JPS6017577A - 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 an automatic deposit/withdrawal machine that automatically deposits and withdraws money, placed in each branch of a bank, or an automatic teller machine. The present invention relates to a banknote processing system in which the banknotes are exchanged and used, and particularly to a banknote processing system in which the configuration of a special dispensing machine such as an automatic teller machine in the system is simplified. [Technical background of the invention and its problems] In recent years, various types of automation have progressed in banks, etc., and there are automated machines in the main branch of banks, as well as in each branch, where deposits and withdrawals are automatically performed for customers. Automatic deposit/withdrawal machines (Automated deposit/withdrawal machines; △cho M), automatic cash dispensers (CI), and automatic banknote handling machines such as currency exchange machines are installed, allowing customers to use transaction media such as cards or passbooks. Customers can now withdraw and deposit banknotes automatically through their own operations.
It remains open for extended hours even after bank counters close. The number of automatic banknote handling machines has increased from a minimum of several in each bank branch to two-digit numbers in many branches, and the number of such machines is expected to increase in the future. An automatic cash deposit/withdrawal machine was developed and put into practical use that circulated the banknotes inside the machine. iJ members (pullers) exclusive A-n-line terazun-shin (0'l-
M) has also been set at 1°d = 6, and even though mechanization has progressed as mentioned above, the various automatic banknote handling machines each operate independently and do not manage and operate each other. Therefore, (in reality, each automatic banknote handling machine has a difference in whether it is more or less for withdrawals or personal money, and the difference depends on the day. Yo-C also has some machines that make a lot of deposits or withdrawals, and some machines that make a few withdrawals, and there have been problems where the machines run out of banknotes during operation, or conversely overflow, and have to stop operating. In order to prevent this from happening, bank employees must constantly manage the situation, which will result in an increase in staff, and the -15 of multiple automatic bill handling machines.
The applicant had the disadvantage of not being able to effectively manage funds, such as aircraft having a shortage of banknotes while the other machine C had an excess of banknotes. Group handling machines↑1C
, 1 and Shikashi are embarking on the development of a system that circulates banknotes of phase 7j in the middle of 111'. When realizing 2, each banknote itself J handling 1 number (, 2 vs. 2 banknote storage capacity cell 1 - force 1! Foot feeding means B; In order to complete the cycle of
Each banknote handling machine receives the incoming banknote storage capacity IZ 1- and distributes the banknotes inside the machine to the designated banknote storage unit 1- for each denomination inside the machine. , conversely, store banknotes of the name denominations in the drawer 1~
The carrying means has to accumulate the banknotes to be carried out, and for this reason, the banknotes must be scrutinized in the machine like the automatic deposit/withdrawal machine mentioned above. ! It is good to have a banknote circulation type that can load 11 times, but automatic teller machines that are designed only for withdrawals do not have a banknote circulation function, so they cannot be used with other automatic banknote handling machines. Manage RY to improve the efficiency of operating funds.J, Udo! When you use the machine, it becomes necessary to circulate banknotes inside the machine, which makes the structure complicated, turns it into a puppet, and becomes expensive. This is a problem in light of the current situation where there is a strong demand for small and inexpensive automatic teller machines because of the large number of machines installed. It is possible to manage a group of multiple automatic banknote handling machines, such as automatic teller machines and change machines, and the banknotes in each machine can be recycled and used in common, so that all automatic banknote handling machines are in operation. It is possible to prevent cash shortages or cash surpluses from occurring during the process, and automatically calculate efficient fund management by managing operating funds to a minimum without causing operational stoppages. F. In particular, a banknote processing system that is very practical and easy to use, even though automatic teller machines and other cash-dispensing machines are small and inexpensive, almost the same as conventional banknote handling machines, and can be easily managed in groups along with other automatic banknote handling machines. [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 cassette therein. Automatic handling (Insert/remove the banknote storage cullet at night (instinct) A general feeding means is provided, and the banknote storage cassette is inserted/removed and fed by the conveying means. y) - (It is configured to recycle and reuse the banknotes from each of the automatic banknote handling machines mentioned above,
Of the two automatic banknote handling machines, at least the dispensing machine is equipped with a plurality of banknote storage cassettes according to denomination, which are inserted and removed by the above-mentioned force puller 1 to conveyance means C', each of which has a banknote storage capacity of 1 to 1. With this structure, the banknotes inside the machine can be directly withdrawn as banknotes without being circulated inside the machine, and banknotes from multiple automatic banknote handling machines, including the above-mentioned automatic banknote handling machines, can be managed in common, resulting in efficient funds management. This made the operation possible. [Embodiment of the Invention] Hereinafter, the present invention will be explained from a 4T perspective with reference to an illustrated embodiment. First of all, Figure 1 shows an example of a bank store. In the figure, 1 is the outer wall of the store, 2 is the lobby, 3 is the 1B counter, and 4 is the step inn. 5 indicates the teller's office, 6 indicates the safe room.

[4- A high-quality automatic banknote handling machine is installed. In other words, on the side of the J-Ra funeral office 5 of the counter 3, the A-line Terra-Soonshin 7 is located at the counter 3.
"-W'1")'? Multiple T machines are installed side by side, and each bank employee or two people (one machine can be used by each bank employee). Several machines 9 are installed side by side.Furthermore, in the lobby 2, there are currency exchange machines 10 and bee-shaped automatic cash withdrawal machines 11 that can be freely combined. To register I1 IY room 0 has a central machine 1 to 1 to 1 to 1 to monitor; CR
M) 12 and a banknote sorting and bundling machine (cage P sorter; C3) 13 that can classify the fitness of banknotes and also bundle them. Also, each A line teller's machine 7 in the counter 3 and the automatic teller machine 8 of the step-in course 4. Automatic deposit/withdrawal machine 9 and 1/2 automatic deposit/withdrawal machine 112 Money exchange machine 10
．． Concentration of vault θ 11''2. Each automatic banknote handling machine of the banknote sorting and bundling machine 13 has a banknote storage cassette 16, which will be described later. (
Common banknote storage capacity: 11x1 to 1x1 to 1x11]~transfer
Grooveli + J Ikurumoji-7-le; GI dog M) 14 can run and move on the rail 15F-',) I (T, installation t + ure)

[There is. The other rail 15 is laid so as to pass near the back side of each of the above-mentioned automatic banknote handling machines. In the figure, reference numeral 17 indicates bill storage racks 1 to 1. The banknote storage racks 1 to 1 of each of the above-mentioned automatic banknote handling machines are
It is now possible to form a set of 6. Next, FIG. 2 is a cross-sectional view of the above-mentioned A-line Terrace' machine 7, in which banknotes by denomination are collected in 1-3 stages on the front side of the machine body 18 ($6.')+20 .21゜2
2. A banknote stacking section 23 for loading and inspecting banknotes on the upper part of the rear side, and a banknote stacking and retrieval mechanism 19 in the center of each.
, each of which has a banknote ejection/accumulation section 20, 21,
At 22 and 23, the banknote storage cellars 1 to 16 are freely inserted into and removed from the cellar 1. Historically, an inspection section 24 is provided in the middle part of the machine main body 18 on the instantaneous side to inspect the bills one by one while they are being conveyed. 1) Distinguishing banknotes (stains, tears, folds, taping), conveyance pitch, skidding, etc. J3, and 25) in the figure is the machine body 1
8, there is a rigid I-li 1 to bill storage section provided on the front side F section, 26 is a deposit port provided on the L section, and 27 is a withdrawal port C as well. C) Each division that voted! There is a banknote transport path between 4 and 4 for sorting.
(There is. I15 on this A-n line
Figure 3 shows the flow of banknotes P during deposit operation 11N.
', the banknotes P separated one by one from the deposit slot 26 and taken in are passed through the inspection section 27'I as shown by the solid line and divided into one banknote for each denomination, for example, 1,000 yen banknote 1. 5,000 yen banknote 5
Then, the 10,000 yen banknote 10 is temporarily accumulated and stored in a predetermined denomination banknote collection unit 20, 21, 22, as shown in FIG. Further, the banknotes P that are determined to be rejected by the inspection unit 24 are separated from the regular conveyance path and accumulated in the withdrawal [27] as shown by the dotted line in the figure. &,I
, the bank clerk transfers the money from 11 withdrawal [2127 to deposit 026 and repeats the C re-deposit operation. However, after the deposit operation is completed, the operator presses the 4T approval button shown in the diagram.
The transaction is completed through online communication with the bank or the branch, and the various banknotes that were temporarily stored are transferred to J, A, and the banknote retrieval/accumulation units 20 and 2 for each denomination.
1. It is stored in each of the 22 banknote storage slots 1-16. Furthermore, when the operator presses a non-approval button (not shown), the above transaction is completed! Zu-gawa [,1 Hou? The various banknotes P that were
It will be returned on the 27th. Figure 1 shows the flow of banknotes during the withdrawal operation. After pressing the amount (denomination number) designation button (not shown) and online communication, each denomination fθ banknote collection 1111
! From 20.21.22, the required number of coins are taken out in the order of lj, passed through the inspection section 27'i one by one, and the money is withdrawn. In addition, the inspection section 24 determines whether the withdrawal is inappropriate or the like, and the banknotes are checked as shown by the dotted lines in the figure. In addition, if the above-mentioned rejection occurs (), the banknotes P from 4F to A will be transferred to the corresponding denomination banknote collection section 20, 21.
221tsi was taken out again, supplemented, and withdrawn J27
(The necessary amount of banknotes are stacked 4.) Figure 5 shows the basic flow of banknotes during automatic scrutinizing operation. The purpose of this is to take out and count all the banknotes stored in the banknote storage cassette 16 by denomination (22), and the operation is carried out by the banknote extraction/accumulation unit 20, 21 for each denomination.
．． In the same manner as during the withdrawal operation, take out C one by one from the banknote storage cassette 1 of 22 and pass it through the inspection section 24 from 16 to the banknote storage cassette 1 of 22.
While counting, the banknotes are moved and stacked in the banknote storage cassette (group recycling cupboard 16) of the banknote takeout and stacking unit 23 for loading and inspection.The banknotes P that have been rejected by the inspection unit 24 are separated and stacked in the payout 127 as shown by the dotted line. If necessary, the banknotes can be re-inserted from the deposit slot 26, and then the banknotes can be stored in the banknote removal/accumulation section 23.
It is also possible to re-examine the banknote storage cassette 16. Figure 6 shows the basic flow of banknotes 1) during non-automatic loading operation (..., automatic device type is E-loading, etc.)
The scrutinized banknotes [) or the banknotes 1) that have been put into the L-twin 1 by the banknote storage ts 1 to 16 described later are placed for inspection in the scrutinized banknote storage unit 1- of the scrutinized banknote take-out/accumulation section 23. Each denomination has a banknote takeout/accumulation section 20 for each denomination.
21.22 bill storage capacity There is a distribution storage capacity in the cellar 1-16. Its operation is carried out by the banknote removal and accumulation section 2 for loading and inspection.
The banknotes [
] are taken out one by one and passed through the C inspection section 2/1.
1. Take it into the banknote storage cassette 16 of 22. At that time, the banknotes determined to be 1 and 1 by the inspection unit 24 are collected in the banknote storage unit 25! 1! I will be treated. J3, in the above figure 2, 28a in figure C indicates the remaining banknote t11.
Shortage detector, 28 [) is a banknote full detector, each - has 2
Reference numeral 29 in the figure indicates an optical communication transmitter/receiver provided at the rear of the coin main body 18, which is provided at the bottom of each denomination-specific banknote collection unit 20, 21, and 22. A device that sends and receives signals between moving metals 14°C
be. Next, the mobile safe (GRM) 14 of the Karen l-transporting means described above will be explained with reference to FIGS. 7 and 8. FIG. 7 is an external view of the movable safe 14, which moves on two right and left one-knolls 15. That is, in the figure, 30 is a traveling truck-like upper unit C1.A driving wheel 31 is provided on this lower unit 30 so as to be rotationally driven by a traveling drive motor 32, and it runs on the left and right rails 15 together with a driven wheel 31a. This lower unit l-
A cable reel 34 for winding up an AC power cable 33 led out along the rail 15 is built into the cable reel 30, and winding and unwinding can be performed by a reel drive unit 35. . Further, a power source section 36 for controlling the movable safe 14 is built in the lower part 1-30. In the -L part of the lower part -j chive I-30, there is a safe part 3.
7 is provided via a turning device 38 such as a tongue armable, and the 180 eaves 11 is driven to rotate back and forth by a turning motor 38a. It is designed to be compatible with automatic JL banknote handling machines. This upper safe section 37 has a box-like shape with one end and the soil surface open, and the inside is in the center! ] It is partitioned into the front and back of the eye, and inside the front and back, there are four cassette storage sections A and 81.D arranged in upper and lower stages, each with a banknote storage calendar. 16 (for group recycle) can be stored one by one.
, : The upper safe part 337 is equipped with an adventure means for moving the front and rear lower blade sensor storage parts A, B and C, I respectively up and down to the predetermined slots 1 and 337. drive t
-ta 39 and its interlocking body 4
0 and an adventure guide 4'1. Further”
The banknote storage capacity cellars 1 to 16 in the upper and lower cassettes 1 to 2) are pushed out from the open end side and loaded into the target automatic banknote handling machine, or vice versa. As a cassette insertion/removal means for pulling out the banknote storage capacity cellar T-16 and taking it into the own cassette storage section or covering it, a drive motor 42 for advancing and retracting the cassette, a transmission chain 43 interlocked with the drive motor 42, and a transmission chain 43 are used. Rotation N (2 e.g. shown (
] The slide body 114 moving forward and backward in the direction shown by the arrow in FIG.
There is a banknote storage capacity cell l-1 on the banknote body 44.
A push plate 45 for pushing out the bill storage cassette 16 and a claw mechanism 46 that is also inserted into the tip of the slide body 114 and pulls in the banknote storage cassette 16 are provided. A rotating claw /1.7 is attached with the base end rotatably attached to the banknote, and this rotating claw 47 is constantly urged to rotate upward and advances toward the automatic banknote handling machine side. Banknote storage capacity inside the banknote take-out and accumulation section 23!・Groove 1 formed at the bottom of the 14
6a, and a wind release solenoid 49 that operates against the tin ring 48 to separate the rotary claw 47 from the groove 16a. Due to the above configuration, the height of the loading/scrutinizing banknote ejecting/accumulating part 23 differs depending on each automatic banknote handling machine.
The banknote storage capacity cellar 1-16 can be freely inserted and removed. In FIG. 7 above, 50 is a transmitter/receiver for optical communication, and 1-
Each operation of the movable safe 14 (self-propelled, stopped, rotated, j1 drop, bill storage capacity (insertion/removal by 2-way forward 3-U movement, etc.) is commanded by optical communication with the transmitter/receiver 29 for each banknote automatic handling unit. A: This is a device for transmitting and receiving the i number, and it is installed not only on the open side of the 3" l of the ten-part safe, but also on the opposite side (not shown) if necessary. 1. Figure 9 is a schematic side view of the automated teller machine 8 for withdrawals installed at IJ Sudep Inkono 4 shown in Figure 1. This is a sectional view, and a card reading slip issuing device 52 is installed on the top of the withdrawal unit 151, and the withdrawal unit b1 is
A power supply control section 53 is provided at the bottom, and a screen display device 54 for providing operational guidance is further provided on the -1- group side thereof. The above-mentioned dispensing unit 51 is arranged in two stages, upper and lower, on the rear side of the interior, and has banknote ejection/accumulation sections 20.22 for denominations 1 and 10 similar to those shown in FIG. It is equipped with a banknote ejection mechanism 19Δ, a banknote shortage detector 28a, and a banknote full detector 28b, each of which also serves as a banknote loading mechanism, and is loaded with banknotes of 1,000 to 10,000 yen from the back side of each banknote. ) A banknote storage cassette 1-16, which is divided into sections and stored therein, is removable. Then, one banknote P is taken out from the banknote storage capacity cellars 1 to 16 and passed through the simple inspection section 24A (while being inspected for stacking, shape discrimination, s, t, etc.) After being accumulated in the temporary accumulation section 55, the information is delivered to the customer through a predetermined operation procedure (known in the art). Also, banknotes P that are rejected by the simple inspection unit 24△
are accumulated in the reject banknote storage section 25, and banknotes [) that the customer has forgotten to take in the temporary accumulation section 55 are collected IΦ
It is a configuration that will be collected in the future. A transmitter/receiver 29 for optical communication is also provided on the rear side of the automatic payment machine 8. Figure 10 is the sdep in ml in Figure 1 --74
This is a schematic side sectional view of a banknote circulation type automatic deposit/withdrawal machine Δ'M) 9 installed in the bank, in which a passbook printing device 61 for processing passbooks is provided above a deposit/withdrawal unit 60. The deposit/withdrawal unit 1-60G has banknote takeout/accumulation units 2o, 21, 22, and 23 arranged in four upper and lower stages on the rear side of the interior thereof, and which are similar to those shown in FIG. 2 above, respectively. It is equipped with a handling machine side 19, a bill remaining amount shortage detector 28a, and a bill full detector 28b, and a bill storage cassette 16 is installed in each banknote collection/accumulation section 20.21..22.23 of each stage. 1, which is inserted and installed, and the banknote takeout/accumulation section 23 at the top stage is for loading and inspecting banknotes, and there is no detector 28a, 28bG; 16 can be inserted and removed from the back side.Furthermore, the lower three tiers of paper/bill removal/accumulation sections 20, 21, and 22 store the banknotes 1) in each banknote storage cullet 16. From the bottom, it is divided into denominations of 1,000 yen, 5,000 yen, and 10,000 yen. The banknotes 1-1 inserted into the banknote II 62 are taken in one by one by the banknote 1-ra 63, and then passed through the inspection section 24B, which is the same as the one shown in FIG. Then, it passes through the front-back reversing unit 64 and then passes through the front-back reversing unit 64.
1.1g of banknotes are stored in the 22nd banknote storage cassette 16. In addition, the withdrawal operation is performed by the denomination-specific banknote collection/accumulation section 20 of each stage.
21. Each denomination f' from inside the bill storage cellar 1-16 of 22
8, the required number of banknotes are taken out one by one from C1 ↓, and the money is deposited and withdrawn through the record inspection section 24 and 3.
The money will be withdrawn at 162. Furthermore, during automatic inspection, the banknotes 1-) in the banknote storage calendars 1-16 of the denomination-specific banknote collection units 20, 21, and 22 of each stage are sequentially removed ().
Then, the banknotes are accumulated in the banknote storage cell 16 of the upper loading/scrutinizing banknote takeout/accumulation unit 23 that passes through the inspection unit 24B. On the contrary, during automatic loading, the banknotes P are taken out one by one from the banknote storage cassette 16 of the above-mentioned means, and each banknote P passes through the inspection section 2413 and is sorted by each denomination ().
20.21.22 Banknote removal and accumulation section for each denomination of the relevant stage
The banknote storage capacity is distributed and stored in the pins 1-16. Note that the mouth is also provided with a paper banknote storage section 25 and a collection box 56 for forgotten banknotes, similar to those described above. Further, a transmitter/receiver 29 for optical communication similar to the above is provided on the rear side. FIG. 11 is a side sectional view of the lobby-type banknote circulation type automatic teller machine (Δr-M) 11 in FIG.
This is a modified type of the automatic teller machine 9 shown in the figure, and has the same configuration as the one in Figure 10. By the way, in the case of [1]] B1.!, the three denomination-specific bill ejection/accumulation sections 20, 21, 22 and the banknote storage section 25 for depositing and discharging 1 - 25 tiers of banknotes [] The banknote storage cullet 16A') is disposed on the front side of the inside of the banknote 1-60 so that it is convenient for the staff to perform maintenance on the banknote storage cullet 16A') in each section from the front door 71 side. In addition, the banknote retrieval/accumulation unit 233 for loading and checking has a banknote storage capacity of 16
The banknote storage cassette 16 is placed in a part of the rear side of the unit 60 for deposits and withdrawals that cannot be directly maintained, and the banknote storage cassette 16 is transferred to the transfer means 1! It can be inserted and removed by I71/l. Other than that, it is the same as the automatic cash deposit/withdrawal machine 9. Furthermore, Figs. 8 is an external perspective view and a side sectional view of a banknote centralizing machine (CRM) 12, in which 80 is a banknote circulation type banknote storage capacity reflex 1-access device, -Fii [! Mobile safe 14
Banknotes in banknote storage cases 1 to 1G carried by 1)
In addition to sampling and replenishing the banknotes P, the banknotes P that have been replenished and sampled are inspected and arranged. This access device 8
0 has a more complete configuration of the online teller's machine 7 shown in Fig. 2, and as shown in Fig. 13, the banknote ejection/accumulation section 23 for loading and inspection is arranged in two stages, upper and lower, in the rear L section. Each of the 16 banknotes can be inserted into and removed from the banknote storage calendar 1 from the rear side. In other words, it is possible to replenish banknotes P of different denominations at the same time, or to inspect the two banknotes with 12 and 16 set at the same time. A banknote aligning unit 82 is provided in the L section, where the banknotes P determined to be backs by the inspection unit 24B can be stacked once as necessary and then taken out again. In addition, an auxiliary inspection section 24Cb'X is installed which distinguishes only the denomination, so that the destination of the banknotes P accumulated in the banknote sorting section 82 can be determined. 7
Deposit 1'' 26 and withdrawal 027 LL staff can manually load and unload C banknotes [)] in the same manner as above, and banknotes by denomination in three rows above and below on the 401 side. Storage capacity 1 = TS 1-16 is attached to the back of the 7-way neck mount 80 so that the clerk can have a pit for banknotes 1 that can be inserted and removed (C manual J, banknotes 1). A transmitter/receiver 29 for communication is also installed. Also, the concentrator 12 in A is equipped with a sol printing device 90 for printing other than the above (as shown in Figure 12). It has the function of turning things into digital X-nulls and emitting η.
It is now possible to display input information such as hr r, etc. (Although not shown in the figure, it is equipped with a memory + tJ floppy disk, a line adapter for online connection, etc.), and is necessary for history. It is possible to connect to the 21st banknote handling machine and mobile safe 1.
Insert into 4 IB2-J banknote storage 7J t-16 are all-
C common ones are used. In addition, ``1st door LI 73 vault 6 &C installed I
ζ-Banknote sorting and bundling machine 13 is shown in detail 1-'<:i: However, the banknote storage capacity t! It is configured to automatically sort and bundle the banknotes (the banknotes inside the cellar 1 and the banknotes), and the storage shelf '11 is used to store each banknote. Automatic handling machine and banknote storage in mobile safe 14]
Concentrate and safely store all banknote storage cullets 14 in the vault 6, or prepare spare banknote storage capacity cellars 1 to 14 for battle. It can be used to However, the control of the banknote processing system 1 having the configuration shown in FIG. 14 will be explained below. First, to explain the running control of the moving money i'z of the currency h conveyance means, for example, the bill storage force 1 of the denomination-specific bill takeout/accumulation section 22 of the automatic teller machine 8 shown in FIG. When an insufficient amount of ten thousand yen banknotes P is detected in -16, the automatic teller machine 8 transfers the amount of banknotes P through one automatic teller machine 9 set as a group instant machine in the step-in corner 4 to -C The alarm I is sent to the automatic banknote handling machine monitoring device 100 of the central machine 12. Upon receiving this alarm signal, the central control device 10 for C-Group Recycling 1j-cycle
However, the banknote storage capacity of the concentrator 12 is such that it commands the bag packaging layer 0 to prepare b-yen banknotes P (I), and the access device 80 or its own banknote ejecting and stacking unit 23 The required number of 10,000 yen banknotes P are accumulated in the banknote storage registers 1 to 1 (5) and used for -C. At this point, the mobile rh Kinnoki 14 runs on the rail 15 and is placed on the rear side of the C concentration machine 12. It stops at a fixed position, and then receives the banknote storage cassette 16 equipped with ten thousand yen banknotes P h < t?.It moves by optical communication to confirm that the reception of the banknote storage cassette 1-16 has been completely completed. The transmitter/receiver 50 of the safe 14 communicates with the two transmitters/receivers of the central machine 12, and the central machine 12 sends back a running signal to the mobile safe 14 to direct it to the automatic teller machine 8.Thus, the mobile safe 14 At this time, the automatic teller machine 8 continues to transmit a mobile safe stop signal from its transmitter/receiver 29 [), and the mobile safe 1 is sent there.
4 comes by itself and receives the accompanying signal ( ) (stops. In other words, the banknotes P in the banknote storage capacity cellar 1-16 are at the return side position of the automatic payment 1% 18 where the remaining amount is insufficient. When it arrives and stops. At L2, 1/3 of the mobile safe stops, and the automatic payment machine 8 first withdraws money from the two transmitters and receivers." Insufficient banknote storage capacity remaining
16, is sent to the mobile safe 14. The transferred money $14 that received this command is pulled into the empty cassette storage section of the safe section 37 by the claw mechanism 46 and stored. do. When this operation is completed, the movable safe 14 receives a command from the automatic teller machine 8 to push out the banknote storage capacity cellar 1-16 that has prepared and carried ten thousand yen bills l], and takes out the banknotes from the automatic teller machine 8. The mounting operation is performed on the accumulation section 22. This power cellar l-1
When performing fli removal operation, the mobile safe 14
In accordance with the insertion/removal position, reciprocating movement on the C rail 155 and raising and lowering of the cassette storage section are performed. Thereafter, when the insertion of banknote storage capacity cellars 1 to 16 182 is completed in G, the mobile safe 14 moves by itself to the original concentration 112 in response to a return command sent from the concentration machine 12.
- The access device ε of the central machine 12 transfers the banknote storage capacity cells i to 16 that have been conveyed through the same transmission and reception as described in 11. Cress device! '￥801. ! , the remaining banknotes P in the banknote storage card 1-16 are taken out one by one and sent to the inspection section 24.
The banknotes are passed through F3 and stored in the banknote storage calendar l-1 (5) of the denomination-specific banknote collection unit 22.Next, the case of the automatic automatic deposit and withdrawal machine shown in FIG. Each banknote [ ] in the banknote storage cassette 16 of each denomination banknote collection/accumulation unit 20 , 21 , 22 of each stage of the deposit/withdrawal machine 9 is one banknote (lF < banknote storage of the upper stage banknote collection/accumulation unit 23 The banknotes 1-) can be carefully stored in the cassette 16, and conversely, the banknotes 1-) can be distributed and loaded into the banknote storage cellars 1-16 of each denomination banknote collection/accumulation section 20, 21. For example, when it is detected that one banknote in any of the gold insertion/bill storage capacity sets 1-16 is full, the automatic deposit/withdrawal machine 9
cancels the transaction with the customer and removes the specified number of excess banknotes or the number of banknotes ordered from the central bank 12 into the full banknote storage cell 1.
- 16 and transferred to the banknote storage cassette 16 of the top banknote takeout/accumulation section 23. When this transfer is completed; the automatic deposit/withdrawal machine 0 is opened at the same time as the customer starts any transaction (I4'', the same as above is transferred from the control nail to the safe 141).
□-Engineering banknote storage capacity 1! It runs on its own with Tsu 1 to 16 and commands τ to come. Mobile safe 1)
When the banknote 4 moves on its own and stops moving to the rear side of the automatic teller machine 9 as in item 11, the movable safe 14 first collects the banknotes in which the excess banknotes P of the automatic teller machine 9 are stored by sending and receiving commands from the other party. The user pulls out the storage cassette 14 toward himself and pushes the empty banknote storage cassette 14 carried into the banknote takeout/accumulation section 23 at the top of the automatic teller machine 9 instead. And the transferred money 17F14 is the banknote storage cassette 14 that was taken.
Return to the centralized IJ 12 with the L! ! I fill it. The access device 80 receives the banknote storage cassette 16.
Take out the excess banknotes P one by one and sort them by denomination C.
The banknotes are distributed and stored in the banknote storage cassette 16 of the base denomination type banknote takeout/accumulation section 20, 21, 22. The automatic deposit/withdrawal machine 9 is designed to stop transactions with customers during banknote inspection/loading operations as described in 1 above, but the automatic deposit/withdrawal system is adopted to give priority to customer transactions. When the machine 9 detects that the customer has performed an operation (for example, inserting a card), LtJ-I1J examination of the banknotes is carried out.
If the automatic loading operation is temporarily interrupted and the customer is inspected and listened to the loading operation after each transaction, there is no need to keep the customer waiting. In this case, automatic deposit/withdrawal machine 8
A banknote shortage detector 28a and a banknote full detector 28b
is set with a margin of at least 100 trading units, and U d3 <
,,Also, in Figure 1, there is A-Linderaz located inside Lobby Counter 3 in J3()! In the case of the machine 7, the explanation will be omitted because it is similar to the automatic teller machine 9, but when there is a shortage or surplus of banknotes 1), the banknotes 16 are inserted into and removed from the banknote storage cellar 1 in the same way as described above. ) to replenish or withdraw. Furthermore, since the function of both PI machines 10 in FIG. 1 is a so-called automatic deposit/withdrawal machine that accepts cash and dispenses money exchanged, drawings and explanations of the internal configuration will be omitted, and the description thereof will be omitted. The operation of replenishing and withdrawing banknotes when the amount of banknotes inside is insufficient or full is similar to that of the automatic cash dispensing machine 9, so the explanation will be omitted. Next, in the paper type storage cassette access device 80 of the central machine 12 shown in FIG. Since the cassettes 16 are each for group recycle and can be inserted into and removed from the movable safe 14, it is desirable to be able to access the two banknote storage capacity hits 16 at the same time. For this reason, for example, there are 400 C 1,000 yen bills [) in the automatic teller machine 8.
If there is a shortage of 600 ten thousand yen banknotes P, then the banknote storage cassette 16 containing 400 thousand yen banknotes P and the banknote storage cassette 16 each containing 400 thousand yen banknotes P and 600 ten thousand yen banknotes from the upper and lower banknote retrieval/accumulation sections 23 of the access device ε30. 16 and 16 are simultaneously deposited in the movable safe 14 and transported to the banknote storage cellar 1 in which the banknotes 1-) and 16 are set, and the device 11 is directly placed in the upper and lower banknote collection/accumulation sections 20 and 22 of the automatic teller machine 8. zu°. Follow - (
The movable safe '14 also has a total of four cassette storage parts A to () so that two banknote storage cassettes 16 can be delivered at the same time. For example, there is an automatic cash deposit/withdrawal machine 9 that can store 1 bill and is knockless. If there is a shortage of banknotes of the same grade or higher, for example, 1,100 1,100 yen banknotes. When the number of 600,000 yen banknotes is 600, the knock hiss device 80 of the concentrator 12 is operated by the banknote 1rM collection top section 2 of the banknote 1rM on the -F or lower level.
3. One bill storage cardlet 1-16 contains 400 yen bills.
Prepare a total of 1000 banknotes, including 600 yen banknotes and 600 yen banknotes, and have the banknote storage cassette 16 received by the mobile safe 1/I and transported and installed in the J-marked banknote shortage machine. The machine that receives this sorts the 1,000 banknotes P in the - number of banknote storage carts 1-16 into denominations by its own loading operation.
Supplementary light will be distributed. On the other hand, automatic deposit/withdrawal machine 9
Even if the banknote storage cassettes 16 of multiple stages of gold insertion/banknote collection/accumulation sections are simultaneously full, the excess banknotes 1 of each denomination are stored in one banknote storage/accumulation section 23. Gather at Chikara Sera 1-16 and put J in the mobile safe 14.
There is no need for supports as the drawer can be transported by pulling it out. In addition, as mentioned above, during the operation of the lf groove recycle, the movement, depletion, fullness, etc. of banknotes P, etc. are all monitored and controlled by the central machine 12. The banknote handling machine monitoring device 100 of the centralizing machine 12 and the banknote handling machine monitoring device 102 check the banknote storage capacity for each denomination of each automatic JN banknote handling machine, and the presence or absence of 1-16 banknotes that are full, defective, or missing. etc. are monitored, and Tatsumi (full, insufficient,
etc.), a message to that effect will be displayed on the screen display device 91 to alert the staff, and the
Recorded by 0. Furthermore, if a problem with group recycling occurs in any of the automatic banknote handling machines, the corresponding automatic banknote handling machine is separated from the group recycling by the i-heggle switch on the keyboard 92 through the manual operation of the staff member. Further, although the above-mentioned group recycling is normally performed automatically, it can be switched manually using a switch on the keyboard or a numeric keypad, and it is also possible to change the specified number of sheets to be recycled if necessary during automatic operation. Next, at the close of business on -day or when necessary, each banknote handling machine will be automatically inspected and loaded (line 4').
Inspection of all C's was completed by a number of songs, 120 display screens on the central machine, 11 jars, and 90 J-le printing devices.
(F record 4゛・Kiruyo 411) Tei-(, collection can be done easily Qi, j, becomes. At this time, automatic receipt and payment example 8 is withdrawal,] Ninira 1-5 'C automatic payment Since scanning and automatic loading are not possible, the banknotes L] with a storage capacity of 1 G are carried into the central machine 12 via the mobile safe 1/1 and then tallied. Ackles device E3
There is no problem with collection i1 because automatic examination and automatic g filling can be performed using the banknote storage capacity set h16 for group recycling. Also, Saturday; for all C banknotes of each automatic banknote handling machine)
This makes it easier to concentrate (concentrate on 12 -C1 banknotes 1-), and the banknote storage capacity cellar 16 of each automatic banknote handling machine is the same and common. 1No C is available.The power is to set it in the banknote sorting and bundling machine 13 installed separately.It can automatically sort and bundle the banknotes, and there is no need for staff to walk around the store carrying the banknotes. In addition, as shown in Fig. 1, two mobile safes 14 are normally operated, but the number of transactions is large (if the transaction cannot be completed in time, the Y-equipped mobile safe 14A at the lead-in line of the rail 15 is also operated). In addition, if you do not want to confuse the banknotes P of the group of online teller's machine 17 with those of other groups because the person in charge is different among the automatic banknote handling machines, use -1 dedicated movement for each. It is possible to avoid confusion of banknotes by specifying that different safes 14 are used.Furthermore, as shown in FIG. The group recycling central control device 101 is directly connected to the central control device 103 (independent operation/suspension of each banknote handling machine is not possible). It is also possible to separate the mobile safe 17I from the central Ia 12 and operate it for small group recycle. For example, the A-ran in the lobby counter 3,
4 units of Inderazunshin 7 or Step Inni J
-4's O) If you want to apply the group recycling method described above with four machines, the payment machine 8 and the automatic deposit/withdrawal machine 9, as the middle of a small group, use the master slave 1j1°Cej. In other words, is there a small group recycle control device for one mask machine in the small group? If ff 1 (15 is set (Jku, banknote 1-)) is always kept in the movable safe 14, continuous use of banknotes and recycle in the small group is reduced to 01.
Nodo naru 3, na A3, . If the control device 105 is disposed in each automatic banknote handling machine in a distributed manner, it can be realized without using the master-slave system described above. In this case, mobile safe 14
The number of banknotes is managed and notified to the staff member C using the internal storage memory.In other words, the number of banknotes is managed in the mobile safe 14 by monitoring the inflow and outflow of banknotes from each automatic banknote handling machine and the movable safe 14. They send signals to the automatic banknote handling machine via optical communication via transceivers 29 and 50, and then send signals to the automatic banknote handling machine via a conventional remote monitor to alert the clerk that the cycle banknotes are insufficient or full, and also to check the remaining amount of banknotes. Management operations are carried out by informing the number of banknotes. 4f. In the above embodiment (J), the mobile safe 14 is
! ]・Arrange the storage compartment as shown in △no〒l* (14 places, right 1
．． However, look at l■ in 1 place (・t) in 2 places - C4g> Possible (there is 3, A111). After pulling out the banknotes 16 from the storage wallet 1 and moving them to another location (such as the banknote 12), it is necessary to reload the banknotes 16 from the moving banknote 14 and attach the banknote 16. -) In this case, the number of times the mobile safe 14 is opened during movement will increase, and the efficiency of group recycling will decrease accordingly.
If we adopt a banknote circulation type configuration like the automatic teller machine 9, the above problems will be eliminated, but then the automatic teller machine 8 will become complicated and there will be 14 dolls, leading to a significant increase in UIIIF5. there is a possibility. Furthermore, as mentioned above, the banknote storage capacity rack 1-16 is common to all automatic banknote handling machines for denominations and inspection loading, as well as for groove reliving 4noicles that are inserted and removed by the movable safe 14, making management and handling simple. It is also possible to carry banknotes by staff and manually circulate them between groups.
1. In addition, the banknote storage cullet storage shelf 1 '7 C (
- The banknote storage cullet 16 of each automatic banknote handling machine is completely stored in the mobile safe 1/I. Pay 'Cd
3. It can be effectively used for crime prevention at night or when the store is closed.Also, prepare a spare banknote storage calendar 1-16 and use it for purchase or when it is out of order. It is convenient to store the banknote storage capacity Cera I-16 of the automatic banknote handling machine. Curtain 1-transporter moves back and forth between a plurality of automatic banknote handling machines and inserts and removes banknotes into the automatic banknote handling machines. It is configured to mutually recycle and reuse the banknotes of each of the automatic banknote handling machines by means of a banknote storage cullet that is inserted and removed and transported by the cullet 1 to the conveyance means, and at least one of the automatic banknote handling machines For withdrawal only (Iku has the power cellar 1 above inside the machine)
It is equipped with a banknote storage capacity of 12 to 12 for each denomination to be inserted by the conveying means, and is configured to directly take out banknotes in each banknote storage cassette by circulating them in the machine. As a result, it is possible to commonly manage multiple banknote handling machines, including machines exclusively for dispensing money at the bank, and each banknote handling machine can be easily managed while in operation. This prevents the occurrence of operational stoppages in the middle of the process and eliminates the possibility of operation stoppages, and also automatically manages the operating funds to a minimum and efficiently manages the funds, which saves the labor of staff such as staff. However, the machine for recording and dispensing money is designed to directly insert and remove the CC alloy type banknote storage cassette using the cullet conveyance means and dispense the banknotes inside the banknote storage cassette as they are. Like automatic teller machines, it is small and inexpensive, making it a very practical banknote processing system with low economic efficiency such as equipment costs.

[Brief explanation of drawings]

The drawings show one embodiment of the present invention. Figure 1 shows the banknote processing system of the present invention J. Arrangement diagram, Figure 2 is a side sectional view of Online Tellers 7 Thin, Figure 3 is a diagram explaining the flow of banknotes during the deposit operation of the A-line Tellers machine shown in Figure 2, and Figure 4 is the same. Figure 5 is a diagram explaining the automatic scanning operation, Figure 6 is a diagram explaining the automatic loading operation, Figure 7 is an external perspective view of the mobile safe, and Figure 8 is the banknotes in the safe. A partially omitted mechanical diagram of the means for inserting and removing the banknote storage calendar 1 to and from the automatic handling machine, FIG. 9 is a side sectional view of the automatic teller machine, and FIG. 10 is a side sectional view of the automatic teller machine. Fig. 11 is a side sectional view of the lobby type automatic teller machine, Fig. 12 is an external perspective view of the central machine, and Fig. 13 is a side sectional view of the banknote storage cell 1 and 7 removal device of the central machine. , and FIG. 14 is a schematic diagram that does not show the control of the banknote processing system. 7, B, 9.10.11... Automatic banknote handling machine, 8...
・Withdrawal machine (automatic payment II), 12... Centralized machine, 1
4.15... q-knot conveying means, 16... 12 banknote storage compartments, 1-)...-3 banknotes, Applicant's attorney, Takehiko Suzue, Figure 7, Figure 8, /-

Claims (1)

[Claims] The cassette 1 is provided with means for transporting it to a cassette 1, which has a function of reciprocating between a plurality of automatic banknote handling machines each having a banknote storage cassette therein, and also has a function of inserting and removing the banknote storage cassette into and from the automatic banknote handling machines. The banknotes of each of the automatic banknote handling machines are mutually recycled and reused by the banknote storage capacity hit that is inserted and removed and conveyed by the conveying means, -1
- Among the automatic banknote handling machines, at least the dispensing machine is equipped with a plurality of banknote storage capacity cellars 1 to 1 for each denomination which are inserted and removed by the upper 2 cassette conveying means inside the machine body, and each banknote storage cassette for each denomination is A banknote processing system characterized in that the banknotes are configured to be able to be taken out as i-drawn banknotes without circulating the banknotes within the machine.