling the entire pachinko machine, and a payout control board, a symbol display control board, a voice control board, a lamp control board, and a firing control board for controlling each component of the pachinko machine. Various control boards, such as control boards, are respectively arranged at predetermined locations, and various control boards are electrically connected to the main control board.

As described above, in a pachinko machine in which a plurality of control boards including a main control board are separated and separately arranged, a predetermined voltage is externally applied to a power supply unit arranged on one upper side of a back mechanism set board. (AC24V) is supplied, and the main power is supplied to each control board via a power supply line for connecting the power supply unit to each control board.
In each control board, a power supply of a required voltage is generated from a main power supply supplied from a power supply unit by a power supply generation circuit mounted on the board.

[0004]

Each of the plurality of control boards has a power supply generating circuit, and a voltage (for example, DC12V, DC24V) required by the control board in the circuit is provided.
However, in the configuration for generating the power supply of (2), not only the cost of each control board is increased, but also a drawback that the miniaturization of each control board is hindered is pointed out. In each of the control boards, a power supply voltage for driving an IC circuit such as a CPU or a RAM included in the control board is also individually generated. Alternatively, there is a possibility that an error may occur in the power supply voltage for driving the IC circuit generated by each control board due to a voltage fluctuation of the main power supply supplied from the power supply unit to each power supply generation circuit. When the above error occurs, there is a risk that signals cannot be exchanged between the control boards or that the IC circuit itself is damaged.

[0005]

SUMMARY OF THE INVENTION The present invention has been made in view of the above-mentioned problems inherent in the prior art, and has been proposed to appropriately solve the problems. Power supply board for a pachinko game machine, which is capable of reliably transmitting and receiving signals between the boards by collectively generating a power supply voltage for driving an IC circuit of each control board while reducing the cost and cost. The purpose is to provide.

[0006]

[Means for solving the problems] To overcome the above-mentioned problems,
In order to suitably achieve the intended purpose, the power supply board of the pachinko gaming machine according to the present invention is a power supply board of a pachinko gaming machine in which a plurality of control boards provided with IC circuits are disposed on the back side of the machine. From a source voltage of a predetermined voltage supplied from the outside, at least when a game board disposed in a gaming machine is replaced, a voltage different from a power supply voltage for an IC circuit used in a control board to be replaced is different. A plurality of types of power generation circuits for generating power are provided, and the power generated by each of the power generation circuits is supplied to a corresponding control board.

[0007] In order to overcome the above-mentioned problems and appropriately achieve the intended purpose, a power supply board of a pachinko game machine according to another invention of the present application comprises a plurality of control boards provided with IC circuits on the back side of the machine. Power supply board of the pachinko gaming machine disposed in the main control board for controlling at least the entire game machine from a power source of a predetermined voltage supplied from the outside, and each component connected to the main control board A plurality of types of power supply generation circuits that generate power supplies having different voltages including a power supply voltage for an IC circuit, which is used in another control board for controlling the unit,
A power supply generated by each of the power generation circuits is supplied to a corresponding control board.

[0008]

According to the power supply board provided in the game machine, a control board or at least a control board which is replaced together at least when the game board provided in the game machine is replaced from a power supply of a predetermined voltage supplied from the outside. Generating a plurality of power supplies having different voltages used by a main control board for controlling the entire gaming machine and other control boards connected to the main control board and used to control each component, and corresponding to the power supplies To each of the control boards. That is, since a plurality of power supplies having different voltages are generated at once by the power supply board, it is not necessary to provide a power supply generation circuit on each control board, and the control board can be downsized and the manufacturing cost can be reduced. In the power supply board, a power supply voltage for driving an IC circuit is generated from an original power supply and supplied to each control board. Therefore, no error occurs in the power supply voltage for driving the IC circuit supplied to each control board, and it is possible to prevent signals from being exchanged between the boards and to prevent the IC circuit itself from being damaged.

[0009]

BEST MODE FOR CARRYING OUT THE INVENTION Next, a power supply board of a pachinko gaming machine according to the present invention will be described in detail with reference to the accompanying drawings with reference to preferred embodiments. In the present embodiment, as a pachinko gaming machine, a card-type pachinko machine capable of renting out stored balls using a card-lending card and a card unit will be described as an example, but it is a pachinko machine that does not use a card unit. Is also good.

Therefore, a pachinko machine in which the power supply board of the present embodiment is implemented will be briefly described with reference to FIGS. In the pachinko machine P of this embodiment, as a basic schematic configuration, a front frame B is attached to a front side of an opening of an outer frame A so as to be attachable / detachable and openable using a connecting support means and a locking means. ing. And inside and outside of the front frame B,
A window frame C to which a horizontally opening glass door D is attached, and a glass door D
An upper ball tray E is mounted on the front side of an opening / closing set plate which is removably and releasably attached to the front frame B at a lower portion of the front frame B, and an electric ball feeder is mounted on the rear side of the opening / closing set plate.
(Not shown) and the like are set. In addition, a lower ball tray F, a hit ball firing device H, and the like are installed below the front frame B, and a back mechanism set board G is installed on the back side, and a holding frame provided on the rear side of the front frame B. A game board J constituting a required game area Ja is set inside the front of the game machine 10 so as to be detachable and replaceable. On the other hand, the ball lending unit (cover type) K required for the ball lending payout control is located beside the pachinko machine P (the outer frame A).
(Adjacent to the electronic control unit).

The back mechanism set board G is detachably mounted on the back side of the holding frame 10 for the game board J set on the back side of the front frame B, and corresponds to the holding frame 10 as shown in FIG. A window 12 for inspection on the back of the game board is opened at the center of a main body 11 formed of a resin having a square size.
A back set member 13 removably arranged on the back of the game board J faces the inside of the game board 2. The back set member 13 is formed with a plurality of passages (not shown) for discharging and guiding the safe spheres that enter various winning parts disposed on the game board J and pass through to the back side. At a position corresponding to the display frame 14 disposed on the surface of J, a symbol display device (component) 15 including a symbol display control board 29 is detachably disposed. In the following description, “left”,
"Right" refers to the state where the pachinko machine P is viewed from the back side (the state of FIG. 1).

As another configuration of the back mechanism set board G, a ball storage / discharge path section 16 and the like are provided in an outer peripheral portion extending from the upper portion of the window 12 to the right side portion. In addition, below the ball storage / discharge path section 16, a ball discharge device (constituent section) L for electrically controlled ball rental and prize balls in a cassette form is provided.
Are installed in a front-to-back relationship, and below these ball payout devices L, a ball discharge path (FIG. 5) for discharging the lending balls and prize balls paid out from the devices L to the upper ball plate E or the lower ball plate F. (Not shown) is formed, and a predetermined number of pachinko balls (reserved balls) stored in the ball storage and discharge path section 16 are paid out as lending balls or prize balls by the operation of each ball payout device L. Has become. Under the window 12, a ball exit path for discharging the out ball and the safe ball to the outside of the machine is formed, and a ball emptying device, a prize ball full detecting device, and a ball-lending detection switch (all shown in FIG. (Not shown) etc. are installed respectively.

As shown in FIG. 1, an external connection terminal plate 17 for a frame is provided at the upper right corner on the back side of the main body 11 of the back mechanism set board G, as shown in FIG.
Below, a launch control device 19 containing a launch control board 18 for controlling the hit ball launch device (component) H, and a sound effect (not shown) for generating a sound effect according to the pachinko game on the game board J An audio control device 21 that accommodates an audio control board 20 that controls the generation of a generating device (component) is arranged left and right apart from each other. Also, the main control device 23 and the ball dispensing device L, which house the main control board 22 for controlling the pachinko machine P as a whole so that a part thereof overlaps the launch control device 19 or the voice control device 21 in a front-to-back relationship. A payout control device 25 accommodating a payout control board 24 to be controlled is disposed on the main body 11 so as to be adjacent to the left and right. In addition,
The connector insertion holes of the control boards 18, 20, 22, and 24 are all exposed without overlapping each board.
Further, above the arrangement position of the payout control device 25 in the main body 11, the payout control board 24 and the main control board 2 are disposed.
Payout relay board 2 for connecting ball 2 to ball payout device L for prize balls
6. An interface board 28 provided with a connector for inputting and outputting various data by connecting to the power distribution board 27 and the ball lending unit K is arranged. The power distribution board 27 is connected to the interface board 28 and the launch control board 18 (see FIG. 12).

As shown in FIG. 3, a lamp relay board 30 is provided on the back of the back set member 13 provided on the back mechanism set board G, to the left of the position where the symbol display device 15 is disposed. A lamp control device 81 containing a lamp control board 31 for controlling a not-shown lamp device (component) for performing a lamp display according to the pachinko game on the game board J;
Are arranged in a vertical relationship, and the symbol display device 1
The main control relay board 32 is arranged below the arrangement position of No. 5. A back cover member 33 for covering and protecting the back side of the symbol display device 15 is attached to the back surface of the back set member 13 on which the plurality of substrates 30, 31, 32 are disposed so as to be openable and closable. In addition, a power supply device 35 containing a power supply board 34 for generating and supplying a plurality of power supplies having different voltages required for the respective control boards is arranged on the back side (back side) of the back cover member 33. It has become. That is, as shown in FIG. 1, the power supply board 34 disposed on the back cover member 33 is located at a substantially central portion on the back side of the gaming machine, and power is supplied from the power supply board 34 around the power supply board 34. The main control board 22, the payout control board 24, the symbol display control board 29, the voice control board 20, the lamp control board 31, the emission control board 18, and the power distribution board 27 are arranged.

A payout control board 24, a symbol display control board 29, a voice control board 20, and a lamp control board 31 are connected to the main control board 22, and the firing control board 18 is connected to the payout control board 24. It is configured to be connected. When the game board J is replaced to change the game content, the main control board 22 and the symbol display control board 2
9. The voice control board 20 and the lamp control board 31 are exchanged together with the game board J, and the payout control board 24 and the firing control board 18 are commonly used for each game content.

As shown in FIGS. 6 to 8, the back cover member 33 is formed of a synthetic resin into a substantially rectangular box shape. Then the upper portion, is formed a box portion 36 which defines a protective chamber R ₁ of the large gap space the rear surface of the back setting member 13, resulting accommodates protect the symbol display device 15 in the box portion 36 and a lid portion 37 defining a protection chamber R ₂ of the small gap space the rear surface of the back setting member 13 in the lower portion
Is formed, and the concave space due to the difference in height between the two portions 36 and 37 is the installation accommodating concave portion 38 of the power supply device 35.
(See FIG. 5).

A plurality of long holes 36a for heat radiation are formed in the back plate of the box portion 36, and a terminal plate storage portion 36b in which an external connection terminal plate 39 for a game board is removably stored. Is recessed. On the lower plate of the box 36,
As shown in FIG. 4, a plurality of radiating holes 3 for radiating heat are provided at a position facing the upper side of the power supply device 35 located in the installation accommodating recess 38.
6c has been established.

A power supply device 3 is provided on the back plate of the lid 37.
5 is formed, and an installation part 40 for the installation part 4 is formed.
In the case of 0, a protective frame 41 which rises at a predetermined height is formed on the left, right, and lower portions so that the power supply device 35 can be set. The upper edge of the installation section 40 and the box section 36
For example, a plurality of locking holes 40a are formed in the connecting portion as a first locking means for detachably mounting a mounting base body 42 described later so as to be detachably attached to the mounting base 42. A pin 40b as a positioning means for the mounting base body protrudes from a lower portion of the base 40. Further, the pin 4
A screw hole 40c is screwed in each of the left and right sides with the power supply device 3 therebetween.
For example, an elastically deformable locking hook 44 is formed as second locking means for positioning and locking a later-described housing case 43 at a fixed position. In the lower plate portion of the lid portion 37, there are formed draw-out ports 45 for various electric wirings derived from the back set member 13, the game board J, the symbol display device 15, and the like.

As an example of the attaching / detaching / opening / closing technique of the back cover member 33, as shown in FIGS. 4 and 5, each of the support pieces 46 formed on the upper and lower left sides in the figure of the back cover member 33 as a connecting support means. Using the hole 46a and the upper and lower support shafts 47a of the support plate 47 attached to the left side of the back set member 13, it is possible to attach and detach in the up and down direction and rotate (laterally open) in the left and right direction. It is connected and supported, and the right flange portion 48 in the drawing of the back cover member 33 as a disengaging means.
Up and down locks (pin-shaped locks) 4 arranged above and below
9 and locking cylinder portions 50 (see FIG. 3) formed on the right and lower sides of the back setting member 13 so as to be locked so as to be able to be unlocked (locked and unlocked). The technique for attaching and detaching the back cover member 33 to and from the back set member 13 is not limited to the configuration of the embodiment, and is, for example, a rotary stopper provided on the back set member 13 or the back cover member 33. Of various types, such as a type that can be engaged and disengaged with the other party, can be adopted. The attachment / detachment / opening / closing means and the engagement / disengagement means may be reversed left and right.

The cover 3 in the back cover member 33 described above.
7, a predetermined voltage (AC24)
A power supply device 35 having a power supply board 34 to which the main power supply V) is supplied is set to be detachable and replaceable from the outside (back side), and is protected in the installation accommodation recess 38. As shown in FIG. 8, in the power supply device 35, a housing box 52 is configured by detachably attaching a cover body 51 to a housing case 43 made of a synthetic resin and formed in a square dish shape. The power supply board 34 is configured to be housed and set in a housing chamber 53 defined inside the housing box 52. And
The power supply device 35, which can be handled in a box unit,
0 through the mounting base 42 disposed on the mounting portion 4.
0.

The mounting base 42 is provided with
In order to improve the mounting strength of the power supply unit 35 with respect to the power supply board 0 and to prevent noise on the power supply board 34, the power supply unit 35 is formed in a square lid plate shape by a metal plate, and as shown in FIG. A locking piece 42a as a first locked means is formed at a position corresponding to each of the locking holes 40a formed in the installation part 40, and a projection part of the installation part 40 is formed at the lower end side. Positioning holes 42b and through holes 42c are formed at positions corresponding to the provided pins 40b and the screw holes 40c. Then, the locking piece 42a is inserted into the locking hole 40a of the installation portion 40 to be locked, and the pin 40b is inserted into the positioning hole 42b.
By screwing a screw 54 as fixing means inserted into each through hole 42c into the corresponding screw hole 40c in a state where is positioned, the mounting base body 42 is configured to be positioned and fixed to the installation portion 40. . The mounting base 42 at a position corresponding to the locking hook 44 provided on the installation portion 40 is notched, and the locking hook 44 can be locked to the storage case body 43 mounted on the mounting base 42. It has become.

As shown in FIGS. 8 and 9, the housing case body 43 is detachably engaged with the horizontal rectangular bottom plate of the mounting base body 42 at four locations vertically and horizontally separated from each other. The engagement pieces 55 as the first engagement means are bent so as to rise in an L shape toward the rear (toward the storage case body 43), respectively. In addition, the engagement pieces 55, 55 that are vertically opposed are set so that the pieces that are bent substantially in parallel at the ends separated from the bottom plate face each other.

The accommodating case body 43 is formed in a rectangular lid plate shape from a synthetic resin material, and the power supply board 34 is accommodated and installed in a bottom plate portion 43a. As shown in FIGS. 8 and 9, the outer surface of the bottom plate portion 43 a of the storage case body 43 (the surface facing the mounting base body 42) corresponds to the first engaging pieces 55 of the mounting base body 42. The engaged pieces 56 are respectively formed as engaged means of the above.
The pieces that are bent substantially in parallel at the ends separated from the bottom plate 43a are set to be in opposite directions. That is, the housing case 43 is slid to the left with the engaging case 56 facing the right side of each engaging piece 55 facing the mounting case body 42 with respect to the mounting base body 42. Thereby, the engagement piece 56 is engaged with the engagement piece 55 in a front-back relationship, and the housing case body 43 is positioned and held in a state in which the housing case body 43 is prevented from falling backward with respect to the mounting base body 42. Is done. Then, in this state, the locking hook 44 formed on the installation portion 40 engages with the right end edge of the housing case body 43 and regulates the sliding of the housing case body 43 in the right direction. The case body 43 is mounted on the mounting base body 42 in a positioned state. A restriction piece 56a is provided at the right end of each engaged piece 56. When the restriction piece 56a contacts the right end of the engagement piece 55, the position of the housing case body 43 is regulated to the left. Is configured to be performed.

At the left and right side ends of the housing case 43, a plurality of engaging projections 57 as second engaging means are vertically protruded, and a plurality of projections 57 are provided at the lower end of the case 43. Has an engaging projection 57 as a second locking means protruding substantially at the center in the left-right direction. The cover body 51 is configured to be detachably attached to the housing case body 43 via the plurality of engagement protrusions 57.

The cover body 51 protects the power supply board 34 so as to cover the power supply board 34 in a see-through manner. The cover body 51 is formed of a transparent synthetic resin in a box shape, and has a rear surface 51a and upper and lower surfaces 51b, 51c. A large number of holes 51d for heat radiation are formed. In addition, a flange portion 51e which is opposed to the bottom plate portion 43a of the storage case body 43 at a smaller interval than the rear surface portion 51a is provided on a lower portion and a right portion of the cover body 51.
Are formed, and connectors 58, 59, 60, 61, 6 provided on the power supply board 34 are provided on the lower flange portion 51e.
Connector through holes 64 for inserting the 2, 63 outside are provided correspondingly (see FIG. 11). A plug hole 67 and a power hole 68 for inserting a power plug 65 and a power switch 66 provided on the power board 34 to the outside are provided in the right flange portion 51e. Further, the cover body 51 has a stepped portion recessed at a predetermined height inward from the rear portion 51a (toward the storage case body 43) at a position corresponding to the RAM clear switch 69 provided on the power supply board 34. The RAM 70 is formed in the step 70 so that the RAM clear switch 69 can be inserted into the outside.
An M clear switch through hole 70a is formed.

An engaging hole 71 as a second engaged means is provided at the left and right side end and lower end of the cover body 51.
Are formed at positions corresponding to the respective engagement protrusions 57 of the housing case body 43 (see FIG. 8), and these plurality of engagement holes 71 are engaged with the corresponding engagement protrusions 57 of the housing case body 43. By doing so, the cover body 51 can be detachably attached to the storage case body 43 without using a tool or the like. A bottom plate 43a of the housing case 43 is provided on a peripheral edge of the inner surface of the cover body 51 facing the housing case 43.
A plurality of positioning pieces 72 abutting on the power supply board 34 housed in the housing case 43 are protruded.
1 is mounted so that the power supply board 34 accommodated in the accommodation chamber 53 is positioned and set by being sandwiched between the bottom plate 43a and the positioning piece 72 from the front and rear. That is, the power supply board 34 is positioned and set with respect to the housing case body 43 and the cover body 51 without using fixing means such as screws.

As shown in FIG. 10, the power supply board 34 is provided with a power supply plug 65 at the upper right thereof, and a power supply cord 73 (see FIG. 1) connected to an external power supply is connected to the plug 65. , For example, 24 V AC
Power is supplied. A power switch 66 is provided below the power plug 65, and the power is turned on and off by turning the switch 66 on and off. Further, a connector 58 for a main control board, a connector 62 for a lamp control board,
A connector 60 for a symbol display control board, a connector 61 for a voice control board, a connector 59 for a payout control board, and a connector 63 for a power distribution board are arranged in this order from the left. These connectors 58, 62, 60, 61, 59,
When the power supply board 34 is accommodated and set in the accommodation box 52, as shown in FIG. 11, each connection 63 projects rearward from the corresponding connector through hole 64 of the cover body 51 and opens rearward. In the mouth, each control board 22, 31, 29,
Power wiring connector connected to 20, 24, 27
(Not shown) can be easily connected.

As shown in FIG. 12, the power supply board 34 includes a main control board 22, a payout control board 24, a symbol display control board 29, a voice control board 20, and a lamp control board 31.
A plurality of types of power supply generating circuits 74, 75, 76, 7 for generating a plurality of power supplies having different voltages used in
And the respective power supplies generated by the circuits 74, 75, 76, 77 are supplied to the corresponding control boards 22, 31, 29, 20, 24 via the connectors 58, 62, 60, 61, 59, respectively. It is configured to be supplied. The power distribution board 27
, The power of AC 24 V is supplied from the power supply board 34 as it is.

Incidentally, the power supply used in each of the above-mentioned control boards is as follows. In the main control board 22, 30V DC as a power source for driving a solenoid such as a solenoid for opening and closing a winning winning opening (ordinary electric accessory), a solenoid for opening and closing a winning winning opening, a solenoid for switching a path inside the winning winning opening, a starting winning SW, Each winning opening S
W, specific pass count SW inside the special winning opening, count S
DC12V, IC as an information output power supply and a display power supply such as LED (ordinary symbol display board power supply) for passing the signal of winning detection such as W and outputting game board information such as jackpot information and the number of symbols determined to the outside. DC as power supply for circuit
5 V DC and 5 V DC are used as a power supply for RAM backup at the time of power failure. In the dispensing control board 24, a DC 30V is used as a power supply for driving a solenoid such as a ball dispensing solenoid which plays a role of a ball feeding inside the ball dispensing device L, and a detection signal such as a SW for confirming 25 balls is transferred or an LED (ball rental LED). And so on, DC5V is used as a power supply for IC circuits, and DC5V is used as a power supply for RAM backup at the time of power failure. In the symbol display control board 29, the power supply for the backlight is DC12V and the power supply for the IC circuit is DC5V.
Is used. In the sound control board 20, DC12V is used as a power supply for outputting sound from a speaker, and DC5V is used as a power supply for an IC circuit. In the lamp control board 31, 24 V DC as a power source for displaying a lamp such as a side lamp, a windmill lamp, an attacker lamp, and a frame decoration lamp, a start winning memory number LED, and a prize ball L
DC12V is used as a display power supply for EDs and the like, and DC5V is used as a power supply for IC circuits. In the launch control board 18, DC 21.1V is used as a power supply for driving a solenoid such as a ball feed solenoid for sending a ball to a hit ball launching section and a launch solenoid for launching a hit ball. Power confirmation LED and touch sensor IC that light up when received
DC12V is used as a power supply for the circuit, and DC5V is used as a power supply for the IC circuit. The IC circuit is a CPU,
ROM, RAM (storage means) and the like are referred to.

That is, the power supply board 34 is
Power supply generating circuit 74 for generating DC5V from
A second power supply generation circuit 75 that generates DC12V from 4V,
A third power supply generating circuit 76 for generating 24 VDC from 24 VAC, and a fourth power generating circuit 77 for generating 30 VDC from 24 VAC, and different power supplies generated by the circuits 74, 75, 76, 77 correspond to the corresponding control. Substrates 22, 3
1, 29, 20, and 24, respectively. In the embodiment, the emission control board 18 includes a power generation circuit for generating power of different voltages used in the control board 18, and is supplied from a power board 34 via a power distribution board 27. The power supply circuit is configured to generate power of each voltage described above from the power supply of 24 VAC. The ball rental unit K is supplied with AC24A power required for communication from a power supply board 34 via a power distribution board 27 and an interface board 28.

As shown in FIG. 13, the power supply board 34 has a capacitor 78 (for example, an electric double layer) as a backup means for backing up the RAM provided on at least the main control board 22 and the dispensing control board 24. Is preferably used, but other types can also be adopted). When power is not supplied to the power supply board 34 from the outside due to a power-off state such as when the store is closed or a power failure occurs, the capacitor 78 supplies a backup power supply to the RAM of the main control board 22 and the dispensing control board 24. To back up the RAM, and hold the information stored in the RAM for a predetermined time (backup time). It should be noted that the backup time can be appropriately changed by replacing the capacitor with a capacitor having a different capacity.

The power supply board 34 is provided with a power-off monitoring circuit 79 for monitoring power-off, and when the preset monitor power supply falls below a certain voltage, the main control board 22 is turned off.
In addition, a setting is made such that a power-off signal for switching from normal control to power-off control is output to the payout control board 24. When the main control board 22 and the payout control board 24 receive the power-off signal, the main control board 22 and the pay-out control board 24 execute processing necessary for backup (power-off processing). In this embodiment, a power supply of 30 V DC for driving a solenoid is monitored as a monitoring power supply, and the voltage of the monitoring power supply is about 20 V DC or less, which is the minimum voltage at which the solenoid operates without causing trouble in a normal game (power failure detection). Voltage), a power-off signal is set to be output.

Here, the power-off processing by the power-off control in the main control board 22 is as follows. Register and stack pointer RA as backup data
Store it in M. Normally, the output of the symbol is turned off. The output of the solenoid for opening and closing the winning opening (usually an electric accessory), the solenoid for opening and closing the winning opening, and the solenoid for switching the path inside the winning opening are turned off. A power-off command is transmitted to the lamp control board 31 (all of the lamps and LEDs that have been turned on and off are turned off). A silent command is transmitted to the voice control board 20 (the output voice is stopped). The power is cut off while the ball dispensing device L is being driven (during input processing of the prize ball counting sensor (confirming the dispensed ball) provided in the ball dispensing device L), and the dispensed ball is not counted. A process for preventing detection twice is performed. A backup flag is set (at the time of power recovery, it is confirmed whether there is any abnormality in the backup data based on this flag). Prohibits access to the RAM. After the above processing, the CPU waits in a state where the CPU can be stopped (CPU power stop standby state) (waiting for interruption of power supply to the CPU while the program is looping). Note that the power recovery means that the voltage has reached the normal voltage when the power switch 66 is switched from OFF to ON, after a power failure, or at the time of a momentary power failure.

The power-off processing by the power-off control in the payout control board 24 is as follows. Register and stack pointer RA as backup data
Store it in M. The output to the prize ball solenoid and the ball lending solenoid provided in the ball payout device L is turned off so that a new payout operation is not performed. Error display section 8
3 is turned off. The control command transmitted from the main control board 22 is stored in the RAM as backup data. Ball dispensing device L is being driven (prize ball counting sensor provided in ball dispensing device L (confirms the dispensed ball)
The power is cut off during the input process of (1), and a process is performed to prevent the paid-out balls from being counted or detected twice. A backup flag is set (at the time of power recovery, it is confirmed whether there is any abnormality in the backup data based on this flag). Prohibits access to the RAM.
After the above processing, the CPU waits in a state where the CPU can be stopped (CPU power stop standby state) (waiting for interruption of power supply to the CPU while the program is looping). Note that the error display section 83 displays the payout control board 2
The display is provided in the vicinity of the dispensing device L and indicates a type of error, such as a failure of the dispensing device L or a full notification.

A reset signal circuit 80 is provided on the power supply board 34. After a power-off signal is output from the power-off monitoring circuit 79 (when a complete power failure occurs and the voltage drops momentarily below the power failure detection voltage). The main control board 22 and the payout control board 2
4. Operate each CPU in the symbol display control board 29, the voice control board 20, and the lamp control board 31 from the initial state (perform the security check of the CPU and the initial setting of the CPU, and start the program from the address 0000). Is set so as to output (ON) a reset signal for ON. Note that the reset signal output after the power-off signal is output, after the power-off signal is output,
It is set so that it is output (ON) after the time required for the backup process of the main control board 22 and the payout control board 24 started by the power-off signal and turned off after a predetermined time. Also, the reset signal output when the power switch 66 is switched from OFF to ON or when returning after a power failure, the reset signal rises at the same time as the power supply rises, and a predetermined voltage (for example, a power failure detection voltage or a preset reset voltage, etc.) ) Is set to be turned off after a predetermined time from the point of time when). Each control board 22, 24, 29, 20, 31 initializes each CPU when the reset signal input via the reset input circuit 84 shown in FIG. 13 changes from ON to OFF (falling). A reset process for starting from a state is executed.

The control boards 22, 24, 29, 20, 31
The reset signals to the control boards 22, 24, 29, 20, and 31 are set so that the reset signals are input at the same time. It is configured to be prevented. Note that the reference of the output time of the reset signal output when the power switch 66 is switched from OFF to ON or at the time of recovery after a power failure is the minimum value of the power failure of the component receiving the monitoring power supply. When the detection voltage is used, since the reset process is performed after securing a minimum value voltage at which the components can operate, the operation of each component can be reliably guaranteed.

Here, the power-off monitoring circuit 79 generates a power-off signal for causing the main control board 22 and the dispensing control board 24 to perform a backup operation when the monitored power reaches the power failure detection voltage as described above. The main control board 22 and the payout control board 24 that have transmitted and received the power-off signal perform backup processing (power-off processing), and wait in a state where their CPUs can be stopped. However, some cause (such as the influence of noise)
When the voltage of the main power supply supplied to the pachinko machine P drops momentarily and the voltage returns to the normal state without completely stopping the pachinko machine P (at the time of an instantaneous stop), the main control receiving the power-off signal Since the board 22 and the dispensing control board 24 are in a standby state after the backup processing is completed and the operation of the CPU can be stopped by turning off the power, the main control board 22
In addition, there is an inconvenience that the CPU of the payout control board 24 does not perform the process in a standby state for stopping. Then, the main control board 22 is turned off when the power of the main control board 22 is turned off.
The voice control board 20, which has received a silent command from, does not receive a new signal from the main control board 22 even when the voltage returns to normal, so that the voice control board 20 continues the silent state, and also receives a power-off light-off command. Since the lamp control board 31 does not receive a new signal from the main control board 22 even when the voltage returns to normal, there is a problem that the lamp of the pachinko machine P or the like is kept turned off. However, in the embodiment, if the reset signal is output after the output of the power-off signal and the voltage returns to normal again after the momentary power failure, the CPU of the main control board 22 or the payout control board 24 performs the reset processing (CPU The security check and the initial setting of the CPU are performed to start the program from address 0000), so that the above-described inconvenience does not occur.

The power supply board 34 has a RAM for initializing the RAMs of the main control board 22 and the payout control board 24.
A RAM clear switch 69 as a RAM clear means is provided. The clear switch 69 extends rearward through a RAM clear switch through hole 70a formed in the housing case body 43, and is externally provided with a fingertip. It is configured to be operated with. Then, the RAM clear switch circuit 82 provided on the power supply board 34 turns on the power switch 66 while turning on the RAM clear switch 69.
RAM for both control boards 22 and 24 only when
Is set so as to output a clear switch signal for initializing (see FIG. 14). That is, the RAM clear switch 69 can be suitably used to erase the memory of the inspection at the time of factory shipment and the memory at the time of closing the store. Note that the RAM clear switch 69 of the embodiment is used.
Is always kept OFF by elastic means or the like (not shown), and the switch 69 is turned ON by a fingertip operation.
It is configured to automatically return to the original OFF state if released after switching to the state.

[0039]

Next, the operation of the power supply board of the pachinko gaming machine according to the present embodiment configured as described above will be described.

In the pachinko machine P of this embodiment, the mounting base 42 is attached to the installation portion 40 of the back cover member 33 for protecting the back side of the symbol display device 15 by the cover hole 40a, the pin 40b, Positioning is performed through the locking pieces 42a and the positioning holes 42b, and the respective through holes 42c
Are screwed into the corresponding screw holes 40c to fix and fix the position. When the power supply board 34 is set on the bottom plate 43a of the housing case 43, the cover 51 is assembled to the case 43 via the engagement protrusions 57 and the engagement holes 71. The power supply device 3 in which the power supply board 34 is set in the storage box 52
5 is configured as a box-type unit. Then, the housing case body 43 is opposed to the mounting base body 42, and the housing box body 52 is slid laterally in a state where the engaged piece 56 is adjacent to the engaging piece 55,
The storage box 52 is engaged with the engagement piece 55 and the engaged piece 56.
Is positioned on the mounting base. At this time, the locking hook 44 provided on the installation portion 40 is engaged with the right edge of the housing case 43 by elastic deformation, whereby the power supply device 35 is positioned and held on the back cover member 33. .

Since the power supply unit 35 can be attached to and detached from the back cover member 33 without using a fixing means such as a tool or a screw, maintenance of the unit 35 and replacement of the power supply board 34 can be easily performed. Can be. In a state where the power supply device 35 is disposed on the back cover member 33, as shown in FIG. 5, the rear surfaces of the both 33, 35 are set to be substantially in the same plane, and the power supply device 35 is located on the back side of the gaming machine. Does not protrude significantly.

As described above, the power supply board 34 of the power supply unit 35 attached to the back cover member 33 includes the main control board 22, the payout control board 24, the symbol display control board 29, the voice control board 20, and the lamp control board. The power supply board 31 and the power distribution board 27 are connected to each other via power supply wiring. The power distribution board 27 is connected to the emission control board 18 and the interface board 28 via power wiring. In this case, as shown in FIG. 1, the power supply board 34 is located substantially at the center of the back surface of the pachinko machine P, and is connected to the power supply board 34 via a power supply wiring. Since the display control board 29, the audio control board 20, the lamp control board 31, and the power distribution board 27 are collectively disposed around the power supply board 34, the power supply board 3
The length of the power supply wiring connecting the substrate 4 to each of the substrates 22, 24, 29, 20, 31, 27 can be shortened, so that the wiring processing is facilitated and the influence of noise is reduced. Also,
Since the length of the power supply wiring between the boards is shortened, it is possible to prevent an incorrect board from being mounted on the way, and to detect the incorrect board at an early stage.

In the embodiment, a back cover member 33 is provided on the back side of the back set member 13, and the symbol display control board 29 and the lamp control board 31 provided on the set member 13 are formed by the back cover member 33. Although the power supply board 34 is disposed below the back cover member 33 and the outlet 45 for electrical wiring is formed at the lower end of the cover member 33, Substrate 29,3
By pulling out the power supply wire derived from 1 through the outlet 45, the power supply wiring can be connected to the power supply board 34 with the shortest distance.
Moreover, the connectors 60 and 62 for connecting the power supply wiring of the symbol display control board 29 and the lamp control board 31 to the power supply board 34 are provided below the power supply board 34. Can be shortened. Further, the main control board 22 and the payout control board 2 which are arranged below the power supply board 34.
4. The connectors 58, 61, 59 and 63 for connecting the power supply wiring of the audio control board 20 and the power distribution board 27 are also provided below the power supply board 34 like the connectors 60 and 62. The length of handling is also reduced. All the connectors 58, 62, 60, 61, 5
Since 9,63 are arranged and exposed together,
The workability in connecting and removing the power supply wiring is improved, and the connected wiring can be easily identified, so that it is possible to prevent improper mounting of the board.

The power supply device 35 (power supply board 34) disposed on the back cover member 33 is located substantially at the center on the back side of the pachinko machine P.
The operation of the power switch 66 and the RAM clear switch 69 provided in the device 4 becomes easy. Also, the back cover member 33
Is the most protruding part on the back side of the pachinko machine P, and by disposing the power supply board 34 on the member 33, a high heat radiation effect can be obtained. Further, the sphere storage / discharge path section 16 is a part where a lot of noise is generated.
Is separated from the path section 16, so that the influence of noise can be reduced. The back cover member 3
Reference numeral 3 denotes a portion which functions to protect the symbol display device 15 and various substrates, but has a space in the lower side just because a component such as an attacker faces, and conventionally, this portion is effectively used. Was not done. But,
In the embodiment, the installation section 40 is provided in this portion, and the power supply 35
Since the (power supply board 34) is provided, the space can be effectively used.

A power supply board 34 is provided on the back cover member 33.
, All the boards (wirings) provided in the pachinko machine P can be checked at the same time simply by opening the back cover member 33. Further, the back cover member 33
Is configured so that it can be opened with one touch together with the power supply device 35, so that the substrate covered by the cover member 33 (the substrates 30, 3 disposed on the back set member 13)
1, 32, etc.) can be easily checked, and it is not necessary to remove or attach another board to check the board.

In the embodiment, when the back cover member 33 is opened when the back of the gaming machine is viewed,
Without removing each control board, at least the main control board 2
Each control board is arranged so that the CPU (ROM) of the payout control board 2 and the payout control board 24 can be checked (FIG. 1).
reference). That is, an unauthorized CPU (ROM) can be found at an early stage without removing each control board.

The power supply board 34 has an AC power supply from an external power supply.
A 24V source power is supplied, and a plurality of power sources (DC5V, DC12V, DC24V, DC30V) having different voltages are generated from the source power by the power generation circuits 74, 75, 76, 77, and each power source corresponds. Each control board 22, 24, 2
9, 20, and 31, respectively (see FIG. 12). In addition, 24 V AC is supplied to the emission control board 18 from a power supply board 34 via a power distribution board 27 as it is, and a power supply circuit provided on the control board 18 generates a power supply of a required voltage.

That is, since a plurality of power supplies having different voltages used by the control boards 22, 24, 29, 20, 31 are collectively generated by the power supply board 34, a power supply generation circuit is provided for each control board. It is not necessary to provide each control board 22, 24,
29, 20, 31 can be downsized and the cost can be reduced. In the embodiment, the firing control board 18 is used.
Has its own power generation circuit, at least the main control board 22 and the payout control board 24 directly connected to the main control board 22, the symbol display control board 29, the voice control board 20, the lamp control board 31, and the like. Since a power supply generation circuit is not provided on a board that is replaced when the game board J is replaced, this greatly contributes to cost reduction. Further, the power supply voltage (5 V DC) for driving the IC circuit provided on each of the control boards 22, 24, 29, 20, 31 is also the power supply board 34.
The control boards 22, 24, 2
There is no error in the power supply voltage for driving the IC circuit at 9, 20, 31 and the main control board 22 and the other control boards 24,
It is possible to preferably prevent the transmission / reception of signals from / to the circuits 29, 20, and 31 from being hindered or the circuit itself from being damaged. In addition,
As described above, the launch control board 18 is connected to the payout control board 24 (when the launch control board 18 receives a firing stop signal from the payout control board 24 when the ball rental unit K is not connected to the interface board 28). Only when the firing control board 18 independently generates the power supply voltage for driving the IC circuit, there is a problem in the firing control. There is no fear. In addition, since the launch control board 18 is a component commonly used regardless of replacement of the game board J,
The provision of the power generation circuit has no effect on cost.

In the pachinko machine P, the original power is not supplied to the power supply board 34 due to, for example, a power failure.
When the power supply board 34 is turned off, the main control board 22 and the payout control board 24
The backup power is supplied to the RAM, and information about the game when the power is turned off is stored and held in the RAM.
In other words, even if a power failure occurs during a special game state such as a jackpot or a probability fluctuation state, the game can be resumed from the continuation when the power is restored, or the number of unpaid balls or prize balls , And payout can be accurately performed at the time of power recovery, and there is no disadvantage to the player. In the pachinko machine P of the embodiment, even when the power switch 66 is turned off by closing the store or the like, backup power is supplied from the capacitor 78 to the RAMs of the main control board 22 and the payout control board 24. It is possible to carry over the memory changed to the probability fluctuation state at the time of closing the store to the next morning, or hold information on the number of unpaid balls and prize balls.

A capacitor 78 for supplying a backup power supply is provided on the power supply board 34, and the backup power supply is supplied on the same connector (wiring) as the normal power supply. There is no need to increase the number of separate substrates or wirings to be supplied, and it is possible to prevent an increase in the number of parts and the number of assembling steps, and to reduce costs. In addition, since there is only one capacitor 78 and backup power is supplied to the main control board 22 and the dispensing control board 24 at the same time, there is no possibility that an error occurs in the backup time in each of the control boards 22 and 24. That is, if an error occurs in the backup time (storage time) of the RAM, for example, the information stored in the main control board 22 is not stored in the payout control board 24, and there is a possibility that a problem may occur in the control during power recovery. However, occurrence of such inconvenience is prevented.

Next, in the pachinko machine P, when the monitoring power supply falls below a certain voltage, the power-off monitoring circuit 7
From 9, a power-off signal for switching from normal control to power-off control is output to the main control board 22 and the payout control board 24. When receiving the power-off signal, the main control board 22 and the payout control board 24 execute the above-described processing necessary for backup. That is, at the time of a voltage drop that hinders the game, the main control board 22 and the payout control board 24 perform the above-described backup processing, so that there is no disadvantage to the player.

As described above, the power-off monitoring circuit 79 outputs a power-off signal when the monitoring power supply reaches the minimum power failure detection voltage at which the solenoid operates without causing a problem in a normal game. It is set as follows. That is, when the power-off signal is output, the solenoid driven by the highest voltage in the pachinko machine P operates normally, and all other electric devices also operate normally. And devices that have already become inoperable are not mixed. Therefore, by performing the backup processing at this time, the information of the main control board 22 and the payout control board 24 at the time of the backup processing does not conflict with each other.
Normal operation at power recovery is guaranteed. In addition, by the above-described power-off processing, all the CPUs are in a power-stop standby state before the power-supply is stopped, so that a failure of the CPU itself or a program due to the stop of the power-supply is prevented.

Further, after the power-off monitoring signal is output from the power-off monitoring circuit 79, each of the control boards 22, 24, 29,
In order to perform a reset process for operating the CPU normally at the time of power restoration at 20, 31 (a process of starting the program from address 0000 by performing a CPU security check and initial setting of the CPU when the reset signal falls). Is output from the reset signal circuit 80 to each of the control boards 22, 24, 29, 20, 31. That is, the normal operation of the CPU at the time of power recovery when the voltage returns to normal after the power failure is guaranteed. In addition, in the power supply board 34 of the embodiment, the power-off signal and the reset signal are output in any of the normal power OFF, the power failure, and the instantaneous power failure. When power supply is started (when power is restored), normal operation of the CPU can be guaranteed.

As described above, since the power-off monitoring circuit 79 and the reset signal circuit 80 are commonly used for all the control boards to be controlled, the output of the power-off signal and the reset signal to each control board is It is performed simultaneously, and the timing of each processing for each control board can be adjusted. In other words, it is possible to prevent the occurrence of a problem due to a deviation in the timing of each processing for each control board. In addition, the power-off monitoring circuit 79 and the reset signal circuit 80 are connected to the power supply board 34.
In this case, there is no need to separately provide a circuit in a place other than each control board or power supply board, and the cost can be reduced. The power supply board 34
By detecting an abnormality of the voltage drop by the power-off monitoring circuit 79 provided in the CPU, it is possible to determine that there is a problem with the entire gaming machine.

In the pachinko machine P, when erasing the storage of the inspection at the time of factory shipment and the storage at the time of closing the store, the power switch 66 is turned on while the RAM clear switch 69 provided on the power supply board 34 is turned on. By turning on,
R for the main control board 22 and the payout control board 24
A clear switch signal for initializing AM is output from the RAM clear switch circuit 82, and information stored in each RAM is erased. In this case, the RAM clear switch circuit 82 is set to output the clear switch signal only when the power switch 66 is turned on while the RAM clear switch 69 is turned on. Can be prevented. Also,
It is also possible to suppress malfunction due to generation of noise. Further, since the RAMs of the main control board 22 and the payout control board 24 are cleared by operating one RAM clear switch 69, the clearing processing of the RAMs of both control boards 22 and 24 is performed at the same time. Interference with control is prevented.

[0056]

Modification In the embodiment, a plurality of power supplies having different voltages used in a main control board and a payout control board, a symbol display control board, a voice control board, and a lamp control board which are directly connected to the main control board are connected to a power supply board. However, a plurality of power supplies having different voltages including a power supply voltage for an IC circuit used in a launch control board for controlling the hit ball launching device (component) are also generated by the power supply board together ( DC21.1V used as power supply for solenoid from AC24V
May be added). In this case, the firing control board is connected to the power supply board without passing through the power distribution board, but since the firing control board is also arranged around the power supply board like other control boards, the two are connected. The length of the power supply wiring to be used is short, and the influence of noise is reduced. The power generated by the power supply board may be at least one used for the main control board, the symbol display control board, the voice control board, and the lamp control board that are replaced with replacement of the game board. Each of the firing control boards may be provided with a power generation circuit. In other words, it is not necessary to provide a power generation circuit for every control board that is replaced together with the game board, so that the recyclability after replacement is improved, and there is no wasteful disposal of the generation circuit. Have the advantage. Note that the number of power supply generation circuits provided on the power supply board can be changed depending on the number of power supplies to be generated.
The voltage is not limited to the embodiment, but may be any voltage required for each control board.

The configuration in which the power supply device is detachably provided on the back cover member is not limited to the embodiment. For example, the first locking means on the back cover member and the mounting base and the first engagement member The stop means may have a configuration reverse to that of the embodiment. Further, the mounting base can be mounted by engaging means using holes and protrusions instead of fixing with screws. Further, the second engaging means and the second engaged means in the housing case body and the cover body which constitute the housing box body may have a configuration reverse to that of the embodiment, or may be elastically deformable provided on one member. It is possible to adopt a configuration in which the assembling is performed using an appropriate engagement hook. The means for attaching the housing box to the attachment base (the first engaging means and the first engaged means) is not limited to the structure in which the container is disengaged by sliding as in the embodiment, but uses holes and hooks. Other configurations, such as a method of attaching and detaching back and forth, can be adopted. The back cover member may be provided on a back mechanism set board. Further, since the power supply board is a non-replaceable part when replacing the game board, it is desirable to dispose the power supply board on a non-replaceable part when replacing the game board.

In the embodiment, RA for clearing RAM is used.
A power switch in which the M clear switch is disposed on the power supply board, but also functions as the RAM clear switch.
The (RAM clear means) may be a button type, and the RAM clear switch circuit may be set so as to output a clear switch signal only when the power switch is pressed for a long time. A switch for turning on / off the power only, and a switch (R for turning on / off the power and clearing the RAM) are provided.
A configuration in which two types of switches (AM clear means) are disposed on the power supply board may be employed. In this case, it is preferable to adopt a configuration in which a switch capable of turning on / off the power and clearing the RAM is covered with a cover member or the like to prevent erroneous operation of the switch. Note that in the configuration of the modified example, the RAM can be cleared by one operation in any case. The backup means may be configured by connecting a plurality of capacitors in series, or may be configured by connecting a single battery or a plurality of batteries in series.

In this embodiment, a reset signal is simultaneously output from a reset signal circuit on a power supply board to a main control board, a payout control board, a symbol display control board, a voice control board, and a lamp control board. In the initial state (CPU
Security check and initial setting of CPU.
The program is started from the 0000 number) .However, the time for the security check and the initial setting varies due to individual differences and performance of CPUs on each control board. The following configuration may be adopted in consideration of the case where the control board has not received the signal from the main control board because the operation has been started first. By providing a delay means (timer circuit) in the reset input circuit on each control board, for example, by delaying the input (falling) of the reset signal to the CPU of the main control board, the CPU of the other control board operates. A configuration may be adopted in which the CPU of the main control board is started from an initial state after an optimal state has been reached. With this configuration, the timing (ON, OFF) of transmitting the reset signal from the reset signal circuit on the power supply board to each control board is common to all control boards, but the reset timing on each control board is CP by input circuit
By shifting the timing of transmitting the reset signal to the U, the CPU of the other control board is changed to the CPU of the main control board.
It is also possible to start the initial state earlier.

[0060]

As described above, in the power supply board of the pachinko gaming machine according to the present invention, the control is performed so that at least the game board provided in the game machine is replaced by one power supply board. Collectively generate a plurality of power supplies having different voltages for use on a board or at least a main control board for controlling the entire gaming machine and other control boards connected to the main control board and used for controlling respective components. Therefore, it is not necessary to provide a power supply generation circuit for each control board, so that each control board can be reduced in size and cost can be reduced. In addition, since the power supply voltage for driving the IC circuit provided on each control board is also generated at the same time by the power supply board, no error occurs in the power supply voltage for driving the IC circuit on each control board. It is possible to suitably prevent the transmission and reception of signals between the control boards from being hindered and the circuit itself from being damaged.

At least when exchanging the game board provided in the gaming machine, the control boards to be exchanged together, that is, the main control board, the symbol display control board, the voice control board, and the power supply used for the lamp control board are switched off. Since the power supply board is generated and supplied, all control boards exchanged with the game board do not need to have a power supply generation circuit. This has the advantage of addressing environmental issues.

[Brief description of the drawings]

FIG. 1 is a rear view of a card-type pachinko machine in which a power supply board according to the present embodiment is implemented.

FIG. 2 is a front view of the card-type pachinko machine according to the embodiment.

FIG. 3 is a rear view showing the card-type pachinko machine according to the embodiment with a back cover member removed.

FIG. 4 is a rear view showing a game board provided with a back set member and a back cover member according to the embodiment.

FIG. 5 is a side view of the game board shown in FIG.

FIG. 6 is a rear view showing the back cover member according to the embodiment.

FIG. 7 is a side view showing a back cover member according to the embodiment.

FIG. 8 is an exploded perspective view showing the housing box, the mounting base, and the back cover member according to the embodiment in an exploded state.

FIG. 9 is a rear view showing a mounting base, a housing case body, and a cover body according to the embodiment.

FIG. 10 is a rear view showing a mounting surface of various electronic components of the power supply board according to the embodiment.

FIG. 11 is a rear view illustrating the power supply device according to the embodiment.

FIG. 12 is a control block diagram showing a relationship between power supply between a power supply board and each control board.

FIG. 13 is a control block diagram showing the relationship between power-off, reset, and backup between a power supply board and each control board.

FIG. 14 is a control block diagram showing a RAM clear relationship between a power supply board and each control board.

[Explanation of symbols]

 Reference Signs List 20 voice control board 22 main control board 24 payout control board 29 symbol display control board 31 lamp control board 74 first power generation circuit (power generation circuit) 75 second power generation circuit (power generation circuit) 76 third power generation circuit ( Power supply generation circuit) 77 4th power supply generation circuit (power supply generation circuit) J Game board P Pachinko machine (Pachinko machine)

 ──────────────────────────────────────────────────続 き Continuing on the front page (72) Inventor Isao Iwamoto 3-56, Karasumori-cho, Nakamura-ku, Nagoya-shi, Aichi Pref. F-term in the company New Gin (reference) 2C088 EA09 EA11

Claims (4)

[Claims] A plurality of control boards (20, 2) provided with an IC circuit.
(29, 31) is a power supply board of a pachinko gaming machine arranged on the back side of the game machine, and a gaming board (P) arranged at least from the main power supply of a predetermined voltage supplied from the outside to the gaming machine (P). IC used in control boards (20,22,29,31) that are exchanged together when exchanging J)
A plurality of types of power supply generation circuits (74, 75, 77) for generating power supplies having different voltages including power supply voltages for circuits are provided, and the power supply generated by each of the power supply generation circuits (74, 75, 77) is corresponded. A power supply board for a pachinko game machine, wherein the power supply board is configured to supply the control board (20, 22, 29, 31). 2. The power supply of a pachinko game machine according to claim 1, wherein said control board is a main control board (22), a symbol display control board (29), a voice control board (20), and a lamp control board (31). substrate. 3. A plurality of control boards (20, 2) having an IC circuit.
(24, 29, 31) is a power supply board of a pachinko gaming machine arranged on the back side of the machine, for controlling at least the entire gaming machine (P) from a main power supply of a predetermined voltage supplied from the outside. A power supply voltage for an IC circuit used in the main control board (22) and other control boards (20, 24, 29, 31) connected to the main control board (22) to control each component. A plurality of types of power supply generation circuits (74, 75, 76, 77) that generate power supplies having different voltages, including the power supply generated by each of the power supply generation circuits (74, 75, 76, 77). A power supply board for a pachinko gaming machine, wherein the power supply board is configured to supply the control board (20, 22, 24, 29, 31). The other control board is a payout control board (2).
4. The power supply board of a pachinko game machine according to claim 3, which is a symbol display control board (29), a voice control board (20), and a lamp control board (31).