JPS59166178A - Pinball machine - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

Detailed Description of the Invention: A variable winning device is installed in a gaming section that changes between a first state where the ball enters the water valve, a hit ball enters the first state, and a second state where the ball enters easily. This relates to a pachinko machine in which the number of balls won when the ball is won in the silk 2 state is different from the number of balls won when the ball is won in the silk 2 state. Even if you win, or even if you win in a state where it is easy to enter, the number of tj balls ejected as a prize is constant (for example, 15
According to legal regulations, prize balls of 1511 MI or higher cannot be played. For this reason, pachinko games tend to become monotonous and lack variety. And that corner: ``Changing the state of the winning lock as a blunder,
An attempt was made to change the game by having the player perform a different game for 1 Jl when a prize was won in a particular winning slot.

But this L? 7'; c pachinko thought, shi also won 4r)
Since the number of prize balls is constant, the pachinko i1', fIY force Q dliz was not sufficiently increased.

Therefore, the present invention aims at m of the number of winning pitches.
, As a pachinko machine that can play with the ball 4Q at tI7+ when ``#ill'' is issued as a slow O D or 41 孝j, it is possible to play a winning device with a batted ball in the ``I'' state [I8 "1-" state. , 1f, we are trying to provide a pachinko machine that can change the number of 74 balls played 4J1.

The invention will be explained below based on the embodiments shown in the drawings.The pachinko shell has a feeding tray 2 on the front as shown in FIG.
, the saucer 3, the firing operation part □1ilJ, the surface 1 of the play 1 support plate S has a JIL technical part 7 surrounded by a guide rail O, and there are countless obstacle nails (Fig. (not shown), in addition to the winning hole g, a variable winning device 9 is provided approximately in the center.

The variable prize winning device t converts a hit ball into a first state in which it is difficult to hit the ball and a second state in which it is easy to hit the ball.The embodiment shown in FIG. l/ and a second outlet/co are provided above and below, and a second outlet is provided on the surface of the substrate 10.
A pocket /3 with an open top surface is provided to surround the outlet /λ, and inside the pocket 13 there are two movable wing pieces /4/ that protrude above the pocket, and a shaft pin /3. /! ; on the back side of the base plate 10 are both movable frequency pieces /l.

/1.1. Guidance 4 with axially layered swinging bottom plate/6 facing in between
Install iIll/7. This variable prize winning device t is in a state where both movable arms are closed at intervals that allow the ball to pass through, and the ball enters only from above, so it is complicated. Then, when the ball hits a prize in this first state, the ball passes through the first exit // and enters the lucky 11v
1. When the top of the bottom plate/I was moved to the unsheathed position and positioned directly behind the spindle/g, the swinging bottom plate 76 was swung by the self-if of the ball and was extended from the side of the above-mentioned 2N-gutter/7. 1st channel/q hepi
put out

When the swinging bottom plate/B swings, the tip 7. <1 (/Otsu' engages with the base of the blade/da, both times! Iυ1
The butt pieces /'A, /'A are pushed apart to convert to a second state in which the ball can be easily received, and in this second state, the ball can also be hit from the lateral force direction.

If the ball wins when the variable winning device 9 is in the second state,
The ball is hit by passing the 011 plane root l3' of pocket)/3 and the lt and l of the tip 76' of the swinging bottom plate/O)4+'+, and 1Tll.
Return the flexible wing blade/g to the first state by pushing out the lower part of the swing wing/g, and open the second outlet/, 2 from the bottom of the pocket/3. It passes through the filter 111 and flows out to the second flow path 2/ located below. In addition, the second flow path, 2
/ Is it a variable prize winning device? Not only the batted balls that have won the prize, but also the batted balls that have won the prize for other registered players are collected and sent down.

Above first flow path/? In the middle, there is a first winning ball detector 22,
Six second winning ball detectors 23 are installed in the middle of the second flow path λ/, and the first winning ball detector λ is connected to the first winning ball ejecting device 2G IC installed on the back side of the left side of the game board. - Sae J, two-person award ball detector λ3
are the 1st 'ω' ball discharge device, which is connected to the 2nd prize ball 4'll extracting crystal - evening respectively; Output D of lead-out gutter λ7 extended from B, +7'K gutter-shaped η closing 1XTJ,
41'-membered gutter, 2g is pivoted so as to be swingable, Dν9, the prize ball gutter 2gVcJ9 When the consecutive first renoids 2q are zero, the opening of the first prize ball Ji+'tβg is 1-1- g' is derived $i+&, exit j of 27, as shown in No. 51Y1. 'iCl: 'Ab stores one car' number (for example, 3θ (161)) prize balls inside and remains silent.
Winning ball detector - 1 is the hyperactive person device i, the 1st of “+”?
Person'd in the state] Detects the ball and activates the first solenoid 29
When Inh 61bc, 1.2 g of the 1st ball persimmon is released, and the open end 27' passes through the first prize ball discharge gutter 3θ located below the outlet 1 core. At this time, the ball in the lead-out gutter Ω7 is placed on the mooring plate 3 provided at the top of the first prize ball gutter λg.
/ obstructs the view from below. 1st prize ball 1] l11.2
When g communicates with '7A1 prize ball publication 4iii 3o, the internal prize ball flows into the first sphere +1) output 3θ and is discharged to the supply plate 30 which is attached to the fruit. 1st solenoid cough after a certain period of time? 11, the opening end λg' of the first prize ball 4i1nλg is tilted due to the force of the spring 3, and the ball 4i1nλg is out.
It returns to a stationary state facing the exit 27' of the ti 27, and replenishes balls in preparation for the next prize ball discharge.

The second prize ball discharging device 2 left is provided with a second prize ball gutter 3 left which swings by the operation of the second solenoid 3'l in the branch gutter 33 branched from the above-mentioned Shinde persimmon 127. A certain number (for example, 15 balls) smaller than the number of balls stored in the first prize ball gutter Ωg is stored in the ball gutter 3S. Therefore, the second person is poor.
Detector 23 is strange! Detecting the winning ball in the second state of Ith winning arrangement 1
The second prize ball wanders and the ball inside is 2! +z 2 'r, x ball 4 Igawa (from Oki, ?Otsu) is discharged to the left continuation 1- supply Ll112.

In addition, the private ball ejecting device 2S for two prizes also discharges the ball from the supply plate for the number of balls hit at the station where the ball was hit or won.

In the example above, if the variable prize winning device 9 wins a prize when it is in the first state where it is difficult to receive a batted ball, the prize ball is ejected.
41! If the system is activated and you win a prize (for example, 15 balls), you will eliminate more prize balls (130 balls for 1+!) than if you hit a prize ball (for example, 15 balls). When entering a prize in the second state, the second practice ball producing device-5 will eject the same number of prize balls (for example, 15) as if it were won in the winning hole, but if it was won in the second state, More prize balls may be ejected than in the case of one state.

Further, the number and structure of the prize ball ejecting devices are not limited to the above Mi''I embodiment, and may be one that can convert the number of prize balls to be ejected in the - mode v1.

For example, the prize ball discharge device shown in FIGS. 8 and 9 has a sprocket 3g provided with a semicircular groove 37 on the outer periphery into which the prize ball is inserted.
1I- of the sprocket 3g.
A light emitting element 3q and a light receiving element lθ are arranged on the opposite surface of the gutter 7, and the light rays θ from the prize balls falling at intervals are controlled. )ren&;1. A counting pulse is generated by the automatic interruption. , and sprocket 3g ++Q1+ lI/
A stopper cam 4 (, 2) is integrally provided on the cam, and around the stopper cam, a fulcrum 113 is placed in the middle t9.
Stopper 11 for f++! Locking claw at the tip of qjlS
A locking hole that engages with the hole is drilled. When the solenoid 2q is excited, the stopper arm swings as shown by the chain line in FIG. 7771 is disengaged from the locking position 7771, and the sprocket 3g is allowed to rotate in the mountain of the ball.The excitation signal of the solenoid is given by the above-mentioned winning ball detector 2, λ3. On the other hand, the demagnetization signal of the solenoid 29 is
'd The number of prize balls counted by the dividing device fist including the light-receiving element 39 and the light receiving element G0 is the prize ball U (for example, 1
5 balls) or the number of winning balls (for example, 30 balls) that gives a large amount of ejection. It engages with the locking groove 'IA' and stops the subsequent rotation of the tin rocket 3g.

In this way, the number of prize balls can be arbitrarily adjusted by applying the demagnetizing signal to the solenoid 29 (1υIK).

In addition, the variable prize winning device wa allows the batted ball to be placed in a first state in which it is easy to win and a second state in which it is easy to win. Any other structure may be used as long as it flows down a separate flow path. For example, as shown in FIGS. 10 and 11, a cylindrical body '79 with a large opening p+ttq and a small opening lIg opened above and below for receiving a batted ball is pivotally mounted to the base plate 10, and
, 1 outflow L] // and ya 2 diversion ports /λ are installed in 1 phase, and the 1st ? It may also be a general line from the exit // to the 1st MC road/?.
/1. When the ball hits the prize in the first state where g is stopped at 10 (a) 7, the cylindrical body rotates with its own car, and as shown in Figure 11, the ball hits the large 1" part When it changes to the second state where it moves up by 1° and 1°, the incoming ball flows from the 16th skewer// into the first flow path /9. Distance 1γ'At 1W
The winning balls flowing into ir/9 are detected by the first winning ball depositing device 22, and the first winning ball ejecting device! 1-l ejects many 'L-balls. In addition, when the ball is hit in the second state J-S, the cylindrical body 9 is rotated by the winning ball 1 and returns to the first state, and the winning ball is sent from the 2nd f111] exit to the second Channel 2
flows into /. Then, the winning balls that flowed into 'J4 Z fAi road/ are outputted by 4'll by the second winning ball detector-3,
2nd prize ball ejector a+, 2 s is I11 person f', t
: c + g... The same number of prize balls as when you won the prize i1J + 1,! discharge to.

As explained above, according to the present invention, depending on the state of the variable winning device when winning a prize, the number of prize balls ejected can be larger than when a normal winning ball is won. , Therefore, the player enters with a large number of prize balls.
He aimed the ball at 6'.

When you shoot, you can make a sharp point, making it possible to increase your interest in playing pachinko like never before.

[Brief explanation of the drawing]

The drawings show the implementation 1111 of the present invention, and FIG. 1 is a positive +/+i diagram, FIG. 2 is a perspective view of a variable lσ7 winning device, and FIG.
1 is a front view of the winning device U, Figure 4 is a variable power unit.
kA cross section of f device (111 side view, Figure 5 shows the front side of the i ball ejecting device. A perspective view of another embodiment of the device, Fig. 9 shows another embodiment of the prize ball ejecting device, a hemostasis diagram of Fig. 11, and Figs. 10 and 11 show other embodiments of the variable winning device zz. FIG. l・Pachinko side, Otsu...guide rail, 7...It technical department, de...changed dth prize winning device, /? ...First stop 1.
2/...rabbit, 2 is i path, 2.2...th, 1st winning ball detector 1.23...2nd winning ball detector, 2t...1'th
ball ejection device. 2S...Second prize ball ejection device. 1 network Ba59-IGGIN 8 (4) Fig. 7 Fig. 5 Fig. 6

Claims (1)

[Claims] In the game area surrounded by guide rails, a variable entrance device is installed that converts the ball into a first state where the ball enters easily and a second state where the ball enters easily. 142 (A? path is installed separately, and the first winning ball detector is installed in the middle of the 1st path, and the 4t2 path A second prize-winning ball detector is installed on the way, and both tribute balls detector 1. This pachinko machine differs in the number of prize balls ejected when a prize is won with υj′ pardon, second condition, and 9.tj.