JP2599690B2 - Pachinko ball counting device - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION The present invention relates to a pachinko ball lending machine which is installed in a pachinko game hall and which sends out pachinko balls in accordance with the face value of the coins when the coins are inserted. A pachinko ball counting device driven with no power supply that counts and sends out pachinko balls by using a simple structure with a small number of parts and can cope with jamming of coins. The present invention relates to a ball counting device.

[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 a number of pachinko ball counting apparatuses driven by a non-power supply that discriminates yen coins, counts pachinko balls in a number corresponding to the face value of each coin, and sends out.

[0003] In this conventional pachinko ball counting device, a lever operates when a 100-yen coin descends into a coin guide groove.
When the other end of this lever is hooked on the stopper portion, the stationary first cam is made rotatable, and the pachinko ball counting wheel linked to this first cam is also made rotatable. The pachinko ball counting wheel, which is always receiving the bias of falling by its own weight, sends out a predetermined number of pachinko balls while rotating a predetermined number of times. Next, when the 500 yen coin drops, the operating area of the lever changes due to the difference between the outer diameter and the weight of the 100 yen coin, whereby the first cam is connected to the second cam, and the second cam is connected. When the first cam rotates five times, the cam rotates once and returns to the initial state, thereby sending out five times the number of pachinko balls in the case of a 100 yen coin.

[0004]

However, in the above-described conventional pachinko ball counting apparatus, in addition to the first cam and the second cam, the first cam and the second cam are changed by changing the operating range of the lever. In addition to the need for a clutch mechanism to connect the second cam and the structure, the structure becomes complicated and a large space is required. In addition, the clutch mechanism that meshes the gears to divide and couple the mechanism causes malfunction without the gears meshing. There was a risk of occurrence. Furthermore, when coins are jammed in the pachinko ball counting device, there is a possibility that the stopper mechanism does not operate normally and a larger number of pachinko balls are sent out.

Accordingly, the present invention provides a pachinko ball counting apparatus which exhibits high reliability without malfunction by a simple structure having a small number of parts and which can prevent overpayment of pachinko balls when a coin is jammed. The purpose is to provide.

[0006]

In order to achieve the above-mentioned object, a pachinko ball counting apparatus according to the present invention is urged in a coin guide groove in a direction in which a coin abutment portion protrudes by its own weight balance.
A lever for driving a pin provided at the other end by the urging force of the coin descending to the coin abutting portion, a stopper portion which is hung in the initial state and detached by driving the lever, A disc-shaped rotating disk that becomes rotatable by detachment of the pin from the stopper portion, a falling bias is applied by a pachinko ball aligned vertically in the pachinko ball guide groove, and the pin is rotated in conjunction with the rotating disk to rotate. A pachinko ball counting wheel for lowering a pachinko ball; a first circumferential standing wall, a second circumferential standing wall, and a third circumferential standing wall guided by the pin in contact with the rotating disk; Are formed concentrically in order from the circumferential peripheral wall provided with the stopper portion, and an angle at which the stopper portion in the first circumferential standing wall and the second circumferential standing wall is located on the circumferential peripheral wall. Department corresponding to And a stopper peripheral wall is provided between the peripheral peripheral wall and the first peripheral standing wall so as to be concentric with the peripheral peripheral wall in an angle range narrower than that of the first peripheral standing wall. And the end of the peripheral wall of the stopper with respect to the rotation direction of the rotating disk is positioned at an angular position before the stopper portion of the circumferential wall, and has a width substantially perpendicular to the rotating direction of the rotating disk and a diameter larger than that of the pin. A stopper surface with a diameter,
Further, the depth at which the coin contact portion of the lever moves a distance enough to release a large-diameter coin when the pin is guided and moved in the middle of the third circumferential standing wall, and the coin contact portion of the lever When the part does not release the large-diameter coin, it forms a concave step with a stopper surface against which the pin abuts, and when the small-diameter coin abuts against the coin abutment part of the lever and urges it to push, The pin separates from the stopper portion, contacts the stopper peripheral wall, contacts one surface of the first circumferential standing wall, and the coin contact portion of the lever releases the small-diameter coin, and then returns to the circumferential peripheral wall. The rotating disc and the pachinko ball counting wheel rotate while contacting to send out pachinko balls, and the rotating disc rotates once to lock the pin on the stopper portion, stop the rotating disc, and return to the initial state, In addition, a large-diameter coin comes into contact with the coin contact part of the lever and is pushed. When the pin is urged, the pin separates from the stopper portion and abuts against one surface of the first circumferential standing wall, and after the turntable makes one rotation, the second circumferential standing wall extends from the cutout of the first circumferential standing wall. In the direction of the arrow, the rotation of the turntable continues, and the pin is guided from the circumferential peripheral wall to the concave step after coming into contact with one surface of the third circumferential standing wall, so that the coin pressing of the lever is performed. The contact portion releases a large-diameter coin, abuts against the surface of the second circumferential standing wall on the third circumferential standing wall side, and the turntable makes one rotation,
Further, the pin is further removed from the notch of the second circumferential standing wall by the first
The rotation of the turntable is continued by moving in the direction of the circumferential standing wall, and the pin is brought into contact with the circumferential wall and hooks on the stopper portion to stop the turntable and return to the initial state, thereby reducing the diameter. A pachinko ball counting device that discriminates between coins and large-diameter coins and sends out pachinko balls in a number corresponding to the denomination of the coin, and the small-diameter coin is not released with the rotation of the rotating disk after the insertion of the small-diameter coin. When held in the coin guide groove, the pin held at substantially the same position even after the guide movement by the stopper peripheral wall abuts the stopper surface of the stopper peripheral wall to stop the rotation of the turntable,
Also, when the large-diameter coin is held in the coin guide groove without being released with the rotation of the turntable after the insertion of the large-diameter coin, the coin is held at substantially the same position even after the guide movement by the third circumferential standing wall. The pin thus set comes into contact with the stopper surface of the concave step to stop the rotation of the turntable.

[0007]

[Operation] When a small-diameter coin is held in the coin guide groove without being released with the rotation of the rotating disk after the insertion of the small-diameter coin, the pin held at substantially the same position even after the guide movement by the stopper peripheral wall is the stopper. When the rotation of the turntable is stopped by contacting the stopper surface of the peripheral wall, and the large-diameter coin is held in the coin guide groove without being released with the rotation of the turntable after the insertion of the large-diameter coin, The pin held at substantially the same position even after the guide movement by the circumferential standing wall of No. 3 abuts the stopper surface of the concave step to stop the rotation of the turntable, so that the inserted coin is not properly released. In this case, the rotation of the turntable is stopped to prevent a predetermined number of pachinko balls from being sent out.

[0008]

FIG. 1 is a front view of a pachinko ball counting apparatus of the present invention in an initial stationary state, and FIGS. 2 to 10 are front views showing operating states of the pachinko ball counting apparatus of the present invention.

[0009] figure 1 is a pachinko ball counter of the present invention, the pachinko ball counter 1 includes a first lever 3 ₁ projecting the coin contact portion 3a in the coin guide groove 2, this first a lever 3 ₁ of the second lever 3 ₂ provided with the first pin 4 ₁ to engage the tip in the middle portion, the rotating disk 5 in which the pin 4 is guided in contact with, in conjunction with the rotary disk 5 And a rotating pachinko ball counting wheel 6.

[0010] The first lever 3 _1, as a rotation around the fulcrum 3b formed substantially in the center, and coin abutment 3a that protrudes in the coin guide groove 2 formed in one end, the other and the fulcrum 3b and coins Balance weight 3 provided between contact portion 3a
In addition to the points of action c and 3d, a substantially arc-shaped guide groove 3e is provided between the fulcrum 3b and the balance weight 3c. Then, the first lever 3 ₁ of the other end, although not shown, connects the stopper lever to prevent rotation of the rotating disk 5 in engagement with stationary state the stopper portion of the rotating disk 5. Further, in a state where the coin is not in contact with the coin contact portion 3a, the balance weights 3c and 3d are set in the coin contact portion 3a.
When the a-side is urged upward and the 100-yen coin and the 500-yen coin fall down the coin guide groove 2 and abut against the coin abutment portion 3a, the coin abutment portion 3a is urged downward. Weight balance.

[0011] The second lever 3 _2, as the rotation around the fulcrum 3f formed at substantially the center, rotary disc formed on one end 5
And the first pin 4 ₁ which engages, has a point of action and slidably second pin engaging 4 ₂ on the formed at the other end the first lever 3 ₁ of the guide groove 3e.

The pachinko ball counting wheel 6 is provided with one
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 apparatus 1, the pachinko ball counting wheel 6 is stationary and is prevented from rotating by the turntable 5 fixed by the stopper lever described above.

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 circumferential wall 9 having a notched stopper portion 9a protrudes from the center of the turntable 5, and the above-described stopper lever engages with the turntable 5 in an initial stationary state to rotate the turntable 5. When the rotation of the first pin 4 is stopped, the first pin 4
₁ is secondarily hooked on the stopper portion 9a without receiving the urging force of the pachinko ball 8.

On the outer periphery of the circumferential peripheral wall 9, a stopper barrier 10, a first circumferential standing wall 11, a barrier 12, and a second circumferential standing wall are formed concentrically with the circumferential peripheral wall 9 from inside to outside. 13 and a third circumferential standing wall 14 are respectively provided so as to protrude.

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 stopper barrier 10 protrudes in an arc shape within a range of about 200 ° from an angular position before the stopper portion 9a of the circumferential peripheral wall 9, and the first pin 41 detached from the stopper portion 9a is provided with the stopper pin _10. Notch 11 of first circumferential standing wall 11
a to cover the notch 11a so as not to pass directly through the first pin 4 ₁ , and to make the thickness of the wall larger than the width of the first pin 4 ₁ turntable 5 so but it may stop the first pin 4 ₁ upon contact with
The stopper surface 10a is formed substantially at right angles to the rotation direction.

Further barriers 12, the first pin 4 ₁ of which has passed through the notch 11a of the first circumferential upright wall 11, the second
Is formed to have a length that covers the notch 13a so as not to directly pass through the notch 13a provided in the circumferential standing wall 13.

In the third circumferential standing wall 14, a recessed step 15 is formed at a position advanced by about 90 ° in the rotating direction from the position of the stopper 9 a of the circumferential circumferential wall 9 serving as a reference position for rotation. The recess 15 is formed to have a width of about 90 °, and the terminal end in the rotational direction of the concave step 15 rises substantially perpendicularly to the rotational direction of the turntable 5 to form a stopper surface 15a.

The circumferential wall 9, the stopper barrier 10, the first
The circumferential upright wall 11, the barrier 12, the gap between each adjacent one another in a second circumferential upright wall 13 and the third circumferential upright wall 14, smooth first pin 4 ₁ abuts on the peripheral wall while its diameter or to be movable, when the first lever 3 ₁ and a second lever 3 ₂ is located in unexpected places other than the predetermined position according to the rotation of the rotating disk 5, a first pin 4 ₁ each vertical wall of, to stop in contact with the end surface of the barrier such as, sets the gap between each adjacent one another to a minimum acceptable range.

A state where the 100-yen coin 16 shown in FIG. 2 is dropped into the coin guide groove 2 from the initial stationary state of the pachinko ball counting apparatus 1 shown in FIG. 1 will be described. First, 100 yen coin 1
6, which pushes urging contact with the first lever 3 ₁ of the coin contact portion 3a. Then, the first lever 3 ₁ is inclined to the coin contact portion 3a downward, the second lever 3 ₂ of the second pin 4 ₂ the guide grooves 3 following the guide groove 3e
Move toward the center of e. Thus, the second lever 3 ₂ is rotated in the clockwise direction about the fulcrum 3f, first
Pin 4 ₁ is moved rightward disengaged from the stopper portion 9a. In synchronization with this, the above-mentioned stopper lever is detached from the rotating disk 5 to make the rotating disk 5 rotatable.

Then, since the rotating disk 5 becomes rotatable,
The pachinko ball counting wheel 6 interlocked with the turntable 5 is also rotatable, and the pachinko ball 8 falls and urges the pachinko ball counting wheel 6 to rotate clockwise.

[0023] In a state where the first pin 4 ₁ which is separated from the stopper portion 9a is in contact with the inner wall of the stopper barrier 10,
100 yen coin 16 first lever 3 ₁ of the coin contact portion 3a
The retained while pushing biased, and moves the rotary disk 5 is approximately half rotates counterclockwise from the first pin 4 ₁ stopper barrier 10 to the first circumferential upright wall 11 outwardly, At this moment, as shown in FIG. 3, the coin contact portion 3a moves to the lower right and releases the 100 yen coin 16. And 100
The first lever 3 from which the pressing force by the yen coin 16 is released
₁ and a second lever 3 _2, balance weight 3c, 3d
Move in the direction to return to the initial state by the urging of, thereby the first pin 4 ₁ abuts circumferentially peripheral wall 9 moves to the left.

[0024] With one rotation continues rotating turntable 5 in the counterclockwise direction in this state, the first pin 4 ₁ a stopper portion 9a
The turntable 5 stops at the position where it is hooked. This turntable 5
One rotation of the pachinko ball counting wheel 6 makes 2.5 rotations, and 25 pachinko balls 8 are sent out.

[0025] Figure 4, the first pin 4 ₁ stopper 9
disengaged from a rotating disk is approximately a half turn in the counterclockwise direction, 100 yen coin moves from the first pin 4 ₁ a stopper barrier 10 would otherwise to the first circumferential upright wall 11 outwardly 16 shows a state where a 100 yen coin is not released due to a trouble of the coin itself or a trouble related to the counting device. In the conventional pachinko ball counting device,
As long as the cam mechanism works normally and the stopper does not work,
There is a risk that the pachinko ball counting wheel continues to rotate and sends out more than a predetermined number of pachinko balls. So to solve the pachinko ball counter 1 This problem of the present invention, a stopper barrier 10 when the 100-yen coin 16 is not dumping, together with the rotation of the first pin 4 ₁ turntable 5 which is held in place And stops the rotation of the turntable 5, thereby simultaneously stopping the pachinko ball counting wheel 6 and stopping the delivery of the pachinko balls 8.

Next, the state in which the 500-yen coin 17 shown in FIG. 5 is dropped into the coin guide groove 2 from the initial stationary state of the pachinko ball counting apparatus 1 will be described. First, the 500 yen coin 17,
Urges pressing contact with the first lever 3 ₁ of the coin contact portion 3a, the first pin 4 ₁ of the second lever 3 ₂ is disengaged from the stopper portion 9a moves to the right.

The pachinko ball counting wheel 6, which has been released from the rotation preventing state together with the turntable 5, is urged to rotate clockwise as the pachinko ball 8 falls.

The first pin 4 ₁ which is separated from the stopper portion 9a abuts against the inner wall of the stopper barrier 10, first from the first pin 4 ₁ a stopper barrier 10 further rotates the rotary disc 5 is counterclockwise Is moved to the inner wall of the circumferential standing wall 11 of FIG.
a continued push urging the after rotary disk 5 is rotated 1, the first pin 4 ₁ abuts against the inner wall of the barrier 12 passes through the notch 11a of the first circumferential upright wall 11.

[0029] continues to rotate counterclockwise rotating disk 5 by the urging of pachinko balls 8, the first pin 4 ₁ abuts against the inner wall of the second circumferential upright wall 13. 50 still in this state
Since the zero-yen coin 17 presses and urges the coin abutting portion 3a of the lever 3, the turntable 5 further rotates one turn. And
The first pin 4 ₁ notch 13a of the second circumferential upright wall 13
And comes into contact with the inner wall of the third circumferential standing wall 14.

The circumferential upright wall 1 of the first pin 4 ₁ 3
In the state where the coin abuts against the inner wall of the lever 4, the 500-yen coin 17 continues to push and urge the coin abutting portion 3 a of the lever 3, and the turntable 5 is further rotated, as shown in FIG. pin 4 ₁ third circumferential vertical wall as it moves to the right direction following the recessed step portion 15 formed on the 14 first lever 3 ₁ of the coin contact portion 3a is 500 yen coin to move to the right downward Release 17. Then, the first urging force of the 500 yen coin 17 is released.
The lever 3 ₁ and a second lever 3 _2, balance weight 3c, moves in a direction to return to the initial state by 3d urging of, thereby the first pin 4 ₁ second circumference moves leftward It comes into contact with the outer wall of the standing wall 13.

[0031] Then, when the rotary disk 5 further 1 rotates continues to rotate in a counterclockwise direction, as shown in FIG. 8, the first pin 4 ₁
Passes through the notch 13 a of the second circumferential standing wall 13 and abuts on the outer wall of the barrier 12. Furthermore, the first pin 4 ₁ is moved from the outer wall of the barrier 12 to the outer wall of the first circumferential upright wall 11,
Similarly, when the turntable 5 makes another rotation, as shown in FIG.
The first pin 4 ₁ notch 11a of the first circumferential upright wall 11
, And comes into contact with the outer wall of the stopper barrier 10, and finally comes into contact with the innermost circumferential peripheral wall 9. Then, as shown in FIG. 10, the first pin 4 ₁ turntable 5 further one rotation is the rotating disk 5 in a position to be hooked on the stopper portion 9a stops.

As described above, the pachinko ball counting wheel 6 rotates 12.5 times by rotating the turntable 5 five times, and the pachinko ball 8 is moved to 125
Will be sent out.

That is, by providing three circumferential standing walls and setting the first pin to be released with the first pin positioned on the outermost circumferential standing wall, a 500 yen coin is dropped. Rotates the rotary disk 5 times. Similarly, when two circumferential standing walls are provided, the rotating plate is rotated three times, and when four circumferential standing walls are provided, the rotating plate is rotated seven times, and the rotating plate is arbitrarily rotated an odd multiple times. Is what you can do.

[0034] Figure 7, the first pin 4 ₁ 3 would otherwise
The 500 yen coin must be released by moving to the right following the concave step 15 formed on the circumferential standing wall 14 of the above, but the 500 yen coin is released due to a trouble of the coin itself or a trouble relating to the counting device. Indicates a state that is not performed.
In the conventional pachinko ball counting device, as described above,
As long as the cam mechanism works normally and the stopper does not work,
The pachinko ball counting device 1 of the present invention solves this problem because the pachinko ball counting wheel may continue to rotate and send out more than a predetermined number of pachinko balls. That is, when the 500 yen coin 17 is not released, the third circumferential standing wall 1
The first pin 4 ₁ which is held in the position of the outer wall of the 4 rotary disk 5
With the rotation of the pachinko ball, the abutment comes into contact with the stopper surface 15a of the concave step 15 formed on the third circumferential standing wall 14, thereby preventing the rotation of the turntable 5, and at the same time, stopping the pachinko ball counting wheel 6 to stop the pachinko ball. 8 is stopped. Further, if the return of the first pin 4 ₁ remove the 500 yen coins jammed in the normal position, the pachinko balls start to delivery again,
When a predetermined number is transmitted, the operation is stopped and an initial state is set.

[0034]

As described in detail above, according to the pachinko ball counting apparatus of the present invention, the pachinko ball counting apparatus of this type does not require a low-reliability clutch mechanism or spring member and has a simple structure. Demonstrates excellent high reliability that the counting process can be performed while the ball counting wheel and the rotating disk are always connected, and also solves the problem of jamming coins, ensuring that pachinko balls are not sent out more than a predetermined number. Then, the pachinko ball counting device can be stopped.

[Brief description of the drawings]

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

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

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

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

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

FIG. 6 is a front view showing an operation state of the pachinko ball counting apparatus of the present invention.

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

FIG. 10 is a front view showing the positional relationship between the turntable and the pins in the operating state of the pachinko ball counting apparatus of the present invention.

[Description of Signs] 1 Pachinko ball counting device 3 ₁ First lever 3 ₂ Second lever 3a Coin contact portion 4 ₁ First pin 4 ₂ Second pin 5 Turntable 6 Pachinko ball counting wheel 8 Pachinko ball 9 Circumferential peripheral wall 9a Stopper portion 10 Stopper barrier 10a Stopper surface 11 First circumferential upright wall 12 Barrier 13 Second circumferential upright wall 14 Third circumferential upright wall 15 Recessed step 15a Stopper surface 16 100 yen Coin 17 500 yen coin

Claims (2)

(57) [Claims] The coin guide groove (2) is urged in a direction in which the coin contact portion (3a) protrudes due to its own weight balance, and the coin guide groove (2) is urged by a pushing force of the coin descending to the coin contact portion (3a). A lever (3) for driving a pin (4) provided at an end, and a stopper (9a) for locking the pin (4) in an initial state and detaching by driving the lever (3) are provided. A disk-shaped rotating disk (5) that becomes rotatable by detaching the pin (4) from the stopper portion (9a), and a pachinko ball (8) vertically aligned with the pachinko ball guide groove (7).
And a pachinko ball counting wheel (6) for lowering the pachinko ball (8) by rotating in conjunction with the turntable (5) and receiving the urging force by the turntable (5). The first circumferential upright wall (11), the second circumferential upright wall (13), and the third circumferential upright wall (14) to which the pin (4) abuts and are guided are respectively provided with stopper portions (9a). Are formed concentrically in order from the circumferential peripheral wall (9) provided with the first circumferential upright wall (11) and the second circumferential upright wall (13).
The notch (11) corresponds to the angle at which the stopper (9a) is located on the circumferential wall (9).
a, 13a), and the circumferential peripheral wall (9) and the first
A stopper peripheral wall (10) is formed concentrically with the peripheral peripheral wall (9) in a narrower angle range than the first peripheral standing wall (11). And the peripheral wall of the stopper (1) in the rotation direction of the turntable (5).
The tip of (0) is located at an angular position before the stopper (9a) of the circumferential wall (9), and has a width substantially perpendicular to the rotation direction of the turntable (5) and a diameter larger than that of the pin (4). A stopper surface (10a) having a diameter, and a pin abutment portion (3a) of the lever (3) when the pin (4) is guided and moved to an intermediate portion of the third circumferential upright wall (14). ) Moves the distance enough to release the large coin (17) and the coin contact portion (3a) of the lever (3) has a large coin (17).
A concave step (15) having a stopper surface (15a) against which the pin (4) abuts when the lever (3) is not released, and a small-diameter coin (16) is provided with a coin abutting portion (15) of the lever (3). 3a), the pin (4)
Detaches the stopper portion (9a) and removes the stopper peripheral wall (1).
0), the coin comes into contact with one surface of the first circumferential standing wall (11), and the coin contact portion (3a) of the lever (3) returns after releasing the small-diameter coin (16) and returns to the circle. The rotating disc (5) and the pachinko ball counting wheel (6) rotate while sending out the pachinko balls (8) while being in contact with the circumferential peripheral wall (9), and the rotating disc (5) rotates once to rotate the pachinko ball (8). The pin (4) is hooked on the stopper (9a) to stop the turntable (5) and return to the initial state, and the large-diameter coin (17) is brought into contact with the coin contact portion (3a) of the lever (3). When the pin (4) comes into contact with and pushes and biases, the pin (4) separates from the stopper portion (9a) and comes into contact with one surface of the first circumferential upright wall (11) to rotate the turntable (5) once. The turntable (5) moves from the notch (11a) of the first circumferential standing wall (11) toward the second circumferential standing wall (13).
And the pin (4) is guided from the circumferential peripheral wall (9) to the concave step (15) after coming into contact with one surface of the third circumferential standing wall (14). The lever (3)
The coin contact portion (3a) releases the large-diameter coin (17) and contacts the surface of the second circumferential standing wall (13) on the third circumferential standing wall (14) side to rotate the rotary disc. (5) makes one rotation, and the pin (4) further moves from the notch (13a) of the second circumferential standing wall (13) in the direction of the first circumferential standing wall (11) to rotate the turntable. The rotation of (5) continues, and the pin (4) comes into contact with the circumferential peripheral wall (9), and the stopper (9)
A small coin (16) and a large coin (17) are discriminated by hanging on the a) to stop the rotary disc (5) and return to the initial state, and the number of pachinko balls (8) according to the face value thereof is determined. A pachinko ball counting device (1) for sending out small coins (16) with the rotation of the rotating disk (5) after the insertion of the small coins (16).
Is held in the coin guide groove (2) without being released,
After the guide movement by the stopper peripheral wall (10), the pin (4) held at substantially the same position abuts the stopper surface (4a) of the stopper peripheral wall (10) to stop the rotation of the turntable (5). When the large-diameter coin (17) is held in the coin guide groove (2) without being released with the rotation of the turntable (5) after the insertion of the diameter coin (17), the third circumferential standing wall is formed. (14)
The pin (4) held at substantially the same position even after the guide movement by the abutment comes into contact with the stopper surface (15a) of the concave step (15) to stop the rotation of the turntable (5). Counting device. 2. Between the second circumferential standing wall (13) and the third circumferential standing wall (14), a portion corresponding to the cutout (13a) of the second circumferential standing wall (13). The pachinko ball counting device according to claim 1, wherein a barrier (12) having a longer diameter than a width of the notch (13a) is formed.