JP2585639C - - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION [Industrial Application Field] The present invention relates to a game machine in which the number of prize balls awarded for a winning game ball is different from each other.
A first prize unit and a second prize unit, and an auxiliary game device capable of executing an auxiliary game.
, A ball discharging device capable of discharging a plurality of types of prize balls,
Control means for electrically controlling the second winning section, the auxiliary game device and the ball discharging device.
Related to technology that is effective for use in ballistic game machines. [Prior Art] Pachinko gaming machines, which are one of the ball-and-ball gaming machines, have changed their game content.
In order to add services and improve services to the players, they are called
A variety of electrical assistive gaming devices have been developed. For example, winning a game ball to a specific winning opening (starting winning opening) provided in the game area.
Activates an auxiliary gaming device (eg, a variable display device), and stops after the activation.
As a result, although the incidence is relatively low, there is a specific result mode called so-called jackpot
Prize, the winning opening of the variable prize device etc. is greatly opened and the prize
Pachinko game with an electric auxiliary game device to form an enhanced special game state
Skill machines are known. In addition, at least a control unit for performing game control such as an auxiliary game device and a ball discharging device.
A pachinko game in which a control unit that performs which discharge control is constituted by one control circuit
Machines are known. [Problems to be Solved by the Invention] However, in a pachinko gaming machine equipped with the above-described auxiliary gaming machine,
In order to generate a special game state that the customer is aiming for, the first chance
Of the game ball to the specific winning opening which is the condition for activating the auxiliary gaming device that gives
There must be a prize. In this case, even if the auxiliary gaming machine is activated by winning a specific winning opening, the winning rate is
Is not guaranteed to have a special game state that will greatly improve
The chance is quite high. That being said, the only way to get that chance is to win a specific winning opening.
In this type of pachinko machine, the most desired by the player is
The frequent winning of game balls into the winning opening is high. However, in the conventional pachinko gaming machine, a specific
The same applies to winning a game ball in a winning opening as to winning a game ball in another winning opening.
It was configured to give a number of prize balls. Therefore, if the game store adjusts the nails in the game area to make it easier for the game ball to enter the specific winning opening in response to the request of the player, it is inevitably paid out to the player accordingly.
The number of prize balls increased. In addition, if a special game state occurs in which a large amount of prize balls are paid out,
The problem that the number of prize balls is larger than the number of balls and the loss of the game shop is increased
There was a point. Further, in the case where the game control and the discharge control are constituted by one control circuit,
For example, even if a game control system failure occurs, replace the entire control circuit.
It had to be uneconomical. Further, when both the game system and the discharge system are controlled by one control circuit, the control circuit is controlled.
This places a burden on the road, for example, the CPU, and increases the size of the control circuit itself.
There was a problem that. The present invention has been made in order to solve the above-mentioned problems, and is intended to allow a player and a game store to communicate with each other.
Increasing the number of activations of the auxiliary gaming device while maintaining a profit balance
It is an object of the present invention to provide a ball game machine that can be increased. [Means for Solving the Problems] In the ball game machine according to the present invention, in order to solve the above problems, the number of prize balls awarded for winning a game ball (hit ball) that has been hit is mutually exclusive. Different
First and second winning portions, and an auxiliary game device (eg, a variable display device 4) capable of executing an auxiliary game on a game board.
A ball discharge device that can form and discharge multiple types of prize balls (prize ball discharge device: ball sheath case)
77), the first winning section and the second winning section, the auxiliary game device and the ball discharging device are electrically connected.
And a control means (control device 130) for controlling the ball game machine, wherein the ball discharge device is mounted on the back side of the game board of the ball game machine,
(72) and a guide gutter (73) are arranged on a back mechanism panel formed in a series, and the control means includes a first prize section, a second prize section, and an auxiliary game device.
A game control circuit (game control device 130B) for performing game control, and a ball discharge device
It is separately separated from a discharge control circuit (a prize ball discharge system control device 130A) for performing discharge control, and the discharge control circuit is arranged on the back mechanism panel side, and the game control circuit is
The game control circuit and the discharge control circuit are arranged on the game board or the back mechanism board.
The first prize unit detects a received game ball and detects an auxiliary game of the auxiliary game device.
As a starting winning opening (special winning opening 8) for starting
The winning section of No. 2 is predetermined when the above-mentioned auxiliary game device has a specific game mode.
The variable winning device (5), which is controlled to be released based on the rules, is set.
Is set to be smaller than the number of prize balls awarded for winning. [Operation] According to the present invention, a start winning port for starting an auxiliary game of the auxiliary game device is provided.
It is set as the first winning section with a small number of prize balls, and the auxiliary game device is set to a specific game mode.
The variable winning device that is controlled to be opened based on a predetermined rule when the
By setting it as a winning section, the winning rate of game balls to the starting winning opening will increase
By adjusting the nails in the game area, the number of auxiliary games on the auxiliary gaming device will increase.
Even so, by giving a small number of prize balls to the winning balls in the starting winning opening,
The loss of the technician will not increase, and the player will not be able to
The number of operations increases, raising expectations for the occurrence of special gaming conditions,
The taste can be improved. Also, in a state where the game control circuit and the discharge control circuit are separately separated from each other,
By providing it at a predetermined position on the back side of the game machine, the game
Only the technique control circuit needs to be replaced.
Easy maintenance and economical circuit configuration because only the control circuit needs to be replaced
It can be. When the game control system and the emission control system are configured by a single control circuit
The game control circuit and the discharge control circuit can be
It can be separately provided at a predetermined portion on the back side of the gaming machine. [Embodiment] FIG. 2 shows an example of a front configuration of a pachinko gaming machine to which the present invention is applied.
On the front surface of the game board 1, a guide rail 3 for guiding a hit ball fired by a hit ball firing device 2 driven by a lower operation dial 2a to an upper portion of the game board 1 is provided.
The game is played in the space surrounded by the guide rail 3 and the glass plate on the front of the game board 1.
An area is provided. And in the center of this game area, as an auxiliary game device
Although the variable display device 4 of which normally forms a part of the game area below,
The opening / closing door 51 is opened due to the occurrence of the specific mode in the variable display device 4, and the variable display device 4 is changed to the winning area.
A variable winning device 5 is provided. A specific winning opening (starting winning opening) 7 is provided on both sides of the variable display device 4, respectively.
Further, a special prize unit as a first prize unit is provided between the variable display device 4 and the variable prize device 5.
A fixed winning opening (starting winning opening) 8 is provided. Of these, the special winning opening 7 will be implemented
In the example, a so-called diving-type prize device having a recess penetrating the gaming board 1 is provided,
The concave portion serves as a specific winning opening 7. Opening of this through recess, ie, game board
The special winning opening 7 on the same surface as the surface has a diameter of about twice the diameter of the ball when viewed from the front.
It is formed to form a semi-cylindrical shape with
A hole (not shown) is provided. The special winning opening 8 is a winning opening that opens upward in the game area.
It consists of a prize tool called prize checker. Winning and discharging in this specific winning opening 8
The number of prize balls exemplified as prize profits will be the prizes that will be discharged into other prize holes.
It is smaller (for example, 7) than the number of product balls (for example, 13). Above the variable display device 4, there are three so-called “heavens”, “heavenly left”, and “heavenly right”.
The prize ports 6a, 6b, 6c are provided integrally. In this embodiment, the variable display device
, But may be provided separately above the variable display device. Also specific
A tulip-type hit ball winning device 9 is arranged diagonally below the winning opening 7.
Have been. In the lower part of the game board 1, each of the above-mentioned prize areas 6a is in the middle of falling from above.
Out to collect the hit ball that could not win in 6c, 7, 8, 9 etc. behind the game board
A hole 10 is provided. In addition, a proper position on the surface of the game board 1 is dropped from above.
Numerous obstacle nails 11 that change the direction of the hit ball at random and the falling speed of the hit ball
And the rolling guide members 12a to 12c for controlling the direction with respect to the vertical center line of the game area.
They are arranged almost symmetrically. On both sides of the center of the game board 1, depending on the result of stopping the variable display operation of the variable display device 4,
A right occurrence display lamp 25 is provided which blinks or lights up when a specific mode occurs. In addition, in the upper part of the game board 1, heavenly winning holes 6a to 6c and
Lighted temporarily when a hit ball wins a winning opening of the lip type hit ball winning device 9 or the like.
Lights when the prize ball lamp 21 or the storage tank for storing prize balls before discharge is empty
Ball shortage display lamp 24 and prize ball discharge exemplified as a prize profit giving means.
Prize ball number display 2 for displaying the number of prize balls to be discharged at one time by a delivery device (described later)
2 are provided. This award ball number display 22 is displayed as “13” or “7”.
The award consists of a translucent panel with various numbers and lamps
The number of prize balls is displayed by turning on the number lamp corresponding to the number of discharged balls.
I'm doing it. Further, an upper portion of a holding frame 100 of the pachinko gaming machine which holds the gaming board 1 having the above configuration.
The overflow run lights when the saucer 103 is full of prize balls.
A lock 26 is provided. An opening and closing panel attached to the lower portion of the holding frame 100
The ball 101 is provided with a supply plate 102 for holding the hit ball supplied to the hit ball launching device.
A receiving tray 103 for storing prize balls overflowing from the supply tray is provided below the receiving tray.
Have been killed. Specific winning openings 7 and 8 are provided on the side (left side in the figure) of the holding frame 100.
Variable display stopping means for stopping the variable display device 4 driven by winning the prize
A step 30 is provided. The pachinko gaming machine configured as described above uses the ball launching device to
When the hit ball hits the specific winning opening 7 or 8, the variable display device 4
The display means is driven, and the numbers displayed in the four display windows are respectively changed.
You. At the same time, if a prize is won in the special prize opening 7, 13 prize balls will be given again
When a prize is won in the mouth 8, seven prize balls are respectively discharged, and at the time of each discharge processing,
The lamp of the corresponding number on the award ball number display 22 is turned on. And the player
The variable display stop means 30 provided on the holding frame 100 is pressed or set by a timer.
The variable display is stopped after the specified time has elapsed,
A special game mode is generated when the numbers in the game match a predetermined combination. When the special game mode occurs, the variable winning device 5 is converted to the open state and the
The prize probability is shifted from zero to a very high state (special game state). As a result, the ratio
Many prize balls are generated in a relatively short time, and many prize balls are given to the player.
Swell. The variable winning device 5 has a general winning opening 53 on both sides, respectively.
A general prize area and a special condition configuration area are provided in the opening / closing door 51 opened when a specific mode occurs.
And Then, on the back of the variable prize winning device 5, the player enters the opened door 51.
Along with the prize detector that detects the batted ball, the batting
A continuation condition detector for detecting the ball is provided.
When the ball hits the target component area, the opening / closing door 51 is opened again, and this is repeated up to ten times.
By returning, the special game state called big hit is finished
. Once opened, the opening / closing door 51 has a predetermined time (for example, 30 seconds) or a predetermined winning ball.
They are opened continuously until the number (10) is reached. FIG. 3 shows the variable display device 4 and the variable prize device 5 mounted from the back of the game board 1.
This shows the girder state, and these are finally covered by the collecting gutter 71. Gathering gutter
Reference numeral 71 denotes a prize ball flowing down along the back surface of the game board 1 and collected.
And at least one ball, with side walls on the left and right ends, and one
A guide shelf 71a that is gently inclined from the side (right) to the other side (left) is formed.
ing. A winning ball processing device 78 (see FIG. 1) described later swings at the end of the guide shelf 71a.
The winning balls, which are arranged as possible and are guided by the guide shelf 71a, are separated one by one.
You. In the figure, portions 1A to 1M indicated by oblique lines (hatched) penetrate the game board 1.
It is a through-hole formed so as to perform. Of these, the through holes 1A to 1C are
It is a ball exit of a winning ball provided corresponding to the sky winning prize openings 6a to 6c provided on the front surface.
The through holes 1D and 1E correspond to the special winning opening 7, and the through hole 1F corresponds to the specific winning opening 8.
In addition, the through holes 1G and 1H are provided corresponding to the tulip winning devices 9 respectively.
It is a ball exit. The through-hole 11 is a ball outlet constituting the out-hole 10, and the through-holes 1J and 1K
Are mounting holes provided for mounting the prize ball lamp 21 and the completion lamp 24.
You. The through-holes 1L and 1M having a relatively large area are respectively connected to the variable display device 4 and the variable
It is a mounting hole provided for mounting the winning device 5. Then, on the back of the game board 1, the winning balls that flowed out from the ball outlets 1A to 1C are gathered.
A pair of winning ball lead-out gutters 41a and 41b that guide the side of the ball 71 are provided. The prize ball guided by the prize ball derivation gutters 41a and 41b enters the prize device 9 and passes through.
With the winning balls that flowed out of the through holes 1G and 1H and the game balls that won the variable winning device 5
First, it flows down onto the guide shelf 71a and reaches the winning ball processing device 78 (see FIG. 1).
Be guided. In addition, a winning ball is derived on the back of the game board corresponding to the pair of specific winning openings 7 respectively.
Gutters 43 and 44 are provided.
Specific winning detection switch SW as 3a, 44a _Three , SW _Four Are installed respectively
I have. The winning ball flowing out of the second specific winning opening 8 corresponding to the ball exit 1F is on one side.
It is caused to flow down onto a control plate 46 provided so as to be guided to the side. This system
In the middle of the hanging portion 46a provided on one side of the plate 46, a game ball is inserted into the specific winning opening 8.
Of the winning, the winning in the specific winning opening 8 and other winning openings (for example, the first winning opening 8).
A specific prize detector 8a for detecting a prize in the specific prize port 7);
Detection switch SW ₁ Is attached and the special winning ball that flows out of the ball exit 1F
Is to be detected. The variable prize is indicated by 31.
Winning detection that detects all gaming balls that have won inside the openable door 51 of the device 5
The ball indicated by 32 is a ball that has won the special condition configuration area in the door 51.
Is a continuation condition detector for detecting The control plate 46 is located on the back of the variable winning device 5.
At the same time, it is attached to one side of the control plate 46 opposite to the hanging portion 46a.
A driving source mounting portion 46b is formed, and a driving source (solenoid) of the variable winning device 5 is formed therein.
56 is fixed. FIG. 1 shows an example of the structure of a back mechanism attached to the back of the collecting gutter 71. A storage tank 7 for storing a reserve ball (a prize ball before payout) is provided on an upper portion of a back surface of the gaming machine.
2 and a guide gutter 73 is provided so as to face the lower end opening 72a of the storage tank 72.
Is connected. At the beginning of the guide gutter 73, a tread plate lever 74 is provided.
When the tank 72 is emptied, the tread lever 74 rises and detects it by the ball shortage detector 3.
4 detects and turns on the ball shortage display lamp 24, and a central control room (not shown).
A ball supply request is made. The above-mentioned guide gutter 73 makes a U-turn while gently descending.
The ball case that constitutes the prize ball discharge device (ball discharge device)
77 is swingably disposed. A ball punching device 75 is provided at the curved portion of the guiding gutter 73.
Of the spare ball is drawn out from the middle of the guiding gutter 73 to the outside through the ball removal gutter 76.
It has become. On the other hand, the prize ball processing device 7 slidably arranged at the lower end of the guide shelf 71a.
8, when a winning ball enters, it rotates clockwise to separate one winning ball, and
While preventing the inflow of the winning ball, the winning ball separated by the winning ball processing device 78 is discharged.
It rolls on the gutter 71b, reaches the winning ball deriving gutter 79, descends inside it, and exits at the lower end exit.
Be topped. A winning detector 35 composed of an optical sensor or the like is arranged in the winning ball lead-out gutter 79.
It detects that the winning ball has flowed down the winning ball derivation gutter 79. This detection
A signal connected to one end of the operating lever 210 via the cam mechanism 200 by a signal.
The motor 82 (FIG. 6) as a force means is driven, and the operating lever 210 is moved from the back side.
It is configured to be rotated clockwise as viewed. Then, the connecting rod 83 connected to the other end of the operating lever 210 is raised, and the link
The ball sheath case 77 is tilted counterclockwise as viewed from the rear side through
The prize ball is configured to be ejected. Prizes exemplified as prize profit giving means
Illustrated as a prize profit discharged from the ball case 77 constituting the product ball discharging device
The prize ball flows down into the prize ball outlet gutter 85 and reaches the damper lever 89. Then
, The damper lever 89 is rotated counterclockwise about its support shaft 89a.
The winning ball blocking lever 88 connected to the one end by the pin 88a is raised.
, Which has been stopped at the lower end exit of the winning ball outlet gutter 79 by the lever 88.
The winning balls are collected from the exit. The damper lever 89
The prize ball that has reached the top further flows down, passes through the outlet 86, and is provided on the front of the gaming machine.
When the supply tray 102 is discharged to the supply tray 102 and becomes full, the overflow gutter 87 is
It is configured to flow out to the receiving tray 103 below. Overflow gutter
An overflow detector 36 is provided below 87. In addition,
Out ball for guiding the out ball that has flowed into the out hole 10 in the vicinity of the low gutter 87
A collection gutter (shown in the drawing) corresponding to the lower end portion of the outflow gutter 104 and the winning ball outflow gutter 79 described above.
(Omitted). A detector (not shown) is provided at the lower end of the recovery gutter.
The prize-winning ball and the out-ball that have flowed out are detected by this detector as hit balls.
Will be issued. Further, as described above, when the ball-sheath case 77 is tilted, the prize ball in the ball-sheath case 77 is discharged into the prize ball lead-out gutter 85 and is set in the middle of the prize ball lead-out gutter 85.
Flows down onto the damper lever 89 that has been set, and when it is pushed down, it is installed below it.
The placed prize ball discharge detector 38 detects this and turns on the prize ball lamp 21.
It is made to be. The base of the damper lever 89 is supported by a support shaft 89a.
It is rotatably supported, and a winning ball downflow prevention member 88 is provided at its base side extension portion with a pin 88a.
To be rotatable. In addition, even if the case is tilted, the prize ball inside the ball-sheath case 77
Stop lever 93 for preventing a part of the flow from flowing out and its driving means.
A barrel limit solenoid 92 is provided. Also, beneath the spherical sheath case 77
A control means for controlling the limit solenoid 92, the motor 82 and the like.
The control device 130 is provided. Furthermore, the above-mentioned pachinko machine is attached to the pachinko parlor's island facilities.
Is stored by a replenishing device (not shown) from a replenishing gutter (not shown) disposed above.
The tank 72 is supplied with a spare ball. FIG. 4 shows a prize ball ejection device (prize profit granting) mainly composed of the ball sheath case 77.
It is shown as an example of the means. ). Upper part of the back mechanism board which is joined to the back face of the game board 1 and holds the back mechanism (FIG. 1)
, A holder 41 constituting the first prize ball number setting means 40 is fixed. This e
A plurality of slits 41a are formed on the lower surface of the cylinder 41 in a substantially vertical direction.
A pair of restricting pieces 43a and 43b are inserted into any two of these slits 41a.
It is detachably attached by a screw 42. The restriction pieces 43a, 4
One of the 3b (43a in the figure) has two storage sections in accordance with the guide gutter 73.
Claw that protrudes into the storage portion inside the spherical sheath case 77 formed as described above,
The other restricting piece 43b has a claw that protrudes into the storage portion outside the spherical sheath case 77.
It is formed as follows. Thereby, the pair of restriction pieces 43a and 43b are inserted.
By selecting the slit 41a,
The number of balls that can be ejected at one time, that is, the number of
Can be obtained. In addition, what is shown by 77a is the rotation axis of the spherical sheath case 77, and is shown by 77b.
There is a weight storage section into which a weight for balancing the spherical sheath case 77 is inserted. At the tip of the spherical sheath case 77, the case is tilted for discharge.
When the tip is raised, the following spare ball in the guiding gutter 73 is prevented from flowing out.
Block 77c is provided. Further, a support piece 7 fixed to both side walls of the distal end is provided on the spherical sheath case 77 of this embodiment.
A downflow prevention lever 93 is rotatably attached to the upper end of 7d by a shaft 77e.
At the center of the separation wall 77f of the bulb-sheath case 77, the tip of the downflow prevention lever 93 is provided.
A notch 77g with which the end locking claw 93a can be engaged is formed. That is,
The downflow prevention lever 93 is disposed across the two storage portions in the spherical sheath case 77.
And the locking claw 93a at the tip is rotated downward so as to engage with the notch 77g.
And a prize in the two storage sections on the upstream side when the spherical sheath 77 is tilted.
The flow of the prize balls is simultaneously prevented, and only the seven prize balls on the downstream side are discharged, for example.
It has become. In addition, the downflow prevention lever 93 is provided with a torsion fitted to the shaft 77e.
It is constantly urged upward by a spring 94. Further, an operation arm 91 and a drive source thereof are provided above the downflow prevention lever 93.
A limit solenoid 92 is provided, and an upper surface of the downflow prevention lever 93 is provided.
Is formed with an arc-shaped projection 93b, and the operation arm 91 is rotated downward.
And press the projection 93b to engage the downflow prevention lever 93 with the notch 77g.
Swelling. The operating arm 91 is provided with a plunge of a limit solenoid 92 as a driving means thereof.
The shaft 92a is connected to the tip of the shaft 92a by a connecting pin 95,
It is configured to be rotated. Further, a stopper pin for regulating the rotation position is provided below the operation arm 91.
97 is implanted with respect to the back mechanism panel. The spherical sheath case 77 is fixed to one side of the rear end as shown in FIG.
The link 84 is connected to the pin 98, and the motor 82 (see FIG. 6) is driven.
Then, the movement of the connecting rod 83 raised by this is transmitted through the link 84.
And tilted downward. FIG. 6 shows a winning prize ball process of the above-mentioned back mechanism attached to the back of the collecting gutter 71.
Operating device 78, winning ball outlet gutter 79, cam mechanism 200 and operating the cam mechanism 200
The motor 82 to be driven is shown in detail as a partially exploded perspective view. In the same figure, the operating lever 210 is pinned at one corner of the lower portion of the back side of the game board 1.
It is installed rotatably via 211. At the outer end of this operating lever 210
A connecting rod 83 for tilting and returning the spherical sheath case 77 is rotatably mounted,
An operating rod 213 for returning the winning ball processing device 78 tilted to the side end is attached.
ing. The winning ball processing device 78 is provided above the operating lever 210 via a pin 78a.
It is installed so that it can swing. The tip of the winning ball processing device 78 has a winning ball
A separating recess 78c (FIG. 7) is provided, and the upper end of the operating rod 213 is provided on one side of the other end.
An engagement piece 78b that the L-shaped bent portion 213a of the lower part can engage with at the time of its lowering is provided in a protruding manner.
You. The engagement piece 78 b projects rearward from an opening 112 formed in the collecting gutter 71.
ing. Further, the cam mechanism 200 for rotating the operating lever 210 includes the operating lever 21.
0, a cam frame 220 integrally provided on the inner end side, and a drive shaft 82a of the motor 82.
(FIG. 7) Eccentric pin 231 slidably in contact with the inner peripheral surface of the cam frame 220
And a cam plate 230 having The cam frame 220 in sliding contact with the eccentric pin 231 is shown in FIGS.
As shown in FIG. 10, the inside of both ends of the long diameter portion of the elliptical hole formed into a substantially elliptical shape is curved.
It is provided in a shape in which a concave portion is formed. The inner side curved concave portion of the cam frame 220
The inner peripheral surface first becomes the operating part A, and then the state holding part B, the operating part C,
A state holding unit D is provided. On the other hand, a part of the outer peripheral edge portion of the cam plate 230 has a detection
A knowledge piece 232 is provided. Increase the circumferential width of the detecting piece 232 to some extent.
That is, by providing a margin for detection, an initial position detection sensor 233 described later is provided.
The detection error due to is eliminated. As the cam plate 230 rotates clockwise, the
The initial position where the knowledge piece 232 rotates and the position where the
The position setting sensor 233 and the passage detection sensor 234 are provided. Further, the cam plate 230 is positioned above the cam mechanism 200 configured as described above.
A stopper 240 for preventing reverse rotation is provided. That is, the upper part of the cam mechanism 200 is rotatable around the support shaft 241 as an axis.
A stopper 240 is provided. The stopper 240 is provided with a locking claw 242 at the lower end thereof, and the locking claw 242 is suspended by its own weight as shown in FIG.
A stop 243 provided on the upper end of the mechanism is provided on the back side of the back mechanism.
Contact with the stop piece 245, the counterclockwise
It can rotate in the direction side area, but cannot rotate in the clockwise side area.
You. When the cam plate 230 returns to the initial position, the eccentric pin 231 is
The engaged boss 230a engages with the locking claw 242 of the stopper 240 as shown in FIG.
By doing so, it is locked so as not to reverse in the counterclockwise direction. Next, the cam mechanism 200 configured as described above, and the cam mechanism 200
The operating lever 210 is made, and is tilted and returned with the rotation of the operating lever 210.
The ball sheath case 77, the winning ball processing device 78, and the operation of the cam mechanism 200
The solenoid 92 is once turned off by detecting the phase of the cam plate 230 rotated by
As a result, the downflow prevention lever 93 is rotated and returned, and a predetermined number of
The operation of the mechanism for flowing a prize ball will be described. First, a hit ball (winning) that wins a winning opening 6a, 6b, 6c, 7, 9 or the like in the game area 2 is entered.
Prize ball) flows down on the downflow gutter 71a, and the winning ball is awarded at the tip of the prize ball processing device 78.
When the ball flows into the ball separating recess 78c, the winning ball processing device 78 is weighted by the weight of the winning ball.
However, as shown by a chain line in FIG.
1a, it is in contact with the discharge gutter 71b provided at the lower stage, and is inclined in a state where the tip side is lowered.
You. Then, the winning ball in the recess 78c flows out onto the discharge gutter 71b, and the discharge gutter 71b
b flows down into the winning ball deriving gutter 7 (FIGS. 1 and 6). In the outlet gutter 79
On the way as the prize detector 35 installed in the outlet gutter 79 while flowing down
Switch _Two Is turned on. The falling prize ball is
The lower end exit 79a (FIG. 6) of the gutter 79 is reached by the winning ball downflow preventing member 88.
Stop at that position. Then, based on the detection signal from the winning detector 35, the motor 82 (FIG. 6)
Is operated, and the motor 82 moves the cam plate 230 from the initial position shown in FIG.
It is rotated clockwise as indicated by the arrow. At this time, the fact that a hit ball has won in the special winning opening 8 for discharging seven pieces and that the winning
If it is detected by the specific winning detector 8a and it is stored in the controller 130,
At this time, the solenoid 92 is excited based on the stored signal, and as shown by a chain line in FIG.
93a enters into the notch 77g of the ball-sheath case 77 and waits in the ball-sheath case 77.
Prevent outflow of 6 prize balls out of 13 prize balls in operation, and discharge only 7 prize balls
Make it possible. However, otherwise, the solenoid 92 is not energized,
As shown by the solid line in FIG. 11, the downflow prevention lever 93 is returned and the locking claw 93a is
In the state where it has come off from the notch 77g of the spherical sheath case 77,
All prize balls (for example, 13) can be flowed out. When the cam plate 230 is rotated clockwise, the eccentric pin 231 is rotated with the rotation.
While slidingly contacting the inner peripheral surface of the cam frame 220 of the operation lever 210, the inner peripheral surface is maintained in a state.
It moves in the order of the holding part D, the operation part A, the state holding part B, and the operation part C, and then holds the state.
It returns to the initial position where it slides on section D. In the process in which the eccentric pin 231 moves on the inner peripheral surface of the cam frame 220 in this manner, FIG.
When it is in sliding contact with the initial position or the state holding portion D shown in FIG.
0 is not rotated, the connecting rod 83 and the operating rod 213 are in the fixed positions,
As shown in FIG. 11, the ball 77 is inclined to the original state, and the prize ball therein is
The outflow is prevented by the pair of restricting pieces 43a and 43b, while the winning ball processing device 7
Reference numeral 8 denotes a state in which the front end side is lowered and inclined as shown by a chain line in FIG.
You. The cam plate 230 is further rotated clockwise from that position, and the eccentric pin 231 is
When the cam plate 230 reaches the inside of the operating portion A on the inner peripheral surface of the cam frame 220, the cam plate 230 rotates clockwise thereafter.
As shown in FIG. 8, as shown in FIG.
0a, the operation lever 210 is pushed down on the inner end side with the support shaft 78a as the axis.
The connecting rod 83 is raised and the operating rod 213 is lowered.
Is done. Along with such an operation, first, the connecting sheath 83 is connected via the link 84 to the spherical sheath case.
77 is tilted in the direction in which the rear end side descends with the support shaft 77a as the axis, and as shown in FIG.
The state shifts from the state shown in FIG. When the state shifts to the state shown in FIG. 12, the regulation by the regulation pieces 43a and 43b is released.
Then, the prize ball waiting in the ball sheath case 77 is discharged into the prize ball lead-out gutter 85.
You. In this case, when the solenoid 92 is excited, the engagement of the downflow prevention lever 93 is reduced.
When the pawl 93a is in the notch 77g of the bulb sheath case 77,
Only seven of the thirteen prize balls waiting in the case 77 are released. on the other hand,
When the solenoid 92 is in the demagnetized state, the locking piece 93a of the downflow prevention lever 93 has a spherical sheath.
When the case 77 has returned to the state of being detached from the notch 77g, the case 77
All of the thirteen prize balls waiting inside are released. The prize ball released in this way flows down in the prize ball lead-out gutter 85 and is dumped.
Flow down onto -89. Then, as shown in FIG. 1, the weight of the weight 89b causes the support shaft to move.
The damper lever 89, which has been rotated and returned clockwise about the axis 89a, flows over it.
The ball is rotated counterclockwise by the weight of the dropped prize ball. Then, along with that, the winning ball blocking
Since the stop lever 88 rises to open the lower end outlet 79a of the outlet gutter 79,
The winning ball stopped at the mouth 79a is omitted from the lower end exit 79a.
Will be collected in the collection gutter. Then, the prize ball flowing down on the damper lever 89 passes over the damper lever 89.
When it flows down in the direction of the outlet 86 or the overflow gutter 87, the damper lever 89
Due to the weight of the weight 89b, the pivot 89a is rotated clockwise (in FIG. 1) around the support shaft 89a.
Returned. Thereafter, the L-shaped bent portion 213a at the upper end of the operating rod 213 is connected to the winning ball processing device 78.
It comes into contact with the engagement piece 78b and pushes down its rear end. Thereby, the winning ball processing equipment
The position 78 is returned to the initial state in which the tip side has been raised, as shown by the chain line in FIG.
It is. Thus, while the cam plate 230 rotates clockwise, the eccentric pin 231
Before reaching the position, the boss portion 230a on which the eccentric pin 231 is planted is
220 comes off the operating portion A on the inner peripheral surface and comes into sliding contact with the state holding portion B. Keep this state
While the boss portion 230a is in sliding contact with the holding portion B, the operation lever 210 is rotated by the timepiece shown in FIG.
Direction is kept in the maximum pivoted state, whereby the bulb sheath 77 is
The prize ball in the ball sheath case 77 is maintained in the tilted state shown in the drawing.
The time that can be drained is earned. Thereafter, when the cam plate 230 is further rotated clockwise, the boss 230
a is fitted into the operating portion C on the inner peripheral surface of the cam frame 220. When the cam plate 230 is further rotated clockwise in the fitted state,
The operating lever 210 is rotated in the return direction, that is, counterclockwise as shown in FIG. This
With this rotation, the connecting rod 83 is lowered and the operating rod 213 is raised. this
When the operating rod 213 rises, the ball-sheath case 77 moves through the link 84 to the back of the game board 1.
It is rotated clockwise as viewed from the side, and returns to the original inclined state shown in FIG. So
At the same time, the boss 230a of the cam plate 230 keeps the state of the inner peripheral surface of the cam frame 220.
The detection piece 232 of the cam plate 230 is brought into sliding contact with the
4 and is detected. At this time, when the solenoid 92 is in the excited state,
93a is inserted into the cutout portion 77g of the ball-and-sheath case 77, thereby discharging seven pieces.
, The solenoid is controlled based on the detection signal from the passage detection sensor 234.
When the solenoid 92 is demagnetized, the locking claw 93a of the downflow prevention lever 93 is
By removing from the notch 77g, the prize ball waiting on the guiding gutter 73
The spare sphere flows into the bulb sheath case 77 so as to be full. In other words, after the ball-sheath case 77 is once tilted to discharge seven prize balls,
Upon returning to the state, the detection piece 232 of the cam plate 230 is
The solenoid 92 is demagnetized based on the detection signal when it is encountered, and
The blocking lever 93 is returned, and at that time, the ball is securely placed in the sheath case 77 as a prize ball.
When the inflow of the reserve ball starts, prepare for the next prize ball discharge operation quickly and accurately.
I can do it. By doing so, the prize ball discharging process is performed continuously.
The boss 230a of the cam plate 230 slides on the state holding portion D of the cam frame 220.
Prize balls are replenished in the bulb sheath case 77 during preparation, and preparations for the next discharge are completed.
Will be done. When the cam plate 230 is further rotated clockwise, the boss of the cam plate 230 is rotated.
When the portion 230a contacts the back of the locking claw 242 of the stopper 240, the stopper 240 is
The cam plate 230 is pushed and released counterclockwise to reach the front side of the locking claw 242, and
The detection piece 232 encounters the initial position setting sensor 233 and is detected.
Then, the motor 82 is stopped, and the cam plate 230 is stopped. This cam plate 2
30, the boss 230a of the cam plate 230 is locked by the stopper 240 as described above.
By doing so, reverse rotation in the counterclockwise direction is prevented. Thus, after the cam plate 230 returns to the initial position, the next entry on the downflow gutter 71a is performed.
The prize ball is transferred to the discharge gutter 71b by the prize ball processing device 78, and further, the prize ball derivation gutter.
When it reaches 79 and is detected by the winning detector 35 installed therein,
The prize ball discharging operation is repeated based on the detection signal. Next, the pachinko machine configured as described above based on the control block diagram of FIG.
The control of the game of the gaming machine and the discharge of the prize ball accompanying the game will be described. The control device 130 installed on the back side of the game board 1 of the pachinko game machine has a prize profit.
An emission system control device 130A as an emission control circuit exemplified as a profit giving control means;
The game control unit 130B as a game control circuit performs the following control.
Now. Among these control devices 130A and 130B, first, the game control device 130B
The control of the control device 130B is described below.
, A special prize detector 43a, a prize detecting switch S as a special prize detector 43a.
W _Three , SW _Four When the special game mode occurs, the number of hit balls hit in the variable winning device 5 is detected.
Outgoing count detector 31, continuation condition for detecting establishment of continuation condition of special game mode
Installed in the specific winning opening 8 via the detector 32 and the prize ball discharge system control device 130A
Winning detection switch SW as the specified winning detection detector 8a ₁ Is connected.
On the other hand, on the output side of the control device 130B, the variable display device 4 and the specific winning
, A number display unit 301 for displaying the number of hit balls that have won a prize in a special game.
Activation of right occurrence display lamp 25 for notifying occurrence of a technique mode and variable winning device 8
Solenoid (S0L) is connected. Then, the hit ball wins in the special winning openings 7, 7, 8 and the specific winning detectors 8a, 43
a, prize detector SW as 43a ₁ , SW _Three , SW _Four From the game system control device 130
When the winning detection signal is sent to B, the winning number storage device in the device 130B is stored in the winning number storage device.
The winning number is counted and stored, and the stored number is displayed on the winning number display 301.
The variable display device 4 is operated for a fixed time or a stop button
Activated until the button is pressed. The number of the winning prizes for that number of times
The number of storages in the storage device is reduced, and the number display on the winning number display 301 is adjusted accordingly.
Can be reduced. As a result of the operation of the variable display device 4, when the numeric display of the variable display device 4 is accidentally displayed as a predetermined display, for example, "5, 5, 5" or "7, 7, 7",
The special game mode is generated. When the special game mode is generated, the right generation display run is executed from the game control device 130B.
A flashing signal is output to the lamp 25 to flash the display, and the operating software of the variable winning device 5 is displayed.
By operating the solenoid (S0L), the opening and closing door 51 of the variable winning device 5 is opened. So
Is a fixed time per cycle (for example, 30 seconds). However,
Even before that time has elapsed, a hit ball wins in the opened door 51 and the count is detected.
When the winning is detected by the device 31 and the detected number reaches ten, the opening and closing door 5 is opened.
1 is closed. While the door 51 is being opened, a prize is awarded in the door 51.
The hit ball passes through a specific location in the door 51, which is detected by the continuation condition detector 32.
When the detection is performed, the detection signal is input to the game control device 130B, and the detection is performed.
After the cycle is completed and the door 51 is closed based on the traffic light,
When the operating solenoid (S0L) of the position 5 is excited and the opening / closing door 51 is opened,
The next cycle starts. The opening / closing door 51 of such a variable prize winning device 5 wins inside the opening / closing door 51 at the time of opening.
Up to 10 cycles, provided that the hit ball is detected by the continuation condition detector 32
Will be continued. However, if the continuation condition is not satisfied in each cycle,
At the end of the cycle, the special game mode ends. Next, the control by the prize ball discharge system control device 130A will be described.
On the input side of the device 130A, a specific winning detector 8a installed in the specific winning opening 8 is provided.
Detection switch SW ₁ Is installed in the winning ball derivation gutter 79, and the winning ball is
The prize ball detection as the prize detector 35 for detecting the passage of the prize ball reaching the lead-out gutter 79
Out switch SW _Two , The initial position for detecting the initial position of the detection piece 232 of the cam plate 230
The setting sensor 233 and the detection piece 232 of the cam plate 230 have reached a predetermined angular position.
And a passage detection sensor 234 for detecting the fact. Meanwhile, this prize ball discharge
On the output side of the system control device 130A, the downflow prevention lever 93 is rotated so that
Limit solenoid 9 that changes the number of prize balls that can be released waiting in 77
2 is a motor 82 for rotating the cam plate 230 at the time of the prize ball discharge processing, and a prize ball number display.
Of the 22 prize ball number display lamps 302 on the “7” discharge side, and the prize ball number display lamps 303 on the “13” discharge side are connected. When a hit ball is won in the special winning opening 8 for discharging seven pieces, it is specified.
Detection switch SW as specific winning detector 8a installed in winning opening 8 ₁ Is on
The detection signal is input to the prize ball discharge system control device 130A, and the winning number is
It is counted and stored. As described above, all the winning holes 7, 8, 9 and the like in the game area have hit balls (winning balls).
The prize ball) always reaches the prize ball derivation gutter 79 during the prize ball discharge processing for the prize ball.
Is detected by the prize detector 35.
When the detection signal is input to the prize ball discharge control device 130A, the control device 130A
The motor 82 is actuated by these commands, the cam plate 230 is rotated, and the prize ball
The discharging process is started. At the start of this operation, the prize ball discharging system controller 130A enters the special winning opening 8 for discharging seven pieces.
If the stored number of the unprocessed number of seven discharges due to the award is "1" or more,
At the same time when the motor 82 is started, the limit solenoid 92 is excited and the hit ball drop-down preventing portion
The material 93 is rotated in a counterclockwise direction as viewed from the back side of the game board 1, and its locking claw 93a is
By fitting into the notch 77g of the sheath case 77, seven discharge preparations are made.
And the prize ball number display lamp 302 on the discharge side of “7” pieces of the prize ball number display 22 lights up.
Is done. On the other hand, when the winning prize ball discharging system control device 130A is
If the storage number of the unprocessed number of seven discharges is “0”, the limit solenoid
The locking claw 93 a of the flow-down preventing member 93 is not
In a state where it can be discharged from all the 13 parts
In this case, the award ball number display lamp on the "13" discharge side of the award ball number indicator 22 is displayed.
303 is turned on. When the motor 82 rotates, the cam plate 230 is rotated, and the cam plate 2 is rotated.
When the 30 detection pieces 232 reach the position of the passage detection sensor 234, the detection sensor 23
4, the detection signal is input to the prize ball discharge control device 130A. At this time, Limi
When seven solenoids are in the excited state and the discharge process has been performed for seven pieces,
The limit solenoid 92 is demagnetized based on the input signal of
At the same time as the return of the prize 77, the prize ball flows into the ball sheath case 77 promptly. And it was installed on the back side of the cover panel 113 covering the back side of the cam mechanism 200.
When the cam plate 230 is further rotated by the motor 82, the cam plate 230 is detected.
The piece 232 is detected upon encountering the initial position setting detection sensor 233, and the detection signal
Is input to the prize ball discharge control device 130A, and the motor 82 is controlled based on the input signal.
Stopped. FIG. 14 shows the control of the prize ball discharge control unit 130A of the control unit 130.
The control circuit is shown. In this control circuit diagram, reference numeral 350 shown by a dotted line denotes a special winning opening for discharging seven pieces.
8, a specific winning detection switch SW as a specific winning detector 8a installed in ₁ Entering
Specific winning detection switch SW configured as a proximity switch in the force signal processing unit ₁ Or
Integrate with capacitor 351 and resistor to remove chattering and noise of these signals
In addition, it functions to convert to a logic level signal that can be processed internally.
Also, in this circuit, a specific winning detection switch SW ₁ Photo camera to which the signal from
Using the plug 535 as a driver, output is performed at the proximity switch level. 360 indicated by a dotted line is the specific winning detection switch SW. ₁ Input signal
Receiving the detection signal processed and transmitted by the signal processing unit 350,
This is a storage control unit that counts and stores the number of occurrences. Before this storage control unit 360
Specific winning detection switch SW processed by the input signal processing unit 350 ₁ from
When an input signal is sent, a counter (hereinafter referred to as a right counter) 361 is provided.
, 363 stores “1”. At this time, the magnitude comparator 3
65,366, B0-3, A0-3, output of right counters 361,363
And outputs the right counters 361 and 363 and the execution counters 362 and 364
Compare large and small. In this case, the output of the right counters 361 and 363 is "1".
Since the outputs of the execution counters 362 and 364 are "0", the specific winning detection switch S
W ₁ The input memory presence signal becomes “L (low)” level, and the limit solenoid operates.
The operation of the control unit 390 is made valid. After that, the limit solenoid is controlled by a command from a limit solenoid operation control unit 390 described later.
When the solenoid 92 is turned on and then turned off, the execution counters 362 and 364 are executed.
, An operation end signal of the limit solenoid 92 is input from the limit solenoid operation control section 390. Then, the outputs of the execution counters 362 and 364 become “1”.
, Specific winning detection switch SW ₁ Input memory signal is “H (high)” level
Since the operation command of the limit solenoid operation control unit 390 is prohibited,
The power solenoid 92 does not operate. Similarly, a specific winning detection switch is set on the right counters 361 and 363 up to a maximum of 255.
Switch ₁ Of the limit solenoid at the same time
The operation of the operation control unit 390 is enabled, and the operation of the limit solenoid 92 is
Of the execution counters 362 and 364 match the outputs of the execution counters 362 and 364.
Until they do. 370 shown by a dotted line is a winning detection installed in the winning ball deriving gutter 79.
Switch SW as detector 35 _Two Of the input signal processing unit that processes the input signal of
In order to remove tarring and noise, integration with the capacitor 371 and the resistor 372
Both serve to convert to logic level signals that can be processed internally. 410 enclosed by a dotted line is an interruption control means for preventing impropriety during a game.
A special winning detection switch SW for discharging seven pieces ₁ ,
The status of the mitt solenoid 92 and the detection sensors 233 and 234 is monitored.
Fixed winning detection switch SW ₁ Short and limit solenoid 92, detection sensor
When an abnormality such as disconnection of the circuit 233 or 234 occurs, the operation of the motor 82 is controlled.
The control to interrupt is performed to interrupt the prize ball discharge process. In the fraud prevention circuit 410, the output terminal of the OR circuit 411 is normally “L (
Low) "level, and the winning detection switch SW ₁ Is a ball jam or connector
Missing or winning detection switch SW ₁ Short, Limit Solenoi
Error occurs due to disconnection of the probe 92, disconnection of the connectors of the detection sensors 233 and 234, etc.
The OR circuit 411, which is generated as a fault detecting means, generates
If the input terminal goes to the “H (high)” level for more than 2 seconds, a fraud prevention signal is output and the
The operation of the data 82 is interrupted. However, the specific winning detection switch SW ₁ Ball clogging and connector disconnection,
Specific winning detection switch SW ₁ Short circuit or limit solenoid 92 is disconnected.
If a fraud prevention signal is output while the motor 82 is rotating,
After the motor 82 is rotated until the initial position setting sensor 233 is turned on, the operation of the motor 82 is interrupted. The interruption of the operation of the motor 82 is performed until the abnormality is removed.
It is held, and when the abnormality is removed, it is operated retroactively to the point of interruption. A power supply circuit 420 surrounded by a dotted line is a power supply circuit that rectifies the current from the AC power supply.
The path is switched to DC by the path 421 and the voltage is reduced by the three-terminal regulator 422.
The constant control serves to supply current to the motor 82 and the like. 380 indicated by a dotted line rotates the cam plate 230 to perform the prize ball discharge processing.
The motor control section controls the motor 82 as a power source to be executed.
Detection switch SW as a winning detector 35 installed in the outfall 79 _Two Signal from
Is processed by the input signal processing unit 370 and sent, the SR flip-flop 38
1 is reset, the motor 82 rotates, and the detecting piece 232 of the cam plate 230
Initial position setting sensor (MSW ₁ ) And the detection signal from the sensor 233.
Signal is sent, the SR flip-flop 381 is set, and
The motor 82 stops and functions to end the operation. A reference numeral 390 surrounded by a dotted line controls the operation of the limit solenoid 92.
A storage control unit 36 exemplified as a counting means in the limit solenoid operation control unit.
Specific winning detection switch SW by 0 ₁ When the input signal from the
Sensor (MSW ₁ ) 233 and the motor 8 from the motor control unit 380
In the case where the operation signal of No. 2 is input, the SR flip-flop 391 is reset.
Then, the operation of the limit solenoid 92 is started, and thereafter, the cam plate 2
The 30 detection pieces 232 are used as passage detection sensors (MSW _Two ) 234
The SR flip-flop 391 is set by the input of the detection signal.
At this point, the operation of the limit solenoid 92 is terminated. Reference numeral 400 shown by a dotted line denotes an initial position setting sensor (MSW). ₁ ) 233
And passage detection sensor (MSW _Two ) Input signal processing for processing the input signal from 234
Section to remove chattering and noise of signals from the sensors 233 and 234
, Capacitors 401 and 403 and resistors 402 and 404
It serves to convert it to a logic level signal that can be processed. FIG. 15 shows a timing chart when a prize ball is discharged. First, a 7-ball is won in the special winning opening 8 for discharging, and the specific winning
Specific winning detection switch SW as prize detector 8a ₁ Is input to the control device 130, the count is stored in the storage unit (the storage control unit 360 described above) therein, and the unprocessed
The number of logical storages becomes “1”. After that, the hit ball (winning ball) won in the specific winning opening 8 or another winning opening.
Is processed by the winning ball processing device 78 to reach the winning ball deriving gutter 79, which is
The detection switch SW as the installed winning detector 35 _Two Is turned on and its input
When a signal is input to the controller 130, the cam plate 230 is rotated at the rising edge.
The motor 82 and the downflow prevention lever 93 are rotated to rotate the prize ball.
The limit solenoid 92 is operated to start the operation of discharging seven prize balls. This
During the operation of the above, if a new hit ball is won in the special winning opening 8 for discharging seven pieces,
Similarly, the count stored in the storage unit of the control device 130 and the unprocessed storage count is “2”
Becomes The cam plate 230 is rotated simultaneously with the start of the rotation of the motor 82 and detected integrally therewith.
The piece 232 also rotates, but the initial position setting detection is performed by the width of the detection piece 232 in the circumferential direction.
Output sensor (MSW ₁ ) It takes time to move away from 233, and the initial position setting detection
Output sensor (MSW ₁ ) The fall of the input of the detection signal is delayed at 233. Then, the cam plate 230 is rotated by a predetermined angle by the motor 82 to discharge the prize ball.
Is completed and the ball-and-sheath case 77 returns to the original state and the cam plate 230 is detected at the same time.
The knowledge piece 232 is a passage detection sensor (MSW _Two ) 234 and its detection sensor 2
The detection signal from 34 is input to control device 130. Then, the rising d
The unprocessed storage count counted and stored in the storage unit of the control device 130 by the
"1" is subtracted to become "1". At the same time, the limit solenoid 92 is turned off,
As a result, the downflow prevention lever 93 is returned, and the prize in the bulb sheath case 77 is quickly exhausted.
The ball is refilled. Hereinafter, the detection switch SW as the winning detector 35 in the winning ball deriving gutter 79 _Two From
Each time an input signal is input to the control signal 130, processing is performed at the same timing.
You. The seven discharge processing is performed in preference to the thirteen discharge processing. Then, the unprocessed storage count counted and stored in the storage unit of the control device 130 is “
"0", and the ball that wins in the special winning opening 8 or other winning openings wins
Detected by the winning detector 35 in the ball outlet gutter 39, and the detection switch SW _Two Turns on. When the detection signal is input to the control device 130, the processing for discharging the seven pieces is performed.
At the same timing, the motor 82 is operated and the initial position setting sensor (MS
W ₁ ) The input signal from 233 falls and the prize ball discharge processing is performed.
In this case, the limit solenoid 92 is not operated, and thirteen prize balls are discharged.
. The detection piece 232 of the cam plate 230 also passes through the passage detection sensor during the thirteen prize ball discharge processing.
(MSW _Two ) When the sensor 234 is encountered, the detection signal from the sensor 234 is controlled.
Although input to the device 130, since the limit solenoid 92 is in a demagnetized state,
There is no change due to this. Since the pachinko gaming machine in this embodiment is configured as described above,
When the cam plate 230 is rotated by the rotor 82, the solenoid 92 is excited and
The locking claw 93a of the lower blocking lever 93 is fitted into the spherical sheath case 77, and the cam plate 23
The ball sheath case 77 is tilted with the rotation of 0, and the prize ball discharging process is completed for seven balls.
When the sheath case 77 returns to the original state, the cam plate 230 is detected at the same timing.
The knowledge piece 232 is a passage detection sensor (MSW _Two ) 234 and based on the detection signal.
Be sure to return the ball-and-sheath case 77 to its original position,
92 is demagnetized, and the downflow prevention lever 93 is rotated and returned with the demagnetization.
A prize ball can be replenished as soon as possible during 77, and as a result, the ball sheath case 7
Replenishment of prize balls into 7 can be performed stably. In the above embodiment, the prize profit given by the prize is transferred to the prize ball discharging device.
Therefore, although the prize ball was ejected, the prize ball was actually ejected using the enclosed game ball.
It is not applied to applications where the prize profit given to an IC card is stored.
You can also. In the above embodiment, when the limit solenoid 92 is demagnetized, the downflow prevention lever 9
3 is removed from the inside of the sheath case 77 and 13 pieces can be discharged.
When the id 92 is excited, the downflow prevention lever 93 enters the spherical sheath case 77 and only seven
It is configured to be discharged, but conversely, when the limit solenoid 92 is excited, it does not flow down.
The stop lever 93 is removed from the inside of the ball-and-sheath case 77 so that thirteen pieces can be discharged.
When the limit solenoid 92 is demagnetized, the downflow prevention lever 93 is inserted into the spherical sheath case 77.
It is also possible for only seven pieces to enter and be discharged. In that case, seven emissions
When the ball-sheath case 77 returns to the original state, the limit solenoid 92
Is excited so that the downflow prevention lever 93 escapes out of the spherical sheath case 77.
The detection signal of the sensor 234 is used. Further, in the above embodiment, the winning opening of a small amount discharging (for example, 7 discharging) is changed to the specific winning opening 8.
However, for example, the specific winning opening 7 is also discharged in a small amount.
It may be used for discharging a small amount. Also, the ball discharge system control device 130A and the game system control device 130B are separately provided.
And placed in any location on the back side of the ball game machine
You may make it. The discharge control circuit and game control circuit are not limited to the back side of the game board, but
There may be. In addition, the auxiliary game device is not limited to the variable display device, but is a so-called second-type pachinko game.
The wing-type movable member of the machine's floating prize device is either
Auxiliary games played before the jackpot occurs, such as those that open twice
Is included. [Effect of the Invention] According to the present invention, a start winning port for starting an auxiliary game of the auxiliary game device is provided.
It is set as the first winning section with a small number of prize balls, and the auxiliary game device is set to a specific game mode.
The variable winning device that is controlled to be opened based on a predetermined rule when the
By setting it as a winning section, the winning rate of game balls to the starting winning opening will increase
Adjusting the nails in the game area to increase the number of auxiliary games on the auxiliary gaming device
Even if a small prize ball is given to the winning ball in the starting winning opening,
The loss of money is not increased, and the auxiliary gaming device is operated for the player.
As the number of times increases, the sense of expectation for the occurrence of a special game state increases,
Can be improved. Also, in a state where the game control circuit and the discharge control circuit are separately separated from each other,
By providing it at a predetermined position on the back side of the game machine, the game
Only the technique control circuit needs to be replaced.
Easy maintenance and economical circuit configuration because only the control circuit needs to be replaced
It can be. It is possible to reduce the size of the game control system and the discharge control circuit as compared with the case where the game control system and the discharge control system are combined into one control circuit.
It can be separately provided at a predetermined portion on the back side of the gaming machine.

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a rear view showing an embodiment of a pachinko gaming machine according to the present invention, FIG. 2 is a front view showing a configuration example of a front surface of the pachinko gaming machine to which the present invention is applied, FIG. 3 is a rear view showing a configuration example of a back surface of a game board in which a game unit is configured, FIG. 4 is a perspective view showing a detailed configuration of an embodiment of a prize ball discharging device, and FIG. 5 is a prize ball. FIG. 6 is an exploded perspective view showing a part of a back mechanism attached to the back of the collecting gutter, and FIG. 7 is an exploded perspective view showing a part of a back mechanism attached to the back of the collecting gutter. FIG. 8 is an explanatory diagram of the operation of the cam mechanism and the prize ball processing device when the prize ball is discharged, and FIG. 9 is a cam mechanism showing a state in which the discharging operation of the prize ball is completed and the prize ball is being returned to the initial state. And FIG. 10 is an explanatory diagram of the inner peripheral surface of the cam frame, and FIG. FIG. 12 is an operation explanatory view showing the relationship between the ball sheath case and the downflow prevention lever in a state before the operation, FIG. 12 is an operation explanatory view showing the relationship between the ball sheath case and the downflow prevention lever at the time of discharging the prize ball, FIG. Is a block diagram showing control of the pachinko gaming machine, FIG. 14 is a control circuit diagram of the prize ball discharge system control device, and FIG. 15 is a timing chart of the prize ball discharge system control. 1 ··· Game board, 4 ··· Variable display device (auxiliary game device), 8 ··· Specific winning opening (start winning opening), 77 ··· Ball sheath case (ball discharge device: prize) Ball discharging device), 130 ...
Control device (control means), 130A ... winning ball discharge system control device (discharge control circuit), 1
30B ... Game control device (game control circuit).

Claims (1)

Claims: (1) First and second prize portions in which the number of prize balls given to a prize of a game ball that has been bounced are different from each other, and an auxiliary game device capable of executing an auxiliary game. Is formed on a game board, and a ball discharging device capable of discharging a plurality of types of prize balls, and control for electrically controlling the first and second winning portions, the auxiliary gaming device, and the ball discharging device. Means, and the ball discharging device is mounted on the back side of the game board of the ball game machine and arranged on a back mechanism board on which a storage tank, a guide gutter, and the like are formed in series. The control means includes a game control circuit for performing game control of the first prize section, the second prize section, and the auxiliary game apparatus, and a discharge control circuit for performing discharge control of the ball discharge device. If the discharge control circuit is separately installed on the back mechanism panel side, In both cases, the game control circuit is provided on the game board or the back mechanism board, and the game control circuit and the discharge control circuit are communicably connected on the ball game machine side. Is set as a start winning port for starting the auxiliary game of the auxiliary game device by detecting the received game ball, and the second winning portion is set when the auxiliary game device is in a specific game mode. It is set as a variable winning device that is opened and controlled based on a predetermined rule, and the number of prize balls given for winning in the starting winning opening is given for winning in the variable winning device. A ball game machine characterized in that the number is set to be less than the number of prize balls.