JPS6017586A - 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 (such as
Regarding a banknote processing system that automatically performs one stage of automatic deposit and withdrawal and one automatic payment machine exchange (a banknote processing system that manages multiple automatic banknote handling machines in groups and uses those banknotes mutually and repeatedly) In particular, the banknotes between each automatic banknote handling unit are put into the banknote storage Karen 1 and carried in by the cullet conveying means.
, the current banknote processing system].

[Technical background of the invention and its problems]

Near IF, each silver? Various types of automation have progressed in the 7th class, and not only the main branch of banks, but also each branch has been mechanized. Made Delaz 7thin: ΔT”M)
Y) Automatic teller machine (Given by Ki A. Tschdisben: Cl
)) and automatic banknote handling machines such as currency exchange machines are installed, allowing customers to automatically withdraw and deposit banknotes using transaction media such as cards or passbooks. , XNatsu'C1130, bank counter business line J'' has been extended for 6 hours and C is in operation. E's various automatic banknote handling machines are available in various branches! J3 has started counting two digits from a minimum of a few machines to a large number of branches. An automatic deposit/withdrawal machine has been developed and put into practical use that allows you to withdraw money directly. There is also an A-line i''nose machine (OT'M) for bank tellers.

However, as mentioned above (even with advances in mechanization, the various automatic banknote handling machines are not operated independently and managed by each banknote handling machine independently).Therefore, in reality, each automatic banknote handling machine has a There are large and small differences in the amount of money and deposits, and the difference varies depending on the day, and also depends on the environment of the Catch Coni Corner (there are machines that make a lot of deposits or withdrawals, and machines that make few withdrawals, and there are machines that make a lot of deposits or withdrawals, There have been problems where machines have run out of banknotes or overflowed, forcing them to shut down operations.Also, in order to prevent such problems from occurring, do bank employees need to constantly manage the banknotes? Also, if one of the multiple banknote handling machines runs out of banknotes, the other machine may have an excess of banknotes. The drawback was that it was difficult to manage funds effectively.

Therefore, in recent years, with the increase in the number of automatic banknote handling machines mentioned above, it is possible to improve the efficiency of operating funds by managing the various automatic banknote handling machines in appropriate groups and reusing the banknotes in these machines. There is an increasing demand for a glue recycling system that aims to achieve this.

However, in order to realize Type 15, it is necessary to store banknotes in the banknote storage capacity set 1~ and insert/remove them in order to efficiently carry in the operating funds of each automatic banknote handling machine. However, it is troublesome for humans to do this, and a means for automatically inserting and removing the banknote storage currency I into and out of each automatic banknote handling machine is required. It is necessary to make it possible to insert and remove banknote storage cassettes from various automatic banknote handling machines, which are installed facing different directions at various locations in the store.6 [Object of the Invention] The present invention was created in view of the above circumstances, so it is possible to manage multiple automatic banknote handling machines such as automatic deposit/withdrawal machines and automatic payment machines (bill exchange machines) in a group, and the banknotes in each machine can be shared among common banknotes. C1 Each banknote handling machine can prevent cash shortages or excess cash from occurring during operation, and automatically manage funds efficiently without causing operational stoppages. -1- Automatic handling of various banknotes installed in various locations in the store in various orientations (the banknote storage capacity point containing banknotes can be easily inserted and removed); The purpose is to manipulate the system.

[Summary of the invention]

The banknote processing system 1 of the present invention has a banknote storage capacity cell 1 inside.
The case 1-1 is equipped with a general feeding means which has the function of reciprocating between a plurality of automatic banknote handling machines and inserting and removing the banknote storage capacity cellar 1- into and from these automatic banknote handling machines. The force of 1 is a structure in which banknotes from each of the automatic banknote handling machines are recycled and reused by the banknote storage cassette that is inserted and removed by the transport means, and the force sensor 1 is used as the transport means. A case with a turning function that changes the insertion and removal direction of banknote storage cassettes while moving backward through the forwarding path 1-) It is configured with a cassette feeding device, and there are different locations throughout the store.
It is possible to easily carry out grooving by matching the insertion/removal direction of the banknote storage calendar 1 to various automatic banknote handling systems.

(Embodiment of the Invention) Hereinafter, the present invention will be explained with reference to an illustrated embodiment. First, Fig. 1 shows an example of a bank store (in the figure, 1 is the outer wall of the store, and 2 is the outside wall of the store). [ ] Bee, 3 is [1 Bee no Counter,
4 is the office, which is also known as ``Sudep Inn'', 5 is the office, and 6 is the safe.

In the above-mentioned store, various banknote handling machines are installed.In other words, on the side of the counter 3, there is an A-line teller's machine 7 along the counter 3. Each bank employee uses one machine or two people use one machine.
JTSUBUIN-1-NO4 tL2IJ automatic withdrawal machine 8 and own OJ person withdrawal machine 0 are lined up - (゛Installed 11.
3. ``History 1'' has a -2 mark (3- is a banknote.

] There is a bank 10 and a bee-shaped automated teller machine 11 are installed in parallel S9, and there is also a central machine (lower 1 sen h 1)-7 tsudori-1- in the money room 6. Monitor; CR
M) Banknote sorting and bundling machine (Ki (・Tsushi X・Sorter: C3) capable of sorting 120 and 1-loss banknotes and sorting them into one bundle)
13 are installed.

In addition, each A-Lar in the counter 3, the in-Lara machine 7, and the automatic teller machine 8 of the Step Incorporate 4. Automatic deposit/withdrawal machine 9 and automatic deposit/withdrawal machine 112 of [''B2] Currency exchange B
, ll 10 , each automatic banknote handling machine of the centralizing machine 129 of the banknote sorting and bundling machine 13 of the vault 6 has a banknote storage capacity cellar l described later.
A self-propelled case 1 to a transport system, i.e., a running trolley, are used as transport means to carry a common banknote storage cassette to the group of automatic banknote handling machines. Two mobile safes (GRM) 14, such as the one shown in FIG.

4 ``Oh, that rail 'IL) can be set up gradually as ff1i=j<f, and finally it passes near the back side of each of the above-mentioned automatic banknote handling machines, etc. 4. Another movable safe 14A is placed on standby at one end of the lead-in line of the rail 15.

In addition, numeral 17 in the figure is a banknote storage rack, which allows the banknote storage cases 1-16 of each of the automatic banknote handling machines to be collected.

Next, FIG. 2 is a cross-sectional view of the online teller machine 7, and the back side of the machine body 18 has banknote ejection/accumulation units 20.2122 arranged in 1st and 3rd tiers in L on the front side of the machine body 18. ``A part of the banknote loading/accumulating parts 23 for banknote loading and inspection are provided with a banknote stacking/unloading mechanism 19 deep inside each banknote, and banknotes are stored in each of the banknotes taking out/accumulating parts 20, 21, 22, and 23.] JL1 to JL16 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 to inspect the bills one by one while they are being conveyed. ,
117, J-Z crystal) discrimination, conveyance bidge, skew, etc. In Figure 2, 25 is the banknote storage section, 26 is the deposit slot installed at the top, and 27 is the same. 1 for withdrawal.Thus, the distribution is 1 = f = I between the interfering parts.There is a banknote conveyance path (9) in this A-line terrace 7th line 7. The flow of banknotes will be explained with reference to FIGS. 3 to 6.

Figure 3 shows the flow of one banknote during deposit operation, so
The received banknotes P are collected one by one from the deposit item 26 by η1 (C), and are sorted by each denomination through the inspection section 24 as shown by the solid line, for example, T-yen banknotes IK.

5,000 yen banknotes 5 and 10,000 yen banknotes 10K are temporarily accumulated and stored in banknote retrieval sections 20, 21, and 22 according to predetermined denominations. Further, the banknotes P that are determined by the inspection unit 24 to be tickets for reject 1 are separated from the regular conveyance path and stacked at the withdrawal port 27 as shown by the dotted line in the figure, and the rejected bills are transferred to the bank exit 1-. Deposit I from 27] Transfer to 26-C Repeat the re-deposit operation. However, after the C deposit operation is completed, the A verator presses the approval button (not shown), and the transaction is completed through line communication with the branch (A line communication), and the -116 banknotes listed above are saved.
is as it is for each corresponding σIif banknote stacking section 20.
21 and 22 are stored in each banknote storage cellar l-16. In addition, the operator presses the non-approval button (not shown) at -4 and the transaction is completed! The various banknotes P that have been temporarily stored pass through the withdrawal route described below (all are returned to the withdrawal port 27).

Figure 4 shows the flow of banknotes during the withdrawal operation 41:), so when you press the amount (denomination number) designation button (not shown), online communication starts. 20,
The cards are taken out in the order of the number of cores from 21 and 22, pass through the inspection section 24 one by one, and are withdrawn to the withdrawal section 1126.

Further, the banknotes which are determined to be inappropriate for withdrawal by the inspection unit 24 are rejected to the banknote storage unit 25 as shown by the dotted line in the figure.

In addition, if a handout occurs, naturally the corresponding amount of banknotes P will be transferred to the corresponding denomination banknote collection section 20゜21.2
2. M amount is withdrawn, replenished, withdrawn, and the required amount is accumulated at 21.

Figure 5 shows the basics of banknotes 1) during automatic withdrawal operation. Sera 1-
16 (stored by J denomination, : banknote 1-) all in one (
Removal-C There are 4 cases, and the operation is based on the banknote storage capacity of each denomination banknote retrieval/accumulation section 20, 21, 22 1-16.
In the same way as during the withdrawal operation, take out the bills one by one in step 1), pass them through the inspection section 24, load them all while making M numbers, and transfer them to the banknote storage area of the banknote extraction and accumulation section 23 for inspection (Group Recycle Cards!- )16. J3L Record Inspection Department 2
4? 1' Rigid Jri 1 ~ The determined banknote P is TJl on the dotted line
'l <For withdrawal] The banknotes are separated and stacked in 27, and if necessary, they are re-inserted from the deposit slot 2G and -1- marked banknotes are taken out and stacked at 23.
It is also possible to re-examine the banknote storage calendars 1 to 16.

FIG. 6 shows the basic flow of banknotes P during automatic loading operation, and automatic loading refers to the above-mentioned loading and examination of banknotes 1 into the banknote storage cassette of the examination banknote take-out and stacking section 23.
Or banknote storage case 1- for glue recycling as described in 4 below.
3) distributing and storing the banknotes 1] checked by 16 in the banknote storage cassettes 16 of the banknote takeout/accumulation units 20, 21, and 22 for each denomination while inspecting and counting the banknotes;
That action is loading.

I? 1) Take out the banknotes one by one from inside the stored banknote storage and pass them through the cage inspection section 24 for 18 minutes for each denomination, then take out and collect the banknotes by denomination. It is taken into the banknote storage cassette 16 of the square parts 20, 21, and 22. At that time, one bill that has been identified by the inspection section 21 (') is accumulated in the bill storage section 25.

Note 1. In Figure 2, J3-C, 28a is a bill remaining insufficient detector, and 28b is a bill full detector, which are located at the bottom of each of the denomination-specific bill collection sections 20, 21, and 22, respectively. It is provided. In addition, 29 in the figure is the machine body 18 mentioned above.
A transmitter/receiver for optical communication provided on the rear surface of the safe 14 is used to transmit and receive various command signals, which will be described later, to and from the mobile safe 14.

Next, referring to FIGS. 7 and 8, the mobile safe (GRM) 1/1, which is the conveying device of the above-mentioned Cullen conveying means, will be explained. FIG. 7 is an external view of the movable safe 14, which is designed to run on one knoll 15 on the left and right of two holes forming a conveyance path. In other words, 30 in the figure is the upper part of the running trolley.
A driving wheel 31 is provided in this Z section 30 so as to be rotationally driven by a traveling drive motor 32, and the driving wheel 31 is self-propelled along the left and right 1-knoll 15'' along with the subordinate 1J wheel 31a. This F part 21 unit 30 has a built-in cable reel 34 for winding up the AC power supply couple 33 which is recovered and led out from the rail IF5, and winding and unwinding can be performed by a reel river drive motor 35. It looks like this. In addition, this mobile safe 14 is in
A control terminal 36 is built-in. At the top of the lower unit 30, a safe part 37 is driven to reciprocate 180 degrees by a turning motor 38a through a turning device 38 such as a turnable. The upper safe section 37 is designed to be compatible with automatic banknote handling machines that are arranged in either the left or right direction. It is partitioned into the front and back (and inside the front and back, each one is arranged in two lower tiers, and one Karen 1-storage part △, B, C, l) is constructed, and each of them has a Bill storage capacity 1- (for group recycle) 16 can be stored one by one.Also, the upper safe part 3
[3]
and C and D as lifting means for moving each of them by a predetermined stroke. etc. are established. In addition, each of the above front and rear - L bottom row]
~Each banknote storage card 1 to 16 in the storage sections A to [) is pushed out from the open end side and loaded into a target automatic banknote handling machine, or conversely to the banknote storage capacity 16 in the automatic banknote handling machine.
Pull out your own cassette 11X! A cullet insertion/removal means for taking it into the storage compartment C, a drive for advancing and retracting the cassette 7-
42, a transmission chain 43 interlocked with this, a slide body 44 that moves forward and backward in the direction indicated by the arrow in FIG. 4/1. ,,,l-
When the banknote storage capacity is 1 t'l (3i extrusion 4!), the tip ΔIN of the slide body 44 is also
A claw mechanism 4(') is provided to pull in the banknote storage force l-1 (3).The claw mechanism 4
6 is attached to the slide body /141.1 by rotatably pivoting the proximal end of C and attaching it with a rotary claw 47, and this rotary claw /17 is rotated in the upward direction. Bill storage capacity hit 14 in the bill takeout and accumulation section 23 when advancing to the automatic bill handling machine side
It is installed so that it can be locked in the bay 16a formed by the bottom (
t t: J rader spring 48 and its spring 4
It is comprised of a pawl release solenoid 49, etc., which operates to disengage the rotating pawl 47 from the IIN 16a against the force of the IIN 16a. With the above configuration, each automatic banknote handling machine is loaded with different heights.The banknote storage cassette 16 can be freely inserted into and removed from the banknote removal/accumulation section 23 for inspection. .

In FIG. 7, reference numeral 50 denotes a transmitter/receiver for optical communication, which controls each operation (self-running, stopping) of the movable safe 14 through optical communication with the transmitter/receiver 29 of each automatic bill handling machine.

There is one that transmits and receives command No. 13 for hb, times, and banknote storage capacity (insertion and removal by forward and backward movement of Z-piece 1-), F.
One end of the safe section 37 is opened (: J-F I
J< established on the opposite side (not shown) depending on the heart valve
(, I B OI!5: It is designed to deal with the case where turning i=.

In addition, FIG. 9 is a strategic side sectional view of the automatic teller machine 8 exclusively for withdrawals installed at J316 step-in 1-:J-4 in FIG. A card reading slip issuing device 52 is installed (J is installed, and the withdrawal is also 2),
A power supply control unit 53 is installed at the bottom (J), and a double-sided display device (F) for operation guidance is installed at the top front side of the Zara (4, ()).
f b 4 is provided -C. 1- Recording and withdrawal of money - J knits 51 are arranged in upper and lower rows on the rear side of the interior, as shown in the above-mentioned FIG. are each provided with a banknote ejection mechanism 19Δ, a banknote shortage detector 28a, and a banknote full detector 28b, each of which also serves as banknote loading, and is loaded with banknotes of 1,000 yen and 10,000 yen from the back side of each banknote. Divide P into [
The stored banknote storage cassette 16 is made removable.Then, each banknote j is taken out one by one from the banknote storage cassette 16, passed through the simple inspection section 24Δ, and conveyed. The money is collected in the temporary accumulation section 55 of the 27 while being sorted by shape, size, etc., and then handed over to the customer according to a predetermined operation procedure (known to the public). ~Discrimination 1] The banknote 1) is Risiek! The banknotes that were accumulated in the banknote storage section 25 and left in the temporary storage section 55 and forgotten by the customer [)IJ
There is a configuration 'C' that is collected in the collection warehouse. This automatic payment (number of 8
A transmitter/receiver 29 for optical communication is also provided on the rear side.

Figure 10 shows the banknote circulation type automatic deposit/withdrawal machine (Δ1-M
) 9 is a strategic side sectional view of 1-60, in which a passbook printing device 61 for processing the passbook is installed in the 2nd section of the deposit/withdrawal 1-60 section. On the rear side, there are banknote stacking sections 20, 21, 22, and 23 arranged in two parts and four stages, which are similar to those shown in FIG. Detector 28a9
The banknote full detector 28b is installed to the right of the banknote full detector 28b.
The banknote storage cassette 1G is inserted.
5. The banknote takeout/accumulation section 23 of the ffLF stage is for loading and examining banknotes, and there are no detectors 28a, 28b therein, and a banknote storage cassette 16 for groove refilling is removably inserted from the back side. C. In addition, in the three banknote collection/accumulation sections 20, 21, and 22 below the king, banknotes P are sorted into denominations of 1,000 yen, 5,000 yen, and 10,000 yen from the bottom in each banknote storage cassette 16. There are different types of denominations that can be stored.Therefore, this automatic deposit/withdrawal machine 90-person operation is such that each banknote P inserted into the deposit/withdrawal port 62 provided on the front side is taken in by the roller 63. After passing through the inspection section 24 [3 which added the front/back discrimination function (=j) of the one shown in FIG.
4 and go to the bill storage drawer 1 of each corresponding denomination banknote collection section 20, 21, and 22 for each C1 denomination.
It is stored in 6. In addition, the withdrawal operation depends on the denomination of each stage and the banknote storage capacity of the separate banknote collection section 20, 21, and 22]・1
For each denomination from within G (3 - f - ゛, the required number of banknotes 1
) are taken out one by one11. C-,,,,F, through the above-mentioned inspection section 24I3-), the money is deposited and withdrawn [162]9, and the automatic inspection 11'T is also carried out through the banknote removal and accumulation section 20 for each denomination, 21.22 banknote storage capacity 11 x 1
- Take out all the banknotes P in 16 in order (take out - (, 8% inspection section 2
48k1, the banknotes are stacked in the banknote storage registers 1 to 1G of the banknote removal and stacking section 23 at the top of the stack. In the reverse automatic loading] 1), the banknotes [ ] are taken out one by one from the banknote storage calendar 1-16 on the top tier, passed through the inspection section 24B, and sorted by each denomination. (Pull-C banknote removal stacking section 20.21.2 by denomination of the relevant stage)
2 so that the banknotes are distributed and stored in the cellar 1-16. It should be noted that this also includes a glue-direct bill storage section 25 and a collection warehouse 56 for forgotten bills, similar to those described above.

In addition, a transmitter/receiver 29 for optical communication similar to the above is installed on the rear side.
).

FIG. 11 is a side sectional view of the lobby-type banknote circulation automatic teller machine (ATM) 11 shown in FIG.
Variants of the automatic teller machine 9 shown in the figure that have the same configuration as the one shown in FIG. do. By the way, in the case of this [■] bee type, the three-stage banknote collection/accumulation section 20, 21, 22 for each denomination of banknotes and the rigid banknote storage section 25 are arranged on the front side of the deposit/withdrawal unit 1-60. The banknote storage capacity of each part is set 1-16 and
This is to make it convenient for the staff to access the store from the 1st to the 71st side. In addition, the banknote ejection/accumulation section 23 for loading and checking is arranged at the upper rear side of the deposit/withdrawal unit I-60, where the banknote storage cassette 16 cannot be directly accessed by the staff. It is designed to be inserted into and removed from the movable safe 14 of the cassette conveying means. Other than that, automatic cash withdrawal machine 9
It is similar to

Furthermore, FIGS. 12 and 13 show the vault 6 in d3 in FIG.
8 is an external perspective view and a side sectional view of a central machine (C [text 4)] 12 installed in a central bank. In the figure, 80 is a banknote circulation type banknote storage cassette access device, which is used to store banknotes carried by the mobile safe 14. There is a device that handles and replenishes the banknotes in the drawer 1-16, as well as inspects and aligns the banknotes to be replenished and removed. This access device 80 is a more complete version of the online teller's machine 7 shown in FIG. 2. As shown in FIG. Each of them has an insert with a banknote storage capacity of 1 to 1G from the rear side.
It is possible to replenish banknotes F of 4T different denominations at the same time, or to store two banknote storage cases 1-16.
It is possible to inspect the banknotes in the state in which they are simultaneously let.In addition, a banknote aligning unit 82 is provided at the lower rear side of the inspection unit 24B, and there is a banknote alignment unit 82 in which the inspection unit 2413 determines that the banknotes are reverse. If necessary, after stacking the banknotes P, they are taken out again (the front and back sides can be arranged). Now it is possible to decide the destination of the banknotes P accumulated in 82.

As with the online teller's machine 7 shown in Fig. 2, the deposit slot 26 and the withdrawal slot 27 are designed so that the clerk can manually load and take out banknotes P. Banknote storage capacity set by denomination 1-1
6 is J:tsu (insert 1j;) in relation to n, which is 61 functions, and it is possible to set banknotes [2] of 7 Nishiful. Naturally, a transmitter/receiver 29 for optical communication is also provided on the rear surface of this access device 80.

In addition, the central machine 12 has a journal printing device 90 as shown in FIG.
- It has the function of emitting as a pull, and also displays the input information from the screen display device (CRT'> 91 to the right ()C, displaying disabled contents, displaying error lh, =1-board 92, etc.) There are four (to get it).

Other items not shown are Norotsubee disks for storage, 71
It is equipped with a line adapter etc. for online connection, and it is also possible to connect any line to the medium-heat coater if necessary.

In addition, all the automatic banknote handling machines and mobile safes 14 mentioned above
The banknote storage capacity sets 1-16 that are inserted into and removed from the banknotes are all common.

Note that the banknote sorting and bundling machine 13 installed in the bank vault 6 in FIG.
-1 (Let σru (- and ℃ so(one inside banknote 1-)
) is automatically classified and grouped by 2'') Configuration - (Yes,
1, bill storage capacity t-, tsuto preservation shelf 1'7u8 automatic bill handling machine and movement bill storage capacity of current month i'14 [-Storage of chit '14 (Paper configuration <-1 Moma Aゝ) Concentrate 14 into banknote storage cassette 1 and store it safely in a safe, or store it in advance.
4 as standard! It can be used to place 1ifi L/-C.

However, the banknote processing system for the first generation
The control of the cassette transporting means (a certain mobile safe' 14) will be explained with reference to FIG. 14. When an insufficient amount of 10,000 yen banknotes P is detected in the banknote storage unit t" 1 f3 of the banknote collection unit 22 for each denomination of 8, the automatic teller machine 8 moves to the sumitsubu in corner 4 [J An alarm signal is sent to the automatic banknote handling machine monitoring device 100 of the central machine 12 via one automatic deposit/withdrawal machine 9 set as the master machine of the group C. Upon receiving this alarm signal, the central control for group C recycling The device 101 has a banknote storage capacity of the central machine 12;
), the knock-sessing device 80 collects and prepares the required number of 10,000 yen banknotes in the banknote storage cell 1-16 of its own banknote take-out and stacking section 23. At this point, the movable safe 14 moves on its own along the rails 15) constituting the conveyance path, stops at a station behind the concentrator 12, and transfers to the banknote storage case 1- in which the 10,000 yen banknotes P are prepared. 16 receiving operations are performed. The transmitter/receiver 50 of the mobile safe 14 sends a message to the transmitter/receiver 29 of the central machine 12 via optical communication that the receipt of the banknote storage capacity h16 has been completely completed.
The central machine 12 sends back a running signal to the automatic teller machine 8 to the mobile safe 14. However, the mobile safe 14 moves by itself.
At this time, the automatic teller machine 8 continues to transmit the transfer money l1TI stop signal from its own transmitter/receiver 29. () Te mountain stop.

From '), the banknotes 1] in the banknote storage cassette 1G reach the rear neck of the automatic teller machine 8, where the remaining amount is insufficient.

When the mobile safe 14 stops, the automatic teller machine 8 is disconnected from the transmitter/receiver 29. A command to withdraw the cassette 16 is sent to the mobile safe 14. Upon receiving this command (Mt, the movable safe 14 sets the banknote storage capacity set l-1/l of the empty banknotes L-storage ff1llf of the safe section 37 shown in FIG. 7) I(T , and is retracted and stored by the claw mechanism 4 (3). When this operation is completed, the movable safe 14 prepares the JζRinoj yen banknote P in response to the command from the automatic payment system 1 and 8, and then delivers the paper ゛j (3). Storage boyfriend 1-1
When inserting/removing operation (i), the movable safe 14 inserts and inserts the banknotes 1 to 11
! 2 position (Move back and forth on the rail 15 and lower the cassette storage section 1. This completes the insertion of the banknote storage cell 1-16). 14 is a banknote storage capacity cell that has been transported by itself in response to the return command issued from the concentrator 12 and moved to the original concentrator 12 () and -F orientation for transmission and reception. Concentrate 16 to 1 1112 access device f3
The access device 80 sends the banknotes to the empty banknote retrieval/accumulation section 23 and receives them.
Take out the remaining banknotes 1) in 16 one by one 'C inspection section 241
The banknotes are stored in the banknote storage cell l-1 (3) of the denomination-specific banknote collection unit 22.

Next, the case of the automatic teller machine 9 shown in FIG. 10 will be explained. All the banknotes P in the IG are carefully stored in the banknote storage capacity cellar 1-16 of the loading and checking banknote extraction/accumulation section 23 at the top stage, and conversely from there to the banknote extraction/accumulation section 20 for each denomination. Since it is also possible to load and distribute 21 and 22 banknote storage capacity 1G banknotes, each cullet can be inserted and removed only at the top stage.゛1G is full of banknotes 1) - (When it is detected that there are banknotes 1), the cash deposit/withdrawal machine S) stops the transaction with the customer and returns the specified number of banknotes or the central bank 12
Excess banknotes 1 corresponding to the specified number of banknotes are taken out from the full banknote storage cassette 1G and transferred to the banknote storage cassette 1G of the top banknote takeout/accumulation section 23 (this transfer is completed) at 75:01. a-Q own 1Iil+ person withdrawal machine 9 starts the customer transaction again, and at the same time)! Communication control (J
Moveable safe from X 14 i; - Empty banknote storage current 1
(If you have 5, μ(self 11 te will come.(I will give you two commands.)
- When the movable money inserts 1 and 1 move to the rear side of the automatic teller machine 9 and stop, they first move to send and receive commands. The safe 14 has a banknote storage capacity cell 1- in which excess banknotes P of the automatic teller machine 9 are stored.
Pull out 14 to your own rhythm - C1 and connect instead - (
The empty banknote storage cassette 14 that has come is pushed into the top banknote takeout/accumulation section 23 of the automatic teller machine 9. The movable safe 14 then returns to the place where the banknote storage capacity cellars 1 to 14 that have been taken out are concentrated (12) and is loaded into the banknote retrieval/accumulation section 23 of the access device 80.

The J7 Cress purchase 80 has accepted banknote storage capacity Sera 1~
The excess banknotes P in the banknotes 16 are taken out one by one, sorted by denomination, and distributed and stored in the banknote storage space 1-16 of each denomination-specific banknote collection/accumulation section 20, 21-22.

In addition, in the automatic deposit/withdrawal machine 9, as described above, M is installed so that transactions with customers are stopped during banknote inspection and loading operations.
If the automatic deposit/withdrawal machine 9 detects the customer's operation (e.g. insertion of a card) or fraud (i. , If the automatic loading operation is temporarily interrupted and the 1. inspection and loading operation is performed for 713 hours after the transaction with that customer is completed, there is no need to have the customer 4. In this case, the banknotes in the automatic deposit/withdrawal machine 8 Remaining h3 banknote detector 28a and banknote full detector 28b
is set with a margin in the middle of the lowest floor plan r J3 <.

In addition, the A-line J-raz machine 7 located inside the J-Be counter 3 shown in FIG. When the banknotes 17 are slightly returned and the banknotes 17 are excessive (4'1), the banknotes 1) are replenished or taken out by inserting and removing the banknotes 16 into and out of the banknote storage cellar 1 in the same manner as described above.

Furthermore, since the exchange machine 10 shown in FIG. 1 is a so-called automatic deposit/withdrawal machine whose function is to accept cash and discharge money exchanged, drawings and explanations of the internal structure will be omitted.
The operation of replenishing and withdrawing banknotes when the amount of banknotes remaining inside the machine is insufficient or full is also similar to that of the automatic teller machine 9 ('Description will be omitted).

In this case, since the Juki money exchanger 10 and the automatic teller machine 1'1 are placed in the 0 space 2 as shown in FIG. Machine and transport path rail 15
Located on the opposite side of 5. ill one currency exchange n10
and [1.
゛A certain force (the banknote storage force of the transfer device to the movable safe 14).The insertion/removal direction of the transfer device 16 is 180 degrees S'? 10, the lobby-type automatic teller machine 11 and the movable safe 1/1 of the force celler 1 to the conveyance device store banknotes. As shown in (), the swivel device 38 has been opened for a long time, and the upper safe section 37 is rotated 180 degrees by the drive of F3a. The 1st and 2nd directions match the same directions as the IBlt10 and the A11 of the lobby-type automated teller machine 11, so that it becomes Ej.In order to give and receive the command IT in the case of 2, The transmitter/receiver 50 (see FIG. 14) performs row 4c.

Next, the banknote storage case 1 of the central machine 12 shown in FIG.
-1? J3-C is connected to the transfer device ε30 at the bottom 2. of the automatic teller machine 8 shown in FIG. Banknote removal and accumulation section 20.2 of the stage
The two banknote storage capacity cellars 1 to 16 can be inserted and removed by the glue 1 recycle movable safe 14, respectively. It is desirable to have access to ( ) at the same time.

For this reason, for example, when the automatic teller machine 8 - (1 yen bill 1''' is
(If there is a shortage of 600 JJ yen banknotes)
7ri1! 1st and 2nd stage banknote ejection stacking section 2 of storage device ε30
3 to -f 400 1,000 yen banknotes P to cellar 1 Bill storage horn set 16 G safe 1
4 to 11)! The mobile safe 14 also carries two banknotes at the same time. Storage capacity: 16 items can be transferred to Cera 1
, Uniai it 4 powers? TS1-Storage part A7'J〒1
have 9.

Also, for example, an automatic teller machine 9 accessed by one banknote storage cell 1 to 16 may be unable to return two or more types of banknotes, for example, 400 1 yen banknotes.

When 600 yen banknotes are dropped, central machine 12's j'ril?
The storage device 80 has a banknote storage capacity of one banknote storage unit 23 of the banknote collection section 23 on either the upper or lower level. Banknote 1-)
Prepare the banknote storage capacity set L-16 of B and move it to the safe 14.
The banknotes are received by the banknotes U and I, and the banknotes are transported and loaded into the machine that is out of banknotes.

The machine that receives this divides the 1000 banknotes P in the banknote 16 into respective denominations by its own loading operation.
．． 22 will be covered by distribution and replenishment. On the other hand, even if the automatic deposit/withdrawal machine 9 etc. is full of banknotes at the same time in the banknote storage capacities i to 16 of the banknote collection section for each denomination in multiple stages, one excess banknote 1 of each denomination will be removed. Banknote collection east stacking section 2
There is no support as the banknotes can be collected in the storage space 16 and drawn out and transported by the movable safe 14. 3) Movement, shortage, fullness, etc. of banknotes 1) during the operation of group recycling as described above. All errors and the like are monitored and controlled by the centralized machine 12. In other words, I bought a banknote handling machine with a visual system of 1 to 12.

Inline Tennis Machine Supervision 2 Device 102 - C Each banknote U1 Handling machine's banknote storage box 1-10
The system monitors whether the banknotes are full, insufficient, or have a cassette, and if there is an abnormality (full, insufficient, etc.), a notification to that effect is displayed on the screen display device 91. It is recorded by the Y-board 92, which is recorded by the Y-board 92, when an inconvenience with the group cycle appears somewhere in each automatic banknote handling machine.
The automatic banknote handling machine can now be turned off from group recycling by using the 1-guru switch. Therefore, it is not possible to switch to maninofull, and it is also possible to change the specified number of υ cycles as necessary during automatic operation.

Next, each automatic banknote handling machine can perform automatic inspection and loading at the close of business on -day or when necessary, but all of these inspection argument results are displayed on the screen display device 91 of the centralized machine 12. On the display, Higashida can easily make 41 C as shown in the record on the T-Pull printing device 90. Mobile safe 14 because automatic inspection and self II loading are not possible inside.
The banknotes (-) along with the banknote storage cassette 16 are brought into the concentrator 12 through the banknotes 12 and collected.The banknotes of each denomination in the access device 80 of the concentrator 12 are also used for group recycling. Automatic inspection using banknote storage cullet 16.

There is no inconvenience for Shutai because the automatic loading is too C.

In addition, as mentioned above, all (-) banknotes P of each automatic banknote handling machine can be concentrated in the concentrator 12 if necessary.
It becomes easy to manage banknotes P, and the banknote storage capacity of each automatic banknote handling machine is improved.The cassettes 16 are all the same and common, and these cassettes can be loaded into the separately installed banknote sorting and bundling machine 13. The system can automatically sort and bundle banknotes (reducing the need for staff to walk around the store carrying banknotes).

In addition, as shown in FIG. 1, there are usually two mobile safes 144.
Earnings 1? However, the number of transactions is large and 1)! !
+ For u4 that doesn't match, you can also use the spare mobile safe 14△ on the lead-in line part of the rail 15 (, 2).

In addition, if you do not want to confuse the banknotes P of the group of automatic banknote handling machines 17 with those of other groups because the person in charge of the automatic banknote handling machine group is different, etc., use a dedicated mobile safe 14 for each group. It is possible to avoid mix-up of banknotes by keeping only 1 note per use.

In addition, as shown in FIG. 14, each banknote handling machine is operated by being connected to the central control unit 103 of the head office etc. via a line (on T/2-in) via a modem 104, but the group Lily Since the centralized control system for cars @101 is not directly connected to the central control system 103, each automatic banknote handling machine can be operated independently.

Pause is self-OT-.

It is also possible to operate the mobile safe 14 from the central machine 12 for small group recycling. For example, the group recycling described above can be carried out by grouping the 4 A-L and INTELLA'S machines 7 in the 1 B counter 3, or the 4 machines 8 and 9 in the step-in corner 4 into the middle of a small group. Apply formula 1
If you have a horn, use the masterf 1 knob method.

In other words, if the control device 10 for small group recycling is installed in another mask machine (of that small group) so that the banknotes [) are always kept in the movable safe 14, then It becomes possible to recycle banknotes. Note that if the L2 control ill device 105 is divided into each automatic banknote handling machine and the C arrangement is covered, It can be achieved even if it is not the Star Slave method. In this case, the number of banknotes is managed by the memory in the mobile safe 14 and notified to the clerk C. That is, the inflow and outflow of banknotes is inspected by each automatic banknote handling machine and the movable safe 14, and the number of C1 banknotes is managed by the movable safe 14.
Transmitter/receiver 29 from each. A signal is sent to the automatic banknote handling machine via -C optical communication via bO, and the conventional Nori 7-1 ~ monitor informs the staff that there is a shortage of banknotes. It issues a warning when the bank is full, informs you of the number of banknotes remaining, and executes "C management operation."

In the above embodiment, the movable safe 14 has four cassette storage parts as indicated by A to [), but this can be done either in - places or in two places. (You can automatically inspect and load banknotes by yourself like the 14L automatic teller machine 8.
After transferring to the central plane 12, etc.), it was changed to U 1g 8 Gold 7II.
It is necessary to attach 16 from 4 to bill storage cellar 1. Mobile safe 14
Since the travel time of the group increases, the efficiency of group recycle decreases accordingly. By the way, if the withdrawal terminal 51 of the automatic teller machine ε3 is configured with a banknote circulation type like the automatic teller machine 9, the problem mentioned in 1 will disappear, but in that case, the automatic teller machine 8 It is possible to complicate it and turn it into a moon doll and put away a significant increase in 21 strokes.
There is.

Furthermore, as mentioned above, the banknote storage capacity cellar 1 16 is common to all automatic banknote handling machines for denominations, inspection loading, and group recycling that is inserted and removed by the mobile safe 14, making management and handling easy. In addition, banknotes can be carried and manually retrieved by clerk H, and banknotes can be circulated manually between groups.

Naoma IC 1 The banknote storage capacity 1 - storage shelf 17 has the following:
The mobile safe 14 stores and stores all the banknote storage capacity hits 16 of each automatic banknote handling machine (C'). You can use it to prevent crime when the store is closed (at night). It is possible to use the banknote storage capacity of a malfunctioning automatic banknote handling machine to store the banknotes 1 to 1G.

〔Effect of the invention〕

As described above, the present invention is designed to reciprocate between a plurality of automatic banknote handling machines each having a banknote storage capacity set 1 inside, and to insert the banknote storage capacity set 1 into the automatic banknote handling machine (IB).
A banknote storage cellar 1 which has the function of carrying out 2 functions and is equipped with a transport means, and has a banknote storage capacity cell 1 which is inserted and removed and transported by the transport means.
It is configured to recycle the banknotes from each of the automatic banknote handling machines, and the force celler 1 is transported back along the conveyance path 11 by means of the conveyance means, and the banknote storage cullet is 11 has a turning function that allows you to insert and remove the same at once.
Since the t=Nira 1~JI feeding device was installed (), it is possible to manage multiple automatic banknote handling machines (by) and recycle the banknotes in each machine into J'9 through C recycle. 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 is efficient without causing a stop in the middle of operation. Funds can be managed automatically, and the number of staff such as cashiers can be reduced.''Secondly, in the winter, we have installed various 4[facing-front desks] in the store's J-Sui (for each automatic banknote handling machine). Banknote storage card (・1ΦIB2 direction is matched C' and C can be inserted and removed easily and reliably?
This is a very practical banknote processing system that allows easy group recycling of banknotes.

[Brief explanation of the drawing]

The drawings show one embodiment of the present invention. Layout diagram, Figure 2 is a side sectional view of the A-Silla Tellers machine, Figure 3 is an explanatory diagram of the deposit operation to reduce the flow of banknotes during the deposit operation of the A-Silla Tellers machine in Figure 2, and Figure 4 is a side sectional view of the A-Silla Tellers machine in Figure 2. Figure 6 is a diagram explaining the automatic scanning operation, Figure 6 is a diagram explaining the automatic loading operation, Figure 7 is a perspective view of the mobile safe, and Figure 8 is the automatic banknote handling diagram of the mobile safe. Fig. 9 is a side sectional view of the automatic teller machine;
Figure 11 is a side sectional view of an automatic cash deposit/withdrawal machine, Figure 11 is a side sectional view of a lobby type automatic cash withdrawal machine, Figure 12 is an external perspective view of a centralized machine,
Fig. 13 is a side cross-sectional view of the super banknote storage J set 1 access device of the central machine, and Fig. 14 shows the control of the banknote processing system. .10.11... Automatic banknote handling machine, 14.
15... Karen 1 - conveyance means, (14... Power cellar 1 with turning function - conveyance device), 16... Banknote storage cullet, P... Banknote. Applicant's agent: Patent attorney Dosuzu D. Takehiko Figure 7 Figure 8

Claims (2)

[Claims] (1) It has the function of reciprocating between a plurality of automatic banknote handling machines that have banknote storage cylinders 1 to 3 inside, and to insert and remove banknote storage cylinders 1 to and from the automatic banknote handling machines. Equipped with a cassette conveyance device, the force is used to convey means r+Φ
According to the theory, the banknote storage cullet being conveyed allows the banknotes of each of the above automatic banknote handling machines to be exchanged! 1) of the configuration using IC recycle, 1. - Banknote processing system characterized by having a cassette transporting device with a turning function to change the direction of banknotes. system. (2) The cassette conveyance device uses signal detectors in the front and back to receive a signal from the automatic banknote handling machine, stops, and turns as necessary to determine the banknote storage capacity of the automatic banknote handling machine. The banknote processing system 11s according to claim 1, characterized in that the directions (DI) coincide with each other.