JP3068560B2 - Wiring processing equipment for attaching electric members or circuit devices in pachinko machines - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a front plate and a front frame.
The body and mechanism board are made of synthetic resin, and the front frame of the pachinko machine
Assembling the body, electrical members to be mounted on the mechanism board, and circuit devices
Power supply in pachinko machines with improved wiring processing means.
For mounting and wiring processing structure of air components or circuit devices
You.

[0002]

2. Description of the Related Art In a conventional pachinko machine, a game machine is installed on an island.
A side frame (wooden frame) is provided for
A face frame is provided so as to be openable and closable.
A metal frame is provided on the periphery of the mouth so that it can be opened and closed.
A game board is attached to the opening, and on the back of the front frame,
A mechanism board provided with a prize ball discharge mechanism back part, and a game board
Equipped with an electronic control circuit such as an electric winning device
As a conventional pachinko machine, Japanese Patent Publication No. 62-25391
On the outer surface of the winning ball set cover disclosed in
Electronic control circuit and an electric winning device
An invention that integrates electric parts with electric wiring,
Power supply extending from the control device disclosed in US Pat.
Cord power connector for terminal-based game control
Connects to the power output section and connects the detection signal
Lead-out and drive power supply connector to the back of the back mechanism plate
And each connector of the control device
Connect the connectors so that they correspond to each other.
Electrical connection system when detaching and replacing the technical board, control device, back mechanism plate
There is an invention that makes the attachment detachable.

[0003]

SUMMARY OF THE INVENTION In the above-mentioned conventional invention,
The basic structure of the wiring process is to connect the front frame made of synthetic resin and the mechanism board.
As a structure, the accuracy and speed of wiring processing, and leakage protection
In addition, the inspection and repair at the time of malfunction and the replacement of electrical parts
No technical measures were taken to make it possible.

Therefore, the present invention solves the above-mentioned problems.
Game board, key, launcher and circuit board
Easy and quick positioning with ribs made of synthetic resin
Easy to mount these devices, while being able to be specified and mounted
The shaft of the main frame made of synthetic resin is a metal support member.
Of the main frame that is disengaged from the pachinko machine
The power of the pachinko machine is designed to increase the strength of the open / close shaft.
Providing a structure for mounting and wiring components or circuit devices
The porpose is to do.

[0005]

According to a first aspect of the present invention, there is provided a pachinko machine comprising an electric member or a circuit device mounting / wiring structure, in which a game board 5 is accommodated on a back surface of a main frame 20 made of synthetic resin. A board mounting rib 222a is formed , and a pachinko machine is provided on the left side of the main frame 20 of the front frame 2.
For integrally fixing the front plate 3 and the side frame 1 of the machine.
L-shaped cross-section for accommodating key members by designating the mounting position
The key mounting while forming a wall surface 241a and launchers mounted rib 222b and the circuit board mounting rib 222c, mechanisms substrate
The front panel 3 is closed and covered with the
The front frame 2 made of synthetic resin is used as the base frame of the pachinko machine.
Third metal support means 29 that can be opened and closed with side frame 1
The forming a third shaft support housing portion 208 for housing and clamping the upper end of the front frame 2 is mounted the mechanism substrate 6 and the payout circuit board with the ball dispensing device is provided primarily frame
20 is provided with a wiring receiving portion for receiving the wiring so as not to be exposed to the outside of the frame, and the ball discharging device, the discharging circuit board, and the card data processing relay substrate are connected to the mechanism substrate 6.
Are arranged unevenly so as to be in a vertical relationship with respect to the right side when viewed from the back, and they are connected by connection wiring having terminals.

The operation of the first aspect of the invention is that the position of the game board, the key, the launching device, and the circuit board is easily and quickly specified by the ribs 222a, 222b, 222c, 241a made of synthetic resin. mounting can be one, side of these various devices such as the easy mounting plastic main frame body
A third metal support means 29 capable of opening and closing the frame 1 is provided on the frame 1.
Third pivot portion for holding and holding the upper end of front frame 2
Since the material storage part is formed, mounting of the shaft support member to the front frame
Can be performed smoothly . Further, the frame body on which the mechanism board provided with the ball payout device and the payout circuit board is mounted is formed with a wire housing portion for housing the wires so as not to be exposed to the outside of the frame body, so that the front frame is formed. Gives strength to the body
The ball dispensing device, the dispensing circuit board, and the card data processing relay board are unevenly arranged so as to be in a vertical relationship on the right side when viewed from the back of the mechanism board, so that they are connected by connection wiring having terminals. Can be connected.

[0007]

Embodiments of the present invention will be described with reference to the drawings. FIG. 1 is a front view of a pachinko machine, FIG. 2 is a longitudinal sectional view of the same, FIG. 3 is a front perspective view of a front frame provided on a side frame,
FIG. 4 is a perspective view of the rear side of the front frame, FIG. 5 is a rear perspective view of the front frame separately showing the key device, the locking member, the bearing, and the like, and FIG. 6 is the front frame mounted on the side frame. FIG. 7 is a front view of the front frame body, FIG. 8 is a front view of the front frame body with fixtures and other components removed, FIG. 9 is a rear view of the front frame body,
10 is a rear view of a front frame body from which a circuit board and a key device are separated and a locking member, a bearing body and the like are removed, FIG. 11 is a perspective view of a game board, FIG. 12 is a front view thereof, and FIG. FIG. 14
15 is a rear view of a state in which a game board is mounted on the front frame, FIG. 15 is a rear view of a state in which a mechanism board is mounted on the front frame, and FIG. 16 is a right perspective view of a state in which a mechanism board back cover is mounted on the mechanism board. 17, FIG. 17 is a left side perspective view, FIG. 18 is a front view of a mechanism board, FIG. 19 is a plan view, FIG. 20 is a side view, FIG. 21 is a rear view of the same part, FIG. FIG. 23 is a rear view of a prize ball tank, FIG. 24 is a rear view of a tank rail cover, FIG. 25 is a perspective view of a mechanism substrate back cover, and FIG. 26 is a prize ball. FIG. 27 is a rear view of a cover member for covering a safe ball assembly road, FIG. 28 is a rear view of a cover member for covering an overflow ball passage and a ball-free passage, and FIG. 29 is a front view showing a safe ball detection unit. 30 is a sectional view taken along line EE of FIG. 29, and FIG.
FIG. 32 is an enlarged sectional view taken along line FF of FIG.
33 is a front view of the front plate, FIG. 34 is a rear view thereof, FIG. 35 is a perspective view of the glass plate housing frame, and FIG. 36 is a state in which the glass plate housing frame is attached to the back surface of the front plate. FIG. 37 is a rear view of the glass plate housing frame.

In FIG. 1 and FIG. 2, the pachinko machine has a side frame (wooden frame) 1.
And a front frame 2 made of synthetic resin, which is rotatably supported on one side of the side frame 1 and has a game opening capable of surrounding a game area of the game board 5 at an upper front portion of the front frame. A front decoration portion is provided along the outer periphery of the game surface, a front plate 3 having a metal glass plate housing frame 4 mounted on a glass plate housing frame mounting portion on the rear surface, and a front opening portion which is freely openable and closable at a lower front portion thereof. A first front plate 8 for mounting the upper plate to which the plate 9 is fixed, a second front plate 10 for mounting the lower plate on which the lower plate 11 is fixed to the front frame 2 below the mounting plate, an operation handle 12, and the like. It is configured.
The front frame 2 is provided with an opening that regulates an area corresponding to a game area of the game board 5, a periphery along the opening is a concealed portion, and the game board 5 is applied to the back surface and is surrounded by a rail. A game area is located in the opening, and a mechanism board 6 is provided on the back of the game board 5 so as to be openable and disengageable, and a mechanism board back cover 7 covering the back of the mechanism board 6 is provided so as to be openable and disengageable. ing. The mechanism board 6 stores and guides prize balls, derives safe balls, discharges out balls, mounts a ball tank, a tank rail, a dispensing device, and a circuit board. The game board is closed and fixed while the game board is housed in the front frame 2. The mechanism board back cover 7 is a central opening of the mechanism board 6, that is,
It refers to a cover that covers the back surface of the opening that exposes the safe ball collecting path 502 and the control circuit board 511 provided on the back surface of the game board 5.

In FIGS. 1, 2 and 6, the side frame 1 is framed by a wooden plate, and a shaft support member 13 is provided on one side of the frame, and the front frame 2 made of synthetic resin can be freely opened and closed. Supported. This side frame 1
At the top and bottom inside on the open side of the front side, locking fittings for engaging and disengaging the key device and opening and closing the front frame 2 are attached. Wooden side frame 1
Is formed so that the side edges thereof are slightly wider than the front plate 3 and the front frame body 2 formed of synthetic resin so as to protect the front plate and the front frame formed of synthetic resin from physical damage. When the pachinko machine is stored and transported, the wooden part is mainly used to protect the resin front plate and the front frame from being damaged. At the lower portion of the side frame 1, a front frame 14 having a receiving portion 14a is fixed by screws with a corner mounting bracket 15, and the front frame 2 is fixed by a receiving portion 14a of the front frame 14.
To reinforce the pachinko machine frame, prevent distortion due to external force, stably receive the load of the front frame 2, and reduce the load on the shaft support member 13. A stabilizer 16 wider than the side frame 1 is fixed to the lower end of the side frame 1 to prevent the pachinko machine from falling down.

Front Frame 2 Referring to FIGS. 1 to 10, the front frame 2 will be described. The front frame 2 is integrally formed of synthetic resin, and has a main frame 20 having a circular opening 21 at an upper portion thereof, the circular opening 21 conforming to an outer peripheral surface of a circular spiral guide rail for regulating a game area of the game board. A display light-emitting unit holder 81 to be mounted on the upper display housing on the front side of the main frame 20, a ball guide rail cover 26, a launch rail unit housing 231; a prize ball unit housing 234; Fit prevention edge 235
It is composed of a ball fitting prevention plate 235 having a, a game board housing surface 220 on the back side, a wiring space 223, a key device housing 241 and the like.

The front frame 2 is formed wider than the front plate.
The decorative surface made of synthetic resin and vulnerable to scratches is protected by the front frame indirectly on the front plate. On the front side of the main frame 20, a peripheral wall 201 is formed around which a slightly narrow front plate 3 is fitted, and a circular spiral guide rail forming a game area 51 of the game board 5 above the frame 20. A substantially circular game surface receiving opening 21 is formed so as to match the outer peripheral surface of the game device 50, and a game board surface portion concealing portion 22 which surrounds the non-game surface around the game board and doubles as a display portion outside the game board region is formed around the opening 21. In addition, the game board surface portion concealing portion 22 has a display body accommodating section 23 on which a display body light emitting section holder 81 of a display means is mounted, and a side wall spaced apart from the display body accommodating section. Display housing 24 in which another display 87 is mounted
A ball guide rail cover 26 that covers the side end of a ball guide rail 50 provided on the game board 5 below the opening 21 and a first front plate 8 and a second front plate 10 are mounted below. And
In addition, a launch rail unit accommodation portion 231 and a prize ball unit accommodation portion 234 are formed, and a ball fitting prevention edge 235a is formed.
And a plate-like portion 25 provided with a mounting portion or the like for mounting the ball-fitting prevention plate 235 having

The opening 21 for regulating the game area provided in the main frame 20 of the front frame 2 has a circular shape corresponding to the game area of the circular spiral guide rail 50 of the game board 5, and is a substantially square wooden game board. 5 is fitted into the game board accommodating surface 220 on the rear side of the front frame 2, and a guide rail 50 that determines a game area of the game board 5 is fitted into the circular opening 21.
Is stopped at the back by a disengaging means. The game board surface portion concealing portion 22 that wraps and hides the non-game surface around the game board is formed between the glass surface and the game board surface by forming the game board surface portion concealing portion 22 in a stepped shape, thereby forming a game board surface such as a wire. A new sense of taste that has not been obtained with the conventional configuration has appeared on the pachinko machine front side with the game board surface and the game board surface partial concealing portion 22 while preventing intrusion into the game area and exerting a fraud prevention function. The ball guide rail cover body 26 is integrally formed with the synthetic resin front frame body 2 to prevent the impact of the pachinko ball from hitting the glass surface without attaching a special protective member to the glass surface of the pachinko machine. It is possible to protect. In addition, the ball guide rail 50 protects the glass surface from being in contact with the glass surface and being damaged or damaged.

The front structure of the main frame 20 of the front frame 2 is provided with display means for illuminating and displaying the decorative member of the front plate 3 on the upper part. In the embodiment, as the display means, a display body light-emitting part holder 81 that accommodates the light-emitting part of the display body 80 provided on the back side is provided. The display part which was previously housed in the front frame body was solved, and the problem of assembling the display part and the decoration part with the pachinko machine main frame and the game board respectively was solved,
Individual assembling work and the number of parts used for the assembling work are reduced.

A display body in which a plurality of display bodies 80 are arranged in a row on the front upper part of the main frame body 20 of the front frame body 2 and at the rear of the decorative lens body 70 of the front plate 3 and the central decorative lens plate 71. Concave display housing 23 for housing light emitting unit holder 81
And a concave display body accommodating portion 24 which is located at a side portion corresponding to the corner of the game board at a predetermined distance from the game board, and which accommodates another display body is formed. The information transmission effect and the decoration effect interfere with each other and are arranged so as not to be mistaken.

3, 7 and 8, the synthetic resin display body light-emitting portion holder 81 has a front surface plate 3 and a center decoration lens plate 71 which can be illuminated from the rear. The lamp has a horizontally elongated shape, a recessed area on the back of the head where the head of the lamp can be introduced and a backlight surface can be formed, and the diffused reflection effect of light can be increased. The rear wall 83 of each section of the concave container is provided with a through hole through which the display body 80, for example, a lamp, is introduced, and the rear side periphery of the rear wall 83 of the holder is formed. A display body 80, that is, a substrate 85 provided with a lamp is mounted on the rear wall 83 in the substrate storage space.
0 is inserted into each section through the through hole. The concave body of the holder 81 is fitted into the display body accommodating portion 23 which can be positioned and fitted therein, and the rear wall 83 of the concave body is recessed above the main frame 20 of the front frame 2. The electric display board mounting part 221 of the housing part 23 is screwed with mounting screws 91. The display bodies 80 at both ends of the display body light emitting unit holder 81 are for the decorative lens body 70 of the front panel 3, and the display bodies 80 at the middle section are also the decorative lens plate 7.
For one. With this configuration, the display effect of each of the plurality of display bodies 80 can be exhibited individually, and the light emitting point of each display body can be protected. Further, the display body accommodating portions 24 provided on both sides of the main frame 20 of the front frame 2.
Is provided with a hole 93 for a display body, and another display body 87 is positioned in the hole 93 for the display body to exert its display effect.
Reference numeral 92 denotes a wiring lead-out hole.
The wiring taken out from the substrate 85 inside is detachably led to an input / output circuit board 271 provided on the back surface of the front frame via a connector 271a.

The display bodies 80 and 87 have a plurality of display lamps, L
Special rights for EDs, such as failures, unauthorized opening of the front frame, unauthorized use of magnets, etc. Occurs in a pachinko machine, when a special display mode is activated, when a symbol display device is activated, when a special display object is formed in the symbol display device, a special storage state is set to a predetermined storage value. When reaching, when the prize ball runs out, or when the prize ball or the lending ball is filled in the pachinko machine, etc., the lighting is driven separately, simultaneously, or alternately. Further, a configuration may be adopted in which the emission colors of the plurality of display lamps are made different or switched to drive the lighting.

By providing various displays on the front frame 2 as described above, the decorative lens body 70 or the decorative lens plate of the decorative member 33 provided on the front panel 3 according to the lighting of each display during the pachinko game. When the pachinko player or the employee of the hall, etc. displays an abnormality in the pachinko machine, the symbol display device or the prize winning device is activated, and the symbol display device is displayed. When the win display is established, when the pachinko ball passes a specific area on the game board surface, when the movable variable prize device is activated, when the fill detection switch is activated, the variable operation in the movable variable prize device is When the notice of the end, the fluctuation state of the symbol display device where it is easy to win,
It is possible to display and notify when a reach occurs, when a prize ball is paid out, or when a ball runs out. In the above-described embodiment, the decorative lenses 70 and the decorative lens plate 71 of the front panel 3 are illuminated and displayed by the display bodies 80 and 87 of the front frame 2, but the present invention is not limited to this. A display body may be provided at a position corresponding to the decorative lens plate 72 of the body 2 so as to be illuminated and displayed.

A plurality of seal sticking openings 212 and seal sticking openings 213 are formed in the front frame 2 on both sides at the lower portion thereof so as to correspond to the surface area of the seal 214 such as a stamp paper. The seal sticking opening 212 includes a plurality of seals 21.
4 has an overlap-pasting permission structure in which a depression surrounded by a wall portion is formed so as to be able to overlap the sticking portion 59 of the game board 5. Accordingly, since the seal 214 is attached to the seal attaching portion 59 of the game board 5 through the seal attaching opening 212, the act of peeling off the seal 214 can be protected before it occurs.

On the front side of the main frame 20, there are provided first pivoting means 27 for enabling the front plate 3 and the first front plate 8 to be able to be engaged and disengaged, while on the rear side a prize ball tank or a prize. A second pivoting means 28 for pivotally opening and closing and detachably supporting the mechanism substrate 6 equipped with the ball discharge device is provided so as to be attachable, and the front frame 2 has a third side attached to the side frame 1 on one side. It is mounted to be freely openable and closable by the shaft support means 29, and has a structure in which a key is locked by a key device 240 on the other side.

The first support means 27 for attaching the front plate 3 in which the glass plate is accommodated on the front side of the main frame 20 and the first front plate 8 to be detachable and openable is provided. A first support member positioning housing portion 206 which is positioned and designated by an integrally formed recess which partially accommodates one surface, and a mechanism substrate 6 provided with a ball discharge device ball passage formed on the rear side of the front frame 2. The second pivoting means positioning for mounting the second pivoting means 28 made of metal for pivotally supporting the pivotable opening / closing and disengaging means, by positioning and designating the second pivoting means 28 by means of an integrally formed recess accommodating a part of one surface of the pivoting means. The accommodating portion 207 is integrally formed, and the mounting of the front plate 3, the first front plate 8, and the pivotal support of the mechanism board 6 is guided and designated and fixed, thereby making it quick and simple. At the same time, a metal frame that allows the front frame body 2 made of synthetic resin, in which the front plate 3 is closed and covered, to be opened and closed to and from the side frame 1 serving as the base frame of the pachinko machine in a state where the mechanism board is closed and accommodated therein. A third supporting member accommodating portion 208 for accommodating the third supporting means 29 by sandwiching the upper end of the front frame 2 is formed, and a supporting member for attaching the front frame 2 to the side frame 1. To the front frame was smooth.

In the plate-like portion 25 below the main frame 20 of the front frame 2, a firing rail unit accommodating portion 231 for positioning and accommodating the firing rail unit 232 on the front side is provided.
A prize ball unit storage portion 234 for storing the prize ball collection unit at a specified position is integrally formed and formed in a concave shape. The firing rail unit 232 includes the metal firing rail mounting plate 28.
0, consisting of a hit ball launching rail 233 made of metal. The launch rail mounting plate 280 abuts and supports one end side of the ball launching surface of the hit ball firing rail 233, and a rail support hole 282 that supports the bent portion 233a of the hit ball firing rail.
And a rail mounting boss 28 supporting a rail mounting piece 233b formed on the other end side of the ball flight surface of the hit ball firing rail.
3 is provided, and the hitting ball firing rail 233 is connected to the rail support edge 281 of the firing rail mounting plate 280 and the rail support hole 28.
2. A stopper mounting portion 284 of a hitting stopper 285 which is screwed to the rail mounting boss 283 and is capable of adjusting the stroke end of the hitting ball which stands by on the firing rail formed of an elastic body on the firing rail mounting plate 280;
A hit ball delivery linking member 286 is provided which is rotated based on the action of the hit ball firing motor and feeds a hit ball from a hit ball supply device to a hit ball firing rail. Thus, the hit ball firing rail 233 has a rail support edge 281 and a rail support hole 282.
And the rail mounting boss 283 are supported in different supporting directions, respectively, thereby preventing the rail from being displaced and loosened. In addition, the hitting position on the firing rail is set to the hitting stopper
By adjusting the position, the effect of enabling fine adjustment can be realized. Further, a foul ball collection hole (a foul passage) 237 is formed between the firing rail 233 and the end of the ball guiding rail 50 provided on the game board 5, so that the lower plate 11 of the second front plate 10 can be hit without hitting the ball. Is led. The front frame 2 is formed of a single synthetic resin plate to have a depth not to have a large depth, and furthermore, a position guide designation for mounting the launch rail device and the prize ball collecting unit to a predetermined position in the front frame. However, it is possible to quickly perform the process in an appropriate state by using the convex and concave portions formed on the synthetic resin plate-like molded body.

The plate-like portion 2 below the main frame 20 of the front frame 2
The ball-insertion prevention plate 235 screwed into the ball-insertion prevention plate mounting hole 248 penetrated through 5 forms the same plane with the hitting surface of the hitting ball firing rail 233 and the delivery surface of the first front plate 8. It has a ball-fitting prevention edge 235a for preventing the hitting ball from rolling out or getting in between with the back surface. On the back surface of the first front plate 8, a hit ball firing rail 233 is provided.
The ball fitting prevention plate 23 at the upper hitting ball standby position
The portion where the ball-fitting prevention edge 235a of No. 5 is not disposed is the body of the ball-supplying device mounted on the back surface of the first front plate 8 that performs the ball-feeding process one by one at the ball-waiting position of the ball-launching rail. The pachinko ball that has been placed and that has fallen from above the hitting ball or the front frame body falls between the front frame body and the first front plate 8 by the body of the hitting ball supply device and the hitting ball firing rail 233 or the firing unit 232, and is fitted. It is structured to prevent jamming. When the edge 235a of the ball-fitting prevention plate 235 overlaps and covers the hitting surface of the hitting ball firing rail 233 mounted on the front frame, the ball fitting of the front frame is prevented. The ball-fitting prevention plate 235 mounted via the plate mounting hole 248 has a recovery edge 235b that forms a foul ball recovery hole 237 together with the leading edge of the hit ball firing rail.
A ball fitting prevention edge 235a is formed to extend toward the hitting ball firing rail toward the lower end of the prize ball outlet 238 from the recovery edge 235b, and is formed at a lower portion of the front frame when the front plate 3 is open. The storage ball exclusion structure in which the balls do not collect is formed.

In the lower part of the front frame 2, the first pivoting means 27 of the front plate 8 with a hitting ball supply tray and the overflowing ball lower tray receiving portion 210 are formed open. Further, a first pivot member 27 for pivotally supporting the front plate 3 and the first front plate 8 is provided on the lower front surface. A key support plate 217 for engaging and disengaging the lock device 110 of the first front plate 8 that is freely openably and closably supported by the first shaft support member 27 is a support plate mounting portion on the right side of the firing rail unit housing portion 231. 218
, And the first front plate 8 is provided so as to be opened and closed by operation of the lock device 110. The concave portion formed in the front frame body 2 can suppress the amount of protrusion of the hitting ball supply tray (front plate) pivot support engaging portion and the overflowing ball lower plate to the front of the pachinko machine in an appropriate state. A mounting board 291 on the back is provided below the main frame 20.
A through hole 219 for exposing the front side adjustment portion of the ball launching device 290 attached to the front side is provided. The second front plate 10 is removed to adjust the biasing means of the ball hammer of the ball launching device 290, adjust the cam, etc. The adjustment unit can be adjusted from the front side. And again
The operation handle 12 and the operation lever of the hit ball firing device 290 are mounted on one side of the second front plate 10. In addition, at the lower part of the front frame 2, an electronic sound is output according to the progress of the pachinko game at the time of winning, hitting or occurrence of an abnormality provided on the central control circuit board 511 of the game board 5 described later. Regarding the output wiring from the voice drive circuit, the ball lending operation and the ball lending information display, the card data processing relay circuit board 273, the ball lending switch 102, the ball lending switch lamp 103,
A wire draw-out opening for leading a ball lending process wiring for electrically connecting the frequency display 104 and the settlement switch 105 and an input / output wiring for introduction to the first front plate 8 to the first front plate. 249 are provided. Further, a plurality of engaging holes 259 for engaging the front plate locking claws provided at the lower end of the second front plate are provided at predetermined intervals, and engage with the front plate locking claws of the second front plate. The second front plate can be screwed into the plate-like portion 25 of the front frame 2 after the insertion positioning can be performed in the hole 259. When it is necessary to adjust the hitting ball firing device or the like, the second front plate 10 can be removed and adjusted from the front side through the through hole 219 for exposing the front side adjustment unit.

In the center of the left side of the main frame 20, a ball removing operation hole 211 for operating a ball removing device provided on the mechanism substrate 6 with a pin.
The locking portion receiving hole 244 of the first locking portion 242 is provided in the upper and lower right sides, a key portion 209 is formed in the center of the right side, and the key portion 209 is provided with a key body 209a of the key device 240. ing. A front plate opening / closing detection switch member accommodating hole 216 for detecting opening / closing of the front plate 3 is formed in the upper right corner, and the front plate opening / closing detection switch member 215 is provided in the accommodating hole 21.
The switch is turned on and off when the front panel 3 is opened and closed, and the opening and closing of the front panel 3 is displayed on the display device of the island of the pachinko machine stand or the computer device in the management room of the pachinko hall. It is provided as possible.

As shown in FIGS. 4, 5, 6, 9 and 10, the back structure of the main frame 20 of the front frame 2 has a game board housing surface 220 at the center and an electric display board. Mounting part 2
21, a wiring space 223, a key device housing 241, and the like. The game board accommodation surface 220 is a concealing surface 22a that conceals the front of the non-game area 51a outside the game area 51 of the game board 5, and a standing wall that wraps and accommodates the game board 5 at its upper, lower, left, and right sides. 227 together with the center of the front frame 2. That is, the game board accommodation surface 22
Reference numeral 0 designates a first standing wall 225 formed so as to surround an outer peripheral edge of the ball guide rail 50 mounted on the game board 5 and the game surface housing opening 21 is provided.
The second upright wall 227 corresponding to the thickness of the game board is provided on the upper, lower, left, and right sides to form a game board housing opening 226, and the game board 5 to be detachably housed in the pachinko machine is frontward, up, down, left, and right. In any direction, the game console is configured to be maintained and housed by surface contact having a predetermined width area, so that the game board can be securely housed in the front frame within an appropriate thickness. After the game board 5 is stored, it is possible to prevent the game board from being displaced with respect to the front frame due to vibration and shock during transportation or the like.

On the main frame 20 of the front frame 2, a frame reinforcing rib 222 is formed upright on a peripheral portion of the game board accommodating surface 220 so as to have a substantially long shape and a central portion close to a lattice shape. An electric display substrate mounting portion 221 for positioning and mounting the electric display substrate is integrally formed. Since the electric display substrate mounting portion 221 is integrally formed with the synthetic resin front frame 2, the display can be quickly mounted on the pachinko machine without providing a special mounting means on the game board or the front panel. A wiring space 223 is formed at a position corresponding to the back side of the electric display substrate mounting portion 221, and an elastic wiring stopper 223 a is integrally formed in the wiring space 223. Substrate 88 for display 87
The wiring 275a is connected to the input / output circuit board 271 or the like through the wiring space 223. Since the ribs and the cylindrical portion for reinforcing the strength are provided collectively, it is not necessary to newly attach a special reinforcing means to the front frame to constitute the wiring processing duct. As a wiring space for passing the wiring bundle of each board, a wiring space 274 is formed from the upper right input / output circuit board housing 263 to the lower right relay circuit board housing 265.
In the wiring space 223, various wirings 275a such as the wiring of the substrates 85 and 88 of the display lamps 80 and 87, the wiring of the switch member 215, and the like are collectively disposed.
4, various wirings 275b, such as a signal to a central control circuit board, a launcher circuit board, a payout circuit board, and a card data processing relay circuit board, and a power supply input / output wiring are collectively provided. Reference numeral 268 denotes a board wiring through hole, which connects the wiring from the drive motor launcher circuit board 277 to the inner wiring of the cover body 267 on the back side of the main frame body by the launcher wiring second connector 278 provided on the cover body 267. It is detachable, and is connected to the relay circuit board 273 by the launcher wiring first connector 273b with the connection wiring 276.

The rear surface of the main frame 20 is provided with a game board mounting rib 222a, a launching device mounting rib 222b, and a circuit board mounting rib 222c. Thickness) is collectively set for each, and each of the mounting members having different heights and thicknesses can be accommodated at a predetermined height within the internal volume of the front frame body 2 and the front frame formed of synthetic resin can be accommodated. The strength is given to the body, and it is possible to specify and guide the mounting position of each device or member to the front frame by the guide edge or piece formed together with the rib. The front frame 2 is integrally formed with at least a screw opening for mounting the launching device mounting portion and the circuit board mounting portion, or a housing opening.

In the peripheral portion on the rear surface of the main frame 20 of the front frame 2, accommodation portions for various substrates are formed. That is, a display lamp board housing portion 261 for housing the display lamp board 90 of the display lamp 87 on the upper left side, a switch housing portion 262 for mounting the front panel open / close detection switch 215, and a pachinko machine external management device on the upper right side. Input / output circuit board accommodation part 2 for accommodating the input / output circuit board 271 to be designated and positioned
63 and a card data processing relay circuit board 27 on the lower right side.
Relay circuit board housing part 265 for housing position 3 at specified position
And a mounting board mounting portion 266 for mounting the hitting and launching device mounting substrate 291 at a specified position, and a key device housing portion 241 is formed on the left side.

The display lamp substrate accommodating portion 261 is provided with a display body hole 93, and the display lamp 87 provided on the display lamp board 88 is located in the display body hole 93.
The display lamp substrate 88 is removably attached to the screw hole 261a with a screw, and the switch accommodating portion 262 is provided with a switch attaching hook 264.
A front panel open / close detection switch 215 positioned in the front panel open / close detection switch member housing hole 216 is detachably attached to the input / output circuit board 64. A card data processing relay circuit board 273 is attached to the circuit board accommodating portion 265 with a screw hole 265a, and a card data processing relay circuit board 273 is attached to the circuit board accommodating portion 265 with a screw hole 266a.
The ball launcher mounting board 291 is attached with screws.

The input / output circuit board 271 connected to the pachinko machine external management device includes a start winning number signal, a jackpot generation processing signal, an illegal signal, a winning signal, a payout operation (processing) signal, a hit ball firing drive signal, and a special win. Area passage detection signal,
A large number of connectors 2 for inputting / outputting a ball lending processing signal, a front panel opening signal, a ball cut signal, etc. to and from the pachinko machine.
71a are arranged in a row, and a fuse 271b is provided. Further, the card data processing relay circuit board 273 includes a prepaid card processing unit set corresponding to the pachinko machine, a ball lending operation and display circuit board provided on the front of the pachinko machine, a launching device circuit board, and a payout circuit board. And the like are relayed electrically. The relay circuit board 273 includes a prepaid card processing unit connection connector 273a, a firing device wiring first connector 2
73b, and a card data processing status display LED 273c. 276a is the payout circuit board 612
276b is a connection wiring between the payout circuit board 612 and the card data processing relay circuit board 273. 276c is connection wiring with a launching device. Note that the above-mentioned various wirings have a wiring structure in which a shield line is provided in parallel with a signal line or a power supply line, and the input / output circuit board 271, the card data processing relay circuit board 273, A structure for preventing malfunction from occurring in various control circuit boards such as the display device control circuit board 512, the central control circuit board 511, the launching apparatus circuit board, and the relay board 513 may be employed.

4, FIG. 5, FIG. 9, FIG. 10, and FIG. 14, on the back of the front frame 2, a key device accommodating portion 241 for positioning and engaging the columnar key device 240 in an L-shaped cross section.
A metal supporting member 13 for mounting the front frame 2 on the machine side frame 1 of the pachinko machine main body so as to be rotatable and releasable at a plurality of positions at upper and lower ends. A shaft member mounting portion 245 is provided.

Referring to FIGS. 4, 5, 9 and 10,
On the left side of the main frame 20 of the front frame 2, a key mounting wall having an L-shaped cross section for accommodating a key member for integrating and fixing the front panel 3 and the side frame 1 of the pachinko machine by guiding the mounting position. 241a is formed, and a key receiving hole 246 is provided in the key mounting wall surface 241a, and a key cylinder portion is guided into the key mounting hole 246, and a key body is guided to the key mounting wall surface 241a and mounted on the front frame body 2. The key device 240 can be extremely easily and quickly attached to the front frame by a guiding step of performing the following and a fixing step of screwing a screw into a mounting boss of the front frame 2 through a mounting hole provided through the front frame 2. Can be installed. A bent metal supporting member 13 for attaching the front frame 2 made of synthetic resin to the wooden side frame 1 in an openable and closable manner.
The shaft member mounting portion 245 for accommodating is formed on the front frame 2. Thereby, the durability of the front frame 2 when the opening / closing member is disengaged can be complemented without using metal as a whole.

The key device housing 241 on the back side of the front frame 2
The key device 240 is mounted on the first locking portion 242 to which the receiving member 49 provided on the glass plate housing frame 4 of the synthetic resin front plate 3 is engaged and disengaged, and the locking metal fitting of the wooden side frame 1. Key device positioning body 2 that determines the mounting position of columnar key device 240 that has a second locking portion 243 that is engaged and disengaged and protrudes in opposition to each other.
47 are provided, and a locking portion accommodating hole 244 of the first locking portion 242 of the key device attached to the positioning body 247 is provided up and down, and a first protruding forward from the locking portion accommodating hole 244 is provided. The locking plate 49 of the glass plate accommodating frame 4 attached to the back of the front plate 3 is detachable from the locking portion 242, and the second locking portion 243 protrudes rearward and locks the side frame 1. Can be disengaged. Therefore, a key for simultaneously attaching the side frame 1 to the front and back sides of the front frame 3 via the metal piece of the glass plate housing frame 4 and the key member attached to the side frame 1. The front and rear action portions (engaging portions) are integrally formed on the device 240, and this is mounted on the front frame 2, and the front plate 3 and
Since the side frame 1 and the mechanism board 6 are set so as to be openable and closable, the front panel 3 and the side frame 1 can be formed together on the pachinko machine main body by the key device provided on the front frame body 2.

A metal shaft support member 1 for pivotally attaching and detaching the front frame 2 to the wooden side frame 1 of the pachinko machine main body.
3 is integrally formed with a metal shaft member mounting portion 245 which is provided at a plurality of positions at upper and lower end portions and provided. The durability of the front frame 2 that accommodates the bent metal supporting member for mounting the synthetic resin front frame on the wooden side frame in an openable and closable manner is made entirely of metal. It can be complemented without.

Gaming surface accommodation opening 21 on the back side of front frame 2
A hitting body 230, for example, a hitting body mounting portion 229 that supports a ball-stopping rubber is integrally formed on one side of the upper part.
Since the mounting portion of the ball stopper member conventionally provided on the game board is formed integrally with the front frame 2, it is not necessary to attach the ball stopping means to the game board 5, and the working process and the number of parts can be simplified. Is generated.

A transparent cover body 267 is put on the back surface of the plate-like portion 25 of the main frame body 20 and is screwed, and the out ball is covered so as to be openable and closable on the back side of the pachinko machine. The out-ball discharge path 236 for leading out to the mechanism substrate 6 provided with is formed integrally, and it is not necessary to provide a configuration for providing and guiding another out-ball guiding means. That is, the entrance 236 is provided on the upper surface on the back of the main frame 20.
a, and an out-ball discharge passage 236 having a discharge port 236b provided on the back surface is formed in a vertical direction, and an out-ball flowing down from the out-ball discharge passage 503 on the back surface of the game board 5 enters through the entrance 236a on the upper surface. Then, it passes through the out ball discharge passage 236 and is discharged from the discharge port 236b to the out ball discharge passage of the rear mechanism substrate 6. The out ball discharge passage 236 is formed with an uneven shape in the vertical direction so that the out ball flows down smoothly.

At the prize ball outlet 238 of the prize ball unit accommodating section 234, a prize ball discharge port 601 of the mechanism board 6 is installed and connected. It is discharged to the upper plate 9 of the front plate 8. An overflow ball discharge passage 295 is formed immediately below the out ball discharge passage 236 in communication with the overflow ball lower plate housing portion 210.
The prize ball path provided on the back of is connected. In the overflow ball discharge passage 295 provided in the overflow ball lower dish housing section 210, a ball passing surface body 296 for removing static electricity is attached.
The key device 240 from the ball passage surface body 296 for removing electrostatic charges.
A ground wire 297 is disposed as a conductive member on the metal member through a wiring space 298 formed between the lower side of the main frame 20 and the mounting board 280 and grounded. As a result, static electricity charged in the pachinko ball passing through the inside of the pachinko machine, in particular, the mechanical board 6 behind the front frame 2, is used as a key. In the discharge passage 295, there is an effect that the charged electric charge can be removed via the key device 240 without drawing and processing complicated electric wiring.

The synthetic resin front plate 3, the synthetic resin front frame 2, and the synthetic resin mechanism board 6 described in the present embodiment.
May be molded as a conductive synthetic resin to take measures against malfunction of the pachinko machine due to static electricity. By doing so, the routing connection of the ground wiring can be simplified, and the GND line of the control circuit can be appropriately screwed and connected to the mechanism board 6 and the front frame 2. In this case, if the entire mechanism substrate 6 is formed to be conductive, the conductive plate 675 for removing static electricity can be used.
Can be omitted from the process of attaching the second member to the mechanism board 6. Further, if the front frame 2 is formed of a conductive resin and the key device 240 made of a conductive metal and the front frame 2 are configured to conduct electric charges via the contact surface, the ground wire 297 is connected to the key device 240. The electric charge charged on the front frame 2 and the mechanism substrate 6 can be removed via a key operated human body and the ground without wiring processing. In addition, the noise removal core, which is used as a measure against noise due to electromagnetic waves and the like besides static electricity and is provided on the control circuit board, is provided separately from this control circuit board. It may be configured to be provided on the front frame pair 3 or the mechanism substrate 6 made of synthetic resin.

On the rear side of the front frame 2, a plurality of locking members 250, 251 of the game board 5 are provided on the game board housing surface 220 so that the game board 5 cannot be removed after the game board is housed in the game board housing surface 220.
The locking member 250 is made of a synthetic resin and is formed in an L-shape, and the operation piece 250a side to the game board surface is formed short, and the operation piece 2
The support shaft 252 provided on one side of the main frame body 20 has a support shaft 252 at the corner of the L-shape, which is formed long and wide on the 50b side.
3, the operation surface is projected to the edge side of the front frame body before the fixing operation of the locking member 250, and the short action piece is located at a position disengaged from the game board accommodating surface 220, that is, in a vertical direction. After the game board is fixed, the operation surface is accommodated in the edge of the front frame body, and the short acting piece has an operating displacement of being locked and fixed to the back surface of the game board 5. The operating piece of the locking member 250 has an opening action surface formed as a predetermined wide width for facilitating the opening operation after fixing as compared with the action piece side, and when the game board is fixed, it is out of the edge of the game board. In addition, the amount of exposure of the operation unit is eliminated, and the opening and detaching operation is facilitated. The plate-shaped part 2 at the lower part of the main frame 20
5 has a locking member receiving portion 254 formed in a circular shape, and the locking member 251 is rotatably provided.
A locking portion 251a at the tip of the game board 5 is detachably provided on the back surface of the game board 5. That is, the locking member 251 is made of a synthetic resin and has an I-shaped and circular locking member housing portion 254 so as to be rotatable.
A locking portion 251a at the tip end is formed to be exposed on the back surface of the locking member 54, and the center of the locking member 251 is rotatably provided on a support shaft 255. Reference numeral 254a denotes a rotation amount regulating hole which makes the rotation amount of the locking member 251 90 degrees from vertical to horizontal, and the rear end 251b of the locking member 251 is engaged with the rotation amount restriction hole.
Thus, when the game board 5 is fixed by the locking member 251, the locking member 251 is set vertically and
When the game board 1 is to be locked and fixed to the back of the game board 5 and the game board 5 is to be removed, the locking member 251 is turned approximately 90 degrees to be horizontal, and the tip locking section 251a is removed from the back of the game board 5. Then, the game board is released, and the game board 5 is
6 can be removed.

A ball launching device 290 is provided on the back of the front frame 2.
And a mounting groove 266 formed in the front frame 2 for mounting the launching device at a predetermined position on the front frame 2 with a mounting board accommodation portion 266 for positioning and mounting the hit ball launching device mounting substrate 291. It is accurately guided and fixed to a predetermined position by the mounting boss. The hitting and launching device 290 has a hitting hammer 292 pivotally supported on a hitting and launching device mounting board 291, and the hitting hammer is provided with a biasing means for applying an elastic force, and the operation lever 12 of the operating handle 12 is rotated. The resilience of the ball-hitting hammer 292 is adjusted by driving the motor 293, which is activated by the operation of the operation lever.
Is fired against the urging means, and a hit ball supplied at a firing position of the firing rail 233 is fired. Front frame 2
The hitting position of the hitting ball firing rail mounted on the front side of the hitting ball and the tip of the hitting hammer provided in the hitting ball firing device can be accurately set without deviation.

On the back of the front frame 3, a mechanism board 6 equipped with a prize ball tank and a prize ball discharge device is provided so as to be capable of being opened and closed and disengaged. Upper and lower bearing member mounting holes 2
58 is provided with a mechanism substrate support member bearing member 256,
Further, mounting holes 257 for a mechanism board stopper member 622 are provided on the upper and lower sides of the other side, and the mechanism board 6 is provided so as to be openable and closable so as to cover the back surface of the main frame body 20. The side is provided so as to be fixable by a mechanism board stopper 622.

In FIG. 1, FIG. 11 to FIG. 13, the game board 5 housed in the game board housing surface 220 of the front frame 2 is formed of a substantially square plywood, and its peripheral corners are The shape matches the shape of the game board accommodation surface 220. That is, the notch 52 for designating the position of the input / output circuit board is provided on the upper right side.
a, on the upper left side, the L of the detector connection connector housing 262
A position designation notch 52b to be fitted to the mold wall surface, and a position designation notch 52c to be designated and fitted to the L-shaped wall surface of the prize ball unit accommodating portion 234 are formed on the lower left side, and the front surface is formed around the notch. A fitting hole 53 for positioning and fitting with the positioning protrusion 228 on the back surface of the main frame body 20 of the frame body 2 is provided therethrough.
A guide rail 50 is provided in a circular spiral shape to guide the hit ball fired from 33 to the game area and form a game area 51, and the outside of the game area becomes a non-game surface 51a, and the game surface of the front frame 2 is hidden. The guide rail 50 is concealed by being brought into contact with the concealing surface 22a on the back surface of the portion 22.
It is set to 1 and the hit ball rolls. A special symbol display device 54, a special winning opening 55, a windmill, a nail, and the like are provided in the game area, and an out ball port 5 is provided at the bottom of the game area.
6 are provided. Also, arcuate display body receiving holes 57 are formed on both sides of the inner circumference of the guide rail 50, and a display lamp 58 is arranged as a display body. The display lamp 58 is provided with a plurality of LEDs on a display lamp substrate 516. At the lower part of the game board 5 outside the game area, a synthetic resin seal sticking part 5 is provided.
9 are configured. Thus, a seal 214 is attached to the seal attaching portion 59 so that the seal 214 can be seen through the seal attaching opening 212 of the front frame 2 from the front. A U-shaped cutout hole 504 for taking out a game board is provided on one upper side of the game board 5 so that the game board can be mounted on the game board accommodation surface 220.
When the game board is removed from the game board, a finger or the like is put on the hole 504 for taking out the game board so that the game board can be pulled out.

Referring to FIG. 13, the front of the game board 5 will be described. Reference numeral 521 denotes a left sleeve and right sleeve winning opening, 522 denotes a left down and right down winning opening, 523 denotes a first class starting opening (winning opening relating to an ordinary electric character), 55 denotes a large winning opening, and 524 denotes a specific area.
Is a gate, 526 is a normal symbol display device (mini digital), 54 is a special symbol display device, 58 is a side display lamp (LED), 527 is a lamp windmill, and 528 is a windmill. Thus, when the hit ball passes through any of the gates 525, the ordinary symbol display device 526 fluctuates, and when the numeral of the ordinary symbol display device 526 stops at a specific numeral, for example, “3” or “7”, the first type start is performed. When the mouth 523 is opened for a set time, for example, about 2 seconds, and a hit ball from the gate 525 wins the first-type starting opening 523, the special symbol display device 54 digitally fluctuates and stops. At that time, the special symbol display device 54
Is a predetermined combination, the special winning opening 55 is opened for a predetermined opening time, and the specific area 524 is hit by a hit ball to obtain a specific large hit. Also, the left or right sleeve winning opening 521 and the left or right falling winning opening 52
If the ball hits 2, the prize will be won. When a hit ball enters a winning opening such as the left sleeve or right sleeve winning opening 521, the left or right down winning opening 522, the first kind starting opening 523, etc., it becomes a safe ball and flows down to a safe ball collecting passage on the back of the gaming board 5. , Mechanism board 6
And collected in the safe ball collecting channel 67 and the safe ball detecting unit 610. Note that a structure may be adopted in which an ultraviolet-ray removing film is attached to the display surface of the special symbol display device 54 to protect the player from visual impairment caused by the pachinko game.

As shown in FIG. 13, a safe ball collecting passage 502 for guiding and collecting various winning ports and safe balls of a prize device is formed on the back of the game board 5. A central control circuit board 5 is provided on the back of the variable display device housing 501 or the like.
11, symbol display device control circuit board 512, relay board 51
3 are provided. The central control circuit board 511 performs an operation of paying out a prize ball when a prize is generated, and a symbol display device,
It controls the driving of the winning device and the display lamp. The symbol display device control circuit board 512 is a winning device control circuit board depending on the model. 514 is an interconnect connector between the central control board and the symbol display device control circuit board, and 515 is an interconnect connector between the central control board and the relay board. Further, on the back surface of the game board 5, an out ball passage 503 is provided below the position corresponding to the out ball opening 56, and the out ball is mechanically connected via an out ball discharge passage 236 on the back surface of the front frame 2. It is guided to the ball discharge path of the substrate 6. The out ball port 56 is located above the lower opening edge of the mechanism board 6,
6 is provided with another member, for example, a synthetic resin cover plate 56a.
And the outside ball is guided downward by the cover plate 505 through the outside ball passage 503. The out ball opening 56 and the out ball passage 503 are separated by a safe ball passage and a partition. 517a is an interconnection between the input / output circuit board 271 and the central control circuit board 511, and 517b is a central control circuit board 511 and the card data processing relay board 273.
Reference numeral 517c denotes a mutual wiring between the central control circuit board 511 and the display lamp board 516 of the display lamp 58. The control circuit boards 511 and 512 are directly attached to the back of the game board 5. As a circuit for driving and lighting a plurality of emitting diodes (LEDs) of a display unit provided on the game board 5, a scanning lighting circuit is used instead of a direct lighting circuit. For example, by setting a transistor to a circuit that repeatedly controls lighting at a frequency of 50 Hz to 60 Hz, only one LED is driven to be driven at a predetermined timing of one cycle. This produces an effect of reducing power consumption required for display.

As shown in FIG. 9, the operation piece 250b of the locking member 250 arranged on both sides is rotated outward by 90 degrees, and the game piece 5 is fitted with the action piece 250a in the vertical direction. , And the locking member 251 disposed below is rotated 90 degrees to be horizontal, and the locking portion 251a at the tip is positioned outside the game board housing surface 220. As shown in FIG. 14, the mounting structure of the front frame 3 of the game board 5 on the game board housing surface 220 is
The positioning projection 228 on the back surface of the main frame 20 is
The game area 5 of the game board 5 is fitted to the first standing wall 225, and the periphery of the game board 5 is fitted to the second standing wall 227 and housed in the game board housing surface 220. After that, the operating piece 250b of the L-shaped locking member 250 provided at a plurality of places on the back of the front frame 3 is rotated by 90 degrees to engage the action piece 250a with the back of the game board 5, and The locking member 251 provided with the locking portion 251a is rotated by 90 degrees so that the locking portion 251a at the tip is engaged with the back surface of the game board 5, and the game board 5 is accurately fixed on both sides and below.

In FIGS. 15 to 28, the front frame 3 mounted on the back of the game board so as to cover the back of the game board 5 mounted on the front frame 3 and accommodated in the pachinko machine. The mechanism substrate 6 which can be opened and closed and is stopped by fixing means is shown.
The mechanism substrate 6 has a rectangular opening 61 at the center of the synthetic resin base body 60 for exposing the display device housing 501 and the like on the back of the game board 5, and positions the prize ball tank 62 at the top on the back side. Prize ball tank mounting portion 62a to be mounted on the tank, and a tank rail cover 6 that forms a tank rail immediately below the mounting portion 62a.
Tank rail cover mounting part 641a for mounting 41
A prize ball including a prize ball passage 64 bent to the ball payout drive unit 611 continuously to the prize ball guide path 63 of the tank rail 640, a second ball cutout detecting device 614, and a ball punching device 660. The prize ball passage body attachment part 616a of the passage body 616, the drive unit attachment part 611a of the ball discharge drive unit 611, the prize ball passage 64a from the drive unit 611, the overflow ball passage 602, and the ball extraction passage 65a.
Are formed on the same surface by being separated by the rising wall, and the safe ball collecting gutter 66, the safe ball collecting channel 67, and the safe ball outlet channel 68 are formed on the same surface by being separated by the rising wall at the lower part, and below the same. A detection unit housing portion 610a of the safe ball detection unit 610 and a filling detection device housing portion 670a of the filling detection device 670 are formed. A prize ball tank 62 for storing a prize ball (lending ball) is mounted on the upper rear side thereof, and a tank rail mounting portion 640a is provided.
Rail cover 6 constituting tank rail 640
41 is covered and screwed on, and the prize ball guiding path 63 is formed in the tank rail 640. On the side of the mechanism substrate 6, a prize ball path 64a communicated with the prize ball guide path 63 is provided.
A ball release passage 65a, a safe ball collecting trough 66 for collecting a plurality of safe balls coming out from an appropriate place on the back of the game board, a safe ball collecting passage 67, and a safe ball collecting A safe sphere lead-out path 68, which communicates with the path 67 and collects the safe spheres gathered in the safe sphere detection device 610, is formed on the same plane by being separated by a rising wall.

As described above, the safe ball detecting device housing section 610a for detachably storing the safe ball detecting device 610 and the filling detecting device 670 for detecting the filled state of the paid prize balls are attached to and detached from the mechanism substrate 6. It is possible to attach / detach the filling detecting device accommodating portion 670a capable of accommodating the ball and a plurality of kinds of ball out detecting devices for detecting the lack of the prize ball derived from the prize ball tank to the ball discharging drive unit 611 at a plurality of different places. Since the first ball-out detecting device housing portion 613a and the second ball-out detecting device housing portion 614a to be stored in the front frame body, a safe ball detecting device, a filling detecting device, Plural types of ball cut detecting means 613 and 614
Since the base body 60 is formed with an engaging portion for detachably accommodating the electric members provided in each device in a state where the electric members are pulled out and exposed, the wiring drawn from each device is connected to the mechanism board 6. It is possible to appropriately join the outside of the device, and with each device connected to each other,
The operation state can be confirmed by removing the drive from the mechanism substrate main body and driving it.

The prize ball tank 62 is mounted on the prize ball tank mounting portion 62a on the upper rear surface of the base body 60, and the synthetic resin tank rail cover 641 constituting the tank rail 640 is screwed on the lower tank rail cover mounting portion 641a. The prize ball guide path 63 that allows the prize ball to flow from the prize ball tank 62 to the prize ball passage body 616 is formed in an inclined shape. Further, a prize ball passage body 616 having a prize ball passage 64, a second ball cut-out detecting device 614 and a ball punching device 660 is screwed to the right prize ball passage body mounting portion 616a, and a ball payout drive unit is mounted. The ball payout drive unit 611 is attached to the part 611a. The prize ball path 64a below the ball payout drive unit 611 and the overflow ball path 602
A cover member 600a is put on the ball-passing passage 65a and screwed on, thereby forming a winning ball passage 64a, a ball-passing passage 65a, and an overflowing ball passage 602. Further, the lower safe ball collecting gutter 66, the safe ball collecting channel 67, and the safe ball drawing channel 68 are covered with a cover member 600b and screwed into the safe ball collecting gutter 66, the safe ball collecting channel 67, and the safe ball drawing channel. 68 are configured. Further, the safe ball detection unit housing section 610a
The safe ball detecting unit 610 is screwed, and the filling detecting device 670 is screwed to the filling detecting device mounting portion 670a. The base body 60 has a safe ball outlet path 68 and a prize ball path 6
4a and the ball passage 65a are formed separately on the same plane without increasing the thickness of the mechanism substrate, and the base body has the same safe ball lead-out path, prize ball path, and ball removal path as the same. The structure is formed so as to be separated into a flat surface, the thickness of the substrate is not bulged, and only the cover member is covered on the base body, so that the safe ball passage, the prize ball (lending ball) passage,
It is convenient that the ball emptying passage can be simultaneously formed at the same time.

On the front side of the base body 60, on the side to be attached to the back of the front frame 2, at the lower part, an out-ball path 69 crosses the prize-ball path 64a, the ball-off path 65a, the safe-ball collecting path 67 and the like three-dimensionally. An out-ball discharge path 503 that is formed in an orthogonal shape and is located below the back surface of the game board 5, and an out-ball discharge path 2 of the front frame 2.
The out ball transferred out through 36 is collected and discharged out of the pachinko machine.

In FIGS. 21 and 23, the prize ball tank 62 made of synthetic resin has a substantially rectangular ball-receiving bottom surface, and its vertical and horizontal directions are both inclined toward the ball outlet 630. A compound ball guiding inclined surface is formed, and a prize ball (rental ball) supplied from the ball supply device of the island receives a ball exit 630.
And from the ball exit 630 to the prize ball guiding path 63 below.
It is provided to flow down. At the prize ball outlet 630 of the prize ball tank 62, a ball break detection unit housing portion 613a is provided, and the ball break detection unit housing portion 613a is gradually inclined in a flowing direction of a ball supplied with the first ball break detection unit 613. Then, the action point is arranged. In other words, the ball-out detection unit 613 is configured such that the prize-ball load switch plate 631 is inclined at the prize-ball exit 630 and the support shaft 632 is attached to the support portion 632.
3 for pivotally supporting the prize ball load switch plate 631
Switch 63 for the ball out detection switch body 634
Related to 5. When the balls are replenished and stored in the prize ball tank 62, the prize ball load switch plate 631 presses the switch 635 of the ball out detection switch body 634 to be ON to store the prize balls in the prize ball tank 62. Indicating that
Also, ball clogging occurs in the ball supply device of the island, or in the supply passage from the ball supply device to the prize ball tank 62, and the prize ball tank 62
Is empty and the ball runs short, as shown in FIG. 21, the prize ball load switch plate 631 is raised upward by the spring action of the switch, and the switch is turned off to indicate that the prize ball tank 62 is out of ball. At the time of detection of a broken ball, the occurrence of a broken ball is lit and displayed on a broken ball display of the front frame 2. In addition, the ball cut detection unit is connected to the computer control room of the hall and the display device at the end of the island, and informs employees of the hall that the ball has run out. 655 is a screw hole.

In FIG. 21 and FIG. 24, the tank rail cover 641 made of synthetic resin is
41a and the screw is put on, and the prize ball tank 62
The prize ball guiding path 63 for causing the prize ball to flow down to the ball payout drive unit device 611 is formed in an inclined shape. The tank rail 640 of the tank rail cover 641 is the prize ball tank 62.
The prize ball is formed in such a width that the ball can be rolled side by side in two front and rear sections, and a ball section 642 for separating the ball group into two front and rear sections is provided at the center of the tank rail 640. A ball leveling means 643 is provided at the upper part of the middle of the ball for aligning the ball groups for engaging operation to form a ball guiding mode one after the other. The prize ball flow blocking plate 648 for temporarily blocking the slidable ball is slidably provided.

The ball section 642 is a tank rail 640.
In the center of the figure, the ball surface discharged from the ball discharge port 630 rolls on the tank rail with a gentle slope from the rail surface immediately below the left ball discharge port 630 to a position almost beyond the ball leveling means 643 in the center. The ball leveling means 643 is provided so as to be gradually moved into one of the two front and rear prize ball guide paths 63.
The height of the prize balls is increased from the position exceeding the height of the ball to the end by a steep slope so that the prize balls leveled by the ball leveling means 643 are completely separated and aligned.

21 and 24, the ball leveling means 64
3 is a ball segment in which a plurality of synthetic resin ball leveling bodies 644 separate the tank rail 640 into two sections on a weight holder 645 rotatably mounted on the mounting hole 643 a of the base body 60 of the mechanism substrate 6. 642 so as to be rotatable. That is, the ball leveling body 644 has a lower portion capable of housing the weight 644a therein and has a hook-shaped portion 644b at the upper portion, and a pair of ball leveling members 644 are rotatably mounted on the base body 60 of the substrate. A hook portion 644b is swingably hung on a rotating shaft portion 646 below the supported weight holder 645 to form a bendable joint. This ball level body 64
4 has a configuration in which the ball leveling action in each path of the prize ball guiding path 63 is not affected by the operation generated in the other ball leveling members, and the indirect portion causes a reaction from the leveling ball to produce the shaft. This prevents impacts from acting on the portion and hindering smooth ball leveling action. As described above, the ball clogging preventing force is dispersed for each of the plurality of ball passages, so that the indirect portion absorbs the impact and works smoothly.

In FIG. 21 and FIG. 24, the ball falling-off preventing means 648 is connected to the two-prize ball guiding path 63 separated by the ball piece 642 at the end of the tank rail 640.
The ball blocking plate 649c is provided so as to be able to protrude and retract, and the ball blocking plate 649c is connected to operating means 649 which is provided outside and freely slidable up and down. That is, the operation plate 649 is a narrow plate body, in which an operation portion 649a is formed at a lower portion, an elongated sliding guide hole 649b is formed at an upper portion, and a ball blocking plate 649c that appears and disappears in two rows of prize ball guide paths, The operation plate 649 is slidably fitted to the operation plate guide portion 652 of the tank rail cover 641 at its lower portion, and a stop screw 653 is screwed into a slide guide hole 649 b of the operation plate 649. By adjusting the stop screw 653 when lifting or lowering the 649a, the ball blocking plate 649c is allowed to slide freely within the range of the slide guide hole 649b, and is set in the up and down position and fixed by the stop screw 653. To be. When the prize ball is caused to flow down, the operation plate 649 is set at the lower position shown by the solid line in FIG. 26. When the pachinko machine is stopped, the operation means 649 is operated to move the ball blocking plate 649c to the prize ball guide path 63. It protrudes in to temporarily prevent the ball from flowing down.

In FIGS. 21 and 26, the prize ball passage body 616 is formed with a bent prize ball passage 64, and a ball cut detection unit housing portion 614a is formed on one upper side thereof. The second ball out detection unit 614 is detachably provided in the portion 614a, and a ball punching device housing portion 660a is formed on the lower side and the other side, and the ball punching device 660 is mounted in the ball punching device housing portion 660a. You.
The prize ball passage body 616 has a ball cut detection unit housing 614a formed diagonally on one side, and elastic cut-out pieces 654 formed by cutting the front and rear surfaces thereof from the front end thereof. 614a has its locking piece 654
Insert the ball cut detection unit 614 using the elasticity of
A locking piece 654 is locked to the end, and the ball-cut detection unit 614 can be detached.

The action point of the second ball-out detecting unit 614 is arranged such that the switch plate 650 thereof is gradually inclined in the downflow direction of the ball supplied in the prize-ball passage 64. That is, the ball out detection unit 614 pivotally supports the operation point of the switch plate 650 on the support shaft 651, and makes the switch plate 650 face the prize ball passage 64 in an inclined manner. Therefore, the thickness of the ball-out detection unit is reduced in the width direction, the opening window to the back of the game board is secured in a large area, and the width of the prize ball supply path 64 leading to the ball payout drive unit 611 is reduced. This has the effect of reducing the impact of the ball on the action section of the detection switch. Normally, the switch plate 65
In connection with the switch 650a that appears and disappears, the prize ball path 6
When the ball is flowing down to 3 and stored, the switch plate 6
50 is the switch 6 of the ball out detection switch unit 614.
When 50 a is pressed to turn on to indicate that the prize ball is stored in the prize ball passage 64, the prize ball is clogged in the supply passage to the prize ball tank 62, the prize ball tank, the tank rail 640, or the like, and the prize ball is caught. When the prize ball in the passage 64 runs short, the switch plate 650 is protruded sideways by the spring action of the switch,
The switch is turned off to indicate that the ball in the award ball passage 64 has run out. At the time of detection of a broken ball, the occurrence of a broken ball is illuminated and displayed on a broken ball display 87 of the front frame 2. In addition, the ball cut detection unit is connected to the computer control room of the hall and the display device at the end of the island, and informs employees of the hall that the ball has run out.

The prize ball path body 616 has a prize ball path 64.
A ball-pulling passage is formed at the bent portion of the ball-pulling device, a ball-pulling-out device housing 660a is provided on the side of the ball-pulling-out passage 65, and a ball-pulling-out device 660 is installed. In the ball removing device 660, a ball removing plate 663 is swingably supported by a ball removing plate support shaft portion 662 in an opening 661 provided below a bent portion of the prize ball passage 64. The ball punching plate 663 has a weight portion 663a formed outward, and a load is constantly applied in the direction in which the ball punching plate 663 closes the opening 661, and a receiving portion 663b is provided at the lower end of one end of the ball punching plate 663. I have. In addition, the ball emptying device housing section 6
In 60a, a hook piece 664a is provided immediately below the ball punching plate 663.
Is provided, and the latch piece 664 is provided.
a is normally engaged with the receiving portion 663b of the ball punching plate 663 to close the opening 661 to form the prize ball path 64, and when the ball is punched, the operation pin is moved from the ball punching operation hole 321 of the front plate 3 to the front frame. 2 and slides the operating body 665 of the locking portion 664 to move the latch piece 664a of the locking portion 664 to move the ball removing plate 66.
3 is released from the engaging portion 663b, the ball punching plate 663 is allowed to swing freely, and the ball punching plate 663 is released by the load of the ball to remove the ball. A ball removal passage 65a on one side of the base body 60 is provided so as to communicate with the ball removal passage 65 of the prize ball passage body 616.

A ball payout drive unit housing section 611a is provided immediately below the prize ball passage body mounting section 616a, and the ball payout drive unit 611 is installed in the drive unit housing section 611a. The ball payout drive unit 61
The one ball dispensing device 615 houses a rotating body that pays out a predetermined number of prize balls (lending balls) in response to a ball lending request or a prize, and a motor that drives the rotating body.
A predetermined number, for example, 15 prize balls are paid out based on the safe ball passage signal in the safe ball detection device 610 that cuts and detects the safe balls one by one at a position subsequent to. The payout circuit board 612 corresponds to the right to win,
Alternatively, it controls the ball payout device 615 provided on the mechanism board 6 so as to pay out the number of balls corresponding to the ball lending request.

In the prize ball passage 64a on the downstream side of the ball payout drive unit 611, there is provided a prize ball outlet 601 which opens to the front side of the substrate and communicates with the prize ball discharge port 238 of the front frame 2. The prize ball outlet 60 continues to the passage 64a.
An overflow ball passage 602 is provided from the side of the front frame 1 to the overflow ball discharge passage 295 of the front frame 2, and the cover member 600 made of synthetic resin is provided.
The prize ball dispensed from the ball dispensing device 615 normally falls into the prize ball outlet 601 provided on the downstream side immediately below the discharge port of the prize ball passage 64a, and the prize ball outlet 601 is provided.
Through the prize ball discharge port 238 of the front frame 2
Is paid out to the upper plate 9. A large amount of prize balls are paid out by a jackpot or the like when the player wins the prize device of the game board 5, and the first front plate 8
When the upper plate 9 is full of prize balls, the prize ball outlet 601
Then, the prize ball discharged from the ball dispensing device 615 overflows into the overflow ball passage 602 formed from the side of the prize ball outflow path 601 downward, and flows downward. The end of the passage 602 is guided to the lower plate 11 of the lower ball container 210 for the overflow ball through the overflow ball discharge path 295 of the front frame 2 and the overflow ball discharge port 111 of the second front plate 10.
666 is a bell that rings with a prize ball discharged from the prize ball passage, 657
Is a screw hole.

In the vicinity of the outlet of the overflow ball passage 602, a filling detector housing section 6 for containing a filling detector 670 is provided.
70a is provided, and a filling detection device 670 that detects the filling state of the prize ball paid out by the ball payout device 615 is detachably attached to the filling detection device housing portion 670a. The filling detection device 670 includes the filling detection device housing section 67.
0a, and the lower end of the switch plate 671 is
It is pivoted and faces the side of the overflow ball passage 602 as an inclined shape. Thus, the prize ball dispensed from the ball dispensing device 615 overflows into the overflow ball passage 602 formed from the side of the prize ball outlet 601 to the lower side when the prize ball outlet 601 is filled with the prize ball. The lower plate 1 of the second front plate 10
When the prize ball is completely filled from the overflow ball discharge path 295 of the front frame 2 at the end of the overflow ball path 602 to the overflow ball path 602, the inclined switch plate 671 is formed by the clogged balls. When the switch is turned on when pressed, the filling state of the display light emitting unit holder 81 of the front frame 2 is turned on or blinked by the player,
Display the filling status to hall employees. Reference numeral 679 denotes a wiring storage cover, which is a dispensing circuit board 612 and a filling detection device 6.
70 are interconnected and protected.

The tank rail 640 and the prize ball outlet 6
01 and the exit of the overflow ball passage 602, a prize ball (lending ball)
A conductive plate 673 for removing static electricity,
674 and 675 are provided. The conductive plate for removing static electricity is formed so as to correspond to the conductive plate receiving surface formed on the substrate, and a crimp terminal is provided at an end of a ground wire connected to the conductive plate and pulled out later. That is, the static electricity removing conductive plate 673 of the tank rail 640 has a structure in which one end is pivotally supported by the opening 673a provided on the rail bottom surface and the other end is received by the receiving portion 673b at the end of the opening. The conductive plate 674 for removing static electricity of the prize ball outlet 601 is mounted on the bottom surface of the outlet as a U-shaped cross section adapted to the shape of the outlet. Further, the conductive plate 675 for removing static electricity at the outlet of the overflow ball passage 602 is mounted on the bottom surface of the passage outlet as a U-shaped cross section adapted to the shape of the outlet. Thus, one end of the charged electrostatic charge removing means can be detached from the substrate, and the other end cannot be easily removed, the electrostatic ground wire is held in a cantilever state, and the assembling work due to the disturbance of the wiring is performed. It has the effect of removing obstacles to the environment.

Below the opening 61 of the base body 60 of the mechanism board, a safe ball collecting gutter 66 for collecting a plurality of safe balls coming out of the safe ball collecting passage 502 on the back of the game board 5.
And the safe sphere collecting path 67 and the safe sphere deriving path 68 that communicates with the safe sphere collecting path 67 and collects the safe spheres collected in the safe sphere detecting device 610 in a single line and are led out by a rising wall. Formed on the same surface and covered with a synthetic resin lid member 600b, a safe ball collecting path 67, a safe ball leading path 68, and the like are configured. The safe ball collecting gutter 6
A game board contact surface 677 is formed on the lower edge of the opening 61 corresponding to the back face of the game board 5 and is inclined to gradually increase in thickness from the back face of the game board to receive the safe ball in the drop hole. After the safe ball generated at one or more locations on the back of the board is engaged by the game board contact surface 677,
As a configuration for guiding to the safe ball collective path 67 formed on the mechanism substrate 6, the safe ball collective path 67 made of synthetic resin can be prevented from being damaged by a drop impact of the safe ball.

The back side of the game board contact surface 677 is an out ball lead groove cover surface that closes the open end of the out ball lead groove 678 formed on the game board. As a form of performing the derivation and set processing of the safe sphere and the out sphere together, the safe sphere and the out sphere are guided in a clear and quick manner without standing up their respective paths in a three-dimensional manner with a reasonable and simple structure. It is possible. Front frame 2
On the side attached to the back of the game board 5, an out ball path 69 is formed at a lower portion and orthogonally intersects with the prize ball path 64 a, the overflow ball path 602, the ball empty path 65 a, the safe ball collecting path 67, etc. Outer ball discharge path 503 below, front frame 2
Out ball discharge groove 67 through the out ball discharge passage 236 of
The out ball derived by step 8 is collected and discharged out of the pachinko machine. Safe ball, prize ball (loan ball) flow down route,
Since the ball extraction path and the out ball passage are formed so as to intersect at right angles, an opening for the out ball is formed in the mechanism substrate 6, and the out ball passes through the mechanism substrate 6 only through this opening in a short time. Simplification of the morphological structure of the substrate and reduction of the processing time for out-spheres. Along with the reduction of the processing of the out-ball, the path extension of the prize ball and the safe ball formed on the substrate can be simply set without the need for the detour means.

Referring to FIG. 21 and FIGS. 29 to 32,
The structure in which the safe ball detection unit 610 is mounted on the lower rear surface of the mechanism board 6 will be described. The safe sphere detection unit 610 forms the terminal portion of the safe sphere passage as a vertical passage portion 681 so that the safe sphere can be vertically dropped from the safe sphere outgoing passage 68 through the safe sphere collecting passage 67 to the container 680 and the vertical passage. Safe ball detector 682 provided in the unit 681 for detecting the introduced safe balls one by one
A ball cutting member 683 of a ball cutting means pivotally supported by a shaft 685 in a ball cutting member accommodating portion 684 formed on a rear side, that is, a side where a safe ball is fed out in a wide space directly below the vertical passage portion 681; Engagement part 6 of ball cutting member 683 installed in solenoid assembly part 689 on the side of vertical passage part 681
A solenoid 686 of a movable means having an action part for engaging the 83c and a safe ball payout path 690 for discharging the safe ball fed by turning the ball cutting member 683.
The mounting portion 680a of the body 680 is detachably mounted with a screw 691 at a position specified in a safe ball detecting unit housing portion 610a provided at an exit of the safe ball collecting path 67 of the mechanism board 6. On the back of the mechanism board 6, a safe ball detecting unit cover 692 is pivotally supported on one side 692a so as to be freely openable and closable.
b is removably provided on the receiving portion 693 of the mechanism board 6. Thus, the safe ball detecting unit cover 69
2, the safe ball detector of the internal safe ball detection unit, the solenoid, etc. can be easily adjusted or replaced. That is, the first step of mounting the ball cutting member 683 facing the position immediately below the vertical passage portion 681 of the safe ball detection unit 610 on the body, and the engaging portion 683c provided on the ball cutting member 683. A second step of mounting the ball cutting solenoid 686 with the action portion 687 that acts intermittently on the body, and a third step of covering the safe ball detection unit cover 692 while containing the ball cutting member 683. And the fourth step of mounting the safe ball detection unit 610 in the safe ball detection unit housing portion 610a recessed in the mechanism substrate 6 by the above steps.
0 can be completed on the substrate of the pachinko machine in four steps of assembling work.

The vertical passage 68 on the safe ball detector 682
Reference numeral 1 denotes an arc-shaped ball cutting surface 68 which is bent at a plurality of locations so as to be close to a right angle.
The arrangement is such that the spheres to be engaged by 3a and the subsequent spheres subsequent to the second sphere are arranged in a plurality of different orientations of the spheres generated during standby. For this reason, the load of the sphere applied from above to the arcuate ball cutting surface 683a of the ball stopper of the ball cutting member 683 is dispersed, and many safe balls stand by in the vertical passage on the ball cutting surface 683a. When a state occurs, the load on the ball cutting action point can be reduced as compared with the case where many waiting balls are guided from the same direction. Can be prevented from being clogged in the detecting section. Arc-shaped sphere cut surface 6 for receiving sphere
The upper surface of the ball 83a and the upper surface of the ball receiving the subsequent ball on the arc-shaped concave ball receiving portion 683b move on the same rotation locus of the ball cutting surface 683a about the axis 685. Thus, during the ball cutting operation, the first ball or the ball cutting surface does not lift the subsequent second ball. For this reason, smooth ball cutting action is not hindered and ball clogging is prevented from occurring in the safe ball detection unit.

Referring to FIG. 21 and FIGS. 29 to 32,
The safe ball detector 682 is housed in the safe ball detector housing cylinder 694 and is detachably stopped by an elastic safe ball detector locking piece 695 having elasticity. Safe ball detector 682
The detection signal output wiring 699a pulled out from the detection signal output board 696 of FIG.

The spherical cutting member 683 has an arcuate spherical cutting surface 683a on the upper part, an arcuate concave ball receiving part 683b for receiving one safe ball on the upper side part, and an action part 687 of the solenoid 686 on the side part. An interlocking portion 683c for intermittent receiving action is formed, and the ball cutting member 683 is pivotally supported by the support shaft 685 at a position where the ball cutting surface 683a receives the safe ball immediately below the vertical passage portion 681. Is done. The same rotation of the spherical cut surface 683a about the axis 685 is the upper surface of the arcuate spherical cut surface 683a for receiving the ball and the upper surface of the spherical ball receiving surface 683b receiving the subsequent ball. In the configuration of moving on the trajectory, the first ball or the ball cut surface does not lift the subsequent second ball during the ball cutting operation. For this reason, smooth ball cutting action is not hindered and ball clogging is prevented from occurring in the safe ball detection unit.

As shown in FIGS. 29 to 32, a solenoid 686 allows an operating portion 687 attached to an operating shaft 686a of the solenoid to advance and retreat by a predetermined stroke L, and an operating portion 683c of a ball cutting member 683 at the operating portion. Rock up and down. A retaining portion 687a is attached to the end of the operating shaft 686a as the action portion 687, while the ball cutting member 683
The engaging shaft 68 is provided on the side of the ball cutting member as the engaging portion 683c.
The engaging shaft 688 is movably connected to the engaging portion 687a, and the engaging shaft 686a of the solenoid 686 moves up and down to move the engaging portion 687a up and down.
The third engaging portion 683c is moved up and down. Thus, the solenoid 686 is always in the restored position and the ball cutting member 68
Numeral 3 is always at the vertical position of the solid line shown in FIG. 31 and the concave ball receiving portion 683b is oriented sideways so that the introduced safe ball is received by the ball cutting surface 683a on the upper surface of the ball cutting member 683. I do. When a safe ball enters the vertical passage 681, the safe ball is detected by the safe ball detector 682, and a detection signal is transmitted to the ball payout device 615 of the ball payout drive unit 611 to drive the ball and a predetermined prize ball is paid out. At the same time, the solenoid 686 is actuated and the ball cutting member 6
The engaging portion 683c of FIG. 83 is raised and turned to the right, and FIG.
, The concave ball receiving portion 683b faces upward and coincides with the position immediately below the vertical passage portion 681, and only one safe ball is received by the concave ball receiving portion 683b, and the solenoid 686 is restored and the ball is cut. Engagement part 68 of member 683
The ball 3c is lowered and turned to the left, and the ball in the concave ball receiving portion 683b is discharged to the safe ball feeding path 690 in the left wide space, and is discharged to the outside from the out ball discharging path 69.

In FIGS. 17 to 20 and FIG.
A structure for attaching the mechanism substrate back cover 7 to the base body 60 will be described. The synthetic resin mechanism substrate back cover 7 is
A cover bearing 627 is provided on one side thereof, and a cover locking portion 628 for hooking the front end is provided integrally on the other side. A bearing portion 627 for pivotally supporting the pivotal support portion 626 of the mechanism substrate back cover 7 is formed on one side of the base body 60, and a locking portion 628 of the back cover 7 on the other side is locked. A cover receiving portion 629 is formed. Therefore, the bearing portion 627 of the mechanism substrate back cover 7 is rotatably supported by the support shaft on the cover body support shaft portion 626 of the base body 60, and covers the mechanism substrate back cover 7 to lock the other side locking portion 628. It is fitted to and engaged with the receiving portion 629 of the base body 60,
Various substrates and the like mounted on the back of the game board located at the opening are protected.

Referring to FIGS. 15 to 21, a structure for attaching the synthetic resin mechanism board 6 to the front frame 3 will be described. A mounting surface 621 is formed on the base plate 60 of the mechanism substrate 6 for mounting a supporting member 620 for removably engaging the substrate with the front frame body 3 at two locations on one side, upper and lower sides.
This produces an effect that the shaft portion provided for the synthetic resin mechanism board 6 is reinforced. A plurality of mounting holes 623 are provided in the upper and lower chevron-shaped support portions 624 so that the mechanism board stopper member 622 can be pushed in by using elasticity. A mechanism substrate support member bearing body 256 is provided on the other side, and a mounting hole 257 for a mechanism substrate stopper member is provided on the upper and lower sides on the other side. Thus, the support member 620 on one side pivotal side of the mechanism board 6 is pivotally supported on the support member bearing body 256 of the front frame 3 so as to be openable and closable, and the mechanism is mounted through the mounting hole 623 on the open side of the mechanism board 6. Board stop member 622
Is inserted by utilizing elasticity, and is detachably engaged with the engagement hole 257 for the stopper member of the front frame 3. With this configuration, the shaft portion is reinforced and the opening and closing action is made smooth (allowing oil injection). Further, a mechanism board stopping member 622 having an engagement hole 257 fitted into the engaging portion of the mechanism board stopping member engraved on the front frame body 2 and having an elastic biasing force provided in a mounting hole 623 provided in the board. Through the engagement hole 2
This is engaged with 57 and the mechanism substrate 6 is fixed to the front frame 2.

Front Plate The structure of the front plate 3 will be described with reference to FIGS. 1, 2, 33, and 34.
This will be described with reference to FIG. The front plate 3 surrounds the game area of the game board and is configured to enhance the decoration effect of the front surface, and a glass plate housing frame 4 for mounting a transparent glass plate is mounted on the back surface. The front plate 3 serves as a mounting member for a main frame member 30 having a game opening 31 surrounding a game area of the game board 5, and includes a plurality of decorative members 33 made of synthetic resin and a decorative lens mounted on a front decorative portion 32 of the main frame member 30. It has a mounting structure for mounting the body 70, the key device dependency body 49 on the back surface, and the glass plate housing frame 4 provided with the shaft member 404. Also, a shaft member 318 is attached. In addition, a structure may be employed in which an ultraviolet light removing film is attached to the glass plate to protect the player from ultraviolet light diffused from a display device mounted on the game surface of the pachinko machine.

The main frame member 30 is formed by punching out a game box-shaped game opening 31 so as to surround the game area of the game board, and extends the area of the pachinko machine front portion covered by the punched front plate to the pachinko machine side frame side. The front decorative portion 32 is formed by integral molding of resin so as to extend along the outer periphery of the game opening, thereby enhancing the decorative function and the sense of taste of the outer periphery of the pachinko ball rolling area on the pachinko machine game board surface. The front decorative portion 32 includes a display portion and a decorative portion formed in an arc shape along the rail of the game board. The display part and the decoration part are formed concentrically along the rail, and are formed separately from each other. When a display unit and a light source are arranged inside to control the display, the state where the display state is diffused over a wide area or the state where the display state converges toward the center is displayed on the pachinko machine from the concentrically arranged display unit. In effect, an effect of realizing an extremely novel feeling of taste is produced.

That is, on both sides of the upper part of the main frame member 30 of the front panel 3, a decorative lens body mounting portion 34 for diffusing and converging light emitted from a display body to be described later is provided. A decorative lens plate mounting portion 36 is formed along the portion 35 and the both sides of the game opening, and the decorative member 33 is mounted on the decorative lens body mounting portion 34 and the decorative lens plate mounting portions 35 and 36. As the decorative member 33, the decorative lens body mounting portion 34 has a decorative lens body 7 made of a transparent synthetic resin.
The decorative lens plate mounting portions 35 and 36 are provided with decorative lens plates 71 and 72 made of a light-transmitting synthetic resin. The front plate 3, the decorative lens body 70, and the decorative lens plates 71 and 72 are set in a pachinko machine in a state of being integrally formed in appearance. The front plate is not divided and is integrally formed as a single member, so that it can be easily assembled to a pachinko machine. The front panel 3 itself is provided with a front decoration portion, and the corner decoration conventionally provided on the game board is unnecessary.

The decorative member 33 is attached to the front decorative portion 32 of the front plate 3.
By mounting the decorative lens body 70, decorative lens plates 71, 72, etc., it is provided in a place different from the game board,
The front panel can enhance the illuminance of the light emitted from the display body housed inside the body, and can exhibit the function of informing the pachinko game, the function of enhancing the sense of taste, and the function of expanding the decorative effect. The front plate 3 has a structure in which only a decorative lens body and a decorative lens plate are provided, but no display lamp, LED, and wiring, circuits and the like attached thereto are provided.
It is possible to reduce the number of members and the process of assembling parts for mounting LEDs, decorative lenses, and the like.

The decorative lens body mounting portion 34 is integrally formed with a plurality of light flux guiding holes 310 for separating and displaying light emitted from the display, and separates the light emitted from the display to form a single unit. The display on the plurality of decorative portions from the display is enabled, and the light guide holes prevent light emitted from each display from leaking and interfering with the adjacent display surface. A decorative lens mounting guide groove 311 for fitting a decorative lens body is provided as the light flux guide hole 310, and the inner surface portion 3
A decorative hole 31 for transmitting light from the display body in the center of
3, receiving holes 314 are provided on both sides thereof.

The decorative lens body 70 is made of a light-transmitting synthetic resin capable of transmitting light emitted from the display body.
A peripheral wall that can be fitted into the peripheral wall and a locking piece integrally formed at the rear portion of both ends of the peripheral wall are formed. Thus, the attachment of the decorative lens body 70 on the front plate can be performed by one-touch mounting by the engagement hole 314 formed in the front plate and the locking piece of the decorative lens body 70. Due to the fitting of the decorative lens body made of synthetic resin as well as the front plate made of synthetic resin, the rattling and fitting due to the difference in the expansion rate occurring in the engagement relationship with the decorative lens made of synthetic resin on the wooden game board. This has the effect of preventing abnormalities. In addition, a display body or the like is not housed inside the lens body, and the decoration function is easily exhibited by the diffuse reflection and the like in the lens body.
The display function and the lamp are not provided inside the front panel, so that the decoration function is exhibited, the number of parts and the manufacturing process are simplified, and the manufacturing cost is reduced.

The display lens surface of the decorative lens body 70 is formed so as to protrude higher than the other front plate surface. The structure is designed to absorb the shock at the point and prevent the physical action from reaching the glass surface.

The upper decorative lens plate mounting portion 35 includes:
A plurality of through holes 320 that transmit light emitted from the display body are formed. The decorative lens plate 71 is made of a light-transmitting synthetic resin that can transmit light emitted from the display, and is provided so as to exhibit a decorative function by illumination from the display. The decorative lens plate 72 on the side is also made of the same synthetic resin. The decorative lens plate 71 is mounted on the mounting portion 35 between the upper decorative lens bodies 70, and the decorative lens plate 72 is fixed as a decoration to the mounting portions 36 along both sides of the game opening 31 from the lens body. .

The outer peripheral edge of the front panel 3 and the inner periphery of the game opening are formed in a curved surface to disperse an external force acting on the synthetic resin body to prevent the occurrence of damage and to have a rounded pachinko machine main body side. The structure has a sense of taste. Further, a key device concave portion 37 is formed on the open side surface as a mounting portion of the key device provided on the front frame 2. The attachment place of the key device provided in the pachinko machine is secured.

A key device recess formed on the open side surface of the front plate 3 to be positioned and fitted with a convex key portion 209 on the front side of the front frame 2 as a mounting portion of the key device provided on the front frame 2. 37 is formed to secure a mounting position of a key device provided in the pachinko machine. The key portion 209 on the front side of the front frame 2 is fitted and fixed in the key device concave portion 37, so that the front plate 3 can be prevented from floating, and the key portion 209 is exposed and easily damaged. It is preventing it from becoming. The central key portion of the front frame 2 is slightly exposed on the front surface of the key device concave portion 37 of the front plate 3.

Further, a ball removing operation port 321 is provided at the center of the front surface of the front plate 3 on the pivot side, and the ball removing operation port 321 is provided.
Is aligned with the hole 211 for the hole for removing the hole of the front frame 2, a pin or the like is inserted into the operation port for removing the ball, and the ball removing device provided on the mechanism board 6 on the back of the front frame 2 is mechanically mounted. The structure is such that a prize ball and a loaned ball from the prize ball tank are removed from the pachinko machine out of the pachinko machine via the linking means. Means for inserting a pin into the ball removing operation port to operate the ball removing device is not limited to the above, and a pin is inserted into the ball removing operation port and provided inside the pachinko machine. Activate the ball release operation detection switch, link the solenoid,
It is good also as a structure which opens a ball removal piece of a ball removal device and performs ball removal processing.

At the upper part of the front plate 3 on the pivotal side, the front frame 2
Front-panel support 202 at the upper corner on the front pivot side
A notch 317 having a shape conforming to the shape of the front frame 2 is formed, and a shaft member 318 is attached to the upper back surface of the notch 317 so as to be able to protrude and retract as the first shaft support means 26. Shaft member support hole 2 provided in face plate shaft support 202
03 is set so that the shaft member 318 can be engaged. The front plate supporting portion 202 has an arc at a corner, and the notch 317 of the front plate 3 has an arc at the corner so as to match the notch 317. A bearing member accommodating portion 308 for accommodating a bearing member 404 provided on the glass plate accommodating frame 4 is formed at a lower portion on the pivot side of the front plate 3, and a bearing member provided on the glass plate accommodating frame 4. A bearing hole 309 corresponding to the bearing hole 403 of 404 is formed, and the bearing member 404 of the glass plate housing frame 4 is mounted on the bearing member housing 308 and fixed with screws. Since neither the upper shaft member 318 mounted on the front plate 3 nor the lower bearing member 404 is exposed on the outer surfaces of the front plate 3 and the front frame 2, the shaft portion can be protected. Further, when the shaft member 318 of the front plate 3 is engaged with the shaft member support hole 203 of the front frame 2, the shaft member 318 protruding from the upper surface of the notch 317 is formed by the front plate support of the front frame 2. The shaft 202 is smoothly engaged with the shaft member support hole 203 along the lower surface of the shaft 202, so that the mounting operation can be smoothly performed.

The back structure of the back of the front plate 3 will be described. A rib 301 is provided on the outer peripheral edge of the back surface of the main frame member 30, a rib 302 is provided on an inner peripheral edge of the game opening 31, and slightly lower vertical and horizontal ribs 303 are provided between the ribs. Positioning means 38 for guiding the mounting position of the housing frame 4 is integrally formed, while the glass plate housing frame 4 has a positioning receiving portion 30 corresponding to the positioning means.
The glass plate housing frame 4 is guided by the positioning means 38, and the mounting position is designated in a guided state so that the glass plate housing frame 4 is smoothly and easily fixed by the fixing means.

As positioning means 38, a glass plate frame receiving groove 304
Is formed, and the glass plate housing frame 4 is guided by the glass plate frame housing groove 304 to designate a mounting position, and the glass plate housing frame 4 is mounted on the front plate 3. Glass plate frame receiving groove 304
Are a stepped positioning receiving portion 305 for fitting a linearly bent positioning step 401 of the glass housing frame inside the outer peripheral rib 301, and a positioning hole 4 of the glass plate housing frame 4.
The positioning section 306 for fitting the “02” is formed. A screw receiving hole 39 is provided at an appropriate position on the back surface of the main frame member 30 at a position matching the screw hole 47 of the glass plate housing frame 4.
In addition, a ball removing operation hole 321 is provided at the center of the pivotal side of the front plate 3.
A convex pin 307 is provided, penetrates through a ball-pulling operation hole 321 provided on the front side, and a thin pin is inserted into the ball-pulling operation hole. The punching device is ready for operation.

Glass Sheet Housing Frame In FIGS. 35 to 37, the glass sheet housing frame 4 has a glass plate entrance 4 at the top so as to house two glass sheets 40.
1. A rectangular metal frame having a glass plate guide groove 42 on the side and a glass plate receiving surface 43 at the bottom, and a wide distortion prevention and mounting plate surface 44 on the upper and both sides of the frame. 45,
46 are formed, and the plate surfaces 44, 4
Holes 47 for mounting screws are provided through holes 5 and 46, and
08 is engaged at a predetermined position on the back surface of the front plate 3. The glass plate guide groove 42 and the glass plate receiving surface 43 are formed in two rows with a U-shaped cross section, and the glass plate entrance 41 is provided with a gap member 48 for keeping a space between the two glasses. Two glass plates 40 are inserted and mounted in the glass plate guide groove 42 and the lower glass plate receiving surface 43 from the glass plate entrance 41 before and after the upper gap member 48.

The plate surface portion 44 for preventing and attaching distortion on the upper portion of the metal glass plate housing frame 4 has a width so as to cover between the upper portion of the game opening of the front plate 3 and the through hole through which the illumination from the display is transmitted. As a wide plate surface, the upper edge 411 is bent linearly and the lower edge 412 is formed on the upper edge of the game opening 31 and the light guide hole 31.
It is formed in an arc shape along 0. In addition, positioning step portions 401 which are bent linearly from the upper end to the lower end are formed in the plate surfaces 45 and 46 for distortion prevention and mounting on both sides of the glass plate container 4, and mounting holes 47 for mounting screws are provided. . As shown in FIGS. 35 and 37, a bearing hole 403 for engaging a bearing projection provided on the front frame body 2 is formed in a lower part of the plate surface portion 45 (pivot side) for preventing distortion and mounting on one side. A metal bearing plate 404 is fixed with screws, and a through hole 405 of the convex portion 307 with the ball hole operation hole 321 is provided in the center on the pivot side, and a distortion prevention and mounting plate on the other side is provided. A receiving member 49 is provided on the surface portion 46 to which a supporting claw of the key device of the front frame body is engaged and disengaged, and a positioning hole 402 is provided in the plate surface portions 45 and 46 of the glass plate housing frame 4. And
A concave portion 407 having a shape matching the concave portion 37 as a mounting portion of the key device on the front plate 3 is formed.

When the glass plate accommodating frame 4 is mounted on the back of the front plate 3, the mounting guide corner of the glass plate accommodating frame 4 is mounted in the glass plate frame accommodating groove 304 of the front plate 3 in a guided state. , And fix it with screws through the mounting screw holes, and mount it smoothly and easily. A work step of screwing a mounting screw through a screw hole of the glass plate housing frame into a positioning hole provided in the glass plate housing frame 4 and a corresponding mounting screw receiving hole formed on the rear surface of the front plate. Thus, the glass plate housing frame can be very easily and reliably fixed to the front plate at a predetermined position. Further, since the positioning guide means is formed in a linear shape, the guide operation to a predetermined portion can be performed over a wide range and the position can be designated over a wide range. The decorative holes (display holes) specify the guide position of the glass plate housing frame, and the rail-corresponding edges specify the guide position of the glass plate housing frame. The linearly bent portion of the plate surface portion of the glass plate receiving frame reinforces the receiving frame itself, and the plate surface portion and the linear bent portion serve as a skeleton of the synthetic resin front plate 3.

The structure in which the front plate 3 is mounted on the front frame 2 so as to be openable and closable and detachable will be described. A shaft member 318 is provided at the upper rear of the front plate 3 so as to be able to protrude and retract by operation. A bearing hole 403 is provided in a bearing member 404 at a lower portion of one side of the glass plate housing frame 4 attached to the face plate 3,
The bearing projection provided on the front frame 2 is
And the second step of abutting the shaft member 318 of the front plate with the bearing hole of the front frame body 2 in the retracted operation state and rearwardly engaging the front plate 3 so that the front plate 3 It is freely attached to the frame 2 for opening and closing. With this structure, the front plate made of synthetic resin can be easily opened, closed, and disengaged from the front frame body.

The bearing projections of the front frame 2 and the bearing holes engaging with the projections are arranged on the front frame and the front plate as metal units. Further, a shaft member for supporting the front plate 8 on which the game ball supply plate is mounted is simultaneously attached to the bearing projection mounted on the front frame. With this configuration, the front plate 3 and the front plate 8 can be pivotally supported together so that they can be opened and closed and disengaged. The attachment portion of the front plate 3 to the front frame 2 can be reinforced by a metal shaft member. Further, a bearing member 411 is provided by utilizing a metal plate surface portion of the glass plate housing frame 4 to complement the strength of the shaft member. A concave and convex portion for guiding and specifying the mounting of the shaft member for setting the strength corresponding to the acting force applied at the time of opening and closing the opening and closing of the synthetic resin front plate is formed on the front plate so that the assembly of the shaft member is simplified. I have.

First Front Plate In FIG. 1, a first front plate 8 is a rectangular plate made of a synthetic resin and has a prize ball outlet 100 provided therein. Prize ball unit storage part 2 on the front side of
The prize ball upper plate 9 for storing lending balls and prize balls is attached to the front side of the prize ball discharge port 238. On the back surface of the first front plate 8, a hit ball supply passage for supplying a hit ball from the winning plate 9 to the hitting launch site of the firing rail 233 of the hit ball feeding device 290, a hit ball feeding device for supplying hit balls one by one to the hit ball firing site Is provided, and a hit ball is supplied to a firing portion of the firing rail 233 on the front surface of the front frame 2 by a hit ball supplying device.
Further, the front plate 8 is provided with a ball punching device for pulling a ball from a hitting ball standby portion of the hitting ball supply device. In the ball punching device, a ball pulling passage is formed from the upper plate 9 to the lower plate 11 to pull a ball from a standby portion of the hit ball supply passage by a button, lever operation or the like. Further, a ball lending switch 102 and a ball lending switch 1 are provided on the front wall 101 of the upper plate 9 on the upper surface or the front surface thereof.
Ball lending switch lamp 10 that lights up when operating 02
3. A frequency indicator 104 for displaying the frequency of ball lending, a ball lending settlement switch 105 operated at the time of ball lending settlement, and the like are provided. Below the upper plate 9, the sound from a single speaker for sound amplification provided on the rear side of the first front plate 8 on the lower front side of the front frame body 2 (not shown) is separated left and right and loudspeaked. A plurality of left speaker sound loudspeaker through holes 107 and a plurality of right speaker sound loudspeaker through holes 108 are provided. Ball lending switch 102, ball lending switch lamp 103, frequency display 104, settlement switch 10
5 are assembled on a single relay board attached to the back side of the first front plate (not shown), and then penetrate through the through-hole 249 for drawing out the card data processing relay circuit board 27.
3 or the central control circuit board 511.

The first front plate 7 is pivotally supported on a plate-like portion 25 below the front plate 3 of the front frame 2 so as to be freely opened and closed. , A bearing member 205 attached to a pivot-side bearing member 204 attached to the front frame 2
A first assembling step of engaging the upper support hole with the lower part of the first front plate 7, and engaging the lower shaft member 205 a of the first front plate 7 with the support hole 204 a of the front frame body 2 in the retracted operation state; First front plate 7
And a second assembly step of freely opening and closing the front frame 2. A lock device 110 is provided on the open rear surface of the first front plate 7.
10 is made detachable from a key support plate 217 provided on a support plate mounting portion 218 of the main frame 20, and the first front plate 7 is disposed on and fixed to the front frame 2.

Second Front Plate In FIG. 1, the second front plate 10 is also a rectangular plate made of synthetic resin, and is fixed below the first front plate 8 of the front frame 2 in parallel with screws or the like. On the front surface of the second front plate 10, an overflowing ball storage lower plate 11 for storing pachinko balls is attached.
The mounting surface 1 is provided with a central overflow ball discharge port 131 and a separate ball discharge port 132 at a position that coincides with the lower end opening of the ball guide path.

Further, on the bottom surface of the overflowing ball storing lower plate 11, a second ball removing device 133 for opening the stored pachinko balls to the outside of the pachinko machine is provided. That is, an opening 134 for opening a lower plate ball is provided on the bottom surface of the lower plate, and a shield plate 135 for opening a ball for opening and closing the lower plate opening 134 is slidably provided. 13
5 is slid to open and close the ball opening 134.

The technical means of the pachinko machine described in detail above has the following structure and assembling process. The surface of the front plate 3 has a mounting structure for mounting the decorative member 33 and the decorative lens body 70. On the back surface of the front plate 3, there is provided a mounting structure for mounting the receiving body 49 of the key device and the glass plate housing frame 4 provided with the bearing member 404. A shaft member 318 is attached to the front plate. There is no electrical wiring processing structure for the front plate through the front and back sides.

On the surface of the front frame 2, a firing rail unit 232 and a ball collecting unit (ball fitting prevention plate) 2
35, a display body light emitting unit holder 81, and a pivot support means 27 for attaching the front plate 3 and the first front plate 8 to each other. On the back surface of the front frame 2, an electric display board mounting portion 221, a key device housing portion 241, a display board housing portion 261, and a fraud detection switch housing portion 262 are provided as front frame body mounting portions for electric members or circuit devices. , An input / output circuit board housing 263, and a relay circuit board housing 265
, A mounting board mounting section 266, an electrostatic charge removing ball passing surface body mounting section 296 a, a hit ball fixing section 229, a locking member accommodating section 254, and the like are provided.
Key device 240, fraud detection switch (front panel open / close detection switch) 215, display lamp board 88, input / output circuit board 271, card data processing circuit board 273, electrostatic charge removal ball passing surface body 296, ball Stopper 230
Locking members 250 and 251 for temporarily fixing the game board 5
And a mounting structure for providing a hit ball launching device mounting board 291. In addition, the front frame 2 has an assembly structure in which the support member bearing member 256 of the mechanism board 6, the side frame shaft support 29, and the wiring cover bodies 267 and 274 are provided. Before the game board 5 is mounted, the input / output circuit board 271, the hit ball launching device 290, the fraud detection switch (front panel open / close detection switch) 215, , The display lamp board 88 and the card data processing circuit board 273 are electrically wired via a connector, and then the central control circuit board 511 after the game board 5 is mounted.
, An input / output circuit board 271, and a card data processing circuit board 273.

The ball ejection drive unit mounting portion 6 is provided on the mechanism board 6 as a mounting portion for an electric member or a circuit device.
11a, a ball dispensing relay circuit board mounting portion 621a,
First ball out detecting device housing portion 613a, prize ball passage device body mounting portion 616a, safe ball detecting device housing portion 610a
, A filling detecting device housing section 670a, etc. are provided, and the prize ball tank 62, the tank rail cover 64 and the ball leveling body 64 are provided.
4, a ball dispensing drive unit 611, a ball out detecting means 613, 614, a safe ball detecting device 610, a filling detecting device 670, a ball falling preventing means 648, a dispensing circuit board 612, and a static electricity removing ball. Passers 674, 675
And a mounting structure for mounting a support member 620 to the front frame 3 and mounting members 622 and 623 to the front frame 3. Further, as a mounting structure for mounting a mechanism substrate back cover 7 covering the opening 61 of the mechanism substrate 6 at a rear portion thereof, a bearing portion 627 for supporting, a cover locking portion 628 for engaging and disengaging with a cover receiving portion 629 of the base body 60 are provided. Is configured. The mechanism board 6 includes a ball payout drive unit 6 as an electric wiring processing means.
11, the payout circuit board 612, and the ball out detecting means 61
3, 614, the filling detection device 670, and the safe ball detection device 610 (safe ball detector, ball cutting solenoid 686) have a wiring processing structure for electrical wiring connection with a connector. Also, as a means for interconnecting the front frame and the mechanism board,
After mounting the mechanism board 6 on the front frame 2, electric wiring for electrically connecting the ball dispensing circuit board 612, the central control circuit board 511, the input / output circuit board 271 and the card data processing relay circuit board 273 by connectors. It has a processing structure.

The assembling step of the pachinko machine having the above structure is a mounting step of mounting the decorative member 33 and the decorative lens body 70 on the surface of the front plate 3. A mounting step of mounting the glass plate housing frame 4 provided with the receiving body 49 of the key device and the bearing member 404 on the surface of the front plate 3. A step of attaching the shaft member 318 to the front plate. On the surface of the front frame 2, a firing rail unit 232, a ball collection unit (ball entry prevention plate) 235, a display light emitting unit holder 81, a front plate 3 and a first front plate 8 are mounted. An assembling step of providing the shaft support means 27; On the rear surface of the front frame 2, an electric display board mounting portion 221, a key device 240, a fraud detection switch (front panel open / close detection switch) 215, and a display lamp substrate 88
, An input / output circuit board 271, a card data processing relay circuit board 273, and an electrostatic charge removing ball passing surface body 296.
, Ball stopper 230, game board locking members 250, 2
Step 51: mounting the ball launching apparatus mounting substrate 291.

On the front frame 2, the support member bearing member 256 of the mechanism board 6, the side frame support member 29, and the wiring cover 2
An assembling step of providing 67, 274; Before mounting the game board 5 on the back side of the front frame 2, before mounting the game board 5, an input / output circuit board 271, a hit ball firing device 290, a fraud detection switch (front panel open / close detection switch) 215, a display lamp board 88, , The card data processing relay circuit board 273 is electrically wired via a connector, and after the game board 5 is mounted, the central control circuit board 511, the input / output circuit board 271 and the card data processing circuit board 273 are electrically wired. Wiring process.

On the mechanism board 6, a prize ball tank 62, a tank rail cover 641, a ball leveling body 644, a prize ball passage unit 616, a ball payout drive unit 611, and ball out detecting means 613 and 614 are provided. , A safe ball detection device 610,
The filling detector 670, the ball leveling means 643, the ball flow preventing means 648, the ball discharging circuit board 612, the ball passing bodies 674, 675 for removing static electricity, the engaging member 620 to the front frame 3, , Attachment members 622 and 62 to front frame 3
3 mounting process. With respect to the mechanism board 6, the ball payout drive unit 611, the payout circuit board 612, the ball out detecting means 613 and 614, the filling detecting device 670, and the safe ball detecting device 610 (the safe ball detector 682, the ball cutting solenoid 686) ) And an electrical wiring connection by a connector. After attaching the mechanism board 6 to the front frame 2, the payout circuit board 612 and the central control circuit board 511
And an electrical wiring step of electrically connecting the input / output circuit board 271 and the card data processing circuit board 273 with a connector.

As described above, after the respective components for the front plate 3 or the front frame 2 and the mechanism board 6 are attached,
An assembling step of combining the front plate 3, the front frame 2, the game board 5, and the mechanism board 6; In order to attach the front panel 3 to the front frame 2 so that it can be opened and closed, the pachinko machine front face can be used before and after the game board 5 and the mechanism board 6 are attached to the front frame 2 by the configuration already described in detail. Mounting work can be performed from the side. Now, the mechanism board 6 is attached to the front frame body 2 from the back side, and the game board 5 is mounted by the game board locking members 250, 251 or the game board 5 is detached without being mounted on the front frame body 2. In this state, the support member 620 of the mechanism substrate 6 is received by the mechanism substrate support member bearing member 256 provided on the front frame body 2 and is supported so as to be capable of being opened and closed and disengaged. After this assembly state, the mechanism board 6 is rotated and brought into contact with the back side of the front frame body 2, and the engagement hole 2 for the stop member provided in the front frame body 2 is provided.
A step of engaging the mounting member 622 provided on the mechanism substrate 6 with the fixing member 57 to fix the mechanism substrate 6 from the front frame 2 so that an opening operation other than the operation of releasing the mounting member elastic urging force is disabled. A wiring step of connecting the payout circuit board 612, the central control circuit board 511, the input / output circuit board 271, and the card data processing circuit board 273 by connectors after attaching the mechanism board 6 to the front frame 2. A mechanism substrate back cover 7 is put on the mechanism substrate 6 from the back side, and a shaft supporting portion 626 of the back cover 7 is engaged with a bearing portion 627 of the base body 60 so as to be capable of being opened, closed and disengaged. After this assembly, a step of locking the back cover 7 so that it cannot be opened from the mechanism board 6 by locking the cover locking portion 628 on the open side of the back cover 7 to the cover engaging portion 629 of the base body 60. Third metal support means 29 provided on front frame 2
The front frame 2, in which the front panel 3, the mechanism board 6, and the game board 5 are integrally assembled and housed, can be opened and closed by engaging the shaft support member 13 provided on the side frame 1. A process of attaching to the side frame 1. In this mounting state, the second engaging portion 243 of the key device 240 provided with the front frame 2 is rotated so as to engage with the engaging metal fitting provided on the side frame 1, and the front frame 2 is rotated.
And bringing the side frame 1 into contact with each other and integrating them. The front frame 2
After the front frame 2 is attached to the side frame 1 and integrated therewith, the front frame 2 is
In the open state, the game board 5 and the mechanism board 6 are mounted on the front frame 2 from the rear side of the front frame 2, and the front frame 2, the game board 5, the mechanism board 6, and the three members are integrated. After that, a preparatory process in which the front frame body 2 and the like which have been in the open state are rotated and brought into contact with and integrated with the side frames 1. After the front frame 2, the game board 5, the mechanism board 6, and the side frame 1 are integrated, a step of engaging the front panel 3 with the front frame 2 from the front of the front frame 2.

The electric parts and wirings individually provided on the game board 5, the front frame 2, and the mechanism board 6 can be provided before and after the front plate 3 is mounted on the front frame 2, respectively. It can be completed with the following integrated connection process of electric wiring. As described above, the wiring process is not necessary for the front side of the front frame 6 and the front panel 3, so that the game board 5 is mounted on the front frame 2 and the mechanism board 6 is mounted on the front frame 2 on the rear side. And a wiring process for wiring the electrical parts provided on the game board 5 and the electrical parts provided on the mechanism board 6 after the mounting. A connection wiring step of performing wiring processing on the electric part provided on the game board 5 and the electric part provided on the front frame 2; A connection wiring step of performing wiring processing on the electrical unit provided on the mechanism board 6 and the electrical unit provided on the front frame 2; In addition, the electric part is the game board 5, the mechanism board 6,
Central control circuit board 511, display lamp board 88, fraud detection switch 21 attached to each of front frame bodies 2.
5, hitting ball launching device 290, input / output circuit board 271, card data processing relay circuit board 273, ball payout drive unit 611, ball out detecting means 613, 614, safe ball detecting device 610, filling detecting device 670, payout circuit board 612 etc. In addition, a plurality of other wirings are provided on an electric part of the front frame 2, the mechanism board 6, or the game board 5, or a relay board provided on the front frame 2, the mechanism board 6, or the game board 5. Is provided, an electric relay of the game board 5 and an electric of the front frame 2 are provided on the mechanism board 6 by providing the electric relay of the game board 5.
The integrated connection step can be completed only by the connection step of connecting the electric section of the game board 5 to the electric relay section of the mechanism board 6 and the connection step of connecting the electric section of the front frame 2 to the electric relay section of the mechanism board 6. A connection step of connecting the electric section of the game board 5 and the electric section of the mechanism board 6 to the electric relay section of the front frame 2 by providing an electric relay section on the front frame 2; The integrated connection step can be completed only by the connection step of connecting the electric section of the mechanism board 6 to the electric relay section of the front frame 2.

Although the above embodiment has been described, the present invention is not limited to this embodiment, and various embodiments can be implemented without departing from the gist of the present invention.

[0103]

According to the present invention, the game board, the key, the launching device, and the circuit board can be easily and quickly positioned and mounted by means of ribs made of synthetic resin, while these various devices are mounted. side frame was facilitated synthetic resin main frame body
The third metal support means that can be freely opened and closed
The third shaft support member accommodating portion that clamps and accommodates the upper end of
As a result, the shaft support member can be smoothly attached to the front frame.
I can. Further, a frame for mounting a mechanism board provided with the ball payout device and the payout circuit board includes:
Since the wire housings for housing so as not to expose the wiring to the frame outside are formed vertically and horizontally, to give strength to the front frame
Since the ball dispensing device, the dispensing circuit board, and the card data processing relay board are unevenly arranged so as to be in a vertical relationship on the right side when viewed from the back of the mechanism board , they can be connected by connection wiring having terminals. it can.

[Brief description of the drawings]

FIG. 1 is a front view of a pachinko machine of the present invention.

FIG. 2 is a longitudinal sectional view of the same.

FIG. 3 is a perspective view of a front side of a front frame provided in a side frame.

FIG. 4 is a perspective view of the back side of the front frame.

FIG. 5 is a rear perspective view of the front frame body, showing the key device, the locking member, the bearing body and the like separately.

FIG. 6 is a rear perspective view showing a state in which a front frame is attached to a side frame.

FIG. 7 is a front view of the front frame.

FIG. 8 is a front view in which instruments such as a holder are removed.

FIG. 9 is a rear view of the front frame.

FIG. 10 is a rear view in which a circuit board, a key device, a locking member, a bearing body, and the like are removed.

FIG. 11 is a perspective view of a game board.

FIG. 12 is a front view of the same.

FIG. 13 is a rear view of the same.

FIG. 14 is a rear view of the game board mounted on the front frame.

FIG. 15 is a rear view of the state where the mechanism board is attached to the front frame.

FIG. 16 is a right side perspective view showing a state where a mechanism board back cover is mounted on the mechanism board.

FIG. 17 is a left perspective view of the same.

FIG. 18 is a front view of a mechanism board.

FIG. 19 is a plan view of the same.

FIG. 20 is a side view of the same.

FIG. 21 is a rear view of the same part cut away.

FIG. 22 is a rear view of the base body with the prize ball tank, tank rail cover, cover member and the like removed.

FIG. 23 is a rear view of the prize ball tank.

FIG. 24 is a rear view of the tank rail cover showing the ball leveling means and the operation means separately.

FIG. 25 is a perspective view of a mechanism substrate back cover.

FIG. 26 is a perspective view of a prize ball passage body.

FIG. 27 is a rear view of the cover member for covering the safe ball assembly road.

FIG. 28 is a rear view of an overflow ball passage and a cover for removing a ball passage;

FIG. 29 is a front view showing a safe ball detection unit.

30 is a sectional view taken along line EE in FIG. 29.

FIG. 31 is an enlarged sectional view taken along line FF of FIG. 21;

FIG. 32 is an enlarged sectional view taken along line GG of FIG. 21.

FIG. 33 is a front view of the front plate.

FIG. 34 is a rear view of the same.

FIG. 35 is a perspective view of a glass plate housing frame.

FIG. 36 is a perspective view showing a state in which the glass plate housing frame is attached to the back of the front plate.

FIG. 37 is a rear view of the glass plate housing frame.

[Explanation of symbols]

 2 Front Frame 6 Mechanism Board 223 Wiring Space 273 Card Data Processing Relay Board 274 Wiring Space 275a Wiring 275b Wiring 612 Dispensing Circuit Board 615 Ball Dispensing Device

Claims (1)

(57) [Claims] 1. A game board mounting rib 222a for accommodating the game board 5 is formed on the back surface of the main frame body 20 formed of a synthetic resin, and a left side of the main frame body 20 of the front frame body 2.
Then, the front panel 3 and the side frame 1 of the pachinko machine are integrated and fixed.
A key member for wearing is accommodated by designating the mounting position
L-shaped key mounting wall 241a and launcher mounting
The front plate 3 is closed while the mechanism board is closed and housed inside, while the mechanism board 22b and the circuit board mounting rib 222c are formed.
The chain-covered synthetic resin front frame 2 is attached to the pachinko machine
The third metal frame that can be opened and closed by the side frame 1
The shaft support means 29 is accommodated by holding the upper end of the front frame 2.
The third frame supporting member accommodating portion 208 is formed, and the main frame 20 on which the mechanism board 6 provided with the ball dispensing device and the dispensing circuit board is mounted so that the wiring is not exposed to the outside of the frame. Forming a wire housing portion for housing vertically and horizontally, and disposing the ball payout device, the payout circuit board, and the card data processing relay board so as to be in a vertical relationship on the right side as viewed from the back of the mechanism board 6 , and connecting them to terminals. A wiring processing structure for mounting an electric member or a circuit device in a pachinko machine, wherein the wiring is connected by connection wiring having: