JPH0569554B2 - - Google Patents

Description

[Detailed Description of the Invention] <Industrial Application Field> The present invention can be converted into a first state in which the movable member is closed and game balls are not allowed to win, and a second state in which the movable member is opened and game balls are allowed to win. A pachinko machine comprising a special winning opening means, an auxiliary gaming means capable of generating a right to put the opening/closing means of the special winning opening means into a driving standby state, and a special conversion winning opening which commands the opening/closing means in the driving standby state to be driven. In particular, it relates to improvements in auxiliary gaming means.

<Prior Art> Conventionally, a game machine has been equipped with the above-mentioned special winning opening means, auxiliary gaming means, and special conversion winning opening, and provided that the opening/closing means of the special winning opening means is in a drive standby state.
A pachinko machine that converts the special winning hole means to the second state based on preset regulations when a game ball enters the special conversion winning hole is a so-called third-class pachinko machine, for example, 58−
No. 146376, and also published in Japanese Unexamined Patent Publication No. 146376 by the applicant of the present application.
It is known from Publication No.-115070.

<Problems to be Solved by the Invention> However, the above-mentioned conventional pachinko machine does not allow the flow of game balls into the auxiliary game area of the auxiliary game means that can generate the "right to put the opening/closing means in a driving standby state." Since there are a large number of entrances (4 to 5) on the board, it is not possible to specify the target location of the shot ball, and the game content becomes complicated, making it difficult for the player to concentrate on the game, and furthermore, the game itself becomes difficult. There were complaints that it was difficult to understand. In addition, in the case of this so-called third-class pachinko machine, once the "right to put the opening/closing means in the drive standby state" is generated in the game, every time a game ball is placed in the special conversion winning opening, the special winning opening will be closed. Since the means can be sequentially and repeatedly converted to the second state, the player can win a large amount of prize balls. Therefore, on the game parlor side, the adjustment of the nails for the inlet of this auxiliary gaming area will inevitably be reflected in the operating profit, and the difficulty and trouble of adjusting the nails due to the large number of inlets will be reflected. It was hot.

The present invention has been proposed in view of the above, and by having the player specify the target location of the shot and hit ball, the player can concentrate on the game and can increase the interest of the game by providing easy-to-understand game content. To provide a Pachinko machine equipped with a practical auxiliary game means that allows a parlor to easily set a target operating profit without spending much time on very complicated nail adjustments.

<Means for solving the problems> The present invention solves the above problems, and includes:
A first state is provided in the gaming area 11 in which a movable member (for example, the door plate 43) is closed to prevent a game ball from winning, and a second state is provided in which the movable member is opened to allow a game ball to enter a prize.
a special winning a prize opening means 41 that can be converted into a state, an opening/closing means (for example, a solenoid 47, etc.) that converts and controls the movable member of the special winning opening means, and an auxiliary that can generate the right to put the opening/closing means into a drive standby state. Gaming means (e.g. auxiliary gaming means 12)
etc.), and a special conversion prize opening 64, 64 which is provided within the gaming area and which commands the opening/closing means in a drive standby state based on the winning of a game ball, the above-mentioned auxiliary gaming means. a recessed chamber 23 having an opening formed in the mounting board 13;
A peripheral wall (e.g., second armor portion 17, blocking plate 3
9, 39, etc.), and a specific winning area (for example, a specific winning area), which is provided in a predetermined part of the peripheral wall and through which one game ball that can flow into the auxiliary gaming area passes. 19), and a special detection means (for example, a special detector 54) for detecting game balls that flow in from the specific winning area and can generate the right to put the opening/closing means into a drive standby state.
etc.).

<Function> The player plays the game with the aim of generating "the right to put the opening/closing means into a driving standby state" using the auxiliary gaming means. After this right is generated, each time the special winning hole means converts into a second state advantageous for the player based on preset rules based on winning game balls one after another into the special conversion winning hole. Therefore, the game balls can be easily entered into the special winning slot means, and the player can win a large amount of prize balls. Since the auxiliary game means has only one specific winning area in a predetermined part where one game ball passes through the auxiliary game area, the target location of the shot ball can be specified fairly for all players. At the same time, the players can concentrate on the game content and feel safe because it is easy to understand and the game becomes more interesting than ever. Furthermore, on the game parlor side, the adjustment of the nails for the inlet of the auxiliary game area can be greatly simplified. Operating profit can be set.

<Example> An example of the present invention will be described below based on the drawings.

The pachinko machine 1 shown in FIG. 1 is a so-called separate pachinko machine in which the game board 2 is replaceable, and
A frame-shaped game board storage frame 5 is provided on the back side of a picture frame-like front frame 4 which is pivotably supported so as to be openable and closable, and the game board 2 stored inside the game board storage frame 5 can be attached and detached using locking tools 6... The back mechanism plate 8 is fixedly fixed and is provided on the back side of the game board storage frame 5 so as to be openable and closable. When the game board 2 is closed, the front surface of the back mechanism board 8 faces the back surface of the game board 2.

Therefore, by opening the back mechanism plate 8 and removing the locking tools 6, only the game board 2 can be taken out and replaced.

The game board 2 is made by pasting plastic sheet-like cells on the surface of plywood, and on the surface are an outer partition plate 9 and an inner partition plate 10 made of steel strips curved into an arc shape.
Both partition plates 9, 1 are fixed in a substantially circular shape.
A gaming area 11 surrounded by 0 is formed, and flat mounting portions 2' of a predetermined width are formed on the left, right and upper edges. Then, this mounting part 2'... and the inner and outer partition plates 9,
A display member etc. is provided in the area between 10 and 10, and
Numerous obstacle nails are planted in a game area 11 surrounded by inner and outer partition plates 9 and 10, and an auxiliary game means 12 is arranged approximately in the center.

The auxiliary gaming means 12 shown in the drawing has a general prize opening 15 with a U-shaped cross section projecting above the central opening 14 of a mounting board 13 attached to the surface of the game board 2, and a loose circular prize opening 15 below the general prize opening 15. Arc-shaped eave-shaped first armor part 1
6 and a second armor part 17 are provided protrudingly at a vertical interval that allows the game ball to pass through, and the top of the first armor part 16 is provided with a guiding recess 1 whose bottom surface is slightly inclined downward toward the mounting board 13 side.
8, a specific prize opening 19 is opened at the top of the second armor part 17, and a small recessed chamber 20 is provided on the back surface of the mounting board 13 on which the first armor part 16 is arranged. Therefore, if the game ball that has flown down onto the first armor part 16 is lucky enough to fall into the guiding recess 18, this game ball enters the small recess chamber 20 through the introduction port 21 opened in the mounting board 13, and enters the first armor part 16. The balls flow out to the front side of the mounting board 13 from the outlet 22 opened between the part 16 and the second armor part 17, and the lucky game balls flow into the recessed chamber 23, which will be described later, from the specific prize opening 19. In addition, specific winning opening 19
The opening width d is about 11 to 13 mm, which allows one game ball to pass through. Then, if the width of the outlet 22 is appropriately set with respect to the opening width d of the specific winning opening 19,
The game ball that flowed out from the outlet 22 enters the specific winning hole 19
The probability of entering can be set as appropriate. That is, the wider the width of the outlet 22 is than the width d of the specific winning opening 19, the lower the probability of entering the specific winning opening 19, and vice versa, the higher the probability of entering the specific winning opening 19. In addition, if the width of the introduction port 21 through which the game balls on the first armor part 16 flow into the small concave chamber 20 is widened, the number of game balls flowing out toward the specific winning hole 19 will increase, and if it is reversed, the number will decrease. do. Therefore, if the opening width of the inlet 21 is set appropriately,
The rate of game balls guided from the top of the first armor part 16 to the outlet 22 and flowing out toward the specific winning hole 19 can be set as appropriate.

In addition, although the specific prize opening 19 was constructed by cutting out the plastic second armor part 17,
It may also be configured by connecting nails protruding from the mounting board 13.

As in the above embodiment, by configuring a part of the specific winning channel 62 with the first armor part 16 and the second armor part 17, the flow direction is changed multiple times, thereby lengthening the flow time and winning a prize. can increase expectations for

Further, a concave chamber 23 is provided on the back surface of the above-mentioned mounting board 13 so as to close the central opening 14 from the back side, and a decorative body 24 imitating a rider is provided in the concave chamber 23.
At the same time, a guiding means 25 is provided to support the decorative body 24. Note that a part of the upper surface and side surfaces of the concave chamber 23 are composed of lens plates 26 that are translucent and have a large number of grooves, and each lens plate 2
A light emitting source 27 such as a lamp is provided outside the lens plate 6 so that the inside of the concave chamber 23 can be illuminated by light diffusely reflected through the lens plate 26.

The guide means 25 shown in the drawings is in the form of a shelf with a front end portion having an upright portion 28 protruding forward from the central opening 14 and a rear portion inclined slightly downward toward the back of the recessed chamber 23. A guide part 30 resembling a tire is rotatably supported by a support shaft 31 in a through part 29 opened at the center in the width direction. The guiding part 30 is a hollow cylindrical body with a part cut out to form a spherical inlet 32, and is rotated by driving of a driving source to be described later. Further, below the guiding means 25, a ball flow lower plate 33 constituting the bottom of the concave chamber 23 is provided in a downwardly inclined state toward the front, and each small hole formed in two rows in the ball flow lower plate 33 is provided. A light emitting source 34 such as a light emitting diode etc. is arranged to face each of them. A sorting means 35 is provided at the inclined lower end of the ball flow lower plate 33.

The sorting means 35 has three ball winning holes partitioned by partition plates 36, 36 arranged side by side in a state of protruding from the surface of the mounting board 13, and the center ball winning hole is connected to the special winning hole 37 and the right and left Ball winning hole to general winning hole 3
It is listed as 8,38.

Further, on the upper left and right sides of the sorting means 35, there are blocking plates 39 that protrude from the surface of the mounting board 13 in order to prevent game balls from directly flowing in from the gaming area 11.
39, and the upper ends of the blocking plates 39, 39 are connected to the inclined lower end of the second armor portion 17 described above. Therefore, the central opening 14 of the recessed chamber 23 is connected to the second armor portion 1.
7. Left and right blocking plates 39, 39, and sorting means 35
Surrounded by the special prize opening 19 of the second armor part 17
Only game balls that have passed through can flow into the concave chamber 23.
In the embodiment of the drawings, the blocking plates 39, 39, the first
A front decorative plate 4 is provided on the front edge of the armor portion 16 and the second armor portion 17.
0 to enhance the decorative effect. In addition, this front decorative board 40 can be opened with a window 40'.
The game balls rolling on the armor part 16 and the second armor part 17 or passing through the special winning hole 19 may be visible, or the entire game ball may be made of a translucent material such as transparent plastic. Good too.

Further, the auxiliary gaming means 12 shown in the drawings has special winning a prize opening means 41 integrally provided on the left and right sides of the central opening 14. The special prize opening means 41 is mounted on the mounting board 1
Ball passage opening 4 opened on the left and right extensions of 3.
2, a door plate 43 is attached to the shaft 44 so that it can be opened and closed;
The acting member 4 is attached to the passive member 45 extending from the door plate 43.
6 is locked, and the tip portion of an operating lever 48, which rotates by the operation of a solenoid 47, faces the operating member 46 from above. Therefore, when the solenoid 47 is demagnetized, the special winning opening means 41 is activated by the biasing force of the spring 49.
8 presses the acting member 46 downward, and the tip of the acting member 46 presses the tip of the passive member 45 to raise the door plate 43, and the door plate 43 closes the ball passage opening 42. The first state in which no game balls are allowed to win is maintained. On the other hand, when the solenoid 47 is energized, the tip of the operating lever 48 rises against the bias of the spring 49, so that the operating member 46 is rotatably released. As a result, the door plate 43 rotates forward due to its own weight, changing to the second state in which the ball passage opening 42 is opened. Note that the door plate 43 is
When converted to the second state, the end of the fan-shaped side guard 50 provided on the side of the door plate 43 comes into contact with the surface of the mounting board 13, so that it is tilted slightly downward toward the ball passage opening 42. Stop. Therefore, the above-mentioned special winning a prize opening means 41 is the second one in which the door plate 43 rotates forward to open the ball passage opening 42.
When converted into a state, it becomes a state where it is easy to accept the game ball that has flown down. It should be noted that the left and right special winning a prize opening means 41 have the same structure except that the mounting positions are different.

Further, on the back side of the mounting board 13, as shown in FIG. 3, a right back board 51 and a left back board 52 are attached.

The right back board 51 is the special prize opening 3 of the sorting means 35.
A special detector 54 is provided in the flow path 53 communicating with the special winning port means 41 on the right side, and a counting detector 56 is provided in the flow path 55 communicating with the right special winning port means 41 on the back side. A solenoid 47 is attached to drive the auxiliary game means 1, and by engaging a locking protrusion 57 protruding from the back surface of the mounting board 13 of the auxiliary game means 12 into a locking hole 58, the auxiliary game means 1
It is designed so that it can be installed in two predetermined positions. Therefore, when the right back board 51 is attached to the back side of the auxiliary gaming means 12, the flow path 53 and the flow path 55 are connected to the special winning opening 37 and the special winning opening means 41 on the right side, respectively, and the operating lever 48 is The tip is special prize opening means 4
It is located at a predetermined position above the first operating member 46.

On the other hand, on the left back board left 52, a counting detector 56 is provided in a flow path 58 communicating with the special winning opening means 41 on the left side of the auxiliary gaming means 12, and on the back side there is a guiding section 30.
A drive source 59 such as a geared motor that rotationally drives the
A solenoid 47 is installed to drive the left special prize opening means 41. Therefore, when the locking protrusion 57 on the back side of the mounting board 13 is fitted into the locking hole 58 on the left back board left 52 and the left back board left 52 is attached to a predetermined position on the back side of the auxiliary gaming means 12, the flow path is closed. 55 communicates with the special winning opening means 41 on the left side, and the operating lever 4
8 is located above the action member 46, and
The leading end of the gear train 60 of the drive source 59 meshes with the gear 61 of the support shaft 31 of the guide section 30 .

In this embodiment, the auxiliary game means 12 having the above-mentioned configuration is provided approximately in the center of the game area 11, while a plurality of obstacle nails are planted in the game area 11, as shown in FIG. In addition, by providing the eaves-shaped first armor part 16 and second armor part 17, a specific prize winning channel 62 that guides the game ball flowing down within the gaming area 11 toward the specific winning opening 19 is formed. At the same time, a special winning channel 63 for guiding game balls to the special winning opening means 41 is formed. In addition, there are special conversion prize openings 6 on the left and right at the bottom of the gaming area 11.
4, 64 are provided above each special conversion winning hole 64, and a special winning action flow path 65 is formed above each special conversion winning hole 64 to guide the game ball to the special conversion winning hole. A special conversion winning detector 66 for detecting winning game balls is placed on the road. Note that the pachinko machine 1 according to the present invention includes the above-described detectors 54, 56, 66, the solenoid 47,
The drive sources 59 and the like are each electrically connected to an electric control device 67 provided as a control means on the back side of the game board 2, and the game is progressed under the control of the electric control device 67. .

The game played in the pachinko machine 1 will be explained below.

The player operates the firing operation section 68 on the front of the pachinko machine 1 to activate the ball firing section 69,
When one game ball in the supply tray 70 is fired into the game area 11, the game ball that enters the game area 11 hits an obstacle nail and flows down.

In the first control state in which no special game state occurs, the guide section 30 is rotated by the driving of the drive source 59, and the light emitting diode 3 provided on the ball flow lower plate 33 is rotated.
4... blink slowly and sequentially from the top to the bottom. In addition, in this first control state, the special winning a prize opening means 41 remains closed.

Then, the first specific winning channel 6 on the first armor part 16
The game ball passing through 2a enters the small concave chamber 20 from the introduction port 21.
When the lucky game ball flows out from the outlet 22 toward the specific winning opening 19 through the inside, the lucky game ball enters the specific winning opening 19.
It falls through the guiding means 25 and enters the recessed chamber 23. On the other hand, game balls that flow out of the outlet 22 but are unlucky not to enter the specific winning hole 19 flow down due to the downward slope of the upper surface of the second armor part 17 and return to the game area 11 again. In addition, the first armor part 16 and the second armor part 1
When a game ball flows into the second specific winning channel 62b between 7 and 7, the lucky gaming ball flows into the concave chamber 23 from the specific winning opening 19, but the unlucky gaming ball flows into the specific winning opening 19. Before reaching , run backwards to play area 1.
1 or return to the gaming area 11 from the second specific winning channel 62b on the opposite side passing through the specific winning opening 19. In this way, the game ball enters the specific winning channel 6.
Just because it's in 2 doesn't necessarily mean it's a specific winning opening 1.
9 does not flow into the recessed chamber 23. Also,
Since the game ball rolling on the first armor part 16 and the second armor part 17 moves relatively slowly, it takes a long time for the ball to stay in the flow until it is decided whether or not it will enter the specific winning hole 19, during which time the player can make a profit. You can have a sense of expectation of acquisition. Therefore, these can further enhance the interest of the game.

As mentioned above, specific winning opening 1 of the auxiliary gaming means
As a general rule, the game balls that enter 9 are those that have passed through the specific winning channel 62. Therefore, specific winning opening 1
When firing a game ball to win a 9,
What is necessary is to perform a firing operation aiming at the range passing through the specific prize winning channel 62.

The game ball that entered the specific winning hole 19 is guided by the guiding means 2
5, but there is a standing portion 2 at the tip of the guiding means 25.
8 stands up, preventing the fallen game ball from bouncing back toward the glass. Guiding means 25
Since the upper surface of the guiding means 25 is slightly sloped downward, the game ball that has fallen upward slowly rolls toward the back of the recessed chamber 23 due to this slope, and the ball is released from the inclined lower end of the guiding means 25. It falls onto the falling board 33.
The game ball that fell onto the ball flow lower plate 33
The separation means 3 rolls forward due to the inclination of the separation means 3.
The game ball enters the special winning hole 37 or the general winning hole 38 of No. 5, flows out to the back side of the game board 2 and becomes a winning ball, and this winning ball activates a prize ball ejecting device (not shown) to play the pachinko machine. Ball supply tray 70 on the front of machine 1
A predetermined number of prize balls are ejected.

On the other hand, when the ball inlet 32 of the rotating guide section 30 is open facing the penetration part 29 of the guide means 25 as shown in FIG. 5, the game ball luckily falls onto the guide means 25. When this game ball enters the guide section 30 from the ball entrance 32, the game ball enters the guide section 3
As shown in FIG. 6, when the ball inlet 32 faces downward, the ball falls from the ball inlet 32 onto the lower ball flow plate 33. Since this game ball falls almost at the center of the ball flow lower plate 33 and falls silently, it flows down almost the center of the ball flow lower plate 33 and enters the special winning hole 37 with a high probability. Therefore, the probability of guiding game balls flowing in from the specific winning channel 62 to the special winning opening 37 can be determined by appropriately setting the size of the ball entrance 32 of the guiding section 30, or by adjusting the size of the ball entrance 32 of the guiding section 3
By appropriately adjusting the rotation speed of 0 and adjusting the ease with which game balls enter from the ball entrance 32, the setting can be made within a range that can be predicted by the staff at the pachinko parlor. In this way, the guiding means 25 has the function of auxiliary guiding the downward direction of the game balls flowing in from the specific prize winning channel 62 at a value close to a predetermined rate.
The game ball that enters the guiding part 30 will definitely enter the special winning hole 3.
7, and there is also a possibility that a game ball that has flown down without entering the guide section 30 may enter the special prize opening 37, so it is possible to always make the player feel the expectation of winning a profit, and to implement it. In the example, the game balls slowly roll backwards according to the gentle inclination of the guide means 25, and the ball flow lower plate 33 changes the direction of the ball to flow down to the sorting means 35, so that it is more convenient for the player. It can create a great sense of expectation.

When a game ball enters the special prize opening 37, the game ball flows down the channel 53, activates the special detector 54, and then flows out to the back side of the game board 2 as a winning ball. Therefore, the prize ball discharging device discharges the prize balls into the ball supply tray 63 using the winning balls. Further, when the special detector 54 detects a game ball, the electric control device 67 converts it into a special game state based on the signal from the special detector 54.

The special game state in the embodiment is indicated by the special detector 5.
4 is converted from the first control state to the second control state on the condition that the game ball is detected, and from the second control state in which the special conversion prize detector 66 of the special conversion prize opening 64 can effectively detect the game ball. , the third one in which the special winning opening means 41 opens and the game ball can be won on condition that the special conversion winning detector 66 detects the game ball.
Convert to control state, convert to third control state, and then
The stop condition is satisfied when either 10 seconds elapse or 10 game balls are won, and until this stop condition is substantially satisfied, for example, 8 times,
That is, if one cycle is defined as 10 seconds elapse after the special winning opening means 41 is opened or until 10 game balls are entered during that period, the game can be played repeatedly up to 8 cycles in practice. In addition, when a game ball enters the special conversion prize opening 64 and the special conversion prize detector 66 detects the game ball, the above cycle is updated each time, but in the special game state, the game ball enters the special conversion prize of the auxiliary gaming means 12. When a prize is won in the winning hole 37, the special game state is ended at that point regardless of the number of remaining cycles.
Furthermore, in this embodiment, when eight game balls are won in the special conversion winning hole 64, the special game state is ended at that point regardless of the effective number of cycle updates. However, if the number of cycles remains, the game can be played in the third control state only once, apart from updating the cycle.

Furthermore, in this embodiment, in order to make the player aware of the conversion of the control state, when the control state is changed to the second control state, the light emitting diode 34 of the auxiliary gaming means 12...
blinks faster than in the first control state, and the light emitting source 27 provided in the recessed chamber 23 of the auxiliary game means 12..., the lamp display section 71 provided at the upper end of the game board 2, and the left and right side of the game area 11. The lamp indicators 72, 72 provided in the special winning a prize opening means 41 and the light emitting diodes 34 are blinked or turned on when the control state is changed to the third control state.

In the second control state in which the lamps 71, 72, etc. are blinking or lit, the game ball enters the special conversion winning hole 64 through the special winning action channel 65, and the special conversion winning detector 66 detects the corresponding winning prize. When a game ball is detected and a signal is transmitted to the electric control device 67, the electric control device 67 energizes the solenoids 47, 47, and converts the special winning opening means 41, 41 into a second state in which the game ball can win. do. The game ball that entered the special conversion prize opening 64 flows out to the back side of the game board 2 and becomes a winning ball, which activates the prize ball discharge device.

When the special winning opening means 41 opens and converts to the third control state of the first cycle, all of the light emitting diodes 34 of the auxiliary gaming means 12 blink at the same time, and the lamps 73, 73 of the special winning opening means 41 blink or lights up to visually indicate to the player that the state has been changed to the third control state. In this third control state, as described above, the game ball enters the special winning hole 37.
If the game ball enters the special conversion prize hole 37 or the special conversion prize hole 64, the special game state up to that point will end, and even if the game balls enter the special conversion prize hole 64 one after another and the cycle is updated, it will be a loss. Be careful not to enter the game ball, and aim the game ball at the special winning channel 63 so that it enters the special winning opening means 41 as much as possible. The fired game ball enters the special winning channel 63
When passing through, most of these game balls flow down onto the door plate 43, these game balls enter the channels 55 and 58 through the ball passage opening 42, and after activating the counting detector 56, the game board The ball flows out to the back side of 2 and becomes the winning ball. When the counting detector 56 detects a game ball, it transmits a count signal to the electrical control device 67. Then, after the electric control device 67 counts 10 winning balls or converts to the third control state, 10
When the stop condition is satisfied after the second period has elapsed, the electric control device 67 demagnetizes the solenoids 47 and 1.
The cycle ends and returns to the second control state.

Then, when the game ball enters the special conversion winning hole 64 in the restored second control state and the special conversion winning detector 66 transmits a signal to the electrical control device 67, the electrical control device 67 activates the special winning hole means 41 again. It is converted to the second state and updated in the second cycle.

In this way, when a game ball enters the special winning hole 37 of the auxiliary gaming means 12 and a special game state is started, a cycle is updated every time a game ball enters the special conversion winning hole 64, for example, up to 8 cycles. will be updated until. However, if a game ball enters the special winning hole 37 of the auxiliary gaming means 12 again, or if eight game balls enter the special conversion winning hole 64,
Regardless of the number of cycle updates (8 times), the special game state is terminated under the special game state termination conditions at that time (10 pieces or 10 seconds), and the first control state is returned.

In addition, the digital type 1 provided at the upper left corner of the game board 2
The display means 74 displays the cycle update number, and a digital second display means 75 also provided at the upper left end of the game board 2.
The number of winning balls entered into the special winning opening means 41 is determined by the game board 2.
The number of winning balls into the special conversion winning hole 64 is visually displayed on a digital third display means 76 provided at the upper right end of the ball.

Next, the electric control device 67 that operates the auxiliary gaming means 12 as described above will be explained. In addition,
For convenience of explanation, signals are expressed as H level "H" and L level "L".

The embodiment of the electrical control device 67 shown in FIG.
The special detector 54 of the auxiliary gaming means 12 is connected to the input side of the first D flip-flop 77 via the waveform shaping circuit 78, the inverted Q output side of the first D flip-flop 77 is connected to the D input side, and the Q output side is connected to the input side of the first D flip-flop 77. 1
It is connected to the sound effect generator 79 and the light emitting source controller 80, and is also connected to the other input side of a first AND gate 82 which has one input as the output of the oscillator 81. Therefore, when the first D flip-flop 77 is reset, the inverted Q output becomes "H", and this "H" is input to the D input.

When a game ball enters the special prize opening 37 of the auxiliary gaming means 12 in this state, the special detector 54 detects this game ball and sends an "H" signal to the input side of the first D flip-flop 77. 1D flip-flop 7
7 outputs the same signal as the D input side from the Q output side, that is, the "H" signal from the inverted Q output when receiving this "H". This output is transmitted to the first sound effect generator 79
is activated to generate a sound effect from the speaker 83, and the light source controller 80 is activated to generate a sound effect from the speaker 83.
At the same time, the light emitting diodes 34... of the auxiliary gaming means 12 are changed to fast blinking movements, and the light emitting sources 27... provided in the recessed chamber 23 of the auxiliary gaming means 12 and the lamp display section 71 provided at the upper end of the game board 2 are tuned to the output of the oscillator 81. and blinks to notify the player that the state has been changed to the second control state. Further, the "H" output of the 1D flip-flop 77 is sent to one input side of the second AND gate 84 to enable the special conversion winning detector 66 to detect the game ball that entered the special conversion winning hole 64. .

Therefore, in this state, the game ball enters the special conversion winning hole 64, and the signal from the special conversion winning detector 66 that detected this game ball is sent to the other input side of the second AND gate 84 via the waveform shaping circuit 85. When the second AND gate 84 is input, the AND of the second AND gate 84 is obtained and
A count signal "H" is sent to the input side of the counter 86. The first counter 86 counts and stores the number of game balls that have entered the special conversion prize opening 64, and displays the stored contents on the third display means 7 via the first decoder 87.
6 is visually displayed. Q0 to Q of the first counter 86
One input side of the comparator 88 is connected to the third output, and the other input side of the comparator 88 is connected to the second output.
It is connected to the Q0 to Q3 outputs of the counter 89, and the output side of the comparator 88 is connected to one input side of the third AND gate 91 via the first OR gate 90. The output side of the third AND gate 91 is connected to the input side of the second D flip-flop 92, and the third AND gate 91 has an output side connected to the input side of the second D flip-flop 92.
The inverted Q output of flip-flop 92 is used as one input, and the output of fourth AND gate 93 is used as the other input. And the 2D flip-flop 92
The inverted Q output of is “H”, and this “H” is the fourth
The signal "H" is supplied to one input side of the AND gate 93, and "H" is supplied to the other input side via the delay circuit 94. The comparator 88 compares the output of the first counter 86 and the output of the second counter 89, and if the stored value of the first counter 86 is larger than the stored value of the second counter 89, the comparator 88 outputs "H" to the third AND gate 91. to one input side of the . Therefore, an AND is performed with "H" from the fourth AND gate 93, and "H" is sent to the input side of the second D flip-flop 92 to set the flip-flop.
The 2D flip-flop 92 connects the Q output side to the second counter 89 via the differentiating circuit 95, and also connects the solenoid 47 via the driver 96, the lamp 73 via the fifth AND gate 97, and the second counter 89 via the differential circuit 95.
It is connected to the sound effect generator 98 and the light source controller 80, respectively. Therefore, when the second D flip-flop 92 is set, the Q output becomes "H",
This “H” activates the second sound effect generator 98 to generate a different sound effect from the speaker 83, and at the same time, the light source controller 80 activates the light emitting diode 3.
4. Make all of... blink at the same time. Simultaneously with these operations, the solenoid 47 is energized by "H" from the 2D flip-flop 92, converting the special winning opening means 41 to the second state in which game balls can be won, and the first cycle is started.

When the special winning a prize opening means 41 is changed to the second state in this way, the second state is maintained until the stop condition is satisfied, and the game ball is made into a winning state. In this embodiment, either the number of winning balls set in the third counter 99 that counts and inputs the signal from the counting detector 56 of the special winning opening means 41 or the time set in the timer 100 is satisfied. When the special winning opening means 41 is changed from the second state to the first state
state, and the cycle is ended. That is, the output side of a timer 100 set to a maximum cycle duration of 10 seconds is connected to one input side of a second OR gate 102 via a differentiating circuit 101, and the output side of the second OR gate 102 is connected to a second OR gate 102.
Connect to the reset input side of flip-flop 92. In addition, the Q1 output side of the third counter 99 and the Q3
The output side of each sixth AND gate 103 is connected to each input side of the sixth AND gate 103, and the output side of each sixth AND gate 103 is connected to the other input side of the second OR gate 102 described above.

Therefore, the game balls enter the special prize opening means 41 one after another, and the counting detectors 56, 56 detect these game balls one by one, and the third counter 99 sends a message to the third counter 99 via the waveform shaping circuit 104. When you send the “H” signal,
The counter 99 counts the number of winning balls one by one, and
0 to Q3 outputs are sequentially converted. Therefore, the number of prizes won in the cycle can be digitally displayed on the second display means 75 connected to Q0 to Q3 of the counter 99 via the second decoder 105.
When 10 game balls win in the special winning opening means 41, the Q0 output of the third counter 99 becomes "L",
The Q1 output is "H", the Q2 output is "L", and the Q3 output is "H", that is, "10", and the second OR gate 102
An "H" signal is sent to the reset input side of the second D flip-flop 92 through the reset input terminal 92, thereby resetting the second D flip-flop 92 and completing the first cycle.

On the other hand, when the set time of 10 seconds of the timer 100 elapses before 10 game balls enter the special winning opening means 41, the "H" signal from the timer 100 is sent via the second blue gate 102 to reset the 2D flip-flop 92. It is sent to the input side, and the second D flip-flop 92 is reset regardless of the number of winnings entered into the special winning opening means 41.

When the 2D flip-flop 92 is reset, the Q output is converted to "L", so each solenoid 47 is demagnetized, and each special prize opening means 41 does not accept any game balls from the second state in which it is easy to accept game balls. Upon returning to the first state, the second counter 89, which counts when the Q output falls, visually displays the number of completed cycles on the first display means 74 via the third decoder 106. Furthermore, when the second counter 89 counts, the output of the first counter 86 becomes the same, so the output of the comparator 88 is converted to "L". Therefore, in this state, the second D flip-flop 92 is not set immediately. Also, when the second D flip-flop 92 is reset, the inverted Q output converts to "H", so
This "H" resets the third counter 99 and also resets the timer 100.

In this state, a game ball enters the special conversion winning hole 64 and the "H" signal from the special conversion winning detector 66 is the first.
When the counter 86 enters, the comparator 88 sends "H" to the third AND gate 91 as before.
The third AND gate 91 is the fourth AND gate 93
The output is used as the other input, and the fourth AND gate 93 continues to output "H" after a slight delay (one second in the embodiment) after the second D flip-flop 92 is reset due to the operation of the delay circuit 94. As soon as "H" and AND are obtained, the 2D flip-flop 92 is set again. Therefore,
The special winning a prize opening means 41 converts to the second state again, and
Updated every cycle. In addition, immediately after the first cycle is completed, "H" is output from the comparator 88.
is sent to the third AND gate 91, the re-excitation of the solenoid is delayed at least by the time set in the delay circuit 94 of the fourth AND gate 93. Therefore, after the door plate 43 of the special winning opening means is completely closed at one end by the biasing force of the spring 49, the solenoid 47 is driven again to convert it to the second state in which it is easy to receive game balls.

In this way, the special winning opening means 41 changes from the second state where it is easy to accept balls every time the stop condition of "10 seconds" set on the timer 100 or "10 pieces" set on the third counter 99 is satisfied. It returns to the first state where it does not accept, and is updated to the next cycle on the condition that a game ball enters the special conversion winning hole 64. And this number of executed cycles is the first
The display means 74 visually displays the information to the player.

The special conversion prize detector 66 continues to detect game balls that have entered the special conversion prize opening 64 while the special game is being played, that is, as long as the 1D flip-flop 77 maintains the set state, and detects the first game ball. A cycle start signal is sent to counter 86. 1st counter 8
6 stores the signal from the special conversion winning detector 66, the second counter 89 stores the number of completed cycles, and the comparator 88 compares both stored contents, so that the stored contents of the first counter 86 are used up. In other words, the comparator 88 outputs "H" until the number of game balls detected by the special conversion winning detector 66 and the number converted into the second state by the special winning opening means 41 match, and the special winning opening means 41 is repeatedly converted to the second state, and the cycle is updated.

If the cycle of the special winning hole means 41 is updated indefinitely as long as game balls continue to enter the special conversion winning hole 64, it will not be a healthy game and will cause great damage to the pachinko parlor. Therefore, it is necessary to limit the profit per special game. Therefore, in this embodiment, the number of game balls entering the special conversion winning hole 64 is limited to 8, and the 8th "H" is sent from the special conversion winning detector 66 to the first counter 86, and the Q3 output is "H". ”, change this “H” to
The 1D flip-flop 77 is reset by sending it to the reset side input of the 1D flip-flop 77. When the first D flip-flop 77 is reset, the Q output converts to "L", so the second
The AND gate 84 remains closed, and the special conversion prize detector 66 is brought into a state in which it does not detect any game ball. Furthermore, when the first D flip-flop 77 is reset, the inverted Q output becomes "H", so this "H" acts as a reset signal for the first counter 86 and second counter 89, and also as a clock signal for the third D flip-flop 107. act. The 3D flip-flop 107 has the output of the comparator 88 connected to the D input side, and the Q output side connected to one input side of the first OR gate 90. Then, the eighth “H” is displayed on the first counter 86.
When “H” is input, the comparator 88 outputs “H”, so the 3D flip-flop 107
When the above clock signal is input to
is sent out from the Q output. Therefore, even if the first D flip-flop 77 is reset, the second D flip-flop 92 is reset by the operation of the third D flip-flop 107. When the 2D flip-flop 92 is set, the solenoid 47 is energized in the same manner as described above, so that the special winning opening means 41 is converted to the second state. Then, when the above-mentioned "10 counts" or "10 seconds" stop condition is satisfied, the 2D flip-flop 92 is reset, so the auxiliary gaming means 41 returns to the first state, and the auxiliary gaming means 12 returns to its initial state. Return to the first control state.

In addition, if the memory of the first counter 86 is "7" and the second counter 89 is "7" and the eighth game ball enters the special conversion winning slot, the memory of the first counter 86 is similar to the above. 1D due to “H” in Q3 of
The flip-flop 77 is reset, and the "H" from the comparator 88 sends out "H" from the Q output of the 3D flip-flop 107, and the solenoid 47 is energized again. Therefore, the special winning a prize opening means 41 will substantially update the cycle up to eight times for each jackpot. In addition,
Even if the 9th game ball enters the special conversion prize opening, one input side of the second AND gate 84 is already "L".
And since the comparator 88 does not send out "H", the special winning a prize opening means 41 will not be opened nine times.

Furthermore, in this embodiment, since the inverted Q output is connected to the D input side of the first D flip-flop 77, when the first D flip-flop 77 is set and a special game is being played, the concave chamber of the auxiliary game means 12 is When the game balls that have entered the slot 23 are sorted into the special winning hole 37, the Q output becomes a signal at the same level as the D input side due to the signal from the special detector 54. That is, when the game balls are sorted into the special winning hole 37 during a special game, the Q output is converted to the inverted Q output "L". Therefore, it has been reset, and the 1D flip-flop 7
The first counter 86 and the second counter 89 are reset by "H" from the inverted Q output side of 7.
End the special gaming state. However, if "H" is sent from the comparator 88 before the first counter 86 and the second counter 89 are reset, that is, the number of game balls stored in the first counter 86 is If the number of cycle executions is greater than the stored number of cycles, when "H" is input from the inverted Q output of the first D flip-flop 77 to the third D flip-flop 107, the "H" of the comparator 88 held on the D input side is sent out to output Q. Therefore, in this case, the special winning a prize opening means 41 converts to the second state only once thereafter.

By doing this, when the right to the special game state is generated and this right is revoked due to re-entering the special winning hole, etc., the memory content of the first counter 86 will be changed from the memory content of the second counter 89. Since the 3D flip-flop 107 can provide a separate profit when the value is large, the player is less likely to be disappointed, and the profit can be balanced with the maximum profit (8 cycles).

In this way, in this embodiment, even if the game balls that enter the auxiliary game means 12 are sorted into special winning holes and acquire the right for a special game that puts the opening/closing means of the special winning hole means into the drive standby state, subsequent winnings will not be possible. The amount of profit varies depending on the aspect. Therefore, after starting the special game, the player must be careful not to let the game ball enter the concave chamber 23 of the auxiliary game means 12.
In addition, first perform the operation of firing the game ball aiming at the special conversion winning hole 64, and once it enters the special conversion winning hole 64, as many game balls as possible enter into the opened special winning hole means 41, 41. Operate the launch to
When the special winning opening means 41, 41 are closed, a firing operation is performed aiming only at the special conversion winning openings 64, 64 in order to update the cycle, and the benefits of the special game are utilized as much as possible.

In this way, before the special game starts, the player performs the shooting operation of the game ball aiming at the specific winning channel 62, and once the special game starts, depending on the progress of the game, the player You can play while changing the aim and enjoy the original fun of pachinko games.

In the above, the door plate 43 corresponds to a movable member,
The solenoid 47 and the like correspond to opening/closing means for converting and controlling the movable members, and the second armor portion 17, blocking plates 39, 39
etc. correspond to a peripheral wall, and the peripheral wall and the concave chamber 23 constitute an auxiliary game area, the specific winning opening 19 corresponds to a specific winning area, and the special detector 54 etc. correspond to special detection means.

In addition, in the above embodiment, the special winning opening means 4
1 is provided integrally with the auxiliary gaming means 12, but the special winning a prize opening means 41 may be provided separately from the auxiliary gaming means 12, such as by placing it in the lower part of the gaming area 11, for example.

Further, although the special conversion winning hole 64 is arranged in the lower part of the gaming area 11 in the above embodiment, the winning hole of the sorting means 35 of the auxiliary gaming means 12 may be used as the special conversion winning hole. In this case, the auxiliary gaming means 1
A special conversion winning detector is installed in the flow path of the back board of 2,
A game ball entering a special conversion prize opening is detected and a signal is sent to an electric control device.

Furthermore, the special detection means that is formed in the auxiliary game area and that detects a game ball that can generate the right to put the opening/closing means into a driving standby state is not limited to that of the above-mentioned embodiments, but may be configured as appropriate. be able to.

<Effects of the Invention> As explained above, according to the present invention, the auxiliary gaming means that can generate the right to put the opening/closing means into the driving standby state has an auxiliary gaming area constituted by a concave chamber and a peripheral wall, and one specific prize winning area. Since the structure is equipped with a special detection means for detecting game balls that flow out from this specific winning area and can generate the above rights, compared to conventional so-called Type 3 Pachinko machines, the target location of the fired ball is completely To provide a Pachinko machine which can fairly identify players, and allows players to concentrate on the game content and gives them a sense of security in an easy-to-understand manner, increasing their interest more than ever before. Furthermore, on the game parlor side, the adjustment of the nails for the inlet of the auxiliary game area can be greatly simplified. This is a practical pachinko machine that allows you to set operating profits.

[Brief explanation of drawings]

The drawings show one embodiment of the present invention; FIG. 1 is an exploded perspective view, FIG. 2 is a front view of the game board, FIG. 3 is a partially exploded perspective view of the auxiliary game means, and FIG. 4 is the auxiliary game device. A sectional view of the gaming means, FIG. 5 is a perspective view of the guiding means in a state where the ball entrance of the guiding section faces the penetrating section,
Fig. 6 is a perspective view of the guiding means in a state where the ball entrance of the guiding part faces downward and the game balls in the guiding part fall onto the ball flow lower plate, Fig. 7 is an exploded perspective view of the special winning opening means, and Fig. 8 The figure is a wiring diagram of the electrical control device. 1 is a pachinko machine, 2 is a game board, 11 is a game area, 12 is an auxiliary game means, 13 is a mounting board, 16
is the first armor part, 17 is the second armor part, 19 is the specific prize opening, 21 is the inlet, 22 is the outlet, 23 is the concave chamber,
25 is a guiding means, 35 is a sorting means, 37 is a special winning opening, 41 is a special winning opening means, 47 is a solenoid, 54 is a special detector, 56 is a counting detector, 6
2 is a specific winning flow path, 63 is a special winning flow path, 64 is a special conversion winning opening, 65 is a special winning flow path, 66
is a special conversion prize detector, 67 is an electrical control device,
68 is a firing operation section, and 69 is a batting ball launching section.

Claims (1)

[Scope of Claims] 1. A special winning system that is provided in the gaming area and can be converted into a first state in which the movable member is closed and game balls are not allowed to win, and a second state in which the movable member is opened and game balls are allowed to win. an opening means, an opening/closing means for converting and controlling the movable member of the special winning opening means, an auxiliary gaming means capable of generating a right to put the opening/closing means into a driving standby state, and an auxiliary gaming means provided in a gaming area, in which a game ball is placed. In a pachinko machine having a special conversion prize opening that commands the opening/closing means in a drive standby state to be driven based on winning, the auxiliary gaming means comprises a recessed chamber having an opening formed in the mounting board, and an opening of the recessed chamber. an auxiliary game area formed by a peripheral wall protruding from the surface of the mounting board in correspondence with the area; and one game ball provided at a predetermined portion of the peripheral wall, through which one game ball can flow into the auxiliary game area. A pachinko machine characterized by comprising: a specific winning area, and special detection means for detecting a game ball flowing from the specific winning area and capable of generating a right to put the opening/closing means into a driving standby state.