JPS6017583A - 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 and a currency exchange machine. The present invention relates to a banknote processing system in which the banknotes are used one time each time, and particularly relates to a banknote processing system in which the banknotes of each automatic banknote handling machine are concentrated in one place and can be counted. [Technical background of the invention and its problems] In recent years, various banks, etc. have progressed in automation of various insertions, and automation has been carried out not only at the head office of Gin II etc. but also at each branch. Automatic deposit/withdrawal machine 1-t-
Automatic bill handling machines such as made lara's machines (A"r M), automatic teller machines (Cashco Disben 1 -: CD), and currency exchange machines are installed to allow customers to use transaction media such as cards or bankbooks. Your own operations (, Automatically draw out (3) on paper or put in erotic (J) There are at least several automatic banknote handling machines in operation at each of the 8 banks.
4.Katsuten C comes with 2 digits.),
It is predicted that the number of installed machines will continue to increase in the future. However, recently deposited banknotes can be circulated on board the aircraft and withdrawn immediately. 1. tW (su(〕-, ikuru) type automatic deposit/withdrawal machine (Iku) was developed and put into practical use in 41-C. An A-line Teller's Machine (OTM) exclusively for J3 bank employees (Pura) is also available. By the way, as mentioned above, as mechanization progresses, each type of automatic banknote handling machine is operated independently and managed and operated by each party.
) Not. Therefore, in reality, there are differences in the amount of withdrawals and deposits for each automatic banknote handling machine, and these differences also vary depending on the day and the environment of the corner. There are machines that make a lot of deposits and withdrawals, and machines that make a few withdrawals, and there are problems where the machine runs out of banknotes during operation, or conversely overflows, and has to stop operating. ,': In order to avoid problems, there are 8 complaints that bank employees must constantly manage.
In particular, the bank manages funds effectively, such as when there is a shortage of banknotes in one of the multiple automatic banknote handling machines, while the other machine has an excess of banknotes. There was a drawback that it could not be done. Therefore, in recent years, with the increase in the number of installed automatic banknote handling machines, the number of automatic banknote handling machines has been increased to 4.

[There is a growing demand for a group recycle system that improves the efficiency of operating funds by managing and reusing banknotes in each group. However, in order to realize this system, it was necessary to centrally manage operating funds so that banknote handling operations such as tabulation could be performed efficiently. [Purpose of the invention]

The present invention has been made in view of the above-mentioned circumstances.It is possible to group manage a plurality of automatic banknote handling machines, such as an automatic teller machine, an automatic teller machine, and a money changer. Common to each other () - can be used once,
It is possible to prevent each automatic banknote handling machine from running out of cash or having an excess of cash while it is in operation, and to prevent it from stopping in the middle of operation.
+;:, It is possible to collect the banknotes used in each automatic banknote handling machine in one place, and it is also possible to cover the banknotes by one denomination while collecting them at -. hand,
The purpose is to provide a banknote handling system that can significantly improve the efficiency of banknote removal and collection operations. [Summary of the Invention] The banknote processing system '511 of the present invention reciprocates between a plurality of automatic banknote handling machines each having internal banknote storage capacity. Bill storage capacity cella 1-
Equipped with a cassette 1-1 general feeding means for inserting and removing the cassette,
The power pit conveyance means (insertion 11S) is configured to mutually recycle the banknotes of each of the automatic banknote handling machines by means of the conveyed banknote storage force 1~, A central machine is installed to take out and convey the incoming banknotes from each automatic banknote handling machine, receive them into the banknote storage cellar 1, and tally the banknotes in the banknote storage cellar 1. This invention is designed to collect all the banknotes in the banknote storage capacity sensor l- carried in from each automatic banknote handling machine to the centralizing machine. The explanation will be given with reference to examples (). First, Figure 1 shows an example of a bank store, in which 1 is the outer wall of the store, 2 is the lobby, 3 is the [JB counter, 4]
yo Cash 1 Boobice: ``- Step in with a name like ``Pu C.'' 1-Dog, 5 receives Teller 11 office, 6 receives Vault, and so on. Various automatic banknote handling machines are installed in the above-mentioned stores. In other words, a plurality of Δn line teller machines 7 are installed in parallel on the puller office 5 side of the counter 3, so that each person or two people can use one at the bank. Natsu C is here. Also, the above subj.
Several automatic teller machines 8 and automatic teller machines 9 are installed in 1-4. In addition, there are banknotes on the side of lbee 2. A currency exchange machine 10 that allows you to freely combine coins and a lobby-type automatic cash withdrawal machine 11 are installed side by side, and a central machine is installed in the safe room 6. Kanjiba:
CRM) 12 and the fitness of banknotes (per month after classification)
A banknote sorter (CS) 1, '3 was established. In addition, each A-finance machine in counter 3 and step-in]-, automatic teller machine 8 in J'4.
．． Automatic deposit/withdrawal machine 9 and Ni1B2 automatic deposit/withdrawal machine 112
Money exchange machine 10. Concentrator machine 121 in vault 6 Banknote sorting machine 1
Each banknote handling machine No. 3 has a banknote storage cassette 16 which will be described later.
Each banknote handling machine group has -
Two mobile safes (Group Recycling 7 Joules: GRM) 17'I, such as C1 running carts, are set up so that they can run on the rails 150 that constitute the transport path.
) is being C. In addition, the rail 15 will be gradually extended.
The equipment that can be installed is finally laid so as to pass near the back side of each of the automatic banknote handling machines, etc. The movable safe 14Δ is in a standby state C (prepared) and 17 in the figure has a banknote storage capacity of 12 (there is a shelf C), which collects the banknote storage capacity cellars 1-16 of each of the above-mentioned automatic banknote handling machines. Next, Figure 2 is a cross-sectional view of the above-mentioned online anchors machine 7, and the machine body 1 is
On the front side of E3, there are banknote takeout and stacking units 20.21°22 for different denominations arranged in 1-3 stages, and on the rear side -1=, there is a banknote takeout and stacking unit 23 for banknote loading 7 and inspection. A banknote bundle f^ extraction mechanism 19 is provided at the inner depth, and each banknote collection/accumulation section 20, 21, 22, 23 has a banknote storage capacity of 12.
-16 are inserted and removed freely. Furthermore, an inspection section 24 is installed in the middle part of the rear side of the machine body 18, which inspects the banknotes one by one while they are being transported. The inspection unit inspects dirt, tears, folds, taping), conveyance pitch, skew, etc. d5, and 25 in the figure is a rigid J provided in the front small part of the machine main body 18, a banknote storage part, 26 There is a deposit port provided at the top, and a withdrawal port 27 is also provided. 1. Between each of the above-mentioned parts, there are provided banknote conveyance paths for distribution. Figure 33 shows the flow of banknotes into this online phrase machine 7.
-Explained with reference to FIG. Figure 3 shows the flow of one banknote during deposit operation, so
The banknotes were separated one by one from the deposit [26] and taken in.
] are sorted by each denomination through the inspection section 24 as shown by the solid line C. The banknotes are temporarily accumulated and stored in predetermined denomination-specific banknote collection units 20, 21. (As shown by the dotted line in the figure, the resit ticket is accumulated in the withdrawal r'+ 27, and the bank clerk transfers the resit ticket from the withdrawal 1-127 to the deposit slot 26 and repeats the deposit operation. After the deposit operation is completed, the operator presses an approval button (not shown), and the transaction is completed through online communication between the other party (1) or the branch, and the various banknotes P that were temporarily stored (-℃) are transferred to each bank as they are. The banknotes are stored in each banknote storage cell 1 16 of the denomination-specific banknote collection unit 20, 21, and 22.If the operator presses a non-approval button (not shown), the above transaction is not completed and the banknotes are temporarily stored. The various banknotes 1) that were made will go through the withdrawal route explained below (all 1 (withdrawal 1)
-Returned to 127. Figure 4 shows the flow of banknotes 1) during a withdrawal operation, and the banknote ejecting and stacking units 20 and 21 for each denomination are connected online by pressing the amount (denomination number) designation button (not shown). ．．
The necessary number of coins are taken out from 22 in order, one sheet passes through the inspection section 24, and then the money is withdrawn to the withdrawal section 126. In addition, banknotes judged by the inspection department 24 to be inappropriate for withdrawal, etc. []
As shown by the dotted line in the diagram, the Rijiku 1 - Bill storage section 25 has Rijiku 1.
1- is done. In addition, when the above-mentioned reset 1- occurs, the corresponding amount of banknotes P is naturally transferred to the corresponding denomination banknote collection section 20゜21.2.
2 is taken out again and replenished, and the required amount is accumulated in the withdrawal [] 27. FIG. 5 shows the basic flow of banknotes during the automatic inspection operation. Total number of banknotes P stored by denomination (take out) is 31.
E a) At work, take out ()-(-sheets at a time) from the banknote storage cullet 16 of each denomination banknote collection section 20, 21, and 22 ()-(-sheets at a time). Investigation Department 2/
The banknote storage capacity P1- (group recycling cassette) 16 of the loading/M banknote takeout/accumulation section 23 is transferred to a moving collection of 4 in total. Note that the banknotes 1 and 1 determined by the inspection section 24 are withdrawn as shown by the dotted line, separated and accumulated in J27, and deposited 112 as necessary.
It is also possible to re-inject the banknotes from 6 and re-examine the banknote storage capacity cellar 1-16 of the banknote take-out and accumulation section 23. FIG. 6 shows the basic flow of one banknote during automatic loading operation, and automatic loading refers to banknotes that have been examined in the banknote storage capacity cellar 1- of the banknote removal and accumulation section 23 for loading and examination. 1] or the banknote collection unit 20, 21.2 for each denomination while inspecting and counting the solderized banknotes P according to the group recycle banknote storage capacity set h1.6 described later.
The paper money storing capacity of the two paper moneys is distributed and stored in the cellar 1 within the cell 16. The operation is to take out the banknotes P one by one from the banknote storage cassette 16 set in the banknote extraction/accumulation unit 23 for loading and inspection, pass them through the inspection unit 24, and sort them into each denomination while taking out the banknotes by denomination. The banknotes are taken into the banknote storage capacity reflector l-16 of the stacking section 20, 21, 22. In addition, the inspection department 24
28a is a bill remaining amount detector, and 28b is a bill A full detector is provided at the bottom of each banknote takeout/accumulation section 20, 21, and 22 for each denomination.In addition, 29 in the figure is an optical communication sensor installed at the rear of the machine body 18. The transmitter/receiver (') transmits and receives various command signals (described later) to and from the movable safe 14.Next, as shown in Figs. 7 and 8, the above-mentioned force is The safe (GRM) 14 will be explained. Fig. 7 is an external view of the movable safe 14, which runs by itself on two left and right rails 15 that make up a conveyance path. In other words, 30 in the figure is a running rail. A drive wheel 31 is provided on the upper part 1-30 of the lower unit 1-3 in the form of a trolley so as to be rotationally driven by a traveling drive motor 32, and the driven wheels 31a and 31a move automatically on the right rail 15. A cable reel 34 for winding up the △(C power supply Kusol 33) which is guided out by the rail 15 is built into the F section 30, and is wound and unwound by a reel drive motor 35. It is now possible to carry out.Also, - F part UNILA' l-3
A power supply unit 36 for controlling the mobile safe 1/'l is built into the mobile safe 1/'l. A safe part 37 is installed on the upper part of the lower part 11 unit 30 via a turning support 38 such as a turn deple, and is connected to a turning F-tater 38 (1801!):
There are four rails so that the rails are driven in reciprocating rotation.
5, it is possible to deal with automatic bill handling machines that start in either the left or right direction. This two-part safe part 37 has a box-like shape with one end and the ground open, and the inside of the form C1 is partitioned into the front and back of a medium-sized box. 4111J's cullet storage part Δ, B. C71], each of which can accommodate one banknote storage cassette (for groove recycle) 16. In addition, in the Dobe safe part 37, there is a drive motor 3 for group 0 as an adventure means for vertically moving the front and rear upper and lower blade sera 1 to storage parts Δ, ]3 and C11) respectively by predetermined strokes.
A chain bearing 40 and a lowering guide 41 which are interlocked with each other are provided. In addition, the above-mentioned front and rear banknotes are stored in the lower cullet storage section.
-16 is pushed out from the open end side and loaded into the target automatic banknote handling machine, or vice versa (2) The banknote storage capacity cellar 1-16 in the automatic banknote handling machine is pulled out and taken into the cullet storage section of the drawer C itself. As an insertion/removal means, a transmission chain 43 interlocked with the cassette 1 to a drive motor 42 for advancing and retracting, etc., and a rack and a binon (not shown) are used for the rotation of the cassette 1 to the drive motor 42, as shown by arrows in FIG. 8. A slide body 44 that moves forward and backward in the direction, and a slide body 44 that is mounted on this slide body 44.

Pushing root 45 that pushes out 16 into the [ ) C banknote storage cassette
Similarly, a claw mechanism 46 is provided which is inserted into the tip of the slide body 44 and pulls in the banknote storage cassette 16. The pawl mechanism 46 includes a rotary pawl 47 whose base end is rotatably pivoted to the slide body 44, and a rotary pawl 47' which is rotated in the direction tZ jl. ] 1 movement energized automatic bill handling machine side 1, - bill storage Karen in bill ejection stacking section 23 when advanced]・1 groove 1 formed on the bottom of 14
(It pertains to 5a: 1./get 12)! ,/The Sugering 4.8 and its spring 48 resist (,・
- (operation 1' to remove the rotating claw 47 from the groove 16a)
It consists of a wind release solenoid/li9, etc. With the above configuration, each automatic banknote handling machine can
'I: Naru S! ! The banknote storage cassette 16 can be freely inserted into and removed from the banknote retrieval and collection top section 23 for loading and inspection. In FIG. 7, reference numeral 550 denotes an optical communication transmitter/receiver, which communicates with the transmitter/receiver 29 of each of the automatic banknote handling machines to operate the movable safe 14 (self-propelled, stopped, rotated, raised and lowered, and bill storage capacity control). It transmits and receives command signals (such as insertion/removal by forward movement of 1 to

[No (, it is designed to deal with the case of turning 180 degrees. In addition, Figure 9 is a schematic diagram of the automatic teller machine 8 dedicated to withdrawals installed at Step In: 1-No 4 in Figure 1. It is a side sectional view, in which the Dobe km card reading slip issuing device @ 52 of the withdrawal unit 51 is provided, and the withdrawal unit and the withdrawal unit 51 are installed.
A power supply control unit 53 is provided in the F section, and a screen display device 54 for providing operational guidance is provided on the front side of the F section. top and bottom 2
1 and 1 in the same manner as shown in FIG.
Denomination-specific banknote takeout/accumulation parts 20 and 22 for each denomination are provided separately from the banknote takeout mechanism 19A, the banknote remaining amount small return detector 28a, and the banknote full detector 28b, respectively. It also has a banknote storage capacity of 1,000 yen and 1,000,000 yen banknotes R] which can be inserted and removed from the back side of each banknote. Then, each of the banknotes P is taken out one by one from the banknote storage cassette 1G and passed through the simple inspection section 24A (while being inspected for stacking, shape discrimination, skimming, etc.), the temporary accumulation section 55 of the withdrawal port 27
After the information is collected, it is delivered to the customer through a predetermined operation procedure (known to the public). In addition, simple inspection department 24 A L', rigid 1
The banknotes 1) that have been discriminated are stacked in the reject banknote storage section 25, and the banknotes [) that the customer has forgotten to take in the temporary stacking section 55 are collected in a collection warehouse. A transmitter/receiver 29 for optical communication is also provided on the rear side of the automatic payment machine 8. Figure 10 is a schematic side sectional view of the banknote circulation type automatic deposit/withdrawal ΔIM>9 installed in Figure 1 (Buru Step In-Coop 4, deposit/withdrawal x L Nira)-60. A passbook printing device 01 for processing passbooks is provided. Matada's Deposit/Withdrawal - 1 Nitsu I-60 has a 1 on the rear side inside.
Bill pick-up and stack sections 20, 21, 22, and 23, which are arranged in the lower four tiers and similar to those shown in FIG. A banknote storage cell 1-16 is inserted into the banknote retrieval/accumulation section 20, 21, 22, and 23 of each stage. The banknote retrieval/accumulation unit 23 located at the bottom of J5 is used for loading and examining banknotes. It is designed to be removably inserted. In addition, the banknote takeout/accumulation sections 20, 21, and 22 in the lower three tiers store banknotes 1) from the lower tier in the respective banknote lv storage cassettes 16: 1,000 yen, 5: 1,000 yen, 1:
There is a denomination C' which is divided into 10,000 yen denominations and stored in each denomination. Automatic deposit/withdrawal machine? 3. Deposit operation is as follows.
Banknotes inserted into the deposit/withdrawal slot 62 provided in the second section of the "forward side" [
) is taken in one by one by the take-in 11-ra 63, and then the inspection unit 241 (with a double front and back discrimination function) shown in b of FIG.
Passing through B and C each (←While being discriminated,
/1, the banknote storage capacity of each corresponding denomination-specific banknote collection unit 20, 21, 22 is calculated for each denomination.
1 (stored in the banknote 5).The withdrawal operation is performed using the banknote collection collection by denomination in each stage (h section 2 (L21.22 banknote storage capacity red 1).
The required number of banknotes for each gold deity]) is taken out from inside the bank 16 (-1 (respectively).
Through this, the money will be withdrawn to the withdrawal bank 62 of person C. Na A
51. ' During IS automatic inspection, all banknotes within the banknote storage capacity t = 16 of the banknote collection unit 20, 21, and 22 of each stage are taken out in order, and passed through the inspection unit 24[-3- 4j so that the banknotes of the device at the smallest stage C/scrutiny banknote take-out/accumulation part 2J3 are stacked in 1y storage 1 and 1-10.
: Ru. On the contrary, the 8-load 0her has the banknote storage capacity [! The banknotes 1) are taken out one by one from the mortar and passed through the C1 inspection section 2413, sorted by each denomination (-J) (in the denomination banknote collection section of the relevant stage). 20.2L 22 banknote storage area 1 is distributed and stored in 16 J, Unaru, 3 In addition, 6 similar to the above 1 ~ banknote storage section 25 and forgotten banknote collection rack 6 1, and a transmitter/receiver 29 for optical communication similar to the above is installed on the rear side. FIG. It is a side cross-sectional view of the automatic cash withdrawal machine 0 (△-1'M) 11, which is a modified version of the automatic teller machine 0 shown in FIG. 10, and which has the same configuration as that shown in FIG. Each item is given the same code (=j l, and the explanation of its structure and function will be omitted.By the way, in the case of this [-1 bee type, banknote 1-) 3
Denomination-specific banknote collection parts 20, 21, and 22 of the tiers and the banknote 1
The banknote storage unit 25 is arranged on the front side of the deposit/withdrawal unit T-60, and the banknote storage capacity of each of these parts is 16 and 16.ノ】口）Menj
It is a convenient 4'i'J sea urchin. In addition, the banknote retrieval/accumulation section 23 for loading/scrutinizing the banknote storage calendar 1-
The deposit/withdrawal cornice (arranged at the rear upper part of the unit 30, which cannot be directly maintained by the staff member), has a banknote storage capacity plate 1-16 that can be inserted and removed by the mobile safe 14 of the above-mentioned Karetsu 1-Prefecture transportation means. There is a Natsu C. - Other than these, it is the same as the automatic deposit/withdrawal machine 9. Furthermore, FIGS. 12 and 13 are similar to the vault 6 in FIG.
86 is an external perspective view and a side sectional view of the central bank (CRM) 12 installed in the bank. In the figure, 80 is a banknote circulation type banknote storage capacity cellar 1 access device, which is connected to the mobile safe 14 (operation). The access device 80 extracts and replenishes the banknotes stored in the banknotes (~1G) that have been discovered, and also inspects and arranges the banknotes that have been replenished and extracted.
It has a more complete configuration of the A-line dealer's machine 7 shown in the figure, and has a bill ejecting and stacking section 23 for loading and inspection in the upper part of the return side in two stages (J layout) as shown in Figure 13. ,
There are 4T and 4C in each of which banknote storage calendars 1-16 can be inserted and removed from the rear side. In other words, 11, profanity ¥'4 'e
'K 7) You can replenish banknotes [) of denominations or 2 (A+
It is possible to carefully examine the banknote storage cullet 16 at the same time. In addition, the inspection department 24 (
] A banknote aligning unit 82 is provided at the rear side of the bank (Cd-3), where the inspection unit 24 B (banknotes 1 determined to be reverse) are stacked in J and Lee U, and then taken out again. In addition, an auxiliary inspection section 2/IC is provided to distinguish only the denomination.
The destination of banknotes P accumulated in 32 can be determined. A3 Similar to the A-line i-raz machine 7 in Figure 2, the deposit port 26 and withdrawal [127] are manually operated by the staff.
It is a J: sea urchin that can load and take out banknotes [), and the banknote storage calendars 1 to 1G by denomination in the bottom three rows on the front side can be manually inserted by the staff with IJJ function. Banknotes [) can now be sent to Sera 1. Naturally, a transceiver 29 for optical communication is also provided on the rear side of the access device 80. The concentrated aircraft 12 of C, which was 3, is shown in Figure 12 outside of the above JS. J
9J+ <Equipped with a Cytonol printing device 90, the printed matter is treated as Cytonal (has a function of emitting) (and has a screen display device (CRT) Display/Error temporary display/4-board 92
In order to display the input information from J5 and 1q,
('+, '-) It is also possible to connect a line to a medium-sized computer.Also, all automatic banknote handling machines and mobile safes mentioned above can be used.
The banknote storage capacity cellar h16L and C, which can be inserted and removed from the banknote storage unit 14, are used in common.The banknote sorting and bundling machine 13 installed in the vault 6 in J3 in Figure 5 is not shown in detail. , Bill storage capacity Hira 1-
16 to the filler 1 - automatically sorting and bundling the banknotes 1) inside Ci), and the banknote storage capacity cellar i/storage shelf 17 is configured to automatically classify and bundle the banknotes 1) inside the banknote 1). mobile safe 1
It has a structure that can store 4 banknote storage capacity cellars 1 to 14, and all banknote storage cassettes 1-14 can be stored at night or on holidays in the safe room 6. Prepare the banknote storage cassette 14 and use it to place -(-1).
The control of the banknote processing system I with the configuration described above will be explained with reference to FIG. To explain the running control t, for example, when a shortage of ten thousand yen banknotes 1-) in the banknote storage cassette 16 of the denomination-specific banknote collection unit 22 of the automatic payment type 8 shown in FIG. 9 is detected. Then, the automatic teller machine 8 is the one automatic teller machine 9 that has been set as the mask machine of the group at step-in T1-S4.
An alarm signal is sent to the automatic bill handling machine astigmatism device 100 of the central machine 12 via the central bank. In response to this alarm signal, the central control ill device 1.1 for the group recycle commands the banknote storing device 80 of the central machine 12 to store the 10,000 yen bill. The device 80 stores the required number of 10,000 yen banknotes P in the banknote storage cassette 16 of its own banknote takeout/accumulation unit 23.
Collect and prepare. At this point, the movable safe 14 moves on the rail 15F, stops at a fixed position behind the central machine 12, and then moves to the banknote storage case 16 where the ten thousand yen banknotes P are prepared.
performs the receiving operation. -Zono bill storage boyfriend h1 (5
The optical communication 1 sends a message to the transmitter/receiver 29 of the central bank machine 12 through the optical communication 1 to the mobile safe 111's transmitter/receiver 29, and then the -I central bank 12 sends the automatic payment machine 8 to the mobile safe 14. Replying to cover the Iha issue running towards the direction. Therefore, the mobile safe 14 moves on its own and goes to -C, and at this time the automatic teller machine 8 continues to transmit the mobile safe stop signal from its transmitter/receiver 29 (J, where the mobile safe 14 moves on its own). Then, the stop signal is received #') [Stop-1-1J. In other words, the banknote 1) in the banknote storage calendar 1 to 1G has returned to a small amount.
Arrive at the back of payment machine 8 and stop C. When the movable safe 14 stops, the automatic payment machine 8 first withdraws money from the transmitter/receiver 29 to the banknote retrieval/accumulation section 22 in the 16 A withdrawal command is sent to the mobile safe 14. The mobile safe 14 that received this command stores the banknotes with insufficient amount of banknotes remaining.
The set 14 is pulled into and stored in the empty cassette storage section of the safe section 37 shown in FIG. 7 by means of the claw R mechanism 46. When this operation is finished, the mobile safe 14 automatically pays the
According to the instructions from the banknotes, the banknotes 16 are not pushed out into the banknote storage capacity L2 1, which has been prepared and carried with 10,000 yen banknotes. In addition, when carrying out the -1-distribution cellar 1 to insertion 11fJ operation, the movable safe 14 moves back and forth on the cassette insertion/removal position u-(rail 15'') and performs loading/unloading of the J set storage section. When the insertion/removal of banknote storage capacity sets 1 to 16 is completed, the mobile platform Jil'il/I moves by itself according to the return command sent from the central machine 12, and moves to the central machine 12 of C-1-1. The banknote storage cassette 16 that has been transported by the same transmission and reception as described above is sent to the empty banknote takeout/accumulation section 23 of the access device 80 of the central machine 12, and is received.
When the accumulator is installed 80, the remaining banknotes 1-] in the banknote storage capacity cellars 1 to 1G are taken out one by one and passed through the C-C inspection unit 24B.
Store it in. Next, to explain the case of the automatic teller machine 9 shown in FIG. All banknotes P are carefully stored in the banknote storage cullet 1G of the top loading/scrutinizing banknote retrieval/accumulation section 23, and conversely from there, banknotes are stored in the banknote retrieval/accumulation sections 20, 21, 22 for each denomination. Power[? It is also possible to dispense and load t [-16 banknotes F],
The insertion/removal of the cassette (J is performed only in one stage of the layer 2j). For example, when it is detected that the banknotes P in any denomination-specific banknote storage cassette 16 are full, the automatic deposit/withdrawal machine 9 The transaction is canceled and the excess banknotes 1) corresponding to the specified number or the number of banknotes ordered from the central bank machine 12 are transferred to the full banknote storage compartment.
The banknotes are taken out from the banknotes 6 and transferred to the banknote storage ht1 in the top banknote takeout/accumulation section 23 at step 16. At the point when this transfer is completed, the automatic deposit/withdrawal machine 9 starts transactions with the customer again, and at the same time, the empty banknote storage capacity register 1-'+6 is placed in the mobile safe 14 by the same control as described above. I give the command to it to come on its own 1) with a beat. Upon receiving this, the mobile safe 14 moves on its own in the same way as above and moves to the rear side of the automatic cash deposit/withdrawal machine 9 and stops.
By sending and receiving commands from phase n, the movable safe 14 first stores the overloaded banknotes 1' of the automatic deposit/withdrawal machine 9.
Pull the empty banknote 11V into the pit 14 (instead) and push the empty banknote cassette 14 into the banknote takeout/accumulation part '123 at the top of the automatic teller machine 5). Installation 6-'g. Pick up the safely moving safe '14,
-Banknote storage Karen 1-'14 Centralized machine 120 J
, and then returns and loads the banknotes into the banknote takeout/accumulation section 23 of the J7 access device EY80. The access device 80 of A is the accepted banknote storage cellar 1-1.
Excess banknotes 1-) in 6 are taken out one by one and sorted by denomination (and then distributed and stored in the banknote storage cassette '161 of each denomination banknote collection/accumulation section 20, 21, 22. At the automatic cash withdrawal machine 9), the banknotes are inspected and machined like two series! The automatic deposit/withdrawal machine 9 may cancel the customer's transaction (for example, by inserting a card) in order to give priority to the customer's transaction in other ways, even though the customer has decided to cancel the transaction during the production.
If it is detected that a banknote has been carried out, the automatic examination and automatic loading of banknotes will be temporarily suspended, and the examination and loading will be resumed after the customer's transaction is completed. There is no need to do so. In this case, the automatic person withdrawal 48 banknote balance detector 28a and C banknote full detector 28
b 4. The lowest position is Shuhiro of the same trading department') (set J
3<. In addition, the heat counter 3 shown in Fig.
) In the case of the No. 7 online cash machine 7 located on the 1 side, it is similar to the above-mentioned automatic withdrawal system 9. C: Although the explanation is omitted, when there is a shortage or surplus of banknotes P, the banknote storage capacity is the same as above. Banknotes ], ) are replenished or collected by inserting and removing the cellar T-16. Furthermore, since the money exchange machine 10 in FIG. 1 is a so-called automatic deposit/withdrawal machine that accepts cash (and releases money for exchange) with its functionality, the drawings of the internal structure and its 'dI!IIIJ are omitted, and the internal structure is The operation of replenishing and withdrawing banknotes when the remaining amount of banknotes is insufficient or full is similar to that of the automatic cash withdrawal machine 9, so the explanation will be omitted. In the 12 banknote storage units 1 to 80, the banknote storage cassettes 16 in the upper and lower banknote collection stacks 81S20 and 22 of the automatic teller machine 8 shown in FIG. Since the insertion/removal 11 has the ability to feed 1iJ, the two banknote storage cassettes 1G and 14
I want to go to work. For example, automatic teller machine 8G ([[I1 paper banknotes]
h< 400 pieces, 600 pieces of 10,000 yen banknotes [) are less than 1 j,
, l: Then, the access device ε30's 1-t2 paper banknotes I collection L [i accumulation 123 each have 400 1,000 I [J @t () 1) banknotes] Storage capacity (-16 and 600 σ) 10,000 tT] banknotes []
- Move the stored banknotes 1 to 16 and transport them to vJ money 1Φ14 at the same time -4, soσ).
This device allows you to store 2 banknotes at the same time.
14 molds were added so that 16 pieces could be delivered.
1 to 1 has 1 symbol △15〒D. For example, one banknote +1! ,,Vitality 1 Gotsu 1-16
Automatic deposit/withdrawal machine 9 etc. that can be easily accessed! ]＼If there is a shortage of 2 or more types of banknotes, for example (Mai+'1＠ is banknote h<400 pieces. If there are 600 pieces of 10,000 yen banknotes, tJ=, 1 machine 12σ)
The access device 80 is connected to the banknote drawer ([400 JJ banknotes and 60C 10,000 Yen banknotes] in the banknote storage cabinet in the stacking section 23) on either level of the earthwork.
Prepare 1,000 banknotes 1), and transport and install the banknote storage units 1 to 16 in the mobile safe 14 [mouth receipt CI-recorded banknote shortage machine]. In response to this, the 4 precepts (J
1. The 1000 banknotes [) in the - banknote storage cassettes 1G are sorted by each denomination (
] Then, 11 replenishments are made to the banknote removal and collection part 20, 22 for each banknote. On the other hand, if the automatic deposit/withdrawal machine 9 etc.' (in the automatic deposit/withdrawal machine 9, etc.) simultaneously becomes full of banknotes 1-16 in the banknote take-out/accumulation section for each denomination in multiple stages, it also removes one excess banknote P of each denomination. Banknotes fl'< +1 + stacking section 2
3 banknote storage capacity hit 16 and can be collected by the mobile safe 14 and transferred to the drawer WI.
1 (movement, shortage, fullness, error transmission of banknotes P:
etc. are all (centralized) (monitored and controlled by number 12. In other words,
The automatic banknote handling machine monitoring device 100 and A line teller's machine monitoring device 102 of the centralized TA12 check whether the banknote storage cassettes 16 by denomination of each automatic banknote handling machine are full or insufficient, whether the cassette σ) is present, etc. If there is a congratulatory message (full, insufficient, etc.), it will be displayed on the screen. -Record c by null printing device-00;
, ifru. 1. Automatic handling of banknotes on each shoulder (2 or -
When an inconvenience occurs in Group C, the automatic banknote handling machine in question is disconnected from the banknote handler by the staff's operation of the 1-Glue switch on the keyboard 92. Furthermore, although the above-mentioned group recycling is normally performed automatically, it is possible to manually switch it using a switch on the keyboard or a numeric keypad, and it is also possible to change the specified number of recycled sheets as necessary during automatic operation. Next, each automatic banknote handling machine will automatically inspect and load banknotes at the end of business hours on -day or when necessary, but the results of all these inspection sets will be displayed on the screen display device 91 of the centralized machine 12. , H journal printing device 90 F can be recorded, and the collection 81 can be easily performed.At this time, the automatic payment machine 8 cannot be automatically checked and loaded in the dispensing unit 51, so , the banknote collection unit 16 is carried into the central bank 12 (J banknotes 1-) via the mobile safe 14, and the banknote collection B1 is carried out (2nd. Also, the central bank 1
Act 2! The banknotes of each denomination in the main loader 80 are automatically inspected and inspected using the group recycle banknote storage cassette 16.
There is no problem with Shu81 because it can be loaded automatically. In addition, as mentioned in 7 above, each automatic banknote handling machine has a total of 1 banknote 1.
) can be concentrated in the banknote concentrator 12, making it easy to manage the banknotes.Moreover, the banknote storage capacity of each automatic banknote handling machine (12 tons 16) is all the same. Since the system is standardized, the banknotes are automatically sorted and bundled by sending them to the separate bill sorting and bundling machine 13, which automatically sorts and bundles the bills. 4i: There is less need to walk around. 1: As I have heard, normally two mobile safes 14 are operated, but if there are too many mobile safes 14 and it cannot be completed in time, a spare mobile safe IΦ on the lead-in line of the rail 15 is used.
As 14A is also used, 'cK 1゜゜゜ = banknote self-spindle handling machine Iff has different roles, so I would like to confuse the banknotes P in group 17 of the online teller's machine with those in the previous group. If there is none, it is possible to avoid the collection of banknotes by using a dedicated mobile safe 14 for each person. Each automatic banknote handling machine is connected to a line (near-in-twin) via a central control unit 103 at the head office, etc., and operated by a line connection (near-in-twin). Control device 10'
1 is not directly connected to the central control device 103,
Each banknote handling machine can be operated independently or suspended at will. In addition, the mobile safe 14 is separated from the above-mentioned concentration 1 and 12.
It is also 111 possible to use it for small group leakage to avoid operating power. For example, place the four online teller's machines 7 in the counter 3 or the four automatic teller machines 7 in the step-in counter 4 and the four automatic teller machines 9 in the middle of the small group. ) I,: If the group recycle system is applied, the master-slave system is used. In other words, one mask machine in the small group is equipped with a small group recycle control head 105 ()-
If C1 banknotes and I banknotes are always held in the movable safe 14, it becomes possible to carry out banknote recycling operations in this small group. In addition, if the control device 105 is distributed to each automatic banknote handling machine and installed, the master-slave method described above can be avoided.
,)realizable. In this case, the memory in the mobile safe 14 is
1. (Manage the number of banknotes and notify the staff. In other words, the inflow and outflow of banknotes will be audited by each automatic banknote handling machine and the movable safe 14.) The number of banknotes will be managed by the mobile safe 14. So, the transmitter and receiver are 29 and 50 respectively.
sends a signal to the automatic banknote handling machine via optical communication,
From the top of the board, the monitor will alert the staff of the lack of recycle banknotes, fullness, etc., and will also let you know the number of banknotes remaining! −
(Avoid management and operation.<'c J';, In the above embodiment, the mobile safe 14 has power l!tsu1~storage section Δ~1) J, and 4 places Ij
However, this can be done either in one place or in two places.
White! For items that cannot be loaded with fiII, after moving the banknote storage cardlet 1-16 to another location (such as the central bank 6112), transfer the banknote storage cardlet 1-16 from the mobile safe 14 to the banknote storage cardlet 1-1-1.
16 is attached, 1, zu(.-na! 1 (2 and 4, sub-,) -(L, 1, the travel time of the mobile safe 14 increases λ, so only the group Lily The efficiency of the system will be reduced.If 1 is configured as a banknote circulation system like the automatic teller machine 9, the above problem will occur. However, the automatic teller machine 8 becomes complicated and becomes a puppet, which may lead to a significant increase in the number of banknotes.Furthermore, as mentioned above, the banknote collection capacity is reduced. 1 to 16 are common to each banknote handling machine's denomination, inspection loading, and group recycle that is inserted and removed by the mobile safe 14, making it easy to manage and handle, and also easy to carry and manually carry by staff. It is also possible to manually circulate banknotes between groups.Furthermore, in the banknote storage units 1 to 17, the banknote storage capacity of each automatic banknote handling machine is adjusted by a movable safe 14. Sera 1
All banknotes P can be stored and stored safely in the back of the safe 6.
It is useful for crime prevention when the store is open at night or on holidays.It is also useful for crime prevention when the store is open at night or on holidays.It also has a banknote storage capacity of 1-16. It is convenient because it can be used to store or store the banknote storage capacity of the machine. It is equipped with a cassette conveying means having the function of reciprocating between a plurality of automatic banknote handling machines having a banknote handling machine and inserting and removing a banknote storage cullet into and from the automatic banknote handling machines.・The banknote storage capacity cellar 1 to be conveyed is configured to recycle the banknotes of each automatic banknote handling machine into phase n, and is transferred to the cassette conveyance means (taken out from each automatic banknote handling machine and conveyed) banknote storage)
Collect the banknotes in the banknote storage capacity cellar 1- by accepting the banknotes 1-? By installing a centralized machine, it is possible to manage multiple automatic banknote handling machines in a group (the banknotes in each machine can be shared among each other, and the banknotes used can be recycled).
It is possible to prevent cash shortages or excess cash from occurring during the operation of each automatic banknote handling machine, and to automatically manage funds efficiently without causing operational stoppages. It is possible to save manpower, and to centralize and collect the banknotes used in each automatic banknote handling machine in one place.
In addition, it is no longer possible to sort banknotes by denomination, eliminating the need to separately tally banknotes in each automatic banknote handling machine, and greatly increasing the efficiency of the banknote handling process. At the same time, since the banknotes in each automatic banknote handling machine can be transported in their banknote storage cassettes, it is possible to transport banknotes in large numbers at once without relying on human hands, making banknote handling operations simple and efficient. Banknote processing system and 4
[ru.

[Brief explanation of the drawing]

The drawings show one embodiment of the present invention, and Fig. 1 is a layout diagram of various banknote handling machines, etc. in a bank store that has adopted the group recycling method using the banknote processing system of the present invention, and Fig. 2 is a diagram showing the arrangement of various automatic banknote handling machines, etc. Online Delaz machine side sectional view, 3rd
The figure is an explanatory diagram of the depositing operation showing the flow of banknotes in the depositing operation of the A-n Renderers machine in Figure 2, Figure 4 is also an explanatory diagram of the withdrawal operation, Figure 5 is also an explanatory diagram of the automatic inspection operation, and Figure 6 is an explanatory diagram of the automatic inspection operation.
The figure is also an explanatory diagram of the automatic loading operation, Figure 7 is an external perspective view of the mobile safe, and Figure 8 is a partially omitted mechanism for inserting the banknote storage carre l to m2 into the automatic banknote handling machine of the mobile safe. Figure 9 is a side sectional view of an automatic teller machine, Figure 10 is a side sectional view of an automatic teller machine, Figure 11 is a side sectional view of a bee-type automatic teller machine, and Figure 12 is a side sectional view of an automatic teller machine. FIG. 13 is a side sectional view of the banknote storage system 1-access device of the central bank machine, and FIG. 14 is a 1-1 diagram showing the control of the banknote processing system. 7.8.9.10.11... Automatic bill handling machine, 12.
...Concentrated cotton, 14.15...Transportation means to Kare 1, 1
6... Bill storage capacity hit, P106 bill. Applicant's agent Patent attorney 4 Takehiko Suzue Figure 7 Figure 8 Figure 7

Claims (3)

[Claims] (1) Equipped with a cassette conveying means that has a function of reciprocating between a plurality of automatic banknote handling machines holding a banknote storage cullet therein and inserting and removing the banknote storage cassette into and from the automatic banknote handling machines. The banknotes stored in each of the automatic banknote handling machines are recycled and used in phase 14 by the banknote storage card which is inserted and removed and transported by the cassette transport means.
), a concentrator was provided for collecting banknotes in the banknote storage capacity cellar by receiving the banknote storage cassettes taken out and conveyed from each automatic banknote handling machine by the transport means. Features Tozuro banknote processing system. (2) The banknote processing system according to claim 1, wherein the cassette conveying means is a self-propelled mobile safe that travels along m feeding paths and with a banknote storage capacity of 1 to 1. l
\. (3) The central machine is configured such that an in-machine inspection section performs a check, such as checking the authenticity and merger of banknotes, and tallying the bills in 4 psi categories for each scale. The banknote processing system as described in Section 2 or Section 2.