JPH08318039A - Pachinko machine - Google Patents

Abstract

PURPOSE: To easily and quickly discharge the number of prize balls correspondingly to the kind of a winning port or the like by forming a notched part at the outer local part of a ball separating rotating body connected to a guiding path, providing an electromagnet capable of moving a stop board and moving the stop board by an operation member inserted from an operation hole near the stop board. CONSTITUTION: The ball separating rotating bodies 7a and 7b for separating every odd-numbered pieces or even-numbered pieces of the prize balls 5 while being rotated by the weight of the prize balls 5 are provided together on the fixed shaft 10 of a prize ball counting device 1. Then notched parts 23a are formed with the interval of 120 deg. and 90 deg. at the peripheral edge part of the side wall 24 of the ball separating rotating bodies 7a and 7b and an L-shaped stop board 25a provided with a projection 29a abuttable and detachable to/from each of the notched parts 23a is provided. Further, the stop board 25a is connected through a spring 28a to the lift bar 27a of the electromagnet 26a. Also, the stop board 25a is raised by a driver or the like from the operation hole 31 pierced on a partition board 4, the ball separating rotating body 7a is freely rotated and the prize balls 5 inside the guiding path 3 are discharged.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a pachinko machine, and more particularly, to a pachinko machine that easily and quickly discharges the number of prize balls paid out corresponding to winning balls according to the type of winning hole. .

[0002]

2. Description of the Related Art Conventionally, Japanese Utility Model Publication No. 63-38571 discloses a pachinko machine that changes the number of prize balls to be paid out according to the type of a winning opening. According to this publication, both the winning ball from the winning ball opening and the winning ball from the specific winning opening pass through the common passage, and the signal of the detector provided in the passage is counted through the counter. On the other hand, a specific prize detector is provided at the specific winning opening, and signals from the detector are integrated via a specific prize ball counter. Then, when the specific winning ball counter becomes non-zero, an interrupt signal is issued to count and discharge the preset prize balls through the prize ball discharging device, and after completion of discharging, the counter and the specific winning ball counter respectively. Subtract one. Then, when the specific winning ball counter reaches zero, an interrupt signal is issued to discharge different prize balls set in advance based on the value of the counter. By doing so, it becomes possible to correspond to a counter that counts the winning balls from the specific winning opening and the winning balls from the winning opening without distinction, and it is possible to provide a common passage for the winning balls.

[0003]

However, as described above, a counter for prize-winning balls and a counter for specific prize-winning balls are provided so as to subtract one from each after the prize balls have been discharged. When there is, an interrupt signal is issued, and a predetermined number of prize balls is discharged,
Even when the specific winning ball becomes zero, an interrupt signal is issued to discharge the predetermined number of prize balls according to the value of the counter, which complicates the control system and may not be able to respond quickly. Occurs. Further, since the prize ball counting device has only one ball-cutting rotating body, it takes a long time to process a predetermined number of prize balls to be counted and discharged based on the discharge command from the counting control device. Therefore, if the number of winnings is a large number of times in a short time, the discharge of the prize balls will continue forever, which makes the player feel uncomfortable. Further, when a conventional counter composed of a plurality of sphere-cutting rotary bodies arranged coaxially is used, the number of times the number of the sphere-cutting rotary bodies arranged can be multiplied. For example, when two spherical cutting bodies are arranged coaxially, counting can be performed for a multiple of 2, but not for an odd number. Therefore, for example, when the number of balls discharged when a prize is won is an odd number, it cannot be processed by the counter. Further, it is disadvantageous in terms of cost and control to install a plurality of the same objects as the conventional prize ball counter. Therefore, the present invention provides a pachinko machine that eliminates such inconvenience.

[0004]

A prize ball counting device for a pachinko machine according to the present invention is provided with a ball cutting rotary member capable of counting prize balls in communication with a guide path, and a cutout portion on an outer peripheral portion of the ball cutting rotary member. And a stop plate is provided with an electromagnet capable of moving, the stop plate is configured to act on the cutout portion, an operation hole is provided near the stop plate, and the operation member inserted through the operation hole is used to stop. The board can be moved.

[0005]

[Function] Since the stopper plate acts on the notched portion of the ball-cut rotator to prevent rotation, the sphere-cut rotor can be rotated by inserting a screwdriver or the like into the operation hole and moving the stopper plate. ,
Allows the discharge of prize balls in the taxiway.

[0006]

DESCRIPTION OF THE PREFERRED EMBODIMENTS FIG. 1 shows the back side of a pachinko machine 100, and a prize ball tank 102 is attached to the upper part of a machine frame 101. The prize ball tank 102 is supplied with supply balls from a supply device (not shown). Below the prize ball tank 102, a prize ball counting device 1 is provided. Prize ball tank 102
The alignment path 103 is arranged so as to be slanted between the prize ball counting device 1 and the prize ball counting device 1. The alignment path 103 is for aligning the prize balls stored in the prize ball tank 102 into a plurality of rows and supplying the prize balls to the prize ball counting device 1. A discharge passage 104 is vertically provided below the prize ball counting device 1, and the counted and discharged prize balls are guided to a not-shown upper plate through the upper plate discharge port 105. A prize ball discharge gutter 135 for discharging the prize ball 5 in the prize ball tank 102 is vertically provided at the right end. At the center of FIG. 1, a game board 110 is attached. The game board 110 is provided with winning openings 112a, 112b, 112c which communicate with the respective winning openings provided in the table not shown, and the winning openings 112a, 112b, 112c are related.
The winning ball 5a that has entered the taxiway 113a, 113b, 11
It falls through 3c, rolls on the collecting passage 116, and is guided to a winning ball discharging device 120 described later. On the other hand, game board 1
The special winning openings 114a and 114b, which communicate with the specific winning openings provided in the table (not shown), are provided in the numeral 10.
The winning balls (specific balls) from the specific winning openings 114a and 114b are specific ball detectors 115 installed downstream of the winning balls.
When detected by a and 115b, it is counted by the specific ball counter in the main control unit described later, falls on the passage, rolls on the collecting passage 116, and is guided to the winning ball discharging device 120 described later.
That is, the winning balls that have entered the winning openings 112a, 112b, 112c and the winning balls (specific balls) that have entered the specific winning openings 114a, 114b are both guided on the collecting passage 116 to the winning ball discharging device 120. .

FIG. 2 shows a winning ball discharging device 120. The collecting passage 116 is communicated with the guide passage 121, and the winning ball detector (proximity switch) 12 for detecting the winning ball 5a at the end thereof.
5 are installed. The ball receiving device 122 has a winning ball 5a at the front.
A notch 122a having a size of 5 mm and a rotating piece 122b having a pin 127 provided on the rear portion thereof are integrally formed, and are pivotally supported by a support shaft 123 so as to be rotatable. On the other hand, an electromagnet 128 is arranged below the ball receiving member 122, and a long hole 1 which can be fitted to the pin 127 is attached to a rod having a spring 128a.
An L-shaped connecting piece 128b having 24a formed in the upper portion is fixed. The rotating piece 122b and the connecting piece 128b are
It is rotatably connected via a pin 127. The winning ball 5a discharged from the ball receiving member 122 is discharged through a discharge path 130 connected to a prize ball discharging gutter 135. The operation of the above-mentioned configuration will be described. Normally, as shown in FIG. 2, the electromagnet 128 is in the “OFF” state and the spring 128a.
The connecting piece 128b rises due to the elastic force of the ball, and the ball receiving device 122 rotates clockwise through the rotating piece 122b connected by the pin 127, and the game ball 5 moves with the ball receiving device 122.
Is being blocked. In such a state, when the game ball 5 is detected by the detector 125 through the guide path 121, the electromagnet 128 is controlled by a main controller (not shown) described later or by a controller separately provided. When set to "ON", spring 1
28a to overcome the force, and receive one of the winning balls 5a in the ball receiving member 122 through the connecting piece 128b and the rotating piece 122b in the state shown in FIG. Then, by turning off the electromagnet 128 again, the winning ball 5a is discharged to the discharge path 130 as shown in FIG. Hereinafter, each time the winning ball detector 125 detects, the same operation is performed to discharge the winning balls 5a one by one.

4 to 6 show the prize ball counting device 1, FIG. 4 is a front sectional view, FIG. 5 is a left sectional view of FIG. 1, and FIG. 6 is a right sectional view of FIG. The prize ball counting device 1 has an alignment path 1
03 and the prize ball 5 falling through the meandering guide path 3. The base 4 of the prize ball counting device 1 is made of synthetic resin in a side view H shape through the partition plate 2, and is pivotally supported by a pair of three-point supporting members (not shown) in the central portion. The fixed shaft 10 is provided with ball-turning rotating bodies 7a and 7b, which are rotated by the weight of the prize balls 5 and separate (count and discharge) the prize balls 5 into odd number and even number. That is, taxiway 3
The ball receiving portion 6a is formed by a partition wall 22a having a substantially triangular cross section, which is placed upright on the circumference so that the prize cutting balls 5 can be received and the odd numbered ball cutting rotating bodies 7a can be cut into three pieces (count discharge).
On the other hand, on the other hand, the sphere-cutting rotating body 7b as an even number is formed with four sphere-receiving portions 6b by partition walls 22b having a substantially triangular cross section in the periphery so that two sphere-cutting rotating bodies 7b can be cut off. The bodies 7a and 7b are independently rotatably attached to the fixed shaft 10. The rotating direction of the ball cutting rotary body 7a is counterclockwise (FIG. 5), and the rotating direction of the ball cutting rotary body 7b is clockwise (FIG. 6).

As a stopping mechanism for the ball-turning rotary bodies 7a and 7b, three positions are provided at 120 ° intervals on the peripheral edge of the side wall 23 of the ball-cut rotary body 7a, and at 90 ° intervals at the peripheral edge of the side wall 24 of the ball-cut rotating body 7b. Notch portions 23a and 23b formed at four locations in
A projection 29a which can be brought into contact with and separated from the cutouts 23a, 23b,
29b and L-shaped stop plates 25a and 25b, which are lift plates 27a and 27b of electromagnets 26a and 26b via springs 28a and 28b.
It is connected to. The stop plates 25a, 25b are installed so as to act on the cutouts 23a, 23b from above, and when the electromagnets 26a, 26b are "OFF", the weights of the lift bars 27a, 27b and the stop plates 25a are reduced. Two
The weight of 5b and the elastic force of the springs 28a, 28b are urged to abut the side walls of the ball-cutting rotating bodies 7a, 7b, and the projections 29a, 29b abut the cutouts 23a, 23b to rotate the balls. The rotation of the bodies 7a and 7b is prohibited. In that state, when the electromagnets 26a and 26b are energized (ON), the weights of the lift bars 27a and 27b, the weights of the stop plates 25a and 25b, and the biasing forces of the springs 28a and 28b are overcome, and the projections 29a and 29b are notched. After separating from 23a and 23b, the ball-cutting rotating bodies 7a and 7b rotate by the weight of the prize ball 5. In that state, the electromagnets 26a and 26b are de-energized (OF
When it is set to F), the protrusion 29 is produced by the same action as described above.
The a and 29b come into contact with the cutouts 23a and 23b and are prohibited from rotating. The electromagnets 26a and 26b are mounted above the ball-cutting rotors 7a and 7b, and the stop plates 25a and 25b act on the cutouts 23a and 23b from above to prevent the ball-cutting rotors 7a and 7b from rotating. Therefore, even if the elastic force of the springs 28a and 28b decreases, the lift rod 27
The ball-cutting rotating bodies 7a and 7b can be smoothly stopped by the weights of a and 27b and the weights of the stop plates 25a and 25b. Reference numeral 31 denotes an operation hole formed in the partition plate 4, and the stop plate 25b is lifted from the operation hole 31 by a driver or the like to freely rotate the ball-cutting rotating body 7b, and the prize ball in the guideway 3 Discharge 5.

The operation of the prize ball counting device 1 will be described with reference to FIGS. The right part of FIG. 7 shows a block diagram of the prize ball counting device 1. Based on the input signal from the main control part, the counting control device sends signals to the electromagnets 26a and 26b to discharge the prize ball. That is, the counting control device is based on the number of prize balls from the main control unit, and the number of discharges once is the odd number of three ball-cutting rotary bodies 7a, the rotational speed n1 and the even number of two.
Sum of the number of revolutions n2 of the ball-cutting rotor 7b (n1 + n)
2) is determined so that it becomes the minimum speed. For example, if the number of emissions is 13, n1 is 3, n2 is 2, and the number of emissions is 14
When the number of discharges is 15, n1 is set to 2 and n2 is set to 4, and when the number of discharges is 15, n1 is set to 3 and n2 is set to 3, and the counting control device sets the electromagnets 26a and 26b to conduction (ON). , Non-conducting (OF
The number of times of F) is set to n1 and n2. FIG. 8 shows a time chart of “ON” and “OFF” of each electromagnet when the number of discharged prize balls is 13. Electromagnet 26a is "ON"
At (time t1), the weight of the stop rod 27a and the stop plate 25a and the reaction force of the spring 28a are overcome, and the projection 29a of the stop plate 25a comes out of the notch 23a, and the ball cutting rotary member 7a receives the prize in the ball receiving portion. The ball 5 starts to rotate due to its own weight. Immediately thereafter (time t2), the electromagnet 26a is turned off. Electromagnet 2
Since 6a is turned "OFF", the weight of the stop bar 27a and the stop plate 25a and the biasing force of the spring 28a cause the stop plate 25 to move.
The protrusion 29 of "a" maintains the state of being urged so as to contact the side wall rotating surface of the sphere cutting rotary member 7a, and when reaching the notch 23a, the protrusion 29a comes into contact with the notch 23a to make the sphere cutting rotation. The rotation of the body 7a is prohibited. Below, times t3, t4 and t
At 5 and t6, the same operation as described above is performed. That is, the counting control device immediately performs the "OF" operation immediately after turning on the electromagnet 26a.
By repeating “F” three times, 3 × 3
A total of 9 prize balls will be ejected each time. On the other hand, the counting control device also controls the electromagnet 26b at the same time, and at times t1 and t3, it is turned "ON" to discharge 4 prize balls at 2 times 2 times. By the above operation, 9 prize balls are discharged from the ball-slicing rotary member 7a and 4 prize balls are discharged from the ball-slicing rotary member 7b.
Discharge individually.

The times t1 and t when the electromagnet is turned "ON"
3, the time T1 between t3 and t5 is longer than the time until the prize balls are rotated and discharged while being received in the ball receiving portion of the ball cutting rotating body, and the number of prize balls in the ball receiving portion is different. It may be determined to be different for each rotating body, but in the present embodiment, for the sake of simplicity, it is set to a longer time that takes the longest time. Also, the time T2 for turning the electromagnet from "ON" to "OFF" is "O".
It is within the time from the time of "N" (t1, t3, t5) to the arrival of the next notch, and it is also convenient for ball-turning rotating bodies with different numbers of prize balls in the ball receiving part. Therefore, the shortest time (T2) is set uniformly. In the above-mentioned embodiment, the ball receiving portion has two and three ball-slicing rotating bodies as prize balls.
It goes without saying that the number of ball receiving portions may be configured in another combination. Further, although the ball cutting rotary body of the above-mentioned embodiment is rotated by the weight of the prize ball, it may be directly connected to the pulse motor to control the rotation speed by starting and stopping the pulse motor.

Next, the winning holes 113a to 113c and the specific winning hole 1
The control of the payout of the prize balls 5 with respect to the winning balls 5a having entered 14a and 14b will be described. The control block is shown in FIG. 7, and the control flow is shown in FIG. In step 1, it is detected whether or not there is a winning ball 5a from one of the specific winning openings 115a and 115b, and if there is, the specific ball counter is incremented by 1 in step 2 to be integrated. If not, go to step 3. Next, in step 3, it is determined whether or not the winning ball detector 125 has detected the winning ball 5a. If there is not, the prize ball is not discharged, and the process returns to step 1. On the contrary, if detected, the winning ball 5a is discharged through the winning ball discharging device 120 in step 4, so the electromagnet 128 is excited, and after a predetermined time, the winning ball 5a is de-excited.
Discharge one of a. Next, in step 5, it is determined whether or not the winning ball 5a is a specific ball by a specific ball counter. If the specific ball counter is zero, the winning ball is not the specific winning ball, so the process proceeds to step 6. The number of prize balls to be discharged is set to A and the process proceeds to step 9. In step 5, if the specific sphere counter is not zero, that is, the winning sphere is the specific winning sphere, the number of prize balls different in the number of discharges is set to B (step 7), and 1 is obtained from the value of the specific sphere counter. Is subtracted and the process proceeds to step 9 (step 8). That is, the subtraction is performed when the winning ball detector 125 detects the winning balls 5a from both the winning holes 113a to 113c and the specific winning holes 114a to 114b and discharges the prize balls in distinction from the specific winning balls. This is to correspond. In step 9, as described above, based on the value of the number A, B of prize balls to be discharged, the number of revolutions of the ball-slicing rotary bodies 7a and 7b for counting and discharging odd numbers and even numbers is determined as described above, and then the counting discharge is performed. Then (step 10), the process returns to step 1 after the discharge is completed. In the above example, the operation of the winning ball discharging device 120 is performed by a flow in order to perform the operation via the main control unit. It is also possible to separately provide a processing mechanism for performing. That is, in the prize ball discharging operation of the present invention, the main control unit causes the winning ball 5a to be detected.
It is configured to be operable upon detection in 5.

[0013]

According to the prize ball counting device for a pachinko machine of the present invention, the ball-spinning rotary member cannot discharge the prize balls in the taxiway because the stop plate acts on the notch to prevent the ball from rotating. Therefore, the prize ball can be discharged with a simple structure in which a driver or the like is inserted through the operation hole to move the stop plate.

[Brief description of drawings]

FIG. 1 is a diagram showing a back surface of a pachinko machine.

FIG. 2 is a view showing a winning ball discharging device.

FIG. 3 is a view showing another state of the winning ball discharging device.

FIG. 4 is a front cross-sectional view of the prize ball counting device.

5 is a left side sectional view of FIG. 4. FIG.

FIG. 6 is a left side sectional view of FIG.

FIG. 7 is a control block diagram.

FIG. 8 is a diagram for explaining the operation of the prize ball counting device.

FIG. 9 is a diagram showing a control flow for ejecting a prize ball corresponding to a winning ball.

[Explanation of symbols]

 1 prize ball counting device 3 taxiway 5 prize ball 5a prize ball 6a, 6b ball receiving portion 7a, 7b ball cutting rotor 23a, 23b notch 25a, 25b stop plate 26a, 26b electromagnet 28a, 28b spring 102 prize ball tank 113a , 113b Winning ball mouth 115a, 115b Specific ball detector 116 Collecting passage 120 Winning ball discharging device 122 Ball receiver 125 Winning ball detector 128 Electromagnet

Claims (1)

[Claims] 1. A ball cutting rotary member capable of counting prize balls is provided in communication with a guide path, a notch is formed on an outer peripheral portion of the ball cutting rotary member, and an electromagnet capable of moving a stop plate is provided. A pachinko machine characterized in that a stop plate is configured to act on the cutout portion, an operation hole is provided near the stop plate, and the stop plate can be moved by an operation member inserted from the operation hole. Prize ball counting device.