KR0177594B1 - Supply equipment of a precious stone - Google Patents

Abstract

The present invention relates to a pachinko beads spreading device.

A pachinko beads having a pail for conveying pachinko beads in a storage tank, the pachinko beads being arranged downstream of the pail upstream of the storage tank, wherein pachinko beads pass through at least one of the bottom and both sides of the pail. A plurality of holes are formed, these holes are formed so as to increase in density from one end thereof upstream to the other end downstream, and pass through these holes to disperse the pimples into the storage tank only. It's in the Pacchin Bead Spread.

If the bottom of the downstream side or the side of the barrel having a larger number of holes than the upstream side is arranged upstream of the storage tank, it is possible to disperse the pachinko beads, thereby preventing the blockage of beads.

Description

Pachinko Bead Supply

1 to 8 show a first embodiment of the present invention, and FIG. 1 is a schematic longitudinal sectional view of a pachinko ball dispensing apparatus.

Figure 1a is an enlarged longitudinal sectional view of the upper tank of Figure 1;

FIG. 2 is an enlarged schematic longitudinal sectional view of the pachinko ball tank of FIG. 1 with less beads inside.

FIG. 3 is an enlarged schematic longitudinal sectional view of the pachinko ball tank of FIG. 1 in which beads are increased inside.

FIG. 4 is a schematic longitudinal sectional view of the pachinko ball tank of FIG. 1 in which beads in the first tank are full.

FIG. 5 is an enlarged partial perspective view of the canister of FIG. 1 with an opening. FIG.

6 is a perspective view of the shutter with the shutter plate lowered.

7 is a perspective view of the shutter with the shutter plate open.

8 is a control block diagram of marble dissemination.

FIG. 9 is an enlarged front view of a part showing the changed state of the upper tank of FIG.

* Explanation of symbols for main parts of the drawings

1: large bead lending machine 4: pachinko ball

6 level sensor 7 tilt plate

8: grinder 9: tank

9A: Hole 10: Shutter block

11: supply container 12: shout

13: bellow 14: beads supply counter

15: the pimples 16: auxiliary dove

17: Dove 20: storage tank

21: priority tank 21A: outlet

22: non-priority tank 22A: outlet

23: tank 28: reaping

31: bypass path 34: outlet

35 outlet 40: barrel

41: hole 42: upstream

43: downstream 45: priority

46: non-priority cylinder 61: shutter

62: solenoid 63: shutter opening

64: spring 70: intaglio

80: controller 82: input means

90: upper tank 92: bottom plate

93: ball inlet 95: outer wall

96: perspective hole 97: inclined plate (inclined plate)

101, 102, 103, 104, 105: level sensor 110 giveaway ball counter

112: shutter

The present invention relates to a pachinko beads supply device. As a conventional pachinko ball dispensing apparatus, there exist some which were disclosed by Unexamined-Japanese-Patent No. 1-212585, for example.

That is, the pamphlet bead storage tank for storing the beads overflowing from the distribution path and spilling them in the recovery path is formed, and the pachinko beads supply device is provided so that the pachinko beads can be instantly supplied even if the pachinko beads in the pachinko group are short. Is indicated.

However, there is a request to secure as many beads as possible in the storage tank.

However, in order to secure more storage capacity, raising the height of the storage tank is not possible due to the structure of the organic field, so the only way is to widen the width of the storage tank.

When the storage tank is widened, the waxing beads can fill the wider container evenly, unlike liquids.

For this reason, there was a problem that bead blockage occurred, the supply of beads was interrupted, and the profit was reduced by not being able to operate the pike bar until it was repaired.

SUMMARY OF THE INVENTION The present invention has been made in view of such a conventional problem, and an object thereof is to provide a pachinko bead dispensing apparatus which can prevent the clogging of beads.

In view of the above and other object ratios, the gist of the present invention is a pachinko beads dispensing apparatus having a pail for conveying pachinko beads in a storage tank, the downstream side of which is disposed upstream of the storage tank, the bottom of the pail being Forming a plurality of holes through which pimples can pass in at least one of the sides and on both sides, and these holes are formed so as to increase in density from one end thereof upstream to the other end downstream, and through these holes It is located in the Pachinko Beads Supply Device, where the Pachinko Beads are distributed and allowed to enter the storage tank only.

If the bottom of the downstream side or the side of the barrel having a larger number of holes than the upstream side is arranged upstream of the storage tank, it is possible to disperse the pachinko beads, thereby preventing the blockage of beads.

In a very suitable state, the pachinko beads supply device has an upper tank for supplying pachinko beads to the pachinko pole, and forms a large number of perspective holes smaller than pachinko beads in the outer circumferential wall of the upper tank to make pachinko beads in the upper tank. The storage level can be confirmed from the outside through the see-through hole.

Thus, even when viewed from a distant position or inclined direction through a plurality of see-through holes formed in the outer peripheral wall of the tank, it is possible to easily check the amount and movement of the beads in the entire tank, and the resonance that was conventionally caused by the outer peripheral wall of the tank The sound of the bead is just the sound of the ball, so the sound of the tank's outer circumference makes the sound beautiful, unlike the noise generated by the vibration of the tank. You can.

The upper tank is provided with a bottom plate and an inclined plate which guides the bottom plate by receiving the supply of the wax beads from the bead introduction port, so that at least one rubber plate or canvas of these bottom plate inclined plates and the outer circumferential wall can be unfolded.

By spreading the rubber plate or canvas, it is possible to exhibit a further noise prevention effect, and has a feature and advantage that can be carried out very appropriately with a simple structure.

In another aspect, the present invention, when the supply tank is supplied to the upper tank for supplying the paddle ball to the paddle bark at a predetermined level or more, the paddle ball is stored in the lower storage tank through the bypass path from the upper tank and, if necessary, A pachinko beads replenishment device for pumping pachinko beads in the storage tank into the upper tank, the storage tank having a priority tank and a nonpriority tank that are isolated from each other, and the bypass passage has two outlets, The outlet is connected to a preferential cylinder leading the pachinko beads into the prioritized tank, and the other outlet is connected to a non-primary cylinder leading the pachinko beads into the non-priority tank, the outlet of one being lower than the outlet of the other. Placed in position, the prioritizing tank and prioritizing tank being filled with pachinko beads and pachinko When the storage level of the bead beyond the outlet of the one side reaches the other side of the discharge port, and a Pachinko bead dispensing apparatus, characterized in that the non-priority to Pachinko balls are sent whole, through the exhaust port of the other side to a different base.

In addition, the present invention provides a pachinko beads supply device for circulating the pachinko beads from the upper tank, the pachinko beads to the pachinko beads collecting container, and from the pachinko beads collecting container to the polishing machine, from the mill to the upper tank. And a bypass container for flowing the pachinko beads from the downstream pachinko bar to the upstream of the pachinko bead recovery container between the pachinko and the pachinko bead collecting container. do.

By-pass cylinders allow the percussion beads to flow from the upstream side of the pachinko beads to the upstream side of the pachinko beads recovery container, thereby preventing a large number of beads from falling into the inlet of the polishing machine at once and preventing the blockage of the beads.

EXAMPLE

EMBODIMENT OF THE INVENTION Hereinafter, one Example of this invention is described based on drawing.

Each figure shows one embodiment of the present invention.

Referring to FIG. 1, the interstitial bead lending machine 1 is sandwiched between the paddles 15, and the loan bead is discharged according to the input of money.

The bead supply path of the large marble lending machine 1 is connected to the bellows 13, the chute 12, and the supply container 11 through the bead supply counter 14, or to the upper tank 9 of the pachinko group. It is.

On the other hand, a dove 17 for discharging the smashed beads is formed under the puff stick 15.

This dove makes up the Pachinko Bead Reclaimer.

Downstream of the dove 17 is a collecting hole 28 of a known grinding machine 8.

The upper discharge mechanism of the polishing machine 8 is connected to the upper tank 9.

Therefore, from the upper tank 9 to the skid barge 15, from the bristle bar 15 to the dove 17, from the dove 17 to the grinder 8, and from the grinder 8 to the top tank 9 The marble is designed to circulate.

In addition, an auxiliary dove 16 is formed between the pucker bar 15 and the dove 17.

The auxiliary dove 16 is a bypass cylinder for flowing the pinch ball from the downstream pinch bar 15 to the upstream of the dove 17.

In the upper tank 9, a known lower limit sensor is formed for detecting that the level of the stored beads has fallen to the lower limit level.

The lower end of the bypass path 31 for supplying urgent beads to the polishing machine 8 is connected to the storage tank 20 in response to a signal from the lower limit sensor.

That is, the storage tank 20 is formed below the lower end discharge ports 34 and 35 of the bypass path 31.

The storage tank 20 is constituted by a dominant tank 21 and a non-priority tank 22 separated from each other in FIG.

The grinding | polishing machine 8 grind | grips and raises a pucker ball in the storage tank 20, and supplies it to the upper tank 9 as needed.

In the tank 20, the cylinder 40 is arrange | positioned so that the pachinko ball sent from the bypass path 31 may be divided into two directions at the discharge ports 34 and 35 and conveyed into the tank 20.

That is, the cylinder 40 is comprised by the priority cylinder 45 which leads a pachinko ball into the tank 21 first, and the nonprimary cylinder 46 which leads a pachinko ball into the non-priority tank 22.

The outlet 35 of the bypass path 31 is connected to the priority cylinder 45, the outlet 34 is connected to the non-priority cylinder 46, and the non-priority tank 22 is the priority tank 21. It is located higher than the side.

Downstream of the priority cylinder 45 and the non-priority cylinder 46, the upstream side of the priority tank 21 and the non-priority tank 22 is connected, respectively.

The bottom and side surfaces of the barrel 40 are provided with a plurality of holes 41 suitable for passing the beads as shown in FIG. 5, so that the beads flowing on the barrel 40 are transferred from the holes 41 to the tank 21. ), (22) to fall in the middle.

As for the number and place of the holes 41, the upstream side 42 of the cylinder 40 is comparatively small, and there are many in the downstream side 43, and a ball is given priority from the downstream side 43, and tanks 21, 22 It is supposed to fall in).

In addition, this hole 41 may be formed only in the bottom surface or both side surfaces of the cylinder 40.

Moreover, in the upper tank 9, the inclined plate 7 which is inclined so that it may be high as a position where a pimple ball falls at the upper discharge port of the grinding | polishing machine 8, and may become low at the inner wall surface of the tank 9 is arrange | positioned.

This inclined plate 7 is drilled with an unshown hole through which the beads are passed so that the beads are averaged and collected in the upper tank.

Downstream of the tanks 21 and 22, shutter blocks 10 are formed for each tank.

6 and 7 show one shutter block.

Each shutter block 10 has a shutter 61 and a solenoid 62 having an opening 63, and springs 63 that are fastened by corresponding tanks 21 and 23.

The shutter opening 63 of each shutter block 10 is formed upstream of the retrieval opening 28 of the grinding | polishing machine 8, and the bead retrieving opening 28 of the grinding | polishing machine 8 in the state shown in FIG. The flow of the inside of the tank is prevented from flowing, and the opening 63 is aligned with the openings of the tank 21 or the outlet portions 21A and 22A of the tank 21 or 22 in the state shown in FIG.

Inside the upper tank 9, also known upper limit sensors (not shown) are formed.

The upper limit sensor turns off the shutter blocks 10 of the tanks 21 and 22 in the intaglio portion 70 when the beads reach the upper limit.

In addition, a hole 9A for opening and dropping the remaining beads is opened in the side of the upper tank 9.

This hole 9A communicates with the bypass path 31.

Therefore, when the pachinko beads are supplied to the upper tank 9 above a predetermined level, the pachinko beads are stored in the lower storage tanks 21 and 22 through the bypass path 31 from the upper tank 9. do.

In the tanks 21 and 22, sensors 101 to 105 (FIGS. 2 to 4) for detecting the amount of beads are attached and fixed to the controller 80 (FIG. 8). It is supposed to send.

The operation is explained next.

In FIG. 1, when a guest plays a game, a marble ball is borrowed by the large marble lending machine 1.

At this time, the bead coming out to the customer passes through the supply container 11 from the tank 9 of the pachinko group upper part, and is supplied to the interstitial bead lending machine 1 through the chute 12 and the bellows 13.

The customer starts the game at the skid barge 15 using the marbles supplied from the intergalactic lender 1, and the marbles thrown into the skid bar 15 are assisted through the interior of the bard bar 15. It is introduced into the dove 17 from the dove 16.

The beads flowing into the dove 17 are introduced into the lower part of the polishing machine 8, are sent upwards while being polished, and returned to the upper tank 9.

During the game, when a marble enters the safe hole of the skid steak 15, the marbles stored in the upper plate at the back of the skid stew 15 are discharged to the plate on the customer's side corresponding to the number of marbles set in the safety hole.

When the upper plate is empty, the fixed contact attached to the upper plate operates, and the beads supply counter 14 operates to supply the upper tank 9 via the supply container 11, the chute 12, and the bellows 13. The beads are quantitatively supplied to the upper plate of the bark stick (15).

As the number of beads entering the safe hole increases and the number of beads discharged as granular beads on the customer side increases, the level of beads stored in the upper tank 9 goes down, and the lower limit sensor of the level switch fixed to the upper tank 9 Works.

At this time, the shutters 10 of the tanks 21 and 22 attached to the intaglio portion 70 of the pachinko group are opened, and urgent beads are supplied from the tanks 21 and 22 to the grinder 8.

As a result, beads are collected in the upper tank 9 through the grinder 8, and the beads are supplied until the upper limit sensor is activated.

When the upper limit sensor of the upper tank 9 is operated, the shutters 10 of the tanks 21 and 22 of the intaglio portion are turned off.

For this reason, the bead supply from the tanks 21 and 22 of the intaglio portion to the upper tank 9 is stopped, and only the beads from the dove 17 are sent to the upper tank 9 by the polishing machine 8. do.

Next time, if you can't come out of the Pakkokko (15), which has made the marbles come out well, even if the beads you have poured into the Pakkokko (15) keep coming out from the upper tank (9), The beads poured by the customer are continuously supplied to the upper tank 9 via the auxiliary dove 16, the dove 17, and the grinder 8.

This supply is continued regardless of the upper limit sensor.

When the amount of beads in the upper tank 9 reaches a certain amount, extra beads automatically flow into the bypass 31 from the hole 9A opened on the side of the upper tank 9.

The beads passing through the bypass path 31 are reduced into the tanks 21 and 22 of the intaglio portion.

For this reason, beads do not overflow from the upper tank 9.

When the beads are collected at the downstream side 43 of the cylinder 40 and the cylinder 40 is blocked, the position where the beads fall automatically moves to the upstream side 42.

For this reason, it is possible to averagely fill the tanks 21 and 22 with a low height and wide width.

It is necessary to keep track of the amount of beads in the tanks 21 and 22 at all times, and since the sensor also needs to operate in order from the lower limit to the upper limit, it is impossible to supply beads to two tanks left and right. .

Thus, a method ratio of prioritizing and supplying the left and right tanks 21 and 22 is taken.

Beads overflowed from the upper tank 9 and supplied first flow from the outlet 35 of the bypass path 31 to the priority tank 21.

When a hole passes through the opening of the prior art cylinder 45 to a moderate degree, and beads are collected in sequence from the front end side of the tank 21, the amount of beads fixed to the tank 21 is detected according to the amount of the beads. Sensors 103-105 (FIG. 2) are configured to send signals to the controller.

When the tank 21 on the priority side becomes full in this manner, the priority cylinder 45, which is a passage of beads flowing to the priority side, is blocked by the beads and is automatically supplied to the non-priority tank 22 on the opposite side.

The tank 22 of this side is also supplied from the front end of the tank 22 rather than the non-priority cylinder 66 where the hole is opened to an appropriate degree, and it is attached to each part of the tank 22 and the sensor 101 to ( 105) can be used to fill the beads.

Ordinarily, the beads fried by the customer are polished and sent up to the grinder 8 through the auxiliary dove 16 and the dove 17 and are sent to the upper tank 9.

When the level of the beads of the upper tank 9 is lowered, the level sensor 6 fixed to the tank 9 is activated, and the shutter 61 of the non-priority tank 22 is operated to show as shown in FIG. Opening together, beads are supplied from the tank 22 to the grinder 8 and the polished beads are supplied to the upper tank 9.

When the level sensor 6 of the upper tank 9 is detected by this operation, the shutter 61 of the tank 22 is closed, and the bead supply is stopped. The level of the beads decreases as much as the amount supplied to the tank 22, but the amount is known by the sensor attached to the tank 22 and fixed.

In the case where a large number of beads appear to the customer, even if supplied from the non-priority tank 22, the upper tank 9 does not become full.

In this case, when the tank 22 is empty, the shutter 61 is closed, the shutter 61 of the first tank 21 is opened, and beads from the first tank 21 are sent to the upper tank 9. .

When the beads become full and the level sensor 6 of the upper tank 9 is operated, first, the shutter 63 of the tank 21 is also closed.

The sensors 101 to 105 attached to the tanks 21 and 22 are connected to the controller 80 and can output the levels of the tanks 21 and 22 to the controller 80. It is supposed to be.

In particular, the full-floor signals of the tanks 21 and 22 are input to the controller 80, and if they are fixed at the end of the pachinko group A (also, if they are fixed in the pachinko group unit even if they are not at the end of the pachinko group, The controller 80 emits a shutter close signal that prevents a guest from inserting a ball with respect to the shutter controller 110 of the premium bead counter 110 installed in the good).

The full-floor signal of this tank can be variably set by the number of sensors by designating level sensors 101 to 105.

When the shutter close signal is sent to the premium bead counter, the shutter 112 of the premium bead counter 110 is closed, and even if beads are inserted, the beads do not flow, and the premium bead count is not possible.

At that time, a sign (not shown) indicates "Stop the ball loan, please use another location", etc. to prevent the customer from putting the ball.

In addition, when the bead box is placed on the premium bead counter, the bead naturally flows out of the bead, and the lever for opening and closing the shutter of the bead box moves, and even if the bead box is placed, the bead does not flow out. do.

Even in this state, when the beads are accidentally spilled, the beads are stopped and collected therein by the shutter 112 of the premium beads counter.

When the customer informs the clerk of this fact, the clerk can briefly open the shutter 112 for the key switch.

The beads thrown in by temporarily opening the shutter 112 flow out, are counted, and the count value is displayed.

After completion of counting, press the counting switch, and the number of beads, other matters, and necessary items are displayed on the sheet.

Accordingly, the shutter 112 is closed again.

The guest can exchange the prize as the recipient.

At this time, the introduced beads are introduced into the intaglio tanks 21 and 22 from the dove 17 through the grinder 8, and the tanks 21 and 22 are Even if it is full, it is designed to have a margin so that work does not overflow.

When the ball comes out to the customer, the bead level of the tank is lowered, the stop signal for the premium bead counter is released, the shutter 112 of the premium bead counter is opened, and the bead box lever is returned to its original position. Indicator changes into "beading loan".

In addition, as shown in FIG. 8, the controller 80 is also connected to other pachinko groups B to N, so that the level of each pachinko group is detected, and as a whole, the pachinko group is most smoothly. The tank level is controlled by averaging.

That is, it can be set by the input means 82 to the controller 80 in five stages from 1 to 5 in order from the one with the many levels of the beads which give the tank full-floor signal of the tank 20 to the less one.

Assuming that the level of the tank of the tank of A's tank 20 is 3, the level of the tank of the tank's B's is 2, and the level of the tank of the tank of D's is 4, at this time, all the pad of the tank's premium ball counters ( The shutter 112 of 110 is kept open, but in order to make D's pachinko group a little more, forcibly close the shutter 112 of the Pachinko group's premium bead counters other than D and carry the prize beads only to D pachinko group. In this case, the amount of marbles in each pachinko group of the entire hool is adjusted accordingly, such as by closing the pachinko group of A, closing the Achin group of A, and bringing in a premium bead.

As shown in Figs. 2 to 4, the beads in the tank are first turned on by the sensor 104 → level sensor 103 of the tank 21, and then by the level sensor 102 of the non-priority tank 22. → the level sensor 101 is collected in the order of the ON operation, the level sensor 101 is turned off in the order of the → level sensor 102 → level sensor 103 → level sensor 104 → level sensor 105. Decrease to work

In FIG. 2, the beads overflowing from the upper tank 9 are separated through the bypass path 31 through the open priority cylinder 45 of the hole 41 toward the priority tank 21. Then, beads are collected in the tank 21 first from the tip.

As shown in FIG. 3, when a ball is blocked at the front end of the first cylinder 45, the position where the ball falls is gradually moved to the source and the first tank 21 is filled up.

As shown in FIG. 4, when the first tank 21 becomes full, beads are blocked in the bypass path 31 and beads from the outlet 34 opened below the bypass 31 toward the non-priority tank 22. As shown in FIG. This flows.

Thus, although the beads fall in the way by opening the hole 41, the beads are evenly collected from the downstream side 42, and are kept away from the holes in the upstream side, so that the beads can be collected evenly throughout the tank.

As such, the barrels 45 and 46, which have more holes than the bottom surface on the upstream side and are formed with holes 41, are disposed upstream of the storage tanks 21 and 22, Since dispersion can be achieved, clogging of beads can be prevented.

Next, the operation of the upper tank 9 will be described.

Beads polished and lifted from the grinder 8 are separated from the abrasive sold under the trade name Polylon, and fall to the inclined plate 7 of the upper tank 9.

The ball rolled on the inclined plate 7 falls under the upper tank 9 from the lower end of the inclined plate 7 through the side gap with the inner wall of the upper tank 9, and into the supply container 11. Is introduced (see also FIG. 1a).

When the supply container 11 is full, beads are collected in the upper tank 9, and finally reach the inclined plate (7).

Since the inclined plate 7 gradually collects the beads from the lower end, the beads from the back are dropped in the middle of the inclined plate 7, and the beads are collected evenly in the upper tank 9.

The upper tank 9 is fixed with a level sensor 6 attached thereto. When the level sensor 6 is operated, the controller 80 responds so that the shutters 61 of the tanks 21 and 22 are closed. The solenoid 62 is controlled.

The controller 80 controls the solenoid 62 to control the solenoid 62 so that the shutter 61 is opened when the level of the beads is lowered out of the level sensor 6, and the supply is made from the priority tank 22. The shutter 61 of 21 opens and beads are supplied.

When the level sensor 6 is operated, the shutters 61 are closed, and the supply from the tanks 21 and 22 is stopped.

In the drawing, only one level sensor 6 is written. However, two level sensors 6 may be attached and fixed.

The level sensor 6 is actuated and the corresponding shutter 61 is closed, but there is a case in which the upper tank 9 is supplied.

At this time, it overflows from the hole 9A formed in the inclination plate 7 upper part, and is supplied to the tanks 21 and 22 via the bypass path 31.

The beads from the tanks 21 and 22 are stopped by the shutters 61 pushed up from the bottom.

As shown in FIG. 6 and FIG. 7, the solenoid 62 of each shutter 61 is supported upward by the force of the spring 63.

When the level sensor 6 is actuated and the solenoid 62 is sucked, the shutter 61 is lowered, the passages of the tanks 21 and 22 are opened, and the beads flow out.

And again, the shutter 61 is closed by the action of the level sensor 6, but since the operation of the shutter 61 moves upward from the bottom and opens downward, there is no worry of biting the beads.

Since the tank is divided into the priority tank 21 and the non-priority tank 22, two shutters 61 are also needed.

The shutters 61 are fixed to the left and right sides of the shutter block 10 one by one.

In the case of one tank, the shutter 61 may be opened and closed simply by the signal of the level sensor 6, but in the two cases, the state of the level sensor 6 is checked, whereby the shutter 61 of one tank is opened. Open and close.

In this way, since the interior of the storage tank is separated between the first tank 21 and the non-priority tank 22 in two, the beads can be discharged from only one direction, thereby preventing the blockage of the beads from occurring in the discharge port.

In addition, since the auxiliary dove 16 flows the beads from the upstream side pinch skeletal 15 to the upstream side of the dove 17, a large number of beads do not flow into the inlet 2 of the grinder 8 at once, and the beads are clogged. This can be prevented from happening.

In FIG. 9, another state of the upper tank is shown.

The upper tank 90 has an inclined plate 97 inclined to the center or a bottom surface 92 therein, and the pachinko beads 4 separated from the abrasive material while being raised and polished with the grinder 8 can be put therein. It has a bead introduction port 93.

Although the upper tank 90 is installed on the top of the pachinko group, the bead supply tank 11 for feeding and feeding the pachinko beads 4 from the bottom plate 92 to each pachinkok is extended and configured, but the tank ( The entire outer circumferential wall 95 of 90 is drilled and provided with a myriad of see-through holes 96 having a diameter smaller than that of the pachinko beads 4, and formed into a plate shape with many holes.

Therefore, even when viewed from a position or an inclined direction apart through the numerous see-through holes 96, the amount and movement of the beads in the entire tank can be easily confirmed, and the pachinko beads injected from the conventional bead introduction port 93 can be easily identified. (4) The resonance sound generated by hitting the outer circumferential wall of this tank is also not vibrated by a myriad of see-through holes 96, and at the same time, the pachinko ball (4) becomes the same sound as that hit by the tank part. It is different from the noise generated by the whole vibration, and it can make a beautiful sound in the ear.

Further, when the rubber plate or canvas is laid out on at least one of the inclined plate 97, the bottom plate 92, and the tank outer circumferential wall 95, it is possible to obtain a structure having a further noise prevention effect.

According to the pachinko beads dispensing apparatus according to the present invention, the pachinko beads can be dispersed until the pachinko beads are sent to the sending device, thereby preventing the clogging of beads.

Claims (7)

A pachinko ball supplying device having a pail 40 for conveying pachinko beads in the storage tank 20, the downstream side of the pail 40 being disposed upstream of the storage tank 20, wherein the pail 40 is provided. And a plurality of holes 41 through which pimple balls can pass in at least one of the bottom surface 92 and both sides of the bottom surface, and these holes 41 are downstream from one end thereof being the upstream side 42. The pachinko beads supplying device is formed to increase the density toward the other end to the side 43, and the pachinko beads are dispersed through these holes (41) to enter into the storage tank (20). The top periphery (9) and the periphery of the top tank (9), (90), according to claim 1, further comprising a top tank (9), (90) for supplying the percuspid ball to the paddle bark (15). Pachinko, which has a number of see-through holes 96 of smaller diameter than the pachinko beads, is formed in the wall 95 so that the pachinko beads storage level in the upper tanks 9 and 90 can be identified from the outside through the see-through hole 96. Bead diffusion device. 3. The pachinko beads supply device according to claim 2, wherein the top tanks (9) and (90) are guided on the bottom plate (92) by receiving a supply of pachinko beads from the bottom plate (92) and its bead introduction port. A pachinko ball spreading device provided with an inclined plate (97), and having at least one rubber plate or canvas of these bottom plates (92), the inclined plate (97), and the outer circumferential wall (95). When the pachinko beads are supplied to the upper tanks 9 and 90 for supplying the pachinko beads of the pachinkoku at a predetermined level or more, the lower portions of the upper tanks 9 and 90 through the bypass path 31 from the upper tanks 9 and 90 The storage tank 20 is stored in the storage tank 20, and if necessary, the storage tank (20) is a pachinko beads supply device for raising the pachinko beads into the upper tank (9), (90), the storage tank 20 is A priority tank 21 and a non-priority tank 22 isolated from each other, the bypass path 31 has two outlets 34, 35, one outlet 34 is the priority It is connected to the priority cylinder 45 which leads a pachinko ball into the tank 21, and the other discharge port 35 is connected to the non-primary cylinder 46 which leads a pachinko ball into the said non-priority tank 22, The one outlet 34, 35 is disposed at a lower position than the other outlet 34, 35. , The first tank 21 and the first cylinder 45 is filled with the pimple ball and the storage level of the pimple ball exceeds one outlet 34, 35 to the other outlet 34, 35 When reached, the pachinko beads supply device characterized in that the pachinko beads are sent to the non-priority cylinder 46 through the other outlets 34 and 35. From the upper tanks 9 and 90 to the skimpy bar 15, from the skimpy bar 15 to the skimpy bead collection bin, and from the bristle barb recovery bin to the grinder 8, from the grinder 8 above. A pachinko beads supplying device for circulating pachinko beads with the upper tanks (9) and (90), wherein the pachinko beads are collected from the pachinko balls 15 on the downstream side between the pachinkotsu 15 and the pachinko beads collecting container. A pachinko beads dispensing device, characterized in that a bypass pail is formed to flow pachinko beads upstream of the pail. 7. The storage device of claim 5, wherein there is a pachinko beads supplying body, and a plurality of sight holes 96 having a diameter smaller than that of the pachinko beads are formed in the outer circumferential wall 95 of the upper tank 90. Pachinko ball supply device so that it can be confirmed from the outside through the viewing hole (96). 7. The pachinko beads supplying apparatus according to claim 6, wherein the top tank (90) is a bottom plate (92), and is provided with an inclined plate (97) for receiving a supply of pachinko beads from the bead inlet and guiding the bottom plate. And at least one of these bottom plates (92), inclined plates (97) and outer circumferential walls (95).