JPS6134356B2 - - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention relates to a pachinko game machine, and in particular to a setting identification information display device that displays identification information such as numerical values and symbols that are set in advance by a player's operation on the board of a pachinko game machine. and a variable identification information display that variably displays a range of identification information that can be set and displayed on the set identification information display according to certain conditions, and a player can manually operate the variable identification information display to change the display. The present invention relates to a novel pachinko game machine that is controlled so as to give a certain value by establishing a predetermined correlation between identification information displayed when the pachinko machine is stopped and preset identification information.

In general, pachinko gaming machines have become widespread and are popular among players as one of the convenient cash registers.
As is well known, in this game, multiple safe holes and winning ball devices (yakumono) are arranged on the board, and when a player hits the pachinko ball he/she has purchased along the board, the pachinko ball is If you win a safe hole or a prize ball with a certain probability, a certain number of prize balls will be paid out. In such pachinko gaming machines, the player's only operations are to put the purchased pachinko ball into the ball waiting trough and hit the pachinko ball with the ball hitting handle, so the game tends to be monotonous. Therefore, it is possible to add some other mechanism to the pachinko machine and drive that mechanism according to certain conditions, or add some operation to make the player perform operations other than hitting the ball, and thereby win prizes. A gaming machine that allows games to be played with a large number of balls is desired.

Therefore, the main purpose of this invention is to create a new pachinko game that can double the enjoyment of players and improve the service to the players by adding operations other than hitting pachinko balls to the pachinko game machine. The goal is to provide opportunities.

The above objects and other objects and features of the invention will become more apparent from the following detailed description with reference to the drawings.

To summarize the invention, at least two identification information display devices are provided on the board of a pachinko game machine. Further, on the front side of the pachinko game machine, an identification information setting means and a stop switch are provided.
During the game, when the player operates the identification information setting means, the set information is displayed on one of the identification information display devices. The contents of the other identification information display start changing when the pachinko ball passes a specific area on the board, and stop when a stop switch is operated by the player or after a certain period of time has elapsed.
At that time, if the contents of both pieces of identification information have a certain relationship, a predetermined value is given.

When the pachinko ball enters the designated winning hole,
The specific area for starting to change the content of the other identification information display changes so that the passage of the pachinko ball becomes easier, which is advantageous for the player.
It is said to be an interesting composition.

FIG. 1 shows an external view of a pachinko game machine according to an embodiment of the present invention. FIG. 2 is a detailed view of the temple-shaped setting/variable identification information display device 20, which is a feature of the present invention. In particular, for example, FIG. 2a shows a front view of the temple-shaped setting/variable identification information display device 20, Figure 2b
2 shows a detailed view of the special winning ball device on the back side, and FIG. 2c shows an enlarged view of the engaged state of the lever and the hook.

Next, the structure of the front panel of the pachinko game machine of this embodiment will be explained with reference to FIGS. 1 and 2.

In the pachinko game machine 10 of this embodiment, its front panel 11 is openably and closably mounted on a base (not shown) to which a plurality of pachinko machines can be integrally attached side by side. The back side of the front panel 11 is a back panel 30 (described in detail in FIG. 3 below), and the back panel includes a prize ball dispensing mechanism integrally provided on the base and a mechanism for detecting hit balls. A back portion (not shown) including a ball hitting sensor and the like is provided.

On the board of the front panel 11, there are a plurality of winning holes (safe holes) 12a, 12b, 12c, and a plurality of winning ball devices (yakumono; commonly known as tulips) 13.
a to 13e and an out ball entrance 14 are arranged, and a temple-shaped setting and a feature of this embodiment are provided.
A variable identification information display device 20 is provided.

The temple-shaped setting/variable identification information display device 20
For example, it is configured in the shape of a temple 21,
Preferably, the roof portion is provided with a special winning ball device 22 (details will be described in connection with the description of FIG. 3 below) which corresponds to a tile to facilitate winning according to the winning balls in the safe hole. Also, Hall 21
On the left and right sides of the window are first segment displays as an example of setting identification information display means for displaying identification information such as numerical values and symbols (in the following description, numerical information will be described as an example of identification information). 23P, and a second segment display 23S, which is an example of a variable identification information display means that variably displays identification information (numerical value) in response to winning balls being placed in the special winning ball device 22, are formed.

Further, below the front panel of the pachinko machine 10, there is a ball waiting gutter 15 which guides the pachinko balls to the ball hitting position in order to hit them one by one when a plurality of pachinko balls are inserted, and a ball waiting gutter 15. A batting handle 16 that drives a pachinko ball guided to a batting position onto a board by rotating a batting rod according to a player's operation, and winning a prize into safe holes 12a to 12c or Yakumono 13a to 13e. A prize ball payout port 17 for paying out prize balls according to the number of balls and a prize ball payout port 17' for paying out surplus balls to a prize ball tray 18 are provided. Furthermore, a setting switch 1 is provided below the front panel 11 for setting and inputting desired numerical information to be set on the first segment display 23P.
9P, and a stop command switch 19S that commands to stop the numerical information variably displayed on the second segment display 23S so that it becomes a desired numerical value. Note that the illustrated setting switch 19P is
Although one switch is pressed a plurality of times and desired numerical information is set and input depending on the number of times of pressing, various modifications can be considered as a means for inputting a set numerical value. For example, it may be possible to provide setting switches as many as the number of numerical information that can be inputted, and set a desired numerical value depending on which setting switch is pressed, or it may be a keyboard type.

FIG. 3 is an illustrative view of the back panel 30 of the pachinko game machine 10 according to an embodiment of the present invention. In the figure, a safe ball processing mechanism 31 is formed on a back panel 30 of a pachinko machine 10 to sequentially detect one safe ball that has won a prize in any of the safe holes 12a to 12c. 12c
A safe ball path 321 is provided on the back side of the safe hole in order to guide the winning safe balls to the safe ball processing mechanism 31. The back panel 30 also includes a path 322 for guiding the safe balls that have been processed by the safe ball processing mechanism 31 and dropped as winning balls to a winning ball path 323 or to a direct return device (not shown).
Paths 324 and 325 are provided to guide the winning balls that have won to the Yakumono 13a and 13b to the winning ball path 323, so that the winning pachinko balls can be transferred to the special winning ball device 22 of the hall-shaped setting/variable identification information display device 20. A path 326 is provided that guides the winning path 322 to the winning path 322. The winning balls guided through each of these routes are
Although not shown, it is detected by a winning ball sensor,
After being used as a prize ball payout command signal, it is guided to the return device. Further, a detection switch 33 is provided in connection with the pachinko ball passage path 326 to detect a pachinko ball that has entered the special winning ball device 22.

To explain the safe ball processing mechanism 31 in detail, a safe ball receiving portion 312 is formed at the end of a cylindrical member 311 on the path 321 side, and the cylindrical member 311 is supported by a support member 313. When the safe balls that have entered the safe holes 12a to 12c ride on the safe ball receiving portion 312 via the path 321, the cylinder member 311 rotates under the weight of the safe balls. A safe ball detection switch 314 is provided below the cylindrical member 311 in the rotational direction. The safe ball detection switch 314 detects a safe ball by detecting the rotation of the cylindrical member 311, and its output is used as a prize ball payout command signal. Thereafter, the return solenoid 315 is energized and attracts the shaft, and the cylinder member 311 and the lever fixed to the shaft of the solenoid 315 are engaged, so that the cylinder member 315
11 is restored.

The special winning ball device 22 has a lever 2 which is pushed down by the weight of the pachinko balls falling into the path 322 in order to open the onigawara 221, 221' to the left and right by the action of the pachinko balls passing through the path 322.
One end of 22 is inserted. The other end of the lever 222 is pushed up about the fulcrum 225 when one end is pushed down, and pushes up the lever 223 connected to the other end. Lever 2
The other end of the lever 23 connects one end of the levers 224, 224' at the same fulcrum. This lever 224,
The other end of 224' is connected to the oni tiles 221, 221'. Then, by rotating the lever 222, the lever 223 is pushed up to open the oni tiles 221, 221' to the left and right. Further, when the lever 222 is pushed down by the weight of the pachinko ball, the claw of the hook 226 provided below engages with the lever 222 and is locked, thereby maintaining the open state of the onigawara 221, 221'. At this time, when a pachinko ball enters between the oni tiles 221 and 221', the pachinko ball rolls on the path 326 and moves to the path 322. When this pachinko ball rolls, the winning ball detection switch 33 is closed and the plate member 227 fixed to the hook 226 is pushed. It is pushed against it and disengages from the lever 222. Therefore, the oni tiles 221, 221' return to their original positions (an interval that allows one pachinko ball to pass through).

In addition, in the following explanation, winning ball detection switch 3
3 according to the output of the second segment indicator 2.
Although the 3S is configured to issue variable display commands,
The second segment display 23S may be variably displayed depending on the safe sphere detection output. Also, the special winning ball device 22 and the winning ball detection switch 33 that detects the winning balls that have entered the special winning ball device 22.
Instead, a passing ball detector may be used that detects when a pachinko ball passes a certain specific area on the board.

FIG. 4 is a detailed diagram of the winning ball opening mechanism that controls the opening of the winning ball device and the winning ball device. In the figure, the winning ball device (yakumono; commonly known as chulip)
13 is a beak-like part (a tulip petal) 131 to catch the pachinko ball falling along the board shape.
It is fixed to the plate 132 and arranged like a board of a pachinko game machine. This beak-like part 131 opens left and right depending on the winning ball, and in relation to the beak-like part 131, it guides the winning ball to the back side of the gaming machine and opens the beak-like part 131 in response to the first winning. A lever 133 is provided for closing the beak-shaped portion 131 in response to the next winning ball. This lever 133 has
An engagement pin 134 is provided to protrude laterally. A Yakumono opening mechanism 40 is provided to control the opening of the Yakumono 13 in accordance with the winning balls entered into the special winning ball device 22. This Yakumono opening mechanism 40 includes one end of an L-shaped engagement lever 43 fixed to the tip of a solenoid shaft 42 that is attracted by the urging of a solenoid 41. When this solenoid 41 is energized, the engagement lever 43
The beak-shaped portion 131 of the Yakumono 13 is opened by engaging the other end of the engaging pin 134 and pushing the engaging pin 134 downward with the engaging lever 43.

Although the illustration shows the details of one set of the Yakumono 13 and the Yakumono opening mechanism 40, each of the Yakumono 13a to 13e and the Yakumono opening mechanism 40a to 40e shown in FIG. They are expressed by adding symbols a to e at the end.

FIG. 5 is a control circuit diagram of an embodiment of the present invention. Next, the operation when playing a game with the pachinko game machine 10 of this embodiment will be explained with reference to FIGS. 1 to 5.

The player presses the setting switch 19P and inputs a desired setting value. This setting switch 19
By pressing P, a high level signal (hereinafter referred to as "H" signal) is given to the differentiating circuit 51, so the differentiating circuit 51 derives a number of differential pulses corresponding to the number of times the setting switch 19P is pressed, and outputs the differential pulses to the ring counter. 5
Give to 2P. This ring counter 52P increments its count value by "1" each time a differential pulse is applied from the differentiating circuit 51, and the ring counter 52P increments the counted value by "1", and the number range (1, 2 to
n (provided that n is 9 or less if the segment display 23P can display a 1-digit value) is used to cyclically count the values, and has an output terminal for each value and corresponds to the counted value. The "H" signal is derived from the numerical output terminal. The count value of the ring counter 52P becomes a set value input by the player pressing the setting switch 19P, and the count value is given to the decoder 56P and as a reference input to the determination circuit 57.
The decoder 56P displays the count value on the segment display 23P based on the count value of the ring counter 52P.
A decoded signal for displaying is derived and given to the segment display 23P, and the set numerical value is displayed on the segment display 23P. In this way, the player sets and inputs a desired numerical value and causes it to be continuously displayed on the segment display 23P.

Next, the player puts the pachinko balls purchased from the ball lending machine into the ball waiting gutter 15 and operates the ball hitting handle 16. At this time, the hit pachinko balls either win a prize in either the safe holes 12a to 12c or the Yakumono 13a to 13e with a certain probability, or fall into the out ball entrance 14 without winning a prize. Now, for example, Yakumono 13a-1
If a prize is won in any of 3e, the beak-shaped portion 131 of the Yakumono containing the winning ball is opened in the same manner as in conventional pachinko gaming machines, making it easier for the pachinko ball to enter. These winning balls are detected by a winning ball sensor (not shown) via the winning ball path 323, and a predetermined number of pachinko balls are paid out from the prize ball payout device (not shown) to the pachinko ball payout port 17. Ru.

On the other hand, the hit pachinko ball is in the safe hole 1.
If one of 2a to 12c is won, the ball enters the cylindrical member 311 of the safe ball processing mechanism 31 via the safe ball path 321 and rotates the cylindrical member. In response, safe ball detection switch 314 derives a safe ball detection output. Due to the fall of this safe ball,
The entrance of the special winning ball device 22 provided at the top of the temple-shaped setting/variable identification information display device 20 opens left and right, making it easier to enter the special winning ball device 22 from now on.

If a pachinko ball enters the special winning ball device 22 after opening the entrance of the special winning ball device 22 as described above, or even if the special winning ball device 22 is not opened, the pachinko ball will win a special prize. When a winning ball enters the ball device 22, the winning pachinko ball is guided to a winning ball sensor (not shown) via paths 326 and 323 and detected as a winning ball.
The payout of a predetermined number of pachinko balls is controlled. moreover,
Since the winning ball detection switch 33 is closed when a pachinko ball passes through the path 326, an "H" signal is sent to the flip-flop 53 via the switch 33.
1, and the flip-flop 531 is set. This flip-flop 531 is in a reset state via an OR gate 61, which will be described later, before the output of the winning ball detection switch 33 is applied. Furthermore, since the flip-flop 532 is put into a set state by a signal applied via an OR gate 61, which will be described later, the set output is applied as one input to the AND gate 542. Therefore, when the set output of flip-flop 531 is provided as the other input of AND gate 542, AND gate 542 derives an "H" signal and enables AND gate 543. this
Since the AND gate 543 is always supplied with the output pulse of the pulse oscillation circuit 55, which generates a pulse with a frequency correlated to the cycle for variably displaying numerical information on the second segment display 23S, AND gate 543 provides a pulse output to ring counter 52S. The ring counter 52S is the same as the ring counter 52P, and each time an oscillation pulse from the pulse oscillation circuit 55 is applied, the ring counter 52S increments the count value by "1" and counts it within a certain range (i.e., 1 to n). Count numbers cyclically at a relatively fast rate. This ring counter 52
The count value of the S output is provided to the decoder 56S and also to the determination circuit 57. decoder 5
6S decodes the count value cyclically counted by the ring counter 52S, and displays the segment display 23.
S as a segment signal. Therefore, the segment display 23S variably displays a numerical value correlated to the count value cyclically counted by the ring counter 52S at a speed that can be visually discerned by the player.
In this way, the desired numerical value set by the player is displayed on the segment display 23P,
A plurality of numerical values are cyclically and variably displayed on the segment display 23S.

In the case where the numerical information is variably displayed on the segment display 23S as described above, when the player stops the numerical information set in advance on the segment display 23S and the variable display of the segment display 23S, The stop switch 19S is pressed so that the numerical information displayed has a predetermined relationship. Accordingly, the stop command switch 19S and
Flip-flop 53 via OR gate 541
An "H" signal is applied to the reset input terminal of the flip-flop 532, and the flip-flop 532 is reset. Therefore, the AND gate 542 stops deriving the "H" signal and disables the AND gate 543, so the ring counter 52S has a pulse oscillation circuit 5
Pulse output from 5 is no longer given. Therefore, the ring counter 52S stops the counting operation and transfers the count value counted up to that point to the decoder 56.
S and determination circuit 57 continuously. Also,
At this time, the reset output of flip-flop 532 is given to determination circuit 57 as a determination command signal. Accordingly, the determination circuit 57 detects the ring counter 52
The set numerical information given from P is compared with the count value given from the ring counter 52S when the variable display is stopped, and a predetermined correlation is determined. For example, if the relationship between the set value and the value displayed when the variable display is stopped is that both are odd numbers, both are even numbers, or both are the same number (i.e., zero), it is determined respectively. Therefore, if information for giving a certain value is to be derived, the determination circuit 57 calculates the logical sum of the outputs representing an odd number from the ring counter 52P and the logical sum of the outputs representing an odd number from the ring counter 52S. When there is an "H" signal from the output terminals representing an odd number, and when there is a logical product of the output of the ring counter 52P representing an even number and the output of the ring counter 52S representing an even number, an even number is derived. An "H" signal is derived from the output terminal to be determined, and the logical product (for example, 52
(logical product of the output representing the numerical value "n" of P and the output representing the numerical value "n" of 52S) In other words, when the logical product outputs for each same numerical value are logically summed, from the output terminal representing the zero number, " and is configured to derive an "H" signal. Each determination output of the determination circuit 57 is derived as a signal for adding value information. As an example of giving a player a certain value that differs depending on the judgment output based on the judgment output of the judgment circuit 57, it is possible to control the number of openings of the Yakumono 13a to 13e, or to control the length of time for opening a certain Yakumono. It is conceivable to change the number of prize balls to be paid out, but in this embodiment, a case will be described below in which the number of balls to be opened is controlled.

For example, when controlling the number of openings of the Yakumono 13a to 13e based on the determination output of the determination circuit 57, when the determination circuit 57 determines that the number is odd, it opens the two Yakumono 13a and 13b, and When it is determined that it is, three Yakumono 13c to 13e are opened, and when it is determined that it is the number Z, five Yakumono 13a to 13e are opened.
If opening control is to be performed, it is performed as follows. Specifically, the player sets the setting switch 1.
When an odd number is set by operating 9P, if the numerical value displayed when the stop command switch 19S is pressed to stop the variable display on the segment display 23S is an odd number, the determination circuit 57
derives an “H” signal from the output terminal representing an odd number,
Give to monostable multi 581. This monostable multi 581 derives an "H" signal for the period necessary to open the beak-shaped part 131 of the yakumono, and supplies it to the transistor 60a via the OR gate 59a to make the transistor 60a conductive. It is applied to transistor 60b through gate 59b to make transistor 60b conductive. Accordingly, the Yakumono opening mechanism 4 controls the opening of the Yakumono 13a.
While the solenoid 41a of 0a is energized,
Since the solenoid 41b of the Yakumono opening mechanism 40b for controlling the opening of the Yakumono 13b is energized, the beak-shaped portions 131 of the Yakumono 13a and 13b are energized.
is controlled. Further, when the determination circuit 57 determines that the number is even, an "H" signal is derived from the output terminal representing an even number, and the monostable multi 582
given to. Accordingly, the monostable multi 582 outputs the “H” signal for a certain period to the OR gates 59c to 59e.
are applied to the corresponding transistors 60c to 60e through the transistors 60c to 60e to make the transistors conductive. For this reason,
Solenoid 4 corresponding to Yakumono 13c to 13e
1c to 41e are energized and controlled, Yakumono 13c
The opening of each of the beak-shaped portions 13e to 13e is controlled to open.
Furthermore, when the determination circuit 57 derives a determination output representing a double eye, the output is determined by the monostable multi 583
given to. Accordingly, the monostable multi 583 derives a “H” signal for a certain period of time, and the OR gate 59a
-59e to each of the corresponding transistors 60a-60e to make the transistor conductive. With this, solenoid 4
1a to 41e are energized and the five Yakumono 1
The opening of each of the beaks 3a to 13e is controlled to open. In this way, the opening of different numbers of Yakumono is controlled based on the determination output of the determination circuit 57.
Further, the output of any one of the monostable multipliers 581 to 583 resets the flip-flop 531 via the OR gate 61, and also sets the flip-flop 532 to wait for the next output from the winning ball detection switch 33.

Note that if the player does not press the stop command switch 19S forever, the segment display 23S
continues to be in the variable display state, and even if the winning ball detection switch 33 detects a winning ball again thereafter, it will not operate normally. Therefore, the winning ball detection switch 33
If a timer 62 is provided which is activated by the output of the circuit and derives an "H" signal after a certain period of time has elapsed, and the output of the timer 62 is configured to be applied to the reset input terminal of the flip-flop 532 via the OR gate 541, the game can be played. There is an advantage that the same operation can be achieved even if the customer forgets to press the stop command switch 19S.

As described above, according to this embodiment, the numerical information set in advance by the player and the numerical value when the variable display of the segment display as the variable numerical display means that is variably displayed according to a certain condition is stopped. Since a certain value is added by controlling the number of Yakumono to be opened and varying the time for Yakumono to be opened based on this, the interest for players will be further doubled. In addition, in addition to simply hitting a pachinko ball like in traditional pachinko games,
The number of prize balls that can be won can be varied by changing the number of prize balls that can be won by performing a stop operation so that the numerical value that is variably displayed according to certain conditions has a certain relationship with the set value. This makes it possible to acquire the following information, and can be expected to improve services.

In the above-described embodiment, a case has been described in which a segment display is used as an example of the set numerical value display means and the variable numerical value display means, but the present invention is not limited to the segment display, and various numerical display devices can be used.

FIG. 6 is an illustrative view showing another example of the temple-shaped setting/variable identification information display device 20. As shown in FIG. This embodiment uses a dice-shaped display 2 as another example of the setting identification information display means and the variable identification information display means.
It is equipped with 4P and 24S. These dice-shaped indicators 24P and 24S each have seven light emitting diodes (or display lamps) 2 in a square.
41 to 247 are embedded, and numerical information is displayed based on the number of light emitted. For example, when displaying the numerical value "1", only the light emitting diode 241 emits light, when displaying the numerical value "2", the light emitting diode 242 and 243 emits light, and when displaying the numerical value "3", the light emitting diode 241 emits light. Diodes 241, 245, 246 (or 24
1,242,243), and when displaying the numerical value "4", the light emitting diode 244,
245, 246, and 247, and when displaying the numerical value "5", the light emitting diode 241,
244, 245, 246, and 247 are displayed by emitting light, and when the numerical value "6" is to be displayed, the light emitting diodes 242 to 247 are displayed by emitting light. Then, the ring counter 52
As S, 52P, one that cyclically counts numerical values "1" to "6" is used. In this way, if a dice-shaped display is used as the set identification information display means and the variable identification information display means, the player will have to operate the stop command switch 19S so that the dice match a certain relationship. This has the advantage that players can enjoy the fun of playing pachinko while playing pachinko.

In addition, in the explanation of FIG. 2 or FIG. 6 above,
Although numerical information has been described as an example of the identification information to be displayed on the set identification information display means and the variable identification information display means, it goes without saying that identification information other than numerical values such as symbols and alphanumeric characters may also be used.

As described above, according to the present invention, when the display contents of at least two identification information display devices provided on the board of a pachinko game machine have a certain correlation, the value of opening a predetermined Yakumono, etc. Therefore, it is possible to provide an interesting Pachinko game machine that attracts players' interest.

In addition, in addition to simply hitting a pachinko ball as in a conventional pachinko game, players can also earn money by stopping a device that is variably displayed according to certain conditions so that it has a certain relationship with a set value. Since the number of prize balls that can be won changes, it becomes possible to win a large amount of prize balls by using gaming technology, and it is expected that the service will improve.

Furthermore, among the at least two identification information display means, one allows manual setting of identification information, and the information on the other changes in response to pachinko balls passing through a specific area. The difficulty level of passing the pachinko ball to the specific area changes as the ball enters a predetermined winning hole, making the pachinko game more complex and deep, and making it less monotonous than in the past. In addition to winning or losing pachinko balls,
It can be made more interesting.

[Brief explanation of the drawing]

FIG. 1 is an external view of one embodiment of the present invention.
FIG. 2 is a detailed diagram of the temple-shaped setting variable identification information display device 20, which is a feature of the present invention. FIG. 3 is an illustrative view of the back panel of a pachinko game machine according to an embodiment of the present invention. FIG. 4 is a detailed diagram of the winning ball device and the winning ball opening mechanism. FIG. 5 is a control circuit diagram of an embodiment of the present invention. Figure 6 shows the temple shape setting.
FIG. 6 is an illustrative diagram showing another example of the variable identification information display device 20'. In the figure, 10 is the pachinko game machine of this embodiment, 11 is the front panel, 12a to 12c are winning holes (safe holes), 13a to 13e are winning ball devices (yakumono), and 19P is a setting switch (identification information setting means). , 19S is a stop command switch (stop command means), 20, 20' is a temple setting/variable identification information display device, 22 is a special winning ball device, 23P, 23S
1 is a segment display, 24P, 24S is a dice-shaped display, 30 is a back panel, 33 is a winning ball detection switch, 40a to 40e are winning ball opening mechanisms, 5
1 is a differential circuit, 52P, 52S are ring counters, 531, 532 are flip-flops, 541
~543, 59a ~ 59e, 61 are gates, 55
is a pulse oscillation circuit, 56P and 56S are decoders,
Reference numeral 57 indicates a judgment circuit (value information deriving means).

Claims (1)

[Scope of Claims] 1. Identification information setting means provided on the front of the pachinko gaming machine and setting certain identification information in accordance with the operation thereof; Disposed on the board of the pachinko gaming machine, the identification information setting means identification information display means for displaying the identification information set and inputted in the machine; identification information variable display means disposed on the board of the pachinko game machine and capable of variably displaying identification information within a range that can be set by the identification information setting means; , winning state detection means for detecting a winning state in response to a pachinko ball hit on the board of the pachinko game machine passing through a certain specific area, and commanding to stop variable display of the identification information variable display means. a stop command means, which sequentially and cyclically variably controls the identification information displayed on the identification information variable display means in response to the output of the winning state detection means, and variably controls the identification information displayed on the identification information variable display means in response to the output of the stop command means; variable display/stop control means for controlling the variable display of the means to stop; and when the control means performs the stop control, the identification information displayed on the identification information display means and a certain identification set and inputted by the identification information setting means. and a value information deriving means for deriving value information based on a predetermined correlation between the pachinko machine and the pachinko machine, and further comprising: a winning hole arranged on the board of the pachinko machine; Winning ball detection means for detecting balls is provided, and the specific area is changed so that a passage area for pachinko balls is expanded in response to the output of the winning ball detection means, thereby making it easier for pachinko balls to pass through. A pachinko machine consisting of 2. The pachinko game machine according to claim 1, wherein the setting identification information display means and the identification information variable display means are each segment displays. 3. The identification information is numerical information, and the set identification information display means and the identification information variable display means each consist of a plurality of light emitting display elements arranged in the shape of a die, and The pachinko game machine according to claim 1, wherein numerical information is displayed by the number of light emitted by a light emitting display element. 4. The pachinko gaming machine includes: a plurality of winning ball devices that can open and close beak-like portions; and a plurality of beak-like portions of the winning ball devices that are provided corresponding to each of the winning ball devices and that selectively correspond to the winning ball devices. and a winning ball device opening mechanism for controlling the opening of the winning ball device, and the value information deriving means determines the number of openings of the beak-shaped portion of the winning ball device by giving a signal to a number of winning ball opening mechanisms according to the value information. A pachinko game machine according to any one of claims 1 to 3, characterized in that the pachinko game machine is controlled.