JP2003217001A - Auxiliary device for putting coin or the like - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide an auxiliary device for putting coins or the like for decreasing costs of manufacture sharply and smoothly putting the coins or the like by making an interval from a coin slot part for putting the coins or the like inserted randomly to a coin slot for inserting the coins or the like shorter than conventional mechanism. <P>SOLUTION: The auxiliary device for putting the coins or the like is provided with the coin slot part for putting, having a spiral slope, and a first stopper at a lower part. The spiral slope inclines spirally to allow medals, hard money, and the coins put randomly from the coin slot part to be fed slowly to the lower part. The first stopper limits a flow of the coins put. A tube part for controlling the coins for controlling pressure on the coins and alignment condition, which holds the tops of the coins down aligned longitudinally and fed after laying the coins down forcedly, is connected below of the coin slot part for putting. <P>COPYRIGHT: (C)2003,JPO

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to the field of insertion aids such as coins.

[0002]

2. Description of the Related Art As a conventional coin insertion aid, there is Japanese Patent Application No. 2000-397192 filed by the applicant of the present invention (alignment and ejection mechanism for inserted coins).

The present invention solves the following problems.

In the above invention, the coins provided between the insertion of coins and the coin insertion slot are arranged in parallel in a row so that the mechanism for delivering the coins is complicated and the manufacturing cost is increased. It was

Further, in the above-mentioned invention, since many mechanical members are used, it takes too long time from the insertion of the coin or the like to the insertion into the insertion slot.

Further, according to the above invention, since it is set on the front wall surface portion of the slot machine or the game machine, the player can easily get out of the front surface of the slot machine or the game machine and hit the heads of the players. It was hard to do.

Further, in the above invention, when the coin is jammed and the delivery is stopped immediately before the coin insertion slot, the release cannot be smoothly performed.

[0008]

DISCLOSURE OF THE INVENTION The present invention shortens the distance from a randomly inserted coin or the like insertion slot to a coin or the like insertion slot as compared with the conventional mechanism, and significantly reduces the production cost.
Made it easy to insert coins.

[0009] When coins or the like cannot be discharged due to overlapping of the coins or the like at the tip of the cylinder portion into which a thinner coin or the like is inserted, a space condition is immediately created in front of the insertion port of the coin or the like, and the coin is blocked. It is possible to remove the coins that are present with your fingers and forcibly stop the coins from entering the slot unexpectedly. It has a mechanism for sending out.

Further, according to the present invention, one end of a mounting arm rod is attached to a side wall surface of a slot machine or the like and the other end is rotatably fitted with an insertion opening of an insertion aid such as a coin. In addition to being compatible with any model, the whole of the above-mentioned auxiliary equipment is attached as close as possible to the front wall surface portion of the slot machine or the like so as not to make the players feel uncomfortable.

Further, according to the present invention, since it can be firmly fixed to an existing slot machine or the like, there is no fear of detachment.

Further, according to the present invention, the pressure and frictional force of a randomly inserted coin or the like generated from the fall to the coin insertion slot are adjusted in the middle so that the inclined state of the inserted coin is changed to the upright state. From the upright state to the inclined state, finally, the upright state is set so that one coin can be smoothly inserted into the insertion slot.

[0013]

The invention according to claim 1 is
Insertion with a spiral slope sloping into a spiral shape that allows medals, coins, or coins randomly inserted from the opening to be gently sent to the bottom, and a first stopper that restricts the circulation of the inserted coins in the lower part A coin is provided so that the coins that have been sent are forced to lie down, and then the coins are aligned vertically, and the head of the coins that are sent is pressed down to adjust the pressure and alignment of the coins. The coin adjustment cylinder is connected below the insertion slot, and the coin adjustment tube is inserted between the end edge of the cylinder and the mounting fitting facing the coin.
A space slightly larger than the thickness of one coin is provided, and a coin drop adjusting unit for dropping one of the two coins in front of the cylinder is attached to the lower part of the cylinder so that the coin can be dropped. A coin-insertion assisting tool characterized in that a coin guide part with a third stopper, which allows a coin to be inserted into a coin insertion slot smoothly below the adjusting part, is rotatably attached.

According to a second aspect of the present invention, a spiral slope inclined in a spiral shape that allows medals, coins, or coins randomly inserted from the opening to be slowly sent to the lower portion, and the inserted coin at the lower portion. A coin slot with a first stopper that restricts the circulation of coins is provided, and after the coins that have been sent are forcibly laid down, they are aligned vertically and the heads of the sent coins are pressed. The coin adjusting cylinder part for adjusting the pressure and the aligned state of the coins is provided, and the cylinder part is connected below the insertion opening part, and between the end edge part of the cylinder part and the mounting fitting facing the A gap slightly larger than the thickness of two coins is provided, and two coins that have fallen into the gap below the cylinder are provided.
Stop the falling of one coin in the foreground and attach the coin drop adjustment part that can drop other coins first, so that it can be moved up and down, and above the coin drop adjustment part to smoothly insert coins into the coin insertion slot. A coin guide part with a third stopper is rotatably attached, and when the coin is stuck under the cylinder part and does not fall, the coin drop adjusting part is raised, and at the same time, the coin guide part is rotated to adjust the coin drop. The coin is temporarily prevented from falling through the portion, the coin jammed by the third stopper is pushed up to release the superposed state, and after the release, the coin guide portion is rotated, and at the same time, the coin fall adjustment is performed. It is an insertion aid for coins or the like, which is characterized by lowering a portion and restoring a clogged coin to an insertion route.

According to a third aspect of the present invention, a spiral slope inclined in a spiral shape that allows medals, coins, or coins randomly inserted from the opening to be gently fed to the lower portion, and the inserted coin at the lower portion. The first guide part, which is provided with the insertion port part having the first stopper for restricting the circulation of the coin, forcing the fed coin to lie horizontally
The coin in the lying state is rotated below the first guide portion to rotate in a cylindrical portion having a diameter slightly larger than the diameter of the coin and fall while being aligned vertically, and The second stopper presses the head of the coin to reduce the pressure applied to the outer peripheral edge of the coin on the inner wall surface side of the tubular portion, and prevents the coin fed below the second stopper from being jammed. A coin adjusting cylinder having two guides is provided, and the cylinder is connected below the insertion slot with a slight inclination with respect to the insertion slot. And a gap slightly larger than the thickness of the two coins are provided between the two coins, and one of the two coins that has fallen into the gap below the cylinder is stopped. The other coin to drop it first. The coin drop adjuster is attached so that it can move up and down, and the coin guide with the fourth stopper is rotatably attached above the coin drop adjuster so that coins can be smoothly inserted into the coin slot. When the coin is jammed and does not fall below the portion, the coin drop adjusting portion is raised, and at the same time, the coin guide portion is rotated to temporarily prevent the coin from falling through the third stopper. By pushing up the coins that are jammed with each other to release the overlapping state, and after releasing the coins, the coin guide part is rotated, and at the same time, the coin drop adjusting part is lowered to restore the jammed coins to the insertion route. It is a coin insertion aid.

According to a fourth aspect of the invention, there is provided the coin insertion assisting tool according to the second or third aspect, wherein the second guide is provided on an inner wall surface of the adjusting cylinder portion.

According to a fifth aspect of the invention, the charging port is
The slot machine and the arm attached to the side wall surface part of the gaming machine or the vending machine are rotatably instructed, and insertion of the coin or the like according to claim 1 or claim 2 or claim 3 or claim 4. It is an auxiliary tool.

The invention according to claim 6 is characterized in that the arm is extendable and retractable, and insertion assist for coins or the like according to claim 1 or claim 2 or claim 3 or claim 4 or claim 5 is provided. It is a tool.

[0019]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Since the embodiments relating to the invention described in claims 1 to 6 are common, they will be collectively described as follows.

Reference numeral a is an insertion port portion which constitutes the coin insertion assisting tool of the present invention, and has the following configuration.

The insertion slot a is provided with an opening 1 on the upper side through which medals, coins or coins can be inserted, and a spiral slope 2 for laying down the insertion coin or the like is provided inside.

A first stopper 3 is provided at the final portion of the slope 2. The function of the stopper 3 limits the inserted coins and the like from flowing at one time. When a large number of coins or the like are thrown in exceeding the limit, the coins or the like are intentionally clogged so that the coins or the like below may temporarily flow downward. Reference numeral 4 is a column portion vertically projecting from the center of the inlet port a. The first stopper 3 is usually the final end portion of the slope 2 and is provided with a gap 5 in which a coin or the like lying on the column 4 can fall.

Reference numeral b denotes a coin adjusting cylinder portion which is connected to the lower portion of the insertion opening portion a in an inclined shape and has the following structure.

A first guide 6 is provided above the tubular portion b. In this guide 6, coins and the like sent out in a state of being forcedly laid down from the insertion opening a stand up near the entrance of the cylindrical portion b due to centrifugal force, and are directly sent into the cylindrical portion b. It is provided to prevent coins from getting stuck and put them into a lying state. The first guide 6 is formed above the tubular portion b and above the inner wall surface.

The coins and the like that have passed through the first guide 6 change from a lying state to a slightly vertical standing state,
It is sent down.

A second stopper 7 is provided below the first guide 6 and below the first guide 6 and above the tubular portion b. This stopper 7 regulates the state of a coin or the like that is fed out at a right angle to the mounting bracket 10, or presses the head of a vertically standing coin or the like to reduce the pressure applied to the coin or the like. .

A second guide 8 is provided below the second stopper 7 and above the inner wall surface of the cylindrical portion b. Since the guide 8 is attached in an inclined shape at an inclination angle of about 20 degrees with respect to the mounting fitting 10 on the front surface where the end edge portion 9 of the cylindrical portion b faces, the coin or the like passing through the second stopper 7 Is easily sent to one side.

Therefore, it is necessary to forcibly correct the attitude of the coin or the like in parallel with the mounting fitting 10 facing the sending of the coin or the like that has passed through the second stopper 7.

The coin or the like that has passed through the second stopper 7 as described above is corrected by the second guide 8 so that one side end of the coin or the like hits and becomes parallel to the mounting member 10 and then sent out. To be done.

Further, a gap 11 slightly larger than the thickness of two coins is formed between the end edge portion 9 of the cylindrical portion b and the mounting metal fitting 10 facing the edge portion 9.

Reference numeral 12 is a coin drop adjusting portion for stopping the falling of one of the two coins in the lower part of the tubular portion b and allowing the other coin to drop first (to the coin slot). . As shown in the drawings, the adjusting portion 12 is provided with a curved locking step portion 13 in which a coin is fitted at one end to stop and then slide down.

Further, the adjusting portion 12 is attached to the outside of the mounting portion 14 in which the mounting bracket 10 is fitted so as to be able to move up and down.

Since the upper portion of the locking step portion 13 of the adjusting portion 12 is formed in an open state, the fed coins drop smoothly, and the locking step portion 13 instantly drops the coin. It will be in a stopped state. The coin from the mounting fixture 10 of the coin in the stopped state first drops into the coin slot. As described above, the coin stopped at the locking step portion 13 falls to the coin insertion slot a little later than the previously dropped coin.

Reference numeral 15 is a coin guide portion provided with a space portion 15a below the coin drop adjusting portion 12 and rotatably attached thereto. The coin guide portion 14 is rotatably pivotally attached to the mounting portion 14. Further, when the coin drop adjuster 12 descends, the upper part of the coin guide 14 is partially fitted, and when the coin drop adjuster 12 is fitted, two coins can be dropped alternately into the coin slot. .

A third stopper 16 is formed on one side of the upper end of the coin guide portion 15.

The relationship between the coin drop adjusting section 12 and the coin guide section 15 is as follows.

The coin guide portion 14 corresponds to the adjusting portion 1
When 2 is lowered and fitted, it cannot rotate.

When the adjusting part 12 is raised, the fitting with the coin guide part 15 is released. Therefore, when the coin guide part 15 is rotated, the third stopper 16 drops one coin. It acts to block the passage. Therefore, even if only one coin is dropped by raising the adjusting portion 12, the coin is stopped by the third stopper 16 and does not run out and fall.

Coin guide portion 1 in the above state
When 4 is first rotated and restored, the third stopper 16 also releases the closed state of the coin drop passage, and when released, the adjusting portion 12 naturally falls downward and fits into the coin guide portion 14. To meet.

Reference numeral 17 denotes an arm having one end attached to the side wall surface portion 18 constituting the slot machine S.

The arm 17 is provided with an expansion / contraction adjusting section 19 so that it can be expanded / contracted according to the model of each manufacturer of the slot machine S.

Further, the other end of the arm 17 is provided with a fitting frame portion 20 into which the upper opening 1 of the insertion opening a is rotatably fitted.

The arm 17 is attached to the side wall surface portion 18 of the slot machine S, and the insertion opening portion a is attached to the fitting frame portion 20 at the other end.
By supporting the edge portion of the opening 1 of the above, the coin insertion assisting tool of the present invention is brought close to the front wall surface of the slot machine S.
As a result, since the end portion 9 of the tubular portion b is cut with an inclination of about 20 degrees with respect to the mounting member 10, the insertion port portion a and the tubular portion b are formed on the front wall surface of the slot machine S as described above. It is attached more closely by.

Coins randomly inserted into the opening 1 of the insertion slot a are delivered from the insertion slot a to the cylindrical portion b, and the coins reaching the edge 9 of the cylindrical portion b face each other. A front coin collides with the mounting bracket 10 side and falls.

However, the coin located behind the coin is fitted into the locking stepped portion 13 of the drop adjuster 12 so that the speed of the drop is temporarily reduced, but the coin falls a little later than the coin. .

The above is the normal sending state of coins.

However, it is expected that a coin jam will occur between the fitting 10 and the end edge portion 19 of the tubular portion b.

If a coin jam occurs at the above-mentioned location, first, the drop adjuster 12 is raised by the fingers. At this time, the coin jammed upward is pushed up by the locking step portion 13 of the adjusting portion 12.

After the adjusting section 12 has been raised, the coin guide section 15 below is rotated with fingers. At this time, the third stopper 16 has a shape that blocks the coin passage.

At that time, since a large gap is formed between the coin guide portion 15 and the adjusting portion 12, the jammed state is released by pushing up the coin jammed in the gap portion with a finger or the like.

After the release, when the coin guide portion 15 is rotated and restored, the coin naturally drops in the insertion slot, and the adjusting portion 12 also descends and fits into the coin guide portion 15.

[0052]

According to the first aspect of the present invention, a spiral slope inclined in a spiral shape that allows medals, coins, or coins randomly inserted from the opening to be slowly sent to the lower part, and the lower part is provided with the above-mentioned spiral slope. The first to limit the distribution of input coins
A coin insertion slot with a stopper is provided, and after the sent coins are forcibly laid down, they are aligned vertically, and the coin pressure is aligned so that the heads of the sent coins can be pressed. A coin adjusting cylinder for adjusting the state is connected below the insertion slot, and a gap slightly larger than the thickness of two coins is provided between the end edge of the cylinder and the mounting metal fitting facing the edge. And a coin drop adjusting unit for stopping the falling of one of the two coins in front of the two coins and dropping the other coin first under the cylindrical portion, and The distance from the coin insertion slot to the coin insertion slot, as it is a coin insertion aid that has a coin stopper with a third stopper that allows the coin to be inserted smoothly into the coin slot below the coin drop adjustment section. Is conventional We were able to significantly reduce the production costs by shortening than structure.

Further, according to the present invention, the inserted coin or the like is sent within the short-distance tubular portion while changing the form of the coin, and the pressure generated in the tubular portion is sent while being reduced, and the clogging phenomenon is prevented in advance.

Further, the present invention has an advantage that coins and the like stuck between the cylindrical portion and the mounting member can be removed very easily by fingers and reliably.

Further, the present invention has an advantage that the normal insertion route can be restored very easily after removing the jammed coins as described above.

According to a second aspect of the present invention, a spiral slope inclined in a spiral shape that allows medals, coins, or coins randomly inserted from the opening to be slowly sent to the lower portion, and the inserted coin at the lower portion. A coin slot with a first stopper that restricts the circulation of coins is provided, and after the coins that have been sent are forcibly laid down, they are aligned vertically and the heads of the sent coins are pressed. The coin adjusting cylinder part for adjusting the pressure and the aligned state of the coins is provided, and the cylinder part is connected below the insertion opening part, and between the end edge part of the cylinder part and the mounting fitting facing the A gap slightly larger than the thickness of two coins is provided, and two coins that have fallen into the gap below the cylinder are provided.
Stop the falling of one coin in the foreground and attach the coin drop adjustment part that can drop other coins first, so that it can be moved up and down, and above the coin drop adjustment part to smoothly insert coins into the coin insertion slot. A coin guide portion with a third stopper is rotatably attached, and when a coin does not get stuck and falls below the tubular portion, the coin drop adjusting portion is raised, and at the same time, the coin guide portion is rotated to move the third portion. Temporarily prevent the coins from falling through the stopper, push up the coins that are jammed by the coin drop adjustment unit to release the overlapping state, and after releasing, rotate the coin guide unit and at the same time drop the coins. Since it is a coin-insertion assisting tool such as a coin that moves down the adjusting portion and restores the jammed coin to the coin-inserting route, it has the same effect as the invention of claim 1.

According to a third aspect of the present invention, a spiral slope inclined in a spiral shape that allows medals, coins, or coins randomly inserted from the opening to be slowly sent to the lower part, and the inserted coin in the lower part. The first guide part, which is provided with the insertion port part having the first stopper for restricting the circulation of the coin, forcing the fed coin to lie horizontally
The coin in the lying state is rotated below the first guide portion to rotate in a cylindrical portion having a diameter slightly larger than the diameter of the coin and fall while being aligned vertically, and The second stopper presses the head of the coin to reduce the pressure applied to the outer peripheral edge of the coin on the inner wall surface side of the tubular portion, and prevents the coin fed below the second stopper from being jammed. A coin adjusting cylinder having two guides is provided, and the cylinder is connected below the insertion slot with a slight inclination with respect to the insertion slot. And a gap slightly larger than the thickness of the two coins are provided between the two coins, and one of the two coins that has fallen into the gap below the cylinder is stopped. The other coin to drop it first. The coin drop adjuster is attached so that it can move up and down, and the coin guide with the fourth stopper is rotatably attached above the coin drop adjuster so that coins can be smoothly inserted into the coin slot. When the coin is jammed and does not fall below the portion, the coin drop adjusting portion is raised, and at the same time, the coin guide portion is rotated to temporarily prevent the coin from falling through the third stopper. Push up the coin stuck by to release the superposed state, and after releasing it, rotate the coin guide part and at the same time descend the coin drop adjusting part to restore the stuck coin to the insertion route. Since it is a throw-in aid, it has the same effect as the invention of claim 1.

According to a fourth aspect of the present invention, the second guide is an insertion aid for coins or the like provided on the inner wall surface of the adjusting cylinder, so that the coins passing through the cylinder are parallel to the fitting. By arranging them in parallel with each other, it was possible to prevent the coin jamming phenomenon.

According to a fifth aspect of the present invention, the charging port is
Since it is an insertion aid for coins and the like that is rotatably instructed by an arm attached to the side wall surface of a slot machine and a gaming machine or a vending machine, the insertion aid for coins is brought closer to the front wall surface of the slot machine or the like. It has the advantage that it does not give a feeling of strangeness.

According to the sixth aspect of the present invention, since the arm is a coin-insertion assisting tool such as a retractable coin, it has an advantage of being able to sufficiently cope with different models.

[Brief description of drawings]

FIG. 1 is a perspective view of a coin insertion aid according to the present invention.

FIG. 2 is a partially cutaway perspective view of a charging port portion of a main part of the auxiliary tool.

FIG. 3 is a partially cutaway perspective view of a cylinder part of a main part of the same tool.

FIG. 4 is a partially cutaway vertical sectional view of a main part of the same tool.

FIG. 5 is a partially cutaway plan view of an arm of the same tool.

FIG. 6 is a partially cutaway vertical sectional view of a telescopic portion in the arm of FIG.

FIG. 7 is a partially cutaway side view in which a part of the same tool is attached to a slot machine.

8 is a partially cutaway front view of the same device in FIG. 7 as seen from the front.

FIG. 9 is a front view of the slot machine to which the same device is attached.

FIG. 10 is a right side view of the slot machine of FIG. 9.

11 is a plan view of the slot machine of FIG. 9. FIG.

FIG. 12 is a front view of a fitting for attaching the same tool.

FIG. 13 is a left side view of the fitting shown in FIG.

[Explanation of symbols]

a Input port b Coin adjustment tube S slot machine 1 opening 2 slope 3 first stopper 4 props 5 Gap 6 First Guide 7 Second stopper 8 Second guide 9 edge 10 Mounting bracket 11 Gap 12 coin drop controller 13 Lock step 14 Mounting part 15 Coin guide part 15a space part 16 Third stopper 17 arms 18 Side wall surface 19 Telescopic adjustment part 20 Fitting frame part

   ─────────────────────────────────────────────────── ─── Continued front page    F-term (reference) 3E001 AA02 AB03 BA01 BA03 CA08                       DA03 DA14 FA01 FA22 FA24                       FA45

Claims (6)

[Claims] 1. A spiral slope sloping in a spiral shape that allows medals, coins, or coins randomly inserted from an opening to be gently sent to the lower portion, and a lower portion that restricts circulation of the inserted coins. (1) A coin opening with a stopper is provided, and after the sent coins are forcibly laid down, they are aligned vertically, and the coin pressure that presses the head of the sent coins is applied. A coin adjustment cylinder part for adjusting the alignment state is connected below the insertion slot part, and is slightly larger than the thickness of two coins between the end edge part of the cylinder part and the mounting metal fittings facing each other. A space is provided, and a coin drop adjustment unit that stops falling of one of the two coins and drops the other coin first is attached to the lower portion of the tubular unit in a vertically movable manner. Of the coin drop controller Introduced aid such as coins, characterized in that tighten dressed preparative rotatably third stoppered coin guide portion allowed to insert a coin smoothly coin slot towards. 2. A spiral slope sloping into a spiral shape that allows medals, coins, or coins randomly inserted from the opening to be gently sent to the lower portion, and a lower portion that restricts circulation of the inserted coin. (1) A coin opening with a stopper is provided, and after the sent coins are forcibly laid down, they are aligned vertically, and the coin pressure that presses the head of the sent coins is applied. A coin adjustment cylinder part for adjusting the alignment state is provided, and the cylinder part is connected to the lower part of the insertion port part. Between the end edge part of the cylinder part and the mounting fitting facing the two coins of the two coins. A gap that is slightly larger than the thickness is provided, and below the tube, one of the two coins that has fallen into the gap is stopped and the other coin is dropped first. The adjustment part can be freely moved up and down. The coin guide part with a third stopper is rotatably attached to the upper part of the coin drop adjusting part so that the coin can be smoothly inserted into the coin insertion slot. In this case, the coin drop adjuster is raised, and at the same time, the coin guide is rotated to temporarily prevent the coin from falling through the third stopper, and the coin drop adjuster pushes up the jammed coin. An insertion assisting tool for coins or the like, which is capable of releasing the superposed state and, after releasing, rotating the coin guide portion and simultaneously lowering the coin drop adjusting portion to restore the jammed coin to the insertion route. . 3. A spiral slope sloping into a spiral shape that allows medals, coins, or coins randomly inserted from an opening to be slowly sent to the lower portion, and a lower portion that restricts the circulation of the inserted coin. (1) A coin provided with an insertion slot having a stopper and forcing the fed coin to lie horizontally in a state where the first guide is laid below the first guide. The coin is rotated in a cylindrical portion having a diameter slightly larger than the diameter of the coin to be vertically aligned and dropped while the coin is pressed by the second stopper located below the coin. A second structure for reducing the pressure applied to the outer peripheral edge of the coin on the wall surface side and for preventing clogging of coins fed below the second stopper.
A coin adjustment cylinder part having a guide part is provided, and the cylinder part is connected below the insertion port part in a slightly inclined manner with respect to the insertion port part, and a mounting metal fitting facing the end edge part of the cylinder part is provided. A gap that is slightly larger than the thickness of the two coins is provided between the two coins, and one of the two coins that has fallen into the gap is stopped below the cylinder. , Attach the coin drop adjuster that allows other coins to drop first, and lower the coin drop adjuster to smoothly insert the coin into the coin slot. When the coin is jammed under the tube and does not drop, the coin drop adjustment part is raised and at the same time the coin guide part is rotated to temporarily drop the coin through the third stopper. To prevent the 3 Push up the jammed coins with a stopper to release the overlapped state, and after releasing, rotate the coin guide part and at the same time lower the coin drop adjusting part to restore the jammed coins to the insertion route. Inserting aid for coins, etc. 4. The coin insertion assisting tool according to claim 2, wherein the second guide is provided on an inner wall surface of the adjusting cylinder portion. 5. The input port portion is rotatably pointed by an arm attached to a side wall surface portion of a slot machine and a gaming machine or a vending machine. Inserting aid for coins or the like according to claim 3 or claim 4. 6. The arm according to claim 1 or 2, or 3 or 4, wherein the arm is extendable and contractible.
Alternatively, the coin insertion aid according to claim 5.