JPH0654944A - Pachinko machine - Google Patents

Abstract

PURPOSE:To adjust the occurrence probability of continuous prize balls for shifting to the specific game in which a variable prize device is changed from the first state to the second state. CONSTITUTION:Continuous prize detectors 35a, 35b, 35c are provided on prize ports 19a, 19b, 19c receiving driven balls when the right and left moving blade pieces 11a, 11b of a special variable prize device 4 fitted to a Japanese pinball game (pachinko) machine are changed to the second state, and the prize port corresponding to either stop display of display members 20a, 20b, 20c lighted and controlled by an electric control device is allowed to function as the continuous prize port.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a pachinko machine equipped with a variable prize winning device capable of repeatedly changing a state of a movable wing piece to a second state in which a ball can easily enter when a ball hits a so-called continuous winning port. It is about.

[0002]

2. Description of the Related Art A pachinko machine equipped with a variable winning device is known in which a state of a movable wing piece is repeatedly converted into a second state in which a ball can easily enter when a ball hits a continuous winning port. In such a pachinko machine, a winning opening that functions as a continuous winning opening, for example, among the three winning openings that are lined up, the central winning opening functions as a continuous winning opening, and the left and right winning openings function as general winning openings. For example, the continuous winning a prize hole was predetermined.

[0003]

Therefore, even if the variable winning system converts the state into the second state and accepts hit balls, whether or not these hit balls enter the continuous winning hole is determined only by luck. Therefore, at the present time when the above pachinko machines have become widespread, it is not possible to enhance the enjoyment of the game to the extent that the player is satisfied. In addition, in the above-mentioned pachinko machine with a fixed continuous winning opening, in order to adjust the probability that the ball hits the continuous winning opening, work such as sloping the upper edge of the partition wall between the continuous winning opening and the general winning opening However, it is actually difficult to adjust with the scheduled probability, the loss of the pachinko parlor is too large, or the occupancy rate deteriorates because the ball is hardly hit in the continuous winning hole. There was a large variation in.

[0004]

The present invention has been made in view of the above, and a guide rail (2) is provided on the surface of the game board (1).
A game part (3) surrounded by is formed, and inside the game part, a mounting board (10) mounted on the surface of the game board, and a pair of movable blades (left and right movable blades) axially attached to the surface of the mounting board. 11a,
11b), an electric drive source (24) for rotating the movable wing piece to convert the movable wing piece into a first state in which the hit ball is not accepted and a second state in which the hit ball is easily accepted, and which is located below the movable wing piece. The hit ball received by the movable wing piece can flow in, and when the hit ball flows in, a continuous detector (for example, continuous prize detectors 35a to 35).
Multiple winning openings (19a to 19c) for detecting hit balls in c)
And a special variable winning device (4) having at least display members (20a to 20c) capable of converting and displaying displays for specifying these winning openings, and at the same time, a specific winning detector (7, 8) is provided with specific winning openings (5, 6) for converting the special variation winning device from the first state to the second state, and the signal from the specific winning detector is provided on the back side of the game board. The conversion control of the display member is stopped, the winning opening corresponding to the display displayed at this time is made to function as a continuous winning opening, and an electric control device (21) for converting the hitting state of the special variable winning device is provided. When a hit ball enters the continuous winning opening, the state of the special variation winning device can be converted into the second state until a preset stop condition is satisfied.

[0005]

In the present invention, since the winning opening displayed by the display member functions as the continuous winning opening, the continuous winning opening can be moved each time the hit ball enters the specific winning opening.

[0006]

DESCRIPTION OF THE PREFERRED EMBODIMENTS The present invention will be described below with reference to embodiments of the drawings.

On the surface of the game board 1 of the pachinko machine, as shown in FIG. 1, a game section 3 surrounded by a guide rail 2 is formed, and innumerable obstacle nails are planted in the game section 3. The special variation winning device 4 is provided in the substantially center, and two first specific winning openings 5, 5 are provided below the special variation winning device 4.
And one second specific winning opening 6 are arranged side by side, the first specific winning openings 5, 5 are provided with the first specific winning detectors 7, 7, and the second specific winning opening 6 is provided with the second specific winning detection. Face each vessel 8.

The embodiment of the special variation winning device 4 shown in FIGS. 2 to 5 is designed to enhance the decorative effect by imitating the shape of a horse, and the horse is mounted on the surface of the mounting substrate 10 having the opening 9. The left movable wing piece 11a and the right movable wing piece 11b that imitate the horse's tail are axially attached to the left and right, and the left movable wing piece 11a
A left decorative movable member 12a imitating a horse leg is mounted below a, and a right decorative movable member 12b imitating a horse leg is axially mounted below a right movable wing piece 11b, so that each movable wing piece 11a, 11b and decorative movable member. A horizontally long cover plate 13 imitating a horse's torso is fixed so as to cover 12a and 12b, and a hollow that is slightly wider than the space between the left and right movable wing pieces 11a and 11b in the standing state above the opening 9. A frame-shaped ball blocking portion 14 is provided so as to project, and below the opening 9, that is, below the left and right movable wing pieces 11a and 11b, left and right standing walls 15, 15, a front decorative plate 16, a bottom plate 17, and a partition plate. Three pocket frame-shaped prize winning openings 19a, 19b, 19c consisting of 18 and 18 are juxtaposed in a protruding manner, and the front decorative plate 16 is composed of a V-shaped lamp or the like corresponding to each of the prize winning openings 19a, 19b, 19c. Three display members 20a,
20b and 20c are provided. The above three display members 2
0a, 20b, 20c are, in a normal state, one of the display members 20 is sequentially turned on in a preset order by the control device 21 by a signal from the electric control device 21 provided on the back side of the game board 1. Is done.

On the back surface of the mounting board 10, a hollow back box 22 having an open front surface is provided, and inside the back box 22, a guide plate 23 is provided which is inclined downward toward the back, and the back surface of the back box 22 is provided. An electric drive source 24, 24 such as a solenoid for rotating the movable wing pieces 11a, 11b and the left and right decorative movable members 12a, 12b is attached to this. In the illustrated embodiment, the movable wing pieces 11a and 11b and the left and right decorative movable members 12a and 12 are used.
The long shaft 25 of b is connected to the cylindrical bearing portion 2 on the side surface of the back box 22.
6 through which the tip of each support shaft 25 is projected from the rear end of the bearing portion 26, and the L-shaped arms 27 are fixed to the tip end of the bearing portion 26. The pin of the arm 27 of the movable wing piece 11 is loosely fitted in the upper engaging hole 29 of the attached operation plate 28, and the pin of the arm 27 of the decorative movable member is loosely fitted in the lower engaging hole 30. Further, a return spring 31 is connected to the operating plate 28 and urges the operating plate 28 downward together with the return springs of the electric drive sources 24, 24.

Therefore, when the electric drive sources 24, 24 are demagnetized, the left and right movable wing pieces 11a, 11b are erected substantially vertically by the urging of the return spring 31, and the left and right decorative movable members 12a. , 12b maintain a first state in which they hang down substantially vertically. In this first state, since the upper ends of both movable wing pieces 11a and 11b are close to the ball blocking portion 14, the hitting ball that has flowed through the game section 3 cannot flow into the inside of both movable wing pieces 11a and 11b. The state where the hit ball does not enter the winning openings 19a, 19b, 19c is set.

On the other hand, the hit ball enters the first specific winning port 5, 5 or the second specific winning port 6, receives a signal from the first specific winning detector 7, 7 or the second specific winning detector 8, and is electrically operated. When the control device 21 excites the electric drive sources 24, 24, each operating plate 28 rises against the bias of the return spring 31, and the upper and lower arms 27 ... Rotate in opposite directions. When the arms 27 rotate, the movable wing pieces 11a and 11b rotate via the support shaft 25 in a direction in which the upper ends are tilted outward, and the decorative movable members 12a and 12b rotate in a direction in which the lower ends are tilted outward. ,
As shown in FIG. 3, the horse is running. When both the movable blades 11a and 11b are rotated and converted into the second state of being laid down as shown in FIG. 3, the movable blades 11a and 11b are
Since a large gap 32 is formed between 11b and the ball blocking portion 14, the hit ball that has flowed down in the game portion 3 has the above-mentioned gap 3
2 and flows down onto the movable blades 11a and 11b.

Since the block 33 on the back surface of the cover plate 13 closes the space between the movable blade pieces 11a and 11b, the ball hitting the movable blade pieces 11a and 11b is placed on the guide plate 23 in the back box 22. , And win another prize opening provided inside the back box 22. That is, both movable wing pieces 11a, 1
When 1b is converted to the second state in which the ball 1 is lying sideways, it becomes easy to receive a hit ball. In the second state, the electric drive source 24,
When 24 is demagnetized, both movable blade pieces 11a and 11b and the left and right decorative movable members 12 are biased by the return spring 31.
a and 12b return and rotate. When the movable wing pieces 11a and 11b return and rotate, a gap is created between the lower ends of the movable wing pieces 11a and 11b and the block 33. Therefore, the hit ball placed on the movable wing pieces 11a, 11b falls through the gap beside the block 33 and enters one of the winning openings 19a, 19b, 19c.

The winning openings 19a, 19b, 1 according to the present invention
In 9c, the conversion display of the display members 20 is stopped when the hit ball enters the specific winning openings 5 and 6, and the winning opening corresponding to the continuous display at this time functions as a continuous winning opening. That is, the hit ball enters the first specific winning opening 5, 5 or the second specific winning opening 6, and the first specific winning detector 7, 7 or the second specific winning detector 8 detects the hitting ball and the electrical control device. When the signal is sent to 21, the electric control device 21 stops the conversion display of the display members 20 ... And distinguishes the display continuously displayed due to the stop, and the winning opening 1 corresponding to this display.
Make 9 function as a continuous winning hole.

When the hit ball enters the first specific winning openings 5 and 5, the special variation winning device 4 is controlled by the electric controller 21.
The movable blades 11a, 11b of the
(Seconds) only once, the first state is changed to the second state, and when the hit ball enters the second specific winning opening 6, a predetermined time (for example, 0.8 seconds)
The first state is converted to the second state only twice. Further, in the embodiment shown in the drawings, when converted to the second state, a solenoid (not shown) is excited by a signal from the electric control device 21 and the movable decoration member 34 imitating a jockey descends.

When the movable wing pieces 11a and 11b return and rotate, the hit ball on the movable wing pieces 11a and 11b is a general winning opening 1.
9 ... That is, when the winning opening not designated by the display member 20 ..., for example, the left winning opening 19a on which the display member 20a is continuously lit and designated, is designated as the continuous winning opening 19b. When entering one of the right winning openings 19c, the hit ball is discharged to the back side of the game board 1 and becomes a winning ball, and a prize discharging device (not shown) discharges a predetermined number of winning balls. .

On the other hand, when the hit ball on the movable wing pieces 11a, 11b enters the winning hole 19a which functions as a continuous winning hole, the continuous winning detector 35a of the winning hole 19a detects the hitting ball and the electric control device. Send a signal to 21. When the electric control device 21 receives a signal from the continuous winning a prize detector 35a of the continuous winning a prize, the movable wing pieces 11a and 11b are opened and closed 18 times as one cycle, provided that the hit ball enters the continuous winning a prize. It is set so that special games that can be updated up to 8 cycles can be played. And the number of cycles is 1
The cycle indicator 36 provided on the No. 3 is visually displayed. However, if 10 hit balls are won in the special variation winning device 4 in a certain cycle, the counting detector 37 detects one of these hit balls, and the remaining open / closed number and the remaining cycle number of the movable wing pieces 11a and 11b are determined. Regardless of that, it is controlled by the electric control device 21 so that the special game ends at that time.

The embodiment of the electrical control device 21 shown in FIG. 6 has a Q0 of a first counter 39 connected to a first oscillator 38.
, Q1 and Q2 are connected to the first display member 20a, the second display member 20b and the third display member 20c via the first driver 40a, the second driver 40b and the third driver 40c, respectively. Therefore, the output from the first oscillator 38 always causes the outputs of Q0, Q1 and Q2 to be "H" one by one, and the first display member 20 corresponding to this "H".
a, the second display member 20b, and the third display member 20c are sequentially turned on one by one.

Further, the first specific winning detectors 7, 7 of the first specific winning openings 5, 5 are connected to the first flip-flop 41,
The inverted Q output of the first flip-flop 41 is connected to the second counter 44 via the first AND gate 42 and the first OR gate 43, and the Q0 output of the second counter 44 is electrically driven via the drive circuit 45. Connected to sources 24, 24. Therefore, in the reset state of the first flip-flop 41, the inversion Q of the first flip-flop 41 becomes "H", and this "H" output is output from the first AND gate 4
2. The second counter 44 is entered via the first OR gate 43, and the operation of the second counter 44 is stopped.

Therefore, the electric drive sources 24, 24 are demagnetized, and the special variation winning device 4 maintains the first state in which both the movable wing pieces 11a, 11b are erected. In this state, when the ball hits the first specific winning openings 5 and 5, and the signal from the first specific winning detectors 7 and 7 sets the first flip-flop 41, the inverted Q output is converted to "L". Therefore, the second counter 44 starts and receives a signal from the second oscillator 46 to receive Q0.
The output is converted to "H" and the electric drive sources 24, 24 are excited. Therefore, both movable wing pieces 1 of the special variation winning device 4
The first state in which the hit balls 1a and 11b do not accept the hit ball is changed to the second state in which the hit ball is easily accepted.

When "H" is output from the Q3 output, this "H" enters one input side of the second AND gate 47. Since the second AND gate 47 uses the inverted Q output of the second flip-flop 48 as the other input,
When the flip-flop 48 is in the reset state, the flip-flop 48 is opened by "H" of the inverted Q output, and is opened via the second OR gate 49 to the first
The flip-flop 41 is reset. Therefore, the special variation winning device 4 maintains the second state for, for example, 0.5 seconds from the output of Q3 to the output of "H".

When the special variation winning device 4 is in the first state, the hit ball enters the second specific winning opening 6 and the signal from the second specific winning detector 8 sets the second flip-flop 48, the Q output is output. It is converted to "H", and this "H" output sets the first flip-flop 41 and starts the second counter 44. When the second counter 44 is started, the movable wing pieces 11a and 11b of the special variation winning device 4 are changed from the first state to the second state every 0.8 seconds when the Q0 output becomes "H".
Even if the Q3 output is converted to "H", since the other input side of the second AND gate 47 receives the inverted Q output "L" of the second flip-flop 48, the Q3 output causes the first flip-flop 41 to operate. It will never be reset.

Then, 3.2 seconds after the second counter 44 is started, that is, the Q0 output is converted to "H" twice and the movable wing pieces 11a and 11b of the special variation winning device 4 are changed from the first state. When the Q1 output is converted to "H" after being converted into the second state twice, this "H" output resets the first flip-flop 41 and the second flip-flop 48 at the same time via the second OR gate 49. Therefore, when the hit ball enters the second specific winning opening 6, the special variation winning device 4 changes from the first state to the second state only twice each 0.8 seconds.

As described above, the special variation winning device 4 does not accept the hit ball only once when the hit ball enters the first specified prize holes 5 and 5, and twice when the hit ball enters the second specified prize hole 6. The state is changed to the second state in which the hit ball is easily received.

When the first specific winning opening 5, 5 or the second specific winning opening 6 is hit and the first flip-flop 41 is changed to the set state, the Q output is changed to "H". The “H” output sets the third flip-flop 51 via the third OR gate 50, and the third flip-flop 5
"H" from the Q output of 1 is sent to the above-mentioned first counter 39 to stop the counting operation. When the counting operation of the first counter 39 is stopped, the state at the time when "H" from the third flip-flop 51 is input is maintained from the Q0, Q1, and Q2 outputs, and for example, the Q0 output and the Q1 output are "L". , Q2 output is stopped at "H". When the Q2 output is stopped in the state of "H", the first display member 20a and the second display member 20b are turned off, the third display member 20c is kept on, and the player's right side winning port 10c is the continuous winning port. Visually show that it works. When the Q2 output becomes "H", one input side of the third AND gate 52 becomes "H".

Therefore, in this state, the hit ball flowing down in the game section 3 is the movable wing pieces 11a, 11b in the second state.
When the ball flows down to the top and the lucky ball enters the winning opening 19c on the right side, the continuous winning detector 35c of the winning opening 19c detects the hitting ball and "H" is input to the other input side of the third AND gate 52. Can be sent to open the third AND gate 52. When the third AND gate 52 is opened, “H” enters one input side of the fourth AND gate 54 via the fourth OR gate 53. The fourth AND gate 54 has a third counter 5
Since the output of 5 is the other input via the fifth OR gate 56, it is opened by "H" from the fourth OR gate 53 to set the fourth flip-flop 57.

When the fourth flip-flop 57 is set, the inverted Q output is converted into "L" and the Q output is converted into "H". When the Q output of the fourth flip-flop 57 is converted to "H", this "H" is changed to the third OR gate 5
It enters the third flip-flop 51 via 0, and the Q output of the third flip-flop 51 continues to be “H”. Therefore, the first counter 39 does not move in the above-mentioned state, and Q2
The output is set to "H" and the third display member 20c is turned on to keep displaying that the right winning opening 19c is a continuous winning opening.

Further, the inverted Q of the fourth flip-flop 57
When the output is converted from "H" to "L", the other input side of the first AND gate 42 becomes "L", and the second counter 44 continues to operate even if the first flip-flop 41 is reset. . Therefore, the special variation winning device 4
Changes from the first state to the second state for 0.8 seconds each time the Q0 output of the second counter 44 is converted to "H".
Then, 29.6 seconds after the second counter 44 is started, that is, after Q0 is converted to "H" 18 times and the special variation winning device 4 is converted from the first state to the second state only 18 times,
Q2 output is converted to "H". When the Q2 output is converted to "H", this "H" becomes the fourth value via the sixth OR gate 58.
The flip-flop 57 is reset.

When the fourth flip-flop 57 is reset, the inverted Q output is converted from "L" to "H".
This "H" output stops the second counter 44 via the first AND gate 42 and the first OR gate 43. Therefore, the special variation winning device 4 opens and closes the movable wing pieces 11a and 11b 18 times as one cycle.

In this special game, while the movable wing pieces 11a and 11b of the special variation winning device 4 are opening and closing, the hit ball functions as a continuous winning hole 1 on the right side.
If you are lucky enough to enter 9c, the cycle will be updated. In this embodiment, up to the 8th cycle set by the third counter 55 can be updated. The number of cycles is
The cycle display 36 is visually displayed to the player.

As described above, while the movable wing pieces 11a and 11b of the special variation winning device 4 are being opened and closed 18 times,
When the hitting ball flowing down in the game section falls on the movable wing pieces 11a and 11b and wins one after another, the counting detector 37 detects one of these hitting balls and sends a signal to the fourth counter 59. When the fourth counter 59 counts a predetermined number, for example, 10 winning balls per cycle, the fifth and gate 6
The fourth flip-flop 57 is reset via the 0th and sixth OR gates 58. Therefore, the special variation winning device 4
If 10 hits are won in the
The special game is ended regardless of the expiration of 18 times of opening and closing operations of a and 11b and regardless of the number of cycle updates. The number of winning balls in the cycle detected by the counting detector 37 is visually displayed to the player by the winning ball number display 61 provided at the upper right of the game board 1.

In this way, the special game in this embodiment is
Movable wing pieces 11a, 11 without hitting the ball into the continuous winning hole
b opens and closes 18 times, or 10
The process ends when one of the stop conditions is satisfied, that is, one hit ball is won, or when the hit ball enters the continuous winning hole, the cycle is updated eight times.

The hit ball enters the first specific winning opening 5 and the second specific winning opening 6 and the movable wing piece 11 of the special variation winning device 4 is hit.
If the hit ball does not enter the continuous winning opening even if a and 11b are opened or closed once or twice, or if the special game ends, the third flip-flop 51 is reset and the Q output is changed from "H". By converting to “L”, the first counter 3
9 is operated to turn on the display members 20a, 20b, 20c one by one again. In this case, the movable wing pieces 11a, 1
Even after the electric drive sources 24, 24 of 1b are demagnetized, the hit ball placed on the movable wing pieces 11a, 11b may be delayed and enter the continuous winning opening. Therefore, the third oscillator 6
The fifth counter 63 connected to 2 is configured to reset the third flip-flop 51 with a grace period of 1.5 seconds.

When the counting operation of the first counter 39 is stopped and the first display member 20a is turned on, the winning opening 19a on the left side functions as a continuous winning opening. Therefore, the hit ball enters the winning opening 19a and the first continuous winning detector 35
When a detects the hit ball, the sixth AND gate 64 opens and a special game is started in the same manner as above. Further, when the second display member 20b is turned on, the central winning opening 19b functions as a continuous winning opening. Then, when the hit ball enters the winning opening 19b, the seventh and gate 65 opens to start the special game.

In another embodiment of the special variation winning device 4'shown in FIG. 8, the movable wing pieces 11 are provided on the left and right surfaces of the opening of the mounting substrate.
c and 11d are rotatably mounted on the shaft, and an eaves-shaped ball blocking portion 14 'is projectingly provided on the upper edge of the opening 9'.
Below the d, three winning openings 19d, 19e and 19f are arranged in parallel, and 7-segment digital display type display members 20d, 20e and 20f are provided inside the opening 9 '.
Three are arranged in parallel corresponding to 19e and 19f.
7-segment digital display type display members 20d, 20
The numerals e and 20f always display the numbers 1 to 9 at high speed. Then, when the hit ball flowing down in the game section 3 wins the specific winning openings 5 and 6, the electric control device 21 performs 3 by a signal from the specific winning detectors 7 and 8 of the specific winning openings.
The conversion display of the one display member 20d, 20e, 20f is stopped.

At this time, the three display members 20d, 20
When one of the display members e and 20f continuously displays a preset numerical value, for example, "7", the winning opening corresponding to the display member functions as a continuous winning opening. The other configurations are the same as those in the above-described embodiment.

In the present invention, the conversion display time of each display member does not necessarily have to be the same. For example, in the above-described embodiment, the time during which the central second display member 20b is lit is defined as the left and right first and third display members 20a and 20c.
The first counter 39 is set so as to be longer than the time when is lit. By setting in this way, when a hit ball enters the specific winning openings 5 and 6 and any one of the display members is continuously lit, the probability that the second display member 20b in the center is lit is increased and the second display member in the center is lit. You may make it the probability that the winning a prize mouth 19b functions as a continuous winning a prize mouth. Similarly, it is possible to appropriately set the probability that the left winning opening 19a functions as a continuous winning opening, or the right winning opening 19c functions as a continuous winning opening.

[0037]

As described above, according to the present invention, the winning opening functioning as a continuous winning opening moves and changes each time the ball hits the specific winning opening and the conversion display of the display member stops. It can give unprecedented changes to the content, and can significantly enhance the interest of the game.

Further, according to the present invention, it is possible to accurately carry out adjustments which could not be achieved in the past, such as increasing the probability that one of the winning openings will function as a continuous winning opening by setting the electric control device. Therefore, it is possible to provide a pachinko machine that enjoys healthy games.

[Brief description of drawings]

FIG. 1 is a front view of a game board.

FIG. 2 is a perspective view of the special variation winning device in a first state.

FIG. 3 is a perspective view of the special variation winning device in a second state.

FIG. 4 is a front view of a first state of the special variation winning device.

FIG. 5 is a sectional view of a special variation winning device.

FIG. 6 is a block diagram of an electric control device.

FIG. 7 is a timing chart of a second counter.

FIG. 8 is a front view of another embodiment of the special variation winning device.

[Explanation of symbols]

 1 Game Board 2 Guide Rail 3 Game Department 4 Special Variation Winning Device 5 Specific Winning Port 6 Specific Winning Port 7 Specific Winning Detector 8 Specific Winning Detector 11a Movable Wing Piece 11b Movable Wing Piece 14 Ball Blocking 15 Standing Wall 16 Pre-decoration Board 18 Partition plate 19a Winning port 19b Winning port 19c Winning port 20a Display member 20b Display member 20c Display member 21 Electric control device 24 Electric drive source 35 Continuous prize winning detector

[Procedure amendment]

[Submission date] January 20, 1993

[Procedure Amendment 1]

[Document name to be amended] Statement

[Correction target item name] Full text

[Correction method] Change

[Correction content]

[Document name] Statement

[Title of Invention] Pachinko machine

[Claims]

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention is based on the fact that a hit ball enters a so-called continuous winning opening, for example , the state of a movable wing piece is determined by a player.
Repeatedly to repeat the easy the second state to enter is advantageous hit ball for the
The present invention relates to a pachinko machine equipped with a variable winning device that causes a return-continuous playing state .

[0002]

2. Description of the Related Art A pachinko machine equipped with a variable winning device for repeatedly changing a state of a movable wing piece into a second state in which a player can easily enter a ball when a ball hits a continuous winning port, JP-A-59-103 proposed by the applicant
It is known from, for example, Japanese Patent No. 686 . Such a pachinko machine is
The winning opening that functions as a continuous winning opening, for example, among the three winning openings that are lined up, the central winning opening functions as a continuous winning opening,
Monodea the winning hole of the left and right to function as a regular winning opening
It And the variable winning device that occasionally occurs during the game is closed.
Pachinko balls that flowed into the variable winning device immediately before
However, within the effective time set in the effective timer, so-called continuation
This snap is also detected by entering the prize hole and being detected.
Repeatedly continuous game state detection control that considers the ball effective
It had been.

[0003]

The object of the invention is to be Solved However, repeat the above
Return continuation game state detection control, inside the electrical control circuit
The existence of this valid timer is
Is not clearly recognized by the
After a short period of time, a pachinko ball wins the continuous winning opening
In such a case, the continuous game is repeated.
Continuing to play against the expectations of players
Is not caused, which contributes to distrust in games.
It was In addition, the conventional variable winning device has
Only the exchange operation is performed, and the expectation of winning the winning prize
It has enough visual effects to enhance the immersiveness of the game.
There were also points that could not be said to have been.

Therefore, according to the present invention, this effective timer is set.
The game is displayed so that the player can see it until the game is up.
The distrust of the player above is eliminated, and further so-called continuous entry is possible.
You can feel the expectation that pachinko balls flow into the prize hole and the realism of the game
Aiming to provide a pachinko machine that can be enhanced
It

[0005]

The present invention has been made in view of the above, and based on the operation command signal, a predetermined rule (for example, 18) which is advantageous to the player from the first state which is disadvantageous to the player is provided. End of opening / closing operation once or 1
Out of 0 winning detection, 1 until any condition is met
And a variable winning device ( for example, a special variable winning device 4) that is converted into a second state based on
Repeatedly playable state that can be returned and converted to the second state
Repeated continuous game state detection control hand to detect when
Repeat the above on a pachinko machine having a step
The game state detection control means is a continuous winning of the variable winning device.
A continuous winning hole detection means that can detect the hit ball received in the mouth
(For example, the winning opening 19a and the continuous winning detector 35a)
Based on the operation command signal, the continuous winning opening detection means
Effective detection period for measuring the effective detection period of a hit ball
Means (for example, third flip-flop 51, third oscillator
62, the fifth counter 63, etc.) and the effective detection period
Visually check the effective detection period of a hit ball based on the time output from the means
Display means capable of displaying (for example, the first counter 39,
A first driver 40a, a first display member 20a, etc.)
I decided to get it.

[0006]

[Operation] Display means for repeatedly continuing game state detection control means
However, the effective detection period of the winning hit ball in the continuous winning hole detection means
By visually displaying the interval, winning balls for continuous winning openings
Whether or not it is a valid continuous winning is determined by the display operation of the display means.
The player can identify whether the continuous winning is valid or invalid.
You can surely recognize, and you can play with confidence. Also repeat
The effective detection period of the continuous game state detection control means
It changes by measuring the effective period based on the operation command signal.
Display of the display means in association with the conversion of the second state of the winning prize device
The action will be performed, and the second state change of the variable winning device will be performed.
Replacement operation and display means of repeated continuous game state detection control means
Continuation of winning ball by synergy with display operation
Expectation of inflow to the prize-winning mouth and presence of the game are enhanced.

[0007]

DESCRIPTION OF THE PREFERRED EMBODIMENTS The present invention will be described below with reference to embodiments of the drawings.

[0008] on the game board 1 of the surface of the pachinko machine, as shown in Figure 1, to form a game unit 3 enclosed by the guide rail 2, with implanting a large number of nails on the gaming section 3 A special variable winning device 4 as a variable winning device is provided in the substantially center, and two first specific winning openings 5 and 5 and one second specific winning opening 6 are provided below the special variable winning device 4. They are arranged side by side, and the first specific prize winning detectors 7, 7 are provided at the first specific prize winning openings 5, 5 and the second specific prize winning detector 8 is provided at the second specific prize winning opening 6.
Face each.

The embodiment of the special variation winning device 4 shown in FIGS. 2 to 5 is designed to enhance the decorative effect by imitating the shape of a horse, and the horse is mounted on the surface of the mounting substrate 10 having the opening 9. The left movable wing piece 11a and the right movable wing piece 11b that imitate the horse's tail are axially attached to the left and right, and the left movable wing piece 11a
A left decorative movable member 12a imitating a horse leg is mounted below a, and a right decorative movable member 12b imitating a horse leg is axially mounted below a right movable wing piece 11b, so that each movable wing piece 11a, 11b and decorative movable member. A horizontally long cover plate 13 imitating a horse's torso is fixed so as to cover 12a and 12b, and a hollow that is slightly wider than the space between the left and right movable wing pieces 11a and 11b in the standing state above the opening 9. A frame-shaped ball blocking portion 14 is provided so as to project, and below the opening 9, that is, below the left and right movable wing pieces 11a and 11b, left and right standing walls 15, 15, a front decorative plate 16, a bottom plate 17, and a partition plate. Three pocket frame-shaped prize winning openings 19a, 19b, 19c consisting of 18 and 18 are juxtaposed in a protruding manner, and the front decorative plate 16 is composed of a V-shaped lamp or the like corresponding to each of the prize winning openings 19a, 19b, 19c. Three display members 20a,
20b and 20c are provided. The above three display members 2
0a, 20b, 20c are, in a normal state, one of the display members 20 is sequentially turned on in a preset order by the control device 21 by a signal from the electric control device 21 provided on the back side of the game board 1. Is done.

On the back surface of the mounting board 10, a hollow back box 22 having an open front surface is provided. Inside the back box 22, there is provided a guide plate 23 which is inclined downward toward the back. An electric drive source 24, 24 such as a solenoid for rotating the movable wing pieces 11a, 11b and the left and right decorative movable members 12a, 12b is attached to this. In the illustrated embodiment, the movable wing pieces 11a and 11b and the left and right decorative movable members 12a and 12 are used.
The long shaft 25 of b is connected to the cylindrical bearing portion 2 on the side surface of the back box 22.
6 through which the tip of each support shaft 25 is projected from the rear end of the bearing portion 26, and the L-shaped arms 27 are fixed to the tip end of the bearing portion 26. The pin of the arm 27 of the movable wing piece 11 is loosely fitted in the upper engaging hole 29 of the attached operation plate 28, and the pin of the arm 27 of the decorative movable member is loosely fitted in the lower engaging hole 30. Further, a return spring 31 is connected to the operating plate 28 and urges the operating plate 28 downward together with the return springs of the electric drive sources 24, 24.

Therefore, when the electric drive sources 24, 24 are demagnetized, the left and right movable wing pieces 11a, 11b are erected substantially vertically by the urging of the return spring 31 and the left and right decorative movable members 12a. , 12b maintain a first state in which they hang down substantially vertically. In this first state, since the upper ends of both movable wing pieces 11a and 11b are close to the ball blocking portion 14, the hitting ball that has flowed through the game section 3 cannot flow into the inside of both movable wing pieces 11a and 11b. The state where the hit ball does not enter the winning openings 19a, 19b, 19c (play
It is a disadvantageous condition for engineers .

On the other hand, the hit ball enters the first specific winning opening 5, 5 or the second specific winning opening 6, receives a signal from the first specific winning detector 7, 7 or the second specific winning detector 8, and is electrically driven. When the control device 21 excites the electric drive sources 24, 24, each operating plate 28 rises against the bias of the return spring 31, and the upper and lower arms 27 ... Rotate in opposite directions. When the arms 27 rotate, the movable wing pieces 11a and 11b rotate via the support shaft 25 in a direction in which the upper ends are tilted outward, and the decorative movable members 12a and 12b rotate in a direction in which the lower ends are tilted outward. ,
As shown in FIG. 3, the horse is running. When both the movable blades 11a and 11b are rotated and converted into the second state of being laid down as shown in FIG. 3, the movable blades 11a and 11b are
Since a large gap 32 is formed between 11b and the ball blocking portion 14, the hit ball that has flowed down in the game portion 3 has the above-mentioned gap 3
2 and flows down onto the movable blades 11a and 11b.

The ball hitting the movable wing pieces 11a, 11b falls on the guide plate 23 in the back box 22 because the block 33 on the back surface of the cover plate 13 closes the space between the movable wing pieces 11a, 11b. , And win another prize opening provided inside the back box 22. That is, both movable wing pieces 11a, 1
When 1b is converted to the second state of falling sideways, it becomes a state in which it is easy to receive a hit ball (a state advantageous to the player) . When the electric drive sources 24, 24 are demagnetized in the second state, the return spring 31 biases the movable blade pieces 11a, 11b.
And, the left and right decorative movable members 12a and 12b return and rotate. When the movable wing pieces 11a and 11b return and rotate, a gap is created between the lower ends of the movable wing pieces 11a and 11b and the block 33. Therefore, the hit ball placed on the movable wing pieces 11a, 11b falls through the gap beside the block 33 and enters one of the winning openings 19a, 19b, 19c.

The winning openings 19a, 19b in this embodiment ,
In 19c, the conversion display of the display members 20 ... Stops when the hit ball enters the specific winning openings 5 and 6, and the winning opening corresponding to the continuous display at this time functions as a continuous winning opening.
That is, the hit ball enters the first specific winning opening 5, 5 or the second specific winning opening 6, and the first specific winning detector 7, 7 or the second specific winning detector 8 detects the hitting ball and the electrical control device. When the signal is sent to 21, the electric control device 21 stops the conversion display of the display members 20 ... And distinguishes the display continuously displayed due to the stop, and continues the winning opening 19 corresponding to this display. To function as. By doing so
Therefore, the continuous winning opening in the special variable winning device 4 is specified
The winning opening 19a and the continuous winning detector 35
a, winning opening 19b, continuous winning detector 35b, winning opening 19
c and one of the continuous winning award detector 35c
A continuous hit that can detect the hit ball received in the continuous winning opening of the prize device 4.
Each of them functions as a continuous winning hole detecting means.

When the hit ball enters the first specific winning openings 5 and 5, the special variation winning device 4 is controlled by the electric control device 21.
The movable blades 11a, 11b of the
(Seconds) only once, the first state is changed to the second state, and when the hit ball enters the second specific winning opening 6, a predetermined time (for example, 0.8 seconds)
The first state is converted to the second state only twice. Further, in the embodiment shown in the drawings, when converted to the second state, a solenoid (not shown) is excited by a signal from the electric control device 21 and the movable decoration member 34 imitating a jockey descends.

When the movable wing pieces 11a, 11b return and rotate, the hit ball on the movable wing pieces 11a, 11b is a general winning opening 1.
9 ... That is, when the winning opening which is not designated as the continuous winning opening by the display member 20 ... When entering one of the right winning openings 19c, the hit ball is discharged to the back side of the game board 1 and becomes a winning ball, and a prize discharging device (not shown) discharges a predetermined number of winning balls. .

On the other hand, when the hit ball on the movable wing pieces 11a, 11b enters the prize hole 19a which functions as a continuous prize hole, the continuous prize detector 35a of the prize hole 19a detects the hit ball and the electric control device is operated. Send a signal to 21. When the electric control device 21 receives a signal from the continuous winning a prize detector 35a of the continuous winning a prize, the movable wing pieces 11a and 11b are opened and closed 18 times as one cycle, provided that the hit ball enters the continuous winning a prize. It is set so that repeated continuous games that can be updated up to 8 cycles can be performed. The cycle number is visually displayed on the cycle indicator 36 provided on the cover plate 13. However, when 10 hit balls are won in the special variation winning device 4 in a certain cycle, the counting detector 37 detects one of these hit balls, and the movable wing piece 11 is detected.
Regardless of the number of remaining opening and closing of a and 11b and the number of remaining cycles, it is controlled by the electric control device 21 so that the continuous game is repeated at that point. Ie repeat again
Change the special variation winning device 4 to a predetermined second state
“Repeat” as a condition for starting a continuous repetitive game
Repeated continuous play to detect when it is in "continuous play state"
The main part of the function of the technique state detection control means is the electrical control device 2
It is configured within 1.

The embodiment of the electrical control device 21 shown in FIG. 6 has a Q of a first counter 39 connected to a first oscillator 38.
Outputs 0, Q1, Q2 are connected to the first display member 20a, the second display member 20b, and the third display member 20c via the first driver 40a, the second driver 40b, and the third driver 40c, respectively. Therefore, the output from the first oscillator 38 always causes the outputs of Q0, Q1, and Q2 to sequentially become "H" one by one, and the first display member 20 corresponding to this "H".
a, the second display member 20b, and the third display member 20c are sequentially turned on one by one.

Further, the first specific winning detectors 7, 7 of the first specific winning openings 5, 5 are connected to the first flip-flop 41,
The inverted Q output of the first flip-flop 41 is connected to the second counter 44 via the first AND gate 42 and the first OR gate 43, and the Q0 output of the second counter 44 is electrically driven via the drive circuit 45. Connected to sources 24, 24. Therefore, in the reset state of the first flip-flop 41, the inversion Q of the first flip-flop 41 becomes "H", and this "H" output is output from the first AND gate 4
2. The second counter 44 is entered via the first OR gate 43, and the operation of the second counter 44 is stopped.

Therefore, the electric drive sources 24, 24 are demagnetized, and the special variation winning device 4 maintains the first state in which both the movable wing pieces 11a, 11b are erected. In this state, when the ball hits the first specific winning openings 5 and 5, and the signal from the first specific winning detectors 7 and 7 sets the first flip-flop 41, the inverted Q output is converted to "L". Therefore, the second counter 44 is started and receives a signal from the second oscillator 46 to receive Q0.
The output is converted to "H" and the electric drive sources 24, 24 are excited. Therefore, both movable wing pieces 1 of the special variation winning device 4
The first state in which the hit balls 1a and 11b do not accept the hit ball is changed to the second state in which the hit ball is easily accepted.

When "H" is output from the Q3 output, this "H" enters one input side of the second AND gate 47. Since the second AND gate 47 uses the inverted Q output of the second flip-flop 48 as the other input,
When the flip-flop 48 is in the reset state, the flip-flop 48 is opened by "H" of the inverted Q output, and is opened via the second OR gate 49 to the first
The flip-flop 41 is reset. Therefore, the special variation winning device 4 maintains the second state for, for example, 0.5 seconds from the output of Q3 to the output of "H".

When the special variation winning device 4 is in the first state, the hit ball enters the second specific winning port 6 and the signal from the second specific winning detector 8 sets the second flip-flop 48, the Q output is output. It is converted to "H", and this "H" output sets the first flip-flop 41 and starts the second counter 44. When the second counter 44 is started, the movable wing pieces 11a and 11b of the special variation winning device 4 convert from the first state to the second state every 0.8 seconds when the Q0 output becomes "H".
Even if the Q3 output is converted to "H", the other input side of the second AND gate 47 receives the inverted Q output "L" of the second flip-flop 48, so that the Q3 output causes the first flip-flop 41 to operate. It will never be reset.

Then, 3.2 seconds after the second counter 44 is started, that is, the Q0 output is converted to "H" twice and the movable wing pieces 11a and 11b of the special variation winning device 4 are changed from the first state. When the Q1 output is converted to "H" after being converted to the second state twice, this "H" output resets the first flip-flop 41 and the second flip-flop 48 at the same time via the second OR gate 49. Therefore, when the hit ball enters the second specific winning opening 6, the special variation winning device 4 changes from the first state to the second state only twice each 0.8 seconds.

[0024] In this way, special fluctuation winning device 4, hitting only once when entering the first specific winning hole 5,5, only twice when entering the second specific winning hole 6, a player who does not accept the ball-hitting Nito
To the player who is easy to accept the hit ball from the disadvantageous first state
To an advantageous second state.

When the first specific winning opening 5, 5 or the second specific winning opening 6 is hit and the first flip-flop 41 is converted to the set state, the Q output is converted to "H". The “H” output sets the third flip-flop 51 via the third OR gate 50, and the third flip-flop 5
"H" from the Q output of 1 is sent to the above-mentioned first counter 39 to stop the counting operation. When the counting operation of the first counter 39 is stopped, the state at the time when “H” from the third flip-flop 51 is input is maintained from the Q0, Q1, and Q2 outputs, and for example, the Q0 output and the Q1 output are “L”. , Q2 output is stopped in the state of "H". When the Q2 output is stopped in the state of "H", the first display member 20a and the second display member 20b are turned off, the third display member 20c is continuously lit, and the player's right side winning port 10c is the continuous winning port. Visually show that it works. Further, when the Q2 output becomes "H", one input side of the third AND gate 52 becomes "H".

Therefore, in this state, the hit ball flowing down in the game section 3 has the movable wing pieces 11a, 11b in the second state.
When the ball flows down to the top and the lucky ball enters the winning opening 19c on the right side, the continuous winning detector 35c of the winning opening 19c detects the hitting ball and "H" is input to the other input side of the third AND gate 52. Can be sent to open the third AND gate 52. When the third AND gate 52 is opened, “H” enters one input side of the fourth AND gate 54 via the fourth OR gate 53. The fourth AND gate 54 has a third counter 5
Since the output of 5 is the other input via the fifth OR gate 56, it is opened by "H" from the fourth OR gate 53 to set the fourth flip-flop 57.

When the fourth flip-flop 57 is set, the inverted Q output is converted to "L" and the Q output is converted to "H". When the Q output of the fourth flip-flop 57 is converted to "H", this "H" is changed to the third OR gate 5
It enters the third flip-flop 51 via 0, and the Q output of the third flip-flop 51 continues to be “H”. Therefore, the first counter 39 does not move in the above-mentioned state, and Q2
The output is set to "H" and the third display member 20c is turned on to keep displaying that the right winning opening 19c is a continuous winning opening.

In addition, the inverted Q of the fourth flip-flop 57
When the output is converted from "H" to "L", the other input side of the first AND gate 42 becomes "L", and the second counter 44 continues to operate even if the first flip-flop 41 is reset. . Therefore, the special variation winning device 4
Changes from the first state to the second state for 0.8 seconds each time the Q0 output of the second counter 44 is changed to "H".
Then, 29.6 seconds after the second counter 44 is started, that is, after Q0 is converted to "H" 18 times and the special variation winning device 4 is converted from the first state to the second state only 18 times,
The Q2 output is converted to "H". When the Q2 output is converted to “H”, this “H” is output to the fourth via the sixth OR gate 58.
The flip-flop 57 is reset.

When the fourth flip-flop 57 is reset, the inverted Q output is converted from "L" to "H".
This "H" output stops the second counter 44 via the first AND gate 42 and the first OR gate 43. Therefore, the special variation winning device 4 opens and closes the movable wing pieces 11a and 11b 18 times as one cycle.

Then, in this repeated continuous game, while the movable wing pieces 11a, 11b of the special variation winning device 4 are opening and closing, the hit ball luckily enters the right winning port 19c which functions as a continuous winning port. Then, the cycle is updated. In the present embodiment, 8 set by the third counter 55
It can be updated up to the cycle. The number of cycles is visually displayed to the player by the cycle display 36.

As described above, while the movable wing pieces 11a, 11b of the special variation winning device 4 are being opened and closed 18 times,
When the hitting ball flowing down in the game section falls on the movable wing pieces 11a and 11b and wins one after another, the counting detector 37 detects one of these hitting balls and sends a signal to the fourth counter 59. When the fourth counter 59 counts a predetermined number, for example, 10 winning balls per cycle, the fifth and gate 6
The fourth flip-flop 57 is reset via the 0th and sixth OR gates 58. Therefore, the special variation winning device 4
If 10 hits are won in the
Regardless of the expiration of 18 times of opening and closing operations of a and 11b, and regardless of the number of cycle updates, the repeated continuous game is ended.
The number of winning balls in the cycle detected by the counting detector 37 is visually displayed to the player by the winning ball number display 61 provided at the upper right of the game board 1.

As described above, the repetitive continuation game in this embodiment is the movable wing piece 11 without the hitting ball entering the continuous winning port.
a, 11b are opened and closed 18 times, 10 ball hits into the special variation winning device 4, or if the ball hits the continuous winning port, the cycle is updated 8 times. It ends when the stop condition is met. Sand
Then, one cycle in repeated continuous game ends
Repeatedly continued before the game state detection control means repeatedly continued
Gaming state (Continuous winning prize detection means continues during the effective detection period
Did not detect that the winning ball was detected)
If, or repeated continuous game a predetermined number of times (eg 8
Only if it is executed up to
It ends.

The hit ball enters the first specific winning opening 5 and the second specific winning opening 6 and the movable wing piece 11 of the special variable winning device 4 is hit.
If the hit ball does not enter the continuous winning opening even if a and 11b are opened or closed once or twice, or if the special game ends, the third flip-flop 51 is reset and the Q output is changed from "H". By converting to “L”, the first counter 3
9 is operated to turn on the display members 20a, 20b, 20c one by one again. In this case, the movable wing pieces 11a, 1
Even after the electric drive sources 24, 24 of 1b are demagnetized, the hit ball placed on the movable wing pieces 11a, 11b may be delayed and enter the continuous winning opening. Therefore, the third oscillator 6
The fifth counter 63 connected to 2 is configured to reset the third flip-flop 51 with a grace period of 1.5 seconds.

Therefore, by the cooperation of the third flip-flop 51, the third oscillator 62, the fifth counter 63, etc., the winning a prize openings 19a to 19c and the continuous winning award detector 35a to function as the continuous winning a prize detecting means. The effective detection period measuring means for measuring the effective detection period of the hit ball in 35c is configured. The oscillator 62 and the third counter 63 may be omitted because it is merely a matter of designing whether or not the grace period is provided after the special variation winning device 4 is returned to the first state.

Further, the detection period timing means is operated based on the output of the fourth flip-flop 57 which is related to the operation / stop of the second counter 44 which substantially controls the state conversion of the special variation winning device 4. -It will be stopped. That is, while the inverted Q output of the fourth flip-flop 57 is “L” and the second counter 44 is operating, the Q output of the fourth flip-flop 57 is “H” and the third output is third.
The Q output of flip-flop 51 holds the "H"
So, the effective detection period of the hit ball in the continuous winning hole detection means
To do. Therefore, in this embodiment,
Based on the predetermined rules, the variable winning device 4
The 4th count as an operation command signal for converting to 2 states
The inverted Q output of the data 57 is the effective detection of the effective detection period timing means.
The operation command signal for performing the output period timing operation
Since the Q output of the 4 flip-flop 57 functions respectively,
is there. The inverted Q output of the fourth flip-flop 57 is
The third OR gate 5 is branched and inverted by a NOT gate or the like.
Even if it is supplied to 0, there is no difference, so one product
Special fluctuation winning device 4 and effective detection period meter with motion command signal
It is substantially equivalent to operating the time means.

Further, as the above-mentioned effective detection period timing means,
The Q output of the third flip-flop 51 having the function is the first
Based on stopping the counting operation of the unter 39
Then, the first counter 39 displays the continuous winning award detectors 35a to 35c.
And any one of the first to third display members 20a is activated.
Since any one of ˜20c is lit and displayed, the first counter 3
39, first to third drivers 40a to 40c, first to third
Effective by cooperation of the display members 20a to 20c, etc.
Effective detection of a hit ball based on the timing output from the detection period timing means
It functions as a display means for displaying the available period.
It

When the counting operation of the first counter 39 is stopped and the first display member 20a is turned on, the winning opening 19a on the left side functions as a continuous winning opening. Therefore, the hit ball enters the winning opening 19a and the first continuous winning detector 35
When a detects the hit ball, the sixth AND gate 64 opens and a special game is started in the same manner as above. Further, when the second display member 20b is turned on, the central winning opening 19b functions as a continuous winning opening. Then, when the hit ball enters the winning opening 19b, the seventh and gate 65 opens to start the special game.

As described above, according to the pachinko machine of the present invention, the repeated game state detection control means for repeatedly detecting the special game state includes the continuous winning opening means, the effective detection period timing means and the display means. I'm prepared
Display means of repeatedly continue playing state detection control means, continue
Visualize the effective detection period of the winning ball in the winning opening detection means
By displaying, the continuous winning openings 35a to 35c are related.
The player can clearly recognize the effective period of the hit ball
You can play games. In addition, repeated continuous game state
Effective control period of the detection control means
Special variable winning device by measuring the effective period based on
The display operation of the display means is performed in association with the conversion of the second state of item 4.
The second state conversion of the special variation winning device 4
By the synergistic effect of the operation and the display operation by the display means,
Vision in a game played using the special variation winning device 4
Period of inflow of winning ball to continuous winning hole
A useful pachinko machine that can enhance the long-awaited feeling and the realism of the game
Can be

In the above embodiment, the effective
Since the continuous winning hole has changed over time,
The display means of the technique state detection control means is specified and activated.
First display member 20a corresponding to the continuous winning opening in the state
By activating any of the 20c, you can activate the winning hole
The function to visually display is included. However, continue
It is a common practice to continue the game by fixing the prize hole and repeating the game
If a variable winning device is used, the effective detection of continuous winning
Only the function of displaying the period may be added to the display means.

In another embodiment of the special variation winning device 4'shown in FIG. 8, the movable wing pieces 11 are provided on the left and right surfaces of the opening of the mounting substrate.
c and 11d are rotatably mounted on the shaft, and an eaves-shaped ball blocking portion 14 'is projectingly provided on the upper edge of the opening 9'.
Below the d, three winning openings 19d, 19e and 19f are arranged in parallel, and 7-segment digital display type display members 20d, 20e and 20f are provided inside the opening 9 '.
Three are arranged in parallel corresponding to 19e and 19f.
7-segment digital display type display members 20d, 20
The numerals e and 20f always display the numbers 1 to 9 at high speed. Then, when the hit ball flowing down in the game section 3 wins the specific winning openings 5 and 6, the electric control device 21 performs 3 by a signal from the specific winning detectors 7 and 8 of the specific winning openings.
The conversion display of the one display member 20d, 20e, 20f is stopped.

At this time, the three display members 20d, 20
e, numbers one display member of the 20f is set in advance, for example for continuous display "7", Repetitive winning opening corresponding to the display member is adapted to function as a continuation winning opening
Ri returns continue gaming state are assumed to be Okoshisei. Other structures are all SANYO analogous to the described embodiment,
Repeated continuous game state detection control means similar control
Is done.

In this embodiment , the conversion display time of each display member does not necessarily have to be the same. For example, in the above-described embodiment, the time during which the second display member 20b in the center is lit is defined as the first and third display members 20a, 20
The first counter 39 is set so as to be longer than the time that c is lit. By setting in this way, when a hit ball enters the specific winning openings 5 and 6 and any one of the display members is continuously lit, the probability that the second display member 20b in the center is lit is increased and the second display member in the center is lit. You may make it the probability that the winning a prize mouth 19b functions as a continuous winning a prize mouth. Similarly, it is possible to appropriately set the probability that the left winning opening 19a functions as a continuous winning opening, or the right winning opening 19c functions as a continuous winning opening.

[0043]

According to the present invention as described above, according to the present invention, Repetitive
The display means of the continuous return game state detection control means
A visual table showing the effective detection period of winning ball hits by the prize hole detection means
By showing, the effective period of the hit ball related to the continuous winning hole
The player can clearly recognize and play the game with peace of mind.
it can. In addition, the presence of a repeat continuous game state detection control means
Effectiveness detection period The timekeeping means is effective period based on the operation command signal
By measuring the time,
The display operation of the display means is continuously performed, which causes fluctuation.
Second state conversion operation of the winning device and repeated continuous game state detection
Due to the synergistic action with the display operation by the display means of the output control means
Therefore, the visual sense in the game performed using the variable winning device.
Period of inflow of winning ball to continuous winning hole
A useful pachinko machine that can enhance the long-awaited feeling and the realism of the game
Can be

[Brief description of drawings]

FIG. 1 is a front view of a game board.

FIG. 2 is a perspective view of the special variation winning device in a first state.

FIG. 3 is a perspective view of the special variation winning device in a second state.

FIG. 4 is a front view of a first state of the special variation winning device.

FIG. 5 is a sectional view of a special variation winning device.

FIG. 6 is a block diagram of an electric control device.

FIG. 7 is a timing chart of a second counter.

FIG. 8 is a front view of another embodiment of the special variation winning device.

[Explanation of symbols] 4 special variation winning device 19a winning opening 19b winning opening 19c winning opening 20a display member 20b displaying member 20c displaying member 35a continuous winning detector 35b continuous winning detector 35c continuous winning detector 39 1st counter 40a 1st Driver 40b Second driver 40c Third driver 51 Third flip-flop 62 Third oscillator 63 Third counter

Claims (1)

[Claims] 1. A game section surrounded by guide rails is formed on the surface of a game board, and a mounting board mounted on the surface of the game board and a pair of movable wings axially mounted on the surface of the mounting board are formed in the game section. A piece and a movable wing piece that rotates and does not accept a hit ball
The electric drive source that converts the state into the second state in which the ball is easily received, and the ball hit by the movable wing located below the movable wing can flow in, and the continuous detector detects when the ball rushes. A special variable winning device having at least a plurality of winning openings for detecting hit balls and a display member capable of converting and displaying the indications for specifying these winning openings is arranged, and the incoming hit balls are detected by a specific winning detector. A special winning opening for converting the special variation winning device from the first state to the second state is provided, and the conversion display of the display member is stopped on the back side of the game board by a signal from the specific winning detector. The winning port corresponding to the display displayed at this time functions as a continuous winning port, and an electrical control device that changes the state of receiving the ball of the special variable winning device is installed, and when the ball enters the continuous winning port, the special variable winning Pinball machine, characterized in that the stop condition preset the state of location has to be converted to the second state until satisfied.