JPS5856087A - Sheet paper sorter/discharger - 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 This issuing device Ij1 relates to a paper sheet sorting and discharging machine that can, for example, sort and count deposited banknotes and dispense a predetermined number of any type of banknotes.

Conventionally, a bill sorting and counting machine that sorts and counts deposits of paper sheets (for example, banknotes) and a bill dispensing machine that dispenses money have been configured separately, but it is hard to find a system in which the two are integrated. Ta. For this reason, since the banknote sorting and counting machine only deposits banknotes, banknotes are accumulated in the stack 11 according to the amount of work, and the stack is full. Therefore, it was necessary to remove the banknotes every time this stacking section became full.Furthermore, the banknote dispensing machine for dispensing 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
After organizing the paper sheets on the O side, they can be stored in each stacking device according to type, which is easy to do, and the configuration is extremely simple and reliable. The purpose of this invention is to provide a paper sheet sorting and discharging machine with high performance.

This release #4' will be explained with reference to an embodiment shown in the drawings. Figure 1 is a perspective view showing an embodiment of the paper sheet sorting and discharging machine of this invention, and Figure 82 is a partial arrangement during operation. Figure 3 is a schematic front view showing the interior of the machine, Figure 4 is a front view and side view of the accumulating device, Figure 5 is a diagram showing the operation flow of the withdrawal process, and Figure 6 is the control of the device. FIG. 7 is a diagram showing the memory contents of the data memory. This paper sheet sorting and discharging machine performs a deposit process that performs t-count classification of deposited paper sheets (hereinafter also referred to as banknotes or tickets), and operates 8.
It is configured to be able to perform both payment processing and withdrawal processing based on the data input from 1 to 1. In the figure, 1 is an operation unit provided on the machine 2, 1sIK has a display sB3, 1 function key 11 for deposit 1, ``withdrawal 1, etc.'' 1 numeric key 1, ``denomination'' key, etc. operation keys 94, and printing of deposit amount, withdrawal amount, etc. 5B5 part 4uai 2 Figure K Show t1 uni 1 deposit',
JII consisting of a first function key 6 having 'at gold 1 medium-', 1 counting start', 1 counting stop' keys, etc.
2nd function key? , denomination key 8, 10-
It consists of 7.

Next, the internal structure of the paper sheet sorting and discharging machine will be explained with reference to FIG. 3. The rim Uki JlK is equipped with a paper sheet supply unit 11 (hereinafter referred to as Oriyama section) 11, and this paper supply section 11 receives #i banknotes regardless of denomination, front or back side, top or bottom (top and bottom), etc. The device can be used in a mixed state. Then, the stacked banknotes P in the supply 1111 are sequentially removed from the most advanced banknote P by a take-out roller 13 as a take-out device provided in front of the banknote P.
The sheets are taken out in batches 9, taken into the machine body 2, and then conveyed by the conveyance member 14. Note that the take-out roller 13, the conveyance member 14, etc. constitute the take-out conveyance device. A detector 12, which detects the presence or absence of banknotes P in the supply 1111, is arranged in the supply section 11 and includes, for example, a lamp and a photoelectric element.

A detection device (hereinafter also referred to as a detection section) 15 is arranged in the front part of the conveying member 14, and this detection device 11115r
i Transport member 14AK! The detection unit 15 is designed to detect the denomination, front and back sides, reusable paper sheets, and non-reusable paper sheets, respectively, of the banknotes P being conveyed by
(The D output is supplied to a control section 100, which will be described later.

Therefore, the banknote Pri that has passed through the detection unit 15tP is further conveyed by the conveyance member 14A, and is determined to be a rejected note P.
At t7, the banknote P is transferred to the branch path 1 by the rejected banknote sorting gate 16.
In addition, this rejected ticket accumulating section 17 detects the presence or absence of rejected tickets in this rejected ticket accumulation s17, for example.
A detector 62 consisting of a Lang photoelectric element is powered. On the other hand, the paper sheet P determined to be a valid note passes through the rejected note sorting gate 16 and is conveyed by the conveying member 14C, and is sorted by the front and back sorting gate 18 provided at t' on this conveying member 140. In other words, the key mark detection unit 15 detects a banknote having one side (hereinafter referred to as a front note) with a front side on the top side.
P is conveyed by a lower conveying member 14DK and supplied to an impeller 19, and is conveyed by this impeller 19 from the left side to the right direction in the figure of the bill Pt of the front ticket. 〇On the other hand, when detecting [sI! The banknote PFi (11) with the top surface facing downward and the bottom surface facing upward is supplied to the conveyance member 14g by the front and back separation gate 18, the direction is changed via the direction conversion row 221 provided in the intermediate part, and the banknote is supplied to the conveyance member 14F. be done. Note that the impeller 19 and the conveying member 14E are controlled so that regardless of whether the banknote P is on the front or the back side, the banknote P reaches the front and back confluence point 20 of the conveying member 14F at almost the same time. Incidentally, a reversing device is constituted by the IIi type meat direction conversion row 221 feeding member 14E and the like.

The conveying member 14FK stacks up and down by denomination 541A, 41B, 42A, 42B, 43A at a desired interval 'kTo'.
, 43B, 44A.

Multiple O integrated device consisting of 44B, 45A, 45B [24
,27°30.33.35 are arranged respectively,
The denomination-specific stacking sections 41A, 42mm, 43IM, 44A IZ) above this stacking device 24.27, 30.33, 55o
Separation gates 23, 25, 28 and 31 for storing predetermined banknotes P are arranged at the entrance.
Since the inlet part of the KFi conveying member 14FO is hot, it is generally not sharpened. Also, partial game) 23, 25.28゜6
1 (in the stacking device 35, the terminal part of the paper conveyance member 14FO) is stored in the lower part of the banknotes PK--inverted to turn the upper side into a reversed banknote O banknote P.23, 26, 29
, 32, and 34 are arranged, respectively. The above-mentioned accumulating device 24, 27, 50, 53, and 35 are, for example, 10,000 yen bills, 5,000 yen bills, and 1,000 yen bills from the left side of the drawing toward the right side. K so that yen bills, 500 yen bills, and unfit notes are collected in order by type of note.
It has become.

Upper and lower denomination-specific stacking sections 41A, 41B, 42A, 42B, 43A of each stacking device 24.27.30.55.55,
43B.

44A, 44B, 45A, 45B boundary part Kti Openable/closable bottom plate 56, 57.5B, 5 for temporarily accumulating banknotes P
The accumulating device 24 provided on the bottom plate 56 will be explained with reference to FIGS. Consists of plates 36g and 36A,
Gears 81g and 81A are attached to the shafts N56C and 56dK, respectively. These gears 81g and 81A are configured to interlock via gears 82 and 83. Note that one of the gears 82 and 83 is a drive gear,
The other is a driven tooth table, and in the drawing, the gear 82 is for the drive and the gear 86 is for the driven.

Therefore, by rotating the drive gear 82, the opening/closing plates 56g and 56h open and close at the same time. Below the opening/closing plate 66, a backup 46 as shown in FIG. 4 (4) is arranged. The backup 46 is attached to one end of the holder 84. A placket 86 rotatably attached to one link of an endless chain 85 is attached to the other end of the holder 84o. A roller 87 is rotatably attached to the bottom socket 86, and a roller 87 is rotatably attached to the bottom 86, and the roller 87 is rotatably mounted on the bottom 86, and the roller 87 is rotated horizontally.
88a k St L 70 Vertical to end, straight II 884
't- 8 and transfer to the support plate 88. Then, at the lower accumulation part i, it moves while maintaining an almost horizontal position S by p-287 and the support plate 88, and finally The banknote P is held down at the lower end.

The endless chain 85 has three sprockets 91 and 9.
2.93 etc., it is formed into an almost triangular shape. In addition, in the figure, the sprocket is for a drive connected to the motor via a clutch, and the sprocket is for a drive connected to the motor via a clutch.
2.93 is for the driven one. In the backup 46 configured in this manner, when the bottom plate 36 is unlocked, the drive sedge rocket 91 is driven via the motor and clutch, thereby rotating the endless chain 85 in the counterclockwise direction.

Therefore, the nine backups 46 attached to the endless chain 85 move upward. At this time, placket 86cD
A-487 supports @880! Move from li straight 1i 887 to horizontal il sea K while rolling, horizontal part 88G
At the stage of transfer, the worker will be evacuated from the lower accumulation 1141B (solid line II in FIG. 4(2)). After the backup 46 is retracted, the drive gear 82 is driven in the direction of the arrow to drive the opening/closing plates 364, 36hYt (Fig. 4).
6) Open to the chain line state. These opening/closing plates 36α, 56b
(1) By opening, the banknotes P stacked above will fall to the lower stack.

When this operation is completed, the opening/closing plates 368, 367
returns to its original state and closes the bottom part of the upper stack 11s41A, and when this bottom plate 36 closes, the drive sprocket 91 is driven and the endless chain 85 moves clockwise to move the backup 46t-lower denomination Accumulation 1%1i
41BF'3 position 0 like this backup 4
6 is located in the lower accumulation part 41B, the platen) 86
287 is moved from the horizontal portion 88a of the support plate 88 to the vertical Wi 488k, and the driving of the drive Suge rocket 91 is stopped by the action of the clutch 89.

As a result, the backup 46 is pushed downward by its own weight.
418 While holding P3 in a horizontal state, it descends, contacts the banknotes PK stacked below, and presses the banknotes pt-downward. This is to take it out. The bottom plate is arranged in the same way in each of the collecting devices 24, 27, 30, 33, 35 and operates in the same way. Also, the backup is the storage device 24e27-! Although the stacking device 35 is provided for storing unfit notes, no backup is provided.

Instead, a storage box 45B (hereinafter also referred to as unfit note accumulation section) 45B is removably arranged below the upper accumulation section 45A. The above-mentioned integrated device [24, 27, 30, 33, 3
5, banknotes p on the bottom plates 36, 37, 3B, 39, 40.

Detectors 57, 58, 59, 60, 61 consisting of, for example, Lang photoelectric elements to detect the presence or absence, and the lower O collection f1184
1B, 42B, 45B, 44B, 45B O Detector 50° 51-52-55-54 consisting of, for example, a rung-charged element for detecting O full condition, and lower integration 11141B.

Detectors 65, 66.6 consisting of Lang photoelectric elements, for example, detecting the presence or absence of banknotes P (Z) of 42B, 43B, 44B.
7°68 are arranged respectively.

In addition, the above-mentioned stacking device @24.27.50.55 (D lower stacking II 41B, 42B, 43B, 44fK is a conveyor member 74, 75, 76 consisting of a take-out four-ra 70, 71, 72, 73 and a p-ra) .77 are arranged n, respectively, and are configured to take out the lowest banknotes P one by one one by one.The takeout device is composed of the O*V take-out roller, the conveying member, and K. These multipliers increase the
The issued banknote P is placed below, for example, El −j
It is conveyed in the direction of the arrow (from the right side to the left side in the figure) through a conveying means 155 consisting of an e-belt. KoO
A detector 69 is arranged to detect stacking V of banknotes P conveyed at the middle 11Ktj of the conveying means 133. An impeller 134 is disposed at the terminal portion of this conveying means 1330, and a dispensing accumulation 1163 is disposed at the zero drop position. A conveyance means 7B consisting of a conveyor for conveying banknotes pew is arranged. Furthermore, the conveying means 153
Between the detector 69 and the terminal part, there are nine banknotes p
A dispensing gate 79a for discharging is arranged, and nine stacked banknotes P discharged from this dispensing gate 79tK are configured to enter a dispensing removal stack 1180 via a conveyor 135.

Next, the effect of the above O%O will be explained.

First, to explain the deposit process, set 0 Deposit ffi to Retrieve 1!1111, press the 1 Deposit 1 key of the 10th function key 6, and then II! 2-7 When the counting start key 901 is suppressed, the extra ticket presence/absence detector 12 detects that there is an entry in the takeout section 11, and the detection signal from the O detector 120 is activated by the control 111.
Supplied to 100. When the 1 deposit 1 key is pressed, the control unit 100 sends a signal to the transport unit l11 circuit 101,
Because the conveyance system consisting of belts and rollers is activated,
1 When the count start key is pressed, the take-out drive circuit 102
receives the signal from the control 5100 and takes out the si 1o ticket P.
Feeding conveyance device R-4
13 and the take-out roller 14 are detected by the conveying means 14 which is a belt row 215 driven by the conveying drive circuit 101.
sent to l115. In this detection s15, the detection circuit 10
3, the denomination (10,000 yen, 5,000 yen, etc.), normal banknotes (banknotes to be reused), unfit banknotes (banknotes not to be reused), and front and back sides are distinguished and counted. For example, the tickets P taken out in an overlapping state from the takeout s11 are transferred to the rejection ticket accumulation 111 by the rejection ticket gate 16.
This is done by modifying the transport drive circuit 101 and the transport control circuit 104 so that the transport drive circuit 101 and the transport control circuit 104 are sent to the transport drive circuit 17. The tickets discriminated and counted by the detection circuit 106 are sorted by the rejected ticket sorting gate 16, and the front and back tickets are sorted out by the front and back sorting gate 18 so that the front and back tickets go through different routes.For example, the front ticket P is routed through the impeller 19 It is conveyed upward to the front and back merging point 20, while the back ticket P is sorted by the front and back sorting unit 18, and is reversed by the direction changer 21 to become a front ticket and merge the front and back sides. At this point 20, the front and back notes are sorted into denominations and unfit notes, with all the front and back notes unified into front and back notes, and are transferred toward the 10,000-yen note gate 22. Note that between the front and back separation gate 18 indicated at t11 and the front and back convergence point 20, the transportation time of the ticket P and the transportation time of the genuine ticket, which are determined by the transportation distance of the front ticket route and the number of revolutions of the impeller 190, are almost the same. It is structured so that ticket processing can be done easily.

When the ticket P that has reached the non-10,000 yen classification gate 220 is, for example, a genuine O 10,000 yen ticket, it is sorted into 9 by the 10,000 yen ticket classification gate 22 and then transferred to the stacking area, which is a storage section for the 10,000 yen ticket, by the n1 impeller 23. Device 24e) The conveyance control circuit 104 and the conveyance drive circuit 101 perform this operation so that the tickets are reversed and accumulated in the upper stacking section 41A with their backs. Additionally, it was confirmed that the ticket P was placed in the upper stack 1141 where 10,000 yen bills are temporarily collected.
Then, in response to a signal from the control unit 100, the content C stored in #i of the storage memory for temporarily accumulated 10,000 yen notes by denomination in the temporary accumulation storage unit 106 of the data memory 105 (accumulated in the temporary accumulation device 24 for 10000 yen notes) Add and memorize the current amount (the current amount). In the same way, use a regular note with the top side facing out and use a 1,000-yen note.
The 5,000 yen notes are sorted by the 5,000 yen note sorting gate 25, reversed by the nS rooting wheel 26, and stacked in the upper stacking section 42A of the stacking device 27, which temporarily accumulates the 5,000 yen notes on the reverse side. As a result, the storage contents of the temporary integrated memory 5ls1o6 are updated. In the case of a 1,000 yen note or a 500 yen note that is a genuine note with the top side facing out, it is classified as 9 according to 28.31.
ms 43A, 44 where genuine notes are separated and reversed by impellers 29.32 and stacked above the stacking device 30.33.
They will be integrated in A in the same way as above. On the other hand, a friend note P, which is an unfit note and is turned upside down, has an impeller 34 regardless of denomination.
Temporary accumulation of unprofitable notes through ! This results in a total of 135.

However, this temporarily accumulated unfit note memory w6107 is controlled by control R100 in order to store it by denomination. Also, it is the sum of the temporary accumulated denomination storage II 106 and the temporarily accumulated unfit note storage section 1070. That is, the total amount of the temporarily accumulated notes 6 fit and unfit is updated in the temporary accumulated memory 1i108 when the temporarily accumulated denomination type memory 5106 and the temporarily accumulated unfit note memory It 107 are updated n1, and the total amount is stored in the temporary accumulated memory 1i108.

As described above, the tickets taken out one by one from Isoyama 8i11 are discriminated by the detection circuit 103 of the detection s15, the front and back of the ticket are arranged, and the tickets are transferred to the temporary stacking device 24゜27.30.
,33.35o upward accumulation! I 41A, 42A.

43A, 44mu, 45AK are accumulated nlsoO amount and number are temporarily accumulated memory 11108 and temporary accumulated denomination storage 510
6 and temporary accumulated loss memory! 1107. In this way, when the removal section presence/absence detector 12 consisting of a rung and a charging element detects that there is no ticket P in the takeout 811, the feed row 213 and the dispensing roller 14I/'i
The control 8100 issues a command to the dispersion drive circuit 102 to stop. At this time, if there are tickets accumulated in the exclusion stack 11$17 and additional tickets, set them in the takeout section 11,
Second function! ? - By pressing the 1 counting start l key of 9, the sorting and counting is performed again as described above.There are no tickets accumulated in the 0-exclusion ticket accumulation section 17 and additional tickets to be sorted and counted. Then, when you press the -6 1 storage 1 key during the first function, the upper accumulation parts 41A, 42A, 43A forming each temporary accumulation part
, 44A, 45A bottom plate 36, 37, 38.39.40
Temporary integrated drive (b) path 10 so that it opens downward in a double-sided manner.
A signal comes in at 9. The temporary integrated drive circuit 109 causes the lower integrated portion 4 to open before the bottom plates 36, 37, 38, and 39 open.
The backup 46° 47.48.49 located at 11.42B, 43B, and 44B is retracted to the back side at the uppermost position. For this reason, the upper accumulation parts 41A and 42A.

Tickets of 43A and 44 are placed in the lower stacking parts 41B, 42B and 43.
B, 44Backup when entering BK46j47,48
．． 49 will not result in a visit &'jtK%/&oIn addition, each backup 46, 47, 48, 49
6.37°38.39 is closed after a predetermined time, the lower part 4. -1- The tickets protrude into the stacks 41B, 42B, 43B, and 44B and are pressed by the upper blade, respectively.

On the other hand, when the 1st o function 4t-6O% storage' key is pressed, the temporary accumulated memory 1t1 of the data memory 105 is pressed.
108o The stored contents are displayed on the display 9 via the display control path 110.
3, the printing control circuit 111 performs display and printing in the printing station 5. Also, the secondary integrated memory 51
The contents of 08 are calculated with the previous contents of the deposit memory 5112 in the calculation unit 113, and the result is stored in the deposit memory 5 again.
Similarly to 0 stored in 112, the temporary accumulated denomination type storage unit 10
The contents of 6 are added to the contents of the denomination-specific accumulation memory section 114.
The results are stored in the accumulated memory 11114 by denomination, and the contents of the temporary accumulated unfit note storage unit 107 are stored in the unfit note accumulated memory 5115.
The result is added to the contents of [Unfit note accumulation memory 11
115 is controlled by the control 4100 to be stored in the deposit storage section 112 #accumulation storage section 114 by denomination and unfit note accumulation storage 111150. When the storage contents are updated, the temporary accumulation storage 5108, temporary accumulation denomination Memory l5106. The contents of the temporary accumulation memory 5107 for unfit notes are cleared. This enables the number and amount of notes to be temporarily accumulated during the next processing to be stored. 〇When deposit processing is performed, the 10,000 yen note accumulation section 41B.

When fullness is detected by the fullness detectors 50, 51, 52, and 53 of each detector consisting of the 5,000 yen bill accumulation section 42B, the 1,000 yen bill accumulation section 46B, the 500 yen bill accumulation wA44Bo rung, and a photoelectric element, the fullness is determined. Detector 50, 51゜52. Control ffl$ 100 receiving the 530 signal is the transport control circuit 104t
- Control is performed so that the ticket is sent to the pew ticket accumulating device 35 when it is detected that the ticket is full.

When the unfit bill accumulation 5Is45B becomes full, control is performed upon receiving a signal from the fullness detection l554! A signal is sent to the f1100ri buzzer drive circuit 116, a buzzer (not shown) is used to alert the operator, and the display control circuit 1
Display with control from 10! ! 3. Accumulation of unfit notes 1
'ft' is displayed to indicate that the 1145B is full. This f'L
I.I.C.

Therefore, the operator can know that it is necessary to replace the unfit note accumulating section 45B. When the unfit note accumulation part 45B is removed for replacement, the unillustrated bond accumulation box presence/absence detector 56, which detects the presence or absence of the unfit note accumulation 1ls45B, detects that the unfit note accumulation part 45B has been removed, The signal is received by the control unit 100, and the print control circuit 1
11 is driven n1 Unfit note accumulation memory [The contents of 1107 are printed when printing is completed. 0 This printed receipt is stored together with the removed unfit note accumulating section 45B and removed. Unfit note accumulation Is
Used when aligning unfit notes of 45B'. When the printing section 5 finishes printing the contents of the unfit note accumulation memory 5115, the control section 10 receives an end signal from the printing control path 111.
A signal of 0 causes the unfit note accumulation memory 11 in the data memory 105 to be activated.
The memory contents of 1115 are cleared. 1. When the unfit note accumulating section 6B detects that there is no deposit by the unfit note accumulating box presence detector 56, press the 1 deposit 1 key using the function key 6 of KJigl to proceed with the deposit process. rear,
Even if the function key 9 of function key 9 is pressed, the take-out drive circuit 102 that controls the driving of the feed roller 13 and take-out roller 14, which works to take out the ticket Pt from the take-out section 11, is not controlled. No drive signal is received by g100.0 When the 10th function key 6 is pressed during the 10th function key 6't'L7t, the temporary accumulating device 24°27.30, 33, 35 upper accumulation parts 41A, 4
Detector 57.5B, 59, 60, consisting of a rung Φ photoelectric element that detects the presence or absence of a ticket on the four islands of 2A and 43A divine cards.
61 and upper accumulation Is 41A, 42A.

If it is certain that there is no ticket P in 43A, 44A, 45A, no signal will be input to the take-out drive path 102 by control B100, so the IPP of take-out 11111 will be 11iL.
9 will not be issued.

Eliminate as well! The ticket P in the takeout section 11 is not taken out unless the detector C detecting the presence or absence of the ticket P in the P collection s17 indicates that there is no ticket in the rejected ticket collection &1117.

In this case, the printer drive circuit 116 and display control circuit 110 that receive the signal from the controller 5100
Press 3 to notify the operator. If you receive this display and a buzzer, clear the displayed area, press the 1 release button on the first function key 6, and press the 1st function key 6 again.
Deposit processing can be performed by pressing the Deposit 1 key of the function key 601.

Next, the withdrawal process will be explained. First, when processing a withdrawal, press the 0' withdrawal 1 key of the first function key 6, and the payment accumulation 11
63 is confirmed by the payment collection ticket presence/absence detector 64 of the payment collection 8!163. If it is assumed that there is a ticket P in the payment collection unit 63, the payment collection ticket existence detector 6
4, the buzzer drive circuit 116 and display control circuit 110 that receive a signal from the control unit 100 notify the operator with a buzzer and a display s5. After doing this, the first
Press the 1st answer Wk1 key of the function key 6 and press the 1st withdrawal' key again to enter the withdrawal process, wVt.
It depends on what you do. In addition, when the 1 withdrawal 1 key of the first function key 6 is pressed, the presence or absence of tickets in the payment collection unit 63 is detected.Instead of 9, the collection of each denomination III 41B, 42B, 43B, 44BO tickets is performed. The residual quantity detector 65, 66, 67, 68 detects 10,000 yen notes, 5,000 yen notes,
A check is made to see if the amount of accumulated 1,000 yen and 500 yen bills is 0%.If the amount of accumulated 1,000 yen and 500 yen notes is 0%, the buzzer drive circuit 116 and the display control circuit receive a signal from the control section 114. Buzzer and display section 5K by 110
J: Inform operator D0 When the operator receives this notification, press the 1 release l key of the first function 6 and perform the above deposit process to remove the denomination pt of the denomination for which the accumulated amount has decreased. -0 to be replenished
The payment collection presence/absence detector 64 confirms that there are no tickets P in the payment collection s63, and the ticket remaining detection @65゜66.67.68 confirms that the number of tickets is small (buzzer and display 115).
If there is no display, then you can specify the total withdrawal amount. In other words! 1!Press the 111 amount' key in the middle of 1 funxillon-6, then press the numeric keypad 7
Use to enter from the highest digit and finally press 1=+1.0 This means that the total amount has not been entered.
Data memory 1050 Payment storage section 1170mm Storage section 1
18. Sorry, that input is made by the display control circuit 110 which receives the signal from the control 5100 and displays s3 (display n0). If the first
Press the '601 Payment' key during the function. As a result, the control unit 100 stores the payment amount memory 1B118.
o The content is calculated into the amount and number of coins for each denomination by calculation 11113, and the content is stored in the payment denomination type storage section 81, and the display control circuit 110 displays the 0 on the display W63 and the display on the 0 display section 3. At the same time, payment type memory 511
9 payments are collected by each denomination It 41B, 42B,
43B, 44B! A detector 69 detects whether or not there is no stacking of the $9 tickets issued by the MR.If there is no stacking,
Payment type storage 11119o by payment count 1 path 120
Each denomination accumulation section 41B
, 42B.

43B, 44BKlil D attached nte iru sending a
-970°71.72.75 and take-out n-rough
Payment warming drive circuit 1 to drive 4.75°76.77
21 operates upon receiving a signal from the control section 100. When the discharging of the umbrella and stick is completed, the feed rows 570, 71, 72, 75 and the take-out roller 74 are operated in the same manner for the next denomination.
, 75, 76, 77o, the feeding roller and take-out roller that are in contact with each other are driven by the payment warming drive circuit 121, the *V discharge of the denomination is performed, and the detector 69 checks whether there is overlapping or scattering. After the detection, when the payment counting path 120 matches the content of the payment denomination storage W61190, the payment conveyance drive circuit 121 receives the signal to stop taking out the denomination, and the corresponding feed is detected. The rows 270, 71, 72, 73 and take-out rollers 74, 75, 76, and 771r are stopped.

By repeating the above operation, when all denominations to be paid stored in the payment denomination type storage section 119 have been retrieved and accumulated in the payment accumulation 11s63, the discharge drive circuit 122
The contents displayed in the display 1130, that is, the contents of the payment type storage section 119 and the total amount storage 5118, are printed by the printing control circuit 111 in print 1ll15. Ru. Also, in the same way as printing, it is released and the total amount of payment is stored 51.
The contents stored in 18 and payment type memory @ 119 are calculated by adding the contents stored in the withdrawal storage section 123, and the calculation result is calculated in operation 5113, and the result of the calculation is newly stored in the withdrawal memory. The information is stored in the section 123. When the contents of the payment memory 5123 are updated, the total amount of payment storage section 118 and the payment amount type storage section 119 are cleared. K is set so that subtraction is performed from the memory contents.On the other hand, if the detector 69 detects overlapping,
The stacked ticket P is transferred to the payment conveyance drive circuit 12
2 and is controlled by the payment transport control circuit 124 to enter the withdrawal gate 796 and enter the withdrawal collection 880.

If you wish to specify the denomination, enter 10,000 I in denomination key 8.

If you wish to pay only that denomination by pressing 5-V- of 15,000', ``1,000'', or 500', then after entering the general meeting l[, When the desired denomination key 8 is pressed and then the first function key 6 is pressed, the control 5100 calculates the number of coins to be paid with that denomination, calculation 9113Kl/gm.
[Memory 11118 Send denomination data. Here, the number of coins for which the calculation for payment has been performed is stored together with the denomination in the denomination-specific memory 9119. Together with this memory, the data is displayed on the display section 6 by the display control (b) path 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. Printing and withdrawal memory 81 by printing 115 at the same time as discharging
Adding and storing the data of the current (c) payment of 23 is the same as the payment of the combination that results in the minimum number of coins.

- If you specify a denomination of m and wish to pay the balance in a combination that will result in the minimum number of denominations other than the specified denomination, please enter the balance in General Meeting 1 [After inputting the desired amount of money! a*, enter the denomination by -8, then use the numeric keypad 7 to enter the amount you would like to receive for that denomination ◎Finally, enter the first 7
When the payment 1 key of the payment denomination key 601 is pressed, the number of coins to be paid for the desired amount of the desired denomination is calculated using calculation 1$113, and the amount is stored in the storage section of the denomination of the payment denomination type storage 5119. The number of sheets is memorized. Arithmetic unit 113
receives the command of control@100 and pays 114@memorize! 11
The content stored in the payment denomination type memory 111119 is subtracted from the content of s118, and the remaining amount is used to calculate the amount of each denomination to be paid to reach the minimum number of denominations not stored in the payment denomination type storage 11119. and the number of coins are calculated, and the result is stored in the payment type storage section 119 in accordance with the command from the control W6100. This memory and simultaneous KF
The E display control H path 110 does not display the same display as the payment type storage unit 119 on the display unit 3. Regarding the subsequent release of the contents stored in the payment type storage unit 119,
The combination that results in the minimum number of sheets mentioned above is released.
At the same time as the release, the print control circuit 111 prints the contents of the payment type memory 5119 and the payment 111IN memory 5118 as print 1.
15 is printed. In addition, the contents of the payment type memory 5119 and the total amount of payment memory 5118 are added to the contents of the withdrawal memory 11123, and the contents of the withdrawal memory 5123 are updated. Payment amount memory m511B and payment type memory 1i119H are cleared.

In addition, accumulated memory by denomination 111141! Payment counting circuit 69
Since the signal from the denomination is received and subtraction is performed from the corresponding memory contents, the contents stored in the denomination-specific accumulation memory 11114 correspond to the amount and number of coins accumulated in the denomination-specific accumulations 41B, 42B, 43B, and 4B. This is the sum of the amount and the number of coins contained in the withdrawal exclusion accumulation s80.

A transport drive unit (transport drive circuit 101 and payment transport unit wJ excitation path 121) and a transport control circuit (transport control path 104 and payment transport control (b) path) of the transport system that performs deposit processing, back money classification processing, and withdrawal processing. 124) are constructed separately fL′c%4
Therefore, deposit processing or back 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 (0
) is configured by the control fii 100 so that it can only be performed after the withdrawal process is completed.
! ! The pressure is on the deposit! 1. When the secret fund classification processing and withdrawal processing are not performed, K can be performed, and thereby the display control circuit 110
The contents of the data memory 105, that is,
Memory contents such as deposit memory @ 112, withdrawal memory 123, accumulated memory by denomination 5114, unfit note memory 1!1115, etc.! !
*5. After pressing this 1 Inquiry l key, press the 'Print 1 key' and the contents of the data memory 105 are printed in the print s5 by the print control circuit 111 in the same way as the display on the display section 6. The embodiments are merely examples, and it goes without saying that each member can be replaced with another member having the same function. For example, in the above embodiment, the stacking device stacks the tickets P with the front side facing down and the back side up, respectively, and the money is withdrawn from the withdrawal slot with the front side facing up. However, the impeller 134t is not limited to this, and is reversed at the time of take-out.When not in use, the tickets are stacked in each stacking device with the top surface facing upward. In any case, any configuration may be used as long as the ticket taken out from the withdrawal port can be taken out with the front side facing upward.

Since the present invention is configured as described above, it is possible to unify type 1a type paper and one side of the front side or the back side and accumulate it, and this accumulated n* paper industry type can be of any type. In addition, a predetermined number of paper sheets can be ejected accurately, and they can be managed efficiently.

Also, the 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]

#! Figure 1 is a perspective view showing an example of this paper sheet sorting and discharging machine, wX2 is an operating -SO layout diagram, Figure 3 is a schematic front view showing the inside of the machine, and m4 is the same. A front view and a side view of the accumulation device, FIG. 5 is a diagram showing the operation flow of withdrawal processing,
FIG. 6 is a schematic explanatory diagram showing the control of the device, and FIG. 7 is a diagram showing the memory contents of the data memory. 1...Operation unit, 2...Airframe, 3...Display unit,
4... Some operation keys, 5... Printing section, 6.9.
...Funkushi Conflict-111...Paper Supply Department, 1
5... Detection unit, 17... Rejection ticket accumulation unit, 21...
・Direction conversion roller, 24.27.30.35.55・
... Accumulating device, 66-40 ... Bottom plate, 41A, 4
1B-45A. 45B... Accumulation unit, 46-49... Backup, 63... Payment accumulation unit, 69... Detector, 100
. . . control unit, 113 . . . calculation unit, 118 . . . payment total storage unit.

Claims (2)

[Claims] (1) 1 stack of paper sheets stored in the supply section
A take-out and conveyance device that takes out and transports sheets one by one; a detection device that detects the type and front and back sides of the taken-out paper sheets;
a reversing device for reversing the paper sheets detected by the detecting device so that they are unified on one side; It is equipped with a plurality of stacking devices that stack paper sheets for each type, and a take-out device that is attached to each stacking device that stacks paper sheets for each type and picks up the stacked paper sheets one by one. Paper sheet sorting and discharging machine 0 characterized by sorting and discharging leaves based on one side. (2) The detection device is characterized in that the detection device detects the type of paper S, the front and back sides, reusable paper S@, and non-reusable paper sheets. paper sheet sorting and discharging machine.