JPH08153B2 - Pachinko ball counting device - Google Patents

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention is a pachinko ball lending machine which is installed in a pachinko game hall and sends out pachinko balls according to their face value by inserting coins. A pachinko ball counting device that counts and sends out pachinko balls with no power supply, especially with a simple structure with a small number of parts, and a highly reliable pachinko ball counting device without malfunction Regarding

[0002]

2. Description of the Related Art Conventionally, in a pachinko ball lending machine, two kinds of coins having different outer diameters and weights, for example, a 100 yen coin and a 500 coin are required.
There are several non-power-driven pachinko ball counting devices that discriminate yen coins and count and send out a number of pachinko balls corresponding to the face value of each coin.

In this conventional pachinko ball counting device, the lever operates when a 100-yen coin drops in the coin guide groove,
The other end of this lever is hooked on the stopper portion to make the first cam, which has been stationary, freely rotatable.
The pachinko ball counting wheel linked to the cam is also in a rotatable state, whereby the pachinko ball counting wheel, which is constantly receiving the biasing force of the pachinko ball by its own weight, rotates a predetermined number of times and sends out a predetermined number of pachinko balls. Next, when the 500-yen coin descends, the operating range of the lever changes due to the difference between the outer diameter of the 500-yen coin and the weight of the 100-yen coin, so that the first cam is connected to the second cam and the second cam is connected. The first cam makes one revolution by the first cam making five revolutions and returns to the initial state.
The number of pachinko balls that are five times the number of yen coins is sent out.

[0004]

However, in the above-described conventional pachinko ball counting device, in addition to the first cam and the second cam, the first cam and the second cam are changed due to the change of the operating range of the lever. A clutch mechanism for connecting the second cam is required, the structure is complicated and a vast space is required, and in the clutch mechanism of the type that meshes the gears, the gears may not mesh and malfunction may occur. It was

In view of the above, it is an object of the present invention to provide a pachinko ball counting device having a simple structure with a high performance and a small number of parts in order to achieve high reliability without malfunction. To do.

[0006]

In order to achieve the above-mentioned object, a pachinko ball counting device of the present invention comprises a coin guide groove (2).
Is biased in the direction of projecting one end (3a) to the one end (3a).
a) a lever (3) for driving a pin (4) provided at the other end by a pushing force of a coin descending to a), the pin (4) being locked in an initial state and driving the lever (3) A stopper part (9a) that is detached by means of is provided, and the disc-shaped turntable (5) and the pachinko ball guide groove (7) that are freely rotatable by detaching the pin (4) from the stopper part (9a) are moved vertically. A pachinko ball counting wheel (6) for receiving the downward biasing force of the pachinko balls (8) aligned with each other and rotating the rotary disc (5) to lower the pachinko balls (8). in pachinko ball counter apparatus for delivering a small diameter coin (15) large coins (16) and the number of pachinko balls corresponding to the denomination to determine a (8) (1), wherein the turntable (5) Pin (4) contacts and guides
A plurality of circumferential standing walls (11, 13, 14)
The circumferential wall (9) is formed concentrically with the circumferential wall (9).
The circumferential standing wall excluding the farthest circumferential standing wall (14)
The stopper part (9a) in (11, 13) is almost
A cut of the width diameter through which the pin (4) is inserted in the corresponding angle portion.
The notch (11a, 13a) is provided, and the pin (4) is a circle from the circumferential peripheral wall (9) to the latest circumferential standing wall (11) .
One end (3a) of the lever (3) moves a distance enough to release the small-sized coin (15) when it comes into contact with the surface of the peripheral wall (9) , and the pin (4) moves in a circle. circumferentially peripheral from Jo wall (9) in the circumferential upright wall farthest (14)
One end (3a) of the lever (3) moves a distance enough to release the large-sized coin (16) when it comes into contact with the surface on the wall (9) side, and the small-sized coin (15) moves the lever (3). When the pin (4) comes into contact with one end (3a) of the (3) and is urged to push, the pin (4) leaves the stopper portion (9a) and moves from the circumferential peripheral wall (9) to the latest circumferential standing wall (11). Circumferential shape at
The one end (3a) of the lever (3) releases the small-diameter coin (15) by coming into contact with the surface on the side of the peripheral wall (9), and then returns and moves forward.
The rotary disc (5) and the pachinko ball counting wheel (6) rotate while the bin (4) is in contact with the circumferential wall (9) to send out the pachinko balls (8), and the rotary disc (5). The pin (4) is engaged with the stopper portion (9a) by one rotation of the wheel to stop the turntable (5) to return to the initial state, and the large coin (16) is moved to one end of the lever (3). When the pin (4) comes into contact with (3a) and is urged by the pushing motion, the pin (4) moves to the stopper (9).
circle in the recent circular vertical wall (11) left the a)
The turntable (5) is rotated once by making contact with the surface on the side of the circumferential wall (9) , and further the pin (4) is attached to the recent circumferential standing wall (1).
1) The notch (11a) moves toward the next circumferential standing wall (13) to continue the rotation of the turntable (5), and the pin (4) moves from the circumferential circumferential wall (9) to the outermost position. One end (3a) of the lever (3) has a large-diameter coin (1) when it comes into contact with the surface of the distant circumferential standing wall (14) on the circumferential circumferential wall (9) side.
6) returns after dumping and the pin (4) is next in the farthest in the circumferential upright wall (13) circumferential vertical wall (14) side of the farthest circumferential upright wall (14) The turntable (5) makes one revolution by contacting the surface, and the pin (4) is further removed from the notch (13a) of the circumferential standing wall (13) next to the farthest circumferential standing wall (14). Further, the rotary disc (5) continues to rotate by moving toward the next circumferential standing wall (11), and the pin (4) abuts on the circumferential circumferential wall (9) to stop the stopper portion (9).
It is characterized in that the rotating disk (5) is stopped by being engaged with a) and the initial state is restored.

[0007]

[Operation] A plurality of circles with which pins are abutted and guided on the turntable.
The circumferential standing wall is formed concentrically with the circumferential circumferential wall, and the circumferential shape is
The circumferential standing wall excluding the circumferential standing wall farthest from the circumferential wall is
The pin is attached to the angle portion that substantially corresponds to the stopper portion.
Is provided with a notch having a width diameter through which the pin contacts a circumferential peripheral wall side surface of a recent circumferential standing wall from the circumferential circumferential wall , and one end of the lever only releases a small-sized coin. Of the lever and one end of the lever releases a large-diameter coin when the pin abuts on the surface of the circumferential standing wall farthest from the circumferential circumferential wall on the circumferential circumferential wall side. When the small-sized coin abuts on one end of the lever and is biased by moving the pin, the pin disengages from the stopper portion and moves from the circumferential peripheral wall to the circumferential circumferential wall side of the latest circumferential standing wall.
One end of the contact with the lever to the surface rotates and the rotating disc and the pachinko ball count wheel and the pin returns after nothing for the small-diameter coins while contact with the circumferential wall sends a pachinko balls, the When the rotary disc makes one rotation, the pin engages with the stopper portion to stop the rotary disc and return to the initial state, and when a large coin contacts one end of the lever and pushes and urges the pin, the pin is pushed. The stopper is disengaged, and the rotary disk makes one revolution by contacting the surface of the recent circumferential standing wall on the side of the circumferential circumferential wall , and further, the pin moves from the cutout portion of the latest circumferential standing wall to the next circumference. The rotating disk continues to move toward the vertical standing wall, and the pin is the farthest circumferential standing wall from the circumferential peripheral wall.
Circumferential end of the lever when in contact with the peripheral wall surfaces reverted and the pin after dumping the large coins before <br/> SL farthest of circumferential upright wall next circumferentially in Of the circular standing wall on the side of the farthest circumferential standing wall, the turntable makes one rotation, and the pin is further extended from the notch of the circumferential standing wall next to the farthest circumferential standing wall. In the direction of the circumferential standing wall, the rotation of the turntable continues, and the pin comes into contact with the latest circumferential standing wall from the circumferential circumferential wall to engage with the stopper portion to stop the turntable. Return to the initial state.

[0008]

1 is a front view of an initial state of a pachinko ball counting device of the present invention, and FIGS. 2 to 8 are front views showing an operating state of the pachinko ball counting device of the present invention.

In the figure, reference numeral 1 is a pachinko ball counting device of the present invention. This pachinko ball counting device 1 has a lever 3 having a coin guide groove 2 protruding at one end 3a and a pin 4 at the other end, and a pin 4.
And a pachinko ball counting wheel 6 that rotates in conjunction with the turntable 5.

The lever 3 has one end 3a protruding into the coin guide groove 2, a counterweight 3b on the opposite side of the one end 3a, and a rotation about a first fulcrum 3c within a certain angle. A free first lever 3 ₁ ,
A pin 4 is provided at the upper end of the second lever 3 ₂ which is rotatable about a second fulcrum 3 d within a certain angle and the first lever 3 ₂ .
Connection piece 3 for linking the lever 3 ₁ of the second and the second lever 3 ₂
It consists of ₃ and.

The counterweight 3b biases the counterweight 3b side of the first lever 3 ₁ downward so that one end 3a of the lever 3 projects into the coin guide groove 2 and the 100-yen coin and the 500-yen coin. Is a coin guide groove 2
When the coin is lowered to come into contact with one end 3a of the lever 3, the weight balance is such that the one end 3a is urged by the coin and the pin 4 is operated.

The pachinko ball counting wheel 6 has a 1 on its outer circumference.
By providing a plurality of pachinko balls 8 in which the pachinko ball guide grooves 7 are vertically aligned with the projecting portions 6a, the pachinko ball 8 receives the total weight of the plurality of pachinko balls 8 and watches. Direction. And the adjacent protrusion 6
The concave portion 6b between the a and the pachinko ball 8 is guided by the concave portion 6b one by one and sent out by the rotation of the pachinko ball counting wheel 6, and the pachinko ball counting wheel 6 is rotated. Makes one rotation, and sends out ten pachinko balls 8. However, in the initial state of the pachinko ball counting device 1, the pachinko ball counting wheel 6 is prevented from rotating by the rotating disk 5 connected thereto.

The turntable 5 is rotatably supported at its center on a base, and has a rotation ratio of 1: 2.5 to the pachinko ball counting wheel 6 (the turntable 5 rotates once and the pachinko ball counting wheel 6 rotates). 2.
(5 rotations).

A circular peripheral wall 9 provided with a notched stopper portion 9a is provided at the center of the rotary disk 5, and the pin 4 is engaged with the stopper wall 9a to prevent the rotary disk 5 from rotating. Prevents clockwise rotation.

On the outer circumference of the circumferential wall 9, there are a first barrier 10, a first standing wall 11, a second barrier 12, and a second barrier 12, which are concentric with the circumferential wall 9 from inside to outside. The circumferential standing wall 13 and the third circumferential standing wall 14 of FIG.

The first circumferential upright wall 11 and the second circumferential upright wall 13 are provided with notches 11a and 13a at positions corresponding to the stoppers 9a of the circumferential wall 9, and a third notch is provided. No notch is provided in the circumferential standing wall 14 because it constitutes the outer peripheral wall of the turntable 5.

The first barrier 10 is provided on the circumferential wall 9 at a position corresponding to the stopper portion 9a so as to project in an arc shape with a short diameter.
Then, the pin 4 that has separated from the stopper portion 9a is formed in a length that covers the notch portion 11a so as not to directly pass through the notch portion 11a provided in the first circumferential standing wall 11.

Similarly, in the second barrier 12, the pin 4 that has passed through the cutout portion 11a of the first circumferential standing wall 11 directly contacts the cutout portion 13a provided in the second circumferential standing wall 13. The length is formed so as to cover the notch 13a so as not to pass through.

Circumferential peripheral wall 9, first barrier 10, first circumferential standing wall 11, second barrier 12, second circumferential standing wall 13
The gap between adjacent ones of the third circumferential standing wall 14 and the third circumferential wall 14 is equal to or larger than the diameter of the pin 4 so that the pin 4 can move by contacting each circumferential wall.

From the initial state of the pachinko ball counting device 1 shown in FIG. 1, a state in which the 100-yen coin 15 shown in FIG. 2 is dropped into the coin guide groove 2 will be described. First, 100 yen coin 15
Comes into contact with one end 3a of the lever 3 and urges and pushes it. Then, the pin 4 at the other end of the lever 3 moves to the right and separates from the stopper portion 9a.

The pachinko ball counting wheel 6 whose rotation is blocked by the pin 4 hooking on the stopper 9a is released from the rotation blocking state, so that the pachinko ball counting wheel 6 drops while the pachinko ball 8 falls. Is urged to rotate in the clockwise direction.

With the pin 4 removed from the stopper portion 9a in contact with the inner wall of the first barrier 10, the 100-yen coin 15 still urges the one end 3a of the lever 3 to urge the rotary disk. 5 rotates counterclockwise to bring the pin 4 into contact with the inner wall of the first circumferential standing wall 11, and at this moment, as shown in FIG. 3, the one end 3a moves to the lower right and the 100-yen coin 15
Give up. The lever 3 released from the pushing force of the 100-yen coin 15 moves in the direction of returning to the initial state by the downward movement of the counterweight 3b, whereby the pin 4 moves leftward and the circumferential wall 9 is rotated. Abut the outer wall of.

In this state, the turntable 5 continues to rotate counterclockwise and makes one revolution, and the pin 4 is engaged with the stopper portion 9a to stop the turntable 5. One rotation of the turntable 5 causes the pachinko ball counting wheel 6 to rotate 2.5 times to send out 25 pachinko balls 8.

Next, the state in which the 500-yen coin 16 shown in FIG. 4 is dropped into the coin guide groove 2 from the initial state of the pachinko ball counting device 1 will be described. First, the 500-yen coin 16 comes into contact with one end 3a of the lever 3 and pushes and urges the one end 3a,
The pin 4 at the other end moves to the right and separates from the stopper portion 9a.

The pachinko ball counting wheel 6 released from the rotation-prevented state is rotationally biased in the clockwise direction as the pachinko ball 8 falls.

The pin 4 separated from the stopper portion 9a comes into contact with the inner wall of the first barrier 10, and the turntable 5 rotates counterclockwise so that the pin 4 contacts the inner wall of the first circumferential standing wall 11. In the contact state, the 500-yen coin 16 still urges the one end 3a of the lever 3 to push, so that the pin 4 is notched in the first circumferential standing wall 11 after the turntable 5 makes one rotation. It passes through 11a and contacts the inner wall of the second barrier 12.

The turntable 5 continues to rotate counterclockwise, and the pin 4 contacts the inner wall of the second circumferential standing wall 13. Even in this state, the 500-yen coin 16 still has one end 3a of the lever 3.
Since the urging force is applied to the turntable 5, the turntable 5 further rotates once. The pin 4 is the cutout portion 1 of the second circumferential standing wall 13.
It passes through 3a and contacts the inner wall of the third circumferential standing wall 14.

In this state, as shown in FIG. 5, one end 3a of the lever 3 moves to the lower right and the 500-yen coin 16
Give up. Then, the lever 3 released from the pushing urging force of the 500-yen coin 16 moves in the direction of returning to the initial state by the downward movement of the counterweight 3b, which causes the pin 4 to move to the left and move to the second circumference. It contacts the outer wall of the standing wall 13.

Then, when the turntable 5 continues to rotate counterclockwise and makes one further rotation, the pin 4 passes through the notch 13a of the second circumferential standing wall 13 and comes into contact with the outer wall of the second barrier 12. Further, the pin 4 moves from the outer wall of the second barrier 12 to the outer wall of the first circumferential standing wall 11, and when the turntable 5 also makes another rotation, the pin 4 becomes a cutout of the first circumferential standing wall 11. It passes through the portion 11a and contacts the outer wall of the first barrier 10, and finally contacts the innermost circumferential peripheral wall 9. And the rotating disk 5
Is rotated one more time, the pin 4 is hooked on the stopper portion 9a, and the turntable 5 is stopped.

By rotating the turntable 5 5 times as described above, the pachinko ball counting wheel 6 rotates 12.5 times, and the pachinko balls 8 reach 125.
Will be sent out.

That is, by providing three circumferential standing walls and setting so that a 500-yen coin is released when a pin comes into contact with the outermost circumferential standing wall, the 500-yen coin is rotated by dropping. The board rotates 5 times. Similarly, when two circumferential standing walls are provided, the turntable rotates three times, and when four circumferential standing walls are provided, the turntable rotates seven times. The turntable is arbitrarily rotated an odd number of times. Is something that can be done.

FIG. 9 shows another embodiment of the turntable 5 of the pachinko ball counting device 1 of the present invention, in which the circumferential peripheral wall 9 provided with a convex stopper portion 9a is formed at the outermost periphery. At the same time, from this circumferential wall 9 inward,
First barrier 10, first circumferential standing wall 11, second barrier 1
2, a second circumferential standing wall 13 and a third circumferential standing wall 14 are formed.

Although not particularly shown, the lever provided with the pin 4 at the other end is connected to the connecting piece 3 in the above-mentioned embodiment.
The _{without 3} is present first lever 3 ₁ and the second lever 3
₂ and ₂ are integrated and pivotally supported at one fulcrum, and when a coin comes into contact with one end of the lever 3, the pin 4 moves to the left and separates from the stopper portion 9a. Hereinafter, the process in which the pin 4 traces the turntable 5 is the same as in the above-described embodiment.

In the turntable shown in FIG. 1 and the turntable shown in FIG. 9, the operation itself of the pachinko ball counting device does not change due to the positional relationship with the pin, but in the lever 3 shown in FIG. Connection piece for changing the direction of movement 3 ₃
Is interposed in the middle part, it is possible to increase the displacement amount of the one end 3a of the lever 3 and transmit the displacement amount to the pin 4.
As a result, the dimensional accuracy of the entire pachinko ball counting device 1 including the turntable 5 which requires a delicate positional relationship can be relaxed to a certain extent.

[0035]

As described above in detail, according to the pachinko ball counting device of the present invention, when a small-sized coin comes into contact with one end of the lever and pushes and urges the pin, the pin disengages from the stopper portion and the circumferential wall is formed. From a recent circular standing wall, the lever comes into contact with the surface of the circumferential wall side, and one end of the lever releases the small coin and then returns.
While the pin is in contact with the circumferential wall, the turntable and the pachinko ball counting wheel rotate to send out the pachinko balls, and the turntable is 1
When the pin rotates, the pin engages with the stopper to stop the turntable and returns to the initial state.When a large coin contacts one end of the lever and pushes and urges it, the pin disengages from the stopper and the The turntable makes one revolution by making contact with the surface of the circumferential standing wall on the side of the circumferential circumferential wall , and further the pin moves in the direction of the next circumferential standing wall from the notch of the latest circumferential standing wall. Continued rotation, and the pin is the furthest circumferential wall from the circumferential wall
When one of the levers abuts the surface on the circumferential wall side, the one end of the lever releases a large-sized coin, and the surface on the farthest circumferential wall side of the circumferential standing wall next to the farthest circumferential standing wall. The rotary disk rotates once by making contact with the rotary disk, and the pin further moves from the cutout portion of the circumferential standing wall next to the farthest circumferential standing wall toward the next circumferential standing wall to continue the rotation of the spinning disk. Then, the pin comes into contact with a recent circumferential standing wall from the circumferential circumferential wall to engage with the stopper portion to stop the turntable and return to the initial state. It has become possible to perform the operation of discriminating the coins and varying the number of pachinko balls to be sent out by one rotating disk without using two types of cams as in the conventional case. Further, since the pachinko ball counting wheel and the turntable are always connected, it is not necessary to use a clutch mechanism such as the conventional pachinko ball counting device of this kind. Therefore, compared to the conventional pachinko ball counting device, since it has a high performance and a simple structure with a small number of parts, the possibility of malfunctioning is further reduced, and a pachinko ball counting device with high reliability is provided. It is now possible to provide.

[Brief description of drawings]

FIG. 1 is a front view of an initial state of a pachinko ball counting device of the present invention.

FIG. 2 is a front view showing an operating state of the pachinko ball counting device of the present invention.

FIG. 3 is a front view showing an operating state of the pachinko ball counting device of the present invention.

FIG. 4 is a front view showing an operating state of the pachinko ball counting device of the present invention.

FIG. 5 is a front view showing an operating state of the pachinko ball counting device of the present invention.

FIG. 6 is a front view showing the positional relationship between the turntable and the pins in an operating state of the pachinko ball counting apparatus of the present invention.

FIG. 7 is a front view showing the positional relationship between the turntable and the pins in an operating state of the pachinko ball counting apparatus of the present invention.

FIG. 8 is a front view showing the positional relationship between the turntable and the pins in an operating state of the pachinko ball counting apparatus of the present invention.

FIG. 9 is a front view showing another embodiment of the turntable in the pachinko ball counting device of the present invention.

[Explanation of symbols] 1 Pachinko ball counting device 2 Coin guide groove 3 Lever 3a One end 4 pin 5 Rotating plate 6 Pachinko ball counting ring 7 Pachinko ball guide groove 8 Pachinko ball 9 Circumferential peripheral wall 9a Stopper part 10 First barrier 11 First circumferential standing wall 12 Second barrier 13 Second circumferential standing wall 14 Third circumferential standing wall 15 100 yen coin 16 500 yen coin

Claims (3)

[Claims] 1. A pin (4) provided at the other end of a coin guide groove (2) is urged in a direction in which one end (3a) is protruded and is lowered to the one end (3a) by a pushing urging force of the coin. The lever (3) to be driven and the pin (4) are provided with a stopper portion (9a) which is latched in the initial state and is disengaged by the driving of the lever (3). From the stopper portion (9a) of the pin (4) The disc-shaped turntable (5) that becomes freely rotatable when it is disengaged and the pachinko balls (8) vertically aligned in the pachinko ball guide groove (7) receive a drop urging force and interlock with the turntable (5). It consists of a pachinko ball counting wheel (6) that lowers the pachinko ball (8) by rotating it, and discriminates a predetermined small-sized coin (15) and a large-sized coin (16) and responds to the face value thereof. Pachinko ball counting device that sends out a number of pachinko balls (8) In (1), the rotary disk (5) is provided with a plurality of circumferential standing pieces which are guided by contacting the pins (4).
The wall (11, 13, 14) is concentric with the circumferential wall (9)
A circumferential standing wall that is the farthest from the circumferential wall (9).
On the circumferential standing wall (11, 13) excluding (14)
To the angled portion that substantially corresponds to the stopper portion (9a)
Notch (11a, 13a) having a width diameter through which the pin (4) is inserted.
a) is provided, and the pin (4) is located on the circumferential circumferential wall (9) side of the latest circumferential standing wall (11) from the circumferential circumferential wall (9).
When it comes into contact with the surface , one end (3a) of the lever (3) moves a distance enough to release the small coin (15), and the pin (4) is farthest from the circumferential peripheral wall (9). When abutting against the surface of the circumferential standing wall (14) on the circumferential circumferential wall (9) side , one end (3a) of the lever (3) has a large diameter coin (1
When the small diameter coin (15) comes into contact with one end (3a) of the lever (3) and pushes and urges the pin (4), the pin (4) moves to a stopper portion (9a). ) Is released from the circumferential peripheral wall (9) to contact the surface of the recent circumferential standing wall (11) on the circumferential circumferential wall (9) side, and one end (3a) of the lever (3) is a small diameter coin. (15)
After returning, the rotary disc (5) and the pachinko ball counting wheel (6) rotate while the pin (4) contacts the circumferential wall (9), and the pachinko ball (8) is delivered. When the turntable (5) rotates once, the stopper portion (9)
The pin (4) is hooked on a) to stop the turntable (5) to return to the initial state, and the large diameter coin (16) comes into contact with one end (3a) of the lever (3) and is pushed. When urged, the pin (4) disengages from the stopper portion (9a) and comes into contact with the surface of the recent circumferential standing wall (11) on the circumferential circumferential wall (9) side , so that the turntable (5) makes one revolution. And further the pin (4)
Is moved from the cutout portion (11a) of the recent circumferential standing wall (11) to the direction of the next circumferential standing wall (13) to move to the rotating disk (5).
Circumferential periphery of the rotation continues, and the pin (4) is the farthest circumferential vertical wall from circumferential wall (9) (14)
Wall (9) one end of the lever (3) when in contact with the surface of the side (3a) is and returns after dumping the large coins (16)
The pin (4) is the farthest circumferential standing wall (1) in the circumferential standing wall (13) next to the farthest circumferential standing wall (14).
The turntable (5) rotates once by making contact with the surface on the side of (4), and the pin (4) is a cutout portion of the circumferential standing wall (13) next to the farthest circumferential standing wall (14). (13a) is further moved in the direction of the next circumferential standing wall (11) to continue the rotation of the turntable (5), and the pin (4) comes into contact with the circumferential circumferential wall (9) to stop the stopper. A pachinko ball counting device, characterized in that the pachinko ball counting device is adapted to be hooked on the portion (9a) and to stop the turntable (5) to return to the initial state. 2. The above-mentioned between the circumferential standing walls (11, 13) excluding the farthest circumferential standing wall (14) and between the circumferential circumferential wall (9) and the circumferential standing wall (11). Circumferential standing wall (11, 13)
Of the barrier (10, 1) having a longer diameter than the width of the notch (11a, 13a) at a position corresponding to the notch (11a, 13a).
2. The pachinko ball counting device according to claim 1, wherein 2) is formed. 3. The pachinko ball counting device according to claim 1, wherein a circumferential wall (9) provided with a stopper portion (9a) is formed in a central portion of the turntable (5).