JPH0414038B2 - - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION Field of Industrial Application The present invention relates to a winning device for a pachinko game machine.

Prior Art Conventionally, the lowermost end of the inner rail is cut out to form an opening, a socket for a replacement ball with a receiving plate protruding directly below the opening is opened, and the replacement ball socket and the prize ball tray are connected to each other. A pair of opening/closing members supported by arms that are swung by the operation of the solenoid face the opening, and when the solenoid is in a demagnetized state, the opening/closing members The ball that falls while being guided by the inner rail is guided to the out ball opening by using the top surface of the opening/closing member as a guide, while the ball that enters the specified safe ball opening is detected. When the solenoid is energized under the conditions, the opening/closing member is retracted from the opening to open it, and the inner rail is guided to guide the falling ball through the opening to the replacement ball opening located directly below, A pachinko machine in which balls are discharged and returned to a prize tray through a replacement passage is known as Japanese Patent Publication No. 56-6794, and in this machine, when the upper and lower display lamps are aligned vertically, the solenoid is activated. The out ball is discharged and returned to the prize ball tray from the out ball opening.

Also, a winning ball device formed on a game board and capable of being opened to receive falling pachinko balls;
A first passing ball detection means for detecting pachinko balls that have passed through a first area formed on a game board, and is configured to temporarily store and selectively release pachinko balls that have passed through the first specific area. a second passing ball detection means for detecting pachinko balls that have passed through a second specific area formed on the game board; first and second display means that vary the display states of the display states in a predetermined order;
variably displays the display state of the first display means by a number related to the number of pachinko balls that have passed through the specific area, and has passed through the first specific area in response to the output of the first passing area detection means. The display state of the first display means is variably displayed by a number related to the number of pachinko balls passed through the second specific area in response to the output of the second passing ball detection means. variable display control means for changing the display state of the second display means by the number of times that the first display means is displayed;
a first/second determining means for comparing a display state of the second display means with a display state of the second display means to determine which one reaches a predetermined display state first; first or second
opening control means for controlling opening of the prize entry device when one of the display means reaches a predetermined display state compared to the other display means;
Furthermore, a pachinko gaming machine is known as Japanese Patent Publication No. 57-35990, which is equipped with a release control means for controlling the release of pachinko balls stored in the pachinko ball storage/discharge mechanism in response to the output of the preceding/returning determination means. ing.

Purpose of the Invention The first object of the present invention is to sequentially emit light from a plurality of light emitting bodies provided in a plurality of rows in the display section when a pachinko ball enters the winning section, and when the light emitting positions of each row match, The opening/closing member provided in the display section is opened to give the player many winning machines, and the pachinko balls are freely distributed in the winning section, thereby affecting the player's own slump. Closing the opening/closing member appropriately by means of closing the opening/closing device such as time-up or count-up,
It is an object of the present invention to provide a winning device for a pachinko game machine that allows players to enjoy and be interested in movements that are different from those of the known examples.

In addition to the above object, the second object of the present invention is to reset the counter means when a predetermined number of prize balls are ejected and the pachinko game machine is in a stopped state, and to reset one counter value during the game. To provide a winning device for a pachinko game machine which can cause a slump state in the pachinko game machine by starting to light up from a different position if the counter values continue to be updated, making it impossible to match the counter values for a long period of time. It is in.

Structure of the Invention The first winning device for a pachinko gaming machine of the present invention includes a display section and a winning section communicating with the display section, and the display section has a plurality of rows of count display sections each consisting of a plurality of light emitting bodies. A pachinko ball sorting member and a plurality of winning objects are provided in the winning part, a detecting device is provided in each of the winning objects, and each of the detecting devices is connected to the winning object through a counter means. A light emitting body in each column of the count display section is connected to a determination circuit, the determination circuit is operated in response to the output of the determination circuit, the switching device is operated to the expanded state, and the switching device is operated in response to the output of the switching device closing means, and the The opening/closing member is connected to the opening/closing device for opening/closing so that the opening/closing device operates in a closed state, and is also connected to the display body and the opening/closing device via a switching device closing means.

A second winning device for a pachinko gaming machine according to the present invention includes a display section and a winning section communicating with the display section, and the display section includes a plurality of rows of count display sections made of a plurality of light emitting bodies arranged in parallel. The winning part is provided with an opening/closing member and a display body, the winning unit is provided with a pachinko ball sorting member and a plurality of winning bodies, each of the winning bodies is provided with a detection device, and each of the detection devices is connected to the count display via a counter means. The light emitters in each row of the switch are connected to a determination circuit, the determination circuit is operated in response to the output of the determination circuit, the switchgear is operated to the expanded state, and the switchgear is operated in response to the output of the switchgear closing means; The opening/closing member is connected to an opening/closing device that opens and closes the opening/closing device so as to operate in a closed state, and is also connected to the display body and the opening/closing device via a switching device closing means, and the counter means is provided with a counter means when the pachinko game machine is in a stopped state. , a reset circuit that sends a reset signal is connected.

Embodiments Hereinafter, embodiments of the present invention will be described in detail based on the drawings.

In FIGS. 1 and 2, 1 is a winning device attached to the game board of a pachinko machine, a display section 2 is provided above, and a plurality of pachinko balls 3 are displayed below the display section 2. A winning section 7 is provided in electrical communication with the display section 2, and a windmill-shaped distributing member 6 for distributing winning objects to the A winning hole 4 or the B winning hole 5 is pivoted at the center.

Reference numeral 8 denotes an inner count display device made of a light emitting body such as a plurality of blinking light emitting diodes provided in the display section 2. The inner count display device 8 is formed in the shape of a track and displays the original number according to the pachinko ball 3 that enters the A winning hole 4. Light the light so that it advances one by one clockwise from the position,
On the outer periphery of the inner count display device 8, there is an outer count display device 9 made of a light emitting body such as a plurality of light emitting diodes that counts and blinks the pachinko balls 3 that have entered the B winning hole 5. They are arranged in a plurality of rows so as to be lined up at the same position as the light emitting bodies, and emit light by sequentially advancing in the same direction from the same original position as the light emitting bodies of the inner count display device 8. 10 and 10' are wing pieces that are opening/closing members provided on the display section 2; one wing piece 10 and a shaft 10;
The other wing piece 10' is pivoted to allow circular movement in a clockwise direction by a shaft 10a', and the inner and outer count display devices 8 and When the light emission of 9 is in the same position, it is opened by a solenoid, which is an opening/closing device (not shown). Reference numeral 11 denotes a ball receiving section that guides the pachinko balls 3 that have entered the display section 2 of the winning device 1 to the winning section 7, and includes a hopper-shaped ball guide opening 11a.
is opposed to the upper opening 7a of the entry prize section 7. 12 is a display body made of a light emitting diode or the like for displaying the expansion time when the wings 10, 10' are expanded and/or the number of pachinko balls 3 that have entered the winning part 7; 18 is the display body 12
This is the judgment display section provided next to the . As shown in FIG. 2, the A winning hole 4 and the B winning hole 5 are respectively provided with an A detection switch 13 and a B detection switch 14, which serve as a plurality of detection devices. The B detection switch 14 is connected to the inner count display section 8 and the determination circuit 16 via the safe ball counter 15, and the B detection switch 14 is connected to the outer count display section 9 and the determination circuit 16 via the B safe ball counter 17. The judgment circuit 1
Reference numeral 6 is connected to a judgment display section 18, a time-up circuit 19 serving as a switching device closing means, and a solenoid 20 serving as a switching device. A reset circuit 21 is connected to the A safe ball counter 15 and the B safe ball counter 17, which sends a reset signal when the pachinko game machine is stopped.

To explain the operation in the embodiment, the pachinko balls 3 that have entered the display section 2 in the winning device 1 are passed from the ball guide port 11a of the ball receiving section 11 to the opening 7a of the winning section 7.
The prize money is sent to the winning part 7 through the distribution member 6, and distributed to either the A winning hole 4 side or the B winning hole 5 side. The pachinko ball 3 sent to the A winning hole 4 side enters the A winning hole 4, the A detection switch 13 is activated, and the A safe ball counter 15 is activated.
and sends an output signal to the A safe ball counter 15.
The light emitting body of the inner count display section 8 is caused to emit light while being advanced one by one clockwise from the original position, and an output signal is sent to the determination circuit 16, and
The pachinko ball 3 sent to the B winning hole 5 side is
Enter the winning hole 5, activate the B detection switch 14,
An output signal is sent to the B-safe ball counter 17, and the light-emitting bodies of the outer count display section 9 are sequentially advanced clockwise from the original position one by one in the same way as the count display section 8 from the B-safe ball counter 17 to emit light. At the same time, an output signal is sent to the determination circuit 16.

Then, the light-emitting body of the inner count display section 8 sequentially progresses and emits light corresponding to the number of pachinko balls 3 that entered the A winning hole 4, and the luminous body corresponds to the number of pachinko balls 3 that entered the B winning hole 5. When the light-emitting bodies of the outer count display section 9 that emit light in sequence are lined up at the same position and the count values of the counters 15 and 17 match, the judgment circuit 16 is activated and the judgment display section 18, time-up circuit 19 and solenoid 20 are activated. An output signal is sent to the determination display section 18, and the solenoid 2
At the same time as the wing pieces 10, 10' expand due to
The output signal of the time-up circuit 19 causes the display body 1 to
2 displays the expansion time of the blades 10, 10', and when the required expansion time has elapsed, the time-up circuit 19
An output signal is sent to the solenoid 20 to close the blades 10, 10'.

Furthermore, when the wing pieces 10, 10' are in the expanded state,
Pachinko balls 3 entering the display section 2 pass through the opening 7a from the ball guide port 11a of the ball receiving section 11, are sent into the prize winning section 7, and are distributed by the distribution member 6 to the A prize hole 4 or the B prize hole 5, respectively. When the inner counter display section 8 or the outer counter display section 9 is sequentially advanced clockwise and emitted, and when the light is emitted at the same position, the expansion time is further extended, and the count display sections 8 and 9 are not reset. Counting continues from that light emitting position.

Further, when a predetermined number of prize balls are ejected and the pachinko game machine is brought to a stop state, a reset signal is simultaneously sent from the reset circuit 21 to the A safe ball counter 15 and the B safe ball counter 17 to perform a reset.

The solenoid 20 is of a latch type or the like, which holds the blades 10, 10', which are opening/closing members, in an expanded state based on a signal from the determination circuit 16.

FIG. 3 shows another embodiment of the present invention, the mechanical structure of which is similar to that of the embodiment shown in FIG. Pachinko ball 3 that enters the winning part 7 when it is in the open state
Pachinko balls 3 (not shown in FIG. 1), which operate at the same time as the impellers 10, 10' are expanded, are displayed in the ball guide port 11a of the ball receiver 11.
This embodiment differs from the previous embodiment in that a passage detection switch 22 is provided.

The A detection switch 13 of the A winning hole 4 is connected to the inner count display section 8 and the determination circuit 16 via the A safe ball counter 15, and the B detection switch 14 of the B winning hole 5 is connected to the B safe ball counter 17. The judgment circuit 16 is connected to the outer count display section 9 and the judgment circuit 16, and the judgment circuit 16 is connected to the judgment display section 18, a count-up circuit 23 serving as a switching device closing means, and a solenoid 20, and a passage detection switch 22 is connected to the count-up circuit 18. A reset circuit 21 is connected to the time display unit 12 as a display and the solenoid 20 via a circuit 23, and a reset circuit 21 is connected to the A safe ball counter 15 and the B safe ball counter 17.

To explain the operation of this embodiment, the pachinko balls 3 that have entered the winning device 1 as in the previous embodiment.
are sent into the winning part 7 from the ball guide port 11a of the ball receiving part 11 of the display part 2, and distributed to the A winning hole 4 side or the B winning hole 5 side by the windmill-shaped distribution member 6. When the pachinko ball 3 enters the A winning hole 4, the A detection switch 13 is activated and the A safe ball counter 15 is activated.
An output signal is sent from the A safe ball counter to the inner count display section 8 and the determination circuit 16, and the pachinko ball 3 is sent to the B winning hole 5.
When the B detection switch 14 is activated, an output signal is sent to the B safe ball counter 17, and the outside count display section 9 emits light from the same position as the count display section 8 from the B safe ball counter 17. Sends the output signal to circuit 16 and counter 1
5 and 17 match, that is, when the light emitting position of the inner count display section 8 and the light emitting position of the outer count display section 9 are lined up at the same position, the judgment circuit 16 is activated, and the judgment display section 18 and the count up circuit are activated. 2
3 and the solenoid 20, and the blade 1
0 and 10' are in the expanded state.
At the same time as the passing detection switch 22 is activated, its output signal is sent to the count up circuit 23, and the count display section 12, which is a display body, displays the number of pachinko balls 3 that have entered the winning section 7. When a predetermined number of balls is reached, a closing signal is sent from the count-up circuit 23 to the solenoid 20.

Further, when the wing pieces 10, 10' are in the expanded state, the light emitting position of the inner count display section 8 and the light emitting position of the outer count display section 9 are aligned at the same position, and the counter 15,
When the values of 17 match, the count up circuit 23
Further, an output signal is sent from the determination circuit 16 to prevent the blades 10 and 10' from closing, and the blade 1
The expanded state of 0 and 10' is further extended until a predetermined number of pachinko balls enter the winning device 1, and the count display parts 8 and 9 are not reset and counting continues from the display position where the light is emitted. When the pachinko game machine is stopped, a reset signal is simultaneously sent from the reset circuit 21 to the A safe ball counter 15 and the B safe ball counter 17 to perform a reset.

FIG. 4 shows yet another embodiment of the present invention. The mechanical structure of the winning device 1 is similar to that of the embodiment shown in FIG. 1, and the display 12 simultaneously displays time and counts. It is divided into two parts (not shown) for display purposes.

In this embodiment, the A detection switch 13 of the A winning hole 4 is connected to the inner count display section 8 and the determination circuit 16 via the A safe ball counter 15, and the detection switch 14 of the B winning hole 5 is connected to the B safe ball counter. 17 to the outer count display section 9 and the judgment circuit 16, and the judgment circuit 16 is connected to the judgment display section 18, a time-up circuit 19, a count-up circuit 23, and a solenoid 2 which is a switching device.
0, respectively, and the time-up circuit 1
9 is connected to the count display unit 12 which is one display body (not shown) and the solenoid 20, and the passage detection switch 22 provided in the ball guide port 11a is the other display body (not shown) via the count up circuit 23. A reset circuit 21 is connected to the count display section 12 and the solenoid 20, and is connected to the A safe ball counter 15 and the B safe ball counter 17.
is connected.

To explain the operation of this embodiment, when a pachinko ball 3 enters the A winning hole 4 or the B winning hole 5, the A detection switch 13 or the B detection switch 14 is activated, and the A safe ball counter is activated. An output signal is sent to the B safe ball counter 17, an output signal is sent from the A safe ball counter 13 to the inner count display section 8 and the judgment circuit 16, and an output signal is sent from the B safe ball counter 17 to the outer count display section 9 and the judgment circuit. 16, and when the light emitting positions of the inner count display section 8 and the outer count display section 9 are lined up at the same position and the counters 15 and 17 match, the judgment circuit 16 outputs the judgment display section 18, the time-up circuit 19, An output signal is sent to the count-up circuit 23 and the solenoid 20, and the solenoid 20 causes the blades 10, 10' to be in an expanded state, and the time-up circuit 19 and the count-up circuit 23 operate simultaneously to keep the count up for a certain period of time or a certain count. In response to the earlier closing signal, the solenoid 20, which is an opening/closing device, is actuated to open the blade 1.
0,10' are occluded. When the blades 10, 10' are in the expanded state, the light emitting positions of the count display sections 8, 9 are aligned at the same position again, and when the counters 15, 17 match, the expansion time of the blades 10, 10' is constant. The number of balls entering the winning device 1 is added until the time is extended and the wings 10, 10' are closed, and the count display sections 8, 9 are not reset, and the count continues from the display position where the light is emitted. The time display and count display on the display unit 12 indicate that wing piece 1 is
You can easily check the time and count until closing of 0 and 10'.

Then, at the same time that the pachinko game machine comes to a stop, a reset signal is sent from the reset circuit 21 to the A safe ball counter 15 and the B safe ball counter 17 to perform a reset.

It is also possible to provide a selection switch for operating the time-up circuit 19 and the count-up circuit 23 selectively or simultaneously, and the light emitting directions of the count display sections 8 and 9 can be changed not only in one direction but also in various directions. It is possible.

Effects of the Invention As described above, according to the first aspect of the present invention, a plurality of light emitting bodies provided in a plurality of rows on the display section are sequentially emitted by the winning of a pachinko ball in the winning section, and each When the light emitting positions of the rows match, the opening/closing member provided on the display section is opened to give the player more opportunities to win prizes, and moreover, the pachinko balls are freely distributed in the prize entry section.
By increasing the effect of the player's own slump and appropriately closing the opening/closing member using an opening/closing device closing means such as a time-up or count-up, the player's interest is increased by a movement different from that of the known example. You can also enjoy playing pachinko.

In addition to the effects of the first invention, the second aspect of the present invention is that the inner and outer count display parts are sequentially lit up in response to the winning of pachinko balls to the winning object, Even if the count display section at the initial position that has not yet been counted is lit again, the overall counting state continues and is not reset to the initial state, and the pachinko machine is in a stopped state after a predetermined number of prize balls are ejected. Since the counter means is reset only when one counter value is updated, if one counter value continues to be updated, the light will start from a different position, and the counter values will not be able to match for a long time, causing a slump in the pachinko machine. This has the effect of being able to form a state.

[Brief explanation of drawings]

FIG. 1 is a front view of an embodiment of the present invention mounted on a pachinko game board, FIG. 2 is a block diagram of the same as above, FIG. 3 is a block diagram of another embodiment of the present invention, and FIG. 4 is a block diagram of another embodiment of the invention. 1... winning device, 2... display section, 3... pachinko ball,
4... A winning hole, 5... B winning hole, 6... Sorting member,
7... winning part, 7a... opening, 8... inner count display device, 9... outer count display device, 10, 10'
...wing piece, 10a, 10a'...shaft, 11...ball receiving part, 1
1a... Ball guide port, 12... Display body, 13... A detection switch, 14... B detection switch, 15... A safe ball counter, 16... Judgment circuit, 17... B safe ball counter, 18... Judgment display unit, 19... Time-up circuit, 20... Solenoid, 21... Reset circuit, 22... Passage detection switch, 23... Count-up circuit.

Claims (1)

[Scope of Claims] 1. Consisting of a display section and a winning section communicating with the display section, the display section is provided with a plurality of rows of count display sections consisting of a plurality of light emitting bodies, and an opening/closing member and a display body. , the award entry section is provided with a pachinko ball sorting member and a plurality of winning objects, each of the award entry sections is provided with a detection device, and each of the detection devices is connected to a light emitting body in each row of the count display section through a counter means. the switching device is connected to a determination circuit, the switching device is connected to the switching device in response to the output of the determination circuit, the switching device operates to the expanded state, and the switching device is operated to the closed state in response to the output of the switching device closing means; A winning device for a pachinko game machine, characterized in that the member is connected to an opening/closing device for opening and closing, and also connected to the display body and the opening/closing device via an opening/closing device closing means. 2. The winning device for a pachinko gaming machine according to claim 1, wherein the opening/closing device closing means is a time-up circuit. 3. The winning device for a pachinko game machine according to claim 1, wherein the opening/closing device closing means is a count-up circuit. 4. The switchgear closing means is a time-up circuit and a count-up circuit, and when one of the time-up circuit and the count-up circuit reaches a certain predetermined condition first, the switchgear is operated to the closed state based on the circuit output. 2. A winning device for a pachinko game machine according to claim 1, wherein said time-up circuit and count-up circuit are connected to an opening/closing device so that the time-up circuit and the count-up circuit are connected to an opening/closing device. 5 Consisting of a display section and a prize winning section communicating with the display section, the display section is provided with a plurality of rows of count display sections consisting of a plurality of light emitting bodies, and is also provided with an opening/closing member and a display body, and the prize winning section is provided with an opening/closing member and a display body. A pachinko ball sorting member and a plurality of winning objects are provided, each of the winning objects is provided with a detection device, and each of the detection devices is connected to the light emitting body of each column of the count display section and a determination circuit via a counter means. and opening/closing the opening/closing member so that the opening/closing device operates to the open state in response to the output of the determination circuit, and the opening/closing device operates to the closed state in response to the output of the switching device closing means. A reset circuit is connected to the display body and the opening/closing device via a switching device closing means, and the counter means is connected to a reset circuit which sends a reset signal when the pachinko game machine is stopped. A winning device for a pachinko game machine.