KR0177605B1 - Merry making machine - Google Patents

Abstract

The present invention relates to a group of organic groups and an organic field provided with a paddling, a medal game machine, and other organic and organic medium counters.

Several groups of organic groups are installed in parallel with passages between them, and each group of organic groups has two rows of organic columns arranged in one row or the like, and each organic group has an organic field in which several organic groups are installed. The apparatus column has a tank for storing organic media, and in the center, an organic media counter is provided for counting the number of organic media introduced from the inlet and recovering the counted organic media in the tank. And a lower limit sensor for detecting an insufficient amount of storage of the organic medium when the internal storage amount of the organic medium is less than or equal to a predetermined lower limit, and when the lower limit sensor detects an insufficient amount of storage of the organic medium, Stop the input by the customer of the organic medium by the organic medium counter of the organic series, and the lower limit sensor is short of the storage amount of the organic medium When detecting, by having a control means for releasing the stop state of the organic medium, recovered by the above organic media, the column counter for the column facing the organic group of the storage amount insufficient release, there is provided a yugijang characterized.

Description

Organic group and organic field suitable for organic media management

1 is an elevation view showing one example of an organic group according to an embodiment of the present invention.

2 is an elevation view showing another example of the organic group group according to the embodiment of the present invention.

3 is a plan view showing an organic group in an organic field according to the embodiment of the present invention.

4 is a side view of the main portion, which is another embodiment of the present invention, in which a portion thereof is broken.

5 is a perspective view of an organic group.

6 is an exploded view of the main portion of the broken part.

* Explanation of symbols for main parts of the drawings

1: organic field 2,2a-2d: organic group

3: organic group 4: beads stand

5 grinder 6 top plate

7a to 7d: passage 8a to 8g: organic medium counter

9: main tank 20a-20g: organic heat

23: organic group upper tank 24: organic group upper tank sensor

25: slope passage 26: shutter

27: sub tank 31: call button

51: motor 81: settle button

82: receptacle ejection hole 83: Description Panel

84: coefficient display unit 91: lower limit sensor

92: upper limit sensor 101: caster

102: conversion path 102a: one path

102b: other passage 102c: switching valve

103: Puckering 106: Counting indicator

107: card read light 108: counter

109: opening and closing door 110: receiving container

111: Yuha version 112: Import sphere

113: shutter 114: case

115: conveying device 116: tank

117 display device 118 window

119: display unit

The present invention relates to a group of organic groups and an organic field provided with a paddling, a medal game machine, and other organic and organic medium counters.

Conventionally, in an organic field such as a pachinko store, one organic medium counter is provided at the group end of the organic group, and the organic visitor uses an organic medium such as a pachinko bead coming out from the organic group such as the pachinko. It is put in an organic medium counter, the number is recorded on a reseat or a card, and the like is taken to a prize exchange office and exchanged for a prize.

The organic medium fed from the organic medium counter is recovered in the group of organic groups, and is circulated out of the organic group again.

In this case, when the organic customer returns the obtained organic medium to the organic medium counter of the organic group group in which the organic group has been discharged, the organic medium holding amount of each organic group group is kept constant, but the other organic customer is using the organic medium. If the medium counter is blocked and the organic medium counter of the other organic group is empty, the organic customer will use the empty organic medium counter.

If this condition continues, the balance of the number of organic media held between the organic group groups gradually collapses, and soon afterwards, the organic group is insufficient in some organic group groups and the organic medium cannot be supplied to the organic group. In the organic group group, on the contrary, the organic medium becomes excessive, the shortage of the organic medium of the group in which the organic medium is insufficient is promoted, and the failure of the organic medium supply apparatus is caused.

Therefore, in order to keep the holding amount of the organic medium of each organic group group constant and to average the amount of the organic medium holding amount of each organic group, the organic group group provided with the holding amount averaging apparatus as described in Unexamined-Japanese-Patent No. 62-24110 is carried out. have.

That is, when the organic medium reaches a predetermined amount or more in the organic group, the organic medium counter is stopped and the reduction of the organic medium as the organic group is stopped, and the organic medium is put into the organic medium counter of the other organic group group by the organic customer. When the amount is less than or equal to the predetermined amount, the stationary state of the organic medium counter is released to reduce the organic medium to the organic group, thereby averaging the organic medium holding amount of the organic group.

In addition, in another conventional technique, when it is found that the organic medium reserve is insufficient in another organic group, the organic medium counter of the organic group group having a predetermined or more organic medium is stopped, although the amount of the organic medium is not excessive. There is a technique of averaging the amount of organic medium retained in the organic group by discontinuing its use and causing the organic group to be concentrated in the organic audience to the organic group lacking the reserve.

However, in such a conventional technique, since only the organic medium counter is stopped and the use thereof is stopped, the organic medium holding amount can be averaged, so that only a small group of organic groups is extremely low in the amount of organic medium. In many organic groups, there is a large number of organic medium counters that cannot be used if the amount of storage is slightly excessive. As a result, there has been a problem that the organic customer who wants to count the organic medium must go from the organic place to the organic medium counter of the organic group far away, and the service for the organic customer may be deteriorated.

The present invention has been made to solve this problem, and the organic medium group can be counted by the organic medium counter of the organic group group from the place where the organic customer is organic, so that the service for the organic customer can be improved. And an organic field.

In order to solve this object, according to the present invention, an organic medium counter having one or two rows of organic columns provided with a plurality of organic groups, and counting and recovering the number of organic media introduced into a central portion of the organic columns. There is provided an organic group characterized in that the installation.

In addition, according to the present invention, a plurality of organic group groups are provided in parallel with a passage therebetween, and each organic group group has two rows of organic heating rows in one row or the like, and each organic group has several organic groups. In the installed organic field, each organic group heat has a tank for storing the organic medium, and in the center, an organic medium counter for counting the number of organic medium fed from the inlet and recovering the counted organic medium in the tank. Each tank has a lower limit sensor for detecting an insufficient amount of storage of an organic medium when the amount of stored organic medium is less than or equal to a predetermined lower limit, and when the lower limit sensor detects an insufficient amount of storage of an organic medium, The input by the customer of the organic medium by the organic medium counter of the organic heat that faces the organic heat of insufficient storage is stopped, and the lower limit sensor When detecting the storage shortage release of the medium, the storage quantity has control means for releasing the stopped state of the recovery of the organic medium by the medium counter of the organic sequence facing the organic base of the shortage release. This is provided.

Each tank has an upper limit sensor which detects an excess storage amount of an organic medium, and said control means, when said upper limit sensor detects an excess storage amount of an organic medium, adds the excess amount to said organic medium counter of said organic stream. Means for releasing the state of the recovery of the organic medium by the organic medium counter of the organic stream of the storage amount excess release when the recovery of the excess of the organic medium by the upper limit sensor detects the excess storage amount of the organic medium.

In addition, according to the present invention, a plurality of organic group groups are provided in parallel with a passage therebetween, each group having two rows of organic groups with the backs aligned, and each organic group having an organic field in which several organic groups are provided. Each group of organic groups has a tank for storing organic media, and in the center, an organic medium caustic for counting the number of organic media introduced from the inlet and recovering the counted organic media in the tank, The tank has a lower limit sensor that detects a shortage of storage of the organic medium when the amount of storage of the organic medium therein is less than or equal to a predetermined lower limit, and receives the supply of the organic medium from each tank to store the organic medium and supply it to the organic device. When the organic group upper tank and the lower limit sensor detects a lack of storage capacity of the organic medium, Stopping the recovery of the organic medium by the organic medium counter of the organic series, and when the lower limit sensor detects the release of an insufficient storage amount of the organic medium, the organic series of the organic series facing the organic group of the release of the insufficient storage amount. An organic field is provided, which has control means for releasing a stopped state of organic medium recovery by an organic medium counter.

Further, according to the present invention, an organic group is provided, and the organic group has two rows of organic groups with the organic groups grouped together, and each organic group has an organic field in which a plurality of organic groups are provided. Has a tank for storing the organic medium, in the center of each organic column, an organic medium counter for recovering the organic medium obtained from the game by the customer in the tank, wherein each tank has a predetermined amount of organic medium stored therein. When there is more than one, having an upper limit sensor for detecting an excess storage amount of the organic medium, and when the upper limit sensor detects an excess storage amount of the organic medium, the recovery of the organic medium by each organic medium counter of the two rows of the organic column is stopped When the upper limit sensor detects an excess release of the storage amount of the organic medium, the stopped state of the organic medium recovery by each organic medium counter of the two rows of organic sequences That it has control means for release there is provided a yugijang characterized.

Moreover, the said subject can be solved by studying so that management of organic medium may be performed suitably using a tank. Therefore, the organic medium can be stored, and a movable tank having a caster at the bottom can be attached to each other so as to be able to communicate with each other in the counter and the organic group.

In addition, the tank can be freely moved from the bottom of the counter, or beneath the counter is equipped with a conversion passage for guiding conversion to and from the organic group. It may be equipped with a conveying device capable of conveying, or may be configured by installing a display device that can know the level of the beads from the outside in the tank.

Next, the operation of the present invention will be described.

In the organic group group in which the organic medium counter is provided at the center of the organic sequence, the organic medium can be counted at the central portion of the organic sequence. Therefore, compared with the case where one organic medium counter is located at the group end of the organic group, the distance from the position of the organic group group farthest to the organic medium counter to the organic medium counter is shortened by half.

Further, in the organic field, the control means stops the recovery of the organic medium by the organic medium counter of the organic base facing the storage shortage, and the organic medium by the organic medium counter of the organic base facing the storage base shortage release. By canceling the stop state of recovery, the storage amount can be managed in the unit of passages, thereby increasing the possibility of recovering the organic medium in the organic base of insufficient storage amount, and balancing the organic medium holding amount between the facing organic bases. have.

Further, the control means stops the recovery of the organic medium with the organic medium counter of the excess storage amount, and releases the stopped state of the recovery of the organic medium with the organic medium counter of the storage amount excess release. Is preventing progress.

In addition, in the case of having two rows of organic columns, the control means not only stops the recovery of the organic medium by the organic medium counter of the organic streams facing the organic streams of insufficient storage amount, Stopping the recovery of the organic medium by the organic medium counter of the organic series facing the other organic column of the group of organic groups, and the recovery of the organic medium by the organic medium counter of the organic series facing the organic base of the storage shortage release. It not only releases the stopped state, but also releases the stopped state of the recovery of the organic medium by the organic medium counter of the organic sequence facing the other organic sequence of the organic group in which the storage quantity is insufficient. Organic groups that can manage and increase the possibility of recovering organic media It can balance the organic medium holdings in the liver.

In the case of having two rows of organic columns, the control means stops the recovery of the organic medium by the organic medium counters of the two rows of organic columns, not only the excess of the storage quantities of the organic streams, Not only the heat but also the organic medium counters in both organic columns are released to stop the recovery of the organic medium, thereby preventing the excess of the organic medium from advancing.

On the other hand, in the case where the attachment device capable of converting the tank for the organic medium counter is provided, the organic medium counted by the counter is returned to the organic group, and when the level is higher than or equal to a certain level in the organic group, it can be converted into the tank. In this state, when the beads in the organic group become less, the beads contained in the tank are supplied to the organic group, and the level of the beads in the tank can be confirmed by the display device, so the level of the beads in the organic group is abnormally low. The management of the organic medium can be carried out by exchanging the tank of the group with the tank of another group which is full.

EXAMPLE

An embodiment when the present invention is applied to a pachinko organic field provided with a pachinko organic group will be described with reference to the drawings.

As shown in Fig. 3, in the organic field 1, several, for example, four organic group groups 2a to 2d are provided in parallel with passages 7a to 7c interposed therebetween. Since the organic group 2a has a wall on one side, the organic group 2a has one row of organic sequences 20a on one side opposite to the wall, and the organic group 2b to the back face each other. It has an organic column of heat 20b and 20c, 20d and 20e, 20f and 20g. A passage 7d is formed in front of the organic column 20g.

Each of the organic sequences 20a to 20g is provided with a plurality of organic groups 3, that is, sixteen organic groups 3 in this embodiment. In the present embodiment, the organic group 3 is a waxing tail that uses a waxing beads as the organic medium. In addition, between the two organic groups 3, a large bead loaner 4 is provided.

As shown in FIG. 1 and FIG. 2, each organic group 2d-2d is equipped with the grinding | polishing machine 5, the inclined passage 25, and the main tank 9 inside, respectively.

The main tank 9 has a lower portion connected to the sub tank 27, and a shutter 26 is attached to the hole for collecting the organic medium of the sub tank 27.

In addition, the main tank 9 may accommodate the required amount of organic medium, and may be attached at any place, and the sub tank 27 may not be provided.

In addition, the organic group group upper tank 23 is provided in the upper part of each organic group 2a-2d, respectively.

This is a tank for storing the organic medium and supplying it directly to the organic group 3.

Inside the upper tank 23, the organic group tank sensor 24 is provided.

The organic group upper tank sensor 24 outputs a storage shortage signal when the storage level of the organic medium in the upper tank 23 falls below a predetermined level, and when the storage level rises above the predetermined level, the excess storage signal is output. Output sensor.

The inclined passage 25 is a cylindrical member that guides the pachinko beads inserted into the organic groups 3 to the polishing machine 5, and the polishing machine 5 is driven by the motor 512 to incline. The waxing beads supplied from the passage 25 and the sub tank 27 are polished and transported to be collected in the organic group group upper tank 23.

In addition, each of the organic sequences 20a to 20g has a top plate (board board) 6 in front of the organic group 3 and has an organic medium coefficient of 8a to 8g at the center of the top plate 6. Each).

Therefore, in the passages 7a to 7d, two organic medium counters 8a to 8g facing each other are located in the center portion.

On the front of each of the organic sequences 20a to 20g on the organic medium counters 8a to 8g, a settlement button 81, a sheet ejecting hole 82, an explanation panel 83, and a coefficient display section 84) is installed.

The main tank 9 is a tank for storing pachinko beads for supplying to the organic group 3. The main tank 9 describes the polishing machine 5 and the organic group group upper tank 23 from the sub tank 27 to feed the pachinko beads. It is for supplying to the apparatus 3.

Each main tank 9 has a capacity enough to accommodate the number of pachinko beads derived by calculation with the amount of pachinko beads required per one organic group 3.

In addition, each main tank 9 has a lower limit sensor 91 and an upper limit sensor 92.

The lower limit sensor 91 is a sensor that detects a shortage of storage of the organic medium when the amount of storage of the organic medium in the main tank 9 is less than or equal to a predetermined lower limit. The upper limit sensor 92 is a sensor in the main tank 9. The sensor detects an excess storage amount of the organic medium when the organic medium storage amount is more than a predetermined upper limit.

The organic medium counters 8a to 8g count the number of organic media fed from the inlet, and recover the counted organic media in the main tank 9.

The organic medium counters 8a to 8g have a shutter (not shown) at the inlet opening and closing by a control signal.

The lower limit sensor 91 and the upper limit sensor 92 and the organic medium counters 8a to 8g of the main tanks 9 of the respective organic group groups 2a to 2d are controlled by control means (not shown). It is controlled.

In the case of a wall-side organic group having only one organic column, the control means includes an organic group that faces the organic column 20a having insufficient storage amount when the lower limit sensor 91 detects a lack of storage amount of the organic medium. In order to stop the recovery of the organic medium by the organic medium counter 8b in the column 20b, a control signal for closing the shutter of the organic medium counter 8b is sent, and the lower limit sensor 91 releases the storage capacity of the organic medium. In order to detect the stop of the organic medium recovery by the organic medium counter 8b of the organic stream 20b facing the organic stream 20a of the storage shortage release, the organic medium counter ( Means for sending a control signal to open the shutter of 8b).

In addition, in the case of the same group of organic groups having two organic columns, the control means, when the lower limit sensor 91 detects a shortage of the storage medium of the organic medium, induces the organic heat of the organic series facing the shortage of the organic groups. A means for stopping the introduction of the organic medium by the medium counter by the customer and at the same time stopping the recovery of the organic medium by the organic medium counter of the organic series facing the organic group that lacks the storage amount.

Further, when the lower limit sensor 91 detects the depletion of the storage amount of the organic medium, the control means detects the stopping state of the visitor of the organic medium by the organic medium counter of the organic series facing the organic group of the deprivation of the storage amount. It is a means for releasing, and at the same time, releasing the stopped state of the recovery of the organic medium by the organic medium counter of the organic series facing the group of the organic groups whose storage shortage is released.

Further, in the case of a wall organic group having only one organic column, the control means includes an organic medium by the upper limit sensor 92 by the organic medium counter 8a of the organic column 20a having an excessive storage amount of the organic medium. In order to sum up the number of times, a control signal for closing the shutter of the organic medium counter 8a is sent, and when the upper limit sensor 92 detects the excess release of the storage amount of the organic medium, the organic sequence 20a of the excess storage amount release is released. Means for sending a control signal to open the shutter of the organic medium counter 8a in order to release the stopped state of the organic medium recovery by the organic medium counter 8a.

In addition, in the case of having misleading organic sequence organic sequences 20b to 20g, as in the organic group 2b to 2d, the control means indicates that the upper limit sensor 92 prevents excess storage of organic media. Upon detection, a control signal for closing the shutter of the organic medium counter is sent to stop the introduction of the organic medium by the organic medium counter of both organic lines of the detected organic group 2 and the upper limit sensor 92. When the controller detects the excess amount of storage of the organic medium, the shutter of the organic medium counter is released to release the stop of the input of the organic medium by the visitor of the organic medium by the organic medium counter of both organic columns of the detected organic group. Opening means of sending a control signal.

Next, the operation will be described.

In the organic field 1 shown in FIG. 3, in the usual state before the operation of the organic groups 2a to 2d, the pachinko beads, which are organic media, are the organic groups 3 in the organic groups 2a to 2d. It is stored in the upper plate (not shown), the bellows (not shown), the chute (not shown), the barrel (not shown), and the organic group upper tank 23 for temporary storage of the pachinko beads. .

In addition, the organic medium is stored in the polishing machine 5, the sub tank 27, and the main tank 9 as well.

In the state before the operation, the amount of the organic medium in the main tank 9 is preferably a level at a level slightly lower than the level detected by the upper limit sensor 92.

However, in practice, the amount of the organic medium in the main tank 9 may be higher than the level detected by the upper limit sensor 92 or lower than the level of the upper limit sensor 92.

When the owner is in a business state, the storage level of the pachinko beads in the organic tank upper tank 23 is lowered by that amount in order for the organic customer to borrow the pachinko beads from the thin thin beads rental machine 4.

In addition, when an organic visitor puts a pachinko ball into the organic group 3, the pachinko ball passes through the safe hole or the out hole of the organic group 3, and the inclined path (from the rear side of the organic group 3) It enters into the grinder 5 through 25).

In the grinding | polishing machine 5, a pachinko ball is grind | polished and conveyed and is supplied to the organic-group group upper tank 23.

When the pachinko beads enter the safe hole of the organic group 3, the pachinko beads are discharged from the upper plate for temporary storage of the organic group 3 toward the organic customers at a specific ratio with respect to one of the pachinko beads that have entered.

When the organic customer wants to exchange the dispensed pachinko beads for a prize, the organic pacer puts the obtained pachinko beads into the inlets of the organic medium counters 8a to 8g to count the number.

The number of counting pachinko beads is displayed on the coefficient display unit 84.

After the counting, the settlement button 81 is pressed to receive the counted number of pachinko beads from the hole 82 for taking out the recorded resit or card.

If you take a receipt or a card to a prize exchange, you can exchange it for a prize depending on the number of pachinko beads recorded.

When counting the obtained pachinko beads, in the organic groups 2a to 2d, the organic medium counters 8a to 8g are provided at the center of the organic columns 20a to 20g, and thus the organic heat. The organic medium can be counted at the center of (20a) to (20g).

Therefore, as compared with the case where there is one organic medium counter 8a to 8g at the end of the organic group group 2a to 2d, the organic group group farthest from the organic medium counters 8a to 8g ( From the positions 2a) to 2d, the distance from the organic medium counters 8a to 8g is shortened in half.

In addition, when two organic medium counters 8a to 8g are disposed to face each other in one passage 7a to 7d, when one organic medium counter 8a to 8g is blocked. Edo, you can count on the opposite side of the ball without moving far.

When the pachinko beads are discharged from the organic group 3 toward the organic customer, when the temporary storage top plate becomes empty, the beam contact provided on the temporary storage top plate acts, and the beads dispensing device installed in the organic group 3 (not shown) In the case of a barrel, a chute, a bellows, or the like, the pachinko beads are supplied from the organic group upper tank 23 to the temporary plate for temporary storage, and the pachinko beads in the organic group upper tank 23 are stored. The level is lowered.

When the storage level of the organic group upper tank 23 is lower than a predetermined level, the organic group upper tank sensor 24 installed in the organic group upper tank 23 operates to output a storage shortage signal, and thus the shutter 26. ) Is opened from the main tank (9) to the grinding machine (5) through the sub tank (27).

The pachinko beads supplied into the polishing machine 5 are polished and conveyed to the organic group group upper tank 23.

On the contrary, when the storage level of the organic group upper tank 23 rises above a predetermined level, the organic group upper tank sensor 24 operates to output an excess storage amount signal, whereby the shutter 26 is closed. The supply of the pachinko beads from the main tank 7 to the grinder 5 is stopped, and the pachinko beads discharged from the main tank 9 are discharged from the main tank 9 through the overflow circuit of the upper tank 23 of the organic group. Return to me.

In addition, in the organic group 2a having only one organic column 20a, when the lower limit sensor 91 of the main tank 9 detects a shortage of storage capacity of the pimple, it faces the organic column 20a. When the amount of storage of the pimple ball in the main tank 9 of the organic column 20b is between the lower limit sensor 91 and the upper limit sensor 92, in a normal state, the control means sends a control signal to the organic column. The shutter of the organic medium counter 8b of 20b is forcibly closed, and the collection of the waxing beads from the organic medium counter 8b is stopped. At this time, the organic medium counter 8c can be used as usual in the rear organic column 20c of the organic column 20b.

Therefore, in the storage group organic group 2a, the control means stops the recovery of the organic medium by the organic medium counter 8b of the organic series 20b facing the organic series 20a, and the organic storage of the insufficient storage amount is released. The organic medium counter 8b of the organic stream 20b facing the group 2a can release the stopped state of the organic medium recovery and manage the storage amount in the unit of the passage 7a, so that the organic group having insufficient storage capacity The possibility of recovering the organic medium in the column 20a can be increased, and the organic medium holding amount can be balanced between the facing organic columns 20a and 20b.

In this case, since the organic medium counters 8a and 8b are provided facing each other, the organic customer can face the organic medium counter 8b even if the organic medium counter 8b cannot be used. ) Can be used, so that the counting of the pimples can be performed without moving to a far distance. Moreover, control is easy because of the control between the facing organic sequences 20a and 20b.

However, when the lower limit sensor 91 of the main tank 9 of the organic group (a) detects a shortage of storage of the pimples, at the same time, the lower limit sensor 91 of the main tank 9 of the organic group 2b is also present. When detecting the storage capacity of the pachinko beads, the organic medium counters 8a, 8b and 8c can be counted and the pachinko beads can be recovered.

Further, in the organic group 2b having two rows of organic columns 20b and 20c, for example, when the lower limit sensor 91 of the main tank 9 detects a shortage of storage capacity of the pimple, the control means Sending this control signal, closes the shutter of the organic medium counter 8a, stops the recovery of the pachinko beads from the organic medium counter 8a, and at the same time the organic column 20d facing the organic column 20c. ), The shutter of the organic medium counter 8d is closed, and the recovery of the waxing beads from the organic medium counter 8d is stopped.

When the recovery is stopped by the organic medium counters 8a and 8b of the organic columns 20a and 20b, when the organic customer is counting the crackling beads by the organic medium counters 8a and 8b. The shutters of the organic medium counters 8a and 8b are closed when the counting is completed and the settlement button 81 is pressed, and after that, the shutters cannot be counted. In addition, the shutters of the organic medium counter 8b and the organic medium counter 8c at the rear thereof are opened to recover the wax beads from both the organic medium counter 8b and the organic medium counter 8c.

In this case, when the lower limit sensor 91 of the main tank 9 of the organic column 20b detects the release of the storage capacity short of the wax, the control means sends a control signal to the organic group group of the storage capacity shortage release ( 2b) by opening the shutters of the organic heat counters 20a and 20b of the organic medium counters 8a to enable the introduction of pachinko beads by customers from the organic medium counters 8a and 8b, Release the stop state of the pachinko beads by the customer of the organic medium by the organic medium counters 8a and 8b, and open the shutter to resume the recovery of the pachinko beads from the organic medium counters 8a and 8b. In addition, the storage amount can be managed in units of passages 7a and 7b, thereby increasing the possibility of recovering the organic medium in the organic group 2b lacking the storage amount, and facing the organic heat streams 20a and 20b. It is possible to balance the amount of organic medium retained between (20c) and (20d). In this case, it is easy to control because of the control between the facing organic sequences 20a, 20b, 20c, and 20d.

In addition, in the case of having only one row of organic streams 20a as in the organic group 2a, when the upper limit sensor 92 of the main tank 9 detects an excessive storage amount of the wax beads, the control means generates a control signal. And the shutter of the organic medium counter 8a of the organic group group 2a having the excess main tank 9 of the storage amount is closed, and the recovery of the pachinko beads from the organic medium counter 8a is stopped.

In addition, when the upper limit sensor 92 of the main tank 9 detects the excess storage amount of the pimple ball, the control means sends a control signal to the organic group group 2a in which the main tank 9 of the excess storage amount is released. The shutter of the organic medium counter 8a is opened, and the recovery of the pachinko beads from the organic medium counter 8a is resumed.

Therefore, the control means stops the recovery of the organic medium by the organic medium counter 8a of the excess storage amount of the organic column 20a and the organic medium counter 8a of the organic heat counter 20a of the excess storage amount is released. The stop state of the medium recovery is released to prevent the progress of the excess of the organic medium.

In addition, in the case of having two rows of organic columns 20b to 20g as in the organic group 2b to 2d, the control means includes an upper limit sensor 92 of the main tank 9 of each group. When detecting the excess storage amount of the control unit, the control means sends a control signal, and the organic medium counters of the organic base groups in both the front and rear two rows of the organic group with the main tank 9 having the excess storage amount are closed in the organic group group, The feeding of the pachinko beads is stopped with the organic medium counter. When stopping the input of the pachinko beads by the organic medium counter of the organic column of two rows of the organic group by the detection of the excess storage amount, when the organic customer is counting the pachinko beads by the organic medium counter, the shutter of the organic medium counter is When the counting is completed, the counting button 81 is closed when the settlement button 81 is pressed, and counting is not possible after that. The organic customer who was in the counting can go to the prize exchange office with the resheet exiting the receptacle taking-out hole 82 by pressing the settlement button 81, and exchange the prize. When stopping the collection, if the organic customer is not counting the pachinko beads, the feeding of the pachinko beads by the customer in the organic medium counter is stopped immediately. In addition, when the upper limit sensor 92 of the main tank 9 of the organic group group detects the excess release amount of the cracking beads, the control means sends a control signal, so that the shutters of the organic medium counters of both organic columns in the two rows of the organic group are The opening of the pachinko beads by the customer from the organic medium counter is resumed, and the stoppage of the pachinko beads by the customer is released, thereby preventing the excess of the pachinko beads from advancing.

Further, in order to stop the recovery of the organic medium with the organic medium counter, a shutter is provided at the inlet of the organic medium counter. Instead of providing the shutter, the organic medium fed into the organic medium counter is not counted. You may make it return to the hand of an organic customer through a route different from a normal route.

In this case, use of all-optical display, voice, or both is used to caution, informing the organic customer that the organic medium counter that does not allow this counting is used, and that the organic medium counter must be used elsewhere.

In addition, the number of sensors provided in the tank is not limited to one or two, and a larger number may be provided, and more detailed control may be performed by increasing the number.

In addition, "organic device" is a metal game machine, such as a pucker tail, an arrangement spanner, a sparrow ball, a slot machine, a slot machine, etc., and other organic groups of this kind, and an "organic medium" is an example. For example, it is a small certified pachinko ball used in pachinkogi, money or metal used in arranging bowl or sparrow pachinkok, slot machine, or other organic medium used in this kind of organic group.

Another embodiment of the present invention will be described with reference to FIGS. 4 to 6.

(2) shows an organic group group formed by arranging a plurality of organic groups, for example, a barking tail 103 and a large bead loaner 4 in two rows, and at the end of each organic group group 2 arranged in an organic field. And a counter 108 which is capable of counting an organic medium by being equipped with a counting display unit 106 or a printer or a card reader / writer 107 capable of automatically issuing a sheet or card. Although the front and rear doors 107 are provided in the front side of the case 114 provided below the 108, the said counter 108 can also be provided in the center part of the group of organic groups 2. As shown in FIG.

A passage 102 is provided on the inner upper portion of the case 114, the passage 102 extending from the counter 108, and the lower portion of the passageway 102 is bifurcated so that one passage 102a is inward of the case 114. At the same time, the other passage 102b extends toward the inside of the organic group 102, respectively, and at its two branches, the conversion valve 102c is freely rotated and opened. At the inner end of the 114, a lift-type conveying device 115, having an upper portion connected to the passage 102b, is placed upright, and received from the lower portion of the device 115 toward the inside of the case 114. 110 is configured to extend.

116 shows a tank equipped with several casters 101 at the bottom, and inside the tank 116 which can be carried in and out of the case 114, several lower plates which are alternately inclined in opposite directions ( 111 is hypothesized in the vertical direction, and on the side surface of the upper portion of the tank 116, an inlet 112 that can be fitted into the tip hole of the passage 102a is formed, and the side of the lower portion of the tank 116 is formed. On the side, a transparent window having a discharge opening having a shutter 113, which can be matched to the tip of the receiving container 110, and which can be viewed through the inside of the tank 116. At the same time as the display device 117 is formed, a window 118 through which the display device 117 can be viewed is formed on the side surface of the case 114.

In the figure, reference numeral 119 denotes a display portion which displays the level of the organic medium in the organic group.

Therefore, when the tank 116 is placed in the case 114 as shown in FIG. 4, the conversion valve 102c usually falls to the left side in the figure, and the organic medium counted by the counter 108 passes through the passage 102b. When the organic group is within a certain level, the conversion valve 102c falls down to the right as indicated by the imaginary line, and is counted by the counter 108 while the shutter 113 is closed. The organic medium is supplied from the passageway 102a into the tank 116 and stored in the tank 116.

In addition, although the shutter 113 is opened or closed manually or automatically, in the case of the automatic type, when the level of the organic medium in the organic group is below a certain level, the shutter 113 is automatically opened, and the beads in the tank 116 are conveyed. It is fed by the device 115 and supplied into the organic group, and when the organic medium in the organic group returns to a constant level, the shutter 113 is closed.

In this state, the level of the organic medium stored in the tank 116 can be confirmed by viewing the display device 117, and the level of the organic medium in the organic group is completely different from the tank 106 of the organic group. The tanks 116 of different organic group groups can be exchanged with each other while the open / close doors 109 are opened and removed to manage the organic medium.

According to this embodiment, when the organic medium counted by the counter is returned to the organic group, when the organic group is above a certain level, it can be converted and put into the tank, so that the visitor can conveniently use the counter without stopping the counter. It is possible to count the organic medium. When the organic medium in the organic group is less, the organic medium in the tank can be supplied to the organic group, and the organic medium in the organic group can be effectively managed.

In addition, the level of the organic medium in the tank can be accurately confirmed by the display device, and the organic medium in the organic group is exchanged while moving between the tank of the organic group which is unusually low and the tank of the other organic group which is full. The management of organic media can be made effective. Thus, it has a characteristic that it can carry out suitably by carrying out a tank under a counter, and making it free and simple attachment structure.

Claims (10)

Having an organic column of one or two rows in which several organic groups 3 are installed, and having an organic medium counter for counting and recovering the number of organic media introduced into the center of the organic column. Organic group characterized by the above-mentioned. Several groups of organic groups are installed in parallel with a passage between them, and each group of organic groups has two rows of organic columns aligned with one row or two rows at the rear, and each organic group has an organic field in which several organic groups are installed. Each organic column has a tank for storing organic media, and an organic media counter is provided for counting the number of organic media introduced into the inlet at the center and recovering the counted organic media in the tank. Has a lower limit sensor 91 for detecting an insufficient amount of storage of an organic medium when the amount of stored organic medium is less than or equal to a predetermined lower limit, and when the lower limit sensor 91 detects an insufficient amount of storage of an organic medium, The input by the customer of the organic medium by the organic base medium counter of the organic base facing the insufficient organic base is stopped, and the lower limit sensor 91 Upon detecting the storage amount insufficient release, yugijang, characterized in that with the control means for releasing the stop state of the organic medium collected by the organic heat medium of the organic counter which faces the column, the organic group of the storage amount insufficient release. 3. The tank according to claim 2, wherein each tank has an upper limit sensor 92 for detecting an excess storage amount of an organic medium, and wherein the control means, when the upper limit sensor 92 detects an excess storage amount of an organic medium, When the recovery of the organic medium by the organic medium counter of the storage medium excess of the organic sequence is stopped, and the upper limit sensor 92 detects the excess storage amount of the organic medium, the excess storage release causes the organic storage of the organic sequence to occur. And a means for releasing a stopped state of organic medium recovery by the medium counter. It is provided in parallel with the passage of several organic group groups, and each organic group group has two rows of organic groups in the back side, and each organic group has each organic group group in the organic field which installed several organic groups. Has a tank for storing the organic medium, and in the center, an organic medium counter is provided for counting the number of organic medium fed from the inlet and recovering the counted organic medium in the tank. Has a lower limit sensor 91 for detecting a shortage of storage of the organic medium when the storage amount of the organic medium is less than or equal to a predetermined lower limit, and receives the supply of the organic medium from each tank to store and supply the organic medium to the organic device. When the organic group group upper tank 23 and the lower limit sensor 91 detect a lack of storage amount of the organic medium, an image facing the organic group group of the storage amount deficiency. When the recovery of the organic medium by the organic medium counter of the existing organic series is stopped, and the lower limit sensor 91 detects the release of the storage amount shortage of the organic medium, the storage group lacking the organic group faces the organic group. And control means for releasing a stopped state of organic medium recovery by said organic medium counter of heat. An organic group is provided, and the organic group has two rows of organic groups, with each organic group having a plurality of organic groups, and each organic group having a tank for storing an organic medium. In the center of each organic column, an organic medium counter is provided for recovering the organic medium obtained by the customer from the game in the tank, and each tank has an organic medium when the internal organic medium storage amount is equal to or greater than a predetermined upper limit. And an upper limit sensor 92 for detecting an excess storage amount of the medium, and when the upper limit sensor 92 detects an excess storage amount of the organic medium, the recovery of the organic medium by each organic medium counter of the two rows of organic sequences is stopped. When the upper limit sensor 92 detects an excess release of the storage amount of the organic medium, the two rows indicate the stop state of the organic medium recovery by each organic base medium counter of the organic series. Yugijang, characterized in that with the control means. In an organic group group having an organic medium counter capable of counting the organic medium and automatically issuing a sheet or card, the organic medium can be stored, so that a mobile tank having a caster at the bottom is provided. An organic group group comprising a tank attachment device for an organic medium counter configured to be connected to each other in a group. 7. The group of organic groups according to claim 6, wherein the tank comes out below the organic medium counter and is free to enter. The organic group group according to claim 6, wherein a lower portion of the organic medium counter is provided with a conversion path capable of guiding conversion in the organic group and in the tank. The organic group group according to claim 6, wherein a lower side of the organic medium counter is provided with a conveying apparatus capable of supplying and transporting the organic medium into the organic group through the tank. The organic group group according to claim 1, wherein a display device is provided in the tank so that the level of the organic medium can be known from the outside.