JPS5849485A - Paper sorting and discharging machine - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention relates to a paper sheet sorting and discharging machine capable of sorting and counting deposits of banknotes, for example, and dispensing a predetermined number of bills of any type.

Conventionally, two bill sorting and counting machines, which classify and count the deposits of paper sheets (for example, banknotes), and a bill dispensing machine, which dispenses money, were constructed separately, and there was no one in which the two were constructed in one piece. . For this reason, since the single banknote sorting and counting machine only deposits banknotes, banknotes are accumulated in the stacking section according to the amount of work, and the stacking section becomes full. Therefore, it was necessary to remove banknotes each time this stacking section became full. Also, the banknote dispensing machine that dispenses money only discharges banknotes.

There were many drawbacks, such as the need to frequently replenish the necessary banknotes.

This invention was made based on the above circumstances, and it is possible to store paper sheets by type and front and back, and to accurately release a predetermined number of any paper sheets stored therein. It is possible to manage the paper sheets efficiently, and also to arrange the paper sheets on one side and sort and accumulate them.

It is an object of the present invention to provide a paper sheet sorting and discharging machine that allows easy subsequent processing, has an extremely simple configuration, and is highly reliable.

The present invention will be described with reference to an embodiment shown in the drawings.

FIG. 1 is a perspective view showing an embodiment of the paper industry sorting and discharging machine of the present invention, and FIG. 2 is a layout diagram of a portion of the operating keys.

Figure 5 is a schematic front view showing the interior of the aircraft, Figure 4 (Al (B)
) 1 Front view and side view of the same accumulation device, Figure 5 & diagram showing the operation flow of withdrawal processing, Figure 6 is a schematic explanatory diagram showing flt control of the device, Figure 7 is a memo of data memory 1) It is a diagram showing the contents. A depositing process in which deposited paper sheets (hereinafter also referred to as banknotes or tickets) are counted and classified using a paper sheet sorting and discharging machine, and deposited banknotes that are stacked on the other side (hereinafter also referred to as layer roll) It is now possible to perform genuine bill classification processing, which re-classifies the bills by denomination, and withdrawal processing, which performs payment based on the data input from the operation unit 1, based on the data that is input from the operating section 1. Reference numeral 1 denotes an operation unit provided on the machine 2, and this operation unit 1 includes a display unit 5, “Funky keys” such as “deposit 1” withdrawal”, “numeric keypad”, “denomination” keys, etc. An operation key part 4 having a deposit key and a printing part 5 for displaying deposited amounts, withdrawal amounts, etc. are arranged.As shown in FIG. 1 Funk Shilan key 95 and “Start counting °° Stop counting.

A second function consisting of keys, etc., and a key 96.

Consists of a denomination key 97 and a numeric keypad 98 (
(See Figure 2).

Next, the internal structure of the paper sheet sorting and discharging machine will be explained with reference to FIG. Banknotes P of denomination 1 can be loaded in a mixed state regardless of whether they are front or back, top or bottom (top or bottom), etc. The banknotes P in the supply unit 11 are sequentially taken out one by one by a takeout roller 12 serving as a takeout device provided in front of the supply unit 11, starting from the most advanced banknote.

After being taken into the body 2, it is held and conveyed by the conveying member 13. Note that the take-out roller 4, the conveyance member 13, and the like constitute a first take-out conveyance device. 1 again! A detector 54 made of, for example, a lamp and a photoelectric element is arranged in the supply section 11 to detect the presence or absence of banknotes P in the supply section 11 . A detection device (hereinafter also referred to as a detection unit) 14 is arranged in the front part of the conveyance member 15, and this detection unit 14 detects the banknotes P conveyed by the conveyance member 13m.
The paper sheet is designed to detect the denomination, front and back sides, and whether the paper sheet is reusable or not, and the output of this detection section 14 is supplied to a control section 114, which will be described later.

The banknotes P that have passed through the detection unit 14 are further transported by the transport member 13m, and the banknotes P determined to be rejected tickets are led to the branch path 13B by the rejection ticket sorting gate 15, and are led to the rejection ticket stacking section. 16 are polymerized and accumulated. Further, a detector 72 made of, for example, a lamp or a photoelectric element is disposed in the rejected ticket stacking section 16 to detect the presence or absence of rejected tickets in the rejected ticket stacking section 16. On the other hand, the bill P determined to be a valid bill passes through the rejected bill sorting gate 15 and is further conveyed by the conveying member 13C, and its direction is changed in the direction of arrow B by the direction changing roller 17.

In this conveyance path 130, stacking sections 41, 41B, 42 to 42, 42B, 4!, separated by denomination, are arranged above and below at desired intervals. i to 4
5B, 44 to 44B.

45A, 45B, 46 to 46B, a plurality of first integrated devices f2rJ, 2 to 2429.32. and a second accumulating device 34 are arranged, and this first accumulating device 2
0.23.26.29.52° Upper denomination-specific accumulation section 41
1a 21.2 At the entrance of 42 to 45 to 44 to 45, there is a sorting game for storing predetermined banknotes P inside.
4.2 slots 30 are provided respectively. In addition, in the lower part of each classification game) 1a 24. 24. 27. 30, there is an impeller 19, 22° 25, which inverts the stored banknotes P.
2a 31 are arranged respectively. Since the second stacking device 34 is provided at the end of the conveyance path, a two-separation gate is not provided, and the second stacking device 34 falls directly onto the impeller 33 disposed below and is reversed, so that the second stacking device 34 is stacked by denomination above. It is configured to be housed within the section 44. In the first accumulation device i2Q, 25.22z32, from the left side of the drawing to the right side, there are, for example, 10,000 yen bills, 5,000 yen bills, 1,000 yen bills, and 5,000 yen bills on one side (front or back). 100 yen bills and unfit bills are accumulated one by one by type, and banknotes P of each denomination on the other side (back side or front side) are accumulated in the second stacking device 34.

41B, 4 to the upper and lower denomination stacking sections 41 of the first stacking device 20.242429.52 and the second stacking device 34;
42B to 2, 45B to 43, 44B to 44, 45 to 45
At the boundary between 1% 46 and 4+6B, there is a bottom plate 35° 56, 57.3 & 39.40 that can be opened and closed to temporarily accumulate banknotes P.
is located. The first integration device 20 having this bottom plate 35 will be explained with reference to Φ1 in FIG. 4(m). This bottom plate 35 is composed of a shaft portion 550.35 (a pair of opening/closing plates 35a and 35t attached to l).

Gears 120a, 120 are provided on the shaft portions 3sc, s5d.
b are attached respectively. This gear 120a,
120b is configured to interlock via gears 121 and 122.

Note that one of the gears 121 and 122 is a drive gear, and the other is a driven gear. In Figure 9, gear 1
21 is a drive gear, and a gear 122 is a driven gear. Therefore, the drive gear opens and closes the opening/closing plate 35a.

351) will be opened and closed at the same time.

A backup 47 is arranged below the opening/closing plate 350, and this backup 47 is attached to one end of the holder 123. The other end of the holder 123 is attached to a bracket 125 rotatably attached to one link of the endless chain 124.

A roller 126 is attached to this bracket 125, and this roller 126 rolls along a support plate 127 having a horizontal portion 127a above and a vertical portion 127b at its end. Then, in the lower accumulation part, the roller 126 and the support plate 127 move while maintaining the submerged state.

The banknote P is held down at the lowest end. The endless chain 124 has three sprockets) 130.1!51
゜132K The yaw is shaped like a buried triangle. In addition.

In the figure, a sprocket 150 is a drive connected to a motor 129 via a clutch 128.

Moreover, sprockets 151 and 152 are for driven. In the backup 47 configured as described above, at 1Itllc when the bottom plate 35 is opened, the drive sprocket 130 is driven via the motor 129 and the clutch 128, thereby rotating the endless chain 124 in a counterclockwise direction. Therefore, the backup 47 attached to this endless chain 124 moves upward. At this time, the roller 126 of the bracket 125 is attached to the vertical part 1 of the support $127.
27b to the horizontal part 127a, and when it moves to the horizontal part 1276, it retreats from the lower accumulation part 41B (FIG. 4 (solid line state of Al). In this way, the backup 47 After retracting, the drive gear 121 is driven in the direction of the arrow to open and close the opening/closing plates 55 & 3511.
Open and close as shown in the chain lines in Figure 4). This opening/closing plate 55a
, banknotes P accumulated on this by opening and closing 35b.
will fall into the lower stacking section 41B. and,
When this operation is completed, the opening/closing plate 35 3511 returns to its original state and closes the bottom part of the upper accumulation part 41m, and when the bottom plate 35 closes, the drive sprocket 151
is driven, the endless chain 124 moves clockwise, and the backup 47 is positioned in the denomination-specific accumulation section 41B below. In this way, the backup 47 is attached to the lower stacking section 41.
When located at B.

The roller 126 attached to the bracket 125 is the support plate 12
7 from the horizontal portion 127a to the vertical portion 127b, the drive sprocket 130 is stopped by the action of the clutch 128. As a result, backup 47
falls down in the lower stacking part gtn while maintaining a horizontal state due to its own weight, and comes into contact with the banknotes P stacked below.
The bill P is pressed downward.

This is for the purpose of easily taking out the banknotes P accumulated in the lower stacking section 41B. The bottom plate is connected to each accumulating device 2 23, 2
429, 52, and 54, respectively, and will operate in the same manner. In addition, backups are provided in the first accumulation devices 2Q, 242429 and the second accumulation device 54, but since the first accumulation device 32 is provided for storing unfit bills, the backup is Not provided. Instead, a storage box 45B is removably disposed below the upper accumulation section 45m. Further, the first stacking device 20.2426.29.52 and the second stacking device 34 are equipped with detectors 66, 67, 6a consisting of lamps and photoelectric elements, for example, for detecting the presence or absence of banknotes P on the bottom plate.
69.70.71 and 61.6 to the detector 6 consisting of a lamp/photoelectric element, for example, which detects the full state of the lower accumulation section.
2.6 to 64.65 and a detector 75 consisting of, for example, a lamp or a photoelectric element, which detects the presence or absence of banknotes P in each lower stacking section.
．． 7477 and 78.66 are arranged, respectively.

In the lower stacking section of the first stacking device 20.2426.29, there is a conveying member QB? consisting of a take-out roller 84.85.86.87 and a roller. , 90 and 91 are arranged, and the banknotes P in the lowest layer are taken out one by one one by one. The take-out roller and the conveying member constitute a take-out device. The banknotes P taken out by these take-out devices are conveyed in the direction of the arrow via a conveyance means 1S3, which is arranged below and consists of, for example, a roller belt. The middle part of this conveyance means 135 has a banknote P to be conveyed.
A detector 82 is arranged to detect overlapping. An impeller 134 is disposed at the end of the conveying means 133, and a dispensing accumulating section 73 is disposed at the position where the impeller 134 falls.

This withdrawal accumulation unit 73 has banknotes P accumulated in the withdrawal port 93.
A conveyor 92 is arranged to convey the.

Furthermore, the conveyance means 1! Between the +5 detector 82 and the terminal part is a dispensing game that discharges stacked banknotes P)
93a is arranged. This withdrawal game) 93aK
The stacked banknotes P discharged from the banknotes P are configured to enter the payout removal and accumulation section 94 via the transport conveyor 135.

On the other hand, a feed roller 52 and a take-out roller 53 are arranged in the lower stacking section 44B of the second stacking device 34. This feed roller 52 and take-out Lo--p
5s constitutes a take-out device. The banknote P on the other side (front or back side) taken out by the taking out device is supplied to the front part of the detection unit 140 by a conveyance means, for example, the conveyor 136, and is detected again by the detection unit 14 and the same process is performed. Become.

The take-out device and the conveyor 136 constitute a second take-out conveyance device.

Next, the operation of the above will be explained.

To perform the deposit process, set the banknotes P in the takeout section 11 and press the 1-deposit 1 key of the first function key 95.

Next, press the 1 counting start key of the second function key 96, and when the ejecting section bill presence detection 554 detects that there is a bill P in the ejecting section 11, the detection signal from the detector 54 is The controller 114 is entered. This control section 114 is
When the "Deposit" key is pressed, a signal is sent to the transport drive circuit 100, and since the transport system consisting of the belt and rollers is activated, ° counting begins.

When the key is pressed, the take-out drive circuit 99
The feed roller 12 and the take-out roller 13 of the first take-out and conveyance device are moved to take out the banknotes P one by one from the take-out unit 11 in response to a signal from the take-out unit 11 . The belt was damaged by
The image is sent to the detection unit 14 by a conveyance means 13 made up of rollers. In this detection unit 14, a detection circuit 102 determines and counts the denomination (such as 10,000 yen, 5,000 yen, etc.), a good note (a banknote to be reused), an unfit note (a banknote that is not to be reused), and whether the banknote is front or back. Items 2 that cannot be determined by the detection circuit 102: For example, banknotes P taken out from the takeout section 11 in an overlapping state are
This is performed by the transport drive circuit 100 and the transport control circuit 105 so that the tickets are sent to the rejected ticket stacking section 16 by the rejected ticket gate 15. The tickets discriminated and counted by the detection circuit 102 are sorted by the rejected ticket sorting gate 15,
The paper is reversed by a direction changing roller 17 in order to be sent to stacking by denomination, unfit bill stacking, etc.

When the banknote P whose direction has been changed by the direction changing roller 17 is, for example, a 10,000 yen note that is a regular bill and has one side (front or back side), it is sorted through the 10,000 yen note sorting gate 18 and passed through a single impeller 19. This is performed by the transport control circuit 103 and the transport drive circuit 100 so that the sheets are stacked in the upper stacking section 41A of the first stacking device 2o, which is a storage section for ten thousand yen bills. Further, when it is confirmed that the banknotes P have entered the upper stacking section 41 where ten thousand yen bills are temporarily stacked, a signal from the control section 114 causes the temporary stacking denomination in the temporary stacking storage section 56 of the data memory 113 to be changed. The amount for one current yen note is added to the contents previously stored in the 10,000 yen note storage memory (the amount accumulated in the 10,000 yen note temporary accumulation device 2o) and stored. Similarly, if the 5,000 yen note is a genuine note with one side (front or back), it is sorted by the 5,000 yen note sorting game) 21, and the first impeller 22tζ temporarily accumulates the 5,000 yen note. It is accumulated in the upper accumulation part pass of the accumulation part @25. the result.

The storage contents of the temporary accumulation storage section 56 are updated. 24.2 Otsu impeller 25゜2a 1st
This is carried out in the same manner as described above via the upper collecting portions 4 and 44 of the collecting devices 26 and 29. on the other hand.

Unfit bills with one side (front or back) are sorted by the sorting gate 30 regardless of denomination.

The unfit notes are accumulated in the temporary accumulation section 32 via the impeller 31. However, the control unit 114 controls the storage memory of unfit notes in the temporary accumulation storage unit 56 to store them by denomination. Finally, the other side (back or front)
The banknotes P having a banknote P are stacked via the impeller 33 in the upper stacking section 46m of the second stacking device 34 without distinction of denomination and whether they are good or bad. The denomination and number of banknotes P are stored for each denomination in the storage memory for banknotes P on the other side of the temporary accumulation storage section 56, similarly to the case of unfit banknotes. As described above, the extraction section 11
The tickets taken out one by one are identified by the detection circuit 102 of the detection unit 14 and are transferred to the upper stacking unit 4 of the first stacking device 2Q, Q 25.2B, 32.54, respectively.
1. 4z to 45 to 44A, 4th tag number 6m is integrated. The amount and number of tickets are then stored in the temporary accumulation storage section 56. Thus.

When it is detected that there are no more tickets in the takeout section 11, the takeout postage note presence/absence detector 54 consisting of a lamp and a photoelectric element detects.

The control section 114 issues a command to the take-out drive circuit 99 to stop the feed roller 12 and take-out roller 15. At this time, if there are any tickets accumulated in the rejected ticket accumulation section 16 and additional tickets, they are set in the takeout section 11 and the ``1 counting start 1'' key of the second function key 96 is pressed. Then, classification and counting will be performed again in the same manner as above.

After the tickets accumulated in the rejected ticket accumulating unit 16 and the additional tickets to be sorted and counted are exhausted, the first function key 9
When the 5° storage” key is pressed, 6 the first and second accumulating devices 20° 242 & 29.52.54 upper accumulating portions 41 to 42 to 43 to 44 to 45A.

Bottom plate 35.36.5 Otsu Q 39.
A signal is input to the temporary integrated drive circuit 101 so that 40 is opened downward. Additionally, each integrated device 41B is activated by the temporary integrated drive circuit 101K before the bottom plate 35, 56, 37, 5a, 59, 40 is opened.

42B, 43B, 44B, and 46B, the bags 7, 47, 48, and 51 are retracted to the rear at the uppermost position. Therefore, the tickets are stored in each of the stacking sections 41B, 42B, and 45B.

Backup 47.48 when entering 44B, 46B
．． 49.5Q.

51 is not a hindrance. In addition, these backups 47.4 & 49.50.51 are attached to the bottom plate 35.343.
7. When Q39°40 is closed after a predetermined period of time, the lower accumulation section 41B is closed.

42B, 45I3.44B, and 46B to press the banknotes from above, respectively.

On the other hand, when the 1 storage 1 key of the first function key 95 is pressed, the temporary storage section 5 of the data memory 113
6, the calculation unit 80 calculates the total for each denomination and the total amount without distinguishing between the front and back of the fitness and loss 1. The results are displayed in the display control circuit 1.
Display and printing are performed on the display section 3 via the printing section 10 by the printing control circuit 112. This result is added to the previous contents and stored in the deposit storage section 115. Further, the contents of the temporary accumulation storage section 56 are stored in the temporary accumulation storage section 57.
The contents of the unfit note accumulation storage section 58 and the wrong note accumulation storage section 55 are also updated by adding the contents of the temporary accumulation storage section 56. This deposit storage section 115. Cumulative storage section 57 according to the amount of money. When the contents of the unfit note accumulation storage unit 58 and the unfit note accumulation storage unit 55 are updated.

A signal is received from the control section 114 so that the contents of the temporary accumulation storage section 56 are cleared.

Next, the back ticket classification process will be explained. First, when you press the "back ticket classification" key of the first function key 95,
A signal indicating that there is a ticket in the back ticket stacking section 46B is sent to the control section 114 by the back ticket presence detector 66, and the back ticket take-out drive circuit 1 drives the feed roller 52 and take-out roller 53.
04 is controlled.

Since the backup 51 of the genuine note stacking section 34 presses the note with its own weight at the upper end of the note, the note can be taken out smoothly by the feed roller 52 and the takeout roller 53. Also, when the ° back ticket classification ° key of the first function key 95 is pressed.

Since the conveyance system consisting of belts and rollers is driven by the conveyance drive circuit 100, the bills taken out one by one by the feed roller 52 and the take-out roller 53 are fed into the detection section 14 in a reversed state. . The detection unit 14 uses a detection circuit 102 in the same way as in the deposit processing.
Accordingly, the denomination and whether the note is fit or unfit are determined. As in the case of deposit processing, since it is impossible to distinguish the duplicated tickets taken out, the rejected ticket gate 15 removes the tickets from the rejected ticket accumulation section 16.
sent to.

The tickets that have entered the rejected ticket accumulation section 16 are taken out again by the takeout section 11 in the same way as in the case of deposit processing.

A transportation control circuit so that the tickets determined by the detection circuit 99 of the detection unit 14 are stacked in the upper stacking units 41, 42, 43, and 44 of the respective predetermined temporary stacking devices 20, 26, 29, and 32. 105. Also, to the temporary accumulation device 2, the upper accumulation section 41, 4 of 26.29.32
2 to 43 to 44 Each time the data is accumulated in AI, the temporary accumulation storage unit 5
6 is stored.

When the back ticket presence/absence detector 66 outputs a no-ticket signal, a stop signal is input from the control unit 114 to the back ticket removal drive circuit 104 . This causes the feed roller 52 and the take-out roller 53 to stop. Further, the tickets that have entered the rejected ticket stacking section 16 are also set in the takeout section 11, and are taken out by pressing the "start counting" key of the second function key 96, respectively, to the predetermined temporary stacking devices 20, 126, . 2
Accumulated on 9.32. After the sorting and counting of all the counternotes is completed, press the "Storage" key of the first function key 95 to store the contents of the genuine note accumulation storage section 55 and the contents of the temporary accumulation storage section 56 (the current genuine note). (processed contents) are compared by the control unit 114. If the stored contents of both 9 match, the bottom plate 55.3457. At the same time, the calculation unit 80 calculates and stores the stored contents up to the previous time and the current contents of the temporary accumulation storage unit 56 in the denomination accumulation storage unit 57 and the unfit note storage unit 58. When the update is performed, the contents of the temporary accumulation storage section 56 and the contents of the genuine note storage section 55 are cleared.The deposit storage section 115 of the data memory 113 is not updated when processing counterfeit notes.

If the contents of the temporary integrated storage section 56 and the contents of the temporary integrated storage section 56 do not match, a signal is input from the control section 114 to the buzzer drive circuit 109 to notify the operator of the mismatch with a buzzer. In addition, the mismatch is stored in the back ticket classification mismatch storage section 11B. If there is a mismatch, a buzzer will sound and the display control circuit 110 will display it on the display unit 3, so that the operator can confirm that there is a mismatch problem.

Therefore, the operator must use the second function key 96.
After pressing the “Buzzer Stop ° key,” each temporary accumulator 2
23. 26. 29. 32 upper accumulation section 41 42 4
SM.

44, take out the ticket and set it in the takeout section 11.

Press the "°Release" key. By pressing the °Release" key, the contents of the temporary accumulation storage section 56 are cleared.

After pressing the ``cancel'' key, press the ``start counting'' key to enter classification counting again. by this.

The classified and counted contents are temporarily stored in the accumulation storage section 56 and compared with the contents of the back ticket storage section 55 again. If they match, the bottom plate 35° 3 & 37. as in the -th match.
3a 39 is opened, and each lower accumulation part 41B, 42B,
45B.

44B and 45B, and the contents of the temporary accumulation storage section 56 are added to the previous contents and re-stored in the denomination-specific accumulation storage section 57 and the unfit note storage section 58. Further, due to this coincidence, the back ticket classification mismatch circuit 118 of the data memory 113 is cleared.

If there is a mismatch again, this is because there is a mismatch memory in the genuine bill classification mismatch circuit 118 of the data memory 113.

The discrepancy is confirmed again. Once this confirmation is made.

The contents of the back ticket storage section 55 and the contents of the temporary accumulation storage section 56 are printed in the printing section 5 by the printing control circuit 112 which receives a signal from the control section 114. This printed receipt and the tickets accumulated in the temporary accumulation sections 41E, 42B, 45B, 44B, and 45B are stored together so that they can be checked again later. If this mismatch occurs again, the temporary accumulation section 441% 42B,
After taking out the tickets accumulated in 49 degrees 44B and 45B, by pressing the degree release 1 key of the first func key 95, the back ticket storage section 55 and the temporary accumulation storage section 5 are removed.
6 is cleared, and the back ticket classification mismatch memory 11B is also cleared. After this operation, the primary processing can be performed.

When depositing and classifying genuine notes, the 10,000 yen note collection unit 4
1B, 5,000 yen bill accumulating section 42B, and 1,000 yen bill accumulating section 43B.

When fullness is detected by the fullness detector 60.61.6λ63 consisting of a lamp and a photoelectric element in the 500 yen bill accumulation section 44B, the control section 114 that receives the signal from the fullness detector 60.61.62.63 starts the transfer. The control circuit 103 is controlled to transport bills detected to be full to the unfit bill temporary accumulation section 52. In addition, when the unfit note accumulating unit 45B is full due to the full detector 64 of the unfit note accumulating unit 45B, the control unit 114 that receives a signal from the full detector 64 sends a signal to the buzzer circuit 109 and a buzzer alerts the operator. In addition to giving a warning, the display section 3 displays, under control from the display control circuit 110, that the unfit bill accumulating section 45B is full. This allows the operator to know that it is necessary to replace the unfit note stacking section 45B. When the unfit note collection box 45B is removed for replacement, a detector 11 (not shown) detects the presence or absence of the unfit note collection box 45B.
The control unit 114 receives a signal indicating that the unfit bill collection box 45B has been removed by 1, and the print control circuit 112 receives the signal.
is driven, and the contents of the unfit note storage section 5B are printed by the printing section 5. Damaged note collection box 45 with the printed receipt removed
It is used when organizing unfit bills stored together with B and removed in the unfit bill collection box 45B. When the printing unit 5 finishes printing the contents of the unfit note storage unit 58.

The stored contents of the unfit note storage section 58 of the data memory 115 are cleared by a signal from the control section 114 that receives the end signal from the print control circuit 112.

On the other hand, when the fullness detector 65 of the genuine note accumulation section 46B detects that the false note accumulation section 46B is full, the buzzer drive circuit 1
09 is activated, a buzzer alerts the operator, and the display control circuit 110 displays on the display section 3 that the back ticket is full. This display allows the operator to confirm that back ticket classification processing must be performed.

If this message is displayed, withdrawal processing is possible, but
The control unit 114 is provided with a lock function that prevents deposit processing. Also.

After the buzzer and display unit 3 warn that the back ticket accumulating section 46B is full, the buzzer is stopped by pressing the "Buzzer Stop" key of the second function key 96. Thereafter, the withdrawal process is performed.

Next, when the °deposit ° key of the first funk scene key 95 is pressed in order to perform the deposit process, the buzzer 9 is activated again and the display unit 3 warns that the back ticket accumulation section 46B is full, and the back ticket sorting process is not performed. , it becomes impossible to process the deposit.

To process the deposit, press the first 7-key 1-key 95.
Also when the 'Deposit' key is pressed.

A first function is used to perform genuine bill classification processing.

When the "back ticket classification" key of the key 95 is pressed.

Each temporary accumulation device 2G, 23.2429.52.54
Each temporary accumulation device 2 [1, 2426, 29 , 52° 34 upper accumulation part 4
If it is not confirmed that there are no tickets in the areas 1 to 42 to 43 to 44 to 45 to 46, the control unit 114 controls the takeout drive circuit 10.
Since the signal is not input to the counter 4, the ticket in the takeout section 11 and the ticket in the back ticket accumulation section 46B are not taken out. Similarly, if the detector 72 detecting the presence or absence of tickets in the rejected ticket stacking unit 16 does not confirm that there are no tickets in the rejected ticket stacking unit 16, the ticket is taken out from the ticket and back ticket stacking unit 46B of the takeout unit 11. I can't. In this case, the buzzer drive circuit 109 and display control circuit 110 that receive a signal from the control section 114 notify the operator with a buzzer and display section 3.

If you receive this display and the buzzer notification, 1. Correct the problem shown and turn the first function key 95.
Press the release ° key and press the 1st function key 9 again.
By pressing the "deposit" or "genuine bill classification" key in step 5, deposit processing or genuine bill classification processing can be performed.

Next, the withdrawal process will be explained. First, when performing a withdrawal process, the "withdrawal" 4 key of the first function key 95 is pressed. When the "withdrawal" key is pressed, the ticket existence detector 74 of the withdrawal accumulating section 73 confirms that there are no tickets in the dispensing accumulating section 73. If only.

When the presence of a ticket in the withdrawal accumulation section 73 is confirmed by the withdrawal accumulation section ticket presence/absence detector 74, the buzzer drive circuit 109 and display control circuit 110, which receive a signal from the control section 114, activate the buzzer and the display section 3. Notify the operator. When there is this display and a buzzer notification.

After performing the procedure, the withdrawal process can be performed by pressing the "release" key on the first function key 95 and pressing the "withdrawal" key again. Furthermore, when the "withdrawal" key of the first function key 95 is pressed, not only is the presence or absence of a bill in the withdrawal accumulation section 73 detected, but also the presence or absence of a ticket is detected in the accumulation section 41B for each denomination.

42 to 43B, 44B ticket remaining detector 75.7477,
78 confirms that there is a large accumulation of 10,000 yen notes, egg yen notes, 1,000 yen notes, and 500 yen notes. Even if the amount of integration is found to be small as a result of this check, the buzzer drive circuit 109 and display control circuit 110, which receive a signal from the control section 114, notify the operator through a buzzer and the display section 3. If the operator is informed of this.

Press the "release" key for the first funk, John 95.

It is necessary to handle the denominations of the denominations for which the accumulated amount has decreased by performing the deposit processing or the reverse ticket sorting processing.

The withdrawal accumulation ticket presence detector 74 confirms that there are no tickets in the withdrawal accumulation section 73, and the remaining ticket detectors 75, 76 and 78 confirm that there are not a small number of tickets (no indication is made by the buzzer or display). ) and the total withdrawal amount can be specified first. That is, the first function key 95°
Press the total number 2 keys, first use the numeric keypad 98 to input higher digits, and finally press the °-° key. This means that the total amount has been input, and is stored in the total amount storage section 79 of the payment storage section of the data memory 113.

Further, the input is displayed on the display section 3 by the display control circuit 110 that receives a signal from the control section 114. Next, if you wish to receive payment in combination with the minimum number of coins without specifying the denomination, press the first function key 95.
Press the “Payment” key.

As a result, the control unit 114 calculates the contents of the total payment storage unit 79 into the amount and number of coins for each denomination using the calculation unit 80,
The contents are stored in the payment type storage section 81 and displayed on the display section 3 by the display control circuit 110. At the same time as the display section 3 displays the payment contents of the payment denomination type storage section 81, each denomination type accumulation section 41B, 42B.

43B and 44B, and the taken-out ticket is detected by a detector 82 to see if it has been stacked, and if it has not been stacked.

The accumulation section 41B for each denomination until the number of coins for that denomination matches the number of coins for that denomination in the payment denomination storage section 81 by the payment counting circuit 83.

42B, 431% Infeed roller 84.85.86.87 and take-out roller 8 attached to 44B
The payment withdrawal drive circuit 105 receives a signal from the control unit 114 and operates to drive the 111.89.90.91. - Once the denomination release is completed.

Similarly for the next denomination, feed roller 84.85.
K87 and take-out roller 8B, 89.90.91
The corresponding feed roller and take-out roller are driven by the payment take-out drive circuit 105 to take out the denomination, and after the detector 82 detects whether there is any overlap, the payment counting circuit 83 , when the content of the denomination in the payment denomination type storage unit 81 matches, the payment takeout drive circuit 105 receives a signal to stop taking out the denomination, and the corresponding feed roller 84 stops taking out the denomination.
．． 85.86.87 and take-out rollers 88.89.
9Q, stop 91. By repeating the above operations, when all the denominations to be paid stored in the payment type storage section 81 have been withdrawn A-withdrawn and accumulated in the withdrawal accumulation section 73, the discharge drive circuit 108 The conveyor 92 discharges the money to the withdrawal port 93 . When released, the contents displayed on the display section 30, that is, the contents of the payment type storage section 81 and the total amount storage section 79, are printed by the printing section 5 by the print control circuit 112.

In addition, when it is released in the same manner as printing, the contents stored in the payment amount storage section 79 and the payment type storage section 81 are added to the contents stored in the payment storage section 116 by the calculation section 8.
0, and the calculation result is newly stored in the withdrawal storage unit 116.
is memorized. When the contents of the withdrawal storage section 116 are updated, the total payment amount storage section 79 and the payment type storage section 81 are cleared. The denomination-specific integrated storage unit 57 receives a signal from the payment counting circuit 83 and subtracts the corresponding stored content.

On the other hand, if the detector 82 detects overlapping,
The stacked tickets are transferred to the payment conveyance drive circuit 106
The payment transfer control circuit 107 controls the payment transfer control circuit 107 so that the payment gate driven by the payment gate enters the payment removal accumulation section 94.

If you want to specify the denomination, use the denomination key 97, 10,000.

This is done by pressing the denomination keys for "egg", °1000 °, and "500". That is, after entering the total amount if you wish to pay only that denomination.

Press the desired denomination key 97, and then press the "Payment key" of the -1st function key 95.
14 sends data on the total amount storage unit 79 and money rights to the calculation unit 80 in order to calculate the number of coins to be paid with the money rights. Here, the number of coins calculated for payment is stored in the denomination storage section 81 along with the denomination amount. Along with this storage, the data is displayed on the display section 3 by the display control circuit 110. Regarding the release of that denomination, it will be done in the same way as the payment of the combination that results in the minimum number of coins, as described above. At the same time as the discharge, printing by the printing unit 5 and payment storage unit 11
Adding and storing the data of the current payment of 6 is the same as the payment of the combination that results in the minimum number of coins.

If you specify a part of the denomination and wish to pay so that the balance becomes the minimum number of denominations other than the specified denomination, enter the total amount and then select the desired denomination. Enter the amount using the type key 97, and then use the numeric keypad 98 to input the amount you wish to receive for that denomination. Finally, when the °Payment ° key of the first function key 95 is pressed, the calculation unit 80 calculates the number of coins to be paid for the desired amount of money rights, and then The amount and number of coins are stored in the money storage unit. The calculation unit 80 receives the command from the control unit 1140, subtracts the content stored in the payment amount type storage unit 81 from the content of the payment amount storage unit 79, and calculates the remaining amount if it is not stored in the payment amount type storage unit 81. The amount and number of coins to be paid for each denomination is calculated so that the minimum number of coins for each denomination is achieved, and the results are stored in the payment denomination type storage section 81 based on the command from the control section 114.

At the same time as this storage, the display control circuit 110
The same display as the payment type storage 11s81 is displayed.

Regarding the subsequent release of the contents stored in the payment type storage unit 81.

Discharge is performed in combinations that result in the minimum number of sheets mentioned above.

At the same time as the release, the contents of the payment type storage section 81 and the payment amount storage section 79 are printed on the printing section 5 by the print control circuit 112. In addition, the payment type storage unit 81 and the payment amount storage unit 7
The contents of 9 are added to the contents of the withdrawal storage section 116 and are newly stored in the withdrawal storage section 116. When the contents of the withdrawal storage section 116 are updated, the total payment amount storage 879 and the payment type storage [81] are cleared.

Note that the denomination-specific accumulation storage section 57 receives the signal from the payment counting circuit 83, and subtraction is performed from the corresponding stored content, so the contents stored in the denomination-specific accumulation storage section 57 are the denomination-specific accumulation 41B, 42B and asz 44B are the sum of the amount and number of coins stored in the withdrawal exclusion accumulation section 94.

The conveyance drive unit (conveyance drive circuit 100 and payment conveyance drive circuit 106) and conveyance control circuit (conveyance control circuit 105 and payment conveyance control circuit 107) of the conveyance system that perform deposit processing or back money classification processing and withdrawal processing are configured separately. Therefore, deposit processing or secret money classification processing and withdrawal processing can be performed at the same time. However, the storage operation for deposit processing or back money sorting processing is performed by pressing the "storage" key of the (first) counter key 95. ) is configured by the control unit 114 so that it can only be performed after the withdrawal process is completed.

In addition, the ``inquiry 1'' key of the second function key 96 can be pressed when deposit processing, hidden money sorting processing, and withdrawal processing are not being performed, so that the content of the data memory 113 can be displayed by the function of the display control circuit 110. That is, deposit memory m115. Withdrawal memory m 116° Accumulated storage unit by denomination 57. The contents stored in the unfit note storage section 58 and the like can be displayed on the display section 5. After pressing this "inquiry" key, if you press the 'Print° key, the contents of the data memory 113 will be displayed in the print control circuit 1 in the same manner as the display section 3.
12, the image is printed on the printing section 5.

It should be noted that the above embodiment is merely an example, and it goes without saying that each member can be replaced with another member having the same function. For example, in the above embodiment, nine tickets are stored in each first stacking device.

Although a configuration is shown in which the back ticket is stored in the second accumulating device, the configuration is not limited to this, but it is preferable to configure the ticket to be taken out to the withdrawal port as the front ticket. A configuration for this purpose can be adopted as appropriate.

Since this invention is configured as described above, nine paper sheets can be stored by type and front and back, and the stored paper sheets can be any paper sheet.

Moreover, it is possible to eject a predetermined number of sheets accurately.

It can be managed efficiently. Also.

Paper sheets can be sorted and stacked on one side, making subsequent processing easier.

Furthermore, it has excellent effects such as being able to supply a highly reliable product at a low cost with an extremely simple structure.

[Brief explanation of drawings]

FIG. 1 is a perspective view showing an embodiment of the paper sheet sorting and discharging machine of the present invention, and FIG. 2 is a layout diagram of a portion of the operation keys. Figure 3 is a schematic front view showing the inside of the machine, Figure 4 (M) is a front view and side view of the same collecting device, Figure 5 is a diagram showing the operation flow of withdrawal processing, and Figure 6 is the control of the device. FIG. 7 is a diagram showing the memory contents of the data memory. 1... Operation unit, 2... Paper leaf sorting machine,
4...Display section, 4.- Some operation keys, 5.-
Printing section, 11-sheet supply section, 14... detection section,
2[L l 2429.52...first integration device,
54... Second accumulation device, 47-51... Backup, 75... Withdrawal accumulation unit, 80... Calculation unit,
95.96... funksi, nki, 114...
・Control unit, 116... Withdrawal storage unit (A) 120b 4 (B) 8

Claims (1)

[Claims] (1) A first take-out and conveyance device that takes out and conveys the stacked paper sheets stored in the supply section one by one. A detection device that detects the type and front and back sides of the taken out paper sheets, and a plurality of first stacking devices that store paper products having one side detected and classified by the detection device by type. a take-out device which is attached to the six first stacking devices for storing each type of paper sheets and takes out the stored paper sheets, and a second stacking device which collectively stores the paper sheets having the other side. , a second take-out and conveyance device that takes out the paper sheets stored in the second stacking device one by one and inverts and supplies the paper sheets to the detection device; A paper sheet sorting and discharging machine characterized by sorting and discharging paper sheets. (21) The paper according to claim 1, wherein the detection device detects the type of paper sheet, the front and back sides, reusable paper sheets, and non-reusable paper sheets. Leaf sorting machine.