JPS63203174A - Prinball 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 (Industrial Application Field) The present invention provides a special winning device having a special winning opening in the gaming area of a game board, and a first state in which game balls do not win at all or are difficult to win. It has a variable winning device that can be changed to a second state where it is easy to win a prize, and a specific winning hole, and when a special winning hole is entered in a normal gaming state, the right to operate the variable winning device to the second state is generated. and a pachinko machine that actually executes the right to change the variable prize winning device from the first state to the second state, on the condition that a prize has been won in a specific winning slot under the special gaming state in which the right has occurred. It is.

(Prior Art) Conventionally, in this type of pachinko machine, when a player enters a special winning slot in a normal gaming state, the player enters a special gaming state and has the right to operate a variable winning device in a second state. Mo,
When a prize is won in a specific winning hole under the condition where this right is generated, the variable winning device is changed from the first state to the second state with only that as a condition.

(Problems to be Solved by the Invention) In conventional pachinko machines, when a right occurs, when a ball hits a specific winning slot, the variable winning device immediately changes to the second state in which it is easy to accept the ball. However, there was a tendency for pachinko parlors to lower the probability of winning a prize in a particular winning slot. However, for the player, even though the right has been generated, it takes time to use up the number of times the right is normally allowed to be exercised, up to eight times, resulting in a loss of many game balls and a large number of prize balls. Cannot be earned, also usually.

If the player re-enters the special winning slot of the special winning device, the right is forcibly canceled, so if it takes time to use up the number of times the right is exercised, the chances of the player losing the right increase. For this reason, the conventional pachinko machine has the problem that the game tends to be monotonous and cannot sufficiently increase the interest of the pachinko game.

In the present invention, when a right occurs, the condition for executing the right is not satisfied only by the condition that the batted ball has won a prize in a specific winning hole.
When the second condition related to that specific winning opening is met,
By operating the variable prize winning device for the first time and executing the right, you can win 9Qa of pachinko games! The aim is to further enhance the

(Means for Solving the Problems) The present invention provides a pachinko machine of the type described at the beginning, including a variable display provided in a gaming area in association with the above-mentioned specific winning opening, and a variable display that Means for rotating the display at least during the special game state and temporarily stopping the display on the variable display when a prize is won in a specific winning slot under the special game state, and stopping the display when the display on the variable display stops; Execution condition determining means for determining whether the code that is the displayed content matches a predetermined code and generating a matching signal when they match; and a variable winning prize when a matching signal is obtained from the execution condition determining means. The present invention is characterized by comprising a right execution means for changing the device once from the first state to the second state.

(Function) When a prize is won in a specific winning slot under special gaming conditions, the display on the variable display will temporarily stop. The execution condition determining means determines whether the displayed code of the stopped variable display matches a predetermined code. As a result of the determination, if they do not match, the right is not executed, but if they match, the right execution means changes the variable prize winning device once from the first state to the second state.

The rights execution means preferably includes a storage means for storing the number of occurrences of a match signal when a match signal is obtained from the execution condition determining means during the rights execution period when the variable prize winning device is in the second state. and an execution number counter that causes the right to be executed continuously after the end of the right execution period by the number of occurrences of the matching signal during the right execution period stored in the storage means. Thereby, even if the execution condition is satisfied during the right execution period, the number of times the execution condition is satisfied is taken into account as the number of times the execution should be executed, and the player is not disadvantaged.

(Example) Hereinafter, the present invention will be explained based on an example of a pachinko machine shown in the drawings.

In FIG. 1, in a game area 2 of a game board 1 divided by a guide rail 3, a special prize winning device 4 is arranged approximately in the center thereof. The special winning bag 214 has one special winning opening 5 in the center of the lower part of the bag, and regular winning openings 6 on both sides thereof. When a ball hits the special winning hole 5 (special winning), a right to a special game is generated, but the winning rate of the special winning hole 5 is set to be low by a guiding needle or the like.

Furthermore, in the gaming area 2, below the special winning device 4,
A variable prize winning device 7 is arranged. The variable prize winning device 7 here consists of a so-called Arataka, and has an opening/closing mechanism m8 that can be varied between a closed state in which game balls do not win any prizes and an open state in which prizes can be won. Further, the variable winning device 7 has specific winning openings 9 on both sides of the opening/closing door 8, and a variable display 10 capable of cyclically displaying a plurality of codes. In the case of this embodiment, the left and right variable display devices 10 are composed of 7-segment LED display devices, and cyclically display the numbers “Opa~°”9.Then, the right is generated by the above-mentioned special winning. If you win a prize in the special winning slot 9 under the condition that The variable display 10 on the left is related to the specific winning opening 9 on the left, and the variable display 10 on the right is related to the specific winning opening 9 on the right. It is related.The first item is a so-called tulip that is used as a general prize-winning vessel.

The opening/closing door 8 will open when 10 seconds have elapsed after opening or when 10 winning balls have been released.
It closes when it occurs. After the opening/closing door 8 is closed, when the conditions for executing the right again are satisfied, that is, when the special winning opening 9 is won and the display on the v1 variable display 10 at this time is “
If it is 3pa or °゛7′°, close the 13M door again 8
opens. If this right execution condition is satisfied while the opening/closing door 8 of the variable prize winning device 7 is open, write down the number of times the execution condition is satisfied, and after the opening/closing door 8 is once closed. , the rights are executed as many times as the stored execution conditions are met. Although there is no restriction on the number of times the opening/closing door 8 can be opened and closed, this embodiment is configured so that the above-mentioned right expires after eight openings and closings.

FIG. 2 is a circuit diagram of the control device.

Among the variable indicators 10, the one on the left side is indicated by 10A, and the one on the right side is indicated by IOB. In addition, the variable display 10
Since the circuits belonging to A and the circuits belonging to the variable display 10B have the same configuration, the same reference numerals are used for the same components, and suffixes A and B are added to these to distinguish them.

SWl is a special corresponding detector attached to the special prize opening 5 of the special corresponding winning device 4, 5W2A is a special winning detector attached to the special winning opening 9 on the left, and 5W2B is attached to the special winning opening 9 on the right. The specific winning detector SW3 is a counting detector for counting winning balls that is attached to the winning ball outlet in the variable winning device 7. SQL is a variable solenoid for variable operation of the opening/closing door 8 of the variable winning device 7 from a closed state to an open state;
Reference numeral 12 denotes a special mode display that visually informs the generation of the right to the special game, and 13 denotes a speaker that audibly announces the generation of the right to the special game. Reference numeral 14 designates a memorized number of times display for displaying the stored number of times the right execution condition has been met, 15 represents an execution number of times display for displaying the number of times the rights are exercised regarding the operation of the variable prize winning device 7, and 16 represents a count display. These indicators 14 to 16 are similar to the variable indicators 10A and IOB.
Consists of segment LEDs.

20A and 20B are frequency dividers consisting of counters, 2IA is a variable display of ml OA via a decoder 22A,
That is, a counter for circulating the display contents, 21B.
is a counter for variably displaying the variable display 10B via the decoder 22B. 41 is a storage number counter for converting the storage number display 14 via the decoder 42; 51 is the execution number display 1 via the decoder 52;
5, and 61 is a number counter for converting the number display 16 via the decoder 62.

Next, the control operation will be explained.

``Pakuma's Control'' To explain the circuit system belonging to the variable display 10A, the frequency divider 20A receives the clock from the clock generator CKA and outputs time pulses of 0.5 seconds and 1.0 seconds. This 0.5 second time pulse is sent to the clock input terminal of counter 21A, which is enabled by the Q output of flip-flop FF2A.
It is counted by Therefore, under normal gaming conditions,
The display on the variable display 10A is being converted via the decoder 22A. The same applies to the variable display 10B.

Note that the opening/closing door 8 of the variable prize winning device 7 is closed.

°1 bear 2 to bear This conversion is performed when the game ball enters the special prize winning device 4 and the special correspondence detector SW1 is turned on.

When the special response detector SWI turns on, the waveform shaping circuit 17
A pulse is applied to the D flip-flop FF1 via the D flip-flop FF1. The D flip-flop FFI has an output terminal Q of H.
level, Q is inverted to L level. The Q output of the D flip-flop FFI is sent to the AND gate 18 and the sound effect generation circuit 19. The AND gate 18 listens to the sound, and the special mode display 12 blinks due to the pulse from the clock generator CK, and the sound effect generating circuit 18 generates a predetermined sound effect from the speaker 13, prompting the player to enter the special game mode. It notifies the transformation of the rights, that is, the "occurrence of rights." Under the condition where this right occurs, the D flip-flop FF
Since the output terminal Q of I is inverted to L level, the reset state of the storage number counter 41 and the number counter 51 is released. Further, the Q output of the D flip-flop FFI is applied as an operation permission signal to one input terminal of the AND gate 31, thereby opening the gate and giving permission for right execution.

1jir''Bear's1' The execution of the above right is performed when the following two conditions are met simultaneously under the condition in which the right has occurred. Namely, first, the game ball is either left or right. When you enter the specific winning opening 9, the specific winning detector 5W2A or 5W2B turns ON, and secondly, the specific winning detector 5W2A or 5W2B turns ON.
When this happens, the variable display 10A (or 1
This is performed on the condition that the display content of OB) is a decimal number "3" or "7".

The circuit elements 23A to 29A regarding the variable display 10A are:
Since it is the same as the circuit elements 23B to 29B related to the variable display 10B, for convenience of explanation, the former will be mainly explained.

(a) Stopping the rotation of the variable display. Now, if the specific winning detector 5W2A is turned on, the pulse will be D-flip through the waveform shaping circuit 23A and the block-flop F.
In addition to F2A, the output terminal Q of D flip-flop FF2A is inverted to H level, and Q is inverted to L level. Due to this reversal.

Rising differential circuit 26 consisting of an integrating circuit and an AND gate
A pulse is generated at A, and counter 20A is reset.

As a result, the counting operation of the counter 21A, and therefore the rotation of the variable display 10A, is stopped.

(b) If the contents of the step counter 21A of the stored number of times, and therefore the display of the variable display 10A, is "3" and the display is +h L, the AND gate 27A which is a decoder is sent; A match signal is generated at gate 28A. This match signal is OR
It is applied to the other input terminal of AND gate 31 via gates 29A and 30. AND gate 31 is opened by the Q output from flip-flop FFI already applied to one of its input terminals. Therefore, OR gate 3
The coincidence signal from ゜ passes through the AND gate 31 and is added to the memory count counter 41, which increments the counter 41 by one step.
Let the content be decimal number 111 II. The contents of the storage number counter 41 are decoded by the decoder 42, and "°l'°" is displayed on the storage number display 14.

(c) The contents of the increment storage number counter 41 of the number of opening and closing operations of the door are applied to one input terminal of the comparator circuit 32 in the form of a 4-bit binary number. The contents of the execution counter 51 are also input to the other input terminal of the comparison circuit 32 in the form of a 4-bit binary code.

Here, the contents of the memory count counter 41 are lO base number "1''
It becomes.

Since the content of the execution number counter 51 is greater than 0°,
The comparator circuit 32 outputs an H level execution command signal. This execution command signal passes through the OR gate 35 and the AND gate 36, and is applied to the clock input of the flip-flop FF4, and is applied to the clock input of the flip-flop FF4. FF4 is inverted so that its output terminal Q is at H level and Q is at L level.

The Q output of flip-flop FF4 is “open signal 0PSJ
The driver 5 is output by the open signal OPS.
3, the variable solenoid SQL is energized, and the variable winning device i! The opening/closing door 8 at t7 is opened. This open signal OP
At the rising edge of S, a 10 second timer 64 is set.

Further, a pulse is generated from the differentiating circuit 50 due to the rise of the open signal oPS, and this pulse causes the execution number counter 51 to become 1.
The execution count display 15 displays "l" via the decoder 52. Since the contents of the storage count counter 41 and the execution count counter 51 match, the execution command signal from the comparison circuit 32 disappears. Further, the D flip-flop FF3 is reset by a pulse from the differentiating circuit 50.

(d) Opening period of the opening/closing door The above opening signal oPS generates an end signal in the 10 second timer 64 after 10 seconds, and passes through the OR gate 65 to the clip file a.
This continues until the up FF 4 is reset. Therefore, the opening/closing door 8 of the variable prize winning device 7 continues to open for a maximum of 10 seconds.

Also, during this period, the Q output of the flip-flop FF4 becomes L level, so the reset of the number counter 61 is canceled and the number counter becomes active.

When a game ball enters a prize in the variable prize winning device 7 through the opening/closing door 8 which is opened for a maximum of 10 seconds, the winning balls are counted by a count detector SW3. To be more specific, each time a game ball is won in the variable winning device 7 and the count detector SW3 is turned on, the number counter 61 is incremented by one step through the waveform shaping circuit 60. If the content of the number counter 61 becomes ``10'' during the 10 seconds mentioned above, an output is generated to the AND gate 63 which is a decoder, and the free 2 block FF 4 is reset via the OR gate 65. Therefore, the opening/closing door 8 of the variable prize winning device 7 will be closed before 10 seconds have elapsed.

(e) Closing the opening/closing door When the above 10 seconds have passed or the winning ball counter 61 is
10”, the open signal OPS from the output terminal Q of the flip-flop FF4 disappears, and the variable winning device 7
The opening/closing door 8 closes. That is, the state returns to the state in which the player expects the game ball to enter the specific winning hole 9 again.

(f) Winning device 7 that fluctuates winnings to specific winning openings during the opening period
Even while the opening/closing door 8 is open, a game ball may enter a prize in either the left or right specific prize opening 9. if,
When the specific winning detector 5W2A (or 5W2B) turns on, the associated variable display LOA (or 10B)
) is displayed as "3" or "7", and if the right is not exercised because the opening/closing door 8 is in the opening period, it will be disadvantageous to the player. Therefore,
In this embodiment, when the right execution condition is satisfied during the 1 m period when the door 8 is opened, the number of times the right execution condition is satisfied is stored, and the execution is automatically executed after the opening period of the door 8 ends.

To be more specific, specific winning detector 5W2A (or 5W2B
) turns on, the output terminal Q of the D flip-flop FF2A becomes H level, the counter 20A is reset, and the counting operation of the counter 21A and the variable display 10A are reset.
rotation stops. When the display on the variable display 10A, and therefore the contents of the counter 21A, stops at "3" or "7", the match signal from the AND gate 27A or 28A passes through the OR gates 29A, 30 and the AND gate 31 to the tI! It is added to the number of times counter 41 and advances the same counter 41 by one step. Therefore, the contents of the stored number of times counter 41 are increased by the number of times this right execution condition is satisfied, and the count value precedes that of the number of times of execution counter 51 by this increased number. The count value of this storage number counter 41 is displayed on the storage number display 14 via a decoder 42.

Since the difference between the count values of the storage number counter 41 and the execution number counter 51 becomes large, the comparison circuit 32 continuously outputs an H level execution command signal. However, when the flip-flop FF4 is reset due to the elapse of 10 seconds or the end of the "'10" count, the delay circuit 37 and the AND gate 38 inserted between the output terminal Q and the AND gate 36 cause the 1 The output of AND gate 36 disappears for only a second. Therefore, the open signal O
The PS also disappears for only one second, and the opening/closing door 8 of the variable prize winning device 7 is temporarily closed during that period.

When one second of the delay circuit 37 has elapsed, the AND gate 36 is established, and its output inverts the flip-flop FF4, and the execution command signal OPS is generated from its output terminal Q, and the variable prize winning device 7 is activated again by the above-mentioned action. The opening/closing door 8 opens.

In this opening operation, the contents of the execution number counter 51, which is incremented by the rise of the opening signal OPS, are stored in the storage number counter 41.
This is repeated until the value matches the ta value.

(g) Continuation of right execution Every time a game ball enters the specific winning hole 9 and the right execution condition is satisfied, the above-mentioned process is repeated, and each time, first, the memorized number of times counter 41 is incremented by one step, When the opening/closing door 8 opens, the execution number counter 51 is incremented by one step.

The display of the memory number display 14 and therefore the memory number counter 4
When the count value of 1 becomes 8'', the decoder belonging to the memory number counter 41, Q3 of the memory number counter 41 in FIG.
A special mode gaming state completion signal is generated from the output terminal, and the flip-flop FF1 is reset. The Q output of flip-flop FFI disappears, AND gate 31 is disabled, and even if the execution condition is met, all signals from OR gate 30 become invalid. Therefore, the circuit switches from the special mode gaming state to the normal gaming state, leaving only the eighth right execution. This is notified to the player by turning off the special mode display 12.

Furthermore, when the Q output of the flip-flop FFI becomes H level, the memory count counter 41 and the execution count counter 51 are reset, and the display of the memory count display 14 and the execution count display 15 is returned to 0°. It will be done.

The remaining eighth right exercise is performed as follows.

In other words, the Q of flip-flop FFI inverted to H level.
The output is applied to the clock input terminal of flip-flop FF3. Flip-flop FF3 reads the H level output of comparison circuit 32 and sets its output terminal Q to H level. By the Q output of this flip-flop FF3, OR
Similarly, the flip-flop FF4 is inverted through the gate 35 and the AND gate 36, and the flip-flop FF4 is inverted.
3 to 8th open signal OPS is output. Therefore,
The opening/closing door 8 is opened and the right is executed for the eighth time. still,
The flip-flop FF3 is connected to the OR gate 34 by a pulse from the differentiating circuit 50 generated at the rising edge of the open signal OPS.
is reset through. When the opened opening/closing door 8 closes and the execution of the eighth right is completed, all the circuits return to the normal gaming state.

・、n・・ト Bear's - system ・Unfortunately, before the completion signal of the special mode game state is generated, that is, before the content of the memorized number of times counter 41 reaches "8", a special prize is won. When you win again in mouth 5,
The special mode gaming state is forcibly returned to the normal gaming state. That is, under the special mode game condition, the phillip flop F
Since the D input of FI is at L level due to the Q output, the special winning slot 5 is entered and the special response detector SWI is turned on.
Then, the output terminal Q of the flip-flop FFI becomes LL.
/<R, Ct output output returns to H level state. As a result, the storage number counter 41 and the execution number counter 51
is reset and AND gate 31 is disabled. Therefore, the circuit leaves the right execution for that time,
The special mode gaming state switches to the normal gaming state.

Figure 3 shows another embodiment of the pachinko machine of the present invention. The specific winning opening 9 is not added to the variable winning device 7 as shown in FIG. There is. As can be seen from FIG. 6, the variable display device 10, together with its printed wiring board 86, is arranged in the space between the front plate 70A of the tulip-shaped winning machine 70 and the board 71.

The tulip-shaped winning machine 70 shown in FIGS. 4 to 6 is of a double-opening type, and two opening/closing wings 73 pivotally connected to a shaft 72 are arranged opposite to each other on the front side of a base plate 71. has been done. The opening/closing wing 72 has a rotational behavior so as to fall outward due to its own weight, and has a protrusion 73A projecting into the opening lower 1A provided on the base plate 71 at a portion below the shaft 72. A shaft 75 of the control body 74 is provided on the rear side of the board 71.
, a shaft 77 of the blocking rod 76, and a shaft 79 of the external operating member 78.
are juxtaposed and each is rotatably supported within the case 80.

As shown in FIG. 7, the control body 7 located on the opening/closing blade 72 side
4 has protrusions 73 of the left and right opening/closing wings 72 on both ends in the axial direction.
There is a sector 74A between the sectors 74A and 73A for returning the opening/closing blade 72 from the open state shown in FIG. 5 to the closed state shown in FIG. Three claws a radially arranged 120 degrees apart from each other,
It has b and c. Among these, the claw is formed wider in the axial direction than the other claws a and b. The blocking rod 76 located at the center has a way 76A, and is normally rotated so that the tip d rests on the control body 74. Further, the external operating member 78 located at the rearmost side includes a first operating arm 78A that protrudes outside the case so as to be located within the flow path 81 of a specific winning ball flowing down the back surface of the game ML, and the case. 80
It has a second operating arm 78B located at the lower part of the inside.

Now, when the control body 74 is in the first position shown in FIG. 6 and the opening/closing wing 72 is in the closed state (FIG. 4), the game ball of the first full day is placed between the opening/closing wings 72 and 72. Suppose you win a prize. The winning balls of the first full day flow down the channel 82 formed by the ribs 83 while being guided by the ribs 83, and pass through the open lower 1A.

At this time, the winning ball comes into contact with the downward claw a of the control body 74 and pushes it backward, causing the control body 74 to rotate 120° counterclockwise in FIG. 6. Along with this rotation, the tip d of the blocking rod 76 is pushed up by the pawl of the control body 74,
Climb over the nail stool and enter between the nail stool and nail a. Therefore, the control body 74 moves 120° counterclockwise from the first position in FIG.
It is stably held in the rotated second position. The rear end of the sector 74A separates from the protrusion 73A of the opening/closing wing 73, and the opening/closing wing 72 becomes open due to its own weight (FIG. 5).

In this state, when a game ball from the second outlet wins a prize, the winning ball contacts the downward claw C of the control body 74 and pushes it backward, causing the control body 74 to move 120 ° Rotate. Pushed up by the claw a of the control body 74, the tip d of the blocking rod 76 enters between the claws a and C. Therefore, the control body 74 moves 2400 degrees counterclockwise from the first position in FIG.
It is stably held in the rotated third position. Note that in this third position, the sector 74A is still apart from the protrusion 73A of the opening/closing blade 73, so the opening/closing blade 72 maintains the open state.

Furthermore, when the game ball at the third outlet wins, the winning ball comes into contact with the downward claw of the control body 74 and pushes it backward.
Rotate the control body 74 by 120°. Pushed up by the pawl C of the control body 74, the tip d of the IF rod 76 enters between the pawl C and the pawl. Therefore, the control body 74 returns to the first position, which is rotated 360° counterclockwise from the first position in FIG.
Maintained stably. In the process of the control body 74 returning from the third position to the first position, the sector 74A of the control body 74 enters between the protrusions 73A, 73A of the opening/closing blade 73, returning the opening/closing blade 72 to the closed state.

As described above, the tulip-shaped winning machine 70 performs the opening operation twice.

After the winning balls open and close the opening/closing wings 72 as described above, they flow down from the lower opening 84 of the case 80 through the winning ball detector 90, are guided by the ribs 85, and exit rearward.

Figures 8 and 9 show how to install the detection 1g90.
Reference numeral 91 denotes a U-shaped detector holder, which has a crown 91C and two legs 91A and 91B protruding from the crown 91C. The detector 90 is also formed in a U-shape (FIGS. 9 and 10), and its legs 9
On the outer surfaces of 0A and 90B, a locking portion 90D consisting of a single groove running vertically from below is provided near the tip. Correspondingly, on the inner surfaces of the legs 91A and 91B, there is a locking receiver 91 formed of a vertical strip near the tip thereof.
D is provided. Furthermore, a thick mounting portion 92 extending upward is provided at the tip of each of the leg portions 91A and 91B.

The detector 90 is tightly fitted into the detector holder 91, more precisely, into the inner surfaces of the legs 9LA and 91B, with the locking portion 90D fitted into the locking receiving portion 91D. In order to facilitate this work, the detector holder 91 is preferably formed of a flexible material.
and a small hole-shaped fitting recess 92B are provided.

The detector holder 91 is attached to the case 80 by fitting into the support protrusions 80A and the fitting protrusions 80B provided on both sides of the case 80.

With this configuration, the detector holder 91 can be attached to the case 8.
0 can be easily installed, and the winning ball detector 9
0 is held immovably in the detector holder 91 in each of the front and rear, left and right, and up and down directions.

The printed wiring board 93 attached to the back of the case 80 is used for intensively wiring lead wires for the variable display 10, the lamp 94, etc., and is connected to the connector 95 provided on the board 93. The lead wires of the lamp 94 are relayed, and the lead wires from the variable display device 1O are collected in one place by a cord binder 96 wound around a connector 95 and extended to an intermediate connector 97.

(Effects of the Invention) As described above, in the pachinko machine of the present invention, the right to play the special mode game is generated on the premise that the player enters the special winning slot in the special winning device. Even in the special game state that is occurring, simply winning a prize in a specific winning hole does not exercise the right of the special prize mode that puts the variable winning device into the second state. That is, the winning to the specific winning opening must be at a timing such that the rotation code of the variable display matches the predetermined specific code and stops.

For gaming parlors, this means that even if the probability of winning a particular winning slot is increased, the number of winning balls for the pachinko machine as a whole can be suppressed. Therefore, for the player, although there is a risk of winning again in the special winning hole of the special winning device and losing the right, under the special mode gaming condition, it is different from the conventional method of winning in the special winning hole one after another. This can be seen as the emergence of a different type of pachinko machine. That is, the present invention, in conjunction with the stop timing of the variable display, greatly enhances the interest of pachinko games.

Further, when the right execution condition is met one or more times during the execution of the right 31111, the number of occurrences of the matching signal from the execution condition determining means determining means is stored in the storage means, and the stored matching signal is generated. By configuring the execution number counter to continuously execute the right by the number of times the right execution period ends, even if the execution condition is satisfied during the right execution wIrIII, the number of times the right should be executed is It is possible to provide a pachinko machine that does not put players at a disadvantage, considering the number of times played.

[Brief explanation of the drawing]

Fig. 1 is a perspective view showing an embodiment of the pachinko machine of the present invention, Fig. 6 is a sectional view of the tulip-shaped winning machine in the state shown in Fig. 4, and Fig. 7 is a portion showing the mechanism of the tulip-shaped winning machine. FIG. 8 is a rear view of the tulip-type winning device, FIG. 9 is an exploded perspective view thereof, and FIG. 51O is a partially enlarged perspective view of the winning ball detector. l...Game board 2...Game area 4...
・Special winning device 5...Special winning opening 7...Variable winning device 8...Opening/closing door 9...Specific winning opening 10...Variable display 11...General winning device
12... Special mode display 14... Memory count display 15... Execution count display 16... Number display 27... AND gate 28... AND gate 32... Comparison circuit 41 ...Memory number counter 51...Execution number counter 61...Number of pieces counter 70...Tulip-shaped winning device 90...Winning ball detector 91...Detector holder SQL...Variation solenoid SWl.・Special compatible detector 5W2A, 5W2B ・Special winning detector SW3...
Count detector Fig. 1 Fig. 3 Fig. 6 Fig. 7 Fig. 8

Claims (2)

[Claims] (1) A special winning device that has a special winning opening in the gaming area of the game board, and a variable winning device that can change the game ball between a first state in which it does not win at all or is difficult to win, and a second state in which it is easy to win. and a specific winning opening, which generates the right to operate the variable winning device to the second state when a prize is won in the special winning opening under the normal gaming condition, and a specified winning opening under the special gaming condition in which the right is generated. In a pachinko machine that executes the right to actually change the variable winning device from the first state to the second state on the condition that a prize is won in the winning opening, the pachinko machine is provided in association with the above-mentioned specific winning opening in the gaming area. means for displaying the variable display in a converted manner at least during the special game state, and temporarily stopping the display of the variable display when a prize is won in a specific winning slot under the special game state; Execution condition determining means for determining whether the code representing the stopped display content matches a predetermined code when the display on the variable display stops, and generating a match signal if they match; A pachinko machine characterized by comprising: right execution means for changing a variable prize winning device once from a first state to a second state when a matching signal is obtained from the means. (2) The right execution means stores the number of occurrences of a match signal when a match signal is obtained from the execution condition determination means during the right execution period when the variable prize winning device is in the second state. and an execution counter that causes the right to be executed continuously after the end of the right execution period by the number of occurrences of the matching signal during the right execution period stored in the storage means. A pachinko machine according to claim 1.