JPS59103686A - Pinball game 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 The present invention relates to a pachinko game 1, in particular, for example, a game section K surrounded by guide rails on a pachinko game machine board,
A variable winning device with a variable winning probability, and a specific ball winning area and a special ball winning area that are connected to the operation of the variable winning device, respectively, and when the variable winning device is closed, the specific ball winning area is The variable winning device rR is operated in accordance with predetermined reward information based on winning detection to improve the winning probability to the variable winning device, and the special original person at the time of opening this variable winning device. , the variable winning device is activated again in accordance with predetermined reward information based on the detection of winning in the special ball winning area, further improving the probability of winning in the variable winning device, and This invention relates to a pachinko game machine in which a rule is added to the number of consecutive operations of a variable game device based on winning detection.

2. Description of the Related Art Pachinko machines, which use pachinko balls to play games, have become popular and are widely popular among players as a convenient form of leisure. As is well known, in pachinko and bamboo games, multiple winning holes are arranged on the board. If the ball enters the prize hole with a probability of , a certain number of prize balls will be paid out. In such a pachinko game machine, the game tends to be monotonous because the only operations performed by the player are placing the purchased pachinko balls in the ball waiting trough and hitting the pachinko balls with the ball handle.

Therefore, a new pachinko game machine that increases the number of prize balls that a player can win by adding something (ν groove?) to the pachinko game machine and operating the 70 machine 4'iQ according to predetermined conditions. provided)1. If so, the player's interest would be doubled, and a new pachinko game machine that generates Shikagu n minutes to let the player know that the +iQi:'l mentioned above is operating. If this were provided, the interest of the players would be further doubled.

The first L1 objective of this invention is to provide players with an opportunity to efficiently win prize balls according to the game condition and Q by adding some machine (book). The object of the present invention is to provide a pachinko game machine that can improve navigation and double the player's interest by providing the following information.

Furthermore, the second object of the present invention is to provide a novel system that can further double the player's interest by adding a mechanism that notifies the player with a sound effect that the player is in a gaming state where the winning probability is effective. Pachinko machines have a lot to offer.

The above-mentioned purpose of this invention and the purpose and characteristics of its mouth 11 are the drawings? This will become clearer through the following detailed explanation and explanation.

To summarize this invention, in this four-meeting pachinko game, a special ball winning area, a special ball winning area, and a variable winning machine with a variable winning probability are arranged in the game section, and
A specific ball detection means for detecting a winning ball entering the specific ball winning area, and detecting a winning ball entering the special ball winning area! ￥
A different ball detection means, a variable winning device driving means for driving the variable winning device to improve its winning probability, and a variable winning device driving device that drives the variable winning device to improve the winning probability, drive control means for controlling the jh person winning position it drive means, and counting means for counting the detection output of the special ball detection means, and the drive control means controls the specific ball when the variable winning device is closed. When a winning in the winning area is detected, the variable winning machine and driving means are controlled in accordance with predetermined reward information for winning in the specific ball winning area to improve the probability of winning in the variable winning device. As expected, when the variable prize winning device is activated, if a winning to the special original R pirate is detected, the above fluctuation will be made according to the predetermined prize information for the special ballman 1t, and the reward information for winning in the area. The prize winning device driving means is controlled again to further improve the winning probability in the variable type prize IR, and the above 1l-cl means is activated by the drive control means being influenced by the detection output of the special ball detecting means. When the count value reaches a predetermined value, the detection output of the special ball detection means that is generated thereafter is cut off. being done.

Without adding to the history, the pachinko game machine of the present invention is equipped with a sound effect generating means that generates an eye effect sound when a sound effect generation signal is applied in addition to the above-mentioned If signal, and the drive control means is configured to control the above-mentioned fluctuation. to the sound effect generating means when a win in the specific ball winning area is detected when the winning device is closed, and when a winning in the ¥ ¥ different person winning area is detected when the variable winning device is opened. The sound effect generation signal is added to generate the sound effect.

The specific structure and operation of the present invention described above will become clearer from the following embodiments of the present invention.

FIG. 1 is an external view of a pachinko game machine which is an embodiment of the present invention. The game section 102 surrounded by the guide rail 101 of the pachinko game machine 100 of the illustrated embodiment is provided with a plurality of winning holes 103a to 1034 and an out hole 104 for collecting pachinko balls that do not win. Become a feature of the example! (￥ Theorem winning area.

110a to 110C (described in detail in FIG. 2 below) and variable prize winning device 120 (described in FIGS. 3A to 3
#v#lTI will be explained with reference to FIG. C and FIGS. 4A and 4B. ) is disposed on the left shoulder of the guide rail 101, and a 7-segment LED display section 171, which is one of the features of this embodiment, will be explained in detail with reference to FIG. 6 below.

) is provided.

Further, below the front panel of this pachinko game machine 100, when a plurality of players purchase pachinko balls, there is a ball waiting gutter 130 that guides the pachinko balls one by one to the ball hitting position.
Batting rod 141 that bats the pachinko ball guided to the batting position
, a saucer 150 to which the batted ball is returned by adjusting the strength of the ball hit by the batting rod 141, and a speaker 161 (described below at 71%) that generates a sound effect, which is one of the features of this embodiment. (This will be explained in detail in FIG. 6) is provided.

Furthermore, on the back side of the pachinko game machine 100 of this embodiment,
An upper tank 201 that stores prize balls sequentially from the top to the bottom, a chute 202 that guides the eight prize balls flowing from the upper tank 201 to a ball ejecting device 203, and a chute 202 that is predetermined for each ball. A 6-ball ejecting device 203, a 4-prize ball ejector 203, stores a predetermined number (for example, 15) of prize balls, and ejects a predetermined number of prize balls when a person'1~ pulse is received.
A flow path 204 that guides the prize ball ejected by the player to the batted ball waiting gutter 130. A channel 205 that guides surplus prize balls that cannot be returned to the batted ball waiting gutter 130 to the receiving tray 150. The person who guides the winning pulse generator 206, which generates a human pulse when the winning ball passes through, to the winning pulse generator 206! Ball! hem 1
jj207 is provided.

Figure 2 shows lj, which is a feature of this embodiment, in the light bulb joining area 11.
It is a longitudinal cross-sectional view which shows an example of 0a. Specific ball winning area 11
0a is a system in which a predetermined number (for example, 15) of prize balls are refunded to the player in the winning area.
The winning opening 111a protruding into the gaming section 102 is located in the gaming section 102.
The pachinko balls that fall along the gaming section 102 and are received in the winning slot 111a are connected to the IT ball Hayabusa gouge 207 on the back side of the machine, and are sent to the winning pulse generator via the winning ball collection gutter 207 206 and this winning pulse generator 20
6, a winning pulse is generated. Also, specific hominids' area 1
The feature of 10a is that it can be placed at any point along the flow path of pachinko balls from the winning opening 111a to the entering ball Hayabusa channel 201.
A specific ball detection means 112a is provided for detecting admission of a pachinko ball to the specific ball winning area 110a. , in the embodiment shown in FIG. 2, -1 (I
) Toshi-C uses a micro switch whose contact is closed when a pachinko ball passes, and the specific ball detection means 112a can detect the winning of a pachinko ball to Q110a during the winning period of a specific ball. It can be anything, so to speak. This specific ball detection means each 11λao) (
Although not shown in the figure, the mode of Iil is, for example, input ^'
A light-emitting element and a light-receiving element are arranged facing each other at any point in the flow path of the pachinko balls from the mouth 111a to the winning ball set 1HII2tlγ, and the optical path from the light-emitting element to the light-receiving element is blocked by passage of the pachinko balls. An optical sensor or the like that detects the passage of pachinko balls using various methods can be considered.

When a pachinko ball wins a prize in the specific ball winning area 110a, fixed ball detection (r< number?) is output from the ¥4 fixed ball detection means 112a. 1:;1 to improve the winning probability of pachinko balls to the variable winning prize J device 120, which motivates the speaker 161 to generate a sound effect.

In addition, the specific ball winning areas 110b and 110c also have the specific ball winning areas 1iQ11Q shown in FIG. 2 in their first construction.
Since it is common to A, the revised explanation will be redundant, but it is desirable to develop a variable winning device-120 corresponding to each specific ball winning area 110a to 110c! The drive control means, which will be described later, is configured so that the iV4 type (for example, the number of times and 114 formation times) is excluded, and the display for informing the player of the (4) formation mode is displayed for each specific Ball winning area 1103-1
It is made on the front of 10C. The details of the variable prize winning device 1200 will be described later, but in summary, the variable winning device 120 is configured so that the probability of admission to the variable prize winning device 120 increases when opening, and therefore, the number of openings of %fW120 is large for the town mover. Therefore, the longer the intervening time becomes, the more efficiently it will be possible for players to acquire monument balls. Therefore, in the example shown in FIG. At this time, the variable prize winning device 120 is configured with a drive control means (to be described later) so as to open twice in a row, and each specific ball loading amount Q
On the front of each of the machines 1loa to 110c, a number indicating the number of openings (2) of the variable prize winning device 120 is displayed using colored paint, light emitting diodes, or the like. As described above, in the embodiment shown in FIG. 1, winning in the specific ball winning area 110c among the specific ball winning areas 110a to 110c is accompanied by a larger profit for the player, so the specific ball winning amount h 110
If the winning to c is more difficult than the winning to the specific ball winning areas 110a and 110b, the interest of the players will be further increased.

Next, Fig. 3A, Fig. 3B, and Fig. 3C show an example of the variable winning bag 11τ120, which is one of the features of this real sister example. ii! The front view of N20, Figure 113B is the front view of Figure 3A (vA-λ sectional view, t
(Figure 63C is installed in the variable winning device 120) Also, this variable winning device 120, which is probably an extra F congratulatory drawing centered on the 1. A special ball 11L area 300, which is one of the features of this embodiment, is located in the lower center of the inside of the variable winning device 120.
(The special ball winning area will be explained in detail later.) is formed as well as 1IIi of this special ball winning area 300.
Normal winning holes 103f and 103g are formed on the i side.The characteristic feature of the variable winning device 120 is the winning area formed inside the variable winning device 120, that is, the special ball winning area. 300 and winning holes 103f and 103g are controlled by the drive control means described later.
The point is that it is variable based on 11. That is, a triangular box 122 is formed on the upper part of the variable winning device 120 so as to cover the special ball winning area 300 and the winning holes 103f and 103g, and the variable winning device 120
0 both sides, the upper ends of which reach near both ends of the lower side of the box body 122, and the lower ends of which are connected to the entry holes 103f.
.

It is pivotally supported on pivots 124; t and 124b so as to surround it from the side. These movable pieces 123a, 123b
In the initial state, the pivots 124a of the movable pieces 123a, 123b are approximately upright as shown by solid lines in FIG.

124b is the driven plate 12 on the back side of the gaming section 102.
5a, 125b and driving plates 126a, 126b, and when the solenoids 401a, 401b are energized by a drive control means to be described later, the movement of the solenoids 401a, 401b is controlled by the driving plates 126a, 126b. 126b, driven plates 125a, 125b
, a movable piece 123a via pivots 124a and 124b,
123b, the movable pieces 123a, 123b swing about the pivots 124a, 124b, and are opened as shown by the two-dot chain line in FIG. Movable pieces 123a, 12
3b is closed as shown by the solid line in FIG. (However, if the box body 122 is made smaller or the movable piece 123a
, 123b may be shortened to provide some possibility of inflow as a detailed design change.

) Solenoids 401a and 401b are energized and the movable piece 1
23a.

When the pachinko ball 123h is opened as shown by the two-dot chain line in FIG. The probability that the pachinko balls that have fallen will flow into the variable winning device fft120 is increased, and the pachinko balls that have flowed into the variable winning device 120 will win either the special ball winning area 300 or the winning holes 103f and 103g.

This special ball winning area 300 and winning holes 103F, 103
G is located at the back of the gaming section 102 and communicates with the winning ball collection gutter 207, and is connected to the special ball winning area 300 or the winning hole 1.
The winning pachinko balls at 03f and 103g pass through the winning ball collection gutter 207 and the winning pulse generator 2 (16).
As a result, a predetermined number of prize balls are discharged from the prize ball discharge device 203, and these prize balls are passed through the flow path 204 to the batted ball waiting gutter 1.
30 to be refunded.

Furthermore, special ball detection means 301 is provided inside the special ball winning area 300 to detect a pachinko ball that has won a prize in the special ball winning area 300. In the embodiment shown in FIG. 3, an example is shown in which a microswitch whose contact is closed when a pachinko ball passes is used as the special ball detection means 301. What kind of device can detect the insertion of a ball (
For example, an optical sensor) may be used. Specific ball winning area 300
A special ball detection signal outputted from the special ball detection means 301 when a dick ball wins is added to the drive control means described later, and this special ball detection signal controls the variable winning device 120 (inside the body of A). is the nr moving piece 123a of the variable prize winning device 120,
123b opening side (AIL, te) variable person * device N120
It becomes an IrIIJ machine that produces a sound effect that increases the probability that pachinko balls will enter the machine, and a sound effect is produced from the speaker 161 in the rainbow.

As already mentioned, when a pachinko ball wins in the specific ball winning areas 110a to 110c, the opening of the variable winning device 120 is controlled to improve the probability of a pachinko ball hitting the variable winning device 120. When a pachinko ball wins in the area 300, the drive control means described later is configured so that the winning efficiency to the variable winning device 120 is further improved.

For example, when specific ball winning areas 110a and 110bK pachinko balls win, variable winning -1fiij120 is once,
When a pachinko ball wins in the specific ball winning area 110C, the variable winning device 120 activates the variable winning device 120 twice in a row, and when a pachinko ball wins in the special ball winning area 300, the variable winning device 12
The drive control means, which will be described later, is configured so that 0 occurs 18 times in a row. In this way, the player's immediate goal is to first hit the pachinko balls into the specific ball winning areas 110a to 110C to open the variable winning device 12tJ and improve the winning efficiency.
After the system [120] is opened, the purpose is to drive pachinko balls into the special original area 300 in the variable winning device 120 to open the variable winning device 120 continuously, and to further improve the winning efficiency. Because of the deafness, the interest in it is even more heightened.

In this way, landing a pachinko ball in the special ball winning area 300 brings extremely advantageous results for the player in terms of improving the winning probability, so it is preferable to place the special ball in the vicinity of the special ball winning area 300. 'Pt(+Ii area 30
If an obstacle device is provided to restrict the winning of pachinko balls to 0, the difficulty of winning the special ball winning area 300 will increase, and the interest of the players will further increase in order to overcome this difficulty. In the embodiment shown in FIGS. 3A to 3C, a propeller-shaped obstacle device 1 is installed in the center of a guide shelf 127 bridged above the special ball winning area 300 and the winning holes 103f and 103g.
21 is rotatably supported on the shaft, but the obstacle device 121
Even if it is a shape other than the above, as long as it prevents the ball from entering the special ball winning area 300, the same purpose can be achieved by using one obstacle nail.

Next, FIGS. 4A and 4B show other aspects of the variable winning device 120, of which FIG. 4A shows a variable winning device 120.
It is a front view of the L device 120', and Fig. 4 B is a front view of the L device 120'.
It is a BB' cross-sectional view.

This variable winning device 120' is also basically a winning area where a predetermined number (for example, 15) of prize balls are refunded when pachinko balls are won inside, and the variable winning device 120'
A special ball winning area 300' is formed in the center of the lower part of the inside, and normal winning holes 103f' and 103g' are formed on both sides of the special ball winning area 300'. or,
At the top of this variable prize winning device 120', a triangular solid 1
22' is formed, and on both sides of the variable prize winning device 120' there are guide walls 128a whose upper sides are inclined inward,
128b is formed to slightly protrude from both ends of the solid body 122'. Furthermore, the left and right guide walls 128a,
128b, the pachinko balls that have flowed into the variable winning device 120' are transferred to the special ball winning area 300' or the winning hole 103f'.
, 103g' of the bent guide chamber 129;
0 is provided with a movable piece 1212 whose lower end is rotatably supported on a pivot 1211. In the initial state, this movable piece 1212 is approximately upright as shown by the solid line in FIG. The solenoid 401' is connected to the solenoid 401'.
01' is energized by the drive control means described later, the movement of the solenoid 401' is caused by the rod 1214 and the actuating piece 12.
13 to the movable piece 1212, and the movable piece 12
12 rotates around a pivot 1211 to open an opening 1210 of the guide chamber 129 as shown by the two-dot chain line in FIG. 4BK.

This variable winning device 120' is placed along the board of the gaming section 102.
A pachinko ball that falls in the direction of is a solid 122'
Some of the winnings are repelled out of the variable winning device 120', and some of them head toward the opening 1210 along the upper sides of the guide walls 128j1 and 128b. At this time, if the movable piece 1212 closes the opening 1210, this pachinko ball will pass through without winning, and conversely, if the movable piece 1212 closes the opening 1210, the pachinko ball will pass through without winning.
10, this pachinko ball has an opening 1210
The ball enters the guide chamber 129, rolls over the guide plate 1215, and enters the special ball winning area 300' and the winning holes 103f' and 103f'.
Win a prize in one of 3g'. This special ball winning area 30
0' and the winning holes 103f' and 103g' are connected to the winning ball collecting gutter 20γ, and the pachinko balls that have entered the special ball winning area 300' or the winning hole 103f'e100g' are routed through the winning ball collecting gutter 207. Winning pulse generator 20
As a result, a predetermined number of prize balls are discharged from the prize ball discharging device 203, and these prize balls are returned to the batted ball waiting gutter 130 via the flow path 204.

Further, inside the special ball winning area 300', a special ball detecting means 301' is provided which outputs a special ball detection signal when a pachinko ball that has won a prize in the special ball winning area 300' is detected. This special ball detection means 3131' is specifically constituted by a microswitch, an optical sensor, etc., and the special ball detection signal outputted from the special ball detection means 301' is not added to the drive control means described later. The variable input device 120' shown in FIG. 4A and FIG. Similar to the variable winning device 120 shown in FIG. 3C, the specific ball winning area 11
It is also opened when a pachinko ball wins a prize in 0a to 110C, and preferably specific ball winning areas 110a, 1
When a pachinko ball wins in 10b and specific ball winning area 1
When a pachinko ball wins at 10c and special ball winning area 3
The opening mode (for example, the number of openings and opening time) is controlled to be different depending on the case where a pachinko ball wins at 00'.
do. Specifically, for example, the specific ball winning area 110
If a Nokuchinko ball is won in a or 110b, the 11 variable prize device Ft120 is opened for 1 unit time (the length of the unit time is arbitrary), and if a Nokuchinko ball is won in the specific ball winning area 110C, the variable prize device 118 units at 120' rlη[:
It is controlled so that the In this way Il'j%11
Since winning a prize in the ball winning area 300' brings extremely advantageous results for the player in terms of improving the winning efficiency, it is desirable to have a guide room (in the guide room 129) so that the movement of the dick ball can be seen. The front of 129 is a transparent window part 121
6, and a stationary device such as an obstacle nail 1211 is provided near the special ball entry T' area 300', which will further increase the interest of rf players.

Next, FIG. 5 is a block diagram showing an outline of the control system of the Nokuchinko gaming machine of this embodiment, in which specific ball detection means generates a specific ball detection signal when a pachinko ball hits the specific ball winning area 110a. 112a output line and specific ball winning area 1
The output line of the specific ball detection means 112b, which generates a specific ball detection signal when a pachinko ball wins a prize in 10b, is OR-connected and added to the 1 drive control means 500, and a pachinko ball wins in the specific ball winning area 110C. The output line of the specific ball detection means 112C, which generates a specific ball detection signal when a pachinko ball hits the special ball winning area 300, and the output line of the special ball detection means 3111, which generates a special ball detection signal when a pachinko ball hits the special ball winning area 300, are each driven independently. Control means 5flO are added. In addition, the movable pieces 123a, 1 of the variable prize winning device 120'
Variable prize base one line movement means 400 that moves 23b once and closes once.
input end and sound effect generating means 1600Å for generating sound effects.
A signal for each sip and sound effect generation No. 01 are applied from the drive control means 500 to the power end.

This drive control means 500 monitors the closing signal by the variable winning device 120, and when a specific ball detection signal is added from the specific ball detection means 112a, 112b, it adds a sound effect aging signal to the sound effect generation means 160. When the sound is generated, the book
A drive signal is applied once to the variable winning device driving means 40G to open the variable winning device 120 once, and the specific ball prize LIj
When the specific ball detection number 46 such as the hand sinking 112cvh is added, the sound effect is generated.
In addition to this, a long sound is generated, and Pau 1 is added twice to the variable prize winning device driving means 400, and the worker T<*
*Create 120 twice. Eh, the drive control means 50 monitors the special ball detection signal output from the special ball detection means 301 when the party moving human group 1 and 120 are in the t38r state, and adds the special ball detection signal 1i'. In addition to the raw signal of childish sweat, it generates 5 effective squares in addition to the generating means 160, and once the variable winning device 120 is closed, @winning = %R, add -C to the drive means 160 18 times in a row (movement number 8).
Make 4 Cs 8 times in a row.

In addition, the drive 111 is attached to the drive +1iJ11I11 elevation means 500.
110 is implicitly connected to count the special ball detection signal applied to both means 500. When the drive control means 500 is operating in response to the special ball detection signal, this measuring step 1TO is activated at tII, and the drive control means 500 is activated! Counts the special ball detection signals generated during the continuous operation based on RV separate ball detection No. 14, and when this count value reaches a predetermined value, blocks the special ball detection signals that occur after that. It is made to be. Furthermore, this counting means 170 displays a display handwriting for displaying the count 4 value, and the player can know the progress of the game by this display.
The figure shows an AND gate G1. A free lag prop 50 that stores the specific ball detection signal transmitted through the
1. AND gate G that transmits the specific ball detection signal output from the specific ball detection means 112C to the flip-flop 502
Flip-flop 502 which stores the specific ball detection (U) transmitted through the AND gate G and 21. AND gate GH1 which transmits the special ball detection signal output from the special ball detection means 301 to the Noritsubu flop 503. Flip-flop 503 for storing the special sphere detection signal transmitted through the gate G4.
AND gate G6 which calculates the logical sum of the outputs of 02 and 503 and transmits the logical sum of the outputs of flip-flops 501, 502, 5t)3 to the oscillator 504.Oscillator 514 + oscillator 504 that generates a pulsed drive signal. The number of pulses generated by 2 is counted, and when the variable person A' device 120 is opened a predetermined number of times, the corresponding solub 7 is
Counter 505° that clears the memory contents of the 0 knobs 501, 502, and 503 and returns to the initial state Ant gate G for setting the number of openings of the variable winning device R120, Variable winning device 1
A game in which the pachinko balls that entered the variable prize winning device 120 immediately before the opening of 20 will take a special ball test)t;8. A timer 507 is provided which stops the oscillator 504 for a predetermined period when the n different ball detection signals are applied.

In addition, the sound effect generating means 160 generates a specific ball winning area 110a~
A sound effect generation circuit 162 that generates an audio signal in the audible range when a pachinko ball wins a prize at 110C. Special ball winning area 3
A sound effect generation circuit 163 generates an audio signal in the audible range when a pachinko ball reaches 00, and a majestic voice signal is generated.The sound effect generation circuits 162 and 163 are constructed of LSL for voice synthesis or the like.

Next, the counting means 170 is reset when the memory content of the flip-flop 503 is invalid, and activated when the memory content of the flip-flop 503 is significant, and clocks the different ball detection signal by reading a preset value. When the count value of the down counter 1γ reaches a predetermined value, the AND gate G,
negative logic OR gate G and inverter gate G, 6. Evening: Uncaufta 1f 10 count value l'l
'f Read and display! A decoder driver 174.7 segment L4 vertical ED configuration display hand-gilrl is provided for driving the decoder driver 171.

Further, the driving means 400 includes solenoids 401a and 401b and a solenoid 401 that drive the movable pieces 123a and 123b.
A transistor 402 that controls on/off of transistors a and 401b.
Furthermore, the waveform shaping circuits 601 to 613 shape the specific ball detection signal and the special ball detection signal No. 16 into a pulse waveform that matches the drive control means 500.

Next, with reference to FIGS. 1 to 6, the operation of this embodiment when a player plays a game with the pachinko game machine of this embodiment will be explained.

The player first puts the purchased pachinko balls into the ball waiting gutter 130, and the pachinko balls placed in the ball waiting gutter 130 are guided one by one to the ball hitting position. Next, the player operates the batting ball handle 142 and the batting ball switch 143 to move the batting rod 14.
1, a pachinko ball is hit with an appropriate force. The launched pachinko balls enter the game section 102 along the guide rail 101 and fall along the game section 102. Among Al'J falling along the gaming section 102, some pachinko balls win prizes in the winning holes IU3a to 103e or specific ball winning areas 110a to 110blc, and some balls are collected into the out hole 104 without winning. Ru. In addition, in the initial state, the variable winning device 120 is closed, and in the parent mail example, the I special ball winning area 300 and the winning holes 103f, 103
g is placed in the variable winning JAn120, so the special ball winning area 300 and winning hole 103f are immediately available after the start of the game.
, there is no way a pachinko ball will win at 103g.

Winning hole IQ3a ~ IQ3e + specific ball player area 11Qa
~110c The winning pachinko balls are collected in the winning ball collection gutter 207
The winning pulse generator 206 generates a winning pulse as a result. This winning pulse is added to the prize ball ejection device +1t2133, and the prize ball redo device! From f203, a predetermined number (for example, 15)
of prize balls are discharged, and these prize balls are returned to the batted ball waiting gutter 130 via the flow path 204. Also, the pachinko balls that have won a lot of prizes are collected by the r-wool hole 104 and become a profit for the pachinko parlor.

In the process of continuing the game in this way, when a pachinko ball hits a specific ball winning area 110a to 11QcK person'R, the corresponding specific ball detection means (any one of 112a to 112c) generates a specific ball detection signal. For example, specific ball winning area 11
When winning 0a, the back fixed ball detection means 112a generates a specific ball detection signal, and this specific ball detection signal No. 16 is shaped by the waveform shaping circuit 601 into a significant pulse waveform for the driving fttll writing means 50Q and sent to the AND gate. , Im in
I'm so happy. The output of the flip-flop 5020q is applied to the control terminal C1 of this AND gate G, but this flip-flop 502 is connected to the specific original person'R region 110C.
Pachinko ball person'? Since it is used to store Fk, it is reset in the initial state.The level of the control terminal C5 of the AND gate G is ■(.Therefore, the AND gate (). The applied specific ball detection signal is applied to a set of 7 flip-flops 5010 via i; The flip-flop May detects this object ball (hits J on the rising edge of No. N and stores it as a prize in the C specific ball input area 110a).

A pachinko ball wins in the fixed ball winning area 110R and is transmitted to the AND gate G8. This antoge)G
The output of the timer 50T is applied to the control terminal Cs of 6, but since the timer 507 is used to close the AND gate G for a predetermined period of time when a winning in the special ball winning area 300 is detected, the ant game is not activated at this point. ) Gs') control n terminal C
The level of 5 is H, so the specific ball winning area 1108
Clip prop 5 showing that the K pachinko ball was stolen
Q output [H level] of 01 is or game) G4, G5-7
to the oscillator 504 and counter 5 via
+ is added to the reset terminal of 05. This oscillator 504
has a relatively long period when its input level becomes H (
For example, a few seconds), the oscillator 504 generates a pulse-like drive signal. Therefore, when a Nokuchinko ball wins in the specific ball winning area 110a and the Q output of the flip-flop 501 becomes ■, the oscillator 504 generates a pulse-like drive signal. This driver 1 is applied to the base terminal of the transistor 4020 via R.
11fti is applied to the clock terminal of the counter 505. If the time when the drive signal output from this oscillator 504 is H is defined as TI, and the time when it is L is defined as T, the transistor 402 is in an on state for a time T, and 4rqVB
solenoid 401a, 401b+) transistor 40
A ground BK drive current flows through J1 and solenoid 4018.4 [11b is energized for a time T]. The movement of the solenoids 401a and 401b is controlled by the driving plate 126a.
, 126b.

The information is transmitted to the movable pieces 123a, 123b via the driven plates 125a, 125bI pivots 124a, 124h, and the movable pieces 123a, 123b swing around the pivots 124a, 124b, as shown by the two-dot chain line in FIG. 3A. t, and the winning probability of the variable winning device 120 improves.

At the same time, it indicates that a pachinko ball has entered the specific ball winning area 110a, and the Q output of the flip-flop 501 [
H level] is a book that generates a sound effect signal via the or gate G%, so a pachinko ball wins in the specific ball winning area 110a, and the Q output of clip 70 Tsubu 5 old)
When the effect F is reached, an effect signal is generated from the generation circuit 162, and this sound effect signal C is amplified by the amplifier circuit 1, and a sound effect is generated from the speaker 161.

If there is no winning, the counter 505 counts up at the rising edge of the drive signal (that is, when the variable winning device 120 is closed from the 14th generation 1 sliding door), and the Q
, the output level becomes H. Therefore flip frog 5
01 is reset, HA ('III) 1 person KAi 12
After 0 is activated once, it returns to the initial state and the sound effects stop.

On the other hand, if pachinko balls are added to the special ball winning area 110a at the time when the worker K'Aiit 120 is opened, the following occurs: As described above, the counting means 170 starts operating as the inflection prize winning information 120 is entered a maximum of 18 times.

Special ball winning area 3t) When a winning pachinko ball passes the special ball detection means 301, the special ball detection means 301 generates a special ball detection signal, and this special ball detection signal is converted into a significant pulse waveform by the waveform circuit 603. It is arranged by and gate G, and it also has fangs. At this time, in order for the separate ball detection signal to pass through the AND gate G, one terminal is required: C, , C,
level must be H.

First, the level of the control unit terminal C6 is determined by the output level of the OR gate G, and the output level of the OR gate G is determined by the output level of the down counter 172 ((J++Qt*C1
s, Q4) = (H, L, L, L), it will be L only if it is not, and in other logical cases, it will be all one [iI. At this moment, the down counter 172 has been rehit, so the output level of the OR gate G is l(, and therefore the human power level of the terminal C6 between ftflll is 1().

On the other hand, the flip 501, !, is connected to the control terminal C* via SIG8 to the OR gate G4r. The Q output of 502 is added, and when the l (indirect input PfL device) is opened, either the flip-flop 501 or the solid flop 502 (in this J case, the flip-flop 501) is set. The human power level of the control terminal C1 of the OR gate G is H.

Accordingly, the special ball detection signal 1d is applied to the set terminals of the flip-flop 503 and timer 50T via the OR gate G, and the flip-flop 503 and timer 501 are set at the rising edge of the special ball detection signal.

By the way, a predetermined time is required for the ball that has entered the variable winning value v1.120 to pass through the special ball detection means 301, and in particular, the variable winning value v1. When pachinko balls flow into 120,
By the time this pachinko ball passes the special ball detection means 301, the flip frog 5 old may have already been reset. Therefore, in this embodiment, a timer 506 is provided to ensure that the special ball detection signal passes through the AND gate G even in such a case. That is, the timer 506 is set by the falling edge of its set input, and is set to make its Q output high for a predetermined time T, and the Q output of this timer 506 is passed through an OR gate G. and is connected to the control terminal C3. Therefore, even if a pachinko ball enters the variable winning device 120 before the variable winning device 120 closes, the timer 506 is set and its Q output becomes I(). If the special ball detection signal can pass through the detection means 301, it can pass through the AND gate G.Then, the timer 50
If the maximum time required for a pachinko ball flowing into the variable prize winning device fR120 to pass through the special ball detection means 301 is set as a reference trap, 60 set time T, special ball detection 1 can be set.
All the numbers pass through AND gate G, and timer 50
7 and flip-flop 5030 set input terminal.

When the special ball detection signal is distributed in this way, the flip-flop 503 is set at the rising edge to memorize that a pachinko ball has won in the special ball winning area 300, and the timer 507 also registers the special ball detection signal m. is set at the rising edge of oscillator 5040 for a predetermined period of time.

Therefore, the operation of the timer 501 will be explained next.

This timer 507 is composed of, for example, a medium-stable multivibrator, and when a trigger is applied to the set input terminal, CR
It is of the type that oscillates for a time T4 determined by a constant, and when the special ball detection signal is added or depleted, the timer 507 uses the standing start as a trigger to start emitting 41J for one shot, and its Q output is J'' It will be 4 hours.

Since the Q output of this timer 507 is applied to the control input terminal C2 of the AND gate G, the output level of the AND gate G is set to 4 after the timer 507 generates the special ball detection signal.
The oscillator 504 stops oscillating during the elapsed time T4.

When the oscillator 504 stops oscillating, the output level of the oscillator 504 becomes L, so the transistor 402 is turned off, and no drive current flows through the solenoids 4Q1a and 401b. Therefore, after special ball detection No. 1a occurs,
The time-varying winning device R120 of r, which the timer 507 is counting, enters the open state.

like this? The reason why the variable winning device flt 120 is closed for a time T after the special ball detection ai is generated is to notify the player of winning in the special ball winning area 300 along with the generation of the sound effect described below. Therefore, it is desirable that 140 hours is sufficiently longer than the oscillation period of the oscillator 504.

On the other hand, a pachinko ball has won in the special ball winning area 300, and the Q of the flip-flop 503 that has won the special ball winning area 300.
The output [1■ level] is added to the sound effect generating circuit 163, and also goes through the or gate G2 to the ANDGOO lG,
+, and its Q output [L level] is added to the counting means 1γO.

First, the sound effect generation circuit 163 is a flip-flop 503.
When the Q output becomes H, when it is known that a pachinko ball has won in the 'ffff ball winning area 30, an effect line signal in the audible area is generated, and this sound effect signal is sent to the amplifier circuit 164.
The sound is amplified by the speaker 161, and the speaker 161 produces four sound effects.And at this time! l
In order to make the entry into the 300 yen Bessakujin Prize even more impressive, the sound effect No. 13 generated by the sound effect generation circuit 163 is different from the sound effect signal generated by the sound effect generation circuit 162. It is desirable that the

In addition, the Q output [l (level)] of the Norinobrog 503, which stores winnings in the special ball winning area 300, is also added to the AND gate G via the OR gate G.
Therefore, when the time T4 has elapsed after the generation of the special ball detection signal, and the Q output of the timer 507 applied to the control terminals C and J of the AND gate G becomes )I, the ant game)
The output of 6 becomes it. Since the output of the AND gate Go is applied to the reset terminal of the oscillator 504 and the counter 505, the oscillator 504
resumes oscillation, and counter 505 is released from reset. As already mentioned, when the oscillator 504 starts oscillating, the oscillator 504 outputs a pulse-like drive signal for a time H of Ill and a time T, so the transistor 402 turns on and off in synchronization with this. Repeatedly, the movable pieces 123a and 123b of the variable prize winning device 120 also repeat opening and opening in synchronization with this. And this variable winning device 1
The opening of 20 continues until the first point when the flip-flop 503 is reset by the counter 505 or the timer 507 is set due to the generation of the special ball detection signal.

First, regarding the counter 5t)5, the counter 50
5 is released from the reset state when the output level of the AND gate G becomes H (that is, when the oscillator 504 resumes oscillation), and the falling edge of the drive signal i output from the oscillator 504 The count will increase. In other words, the counter 5115 is incremented each time the variable prize winning device 120 is opened once, and this counter 505 is incremented every time the variable prize winning device 120 is opened.
Specifically, a special ball detection signal is generated midway through, and timer 50 is activated.
By setting 7, the output level of AND gate G6 becomes L.
), the output from the oscillator 504 is movable (
, At the point when No. 1 reached the 18th falling edge (
That is, strange, 213 winning device 120 is 181t31st ii
At the time r) when the F condition ends the open state, the count is counted up 1.8 times, and the output of Q2 and Q is 1 (becomes 1) in the circuit. ], so the human power level of the oscillator 504 also becomes L, the oscillator 504 stops oscillating, and the variable prize winning device 120 returns to the open state.
At this time, the Norinobrog 503 is reset, and the sound effect generation circuit 163 also stops operating, and
The generation of fruit sounds also stops.

In this way, when the variable winning/seat adjustment 120 starts continuous opening due to the generation of the special ball detection signal, the variable winning device 120 will continue to open 18 times unless the special ball detection signal is generated again during that time. After that, (the dick gaming machine returns to its initial state.

By the way, let us now consider the operation of the counting means 170 going back to the point in time when the flip-flop 503 failed to set due to special ball detection 1>1 <west/east.

When the Norinobfrog 51J3 is set by the special ball detection signal and the level of its four outputs becomes L, the down counter 172 is released from the reset state.

Also, the four outputs of the flip-flop 503 are connected to the delay circuit 1T3.
Since the down counter 172 is applied to the preset enable terminal of the down counter 172 through the reset state, the down counter 172 is activated after the time determined by the CP constant of the delay circuit 173 has elapsed, and the preset value is set. Ru. In this embodiment, the preset input of the down counter 02 is [PI, PI−PslP+)=(L, L, L,
, H), so the down counter 1F2 contains "8".
' is set, and its output is (Qs, Qt-Qs, Qs
)=(L,,L,L,H). The output of the down counter 112 is then displayed as desired. This counting means 17
When 0 is activated, it counts the special ball detection signals that occur after that, and when that number reaches a predetermined value, it closes the GB and does not accept any more special ball detection signals (No. 1d). It is intended to regulate. The number "8" displayed on the display #1T1 is the 8th bullet (the first special ball that caused the down counter 172 to be activated) even if special ball detection signals occur continuously. It is expressed that the special ball 18 liter issue of ゛(゛) which includes the ball detection signal is not accepted.

The display 6171 is subtracted each time a special ball detection signal is generated, and the player can know from the display 6171 how many more special ball detection signals will be missed.

- in this case, when the counting means 170 is activated;
Hit, flip-flop 503 is set and variable type: l
'tj4 [120 is hvt repeating the opening and closing, a pachinko ball is won in the special ball winning area 300, and as a result, the special ball detection means 3tll generates special ball detection 1 (issue), How does the pachinko game machine of this embodiment operate?

First, when down counter 1γ2 is activated,
As a prerequisite, the flip-flop 503 is naturally set, and the level of the control end 1 of the AND gate C8 is l(. Also, the display 8171 is "8".
is displayed, the output of the down counter 172 is (Q
s, Qt, Qs, Q4]=[:L,L,L,f(], so the level of control terminal C0 is also)(.[・Special ball detection means 301 generates a special ball detection signal. Then,
This special ball detection No. 41 is applied to the set input terminal of the timer 5070 and the clock input terminal of the down counter 1r2.

The timer 507 oscillates when set by the special ball detection signal, and its Q output reaches the time T4, and the ant game
) Go's output also takes the time 'r. Therefore, the oscillator 504 stops the time oscillation of T, +f=, and the variable prize winning device 1
? t120 is closed for the time T4, and the counter 505 is also reset. Then, when the time rr has passed and the 4 outputs of the timer 507 become H, the 4-closer 504 restarts the oscillation. : pIb, variable prize winning device 120 (1 and generator 50
The opening and closing operations are repeated 4<5 times by the same amount as 4, and the counter 505 is also released from re-hitting, and from that point on, the rising edge of the kite motion signal is again rotated from 0 to 5 times. If a special ball detection signal is generated during that time, the variable winning device 120 closes 1l-1'1 again at 'r4,
After the time elapse of 'r4 and n, the opening and opening are repeated C. Therefore, while the variable prize winning device 120 is repeating the opening and closing, the special ball is detected 1.
If d is not generated, the clip-flop 5113 is reset and returns to the initial state when the counter 505 counts 18 times.

Down 7, display! The display number 171 is also subtracted. When the seventh special ball detection signal is generated, the down counter 1
r2) Output cover (:QtIQ, lQslQ4) = C) (+
4 yen 1 L, L, L), and display idea 171 displays "1". Then, the output of the down counter 72 is [Q,.

Qz, Qs, Q4〕=C) I, IJ, L, l□:]i?
When C is reached, the output signal of the OR gate G+1 becomes L, and the level of the control terminal C6 of the AND gate G also becomes L. Therefore, even if the 8th special ball detection signal is generated at 5V, it will not be detected by the control means 500 and will oscillate? ′? r50
4 is the evening f-ma 51J7 based on the special ball detection signal of '1'.
After the set time T4 has elapsed, set May < 18 times,
The oscillator outputs the 18th drive signal, and the Q output of the attack counter 505 (h output becomes H, and the output level of the rd gate G) Since the signal becomes H, the flip-flop 508 is reset and the pachinko game machine is initialized.

Therefore, if the player wins 8 times in a row using the special ball winning area 300, the player will be forced to play the game from the beginning.

In addition, in the above action sequence, the specific ball insertion area 110C! 'C What happens when a pachinko ball hits a human? Although it is not written, the pronunciation is correct as AND gate G, 'f and gate G2, and the reading is changed from 7 flip-flop 501 to flip-flop 502 J.
In other words, the basic operation is the same as when a pachinko ball wins in the specific original player area 110a, so I will avoid repeating the explanation, but the only difference is that the flip-flop 50
The Q1 output of the counter 505 is connected to the reset input terminal 1 of the flip-flop 502, and the Q2 output of the counter 505 is connected to the reset terminal ζ of the flip-flop 502. Therefore, 495F: Ball winning area 110a
When a pachinko ball wins, the flip-flop 501 is reset when the Qm device 504 oscillates once, so the variable formula 'l! AF? 120 is activated once, and when a pachinko ball wins in the specific ball winning area 110C, the oscillator 504
is fired twice, and at this time the flip-flop 502 is opened seven times, so the variable winning device 120 is opened twice in a row. Although the operation is not shown, as is clear from FIG. 6, the output of the special sphere detection means 112b is! Since it is OR-connected to the output of the fixed ball detecting means 112a, the operation when winning the specific ball winning area 110b is exactly the same as the operation when entering the specific ball winning area 110a.

As explained above, in the pachinko game machine of the present invention, if a prize is won in the specific ball winning iA area when the variable winning device is closed, the variable winning device is opened, and the probability of winning a prize in the variable winning device is improved. If the special ball enters the area*1- when the variable winning device is opened, the variable winning device will be opened continuously and the probability of winning a prize in the variable winning device will be further improved. Therefore, the player's goal is to open a variable winning device without entering the specific ball winning area at the beginning of the game, and after the variable winning device is established, the goal is to enter the special ball winning area. The goal can be changed depending on the state of the pachinko machine, such as setting the goal of continuously opening winning machines, and when the goal is achieved, the prize ball can be efficiently distributed. Therefore, according to the present invention, the interest of the players will be greatly increased.

Furthermore, the pachinko game machine of the present invention is provided with a means for initializing the entire device when a prize has been won in the special ball winning area a predetermined number of times in a row, and how many times can the machine be initialized in the special ball winning area? It is equipped with a means for displaying whether or not it is necessary to win a prize. Therefore, for advanced players, it is possible to prevent the monotony of the game caused by the continuous opening of the variable prize winning device over a long period of time, and in addition to the normal game of obtaining Toge Gakuin balls by winning a prize, the display means You can enjoy a new game of reducing the number of displays, and your interest will increase more and more.In addition, above is an example of a control circuit that controls the number of openings of a variable prize winning device, If you disconnect 14i4 between the output of the gate 504 and the resistor &, and add it to the base of the transistor 4020 through the output of the AND gate G, the resistor R1al-, it can be applied to the case of controlling the opening time of the variable prize winning device. can.

In addition, in the above, the special ball tribute area was set up in the variable type [side road], but the special ball tribute area was placed outside the variable person'pL device.
In addition to playing a winning role, a general winning hole may also be provided in the variable betting device.

Also, in ), the sound effect generating means is the audio signal 1'y, LS
Although the explanation has been made assuming that the bean consonant (ff) produced by I is pronounced by the speaker, the effect i+-4 production means may also be used as a pure consonant or a pel τ.

[Brief explanation of the drawing]

Figure 1 is a front view of the pachinko machine published by Hon Issouaki Ichimiwan, Figure 2 is a vertical cross-sectional view of the specific ball winning area, Figure 31A is a front view of the four variable winning positions, and the 31st threshold. B is A-A in Figure 3A
``Cross-sectional view, Figure 31C is a perspective view of the I-damage device, Figure 4A
Figure 4B is a front view of the change bar device;
- "Cross-sectional view, No. 51, Oka is a block diagram of the control system, 'Tsuba 6' is a digital circuit diagram of the f+i' control system, 10G...Pachinko machine, 1028~102g"
Human small hole, 110a-110c...-Specific hominin area, 1
11a-111cm specific ball detection means, 120... variable winning device, 300... special ball contribution area, 301...
Special ball detection means, 41] 0...Fluctuating input *Minato driving means, 160... Sound effect generation means, ITO... Counting means, 501]... Drive control means 1. ``Applicant Kei Ni Company Sophia Patent Attorney Koji Murato Figure 3 A 4 Yo Figure 3 B 07 Figure 4 A 8'' Figure 4 B 120' /- [ 07

Claims (1)

[Scope of Claims] (1) A specific ball winning area that is arranged within the gaming section and capable of receiving pachinko balls falling within the gaming section, and detecting pachinko balls that have entered the specific ball winning area. a special ball winning area disposed within the gaming section and capable of receiving and receiving pachinko balls falling within the gaming section; detecting pachinko balls that have entered the special ball winning area; special ball detection means; a variable winning device which is provided in the gaming section and has two states, an open state and an open state, and which improves the probability of winning inside when it is in the open state; a variable winning device driving means that brings the device into an open state; and monitoring the detection output of the specific ball detection device and the detection output of the special ball detection device, and drives a pachinko machine to the specific ball winning area when the variable winning device is closed. When a winning ball is detected, J￥
A trap drive signal is given to the variable winning device driving means according to reward information determined for a winning in a specific ball winning area, and winning of a pachinko ball in the special ball winning area is detected when the variable winning device is opened. a drive control means for supplying a drive signal to the variable winning device drive means in accordance with reward information determined for winning in the special ball winning area; and the drive control means detects the detection output of the special ball detection means. 11 means are activated to count the output of the special ball detection means when the special ball detection means is operating based on the above, and cut off the detection output of the first stage of special ball detection when the count value reaches a predetermined value. (234) A pachinko game machine according to claim 1, characterized in that the counting means includes a display unit that displays a count value. (3) A pachinko game machine according to claim 1. In the pachinko gaming machine according to scope 1 or 2, the reward information is characterized in that the number of variable wins is greater than the number of wins determined for winning in the specific ball winning area. Pachinko gaming machine. (4) In the pachinko gaming machine as set forth in the first or second claim, the reward information is for instructing the opening time of the variable winning device, and the reward information is for instructing the opening time of the variable winning device, and A pachinko gaming machine characterized in that the opening time set for a winning in a specific ball winning area is longer than the opening time set for a winning in a specific ball winning area. (5) Claim No. In the pachinko game machine described in Items 1 to 7''84nx, the variable winning device is provided with movable pieces pivotably supported on both sides thereof so as to be able to swing, and when the movable pieces are closed, the variable winning device receives the variable winning device. A pachinko game machine characterized by being driven so as to shut off the flow path of pachinko balls into the device, and open the flow path of pachinko balls into the variable input device when the device is opened. (6) In the pachinko game machine according to claims 1 to 4, the variable prize winning device has an opening formed in the board surface of the gaming section, and is rotatably supported in the F section of the opening. A pachinko game machine characterized in that the movable piece is driven so as to rise along the board surface of the game section when opened and tilt toward the front when opened. In the pachinko gaming machine according to claim f, 1. to J', 6, the FlllqQ specific ball winning area is arranged in the gaming section, and the prize ball is refunded for 1,000 winnings. A pachinko game machine characterized by being an area. (8) In the pachinko gaming machine according to paragraphs 1 to 7 of the @t'fl patent claim, a plurality of @ specified ball winning areas are provided in the gaming section, and the award information is provided for each specific ball winning area. A pachinko game machine characterized in that: (9) In the Nokuchinko gaming machine according to claims 1 to 8, the special ball winning area is arranged in the variable winning device, and prize balls are refunded for winnings. A pachinko game machine characterized by a winning area. (1) In the pachinko gaming machine according to claims 1 to 9, one special ball winning area is provided in the variable winning device, and the variable ball winning area is located near the special ball winning area. A pachinko gaming machine characterized by being provided with a general winning hole that is unrelated to the control of the human-lt device and an obstacle device that regulates the winning probability of the lr\separate ball winning area. (l])'11j In the pachinko game machine according to claims 1 to 10, the drive control means detects the special ball within a predetermined time even after the variable prize winning device changes from the open state to the closed state. A pachinko gaming machine characterized in that it accepts the detection output of the means as valid. a specific ball detection means for detecting a pachinko ball that has won in the specific ball winning area; a special ball winning area that is disposed within the gaming section and is capable of receiving pachinko balls falling within the gaming section; A special ball detecting means for detecting pachinko balls that have entered the special ball winning area, and a special ball detection means that is installed in the game section and has two states, an open state and a closed state, and when it is in the open state, the probability of winning a prize inside is increased. a variable prize winning device driving means that opens the variable formula 7 when a driving word is accepted; and an effect that generates a sound effect when a sound effect generation signal is applied. a sound generating means, and a detection output of the specific ball detection means and a detection output of the special ball detection means are monitored, and when the variable winning device is closed, winning of the pachinko ball in the specific ball winning area -\ is detected. and giving a partial JK bow to the variable prize winning device driving means according to information determined for the specific ball hitting and winning in one area, and giving a utility tI production signal to the sound effect other producing means. When a large piece of a pachinko ball is detected in the special ball winning area when the variable winning device is activated, the variable winning device operates according to the reward report determined for winning in the 1st special ball winning area. 1b means, an ej, 4-motion control means which gives a drive signal and also outputs an effect raw signal to the sound effect generation means; and the drive control means receives the detection output of the special ball detection means. 1) Counts the output of the special ball detection means, and when the count value reaches a predetermined value, cuts off the power of the special ball detection means. 0:) In the pachinko gaming machine according to claim 12, the effect f generating means has a count of 2 or more and 17 sounds, and the winning of the specific ball in the winning area is This pachinko game machine is characterized in that the sound effect generated at the time of detection is different from the sound effect generated at the time of detection of winning in the previous AC4\\ different ball winning area.