JPS60181897A - Currency management - 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) This invention relates to a deposit processing system used in financial institutions such as banks,
The present invention relates to a money management method for a money transaction device that performs withdrawal processing.

(Technical background of the invention and its problems) In recent years, automatic cash dispensers, automatic deposit machines, currency exchange machines, etc. have been installed in unmanned corners (service corners) in banks and other financial institutions in order to save labor at counter operations. ing. In addition, automatic cash deposit and withdrawal machines are installed at counters where tellers are located, and tellers can automatically deposit and withdraw cash depending on the teller's operation of the Nasteller's machine. Customers themselves receive or deposit cash from automatic teller machines at the teller counter.

L7 Kashi, these money transaction devices, skeins.

If the coins stored in i- etc. run out due to withdrawal operations or there is only a small amount left, replenishment is required, and when the coin storage becomes full or close to full due to deposit operations. In some cases, recovery was required. While replenishing or collecting these coins, the money transaction device cannot be used, and the teller may take the collected cash to the teller or use the cash necessary for the teller to replenish the money. It was very time-consuming and troublesome to have to go and pick up the coins, to exchange cash between the teller and the teller, and to check the denomination and number of coins in addition to managing the cash. In addition, when many customers visit the store, customers are forced to wait for a long time, resulting in a decline in service quality. Furthermore, when many of these money transaction devices were introduced, a large amount of cash was always stored in these devices, making it difficult for financial institutions to utilize funds efficiently.

In order to solve this problem, for example, as in the method disclosed in Japanese Patent Application Laid-Open No. 50-74490, multiple tellers and tellers are connected by a shared single feeding device such as a belt unbearer, and the tellers are all delivered to the tellers all at once. A method of managing deposits and withdrawals using an air shooter, such as a method of managing deposits and withdrawals in JP-A No. 56-33318, and a method of managing deposits and withdrawals using an air shooter, such as the method of JP-A-56-119712.
There have been proposals for methods such as the method in the above publication in which the teller and the teller are connected and managed using a rail system or the like. However, this method of connecting the teller and the teller has drawbacks such as high equipment costs, poor work efficiency, and the inability to easily change the layout.

(Object of the Invention) This invention has been made in view of the points mentioned above, and its purpose is to improve the efficiency of negative fund management by managing the amount of money in a money transaction device in an ia iJE manner. It is an object of the present invention to provide a money management method that can improve the amount of money and also easily deal with changes in layout.

(Summary of the Invention) This invention relates to a money management method, in which a husband/l manages a plurality of money transaction devices 5 for depositing and withdrawing money, and collection and replenishment of money. It can run between a money accounting management device that stores money, each money transaction device and the money accounting management device, and collects money from the money transaction device and supplies it to the money accounting management device.

A money carrying device is provided for supplying money replenished from the money transaction management device to the money transaction device, and money is exchanged between each money transaction device and the money transaction management device via the money transportation device, and - The amount of money held by the registered money transaction device is managed so that it always falls within a predetermined range.

(Embodiment of the Invention) Figures 1 and 2 show an example of window layout I in a bank to which the method of this invention is applied. The high counter HC where currency exchange machines 101 etc. are installed, and the high counter HC where normal transactions are carried out, is also equipped with a deposit/withdrawal machine 102 for windows.The low counter LC, where loans and consultations etc.
Deposit/withdrawal machine for co-use! 03 is installed. Then, a money transport device 300 receives and sends money to and from these money transaction devices such as the automatic teller machine 1002 and the cash deposit/withdrawal machines 102 and 103 at a medium cent rate, respectively.
An irises 4 belt 301 has been laid for autonomous driving.
The money transport device 300 freely travels between these money transaction devices and the money accounting management device 200 installed at a predetermined location within the bank by wireless or wired communication, and transfers the money to the money transaction devices. It is automatically managed to always stay within a predetermined range. In addition, the deposit/withdrawal 5102.
The outline of 103 is shown in Figure 2.For example, there is a teller banknote deposit/withdrawal port +04 on the second side of the bank side of deposit/withdrawal 4j9. A banknote deposit/withdrawal unit 1-1105 is provided for depositing and withdrawing banknotes. In addition, on the front side of the bank side of the deposit/withdrawal machine, there is a cassette t that is mechanically and electrically connected to the money transfer device δ300 to transfer and receive money.
Attachment for position X (-port 06 is provided).

The connection between the cash depositing and dispensing machine 102° If) 3 and the money transporting device 300 can be easily achieved by the mechanism and method shown in Japanese Patent Application No. 133359/1982.

Figures 3 and 41Δ are currency accounts! This schematically shows the internal structure of the i-pushing device 200, which has storage sections 201 to 203 for storing banknotes by denomination, and a lottery 121 section 204 for storing rejected banknotes. 1 banknote is stored at the bottom of each storage section 201 to 203.
A take-out mechanism 20 for taking out sheets one by one and conveying them to the conveyance path
1A to 203A are provided, and the identification unit 210 determines at least an abnormality in the banknotes conveyed on the conveyance path, and the banknotes are transferred to the conveyance path j, k, I! sent to one of the following. Also,
A deposit slot 220 for depositing banknotes in parallel is provided on the top surface of the money accounting management device 200, and the banknotes loaded here are taken in one by one and passed through conveyance paths a and b to an identification unit. 211, further sent to the conveyance path C via the front/back reversing section 212, and then sent to the storage sections 201 to 201 through the conveyance paths r and g.
203 or reject) section 204. In addition, a payout 1] 221 is cut out on the top surface of the money accounting management device 200, and when you want to withdraw banknotes in parallel, you can withdraw them from the storage units 201 to 203 by performing the specified operation. Identification part 2 for bills taken out
After being identified at 10, the coins are dispensed one by one via transport paths j, d, and e. In addition, the identification unit 210
The banknotes sent from the bank pass through the conveyance path β to the bundling unit) 23
0, where they are bundled into a predetermined number of banknotes to form bundled banknotes 2.
It is also now possible to withdraw money as 31. Furthermore, a money transport device 3 is provided at the lower front of the money accounting management device 200.
00 mechanically and electrically connected to collect and replenish cassette h
240A is provided, and the banknotes stored in the collection and replenishment cassette 240A received from the currency transport device 300 are taken out one by one from a take-out mechanism 240AI provided at the bottom thereof, and transferred to the transport path RA. , b, to the identification section 21+, and then sent to the conveyance path C through the front-back reversing section 212, and then to the storage sections 201-2 through the conveyance paths f and g.
03 or is housed in the reject section 204. Then, the collection and replenishment force cell l-24OA installed in the connection part 205 is connected to the currency accounting management system! W,' 2
00, the indicated force cent 2 is taken through the conveyance path P.
While transporting to positions 40B to 240D and waiting,
At the time of replenishment, the illustrated recovery replenishment force cera is carried out via the conveyance path q)・240
E is transported to the replenishment position l located at position [7], where the banknotes are replenished by denomination or mixed denominations along the transport path, etc., and then passed through the transport path r to the waiting position divided by denomination (this In the example, the coins are sent to cassettes 240F to 24OL) for storage. If it is necessary to replenish the transaction device with coins in the cassettes 1-240F to 240L of each denomination stored in the storage position, the cassettes are sent to the connection part 205 via the conveyance path t. It has become. Incidentally, the exchange of cassettes between the money accounting management device 200 and the money transporting device 300 is also carried out using the mechanism and method disclosed in Japanese Patent Application No. 133359/1982.

The internal configuration of the currency accounting management device 200 is as shown in FIG. and MPU260
mainly controls the transport of the cassettes 240A to 240L shown in FIG.
This can be done wirelessly or by wire via 0. In addition, the communication unit 270 inputs information on the banknote storage state of each money transaction device by wireless or wired, and based on this input information, the communication unit 270 controls the money transfer device ξ300.
Send membership fee instructions to. Then, the receiving/dispensing unit 251 transfers the banknotes from the deposit slot 220 to the storage units 201 to 201.
204, or store paper sheets in storage sections 201 to 203.
The figure shows the part that takes out the banknotes and conveys them to the payout port 221, and the take-in/take-out part 252 takes out the banknotes one by one via the take-out mechanism 240Al provided at the bottom of the collection and replenishment power cent 240A. , b and identification section 2+1.
It is stored in the storage parts 201 to 203 or the linkage part 204 via the front and back reversing part 212 and the conveyance paths c, f, and g, and also to the storage parts 201 to 203, respectively, by the ejection mechanism 2.
01A to 203A, the banknotes are taken out one by one and sent to identification B++ 21 o via the conveyance path, and then passed through the conveyance path k to the collection and replenishment force sensor at the replenishment position; 240E shows the part to be refilled . In addition, the conveyance check section 253
The system uses an optical sensor to detect paper jams, etc. on the transport path a-m, and when a paper jam, etc. is detected, the transport path is stopped and the detection location is displayed on the data display section 257, and the storage state is The detection unit 254 is located in the denomination-specific storage unit 201
~203, the number of banknotes stored in each of the lj ejection units 204 is detected based on the contents of the balance memory (to be described later), and an alarm is displayed on the data display unit 257 in abnormal states such as full, empty, almost full, or almost empty. When it is full or empty, it faces inside to take in and take out banknotes. In addition, the data human resources department 25
5 consists of a numeric keypad, denomination key, etc., and is designed to specify the denomination and number of coins when withdrawing with para banknotes.
The data display section 257 displays troubles, alarms,
The contents of the available memory and the contents of the main memory, which will be described later, are displayed. The memory 256 is made up of ROM and RAM.

The money accounting management device 200 stores various programs for taking out and taking in banknotes, and the RAM is as shown in FIG.
) and (B), and the identification unit 211 is capable of identifying the authenticity of the banknote, denomination 1 front and back, fitness, damage,
The identification section 210 performs high-level identification such as thickness and skew, and the identification section 210 performs low-level identification such as denomination, thickness, and skew.
The front/back reversing unit 212 is configured to reverse the banknote determined to be the reverse side by the identification unit 211 to the front side.

Furthermore, the connecting portion 205 controlled by the MPLI2ElO is a portion that is mechanically and electrically connected to the currency transferring device 300, and is a portion that is mechanically and electrically connected to the cassette collection/feeding portion 26.
2 collects the collection and replenishment case 7) from the money M transport device 300 via the connection part 205,
It has a mechanism for supplying 300 hekacents from the currency transport device, and this can be done, for example, by a mechanism as shown in Japanese Patent Application No. 58-133359. In addition, the sensor section 263 is connected to the connection section 205 and is always closed (1) When the coin transfer unit 4300 is connected to the connection section 205, it opens to collect or supply cents. +Q 4i'e.As shown in FIG. It is composed of a conveyor unit 'p that transfers from the standby position to t, and the data reading/'t?
reads out the nine denominations and number of stored banknotes, the cassette number, etc. from the collected collected replenishment power cents 240A, and stores them in the memory 261. In this case, it is also possible to store data for each cassette number in the memory 281 and display it on the data display section 257 when yellow is required. In addition, the denomination and number of supplementary banknotes are stored in the collection and replenishment power cent 240E that is replenished with banknotes, and the cassette number is fixedly recorded in the memory inside the cassette.
s has been done.

Next, FIG. 6(A) shows an example of the arrangement of the buffer memory 256B in the memory 256, in which the person 1 of the denomination stores the amount of para-banknotes deposited from the person's denomination 220.
Nano＼Fγnomori B1-B3. The money to be paid out in the form of banknotes in the payout 1J221 is stored in the payout panzer memories B4 to B6 by denomination. Collection money pamphlet memory B7-810 for each denomination, which stores the amount of banknotes to be collected from the cassettes collected from the money transport 'E device 300.
To replenishment withdrawal by denomination that stores the withdrawal amount when replenishing banknotes to the power cent at the replenishment position ・Enfa memory Bll -
It has B13. The main memory 256M also includes deposit main memories Ml-M3 for similar denominations. Withdrawal main memory M4 to Mill by denomination type, return main memory M7 to M10 by denomination type, and supplementary withdrawal main memory A11
- Aritaka main memory 14 which stores the current balance in the storage units 201 to 203 by denomination.
I have the old 6. Then, when making a deposit, use the deposit buffer memory B1-B5 for each denomination! 41 is counted, and Aritaka memory is 14 to 14 with Hitokinbu 1 number pulse CP4~CP6.
Added to old 6.

Then, at the end of the process, the contents UL-U3 of the deposit panzer memory 81 to B3 for all denominations are added to the deposit tie 2/memory old to M3 and recorded, and at the time of withdrawal, one coin is released at the "discharge angle". Add to withdrawal buffer memory 84 to B6 by denomination
At the same time, with the withdrawal counting pulses CPI to CP3, the main memories M14 to M16 to M37 are cleared, and the contents of all withdrawal buffer memos +)84 to BG are cleared at the end of processing.
4 to u6 are added and stored in the withdrawal main memories M4 to M6. Further, when collecting banknotes from the cassette, the banknotes are counted by denomination in the collected money/henf γ memories 87 to B10, and are further added to the banknotes and banknotes 14 to old 6 and stored. Then, at the end of the bill collection process, the contents u7 to ulO of the collected money pamphlet memos υB7 to B10 for all denominations are added to the collected money main memory M7 to old 0 and recorded. Furthermore, when replenishing the cassette with banknotes, each time a bill is replenished, it is added to the replenishment withdrawal panzer memories Bll to B13 for each denomination, and the withdrawal count pulses CP4 to cP6 are used to add banknotes to the replenishment withdrawal panzer memories Bll to B13. I don't want X W from 6, I need to replenish it! Replenishment withdrawal Panzer memory Bll~B13 for all denominations at the end of 171
The contents u1) and ~u13 are the replenishment withdrawal main memory old l~
It is added to the old 3 and stored. Note that the 500 yen banknotes are gradually removed and collected when the cassette I is collected. Furthermore, the memory 261 has a cassette tube I11 as shown in FIG. 6(c)! memory 2
61B is included, and the denomination and number of coins can be stored together with the cassette, ν1, and number. If a single cassette contains a plurality of denominations, it is sufficient to store each denomination, or if a single cassette contains only a single denomination, it is sufficient to store only the number of sheets of that denomination.

The operation of such a configuration will be explained according to flowchart 1 of the 71st threshold.

The money accounting management device 200 constantly judges via the communication unit 270 whether or not there is a money transaction device from which a cassette should be collected (step Sl), and if there is no money transaction device that should collect the cassette, it supplies the cassette. Step S5)
, If neither of the banknotes is needed, it is determined whether or not to replenish banknotes in the collected replenishment cassette, which has been transferred to the replenishment position. Determine whether there is a deposit or a withdrawal of loose banknotes 1 (step Sll, 512 to determine whether or not there is a deposit)
, if neither is necessary, the process returns to the standby step. Then, f) 1, when it is determined that the cassette recovery process is necessary in Step 2, Step S1, is the currency transporting device 300 guided? t; 301, connects one to the money transaction device that needs to collect C cassettes, receives the cassette of the money transaction device, and transfers it to the money accounting management device 20.
0, and loads the collection cassette 240A into the money management bag a2oo via the connection part 205 as shown in FIGS. 3 and 4 (step S2). Next, a banknote collection process (step 5too) as shown in FIG.
), and when all banknotes have been collected, it is determined whether or not this cassette I.240A is to be taken into the money accounting management device 200.Step S3), if it is necessary to take in the cassette I. The empty cassette 240A is sent to the transport path p via the cassette I collection/supply section 282 and the cassette transfer section 264, and is moved to a standby position (as shown in FIG. 4).
240B to 2400) (Step 54) 6 In addition, if it is necessary to supply a cassette to the money transaction device in Step S5 of J-2, the money transfer device 300 is connected to the connection part 205. Connect and standby power cent 2
A cassette of the required denomination from 40F to 2401 is transported through the transport path 1. The cassette is then sent to the connection section 205 and supplied to the currency conveying device 300 connected there (step s6). Cassette 240A transferred to connection section 205
The currency transport device 300 has a cassette collecting/supplying section 262.
The coins are sent to the coin conveying device 302 via the coin conveyance device 302, and processing for supplying cents is performed (step S?). This person is...
The supply process is performed in the same way even if it is determined in step S3 that it is not necessary to take in the cassette, and in either case, the process returns to the standby stage after the cassette supply process. If the cassette does not need to be supplied, the process proceeds to step S8, where it is determined whether or not the cassette needs to be replenished with banknotes.If the cassette needs to be replenished with one banknote, the aerodynamic set (240B) at the standby position is ~2400) is sent out through the conveyance path q, and the collected replenishment force Cera) (240E) that is conveyed to the replenishment position is subjected to the bill replenishment process (step 5200) as shown in FIG. 9 to perform the bill replenishment process. Do the following. Then, the refilled cassette is sent to the standby position via the conveyance path and returned to the step Sl indicated by -.Furthermore, when depositing para-banknotes is performed in step S]1, the deposit is as shown in FIG. 10. Processing (step 53
00), and if there is a withdrawal of para banknotes in step S12, the withdrawal process as shown in FIG. 11 (step 54) is performed.
00) and return to the steerer S1.

In this way, the money accounting management device 200 is connected to the money transportation device 30.
Collection and supply of cassettes through 0, Kasen! Since the money transaction device 6 is designed to collect and replenish banknotes and deposit and withdraw parabanknotes, the money transaction device 6 is always managed to keep the amount of money within a predetermined range, making it easy to manage money at financial institutions such as banks. can promote efficiency.

Next, to explain the banknote collection process shown in FIG. 8, when the cassette is collected from the banknote transporting device 300 to the banknote accounting management device 200, necessary data recorded in advance in the cellar is read (steerab 5IOI). , take-in/take-out section 2
52 is turned on (step s+o2), and the connection part 205 is turned on (step s+o2).
Retrieval mechanism 24 of the collection replenishment power cent 240A loaded in the
Take out the banknotes one by one via 0A1 and transfer them to conveyance paths m and b.
The denominations are conveyed to the identification unit 211 via the face-to-face reversing unit 212, and are discharged to the storage units 201 to 203 via the conveyance path C+'+g according to the denomination identified by the identification unit 211 (steps 5lo3. si'o4. 510B, 5107)
, and the banknotes that are determined to be 274'/l'+ banknotes by the identification unit 211 are rejected by the reject unit 204 via the conveyance paths c and f (step 51o5).
. At the same time, according to the denomination identified by the identification unit 211, the corresponding memories of the refund buffer memories 87 to BIO are set to +l, and the deposit counting pulses CP4 to CP are
6, the memory corresponding to the banknote memory M14 to old 6 is increased by 1.The operation of taking in such banknotes from the cassette 240A is repeated (step 3108)', and all the banknotes are collected from the cassette 240A. Turn off the loading/unloading section 252 when
, 7 N Transfer the data stored in the sofa memory 256B to the main memory 256M.
Thereafter, the banknote memory 256B is cleared (step 5111), and the banknote collection process is ended.

Further, to explain the banknote replenishment process shown in FIG. 9, when the cassette is transported to the banknote replenishment position on the conveyance path q, the loading/unloading unit 252 is turned on (step 5201), and the required denomination is stored. Extraction mechanism 201A from parts 201 to 203
~Step 5 of removing banknotes one by one via 203A
202) The banknotes are sent to the recognition unit 210 via the conveyance path and are identified (step 5203). This identification section 21
The banknotes classified as abnormal with a value of 0 are rejected to the rejection section 204 via the conveyance path 1 (Step 5205).
For normal banknotes, the corresponding memory of the replenishment withdrawal backup memories Bll to BI3 is incremented by 1, and the corresponding memory of the replenishment withdrawal back memories Bll to BI3 is increased by 1--IJ by the withdrawal count pulse CPI-CR2. Then, the banknotes are discharged to the collection and replenishment cassette 240E via the conveyance path k (step 5206).Then, such a banknote retrieval operation is repeated as many times as necessary.

If it is, it is determined whether or not it is necessary to replenish banknotes of other denominations (step 3208), and if it is necessary to replenish banknotes of other denominations, perform the same operation for other denominations. Repeat, and then turn off the retrieval/removal unit 252 (step 5209), and then transfer the data of the amount of withdrawn coins stored in the replenishment and withdrawal pack-a-memories old 1 to 813 during the replenishment process to the main memory 256M. 5210), and then clears the buffer memory 256B (step 52).
11) In the cassette filled with banknotes, the denomination, quantity, etc.
The banknote replenishment process is completed by writing the relevant data (step S2+2).

Furthermore, to explain the processing for depositing para-banknotes shown in FIG. The banknotes conveyed to the recognition unit 211 via the conveyance paths a and b are identified (step 5302).
. Then, the banknotes that are determined to be different banknotes by the identification unit 2+1 are returned to the payout port 221 via conveyance paths c, d, and e (
Steps 5303 and 5304), normal banknotes are discharged and stored in the storage units 201 to 203 according to the identified denomination via the front/back reversing unit 2+2 and the conveyance paths c, f, and g (steps 5304 and 5305). In this case, the deposit sleeves of the parallel banknotes are recorded in the deposit/header memories B1 to B3, f and fJ, respectively. At the same time, according to the deposit counting pulses CP4 to CP6, the old memory old 4-M1
The count addition of "+l" is performed sequentially for the man-hour value of 6, and the fetching operation is repeated until all such fetching operations are performed (step 5306). At 7t, when all the banknotes placed have reached the receiving path r, the data stored in the deposit panzer memories 81 to B3 is stored in the main memory 25.
6M (step 5307), then clear the Panzer memory 256B (step 5308),
Step 5309) to turn off the loading/unloading unit 251;
The deposit processing is ended (step S7).

In addition, in the case of withdrawal processing of para banknotes shown in FIG. Bills are taken out one by one from the seed storage units 201 to 203 (step 5401), and passed through the conveyance path to the identification unit 2.
10 and is identified (step 5402), and if it is determined to be an abnormal banknote, it is sent to the reject unit 2 via the conveyance path i.
04 (steps 5403 and 5404)
, in the case of a normal banknote, the corresponding denomination's withdrawal buffer memories B4 to B6 are r+lJL, and together with this, to the withdrawal counting pulse CP4 according to CR2, the banknote memory 14 to old 6 1,1
The banknotes are conveyed to the payout r 221 via the conveyance paths i, d, and e (step 540G).
Repeat step 5407) to fly out each coin, take out, and when t% reaches 'r', the withdrawal buffer memory 84
~Data stored in B6 is transferred to main memory 256M
(Step 540)
8), To Aritaka memory M14, correct the right height data of old 6 11
After clearing the Panzer memories B4 to B6 (step 5409), the receiving/paying out section 251 is turned off and the withdrawal process ends (step S410).

In the above-described embodiment, banknotes are collected and replenished in cassettes between the money transaction device and the money transport device, and between the money transport device and the money accounting management device. It is also possible to perform collection and replenishment one by one. In this case, it is also possible to transfer a predetermined number of banknotes and then hand them all at once to the other party. Furthermore, in the embodiment described above, the bill processing system and the cassette processing system are controlled by separate MPUs in the currency accounting management device, but it is also possible to control them by one flj control unit. It is Ding Noh. Furthermore, although the banknotes stored in the reject unit 204 are collected by taking out the reject unit 204 itself from the management device 200, the reject unit 204 is provided with a banknote retrieval mechanism, and the banknotes are transferred to the payout port 221, for example. You may pay it out.

In addition, when the banknotes stored in the storage units 201 to 203 are empty or nearly empty, they can be replenished according to the depositing process shown in Figure J Continuous Fee 1O. In this case, the above 1st +
The money can be collected according to the process shown in the figure. Furthermore, the cassettes l-240F to 240L for each denomination stored in the standby position of the money storage management device 200 are one cassette...2! - When storing banknotes of a mixture of multiple denominations, the banknotes may be stored separately in cassettes for each denomination and for mixed types.

(Effect of the invention) Below 1. According to the method of the present invention, it is possible to supply banknotes from the money accounting device to each money transaction device via the currency transport device, and to collect surplus banknotes from the money accounting device. As a result, the amount of money stored in each money transaction device can be managed within a certain range. Therefore, in financial institutions such as bank #, the trouble of managing money is eliminated, and it is possible to prevent a decline in service to customers when collecting and replenishing banknotes.

[Brief explanation of drawings]

1 and 2 are bird's-eye views showing an example of the layout of a financial institution to which the method of the present invention is applied; FIGS. 3 and 4 are diagrams showing a schematic configuration of a money accounting management device; FIG. is the fourth
4 is a cross-sectional structure diagram taken along ■-IV in FIG.
) to (C) are memory maps showing an example of the memory of the money accounting management device, respectively, and FIG. The figures are flowcharts showing the 3T and 1 details. 100... Automatic teller machine, 101... Currency exchange machine, 102, 103... Automatic teller machine, 200... Money accounting management device, 201-203... Storage unit, 210
．． 211...Identification 8 [(,230...Bundling unit, 240A-24OL...Customer, 300...Money transport device. Applicant's agent Yasugata Hl: 3Lf Figure 42

Claims (3)

[Claims] (1) A plurality of money transaction devices, each of which is configured to perform money deposit processing and/or withdrawal processing; a money accounting management device that manages money collection and replenishment and stores money; It can run between the money transaction device and the money transaction management device, and collects money from the money transaction device and supplies it to the money transaction management device, and also supplies money replenished from the money transaction management device to the money transaction device. a money transfer device for supplying money to the device, and exchanges money between each of the money transaction devices and the money accounting management device via the money transfer device, and transfers money held by each of the money transaction devices. A money accounting management device characterized by managing the amount so that the amount is always within a predetermined range. (2) The money management method according to claim 1, wherein money is exchanged in units of cucent between the money transport device and each of the money transaction devices and money accounting management device. (3) Is the exchange of money between the money transport device and each of the money transaction devices and money accounting management device ¥'? '!
The money management method according to claim 1, wherein the money management method is performed for each coin.