JPH02309985A - Pinball playing machine - Google Patents

Abstract

PURPOSE:To improve the interest of a player by moving a movable type variable display part on a variable display game line when possibility is generated to generate a 'jack-pot' along the variable display game line until a change in the all display of a fixed type variable display part is stopped. CONSTITUTION:During a variable display game, when the possibility is generated to generate the 'jack-pot' along any one of the variable display game lines until the change in all the display of fixed type variable display parts 235a-235d is stopped in a variable display game device 20, a movable type variable display part 249a is moved on the variable display game line which can generate the 'jack-pot'. Afterwards, the variable display game is executed to stop the variable display of the movable type variable display part 249a and the dynamic change is generated in the display part of the variable display game device 20. Thus, for the player, expectation for generation of the 'jack-pot' is further enhanced.

Description

[Detailed Description of the Invention] [Field of Industrial Application] The present invention provides a pachinko machine in which a variable display game is played based on winnings in the starting winning slot, and a jackpot is generated depending on the result of the variable display game. Regarding gaming machines.

[Prior Art] Conventionally, changes in the variable display of a variable display device are started based on winning of a ball hit into a starting winning hole, and the variable display is stopped after a certain period of time has elapsed or when a player operates a stop switch. A special game (jackpot) in which the variable winning device is changed to an open state to be advantageous to the player when the display stops in a predetermined state (for example, "7° 7.7J") A pachinko game machine that generates the following is known.

In order to increase the interest of the game, some pachinko gaming machines of this type have a plurality of jackpot combination display lines (variable display game lines) in which a plurality of variable display sections of a variable display device are lined up. Even if a stop display mode that generates a jackpot on the line (for example, r7, 7, 7J) is established, there are some games that generate a special game (jackpot).

[Problems to be Solved by the Invention] However, in any of the above cases, the variable display section was of a fixed type, so the manner in which the special game mode is generated is fixed and difficult to change, and the player It wasn't something that could really heighten my interest.

It is an object of the present invention to provide a pachinko game machine in which a variable display game on a variable display device is varied, thereby further increasing players' expectations for the occurrence of a special game.

[Means for achieving the object] In order to achieve the above object, the pachinko game machine according to the present invention includes a starting winning part, a starting winning detecting means for detecting a winning ball entering the starting winning part, and a starting winning part. A variable display game line in which a plurality of fixed variable display parts are lined up to play a variable display game that generates a jackpot based on a detection signal of a detection means, and a variable display game that is movable on all of the variable display game lines. A variable display device equipped with a movable variable display section that performs a variable display game that is effective even for a combination of line variable display games, and a variable display device that has a movable variable display section that stops all changes in the display of the fixed variable display section under certain conditions. display device stopping means for stopping changes in the display of the movable variable display section after the change in the display of the movable variable display section; a special display precursor establishment determination means for determining whether or not there is a possibility of generating a jackpot according to the method;
A variable display game in which the movable variable display unit can cause the movable variable display unit to generate a jackpot before the display of the movable variable display unit is stopped based on a determination by the special display precursor establishment determination means that a possibility of a jackpot occurrence has occurred. The display device is configured to include a moving display unit actuating means for moving the display unit on a line.

[Operation] During a variable display game using a variable display device, a jackpot is generated along any variable display game line until all display changes on the fixed variable display section of the variable display device are stopped. When a possibility arises, a variable display game is played in which the movable variable display moves onto the variable display game line that can generate the jackpot, and then the variable display of the movable variable display stops. , when there is a possibility of a special game (jackpot) occurring, a dynamic change occurs in the display section of the variable display device, thereby further increasing the player's expectations for the special game occurring. .

[Embodiment] Fig. 1 shows an example of the configuration of the front side of a game board 1 of a pachinko game machine to which the present invention is applied. A guide rail 3 is provided to guide the ball fired by a driven ball launcher fit (not shown) to the upper part of the game board 1, and is surrounded by the guide rail 3 on the front of the game board 1 and a glass plate. A game area 2 is provided within the space.

In the center of the game area 2 of the game board 1, there are four fixed position variable display sections 235a to 235d for playing variable display games for generating special game rights, and one movable variable display section 235a to 235d. A variable display device 20 including a display section 249a and a winning/unprocessed number memory display lamp 232 is installed. A general winning hole 213 called a big winning hole is provided at the upper end of this variable display device 20.

Below this variable display section w20, the variable display device 20
A variable prize winning device 70 is installed which changes the game ball into a state in which it is easy to win a prize depending on the game result. At the top of this variable prize winning device 70, there is a pair of movable members 74, 74.
A big winning opening (winning part) 71b which is opened and closed by is provided, and starting winning openings 8, 8 as starting winning parts are provided on the left and right sides.

Further, between the variable display device 20 and the variable winning device 70, there are eight starting winning holes 6 as a starting winning section, and at the left and right positions near the bottom of the gaming area 2, tulip-type general winning devices 4, 4 are provided. is installed.

A plurality of ball hitting direction changing members 13 called windmills are rotatably installed at appropriate positions within the game area 2, and a large number of obstacle nails (not shown) are installed.

There are side lamps 130.13 on both the left and right sides of the gaming area 2.
0 is installed, and an out ball collection port 19 is provided at the lower center.

At the top of the game board 1 are the above-mentioned award sections 4, 6, 8.71b, 2.
The safety lamp 122, which is turned on temporarily when a game ball wins the 13th prize, and the storage tank on the back of the pachinko machine (
φ ball shortage indicator lamp 12 that lights up when there is a shortage of prize balls as spare balls stored inside (not shown in the figure)
3 is installed. Further, at the lower right side of the game board 1, a continuation number display 124 and a prize winning number display 125 are installed.

In addition, the starting prize openings 6, 8. Each channel R is equipped with a starting winning detector 6 a (S
W, ), 8 a (SW,), 8 a (SW
3) is installed. In addition, a special (continuous) winning detector 751 (SW,) is installed at a specific position in the big winning lower 1b of the variable winning device 70 to detect the game ball that has passed there, and the flowing down in the big winning lower 1b is installed. There is a winning number detector 75 that detects all the game balls that have flowed into the big winning lower 1b.
2 (SWg) is installed.

A pachinko game machine equipped with the game board 1 having the general configuration as described above is generally controlled as follows by an accessory control means (described later) such as a microcomputer installed therein.

When electricity is supplied to the pachinko game machine by operating a power switch (not shown), the variable display section 235 of the variable display device 20
Arbitrary numbers, etc. are displayed in red on a to 235 d and 249a, and the movable variable display section 249
As shown in FIG. 1, point a is located at the neutral position of the movement range.

In addition, the movable members 74, 74 of the variable winning device 70 are closed and no game balls are received into the big winning lower 1b, and the continuous winning detector 124 and the winning number detector 12
5 are each displayed as "0".

During this normal game, the game ball hit into the game area 2 by the operation of the ball launcher (not shown) starts in the starting prize opening 6,
8. If you win any of the 8, a starting prize detector 6a (SWI) installed in their internal flow path,
8a (SWz) - 8a (SW3) is detected by the corresponding one.

Based on the detection, the number of winnings (in this embodiment, up to 4) is displayed as the lighting number of the unprocessed winnings storage display lamp 232 of the variable display device 20.

Based on the winning memory, variable display sections 235a to 235d
-, 249a (for example, numeric display from 0 to 9) starts to change (display changes to red), and at the same time, j of the unprocessed prize number memory display lamps 232 that are lit are turned off. .

Then, when a predetermined period of time has passed since the start of the change in the variable display (or when the stop switch is operated by the player after the start of the change in the display), 235a
, 235b, 235c, 235d, and 249a, the display changes are stopped in this order.

In the process of stopping the display in each variable display game, A (stop display of the variable display section 235a) = C (stop display of the variable display section 235a)
c) or B (stop display on the variable display section 235b) = D (stop display on the variable display section 235d), and when it is likely that a cross will be formed on the horizontal variable display game line, the The display on the two aligned variable display sections is converted to green, and the variable display section 249a moves to the location (upper or lower) where the matching is likely to occur, and after that, the display on the variable display section 249a changes to green. changes will gradually start to stop while being scrolled.

At other times, for example, when A=D and B=C and it is likely that a double row will be formed along the diagonal variable display game line, or when there is no possibility that the rows will line up, the variable display section 249a remains in the middle (neutral) position and does not move.

Such a variable display game by the variable display device 20 is repeatedly played based on winnings stored in the starting winning holes 6, 8.8.

As a result, the stop display mode of the variable display of the variable display device 20, including the stop display E of the variable display section 219a that has moved, is changed to a specific combination of numeric displays, etc. along the horizontal or diagonal variable display game line (this implementation In the example, the number of eyes (r3, 3
, 34, r7.7゜7, etc.)) When the ↓ is completed, all of the rows of eyes will turn green, giving you the right to play a special game called a jackpot.

Here, the special game mode that is carried out based on the special game right is a game mode that gives the player a chance to win many prize balls.
．． 74 predetermined time (for example.

30 seconds) for one cycle (however, if a predetermined number of game balls (for example, 10) enter the big winning lower 1b of the variable winning device 70 before the predetermined time elapses, the release up to that point will be stopped. 1 cycle), and the continuation condition (cycle update condition) is that it flows into the center of the big winning lower 1b of the variable winning device 70 during each cycle and is detected by the continuous winning detector 751 (SW, ), For example, this may be continued for up to 10 cycles.

At the time of this special game mode, in order to notify the occurrence, an electronic sound is emitted from the speaker (described later), and at the same time, the special game status display lamp (described later) of the variable display device 20 and the variable winning device 70, and the side lamp 130, 130 starts blinking.

The number of winning game balls in the big winning lower 1b during each cycle of this special game is displayed on the winning number display 125,
The number of continuations of the special game cycle is indicated by the number of continuations display 124.
will be displayed. Also, during each cycle, when the continuation conditions for the special game cycle are met, a continuation condition fulfillment indicator lamp (described later) of the variable prize winning device 70 is turned on, and is turned off when the next new cycle starts.

When the special game mode ends, the normal game mode returns again.

Next, a configuration example of the variable display device 20 will be explained based on FIGS. 2 to 4.

Of these, FIG. 2 shows an overall perspective view of the variable display device 20 seen diagonally from the front, FIG. 3 shows an exploded perspective view thereof, and FIG. 4 shows a longitudinal sectional side view thereof.

To explain based on these figures, the variable display section! 20 includes a front frame 210 that constitutes the main part of the front external shape, a display board 220 that is attached to close the opening 211 of the front frame 210 from the back side, and a display board 220 that is attached to the back side of the front frame 210. A fixed display unit 230, a movable display unit 240 attached to the back side of the fixed display unit 230, and a movable display unit 250 of the movable display unit 240 attached to the left and right sides of the back side of the display unit 240. Movement force applying device 260 that applies force
, 260, and a back frame 270 attached to the back side.

The front frame 210 constitutes the main part of the front external shape of the variable display device 20, and has a display opening 211 in the center and a flange-shaped mounting plate 212 around the front frame 210. . When the variable display device 20 is attached to an attachment opening provided on the game board 1, the attachment plate portion 212 is attached in close contact with the front side of the attachment opening. In such an attached state, the front portion of the variable display device 20 protrudes into the gaming area 2, and the rear portion thereof protrudes to the back side of the game board 1.

A U-shaped surrounding frame 214 is provided on the back side of the front frame 210 along the display opening 211, and a semi-transparent armor member 280 is attached to the upper part of the front side.

A general winning opening 213 called a top winning opening is provided at the center of the upper end of the front frame 210, and a winning guide part 281 for guiding the game ball into the general winning opening 2]3 is provided at the upper end of the armor member 280. It is being

A guide gutter 213a is provided on the back side of the upper end of the front frame 210 to guide game balls that have entered the general prize opening 213 to the back side of the game board 1.

Further, in the upper part of the front frame 210, opening holes 215 and 2 are provided for installing a winning and unprocessed number display lamp 232 and a decorative lamp, which will be described later, so that they can be seen from the front of the armor member 280.
16 are provided, four each. Also, front frame 2
At the upper and lower positions of the display opening 211 on the back side of the device 10, mounting struts 217 and 218 for attaching the fixed display unit 230 at regular intervals are protruded, and the upper mounting strut 217 has a large diameter portion 217a and a small diameter portion. It is formed into a stepped rod shape from the portion 217b.

The display board 220 is connected to the display sections 235a to 235d, 24 of the fixed display unit 230 and the mobile display unit 250.
It is made of a transparent or semi-transparent material so that the display 9a can be visually recognized by the player, and is placed in the surrounding frame 214 on the back side of the front frame 210 while closing the display opening 211 of the front frame 210. installed.

The fixed display unit 230 performs variable display games and various decorative displays at a fixed position, and is mounted on the back side of the front frame 210 via mounting posts 217 and 218 at regular intervals.

This fixed display unit 230 includes a mounting board 231 to the front frame 210. A vertically long moving display opening 231a is provided in the center of the mounting board 231,
Fixed variable display 235 on the left and right positions on the front side, respectively.
is installed.

As shown in FIG. 1, each of the variable displays 235, 235 has variable display sections 235a in two upper and lower stages.

235b, 235c, and 235d are provided, and all of these variable display units can display either red or green. In addition, in the upper center of the front side of the mounting board 231, there are a plurality of unprocessed prize winning number display lamps 232 (
For example, four decorative lamps 233 are installed, and a plurality of decorative lamps 233 are installed on each side. In addition, mounting posts 2 of the front frame 210 are provided at the top, bottom, right and left positions of the mounting board 231.
17. The mounting hole 231b corresponds to the position of 218.

231c is provided. Further, on the back side of the mounting board 231, the variable display 2 installed on the mounting board 231 is provided.
35, Winning and unprocessed number display lamp 232, Decorative lamp 2
A lead wire 236 is attached for supplying electricity to the terminals 33 and the like and for exchanging various signals.

The fixed display unit 230 configured in this manner is mounted such that the front surface of the mounting board 231 is in contact with the rear end surface of the surrounding frame 214 and the rear end surface of the large diameter portion 217a of the mounting column 217. In the attached state, the variable indicators 235 and 235 are connected to the display board 220.
The number display lamp 232 and the decoration display lamp 233 are located immediately after the front frame 210.
It reaches the front side opening of the armor part 280 and the inside of the armor part 280 through the opening holes 215 and 216 of the armor part 280 .

The mobile display unit 240 includes a mounting board 241 that is attached to the back side of the front frame 2]0 at a predetermined distance behind the fixed display unit 230, and the mounting board 241.
41, and a movable display 247 that is attached to the center of the front surface of the display unit 41 so as to be movable up and down.

The mounting board 241 connects the movable display 248 to the opening 23 of the mounting board 231 of the fixed display unit 230.
The small-diameter portion 2 of the upper mounting support 217 of the front frame 210 protrudes rearward from the mounting holes 231b and 231c of the fixed display unit 230.
It is attached in contact with the rear end surface of the lower mounting column 17b and the rear end surface of the lower mounting column 218.

A vertically elongated guide hole 241a that supports the movable display unit 247 in a vertically movable manner is provided at the center of the mounting board 241, and lead wire through holes 241a for the fixed display unit 230 are provided on the left and right sides.
4b and 241b are provided.

The movable display 247 is supported by a lifting board 248 that can be raised and lowered by a guide hole 241a of the mounting board 241.
and a variable display 249 attached to the front side thereof.

The lifting board 248 has a main body portion 248a that slides into contact with the front surface of the mounting board 241, and a guide hole 241a of the mounting board 241.
It is equipped with a guide protrusion 248b that can be freely raised and lowered,
Guide pins 244a, 24 are provided at the rear end of the guide protrusion 248b that reaches the back side of the mounting board 241 through the guide hole 241a.
A guiding member 244 with 4b is attached.

As shown in FIG. 1, a variable display section 249a is provided on the front surface of the variable display section 249.
A can be displayed in either red or green.

The mobile display unit 240 configured in this way is mounted on the front frame 2 at a predetermined distance behind the fixed display unit 230.
10, the movable display 247 is supported by the guide hole 241a of the mounting board 241 so that it can be raised and lowered, so that the variable display 249
can be moved up and down through the opening 231a of the mounting board 231 of the fixed display unit 230. The front surface of the variable display 249 is located immediately behind the display board 220.

The moving force applying devices 1260 and 260 move the movable display 247 up and down, and are installed on both left and right sides of the back side of the mounting board 241 of the movable display unit 240.

The moving force applying devices 260 each include a solenoid 261
an actuating member 263 fixed to the actuating rod 262 of the solenoid 261; and a rotating lever 264 connected to the actuating member 263 and transmitting the power of the actuating rod 262 to the movable display 247 as a lifting force. It is equipped with

The operating rod 262 of the solenoid 261 is always returned to an extended state by the force of a return spring 262a, and is contracted when the solenoid 261 is energized.

Further, the rotary lever 264 has a shaft cylindrical portion 264a provided at the center that is connected to the movable display unit 264, respectively.
By being fitted to support shafts 241 c, 241 c protruding from the upper and lower positions of the back side of the mounting board 241 of 0, the support shafts 241 c, 241 c can be freely rotated about the support shafts 241 c, 241 c.

An operating pin 264b is provided on one end side of these rotating levers 264.
is provided protrudingly, and the actuating pin 264b is connected to the actuating member 263.
The operating pin 24 of the guide member 244 of the movable display 248 is inserted into the elongated hole 263a, and a U-shaped guide portion 264C is provided at the other end.
4a and 244b are arranged so that they can each be reached.

The back frame 270 is for attaching an accessory control device (described later) on the back side of the variable display device 20, and is attached to the front frame 210 from the back side of the movable display unit 240.

FIG. 5 is an explanatory diagram showing a state in which the movable display 247 of the movable display unit 240 is moved from the state where it is held at the middle position by the moving force imparting bags fat 260, 260 to the lower position.

Normally, the solenoids 261, 261 are demagnetized and the operating rods 262, 262 are in an extended state as shown in FIG. The movable display 247 is held at the intermediate position If (neutral position). Therefore, at this time, as shown in FIG. 6(a), the mobile display 2
The variable display 249 of No. 47 is also the left and right variable display 235, 2.
35 (located on the diagonal variable display line).

When the solenoid 261 on the right side when viewed from the back side is energized in this state, the actuating rod 262 of the solenoid 261 contracts and the rotating lever 2
64 is rotated counterclockwise when viewed from the back side, and accordingly, the movable display 247 is moved to the lower position by the U-shaped guide portion 264c of the rotation lever 264. At this time, as shown in FIG. 6(b), the variable display 249 of the movable display 247 changes from
5 (the position on the lower horizontal variable display game line).

In this state, when the excited solenoid 261 is demagnetized, the operating ring 262 of the solenoid 261
is returned to the extended state by the force of the return sprung 262a, and the rotating lever 264 is rotated back clockwise when viewed from the back side, and the movable display 247 is moved by the U-shaped guide portion 264c as shown in FIG. As shown in (a), it is returned to the middle position (neutral position). In this way, (a
), the variable display 249 of the mobile display 247
is the middle position of the left and right indicators 235, 235 (neutral position)
The state will be restored to .

FIG. 7 is an explanatory diagram showing a state in which the movable display 247 of the movable display unit 240 is moved from a state where it is held at the middle position to an upper position by the moving force applying devices 260, 260.

Solenoids 261 and 261 are demagnetized.

The operating rods 262, 262 extend as shown in FIG. 7(a), and the movable display 247 is brought to the middle position (neutral position) by the U-shaped guide portions 264c, 264c of the two rotating levers 264, 264. As a result, the variable display 249 of the movable display 247 is placed in the middle of the left and right variable displays 235, 235, as shown in FIG. 8(a). When the solenoid 261 on the left side when viewed from the back side is energized while the player is in the position W (position W on the diagonal variable display game line), the movable display 247 is moved to the upper position (in the upper position) as follows. (position on the horizontal variable display game line).

That is, when the solenoids 261, 261 are demagnetized as described above and the variable indicator 247 is in the middle position (neutral position) as shown in FIG. When excited, (b
), the operating rod 2 of the solenoid 261
62 is retracted and its rotating lever 264 is rotated counterclockwise when viewed from the back side, and accordingly, its rotating lever 26
The variable display 249 of the movable display 247 was moved to the upper position of the left and right variable display 235. state. In this state, when the excited solenoid 261 is demagnetized, the operating rod 262 of the solenoid 261 is returned to the extended state by the force of the return spring 262, and the rotating lever 262 is returned to the extended state by the force of the return spring 262.
64 is rotated back clockwise when viewed from the back side, and the variable display 249 of the movable display 247 is returned to the middle position (neutral position W) of the left and right displays 235, 235 by the U-shaped guiding portion 264C. The state will be as follows.

FIG. 9 shows an overall perspective view of the variable prize winning device 70 seen from the front side, and FIG. 10 shows an exploded perspective view of the variable prize winning device 70 seen from the back side.

The variable prize winning device 70 includes a base frame 71 that is attached to the attachment opening of the game board 1.

A big winning lower 1b is provided at the upper center of the base frame 71, and a guide bottom plate 71c for guiding a game ball into the big winning lower 1b is provided at the center front side.

Further, a lamp accommodating portion 72 with an open front end surrounded by a U-shaped surrounding frame 72 and the guide bottom plate 71c is provided at the lower center of the base frame 71.

Continuation condition fulfillment indicator lamps 73a, 73a are installed in the lamp accommodating portion 72 with a substrate 73 interposed therebetween. Lead wires (not shown) of the condition fulfillment indicator lamps 73a, 73a are led to the back side of the component base frame 71 through an opening 71e provided in the rear wall of the housing portion 71θ.

In addition, starting prize openings 8.8 are provided at left and right positions on the front side of the base frame 7.

The front part of the front frame 71 configured in this way has a component base frame 7.
A front decorative plate 78 is attached to cover the front end opening of the housing section 72 on the front side of the player 1 and the front end openings of the left and right starting prize openings 8, 8. The portion of the front decorative plate 78 disposed in the housing portion 72 is a semi-transparent decorative plate portion 78a, and the upper portion of the decorative plate portion 78a projects above the guide bottom plate 71c.

Further, bearing holes 71d, 71d are provided on both sides of the lower part of the big winning lower 1b on the front side of the component base frame 71.
Movable members 74, 74 are installed so as to be openable and closable about support shafts 74a, 74a inserted therein.

In addition, at the bottom of the back side of the starting prize openings 8, 8 provided on the left and right sides of the component base frame 71, there are guide channels 81, 81 that guide the game balls that have flowed into the starting prize openings 8, 8 to the back side of the game board. It is provided.

A pair of L-shaped holding pieces 82.82 protruding from the left and right sides of each of these guide troughs 81.
5 are provided respectively. On the other hand, these holding frame parts 8
1. A pair of locking pieces 83 are provided above 81 so as to be elastically deformable, and each of these locking pieces 83 is provided with a hook-shaped portion 83a having a relief portion whose tip is cut diagonally. There is.

In each of the detector accommodating portions 85 configured as described above, there are U-shaped starting winning detectors 8a (S W2), 8.
a (S W3 ) is accommodated.

The starting winning prize detectors 8a (SW2), 8a (SW,) are housed in the detector accommodating portion 85.85 through the starting winning opening 8,
Starting from the back side of 8, winning detector 8a (SW2), 8
Both the left and right legs of a (SW,) are the above-mentioned cursor-shaped holding pieces 82
．． If you move it forward so that it slides into contact with the inner surface of 82,
In the process, the hook-shaped portion 82a at the tip of the locking piece 82 starts the winning prize detector 8a (SW,).

It comes into contact with the upper end of 8a (SW,) and elastically deforms upward and escapes. And those starting prize detectors 8a (S Wz
), 8a (SW3) is the detector housing part 85°8
5, the hook-shaped parts 83a, 83a of the locking pieces 83, 83, which had been elastically deformed and escaped upward, return to their original positions and the starting prize detector 8a (SWz)
-8a (SW,) is caught and locked on the rear end surface of the upper piece.

In this way, the starting winning detector 8a (SW2).

8a (SW,) can be easily attached to the back side of each starting prize opening 8, 8 with one touch.

Further, a rear frame 75 is attached to the central part of the back side of the constituent base frame 71 so as to cover the big winning lower 1b.

This rear frame 75 constitutes a winning ball processing space for processing the winning balls that have flowed into the big winning lower 1b of the constituent base frame 71, and collects the gaming balls that have flowed into the big winning lower 1b to form the game board.
It flows out toward the winning ball collection gutter (not shown) on the back side, and is installed so as to surround the back side of the big winning lower 1b of the component base frame 71. This rear frame 75 is made of a semi-transparent material.

At the center of the front side of this rear frame 75 is the big winning lower 1. Continuous winning detector 751 (
SW, ) is installed, and a winning number detector 752 (SW S ) that detects and counts all the winning balls that have flowed into the big winning lower 1b is installed in the flow path at the lower rear side. The accommodating part 757 that accommodates this winning prize number detector 752 (SW5) also includes the starting winning prize detector 8 a (SW2).
, 8 a (SW, ), a pair of right and left ■, letter-shaped pieces 753° 753 and a pair of upper locking pieces 7
55, 755, and the winning prize number detector 752 (SW, ) can be easily housed and installed in this housing part 757 with a single touch in the same manner as the starting winning prize detector 8a.

The winning number detector 752 (S
W,) is covered by a cover 758, and the winning balls detected by the winning number detector 752 are covered by this cover 75.
8 to flow downward.

Further, a lamp board 76 is attached to the upper rear side of the rear frame 75 via a pair of attachment columns 75a. A special game display lamp 76a is located in the center of the front side of this lamp board 76.
is installed.

Furthermore, bearing tubes 75b are provided on both sides of the lower part of the rear frame 75.

75b is provided. These bearing tubes 75b.

The support shaft 74a of the movable member 74.74 via 75b,
74a are guided rearward, and these support shafts 74a.

Pinion gears 75b, 75b are fixed to the rear end of 74a.

On the other hand, a support shaft 759 is provided at the center of the lower back side of the rear frame 75, and a pair of rack levers 756, 75 are mounted on the support shaft 759.
6 is rotatably attached. At the tips of these rack levers 756, 756, a rack 756a that meshes with the pinion gears 74b, 74b, and an operating pin 7 to which rotational force is applied from a drive unit 77, which will be described later, are provided.
56b is provided.

Further, on the back side of the rear frame 75, the movable member 74.
A drive unit 77 is attached to 74 for applying rotational force.

The drive crab unit 77 includes a mounting plate 77, a solenoid 773 as a drive source attached to the back side of the mounting plate 771 via an angle 772, and a solenoid 773 as a drive source.
Actuation member 775 attached to actuation rod 774 of No. 3
It is equipped with

The mounting plate 771 is connected to the mounting support 7 on the back side of the rear frame 75 through a plurality of mounting holes 771a formed in the mounting plate 771.
5c with bolts or the like.

The solenoid 773 contracts when it is energized.

The actuating member 775 includes an actuating rod 774 that is extended by an elongating blade or the like of a return spring (not shown) during demagnetization, and transmits the telescopic movement (reciprocating direct movement) of the actuating rod 774 to the rack lever 756, 756. and is attached to the actuation rod 774. This actuating member 775 has a pair of left and right elongated insertion holes 775a, 77.
5a, and the operating pins 756b756 of the rack levers 756, 756 are provided in these insertion holes 775a, 775a.
b is inserted.

The variable prize winning device 70 configured as described above is as follows.

During normal gaming, the solenoid 773 as a drive source is demagnetized and the operating rod 774 and operating member 775 are lowered, and the rack levers 756 and 756 are rotated in the direction in which their tips are lowered, and The movable members 74 and 74 are rotated back to the closed state via the support shafts 74a and 74a.

In this state, when the solenoid 773 is energized.

The actuating rod 774 and the actuating member 775 are raised, and accordingly, the rack levers 756, 756 are rotated in a direction in which their distal ends are raised, and the pinioyan gear 74 is rotated.
The movable member 74.74 is rotated to an open state in an inverted “C” shape via the support shafts 74a, 74b and the spindles 74a, 74a, and a game ball can flow into the big winning lower 1b. .

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

In the figure, what is shown with the reference numeral 800 is a control chip microcomputer (CP) that constitutes the accessory control device.
tJ).

This microcomputer 800 includes a ROM (fixed data storage means) 801 which is a read-only memory, a RAM (variable storage means) 802 which is a readable and writable memory, and a buffer gate 803. An output port 804, a sound generator 805, etc. are located at R.

The ROM 801 has a control data area and a display symbol storage area, and the ROM 801 includes various lamps 233, 130, 76a, 73a during normal games and special games.
etc., operation of the solenoids 261, 261 that raise and lower the movable variable display 247 of the variable display game device 20,
In addition to fixed data such as an opening/closing control program for the movable members 74 and 74 of the variable prize winning device 70 and display symbols on the variable display game device 20, fixed data such as a control program for the variable display game by the variable display game device 20 are also provided. remembered. The RAM 802 contains starting winning prize detectors 6a (SW-), 8a (
Detection signals from SWz), 8a (SW-) and the winning number detector 752 (SW,) installed in the variable winning device 70 are counted and temporarily stored, or from the continuous winning detector 751 (SW4). A storage unit for temporarily storing the detection signal of the detection signal is provided.

In addition, the microcomputer 800 has a power outlet JI80.
8 and a frequency dividing circuit 809 that generates a reference time.

The buffer gate 803 is connected to the starting prize detector 6a (SWi) via a low-pass filter 806.
+ 8 a (SWa) t 8 a (SWi),
Continuous prize checker 124 (SW,), number of winnings detector 1
25 (SW, ) and stop switch 821 (SW
, ) are connected, and detection signals from these detectors are input to the microcomputer 800 via a low-pass filter 806 and a buffer gate 803.

Further, the output port 804 is connected via a driver 807 to a winning and unprocessed number memory display lamp 232, a decorative lamp 233, and so on. Side lamp (special game display lamp) 130,
Special game display lamp 76a, continuation condition fulfillment display lamp 7
3a, continuation number display 124, winning number display 125,
Variable display game device 20, solenoids 261, 26 that raise and lower the movable display 247 of the variable display game device 20
1 and a solenoid 773 that opens and closes the movable members 74 and 74 of the variable prize winning device 70 are connected, and these receive various control commands from the microcomputer 800 to perform various operations such as the normal game, the variable display game, and the special game. It has become.

The sound generator 805 also includes an amplifier 81.
A speaker 811 is attached via the microcomputer 800, and is configured to emit various electronic sounds based on commands from the microcomputer 800.

FIG. 12 shows a control block diagram outlining the game processing performed by the microcomputer 800.

During the game, the starting winning opening 6,
8. When a winning of 8 is detected, the variable display game device perturbing means 902 changes the display of the variable display sections 235 a to 235 d and 249 a of the variable display game device 20 (flowing) based on the detection signal. (scroll change) is started.

Thereafter, on condition that a predetermined time has elapsed or the stop switch is turned on, the variable display game device stopping means 903 displays A to E on the variable display sections 235a to 235d and 249a of the variable display game device 20.
The changes are A, B, and C.

D and E are stopped in this order.

Among them, four fixed variable indicators 235a to 23
In the process until the changes in the displays A, B, C, and D in 5d are stopped, the special display precursor formation determination means 904 determines a precursor display mode (A= C.

It is determined whether B=C or A=D) has occurred.

As a result, the sign display mode (A=C
, B=C, and A=D), the movable display section stopping means 905 maintains the start-up display 247 at the middle position (neutral position), and a "lost" state is determined. Proceed to "Processing".

On the other hand, the sign display mode (A=C, B
=C, A=D), the mobile display unit 24 is activated by the mobile display unit actuating means 906.
7 is moved to the line position where the precursor display mode occurs.

After that, the variable display section 907 of the mobile display 247
It will slowly stop while being scrolled.

Then, after it has stopped, the special display establishment determination means 9
08, it is determined whether a special display (jackpot display) has been established.

As a result, when it is determined that the special display (jackpot display) is not established, the process shifts to the ``loss process'', and when it is determined that the special display (jackpot display) is established, the process shifts to the special game process.

As mentioned above, by delaying the stop of the change in the display of the movable display section 249a, which stops at the end, only when there is a possibility of a special game occurring, the expectations for the possibility of a jackpot occurring for the player are further increased. I'm letting you do it.

When it is determined that there is no possibility of a jackpot occurring, in order to speed up the progress of the game, the display changes on the movable display section 249a are stopped at approximately the same speed as the other display sections 235a to 2335d. There is.

FIG. 13 shows the variable display device 20 at the time of "losing".
FIG. 10 shows a timing chart of the duration and stop of display changes of the variable display sections 235a to 235d and 249a.

As shown in the same figure, starting prize winning detectors 6a and 8a are generated by winning the game ball into the starting winning openings 6 and 6.8.

At the rising edge of the detection signal 8a, the variable display section 235
Displays A-D of a to 235 d and Display E of 249a
The variable display timer (
A 5 second timer) is started.

Then, when the variable display timer times up or the stop switch 821 is turned on, at that point,
First, the display A on the variable display section 235a stops changing, and then the display changes on the variable display sections 235b, 235c, 235d, and 249a sequentially (B) with a time delay of a predetermined time t□.

C, D, E). Then, each time the change in the display of the variable display sections 235a to 235d, 249a is stopped, the speaker 811 emits a sound effect β to notify the stoppage.

FIG. 14 shows the variable display units 235 a to 235 of the variable display device 20 when a precursor display mode for generating a “jackpot” occurs on the upper variable display game line.
d and 249a show a timing chart of the duration and stop of changes in displays A-E.

As shown in the figure, until the displays A to D on the variable display sections 235a to 235d are stopped in the order of A, B, C, and D, a sign display mode of the occurrence of a jackpot (in the figure, A=C= 7
), it means that a sign indicating that a pa jackpot will occur has appeared on the horizontal variable display game line at the top of the variable display section, so the display C on the variable display section 235C stops at "7". At the point in time, the display of "7" is converted from red to green, and at the same time, the number "7" as display A on the variable display section 235a is converted from red to green.

Then, the display change of the fourth variable display section 235d is stopped, and all the fixed variable display sections 235a to 235
When the display A-D stops changing, the solenoid 1 is energized and the movable display 247 indicates the 1' jackpot.
The upper level where the sign of the outbreak is occurring! (on the upper variable display game line).

Thereafter, the display on the variable display section 249a (E) of the display 247 that has been moved to the upper stage position is slowly stopped over a time period t2 that is longer than the time period t.

Then, if the stop display E on the variable display section 249a accidentally becomes "7" and the stop display mode in the upper row becomes a stop display mode that generates a jackpot (for example, r7, 7, 7J in a row). , the three stop displays on the upper row flash in green.

In this way, if a precursor display mode that can cause a jackpot is established before all changes in the display of the fixed variable display sections 235a to 235d are stopped, the stop display of the part where the mode occurred is established. changed to green. and,
The movable display 247 moves onto the variable display game line where this mode has occurred, and the change in the display on the variable display section 249a of the moved variable display 247 is slowly stopped.

As a result, the player can easily see the signs of the occurrence of a jackpot, and the expectation of the occurrence of a jackpot increases.

FIG. 15 shows the variable display sections 235 a to 235 of the variable display device 120 when the precursor display mode for generating a "jackpot" occurs on the diagonal variable display game line.
d and 249a show a timing chart of the duration and stop of changes in display A-H.

As shown in the figure, until the displays A to D on the variable display sections 235a to 235d are stopped in the order of A, B, C, and D, a sign display mode of the occurrence of a jackpot (in the figure, A=D= 7
), it means that a sign display that can cause a "jackpot" has occurred on the diagonal variable display game line of the variable display section, so the display on the variable display section 235d changes to "7".
”, the display of “7” is changed from red to green, and at the same time, the display A of the variable display section 235a is changed from red to green.
The number "7" is converted from red to green.

However, at this time, the starter display 247 is located on the diagonal variable display game line where the "jackpot" precursor display is occurring, so the solenoids 1 and 2 are not energized, and the movable display 247 is maintained at the intermediate position It (neutral position rIt). 6 In FIG.
shows the rate of change, duration and mode of stopping.

As mentioned above, when there is a detection signal from the starting prize detectors 6a, 8a, 8a, the display A to E of the variable display sections 235a to 235d and 249a start to change, but the speed of change is different from each display section 2358. ~235d, 249a. In this embodiment, each display section 235a to 23
5d and 249a, the update order of display A-H is "0" to "
9", and the update time per frame is 6 2 + 5 sac, 5 0 m5 ec, and 4 8 m5 ec, respectively.
, 36m5ec, and 24m5ec.

Then, when the variable display timer times up or the stop switch 821 is turned on, the change in the display A on the variable display section 235a is first stopped, and then the variable display is displayed with a time delay of t for a predetermined time. Section 235
b, 253c, 235d, 249a display B-E changes in order (B, C.

D, E) will be immediately stopped.

However, when a precursory display mode that causes a "jackpot" occurs, the display E on the movable variable display section 249a is slowly stopped while being scrolled for a time t2 longer than the time t1, and as a result, the player's To increase expectations for the occurrence of a jackpot.

FIG. 17 shows a control procedure for normal game processing performed by the microcomputer 800.

When the power of the pachinko machine is turned on, first of all.

In routine R2, initial settings such as resetting the memory counter, variable display timer, wait timers 1 and 2, and special game flag are performed, and then the routine moves to routine R4.

In routine R4, the starting winning detector 6a (SW=
), 8a (SW2) -8a (SW3)
It is determined whether any of them is turned on or not, and when it is determined that it is not turned on, the process moves to routine R6, and when it is determined that it is turned on, the memory counter is counted up by "1" in routine R8, and then routine RI
Move to O.

In routine R6, it is determined whether or not the memory counter is greater than "0" (there is an unprocessed winning memory), and is not greater than "O" (there is no unprocessed winning memory). When it is determined that this is the case, the process directly proceeds to routine R22, and when it is determined that the value is greater than "0" (there is an unprocessed winning memory), the process proceeds to routine RIO.

In the routine RIO, it is determined whether the display E on the variable display section 249a is in operation (changing) or not.1 When it is determined that it is not in operation, the routine moves to routine R12, and it is determined that it is in operation. Sometimes, the routine moves to routine R22.

In routine R12, it is determined whether the wait timer 1 is in operation, and when it is determined that it is not in operation, the variable display timer is started in routines R14 to R20.
Variable display unit driving means 1° variable display unit 235a~
Changes in the display of 235d and 249a After performing processes such as starting A-E, counting down the memory counter by 1, and generating the sound effect α from the speaker, the process moves to routine R22, and when it is determined that the operation is in progress, the process continues. The routine moves to routine R22.

In routine R22, it is determined whether the variable display timer has expired or not. If it is determined that the variable display timer has not expired, the routine moves to routine R24 and it is determined whether or not the stop switch has been turned on.

As a result of the determination in routines R22 and R24, if it is determined that the variable display timer has not expired and the stop switch has not been turned on, the process directly proceeds to routine R68. On the other hand, those routines R22,
As a result of the determination in R24, when it is determined that the variable display timer has ended or the stop switch has been turned on, the variable display sections 235 a to 2 are displayed in routine R26.
35 d are stopped at predetermined time intervals in the order of A, B, C, and D (the light emission color of the stop display is red), and in the next routine R28, the display A of each variable display section 235 a to 235 d is stopped. -Emit sound effect β every time D stops.

In routine R30, variable display sections 235a to 2
It is determined whether the display A-D of 35 d becomes A=B=C=D=7 or not, and when it is judged that A=B=C=D=7 is not achieved, the process moves to routine R32 and A= B=C:
When it is determined that =D=7, a routine R42 converts the red (light emitting color) stop display of the variable display sections A-D to a green light emitting color, and a routine R56 converts the stop display of the variable display section 249 to a green light emitting color.
The display E of a is scrolled, decelerated and stopped, and then the routine moves to R58.

In routine R32, variable display sections 235a, 23
It is determined whether the stop indications A and C of 5c have become A=C=7 or not, and when it is determined that A=C=7 has not been achieved, the process moves to routine R34 and it is determined that A=C=7. Sometimes the variable display sections 235a, 235 are displayed in routine R44.
The movable variable display 2 is changed by converting the stop displays A and C, which are stopped with the red light emitting color of c, to the green light emitting color, and turning on the solenoid 1 in the next routine R46.
47 to the upper stage position, and then perform the next routine R56.
Then, the display E on the variable display section 249a is scrolled, decelerated, and stopped, and then the routine moves to R58.

In routine R34, the variable display section 235b.

It is determined whether or not the stop indications B and D of 235d have become B=D=7, and when it is determined that B=D=7 is not the case, the process moves to routine R36 and it is determined that B=D=7. When this occurs, in routine R48, the stop displays B and D, which are stopped with red light emission color, are changed to green light emission color, and 1
In the next routine R50, the movable variable display 247 is moved to the lower position by turning on the solenoid 2,
Further, in the first routine R56, the display E on the variable display section 249a is scrolled, decelerated, and stopped, and then the routine moves to routine R58.

In routine R36, the variable display section 235a.

It is determined whether the stop indications A and D of 235d are A=D=7, and when it is determined that A=D=7 is not the case, the process moves to routine R38 and it is determined that A=D=7. When this occurs, the luminescent color is changed to red in routine R52, and in the next routine R56, the display E on the variable display section 249a is scrolled, decelerated, and stopped, and then the routine moves to routine R58.

In routine R38, the variable display section 235b.

It is determined whether the stop indications B and C of 235c become B=C=7. As a result, when it is determined that B=C=7 is not established, in routine R40, the display E of the movable variable display section 249a is immediately stopped a few seconds after the variable display section 235d stops, and In the next routine R60, the wait timer I is started to operate for a predetermined period of time, and then the routine moves to routine R68. On the other hand, B=C=
7, in routine R54 the stop displays B and C, which have stopped emitting red light, are changed to green light emitting color, and in the first routine R56, the variable display unit 2 is changed to green light emitting color.
The display E of 49a is scrolled, decelerated and stopped, and then the routine moves to R58.

In routine R58, the movable variable display section 249a
Determine whether or not the stop display E becomes "7", and display "7".
If it is determined that "7" has not been achieved, the routine R60 starts the operation of the wait timer ■ for a predetermined period of time, and then the routine moves on to R68. If it is determined that the result is "7", the sound effect γ (fanfare) is played in routines R62 to R66.
uttered, "7" on the line where the jackpot occurrence conditions are met.
After performing various processes such as flashing the display ``7.7'' and setting the special game flag, the routine moves to routine R68.

In routine R68, it is determined whether the special game flag is "1" or not, and when it is determined that it is not rlJ, the process returns to routine R4, and when it is determined that it is "1", routine R70 is executed. After performing the special game process, the process returns to routine R4.

FIG. 18 shows a control procedure for special game processing performed by the microcomputer 800.

When the special game process is started, first, routine R100 is executed.
Decorative lamp 233, side lamp 130.130. After performing a special game display such as flashing the special game display lamp 78a, the routine moves to routine R102.

In routine R102, it is determined whether or not the wait timer (1) is in operation, and when it is determined that it is not in operation, the process moves to routine R104, and when it is determined that it is in operation, the process directly proceeds to routine R108. However, since the wait timer is not operating at first, the process always moves to routine R104.

As a result, when proceeding to routine R104, it is determined whether or not the jackpot timer is operating in routine R104, and if it is determined that it is not operating, a wait timer (2 second timer) is started in routine R106. After that, the process moves to routine R108, and when it is determined that 1 is in operation, the variable prize winning device 7 is activated in routine R114.
0 solenoid 773 is turned on and the movable member 74.74
After opening, the routine moves to routine R116. However, since the jackpot timer is not operating at first, the routine always moves to routine R108 via routine R106.

In routine R108, it is determined whether the wait timer ■ has ended or not. If it is determined that it has not ended, the process returns to routine R100. If it is determined that it has ended, the wait timer ■ is reset and the jackpot timer is reset in routines R100 to R114. The movable member 74 is started by turning on the solenoid of the variable winning device 70.
．． After opening 74, etc., the routine moves to routine R116.

In the routine R116, the continuous winning detector 751 (S
W, ) is turned on or not, and if it is determined that it is not turned on, the process returns to routine R100, and if it is determined that it is turned on, routine R118 is executed.
to move to.

In routine R118, it is determined whether the continuation number counter (cycle counter) has reached "9", and r9J
When it is determined that the value has not become "9", the process moves to routine R120, and when it is determined that the value has become "9", the routine moves to routine R
126.

In routine R120, it is determined whether the continuation flag is rlJ (the continuation condition is met), and if it is determined that it is "1" (the continuation condition is met), the process continues as is. Then, the routine moves to routine R126, and when it is determined that the flag is not "1" (the continuation condition is not satisfied), the continuation flag is set to "1" in routine R122, and the continuation condition satisfaction indicator lamp 73a is set in the next routine. is turned on, and the routine moves to routine R126.

In routine R126, it is determined whether or not the prize winning number detector (count switch) 752 (SW, ) is turned on, and when it is determined that it is not turned on, the process directly proceeds to routine R134, where it is determined that it is turned on. Sometimes, routine R128 sets the prize winning counter to [1].
'', and in the next routine R130, the prize winning number counter value is displayed on the prize winning number display 125, and then the routine moves to routine R132.

In routine R132, it is determined whether the counter value of the prize winning number counter has reached "10" or not. When it is determined that it is not "10", the process moves to routine R134, and when it is determined that rlOJ has been reached, routine R1 is performed.
36.

In routine R134, it is determined whether the jackpot timer (30 seconds timer) has ended or not, and when it is determined that the jackpot timer has not ended, the routine returns to routine R100 as it is, and when it is determined that it has ended, the routine moves to routine R136.

In routine R136, it is determined whether the continuation flag is "1" (continuation conditions are met),
It is not “1” (continuation conditions are not met)
When it is determined that the special game is completed, the routine moves to routine R138 to end the special game, and when it is determined that the value is "1" (the continuation condition is satisfied), the routine goes to routine R152 to update and continue the special game cycle. Transition.

As a result, when proceeding to routine R138, routines R138 to R150 reset the winning number counter, reset the continuation number counter (cycle counter),
Reset the jackpot timer.

Turning off the special game display, closing the movable member 74, 74 by turning off the solenoid of the variable winning device 70, resetting the special game flag, and moving by turning off the solenoid 1 or 2 of the variable display game group M20. Expression display 2
After performing processing such as returning to the intermediate position (neutral position W) of 47, the routine returns to routine R100.

On the other hand, when the routine moves to R152, the number of continuation counters (cycle counters) count up by "1" and the number of continuations display 12 increases in routines R152 to R162.
Movable member 74.74 by displaying the continuation number counter value (cycle counter value) to 4, resetting the jackpot timer, and turning off the solenoid 773 of the variable winning device 70.
After performing processing such as closing the flag, resetting the continuation flag, and starting the wait timer (2), the process returns to routine R100.

According to the pachinko game machine according to this embodiment, during a variable display game, until all display changes of the fixed variable display section of the variable display game device are stopped, any one of the variable display game lines When there is a possibility of generating a jackpot along the line, the movable variable display moves onto the variable display game line where the jackpot can occur, and then,
Since a variable display game is played in which the variable display of the movable variable display section is stopped, a moving change occurs in the display section of the variable display game device, thereby generating a special game (jackpot) for the player. This will further heighten expectations for the event.

In addition, in a variable display game, after moving to a variable display game line where there is a possibility of a special game (jackpot) occurring, the variable display of the moved movable variable display unit slowly stops while changing the scroll. This will further heighten expectations for the occurrence of special games.

Further, when there is a possibility that a special game will occur, the color of the stop display on the variable display game line where the special game is likely to occur becomes a color different from other colors, so that the possibility of the special game occurring becomes clear.

In the above description, the movable variable display 247 is moved by a mechanical structure, but the entire display section may be a continuous dot display section or a liquid crystal display section including a fixed display section or a movable display section. , the movable display unit may be electrically moved.

Further, the number of variable display units and the number of variable display game lines are not limited to those described above, and may be any number.

[Effects of the Invention] As described above, the pachinko gaming machine according to the present invention includes a starting winning section, a starting winning detecting means for detecting winning balls into the starting winning section, and a starting winning detecting means based on the detection signal of the starting winning detecting means. A variable display game line in which a plurality of fixed variable display units are lined up, and a variable display game line that can be moved on all of the variable display game lines to play a variable display game that generates a jackpot. A variable display device equipped with a movable variable display unit that performs a variable display game that is also effective against users; and a possibility of generating a jackpot along any of the variable display game lines until all display changes of the fixed variable display section are stopped. and before the display of the movable variable display section is stopped based on the determination by the special display precursor establishment determining means that there is a possibility of a jackpot occurring. and a movable display unit operating means for moving the movable variable display unit onto a variable display game line that can generate a jackpot, so that during a variable display game by the variable display game device, the variable display game device is If there is a possibility that a jackpot will occur along any of the variable display game lines until all displays on the fixed variable display stop changing, the variable display on the movable variable display will change. A variable display game is played that is stopped.

When there is a possibility of a special game (jackpot) occurring, a dynamic change occurs in the display section of the variable display game device, thereby further increasing the player's expectations for the occurrence of a special game. .

[Brief explanation of drawings]

The figures show embodiments of the present invention, of which Figure 1 is a front view of the game board, Figure 2 is an overall perspective view of the variable display device seen from the front, and Figure 3 is the variable display device. Figure 4 is an exploded perspective view as seen from the rear side, Figure 4 is a vertical cross-sectional side view of the variable display device, and Figure 5 is a state in which the mobile display unit of the mobile display unit is held from the middle position to the lower position by the moving force applying device. FIG. 6 is an explanatory diagram showing a state in which the movable display is moved from a middle position to a lower position. Fig. 7 is an explanatory diagram showing a state in which the movable display of the movable display unit is moved from a state where it is held in the middle position to an upper position by the moving force applying device, and Fig. 8 is an explanatory diagram showing a state in which the movable display of the movable display unit is moved to the middle position. 9 is an overall perspective view of the variable winning device seen from the front side, FIG. 10 is an exploded perspective view of the variable winning device seen from the back side, and FIG. 11 is a pachinko machine. FIG. 12 is a control block diagram showing an overview of the game processing performed by the microcomputer; FIG. 13 is a control block diagram of the accessory control device installed in the gaming machine; FIG. 13 is the variable display section of the variable display device in the event of a "loss" 14 is a timing chart showing the duration and stop timing of the change in the display. FIG. A timing chart showing the duration of display changes and the timing of stopping. Fig. 15 shows the display of the variable display section of the variable display device when the precursor display mode for generating a "jackpot" occurs on the diagonal variable display game line. FIG. 16 is a timing chart showing the change duration and stop timing of the variable display section; FIG. 16 is a graph showing the change speed, duration, and stop mode of the display of the variable display section; FIG. 17 is a diagram showing a normal game played by a microcomputer. Flowchart showing the control procedure of the process, FIG. 18 is a flowchart showing the control procedure of the special game process performed by the microcomputer. 1... Game board, 2... Game area, 6, 8...・
・Starting winning opening (starting winning part), 6a, 8a... Starting winning detector' (starting winning detecting means), 20... Variable display device, 235a to 235d... Fixed type variable display unit , 249a... movable variable display section, 70...
・Variable winning device, 71b... Big winning opening, 74...
- Movable member, 800...Microcomputer (control means), 902...Variable display game device driving means, 903...Variable display game device stopping means, 904
. . . Special display precursor establishment determination means, 906 . . . Moving display unit operating means, 908 . . . Special display establishment determination means. Figure 2 Figure 4 Figure 12

Claims (1)

[Claims] A starting winning part, a starting winning detecting means for detecting winning balls into the starting winning part, and a plurality of fixed variable display parts for playing a variable display game that generates a jackpot based on a detection signal of the starting winning detecting means. includes a variable display game line in which are lined up and a movable variable display section that can be moved over all of these variable display game lines and performs a variable display game that is effective for any combination of variable display games on any of the variable display game lines. a variable display device, a display device stopping means for stopping changes in the display of the movable variable display section after stopping all changes in the display of the fixed variable display section under certain conditions; special display precursor establishment determination means for determining whether or not there is a possibility of generating a jackpot along any of the variable display game lines until all display changes on the display unit are stopped; A variable display game line that allows the movable variable display unit to generate a jackpot before the display of the movable variable display unit is stopped based on a determination by the special display precursor establishment determination means that a possibility of a jackpot occurrence has occurred. A pachinko game machine comprising a moving display operating means for moving the display upward.