JPH02309986A - Pinball playing machine - Google Patents

Abstract

PURPOSE:To improve an interest by changing a flow-in path to be transformed to a state that a ball can easily flow in by a movable member in correspondence to a playing condition, making the ball flow into a special prize winning part, changing probability to generate a special play and further, sensing the change by a player. CONSTITUTION:Plural flow-in pathes 231 and 232 are provided to be respectively transformed to the state that the playing ball can easily flow in by plural movable members 241 and 251 to be operated in correspondence to the playing condition. Then, a prize winning space 218 is provided to receive the playing ball flowing from these flow-in pathes. Further, a general prize winning part 211b is provided in the prize winning space 218 and a special prize winning part 211a is provided to generate a special play. In the flow-in pathes 231 and 232, a fluctuating prize winning device 20 is provided with various difficulty for winning a prize to the special prize winning part 211a. Thus, the flow-in path is changed in correspondence to the playing condition and the probability to generate the special play is changed in correspondence to the change of the flow-in path. Further, the change can be sensed by the player and the interest to a pinball playing machine is greatly increased.

Description

[Detailed Description of the Invention] [Industrial Field of Application] This invention provides a variable winning device in which a movable member operates under certain conditions to convert a large number of game balls into a state where it is easy to flow into an internal winning space. The present invention relates to a pachinko game machine equipped with a pachinko game machine.

[Prior Art] In the variable prize winning device of the second type of pachinko game machine, the movable member is closed in the normal gaming state, and the batted ball (game ball) flowing down the gaming area cannot flow in (inflow). (Including the state where it is difficult to play.) When the normal state is maintained and a hit ball enters the starting prize opening, the movable member opens once or twice, and the hit ball flowing down the gaming area from the normal gaming state flows in. It can be converted into a preliminary game form.

During the preliminary game state, when the ball enters the special prize opening inside, the number of openings of the movable member increases (18 times per cycle), and the state is converted into a special game state in which it is easier to receive the ball. By entering a prize into the special winning slot during the cycle of each special game state, the special game state of a new cycle is configured to be continued for one cycle, for example, up to eight cycles at the maximum.

In this type of pachinko game machine, there are multiple types of starting winning holes, and depending on which starting winning hole is entered, the number of opening/closing times and opening time of the movable member during the preliminary game of the variable winning device can be controlled. By changing
The pachinko machine was designed to increase the interest of the pachinko machine by changing the amount of profit given to the player (the probability of special games occurring) to diversify the game content.

In other words, the amount of profit given to the player is changed by increasing or decreasing the amount of batted balls that can flow into the winning hole space of the variable winning device provided with the special winning hole.

This is based on the fact that the probability of entering the special winning slot and playing the special game depends on the state of reception of the ball by the movable member during the preliminary game, that is, the probability of hitting the ball into the winning space is largely due to chance. This was based on the idea that if the amount of inflow was increased or decreased, the probability of winning a prize in the special winning slot and playing a special game would also increase or decrease accordingly.

[Problems to be achieved by the invention] In the above-mentioned conventional pachinko gaming machine, the increase or decrease in the probability of occurrence of special games is adjusted based on chance factors, so it is difficult for players to increase or decrease the probability of occurrence of special games. It was difficult to perceive increases and decreases.

This invention is configured to be able to reliably increase or decrease the probability of winning a prize in a special winning hole, which was previously left to chance, depending on the game conditions, for example, the type of winning in the starting winning hole, and the increase or decrease in the probability of winning a prize in a special winning hole is The purpose of this invention is to provide a pachinko game machine that can be perceived by a person, thereby increasing interest in the pachinko game machine.

[Means for Achieving the Object] In order to achieve the above object, the pachinko game machine according to the present invention has a plurality of movable members each of which is converted into a state in which game balls can easily flow in by a plurality of movable members that operate according to game conditions. an inflow route, a winning space that receives game balls that flowed in from these inflow routes, a general winning part and a special winning part that can generate a special game provided in the winning space, and for each inflow route. The configuration includes a variable winning device in which the difficulty level of winning the special winning section is made different.

[Effect: Depending on the game conditions, the inflow route that is converted into a state where it is easy to flow is changed by the movable member, and the probability that the flow will flow into the special winning section and a special game will occur will change accordingly, and furthermore, that change will change. This will be noticeable to the players, and their interest in the pachinko game machine will further increase.

[Example] Fig. 1 shows an example of the configuration of the front surface of a game board 1 of a pachinko game machine to which the present invention is applied. Launcher (
A guide rail 3 is provided to guide the ball hit by a ball (not shown) to the upper part of the game board 1, and a game area 2 is provided in a space surrounded by the guide rail 3 and the glass plate on the front of the game board 1. It is being

In the center of this game area 2, a variable prize winning device 20 called an accessory that gives a chance to win many prize balls is installed, and at its upper end, a general winning hole 214 called a top prize opening is provided.

Inside this variable winning device 20, there are two special (continuous) winning parts 211a and 222 that generate or continue a jackpot.
(Fig. 4) and two general winning sections 2 that allow ordinary winnings.
11b is provided. And, on both left and right sides of the upper part, a first movable member 211,
A first inlet (inflow path) 231, 231 to the entry prize space which is opened and closed by a movable member 241 is provided, and a second inlet to the entry prize space which is opened and closed by a second movable member 251, 251 is provided in the center of the upper part. An inlet (inflow path) 232 is provided. And the first inlet 231, 23
Once when the game ball flows into the second inflow port 2
When game balls flow into the game ball 32, each game ball is given a chance to win a special prize that causes or continues a jackpot twice.

In the center of the lower part of the gaming area 2, a starting prize winning device 70 is installed which has a starting prize winning lower 36 for opening twice in the center and starting prize winning lowers 18, 718 for opening once on the left and right sides thereof.

Furthermore, pocket-type general prize winning ports 4, 4 are installed on both left and right sides of the middle section in the gaming area 2, and tulip-type general prize winning devices 5, 5 are installed on both left and right sides of the lower section, respectively.

Further, obstacle nails 9 and a ball hitting direction changing member 13 called a windmill are arranged at appropriate positions within the game area 2.

In addition, side lamps 130, 130 equipped with a red lamp and a green lamp that notify the operating status of the variable prize winning device 20 are arranged at the left and right positions in the gaming area 2, and an out hole 19 is provided at the lowest value in the center. is provided.

In addition, on the top of the game board 1, each of the above-mentioned winning parts 4° 5.21
4,718, 718, 736, etc., and are stored in the safe lamp 122 that is temporarily lit when the prize ball is ejected or in the storage tank (not shown) on the back of the pachinko game machine. A ball shortage indicator lamp 123 is installed which lights up when there is a shortage of prize balls as spare balls.

In addition, in each flow path of the double-open starting winning lower 36 and the single-opening starting winning lower 18, 718, starting winning detectors 731 (SW,
), 715 (SW, ), and 715 (SW, ) are installed. In addition, special winning prize detectors 215 (SW3), 225 (SW,) are installed in the first and second special winning parts 211a, 222 in the winning space of the variable winning prize device 20, and special winning prize detectors 215 (SW3), 225 (SW, A winning number detector 217 (SWi) is installed in each of the collecting channels (described later) that collect the game balls flowing into the general winning parts 211b and 211b and guide them to the back side of the game board 1 (FIG. 4).

Furthermore, a continuation count display 124 and a prize winning number display 125 are installed at the bottom right of the game board 1 outside the game area 2.

The pachinko game machine having the general structure as described above is generally controlled as follows by a control device (described later) such as a microcomputer installed therein.

In the initial state when electricity is supplied to the pachinko game machine by operating a power switch (not shown), the variable winning system fit20
the first and second movable members 241°241.251,
251 is closed in the state shown by the solid line in FIG. 1 to maintain a state in which game balls cannot flow into the first and second inflow ports 231.23L and 232.

In this state, by operating the dial (not shown), the ball launcher (
(not shown) is activated and a game ball is launched into the game area 2,
If the game ball wins any of the starting prize winning lowers 36,718,718,
Starting prize detector 731 installed in 718 (SW,
), 715 (SW, ), and 715 (SW, ).

As a result, there is a prize in the one-time opening starting winning prize lower 18,718, and the starting prize winning detector 715 (SW, ),
715 (SW2), the first movable members 241, 241 of the variable prize winning device 20 are rotated (opened and closed) once based on the detection signal, and the first inflow port 231, A state (first preliminary game state) in which game balls can flow into 231 is created once. Also, at this time, the ball guide members 261, 261 in the first inlets 231, 231 are shifted to a rotating state.

On the other hand, winning the prize winning lower 36 for double opening,
When there is a detection signal from the starting prize detector 731 (SW,), the first movable member 241, 241 and the second movable member 251, 251 are rotated (opened and closed) twice, and the first and second movable members 251, 251 are rotated twice. 2 movable members 241, 241, 2
51,251, the first and second
A state in which game balls can flow into the inflow port 232 (second preliminary game state) is created twice. At this time as well, the first
Ball guiding member 261, 261 in the inlet 231, 231 of
is transferred to a rotating state.

When the game balls flow into the first inflow ports 231, 231 during these first and second preliminary games.

The game ball is guided by the spiral guiding members 261, 261 in the first inlet ports 231, 231 and enters the winning space 21.
8 and flows into the general winning section 211b, 211b or the first special winning section 211a. In this way the first
If a game ball flows into the inflow ports 231, 231,
Each game ball that has flowed in has only one chance to flow into the special prize winning section.

On the other hand, during the second preliminary game, the game ball enters the second inflow port 23.
2, the game ball is guided toward the bottom of the winning space via a flow path provided at the back of the inflow port 232. The game balls flowing into the second inflow port 232 enter the second special winning section 222 provided in the middle of the flow path.
Or, after reaching the bottom of the winning space 218 without flowing into it, it flows into the general winning part 211b or the first special winning part 211a provided on the near side of the bottom. When game balls flow into the second inflow port 232 in this way, there are two chances for each of the game balls that flow into the special winning section.

The game balls that flowed into the first or second inlet 231, 231, 232 during those first and second preliminary games could not flow into either the first or second special winning section. In this case, the first and second movable members 241,
241, 251, 251 return to the state in which the first and second inflow ports 231, 231, 232 are closed as shown in FIG. do.

Each time a game ball enters the starting prize winning lower 36, 718, 718, the above preliminary gaming operation is repeated, and the first
Or, when a game ball flows into the second special winning section 211 or 222 (FIG. 4), it flows into each special winning section 21.
Special prize detector 215 (S
W, ), 225 (SW, ) is detected, and a special game mode called a jackpot occurs based on the detection signal.

Here, the special game mode is a game mode that gives the player a chance to win more prize balls than during a normal game, for example, the first and second movable members 241, 241, 25
1,251 predetermined times (for example, 18 times and 13 times, respectively)
(times) opening/closing operation for one cycle (however, when a game ball flows into the winning space and is counted to 10 by the winning number detector 217 (SW, ) before the end of the opening/closing operation for the predetermined number of times, or when a special prize is won. When the special winning part 2 enters the special winning part and is detected by the special winning part 2, the period up to that point may be regarded as one cycle.) During each cycle, the special winning part 2
A predetermined cycle (for example,
The operation is assumed to be performed for up to 8 cycles).

The number of continuations of this special game is displayed on the continuation number display 124, and the number of prizes won during each cycle is displayed on the number of prizes won display 125.

During the preliminary game or the special game, when only the first movable member 241, 241 is operating, the red lamps of the side lamps 130, 130 blink, and the first and second movable members 241, 241, 251 , 251 are in operation, the green lamps of the side lamps 130, 130 blink.

Fig. 2 shows an overall perspective view of the variable prize bag w20 seen from the front side, Fig. 3 shows an exploded perspective view of it from the back side, and Fig. 4
Figure it out! 1 shows a longitudinal side view of the installed state.

To explain based on those figures, there is a front frame 210 that constitutes the front main part of the external shape, and a rear frame 220 that is attached to the rear side of the front frame 210 and defines a winning space 218 together with the front frame 210. , a ball guide member 230 that is installed in the upper part of the winning space to create various inflow paths, a first opening/closing device 240 and a second opening/closing device 250 that control the inflow of game balls into the winning space; It is equipped with a ball guiding device 260 that guides the game balls flowing into the left and right positions of the upper part of the winning space via the ball guide member 230 to the inner part of the winning space and causes them to fall to the bottom of the winning space.

The front frame 210 forms the main part of the front outer shape of the variable winning device 20, and the center part thereof is a front winning space 218a surrounded by a front surrounding frame 211 and a rear surrounding frame 212, and the front surrounding area is A mounting plate portion 213 is formed in the shape of a flange on the outer periphery of the boundary between the frame 211 and the rear enclosing frame 212.

This mounting plate portion 213 is attached in close contact with the front side of the mounting opening 1a (FIG. 4) provided on the board surface in the game area 2 of the game board 1. In the attached state, the front part of the variable prize winning device 20 protrudes into the gaming area 2, and the rear part protrudes to the back side of the game board 1.

At the upper end of the front frame 210, a general prize opening 214 called the above-mentioned top prize opening is provided so as to protrude forward, and on the back side thereof, there is a winning hole that guides the game balls that have flowed into the general prize opening 214 to the back side of the game board 1. A ball guide gutter 214a is provided. Further, an armor portion 219 is provided directly below the general prize opening 214 at the center of the upper end of the front side of the front frame 210 so as to protrude forward to the same extent as the front enclosing frame 211.

In addition, a first special prize opening (first special prize part) 211a is provided at the center of the front lower part of the front winning space 218a, and a game ball that has flowed into the first special prize opening 211a is provided. The first special winning detector 215 (SW
3) is installed.

Further, the bottom upper surface of the rear enclosing frame 212 is a front downstream bottom surface 219a that is inclined so that the front side is lower.
The game ball that has reached the front flow bottom surface 219a rolls forward on the flow bottom surface 219a and flows into the first special winning hole 211a or the general winning hole 211b, 21Lb in front of it.

Further, directly below the rear enclosing frame 212, a gathering guide channel 211c communicating with the first special winning slot 211a and the general winning slots 211b, 211b is provided in an inclined state so that the rear side is lower. , the game balls flowing into the first special winning slot 211a and the general winning slots 211b, 211b are guided to the back side of the game board 1.

The rear frame 220 forms the main part of the rear outer shape of the variable winning device 20, and a rear winning space 218b with a front opening is provided inside the rear frame 220, and the front side is lowered at the bottom of the rear winning space 218b. The rear flow bottom surface 21 is gently inclined as shown in FIG.
9b (Fig. 4) is provided.

Then, in a state where this rear frame 220 is attached to the rear side of the front frame 210, the front winning space 2 of the front frame 210
18a and the rear winning space 218b in the rear frame 220 define the winning space 218, and the front flowing bottom surface 219a of the inner bottom of the front frame 210 and the rear flowing bottom surface 219a of the inner bottom of the rear frame 220 define the winning space 218. Two continuous flow bottom surfaces 219 are formed.

At the middle position of the rear wall in the rear winning space 218b is a central downstream guide path 214 (see FIG. 2) of a ball guide member 230, which will be described later.
The game balls guided to the back of the winning space 218 are distributed to both left and right sides of the back of the winning space 218, and the game balls are distributed to the left and right sides of the back of the winning space 218, and
A piece 221 is provided for the part to be dropped onto 9.

In addition, a second special prize opening (second special prize part) 222 is provided at the center position of the middle stage of the rear wall in the rear prize space 218b located on the piece 221, and the rear frame 220
A special winning guide is provided on the back side of the screen to return the game balls that have flowed into the second special winning opening 222 into the rear winning space 218b through the collection port 223 provided at the lower part of the rear wall of the rear winning space 218b. A flow path 224 is provided. and,
A second special winning detector 225 (SW, ) is installed in the middle of the special winning guide channel 224 to detect a special winning ball flowing down the special winning guide channel 224.

The ball guide member 230 is installed in the upper part of the winning space 218, and forms various inflow paths into the winning space 218, and guides game balls that have flowed in from the inflow paths to the winning space 2.
A second inlet 232 is provided at the center of the upper part of the front end, and first inlets 231 and 231 are provided at both left and right sides of the second inlet 232.

Then, inside the first inflow ports 231, 231, the winning space 21 is opened while the game balls that have reached the first inflow ports 231, 231 are raised on the lower surface side surrounded by the hook shape.
8 are provided with upward guide paths 233, 233 leading to the inner part of the interior of the second inlet 232.
A flow guide path 214 is provided that guides the game ball that has reached the second spot through the second special prize opening 222 in the rear prize space 218b of the rear frame 220 and the distribution while flowing it downward in the direction of the piece 221. It is being

A pair of mounting plates 235, 235 are provided at the lower left and right sides of the ball guide member 230 so as to protrude rearward, and these mounting plates 235, 235 are in contact with both the left and right sides of the winning space 218, and Rear frame 22 guided to the back
0 is attached to the left and right inner walls of the rear winning space 218b.

In this attached state, the height positions of the upper ends of the first inflow ports 213, 231 and the second inflow ports 232 are set to the upper end of the front enclosing frame 211 of the front frame 210, as shown in FIG. The height position is approximately the same as that of the armor part 219, and there is a sufficient distance from the armor part 219 above the height position to allow a game ball to flow into the armor part 219. Also,
In the attached state, the ascending guide paths 233, 233 and the downstream guide path 23 reach the inner part of the winning space 218.
There is a gap between the rear end of the ball 4 and the rear wall 225 in the winning space 218, which is large enough to allow the game ball to fall.

The first opening/closing device 240 includes first movable members 241, 241 that open and close the first inlet 231° 231 on both left and right sides of the front side of the front frame 210, and these movable members 2.
A first drive device 245 that applies rotational force to 41, 241
It is equipped with

The first movable members 241, 241 are connected to the first inlet 23
1, 231 and changes the direction of flow of game balls that come outside of them.The outside thereof is curved in an arched shape to become the batting ball guiding part 241a, and is provided protruding from the back side of the intermediate part thereof. The supporting shafts 241b and 241b are the rear frame 2.
Cylindrical bearing parts 224, 224 provided on both left and right sides of 20
It passes through the inside and protrudes to the rear of the rear frame 220. and,
The bases of the crank members 242, 242 are attached to the rear ends of these protruding support shafts 241b, 241'b.

On the other hand, the first drive device 245 includes a solenoid 24 as a first drive source that protrudes from the rear side of the rear frame 220 and is attached to the mounting piece 225a via an angle 246.
7 and an actuating member 259 attached to the actuating rod 248 of the solenoid 247.

The operating rod 248 of the solenoid 247 is
The spring 248a contracts when it is energized and returns when it is demagnetized.
It is designed to stretch due to the stretching force of.

The actuating member 249 transmits the telescopic movement (reciprocating linear movement) of the actuating rod 248 to the crank members 242, 242, and is attached to the lower end of the actuating rod 248. Section 249a.

249a, and horizontally elongated insertion holes 249b, 249b are provided at the upper ends of the respective arm portions 249a, 249a.

These insertion holes 249b, 249b transmit the reciprocating motion (elevating motion) of the operating member 249 to the crank member 242, 242 as rotational force.
Crank member 242° 242 tip rear bin 242 inside
a, 242a is inserted.

The first opening/closing device 240 is configured in this manner.

Normally, the solenoid 247 is demagnetized and the actuating rod 258
Since the actuating member 249 is lowered, the crank members 242, 242 are in an inverted ``hano'' shape, and game balls cannot flow into the first inlet ports 231, 231.

However, during a preliminary game or a special game, the solenoid 247 is appropriately energized and the actuating rod 248 and the actuating member 259 are raised, so that the crank members 242 and 242 are activated.
The first movable members 241, 241 open in a ``V'' shape, and the state is changed to a state where game balls can flow into the first inflow ports 231, 231.

The second opening/closing device 250 includes second movable members 251, 251 that open and close the first and second inlets 231, 231, 232 on both left and right sides of the second inlet 232 on the front side of the front frame 210. and a second drive device 255 that applies rotational force to these movable members 251, 251 via a crank member 252, an operating member 253, and a rotation lever 259.

Said second movable member 252. ．． 252 is the first inflow port 2
31, 231 and the second inlet 232.
Their bases are rotatably supported by support shafts 236, 236 protruding from both left and right sides of the second inlet 232.

The crank members 252, 252 convert the vertical movement transmitted from the operating member 253 into turning force and transmit it to the second movable members 251, 251, and are provided at the tips of their shaft portions 252a, 252a. The tip hole (not shown in the figure) is connected to the second movable member 251, 251.
It is rotatably fitted into pins 251a, 251a protruding from the middle part of the back side.

Shaft portions 252a, 2 of these crank members 252, 252
Arm portions 252b, 252b are attached to the rear end portion of 52a at approximately right angles, and each arm portion 252b.

Pins 252c, 252c are attached to the back side of the tip of 252b.

The actuating member 253 converts the rotational force transmitted from the second drive device 255 via the rotational lever 259 into an upward/downward movement, and operates the arm portions 252a of the crank members 252, 252,
252a, and cylindrical shaft holes 253a, 253a are provided at both left and right ends thereof. And these shaft holes 253a.

253a is the pin 25 of the crank members 252, 252;
2c and 252c so as to be rotatable. Further, a pin 253b is provided protruding from the middle portion of the back side of the actuating member 253.

The rotating lever 259 changes the direction of the reciprocating motion transmitted from the second drive device 255 and transmits it to the operating member 253 as a lifting force. Rear wall section 2 extending upward at the rear
It is pivotally supported by a support shaft (not shown in the figure) that projects from the front side of the upper end of 25. A cylindrical shaft hole 259b provided at one end of the rotary lever 259 is rotatably fitted into a pin 253b at an intermediate portion on the back side of the operating member 253, and the other end is connected to the second drive device via a link 258. 255 is connected to the actuating rod 257a.

The second drive device 255 has an angle 256 on the front side of the upper end of the rear wall portion 225 extending above the rear frame 220.
It is equipped with a solenoid 257 as a second drive source attached via a solenoid 257 and an operating rod 257a operated by the solenoid 257, and one end of the rotation lever 259 is connected to the operating rod 257a via a link 258. ing.

The operating rod 257a of the solenoid 257 is contracted when the solenoid 257 is energized, and is expanded by the tension of the return spring 257b when the solenoid 257 is demagnetized.

In the second opening/closing device 250 configured in this way, the solenoid 257 is normally demagnetized and the operating rod 257a is extended by the tension of the return spring 257b, so that the rotating lever 259, the operating member 253, and The second movable member 2 via the crank member 252° 252
The intermediate portions of the movable members 51, 251 are pulled up, thereby placing the second movable members 251, 251 in a closed state as shown by the solid line in FIG. However, during a preliminary game or a special game, the solenoid 257 is energized as appropriate and the operating rod 2
57a contracts, the second rotation lever 259, the operating member 253, and the crank member 252.
The intermediate portions of the second movable members 251, 251 are lowered, thereby placing the second movable members 251, 251 in an open state as shown in FIG.

The ball guiding device 260 includes ball guiding members 261 and 261 rotatably installed in the winning space 218 along the upward guide paths 233 and 233 of the line guiding member 230, a motor 265 as a drive source, and a motor 265 as a driving source. a transmission gear group 26 that transmits the rotational force of the motor 265 to the ball guiding member 261° 261;
It is composed of 2.

The ball guide members 261, 261 are provided with a spiral groove 261a for wire transfer on their outer peripheral portions, and the spiral groove 261a
In this case, the ball guide members 261, 261 are in the direction of the arrow (in Fig. 3).
It is provided in such a direction that when the ball rotates, the ball is guided by the spiral groove 261a and transferred from the front side to the back side in the winning space 218.

These ball guide members 261, 261 are connected to the support shaft 261.
b, 261b are provided in bearing holes 238a, 238a on both left and right sides of the front plate 238 of the guide member 230, and their rear ends are provided on both left and right sides of the rear wall portion 225 of the rear frame 220. The ascending guide path 2 of the guide member 230 is supported rotatably in the holes 225b, 225b, respectively.
It is located along 33°233. Then, in such an installed state, the single ball guiding member 261°26
1 are located immediately after the first inflow ports 231, 231, and their rear ends are located near the rear ends of the ascending guide paths 233, 233, respectively, and the spiral grooves 261a, 261a of each guide member 261.261 and ascending guide load register 233,
233, there is a gap of one game ball between them.

On the other hand, the motor 265 is connected to a pair of mounting columns 225 provided at left and right positions on the upper back side of the rear wall portion 225 of the rear frame 220.
c, 225c, and a drive gear 266 is attached to its sliding shaft 265a.

Further, the transmission gear group 262 includes a power transmission gear 262a rotatably supported by a cylindrical bearing hole 225d provided between the cylindrical bearing holes 225b on the back side of the rear wall portion 225, and The spindle 261 of the ball guide members 261, 261 protrudes rearward from the holes 225b, 225b.
Gear 262b, 2 attached to the rear end of b, 261b
62b. Then, the motor 26
The drive gear 266 of No. 5 meshes with the power transmission gear 262a, and the power transmission gear 262a meshes with the gears 262b on its left and right,
262b.

The ball guiding device 260 configured in this way has the motor 26
5 always rotates clockwise when viewed from the front,
The ball guide members 261, 261 are in a state of being rotated clockwise when viewed from the front via the transmission gear group 262. and,
The game balls flowing into the first inlet 231° 231 enter the spiral grooves 261a, 261 of these ball guide members 261, 261.
a and the upward guide paths 233, 233, and then the ball guiding members 261.a and 233 are rotating. ．． 261, the player is guided upwardly toward the back of the winning space 218 along the upward guide paths 233, 233. Then, after that, the winning space 218
It is designed to fall onto the bottom surface 219 of the bottom of the flow.

The cylinder numbered 100 in FIG. 4 is a glass plate.

FIG. 5 shows the first and second movable members 241° 241
and 251, 251 are closed state is variable prize winning device 20
is shown as a partial perspective view as seen diagonally from the front side.

When the first and second opening/closing devices 240, 250 are stopped, the first and second inlets 231, 231, 232 are connected to the first and second movable members 241, 232, as shown in the figure. 241, 251, and 251, it is in a closed state.

Therefore, at this time, the first and second inflow ports 231
, 231, game balls cannot flow in.

In FIG. 6, the first movable members 241, 241 are opened and the second
When the movable members 251, 251 are closed, it is a variable prize winning device! 20 is shown as a partial perspective view as seen diagonally from the front side.

When the first opening/closing device 240 is operated to open only the first movable members 241, 241 as shown in the figure, only the first inlets 231, 231 are opened, and these first inlets 231 , 231, the game balls can enter only during the period.

In this way, when the first inflow ports 231, 231 are open, when game balls flow into these first inflow ports 231, 231, those game balls move up the upward guide path 233,
After being guided by the ball guide members 261 and 261 to the inner part of the winning space 218 while being guided by the ball guiding members 233, the ball is dropped onto the bottom surface 219 of the lower part of the winning space 218. In this way, the game balls that have flowed into the first inflow ports 231, 231 are guided into the winning space 21 by the ball guiding members 261, 261.
Since the player can see how he or she is being guided to the inner part of the 8, this attracts the interest of the player who sees it.

After that, it moves while rolling forward along the downstream bottom surface 219゛, and opens the first special prize opening 211 on the near side.
a or the general prize money 211b, 211b.

When game balls flow into the first inflow ports 231, 231 in this way, each game ball that flows in has one chance to flow into the special winning port.

FIG. 7 shows a state in which the first movable members 241, 241 are open and the second movable members 242, 242 are open as a partial perspective view of the variable prize winning device 20 viewed diagonally from the front.

The first and second opening/closing devices 240 and 250 are operated, and as shown in the figure, the first and second movable members 241
, 241, 251, and 251 are opened, only the second inlet 232 is opened, and game balls can flow only into the second inlet 232.

When the second inflow port 232 is opened in this way, if a game ball flows into the second inflow port 232, the game ball will flow into the winning space 218 along the downstream guide path 234 inside the second inflow port 232. Moves while rolling towards the back.

In this way, the game ball guided toward the back of the winning space 218 along the downstream guide path 234 will move into the second special winning opening 222 at the back of the winning space 218 if its transfer direction and momentum are suitable. may flow into the country.

However, if the transfer direction and momentum are not good, the downstream guide path 2
34, falling onto the bottom surface 219, or
The amount distributed at the back of the winning space 218 reaches the top of the piece 221, and the amount distributed is distributed to the left and right by the piece 221 and falls onto the bottom surface 219, leading to the second special prize opening 222.
Can't get inside.

However, even if it cannot flow into the second special winning opening 222, it can flow into the first special winning opening 211a on the near side after rolling the bottom surface 219 toward the near side.

When game balls flow into the second inflow port 232 in this way, for each game ball that has flowed in.

You will be given two chances to enter the special prize opening.

As mentioned above, the probability of the game ball flowing into the special winning hole changes depending on which inflow port the game ball will flow into, so the player will be interested in which inflow port the game ball will flow into. My interest in it increases even more.

FIG. 8 shows an overall perspective view of the starting winning device 70 seen from the front side, FIG. 9 shows an exploded perspective view thereof, and FIG. .

As shown in FIG. 9, this starting prize winning device 70 includes a main body frame 710 that constitutes the main part of its external shape.

At the center of the upper part of the main body frame 710, a first winning ball guide path 412° 412 constituting a starting winning part for double opening is provided to protrude forward.

Further, a housing space 721 with a front opening is provided at the center of the front side of the main body frame 710 so as to surround the lower side of the first winning ball guide path 711. A pair of L-shaped holding frames 721a, 721a are provided on both left and right sides of the upper part of the accommodation space 721.
are provided facing each other, and these holding frames 721
An elastically deformable locking piece 721b having a hook-shaped locking portion at its tip is protruded near the center lower part between a and 721a.

The rear base portions of the L-shaped holding frames 721a, 721a form a dead end regulating portion 721e (FIG. 10).

Then, the double-open starting winning detector 731 slides into the holding frame 721 a - 721 a and is accommodated until its tip hits the dead end ruler 721 e, and at the dead end position, the rear end An angular locking portion at the tip of the locking piece 721b is caught and locked at the lower end (on the side where the lead wire is pulled out).

Moreover, the starting prize detector 73 in the accommodation space 721
A lamp mounting portion 721c is provided in the center below the position where the lamp 1 is installed, and decorative display lamps 733, 733 are installed on the lamp mounting portion 721c via a mounting board 732.

In addition, in the center of the front side of the main body frame 710, there is a double-opening starting winning part 735 that connects the first winning ball guide path 711 and the accommodation space 7.
It is attached so as to cover the front side of 21. This starting winning frame 735 has a pocket-shaped starting winning lower 36 for double opening at its upper end, and when it is attached to the main body frame 710, the starting winning lower 36 for double opening and the main body frame 710 are connected to each other. Said first winning ball guide path 71 on the side
1 and a winning part for double opening is configured.

Further, around the mounting side of the starting winning frame 735, a plurality of locking pieces 735a each having a hook-shaped locking portion at the tip are provided so as to be elastically deformable.

On the other hand, the locking pieces 735 are located at positions corresponding to the positions of the locking pieces 735a in the housing space 721 of the main body frame 710.
A plurality of locking holes 721d are provided into which the square locking portions at the tips of a can be fitted.

Then, when attaching the starting winning frame 735 to the main body frame 710, if the starting winning frame 735 is aligned in one position and pressing the mounting side of the starting winning frame 735 against the main body frame 710, the tip side of the locking piece 735a of the starting winning frame 735 will be Accommodation space 7 while being elastically deformed
Until the middle of the 21st. Thereafter, when the hook-shaped locking portion at the tip meets the locking hole 721d in the accommodation space 721, it is fitted into the locking hole 721d, whereby the starting prize frame 735 is integrated with the main body frame 710. can be installed.

In this way, the starting prize frame 735 is different from the main body frame 710.
Assembly is easy as it can be easily installed with one touch.

A cover plate 713 is provided at the rear end opening of the first winning ball guide path 711.
is installed.

Further, the second
Mounting spaces 741, 741 with front openings are provided so as to surround the lower side of the winning guide paths 712, 712, and inside these mounting spaces 741, 741, there are a pair of L-shaped holes as in the housing space 721. Holding frame 741a, 741
a and a locking piece 741b are provided. Then, between the L-shaped holding frames 741a-741a, the one-time opening start-up winning detectors 715, 715 are housed in the same manner as in the double-opening winning detector 731, and then the mounting space 741 , 741 to cover the decorative frame 745,
745 is installed.

On the mounting side of these decorative frames 745, 745, a plurality of locking pieces 745a, each having a hook-shaped locking portion at its tip, are provided so as to be elastically deformable. On the other hand, at positions corresponding to the positions of the locking pieces 745a in the mounting spaces 741, 741 of the main body frame 710, there are a plurality of locking holes 741c into which the hook-shaped locking portions at the tips of the locking pieces 745a can be fitted. It is provided.

The decorative frames 745, 745 are attached to the main body frame 710 in the same manner as the starting frame 735 is attached to the main body frame 710. In this way, the decorative frames 745, 7
45 can be easily attached to the main body frame 710 with one touch, making assembly work easy.

Furthermore, the starting winning frame 735 and the decorative frame 745°745
A decorative plate 75 is attached to the front part of the main frame 710 to which the main body frame 710 is attached.
0 is attached.

The left and right end portions of this decorative plate 750 close the front end openings of the second winning ball guide paths 712, 712 on the left and right sides of the main body frame 710, and thereby the second winning ball guide paths projecting forward of the main body frame 710. A pocket-shaped one-time opening starting winning lower 18, 718 is defined at the tip of 712°712.

When a game ball flows into the twice-opening starting winning lower 36 of the starting winning device 710 configured as described above, the gaming ball passes through the first winning ball guide path 711 to the gaming board 1.
is guided to the back side of the machine and detected by a double-open starting winning detector 731.

On the other hand, when a game ball flows into the left and right one-time opening starting prize winning lowers 18, 718, the game ball is guided to the back side of the game g11 via the second winning ball guide path 712, 712, and once opened. It is detected by the opening starting winning detector 715, 715.

FIG. 11 shows a control block diagram of the accessory control device in the pachinko game machine configured as described above.

In the same figure, what is shown with the reference numeral 811 is a starting winning opening winning detection means, which includes a starting winning winning detector 736 (SW, ),
The detection signals from 718 (SW, ) and 718 (SW3) are detected and the detection signals are sent to the preliminary game control means 8.
Make a motion to send it to 10.

The preliminary game control means 810 sends a preliminary game signal to the controller 8C)O based on the detection signal sent from the starting winning opening winning detection means 811.

In addition, in the same figure, what is shown with the reference numeral 860 is a special game control means, which is the first special winning detector 215 (SW,
) and the second special prize detector 225 (SW, ), and a special game control signal based on the signal sent from the second special prize detector 225 (SW, ), and a detection signal transmitted from the winning number detector 217 (SW, ). It functions to send a winning number display signal to the controller 800.

The controller 800 controls the variable winning device 20 based on the preliminary game control signal sent from the preliminary game control means 810, the special game control signal and the winning number display signal sent from the special game control means 860. A first drive source 245 that opens and closes the first movable members 241 and 241, and a second drive g that opens and closes the second movable members 251 and 251.
255, operates the motor 265 that rotates the ball guide members 261, 261, etc., and displays the number of continuations of the special game, the general prize section and special prizes during the cycle of each special game, on the continuation count display 124 and the winning number display 125. The number of prizes won in a division is displayed, and the special game occurrence display lamp 73
3 and side lamps 130 and 130, and makes sound effects emit from the speaker 880.

In this control block diagram, a motor 265 rotates one ball guiding member 261, 261 by sending an operation command signal from a controller 800 to a driver 870.
is in constant operation.

In this state, the starting prize detector 736 (SW Yu)
(718(SW,), 718(SW,)) The detection signal from flip-flop 831 (832°83
3), the Q output of the flip-flop is converted to H level (high level) and input to the one-shot circuit 834 (835, 836) to form a one-shot pulse. The shot pulse is detected by the starting winning opening detection means 811. Based on the detection, a detection signal is sent from the starting winning opening winning detection means 811 to the preliminary game control means 810, while a reset signal is sent to the flip-flop 831 (832, 833).
Based on the detection signal sent to the preliminary game control means 810, a control signal is sent from the preliminary game control means 810 to the controller 800. And that controller 8
An operation command signal is sent from 00 to the driver 870, and the first drive g opens and closes the first movable member 241.241.
245 and the second drive source 255 that opens and closes the second movable members 242, 242 is activated and the preliminary game is performed, and at the same time the red lamps of the side lamps 130, 130 blink (only the first drive source 245 (when both first and second active sources 255 are activated) or a green light flashes (when both first and second active sources 255 are activated).

On the other hand, a special winning opening valid signal is sent from the preliminary game control means 810 to the AND circuits 851, 851, and the AND circuits 851, 851 are put in a state where the received signal can be passed through the other terminal for a predetermined period of time. .

When the variable winning device 20 enters the preliminary gaming state, the game ball that flows into the winning space 218 enters the first special winning opening 2.
11a or the second special winning a prize opening 222, the first or second special winning a prize detector 215 (SW3
) or 225 (SW, ) enters the set terminal of the flip-flop 841 or 842 and its Q output becomes H level, which causes the AND gates 851 and 852 to switch to the other one due to the special winning opening valid signal. If the signal input to the terminal is in a state where it can be passed, its Q output passes through the AND circuit 851 or 852° and the OR circuit 853 and enters the special game control means 860 to generate a special game mode. . However, if the predetermined time has passed and the AND circuit 851 or 852 returns to a state where it cannot pass the signal input to the other terminal, the Q output cannot pass through the AND circuit 851 or 852, and the special game mode is activated. is not generated.

When a special game mode occurs as described above,
In response to the signal from the special game control means 860, the controller 800 emits a fanfare sound from the speaker 800 to notify the occurrence of the special game, and the special game occurrence display lamp 733 starts blinking.

At the same time, a reset signal is issued from the special game control means 860 to reset the flip-flops (841, 842, 843), thereby returning the Q output to the L level.

At the same time, a special game control signal is sent from the special game control means 860 to the controller 800. Then, after a predetermined time (wait time) has elapsed, the controller 800 controls, for example, the first movable member 241 of the variable prize winning device 20,
241, and the second drive source 255, which opens and closes the second movable members 251, 251, are turned on and off a predetermined number of times in one cycle (however, if the predetermined number of turns is - After the off operation ends, win either the first or second special winning slot 211a or 222, or the general winning slot 211b, 211b
There are 10 game balls in the prize and the winning number detector 217 (
When the detection signal from the SWS (SWS) is input to the 10-pulse special game control means 860 via the flip-flop 843 and the one-shot pulse 844, the period up to that point is considered to be one cycle, and the first or second special prize is won during each cycle. When a game ball wins in one of the openings 211a or 222, the special winning detector 215 (SW3) or 225 (SW,
), the detection signal from the corresponding flip-flop 8
41 or 842, the Q output of either of them is converted to H level, and the Q output that has become H level is manually inputted to special game control means 860 via AND circuit 861 or 862 and OR circuit 863. (However, this is limited to the valid time when the special winning hole valid signal is sent from the special game control means 860 to the AND circuits 861 and 862.) This is the continuation condition, and when the continuation condition is met,
The controller 800 lights up a continuation condition fulfillment indicator lamp (not shown).

At that point, the first drive source 245 and the second drive source 255 are turned off, and.

The special game control means 860 controls the flip-flop (84
1,842,843) is reset, the on/off operation of the first drive source 245 and the second drive source is started again, and the transition to a new cycle is repeated until a maximum of 8
The operation is performed until the cycle.

During the above special game, the first drive source 245 is turned on and off.
When only the off operation is performed, the side lamp 13
0,130 red lamps are flashed, and when both the first drive source 245 and second drive source 255 are operating, the green lamps of the side lamps 130 and 130 are flashed.

In addition, during each cycle of the special game, the winning number detector 217
The number of winnings detected by (SW, ) is displayed on the winning number display 125 in response to a signal from the special game control means 860. Further, when updating the cycle during these special games, the controller 800 displays the number of continuations (cycle number display) on the continuation count display 124 in response to a signal from the special game control means 860.

When the special game ends, the controller 8
00, the first and second drive sources 245 and 255 are turned on and off, the side lamps 130 and 130 stop flashing, the continuation count display 124 and the number of winnings display 125 are reset, and the sound effect from the speaker 880 is output. This includes stopping vocalization, etc.

FIG. 12 shows the first movable members 241, 2 when a game ball has won a prize in the one-time opening starting winning lower 18, 718.
The operation of the first drive g245 that opens and closes the ball guiding members 261 and the motor 265 that rotates the ball guide members 261, 261, and the first
This is a timing chart of an effective timer that effectively treats a winning in the special winning opening 211a as a condition for generating a special game.

As shown in the same figure, the starting prize lower for one-time opening is 18.71.
Starting winning detector 715 (SW,) based on winning to 8
When the detection signal rises, the rising edge of the detection signal activates the motor 265 that rotates the ball guide member 261, 261 and the winning of the first special prize opening 211a is made effective as the special game generation condition. The valid timer to be handled starts to operate.

Further, the first drive source 245 is activated after a predetermined time (for example, 0.4 seconds) has elapsed since the rise of the detection signal, so that the first movable members 241, 241 are moved for a predetermined time (for example, 0.4 seconds). 0.8 seconds).

Then, as the predetermined time elapses, the first drive source 245
is stopped, the first movable members 241, 241 are closed, and when a predetermined period of time (for example, 5 seconds) has elapsed, the rotation of the ball guide members 261, 261 by the motor 265 is stopped, and the effective timer is activated. is timed up.

FIG. 13 shows a first drive source 245, a second movable member 251, which opens and closes the first movable member 241, 241 when a game ball enters the double-open starting winning lower 36.
The operation of the second drive source 255 that opens and closes 251 and the motor 265 that rotates the ball guide members 261, 261, the first special winning hole 211a and the second special winning hole 222
A timing chart of an effective timer that effectively treats winning a prize as a condition for generating a special game is shown.

As shown in the figure, when the detection signal of the starting winning detector 736 (SW engineer) rises based on winning to the starting winning lower 36 for double opening, the ball guide member Motor 2 that rotates 261°261
65 operation and the first and second special winning holes 211a, 2
The operation of the valid timer is started, which effectively treats the winning of 22 as a condition for generating a special game.

Further, the first drive source 245 is activated after a predetermined time (for example, 0.4 seconds) has elapsed since the rise of the detection signal, so that the first movable members 241, 241 are activated for a predetermined time (for example, 0.4 seconds). , 0.8 seconds), with a predetermined period of time (
For example, it is opened after a pause of 0.4 seconds).

Further, the second drive source 255 is activated after a predetermined period of time (e.g., 0.8 seconds) has elapsed since the rise of the detection signal, so that the second movable members 251, 251 are activated for a predetermined period of time (e.g., 0.8 seconds). 0.4 seconds) with a pause of a predetermined time (for example, 0.4 seconds). That is, the second movable members 251, 251 are opened every second half of the time when the first movable members 241, 241 are opened.

Such first and second movable members 241°241.
Depending on the timing of the opening/closing operations of 251, 251, game balls can flow into the first inflow ports 231, 231, or game balls can flow into the second inflow port 232.

And those first and second drives g245.

When a predetermined period of time (for example, 2 seconds) has elapsed after the second operation of the motor 255 is stopped and the opening of the first and second movable members 241, 241, 251, 251 is completed, the motor 265 is activated. Ball guide members 261, 26
1 is stopped and the valid timer times up.

FIG. 14 shows the first movable member 241 during the special game.
, 241, a second drive source 255 that opens and closes the second movable members 251, 251, and a motor 26 that rotates the ball guide members 261, 261.
5 is a timing chart of an effective timer that effectively treats the operation of No. 5 and winnings in the first special winning hole 211a and the second special winning hole 222 as conditions for continuing the special game.

As shown in the same figure, while there is a valid time signal from the preliminary game control means 810 (while the valid time timer is operating), the special winning prize detector 215 (SW,) or 225 (SW
4) When the detection signal rises, a special game occurs, and at the rising edge of the detection signal, the ball guide member 261
, 261 and a valid timer that effectively treats winnings in the first and second special winning holes 211a and 222 as conditions for continuing the special game are started.

Further, the first drive source 245 is activated after a predetermined time (for example, 0.8 seconds) has elapsed since the rise of the detection signal, so that the first movable members 241, 241 are activated for a predetermined time (for example, 0.8 seconds). , 0.8 seconds), with a pause of a predetermined time (for example, 0.8 seconds) in between, up to 18 times per cycle. However, even before the end of the 18 opening/closing operations, the winning number detector 217 (SW,
) will count 10 or special prize detector 21
When the detection signal of 5 or 225 rises, the opening/closing operation is immediately terminated at that point.

Further, at the middle stage when a predetermined period of time (for example, 9.2 seconds) has elapsed since the rise of the detection signal, the second movable member 251 is activated by operating the second drive source 255.
, 251 are opened for a predetermined period of time (for example, 0.4 seconds) with pauses for a predetermined period of time (for example, 1.2 seconds). Also, at the end of the stage, the second movable members 251, 251
is opened for a predetermined period of time (for example, 0.8 seconds) with pauses of a predetermined period of time (for example, 0.8 seconds) in between.

That is, at the beginning of each cycle of the special game, the first inflow port 23 is
Only the first inlet 231,231 is opened and closed, and the first inlet 231,231 and the second inlet 232 are alternately opened and closed in the middle by the rotational movement of the first and second movable members 241,241,251,251. Ru. In this way, the probability of winning a prize in the special prize opening (211a, 222) is increased step by step.

Then, when the 18th opening/closing operation of the first movable members 241, 241 is completed, the first and second movable members 241, 2
41, 251, 251, when a predetermined period of time (for example, 5 seconds) has elapsed, the motor 26
The rotation of the ball guide members 261, 261 by the ball guide member 261, 261 is stopped, and the effective timer is timed up.

Then, when a game ball wins in the special winning hole 211a or 222 within the valid time of the special game cycle and is detected by the special winning detector 215 (SW, ) or 225 (SW4), the detection signal Immediately at the rising edge of , the first and second drive sources 245, 255 are stopped, the first and second inlets 231, 231, 232 are closed, and the motor 265 is stopped and the guide members 261, 261 are closed. The rotation is finished. At the same time, the valid time timer is terminated.

After the cycle ends and a predetermined time (for example, 0.8 seconds) has elapsed, a new cycle of the special game is started again.

During each cycle of the special game, as mentioned above, the special prize opening (211
a, 222) is increased, thereby making it difficult to update in the early stages, while making it easier to update in the final stages, for the benefit of the player.

Since the pachinko gaming machine according to this embodiment is configured as described above, any starting winning opening (736, 718
, 718), the inflow path that is converted into a state where it is easy to enter changes, and the probability that the special game will flow into the special winning opening (211a, 222) changes accordingly.

In addition, the change can be perceived by the player, further increasing interest in the pachinko game machine.

In addition, in the above explanation, a plurality of types of starting winning openings are provided, and depending on which starting winning opening to win, the variable winning device 20
The inflow path opened by the movable members 241, 241, 251. Which inlet (2
31°231.232) may be opened.

Also, during the special game, which inlet (231, 231, 232
) may be determined.

In addition, there are two inflow paths that can be opened by the movable members 241, 241, 251. Although we gave two chances to win special prizes for the game balls that were played, it was not limited to that.
Three or more inflow paths that can be opened by the movable members 241, 241, 251, and 251 may be provided, and any number of special winning chances may be given to game balls that flow into each inflow path. Furthermore, the shape, number, type of movement, etc. of the movable members that open the inflow path may be changed in any manner.

In addition, in the above explanation, the probability of special winnings occurring is changed by changing the number of special winning holes arranged along each inflow route, but the probability of winning a special prize is not limited to this. The probability of a special prize occurring may be changed by changing the width of the opening into the space, the position of the opening, etc. depending on the inflow route.

In addition, in the above explanation, an example was shown in which there are two types of starting winning openings, one for opening once and one for opening twice, but it does not matter what type it is, and it is possible to enter any starting winning opening. In some cases, either inlet may be opened.

[Effects of the Invention] As described above, the pachinko game machine according to the present invention includes a plurality of inflow paths each of which is converted into a state in which game balls can easily flow in by a plurality of movable members that operate according to game conditions;
A winning space that receives game balls flowing in from these inflow paths, and a general winning section and a special winning section that can generate special games are provided in the winning space, and each inflow path leads to the special winning section. Since the structure is equipped with a variable prize winning device that has different difficulty levels for winning prizes, the inflow route that is converted to an easy state by the movable member is changed according to the game conditions, and the special winning prize is correspondingly changed. The probability of a special game occurring due to the number of players entering the pachinko club changes, and this change can be perceived by the player, further increasing interest in the pachinko game machine.

[BRIEF DESCRIPTION OF THE DRAWINGS] The figures show embodiments of the present invention, in which Figure 1 is a front view of the game board installed in the pachinko game machine of the present invention, and Figure 2 is the entire variable prize winning device. A perspective view, Figure 3 is an exploded perspective view of the variable prize winning device, Figure 4 is a longitudinal side view of the variable winning device installed on the game board, and Figure 5 is the movable member in Figures 1 and 2 closed. FIG. 6 is a partially exploded diagonal front side perspective view of the variable winning device in the state in which only the first movable member is open and the second movable member is closed; The figure is a perspective view of the oblique front part of the variable winning device when the first and second movable members are open, FIG. 8 is a perspective view of the entire front side of the starting winning device, and FIG. 9 is an exploded perspective view of the starting winning device. . Fig. 10 is a longitudinal side view of the starting winning device installed on the game board, Fig. 11 is a control block diagram of the accessory control device, and Fig. 12 is when a game ball wins in the starting winning opening for one-time opening. 13 is a timing chart showing the operation timing of the related operating parts of the variable winning device, FIG. 13 is an operating timing chart of the related operating parts of the variable winning device when a game ball enters the double opening starting winning opening, is a timing chart showing the operation timing of the related operation parts of the variable prize winning device during the special game. 1...Game board, 2...Game area, 20...
Variable winning device, 218... winning space, 211a, 2
22... Special winning opening, 211b... General winning opening, 231... First inflow port (first inflow route), 2
32...Second inflow port (second inflow route). 241...first movable member, 251...second movable member. Figure 7 Figure 10

Claims (1)

[Claims] A plurality of inflow paths each converted into a state in which game balls can easily flow in by a plurality of movable members that operate according to gaming conditions, a winning space that receives game balls flowing in from these inflow paths, and a winning space provided in the winning space. A pachinko game machine equipped with a variable winning device, which is provided with a general winning section and a special winning section that can generate special games, and the degree of difficulty of winning in the special winning section is made different for each inflow route. .