JPS6017585A - Paper money processing system - 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]

(Technical Field of the Invention) The present invention is directed to group management of a plurality of automatic banknote handling machines such as automatic deposit/withdrawal machines and automatic payment machines (money exchange machines) that are placed in each branch of a bank, etc., for automatically depositing and withdrawing money. and send those banknotes to Aizu C.
“Regarding the banknote processing system designed to recycle and reuse the banknotes, especially the banknotes stored in each automatic banknote handling machine,
This paper describes a banknote processing system in which banknotes are transported by a conveyance means. [Technical contradiction of the invention and its problems] In recent years, various automation has progressed in banks, etc. Of course, at each branch, there are automated teller machines (automatic deposit and withdrawal machines) that automatically make deposits and withdrawals for customers.
Automatic banknote handling machines such as Hemei ad Teller's Machine (Δl'M), automatic teller machine (Cash Ice Benry: CD), and money changer are installed, and customers can operate them themselves using transaction media such as cards or passbooks. automatically pulled out the banknotes) 1゛1 person 4'1ノ
ni/J1) (ori, 6.t
After (1 hour), the various banknotes [: + l! I-) Many branches-C
LL: I'm starting to lose the l' digit.
) The number of installed banknotes is predicted to increase rapidly.In addition, near Kachani, the deposited banknotes (circulated in the volcano - C-i-no-yo-5
A recycle-type automatic deposit/withdrawal machine has been developed and put into practical use.
TM)'b installed -C. However, as mechanization has progressed as described in C1' 1, each automatic banknote handling machine is no longer operating independently. It is not managed properly. Therefore, in reality, there are various automatic banknote handling machines, and the difference is 1'' (b 41, also Kitotsushiko) - Boo's environment, etc. There was a problem where there was too much 1 machine or too little (compensatory days off, and the banknotes on board ran out or overflowed in the middle of continuous use, 1)C operation had to be stopped.Also, in order to prevent such problems from occurring, This is because the bank employees are constantly managing their own biases () (That's ()) (which) will lead to an increase in staff, and multiple banknote machines) + One of the machines (compensatory leave) is running out of paper 13.・
(2~'
/ It had a bad flaw. With the increase in the number of automatic banknote handling machines installed, 41'C near C is managing the various automatic banknote handling machines in the middle of 41 groups and circulating the banknotes in these machines. There is a growing demand for a glue recycling method that improves the efficiency of operating funds by increasing the efficiency of operating funds. 1112 There is a way to efficiently manage the number of people and to store bills in the banknote storage unit 1~ in the 4th floor.However, it is troublesome for humans to do this, so A means for automatically inserting and transporting the banknote storage capacity IK rat into each automatic banknote handling machine is located between the centers, and the means for transporting the banknotes is installed in each store such as Gin-i. Automatic bill handling machines with different heights (1:
It is necessary to make it possible to insert a matching banknote storage cassette IB2. [Objective of the invention] The present invention is based on the circumstances of the article and is therefore automatic. It is possible to manage multiple automatic banknote handling machines such as deposit/withdrawal machines and automatic payment machines (exchange), and it is possible to recycle the banknotes in each machine in common. It is possible to prevent cash shortages or excess cash from occurring during each automatic banknote handling machine's operation, and to automatically manage funds efficiently without causing production to stop midway. , 2. A banknote processing system that allows banknote storage pockets L- containing banknotes to be easily inserted and removed from automatic banknote handling machines of various heights installed in stores (Kodare). [Summary of the Invention] The banknote processing system of the present invention reciprocates between a plurality of automatic banknote handling machines each having a banknote storage capacity cell 1 in the inside thereof. Zurudo and Irera's automatic banknote handling machines have a banknote storage capacity
1- Equipped with a conveyance means, which has the function of inserting and removing the
C1L writing set 1 (C1L writing set 1) is configured so that the banknotes of the automatic banknote handling machine are reciprocally used by the banknote storage capacity cellar 1 which is inserted and removed by the conveyance means and is conveyed. (Transfer means) 11 Go back on path 1 and change the height of banknote storage card 1 to lower C1 according to the automatic banknote handling machine shown below. A conveyance equipment is installed in the structure (the height of the banknote storage capacity cellar 1- can be matched to the automatic banknote handling machines of various heights installed in various parts of the store). C. There is something that makes it possible to carry out group recycling easily. In the figure, 1 is the outer wall of the store, 2 is the "1 Bee, 3 is the 1" heat counter, 1 is the Suupinni (also known as Kisetsu Collie Piscona), 5 is the teller office, 6 indicates a safe. - Various automatic banknote handling machines are installed in the store W,
It's been 1. That is, a plurality of A-line alarm machines 7 are installed in parallel along the counter 3 on the Fuller's office 5 side of the counter 3. Kiyo: 5 Mna-) (There is. 91,
There are several payment machines E3 and automatic deposit/withdrawal machines 1) installed in Inn-1-4. Katari-mi (1' true banknotes. 2J-(N's freedom of association'J iii
1o and j1 bee automatic withdrawal jie 11 is ilc stage,
Also, 1-record vault 61,= is concentrated 11i(]nrenl=
A banknote sorter (C3) 13 is installed, which is capable of sorting 1-node sorting-1-■Nita:CRM) 12 and sorting banknotes into 4 rows and sorting them. In addition, each online teller machine 7 in the counter 3 and the automatic payment of Step In: TI-No. Concentration of all 6 (129 banknotes classification and holding state 13
automatic handling of banknotes (described later)
16, and a common banknote storage for the banknote automatic handling machine group] J set is transported in and out of the banknote handling machine 1, and the self-propelled banknote 1~conveying device That is, two movable safes (GRM) 14, such as regular trolleys, are installed so as to run on rails 150 that constitute a conveyance path. Part 1] - Le 1!% is a gradual extension of 6 i 4 set ii
, l function<'j b, so that all of the automatic banknote handling machines, etc. are finally laid so as to pass near the back surfaces of each of the ten banknote handling machines, etc., at 1'1°. Another mobile safe 1/IA is installed in the entry line on the pane side. Reference numeral 17 in the figure is a banknote storage cassette shelf, which automatically handles the banknotes listed above. Banknote storage capacity 1
〜10 is set C', J, and so on. Next, FIG. 2 is a cross-sectional view of the above-mentioned online laraz machine 7', which is arranged on the front side of the machine main body 1B in three stages, top, middle, and bottom. At the upper side, a banknote collection/accumulation section 23 for loading and scrutinizing banknotes is provided, each having a banknote accumulation/extraction mechanism 19 at its inner depth.
Bill storage capacity bins 1 to 16 are freely inserted into and removed from each of the bill takeout/accumulation portions 20.2'l and 22.23. Furthermore, in the middle part of the rear side of the machine body 18, there is an inspection part 24 with a 2Ω diameter that inspects the banknotes one by one while they are being conveyed, and is used to detect whether the banknotes are piled up, whether they are genuine or not, whether they are denominations, whether they are damaged, dirty, or torn. ,
Inspection of general pass bids, skicos, etc., 1i: A15, and note 25 in the figure. The storage section 26 is a deposit 11 provided in the - section.
27 also has a withdrawal [1-C. Between the above-mentioned subassemblies H, distribution paths 1 to 2 are provided, respectively. 83 on this A-line Delaz machine 7
The flow 41 of banknotes (&-, ) will be explained from FIGS. 3 to 6 with reference to FIGS. Figure 3 shows the flow of banknotes during deposit operation.
One sheet of banknotes F separated and taken in from the deposit slot 26
One is a 1,000 yen banknote, for example, which passes through the inspection section 24 as shown by the solid line and is sorted by denomination. 50 yen banknotes 5 and 10,000 yen banknotes 10 are temporarily collected and stored in predetermined denomination banknote collection and collection units 20, 21, and 22, as shown in . In addition, banknotes P that are determined to be 1-tickets by the inspection section 24 are separated from the regular conveyance path and are dispensed as shown by the dotted line in the figure, and are accumulated in 27, and the rejected 1-tickets are The bank transfers the deposit from the above withdrawal port 27 to ``126'' and repeats the re-deposit operation.
When the operator presses the approval button not shown in the figure, a transaction is completed through online communication with other banks or merchants. Bill removal and accumulation section 20, 21, 22 for each denomination
The banknotes are stored in each banknote storage cellar 1 16. Furthermore, if the operator presses a non-approval button (not shown), the above transaction cannot be completed.
Return to 27)C through the clear withdrawal route
3 Figure 11 shows the flow of banknotes during withdrawal operation.
″′-M jk i-+Press the button to specify the amount (denomination and number of bills) that does not exist, and the A゛ line is communicated.The banknotes for each denomination are taken out in the order of IJ from L21 and 22 (from L21 and 22) The coins are passed through the inspection department 24 one by one and withdrawn [-] 2G
The money will be withdrawn. In addition, the inspection unit 24c detects inappropriate withdrawals, etc. [Banknotes 1 that have been determined to be RI1] are as shown in the dotted line in the figure.
The banknotes are transferred to the banknote storage section 25 and transferred to the banknote 1. A3 - If the above-mentioned rejection occurs, of course the corresponding amount of banknotes] 1 is the corresponding denomination banknote collection section 20゜2
It was withdrawn again from '1.22 (replenished and withdrawn L-12
Figure 5 shows the basic flow of one banknote during automatic inspection operation.
The automatic screening shown in C. and A.0 is the banknote storage case 1-16 of each denomination banknote takeout/accumulation section 20, 21, 22.
All banknotes stored by denomination (1) are taken out and counted, and f) is withdrawn from the banknote storage cullet 16 of each denomination banknote collection section 20, 21, and 22. In the same way as during operation, take out three bills at a time and pass them through the inspection section 24. The transferred banknotes (to the above-mentioned @inspection section 24-r Riji 1-judged banknotes) are separated and accumulated in the withdrawal 1127 as shown by the dotted line, and are collected in the deposit 126 as necessary.
The banknote storage capacity of the banknote retrieval and accumulation section 23 is within the range of 1 to 1G.

[It is possible to re-examine it twice.] FIG. 6 shows the basic flow of banknotes P during automatic loading operation, and automatic loading refers to the above-mentioned loading. While inspecting and counting the banknotes P that have been scrutinized from 1615 to the banknote storage unit 1- of the banknote extraction/accumulation unit 23 for inspection, Bill removal and accumulation section 20 for each denomination
, 21.22 banknote storage capacity [distributed and stored in 1 to 16]. That action is loading. The banknotes P stored in the banknotes 1 to 16 are taken out one by one and passed through the inspection unit 2/1 to be sorted by each denomination while being sorted by each denomination. Bill storage capacity cellar 1- of type bill extraction collection section 20.21.22
Take in within 16. In addition, at that time, the inspection department 24
The identified banknotes 1) are resealed in the banknote storage section 25).
are accumulated in A3, i3 in Figure 2 above (in the figure, 28a is a bill remaining amount small return detector 741, 28b is a bill full detector, and the number of bills in the bill extraction and accumulation section 20, 21, and 22 is marked V). 29 in the figure is the machine body 1.
This is a transmitter/receiver for optical communication installed on the rear surface of the cassette 8, and is used to transmit and receive various command signals (to be described later) to and from the moving gold jQi 14.Next, as shown in FIGS. An explanation of the transfer U1 safe (GRM) 171, which is the transfer device of the transfer means, is as follows.Figure 1 is an external view of the transfer U1 safe (GRM) 171, which is a transfer device of the transfer means. In other words, 30 in the figure is a lower unit C in the form of a traveling truck, and a drive wheel 31 is connected to this lower unit 30 so that the driving drive is rotated by 32. (The two-stage driven wheel 31a moves by itself on the left and right rails 15.This upper unit 30 has a rail 1
Along 5, the AC power cable that comes out (79) is built in, and the reel drive motor; A control power supply section 36h (built-in) of the movable safe 14 is installed in a part of the lower unit h30 with a safe section 37 via a turning device 38 such as a turntable. Jζ to 938a 180 degrees 1
It is designed to be driven in one and the opposite direction.
i T-I am made to be able to do it. This upper safe section 37
One end and one side are open, and the shape is a 7-sided box with 4 dimensions.
The interior is divided into front and rear parts from the center 1), and a total of four cassette storage parts Δ, B, C, I) are arranged inside the front multiple units in 1st and 2nd tiers above. Each of A (J
Banknote storage capacity Hi1~ (for group recycle) 'I
6 can be stored one by one. In addition, in the upper safe part 37 of A, there are upper and lower blade receptacles in the front and rear [Storage parts A and B].
A lifting drive motor 39, a link conveyor 40 interlocked with the lifting motor 39, a lifting guide 41, etc. are provided as an adventure means for moving C and D downwardly to the predetermined slots 1. Furthermore, there is a storage section △ in each of the 10 steps above.
Push out each banknote storage cullet 16 in one end from the open side and load it into a target automatic banknote handling machine, or conversely, pull out the banknote storage cullets 1 to 16 from the automatic banknote handling machine and load it into the automatic banknote handling machine for the purpose C. 1-
Insert 11S1 step, move 1-advance/retreat drive motor 4
2, a transmission chain 43 interlocked with the transmission chain 43, and a slide body 44 that moves in the direction shown by the arrow in FIG. The E slide body 44 is inserted into the tip of the slide body 44 (= J (J-1) and the bill storage capacity [? A claw mechanism 46 is provided to pull in the force 11 (1-16).The claw mechanism 4 (5 is attached to the slide body 44 with its proximal end rotatably mounted)
- The rotary claw 47 is always rotated upward, and when it advances to the automatic banknote handling machine side, it is transferred to the banknote storage cullet 1 in the banknote removal and accumulation section 23 at the bottom of the banknote 14. A spring 4ε3 is mounted so as to be able to be latched to the formed groove 16a, and a solenoid 49 for releasing the power is operated to detach the rotating claw 47 from the groove 16a/t+ against the spring 48. It consists of With the above configuration, the banknote storage cassette 1G can be freely inserted into and removed from the banknote retrieval/accumulation section 23 for loading and examining banknotes, which have different heights depending on the automatic banknote handling bins. In FIG. 7 above, reference numeral 50 denotes a transmitter/receiver for optical communication. The transmitter/receiver 29 of each automatic banknote handling machine uses optical communication to control each movement of the moving money 114 (self-propelled, stationary, turning, adventure 0 bill storage). It transmits and receives command signals (such as tax insertion by moving the cassette forward and backward), and it is
It is provided on the open side of one end of the i part 37, but it is also provided on the opposite side (t!f in the figure) if necessary.-C11ε3
Turn 0 degrees and deal with the lifting platform.
4 KiR> Pjσ A schematic side sectional view of an automatic teller machine 8 exclusively for withdrawals (there is a card reading slip issuing device 52 provided on the top of the withdrawal 1 51, and a withdrawal-L A power supply control unit 53 is installed at the bottom of the 1-51, and a screen display device 154 for providing operational guidance is installed at the front of the upper part of the unit. The denomination-specific bill ejection stacking sections 20 and 22 for 1 and 10 K, which are arranged in two upper and lower stages and similar to those shown in FIG.
8a9 It has a banknote full detector 28b and is provided with a banknote storage capacity where banknotes P of 1,000 to 10,000 yen are separated and stored on the back side of each banknote. l? Soles 1 to 16 can be inserted. Therefore, each of those banknotes P has a banknote storage capacity h i
6 (passed through the simple inspection section 24A and inspected for stacking, shape discrimination, skimming, etc.)
270) - After being accumulated in the temporary accumulation section 55, the products are delivered to the customer according to a predetermined operation procedure (known in the art). , Jj The banknotes P that have been determined to be rigid T1 by the simple inspection unit 24Δ are accumulated in the rigid T1 to banknote storage unit 25, and are also stored in the temporary stacking unit 5.
There is a configuration C' in which the banknotes 1-) that each person l1Irl forgot to take at the time of 5 are collected in the collection warehouse. This automatic payment (transmitter/receiver 25 for b-optical communication on the rear side of E3) is installed. FIG. 10 is a schematic side sectional view of the banknote circulation type automatic teller machine (ATM) 9 installed in the step-in 1-branch 4 in FIG. A passbook printing device 61 for processing passbooks is installed in the deposit/withdrawal unit 60. Also, the deposit/withdrawal unit 60 is arranged on the rear side of the inside of the machine in the 1st stage, as shown in the above-mentioned Fig. 2. The banknote collection and collection sections 20, 21, 22, and 23 similar to those shown include a banknote collection and collection mechanism 19 and a banknote remaining m+ foot detector 28a, respectively.
A banknote full detector 2ε3b is installed on the right side, and a banknote storage cassette 1 (5) is inserted into the banknote takeout/accumulation section 20.21, 22.23 of each stage.'273
The tenth banknote takeout/accumulation section 23 is for banknote loading and inspection (
, here are 11 detectors 28 a, 28 b 4.
4. /, 7 (There is one banknote storage capacity for crew recycling, and one removable one from the back side.) The banknote takeout/accumulation parts 20, 21, and 22 on the 33rd stage of the side are each banknote storage calendar 1.
-16, banknotes [) are from the 1st column to 1,000 yen, () 1,000 yen, 1
) 1% for each denomination of 5 yen - (This is for each type of denomination. The banknotes P inserted into the deposit/withdrawal bank 62 are taken in one by one by the I-ra 63, and passed through the inspection section 24B, which is the same as the one shown in FIG. The banknotes 4r are then passed through the front-back reversing section 6/1 and stored in the banknote storage registers 1-16 of the corresponding denomination-based banknote collection/accumulation sections 20, 21, and 22 for each denomination. Also, the withdrawal operation is as follows: Banknote 11!Payment I
The required number of banknotes [-] for each denomination f+j is taken out from the Z-tub 1G (through the record inspection section 24 [3-)] (deposit/withdrawal). 1.":l 4 to be withdrawn to 62 3, 'CL J',) or 1." During automatic inspection, the banknote ejection/accumulation section 20.21.
Sequentially take out all the banknotes in the banknote storage calendar i-16 of No. 22, and pass them through the inspection section 24[3.
, banknote storage Karen l-1 of banknote removal and accumulation section 23 for scrutiny
It comes to be integrated in C. When automatically loading the reverse of A,
One banknote 1) within the banknote storage capacity range 1 to 1G of the top tier is taken out and inspected by the inspection section 24B4.
Passing C For each denomination, the banknote storage capacity cell 1 of the denomination-specific banknote collection section 2.0, 21.22 of the relevant stage is 1
3, na, 1-3, which will be distributed and stored in the banknote 1-3, is equipped with a banknote storage section 25 and a collection warehouse 56 for forgotten banknotes, similar to b1. To-
Kimon-sama's optical communication transmitter/receiver 2? ) is set up '41
ing. FIG. 11 is a side sectional view of the automatic deposit/withdrawal machine 11 (ATM>11) with a bee-shaped banknote circulation type shown in FIG. ) - Figure 10 of C1C has the same structure, and each one has the same sign. ), banknotes 1)-3
The denomination-specific banknote collection/accumulation sections 20, 21, 22 and the reject banknote storage section 25 are arranged on the front side of the deposit/withdrawal-1-1-60, and the banknote 11y storage cassettes I and 25 of each banknote are disposed at the front side of the deposit/withdrawal-1-Nitsu 1-60.
It is convenient for the staff to load the storage to 1G or Rijiek 1 from the front 7'1 side. In addition, the banknote ejection/accumulation unit 23 for loading and checking is arranged in the rear part of the deposit/withdrawal unit 1-60 where the staff cannot directly maintain the banknotes 1, 1 and 6. The storage capacities IZ 1 to 16 are the same as those described above.
Other than f, it is the same as the automatic deposit/withdrawal machine 9 (there is one). Figure and side sectional view C are shown. Handle and replenish one banknote in TS 1-16 with row 4N', inspect and line up banknotes 1) in line 4N' and 8').
Ru. This accres device 80 [also has a configuration C' that is more compact than the A-line j-rath machine 7 shown in FIG. 2, and is shown in FIG. The stacking section 23 is arranged in two stages on -1-th floor] theory (,),
Each of them has a banknote storage capacity [I+f of 16 to 1] from the rear side.
i IBi is possible. ”)7s1iil
Refill ll'i with banknotes 1-) of 41 different denominations,
21111+ banknote storage cassette 16 at the same time
There is also a banknote alignment section 8 at the bottom of the rear side of the inspection section 24 [-3].
2 is set [), and 3 Cβ, 61 (inspection part 24B) in L.
If necessary, after collecting the banknotes [] that were determined to be historical, the banknotes [C4] are taken out to sort out the damage. Furthermore, an auxiliary inspection section 2/IC for determining only the denomination is provided so that the destination of the banknotes [] accumulated in the banknote sorting section ε32 can be determined. . 41β3 Figure 2 online JRazunshin 7 As well, the deposit 1126 and withdrawal port 27 are manually operated by the staff.
(Be able to load and remove 1 ゛ banknotes.)
j, sea urchin 1.・There are 3, and there are 33 denomination banknotes IIs on the top and bottom on the front side? Deposit card 1-16 is 0 (, 2 J, where n + a is [il function, manu j) You can make a record 1 -) of one banknote in the manual 1, which is 4 shi), of course. There is also a transmitter/receiver for optical communication on the rear of the Acres device and 30; - device 29
is set up (J). In addition to the above, the intermediate machine 12 as shown in FIG. In addition to the screen display device (CR1191), the screen display device (CR1191 is
1q31, which displays the contents of the screen I7--j, displays the display time, displays the manual information from the keychain 02, etc.
Sea urchin 4I: (There. I'm showing 4T)] ＼ Notes for the minister's "ノ (21 Tsubi disk,: Turn for A line connection! l j' Use tabs, etc.) ((C3 Furthermore, if necessary, any line can be connected to the central computer.
There is. . 3#, kJJl-The automatic banknote handling machine and mobile safe 1 /1f;
6 LJ 仝 (A common one is used.
Although the XJ i 3 does not have the details shown in Figure 7J, it does have a banknote storage cullet 16! Z-tuto? Automatically classify the internal banknotes [1 at (・−)l−・−(inside the hand?”T ′)+M
Yes, Ek paper banknote storage capacity 1゛τ shelf 17
is a configuration C that can store each banknote automatically (the banknote storage capacity of the mobile safe 14 and the door 1-14, and the banknote storage capacity of the bank 1, 1, and 14) is concentrated. You can store cheap money in a safe (3) or store spare banknotes in a storage capacity of 1 < 1.
-14 to 'i11! il'lL/- (There is a device C that can be used to place the paper money. Therefore, the control of the banknote processing system having the above-mentioned lJ configuration will be explained with reference to FIG. 14. 1-11
Mobile safe 1, which is a means of transport, Kazet i-1#'J
Regarding the running side 911 of 71, for example, the automatic payment shown in FIG.
When one ten thousand yen bill left hanging in the banknote storage compartment 2~'16 is detected, the automatic teller machine 8 is set as a mask machine for the 63t group in the step inn'-4. An alarm signal is sent to the banknote handling machine monitoring device 100 of the central machine 12 via the one automatic teller machine 9 that has been installed. In response to this alarm signal, the group recycling central control device'1o
1 instructs the banknote storage cullet cress device 80 of the central machine '12 to prepare 11 yen paper banknotes, and the access device 80 instructs the banknote storage cullet IGl,m of its own banknote takeout/accumulation section 233. Collect and prepare the required number of 10,000 yen banknotes. At this point, the mobile safe 'I/IrL moves by itself on the rail 15 that constitutes the transport path and becomes the localization comb on the rear side of the concentrated PA 12! ';' , LII L, , I then performs the operation of receiving the banknote storage capacity 1-16 containing i% of h yen banknotes P. 1) The transmission/reception unit 50 of the safe 14 communicates to the two transceivers of the central machine 12 that the receipt of banknote storage capacity 1-16 has been completely completed.
With this, the central machine 12 is transferred to the automatic teller machine 8 to the safe 14.
Go to h- [Return line IR number fc. However, the mobile safe 14 moves by itself and goes to C, and at this time the automatic teller machine ε3
Then, the mobile safe 14 continues to transmit the stop signal from the mobile safe 29 to its own transmission/reception, and then the mobile safe 14 moves by itself and receives the stop signal (stop).1 In other words, Bill storage capacity cella 1-1
One of the banknotes in banknote 6 arrives at the rear side of the automatic teller machine 8, which has a shortage of +i, and stops. And that moving money l1Ti14 is standing] I-rudo, self ψ
IIJ payment unit 8 (.L transmitter/receiver 29 ))) Moves the withdrawal command of 16 to the banknote collection storage unit 1 of the banknote removal and accumulation unit 22 in the Umazu payout unit 5]1 with a small amount of 5-yen banknotes. 14 Send LJ (, 'nee!
The claw mechanism 4 (J) is pulled into one of the empty storage sections of the safe section 37 shown in FIG. 8i) In response to instructions from 11 and others, J prepares and carries 10,000 yen banknote and pushes 16 into banknote storage card 1 and automatically pays with a sea urchin (installs it in banknote takeout/accumulation section 22 of 8) It works.', r J5
-) J set insert 11 ((When performing the operation, move the safe 1)
4 is the cullet insertion/removal position [1], the rail 150 is moved back 11 times using the base U, and the current storage section is operated. This completes the insertion of 16 into the banknote storage capacity cell 1 1B 2 person exchange. 16 to the banknote storage case 1 that has been transported to the access device 80 of the central machine 12.
The j7 access device ε3o, which has been emptied (in the banknote retrieval/accumulation section 233), has been slit, and is bent (), has the banknote storage capacity 1 tips 1 to 1 (remaining banknotes 1 in 5)'. Take out one sheet and pass it through the inspection section 2 'i F3 i to check the banknote storage capacity of the denomination-specific banknote removal and accumulation section 22 [1 to 16]
Next, Figure 10 shows lζ automatic cash withdrawal machine? ) of 43 go 4 I
〆) At dawn, this automatic deposit/withdrawal +'J9 banknote storage cullet 1 of each denomination banknote takeout/accumulation section 20, 21, 22.
Each banknote P in 6 is stored in the banknote storage cullet 'I 6 + (Nijosha storage j'j:,:'': On the contrary, each banknote P is stored in the banknote storage cullet 'I 6 + (Nijosha storage j'j:,:'') in the banknote retrieval collecting section 23 for loading and examining the top row of banknotes. Type banknote takeout/accumulation unit 20.'/)i, 22 banknotes II!To deposit banknote 11
Since the distribution and loading of banknotes [-] can also be carried out in the banknotes 6, the insertion and removal of banknotes into and out of the banknotes 1 can be carried out only at the topmost stage. When it is detected that [) is full, the automatic deposit/withdrawal machine 9 cancels the transaction with the customer and transfers the excess banknotes P by the specified number or the commanded number from the central bank 12 to the full banknote storage currency 1-. 16 and transferred to the banknote storage capacity cellars 1 to 1G of the top banknote takeout/accumulation section 23. This transfer is finished...
At the same time as the customer starts any transaction again, the cash withdrawal machine 9 carries empty banknotes + 1V payment [tsu 1-16] into the mobile safe 4 using the same communication control as before. Two commands to come, self-propelled. This is 4 items 1. l-Mobile safe 1
4 moves on its own in the same way as above and stops moving to the rear side of the automatic teller machine 9. To send and receive commands from i, first move to mobile safe 1.
4 pulls out the banknote storage cassette 14 in which excess banknotes [-] from the automatic deposit/withdrawal machine 9 are stored (carry it to the empty banknote storage cassette instead of -1) -'14 Push the banknotes into the banknote ejecting/accumulating section 23 at the top of the automatic deposit/dispensing machine 9. Then, the mobile safe 14 takes the collected banknote storage cards 1 to 14 and transfers them to the central machine 12 (to be returned to the banknote retrieval/accumulation section 23 of the Ackles 30). The device 80 stores accepted banknotes.
Excess banknotes [) in the banknotes 16 are taken out one by one, separated by denomination, and distributed and stored in the banknote storage capacity cellar 1 of the banknote removal east rack part 20, 21° 22 for 16 denominations. In addition, the above-mentioned automatic deposit/withdrawal machine 9 carefully examines banknotes as shown in j double series.
We decided to cancel any customer transactions during the loading operation, but in order to give priority to customer transactions over other methods, automatic deposit/withdrawal machine 9
detects that a customer has performed an operation (for example, inserting a card), and if i=, the automatic examination and automatic loading of the banknotes will be temporarily suspended, and after the transaction with the banknote is completed, Inspection,
There is no need to keep the customer waiting until the loading operation can be resumed. In this case, the banknote remaining quantity detector 28a and the banknote full detector 28b of the automatic deposit/withdrawal machine 8 should be set at 6° and 111 with an allowance for the lowest purchase cap.
In the figure, [In the case of the Aji Line Taylor's machine 7 located inside the J-P counter 3, the automated teller machine 9]
However, when there is a shortage or excess of banknotes, the banknote storage cassette 1 is similar to
6, the banknotes P are replenished or taken back. 13. Also, since the money exchange machine 10 in FIG. 1 is a so-called automatic deposit/withdrawal machine whose function is to accept cash and dispense money exchanged, drawings and explanations of the internal structure will be omitted. Replenishment of banknotes when there is a shortage of banknotes or when the bank is full. The withdrawal operation is similar to the automatic deposit/withdrawal machine 9 mentioned above.
゛Explanation will be omitted. 1 to transport equipment mobile table Todo 14 (bill storage capacity Utsu 1 to 1 (5 insertion n + > height is appropriate for each other automatic handling of banknotes.') Mari A line Teller's Machine 7 As shown in Figure 2, the banknote storage slots I to IG installed on the inside and lower side of the counter 3 are lower than those of other automatic banknote handling machines. The automatic payment unit 8 is designed for the sole purpose of withdrawing money by denomination as shown in Figure 9.
Since it is a non-circulating type that cannot automatically check and check the banknotes within the bank, it is necessary to insert the banknote storage capacity slots 1 to 16 for different denominations in the upper two levels inside each bank. . Therefore, when inserting the banknote accommodating capacity 1-16 n+a into the men's line larders machine 7 or the automatic teller machine 8, the movable safe 14 of the Kazetsu 1-1 viewing means is <? ? By driving the motor 39 for lowering the lowering means, the cullet storage section Δ of the vault section 37 is moved to -C via the conveyor 7'IO. Insert one B or C9 into the banknote storage case 1j (2) of the automatic teller machine 8 (2) and move it up and down to match the height. Now, let's move on to the banknote storage calendar 1 of the central machine 12 shown in FIG.
~] In the banknote device 80, the banknote storage capacity of the upper and lower two banknote collection/accumulation sections 20 and 22 of the automatic teller machine 8 shown in FIG. It is desirable to be able to simultaneously access the two bill storage capacity units 1 and 16 at the same time.
If there is a shortage of 600 ten thousand yen banknotes P, 400 thousand yen banknotes P are removed from each banknote storage cullet from the banknote retrieval/accumulation section 23 of 2B2 under -F of the accres device 80. Move 16 and 600 yen banknotes 1) (!'-Bill storage capacity cellar) to safe 171 at the same time.
I,'! J. Follow (the mobile safe 14 () 2 pieces i
” 7'y Simultaneously (Banknote storage capacity (16 can be delivered to banknote 1, total of 4 cards) For example, if automatic deposits and withdrawals 1 and 9 that are accessed by one banknote storage Karen 1-16 are used to return two types of banknotes, for example, 400 1,000 yen banknotes. 600 pieces, η, the 12 access devices 80 store 400 1,000 yen bills and 600 10,000 yen bills in each banknote storage cellar 1 to 16 of the banknote retrieval/accumulation section 23 on the upper and lower tiers. Prepare a total of 1000 banknotes P,
The banknote storage capacity cellar 1 receives the banknotes 16 in the movable safe 14, and transports and installs them in the banknote shortage machine. Upon receiving this, the machine carries out its own loading operation to load the banknote storage calendar 1-.
The 1,000 banknotes P in 16 are divided into denominations and distributed and replenished in the denomination-specific banknote collection section 20.22. On the other hand, in the automatic deposit/withdrawal machine 9, etc., the banknote storage cassette 1 of the C multi-stage banknote extraction/collection part for each denomination.
6, even if the banknotes are full at the same time, the excess banknotes P of each denomination are collected in the banknote storage capacity cellar 1-16 of the banknote takeout/accumulation section 23 at one location, and the LT movable safe'141 is pulled out and conveyed. There is no support because I get it. In addition, during the operation of the group-pre-recycle as shown in 1-1.
), movement of banknotes (), shortage, fullness, 1-Ler, etc. are monitored and controlled by the centralizing machine 12. In other words, the automatic banknote handling machine monitoring device 100 of the centralizing machine 12.Online Dell's Machine Monitoring Device 102 monitors whether the banknote storage cullet 16 for each denomination of each automatic banknote handling machine is full of banknotes, insufficient, or no cassette, etc., and when there is a cassette (full, insufficient, etc.), a screen display device 91 displays a message indicating that the banknotes are full, insufficient, or otherwise. It is displayed on the screen and is recorded by the journal printing device 90.Also, if a problem with the C group recycle occurs somewhere in each automatic banknote handling machine, the staff will be notified by the staff's manual operation. The corresponding banknote handling machine is separated from the Groove Recycle 4 Noicle by the 1 toggle switch on the keyboard 92. Normally, group recycling can be done automatically, but it requires manual input from the keyboard switch and the numeric keypad. It is possible to change the specified number of recycle sheets manually, and it is also possible to change the specified number of recycle sheets as necessary during automatic operation. Each automatic banknote handling machine can perform automatic inspection and loading, and the results of all inspections can be displayed on the screen display device 91 of the central 1112, and recorded on the ``Just like that'' (K -,) (I-C1 collection t1 can be done easily 1j. At this time, the automatic payment interval 8 is automatically examined within the withdrawal - 7 nits I - scarcity 51, Since automatic loading is not possible, the paper 13 has a storage capacity of 1 ffJ for each 1 to 1 G.
There will be a gathering of people. In addition, banknotes of each denomination in the accres device 80 of the concentrator 12 are stored in the banknotes for groove recycling, and C is automatically scrutinized using the banknotes 1 to 16. There is no problem with automatic loading in C/Collection 81. In addition, all banknotes P in each automatic banknote handling machine are
This makes it easier to manage banknotes as necessary, and the banknote storage capacity of each automatic banknote handling machine 1 to 16 is only η1it-
-ζ・It is common to use C゛, and by sending those cullets to the separately installed banknote sorting and bundling machine 13, the banknotes can be automatically sorted and bundled into 5L. ! = 'i' (there is less need to walk around 1.'
/I (!-Earning % J+ Uru's C゛, but because there are many transactions 1), when there are not 4 included between 0 and 1, there is a spare moving safe in the lead-in line part of 1 nor 1 [) 1/1. J, which also uses A, is a sea urchin. ;1. If the person in charge of the banknote handling machine group does not want to confuse the banknotes P of the group A-line terrace machine 17 with those of other groups, There is a dedicated mobile safe 14 for each use (to avoid confusion of banknotes). Also, as shown in Figure 14, each automatic banknote handling machine Although the central control devices 103 of the head office etc. are operationally connected to the C line (71 line) via the del\104, the central control devices 101 for group recycling are directly connected to the central control device 103. For those that are not connected, each automatic banknote handling machine is operated in Germany v1. This is operated by using a small groove recycle.
>'+iJ Noh. For example, 11 B counter 33 has 4 A-L-In-J-Raz machines 7, or S-Dep-In 1-Dog 1 automatic payment (Iku ε 3 and automatic deposit/withdrawal machine 9 9) in a small group. If you want to apply the Group Recycle 15 formula, use Master Sleigh 1.
Operated in Type 6 Jru1,') A control device 105 for small group recycling is installed on one mask machine at the back of Marizo's small group (and banknotes 1) are stored in the safe 14. (The banknote handling and cycle operation in the J1 small group is 'n1 function' and 'n1 function.' If the above-mentioned control device 105 is distributed and arranged between each banknote automatic handling system, the above-mentioned Masters I Noso method C In this case, the number of banknotes is managed by the storage memory in the mobile safe 14 and the C-staff is notified.In other words, the inflow and outflow of banknotes is controlled between each automatic banknote handling machine side and the mobile safe 14 side. The mobile safe 14C is inspected and the number of banknotes is managed by the mobile safe 14C. ■-The banknote counter 0(, 5I:, alerts 8 when the banknotes are full, and also informs the number of remaining banknotes 1.! (avoids actual management and operation. (Movement) This month's i14 had storage sections in Karen 1 in 4 locations as shown in A to A, but this year'1 has 4 locations as shown in A to 1, but this year'1 has 626 locations r 'fj
J ability C exists, 1 A] - 1 and own a no payment) despise ε 3, self C' paper banknotes automatic examination, automatic equipment is not capable of b.
After pulling out the U banknote storage bag 1 to 16 (move it to the central location (centralized machine 12, etc.)
It is necessary to attach the banknote storage calendar 1-16 from 1 to 1. Therefore, in the case of 'C', the travel time of the moving money jΦ14 will increase, and -C' will increase (J's ability to recycle will decrease (2).'+;j')
If the withdrawal 21 Ni 1-51 of the automatic teller machine F3 is configured as a banknote circulation type like the automatic teller machine 9, the above problem will disappear, but if L is 8 becomes complicated and turns into a moon doll (no (-1) There is a 6J function ↑ (1) that causes a significant increase in stroke.Furthermore, as mentioned above, the bill storage capacity hit '1G depends on the denomination of each automatic bill handling machine. , inspection loading, and group leakage items that are inserted into and removed from the mobile safe 14 are all common C'
, management and handling 1) In addition to being able to be carried and manually handled by the person in charge Q, banknotes can be circulated manually between groups. In the storage shelf 17, all the banknote storage 7J sheets 1 to 16 of each automatic banknote handling machine are stored in the mobile safe '1/1. It is possible to store the C banknotes P in a concentrated manner in the back of the vault 6 in a concentrated manner, which is effective for crime prevention at night when the store is closed. Also, it is convenient because you can prepare the R blue bill storage cullet 16 for use, or use it for storing the bill storage cullet 16 of a malfunctioning automatic bill handling machine. [Effects of the Invention] As described above, the present invention has a vN56 storage cage 1 inside.
- The banknote storage roller 1 moves back and forth between the automatic banknote handling machines of the plurality of banknote handling machines f-9 to the right.
Equipped with a cullet conveying stage with the function of inserting ~, the cassette 1 (0) is equipped with a cassette 1 (0 feeding means to insert the banknotes 11, 7J, and 12). Exchange banknotes and use lily cycle (7.i)
Completed thing (A-) (-10) J Ref 1 ~ Transfer means to travel back and forth on the conveyance path - 4 and V2 banknote storage card [
4-lowering function that changes the insertion/removal height to c-L according to each of the automatic banknote handling machines mentioned above.Since the installation of a transport device allows multiple automatic banknote handling machines to be installed. You can manage the group and match the banknotes in each plane! J can use recycle in common - 4, each automatic banknote handling machine has 1
v Prevent the occurrence of excess cash (C゛Cash shortage A\) during work, automatically manage funds efficiently without causing operational stoppage 1, ■One person [J, etc.] -1- This can save labor in the banknote storage system 1 for the automatic banknote handling machines of different heights that are installed in each store. It is a banknote processing system that is practical and useful for non-wealth people who can easily and reliably perform group recycle operations for banknotes. 4. 1>1 in Figure 1f11) , I-illustration drawing shows one embodiment of this drawing.
The figure is I (Invented banknote processing system L +: Crew by l/
Silver that uses the recycle method? Layout diagram of various automatic banknote handling machines, etc. in i's store, Figure 2 1. Figure 3 shows the flow of banknotes during the deposit operation of the A-/I-Raz machine shown in Figure 2; Figure 4 is an explanatory diagram of the deposit operation; Similarly, FIG. 5 is a diagram explaining the automatic scanning operation, FIG. 6 is a diagram explaining the automatic loading operation, FIG. 7 is an external perspective view of the mobile safe, and Figure 8 is the automatic banknote handling of the mobile safe. Paper money storage case 1-
Figure 9 is a side sectional view of an automatic teller machine, Figure 10 is a side view of an automatic teller machine, and Figure 11 is a 1-bee type automatic cashier. FIG. 12 is a perspective view of the external appearance of the concentrator, FIG. 13 is a side sectional view of the banknote storage curry 1 haircress device of the concentrator, and FIG. 14 shows the control of the banknote processing system. There is a diagram C. 7.8.9, 10.11... Automatic banknote handling machine, 14
, 1! , -y-force IZtsu1-)ffJ sending means, (1
/1-91 Ju ii'l: Attached force 1-・Tsuto eye) device C), '-I C, 3...Banknote storage J1
11) Banknote 1, Applicant's agent Patent attorney 1 - Suzue Yoshihiko Figure 7 Figure 8

Claims (2)

[Claims] (1) A cassette that has a function of reciprocating between a plurality of automatic banknote handling machines with a banknote storage J-let inside and inserting and removing the banknote storage system 1 to and from the automatic banknote handling machines. Equipped with a transport means, the cassette transport means can be used to insert and remove the cassette.
It is configured to use the banknotes of each automatic banknote handling machine for ηrecycles by means of the banknote storage roller 1 being conveyed, and the above-mentioned force is used as a flat conveyance means, and the banknotes are returned for 1J on the conveyance path. A banknote handling system characterized by the installation of a power cellar 1 to a conveyance device having an elevating function that changes the height of the banknote storage cullet insertion to the lower level according to each of the automatic banknote handling machines mentioned above. . (2) The current conveyance device has a transmitter/receiver and moves up and down in response to a signal from the automatic banknote handling machine to match the insertion/removal height of the banknote storage cassette with the automatic banknote handling machine. A banknote processing system worm according to claim 1, characterized in that: