JPS6011988A - Method and apparatus for managing currency - 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 relates to a money management method and a money management device for money transaction devices used in financial institutions such as banks.

Technical background and problems of the invention: In recent years, automatic cash dispensers, automatic teller machines, and currency exchange machines have been installed in unmanned corners at financial institutions such as banks in order to save labor at counter operations. In addition, automatic cash deposit and withdrawal machines are installed at teller counters, and cash can be automatically deposited and withdrawn using the teller's machine operated by the teller. At window 11, the person receives or deposits cash from the automatic deposit/withdrawal machine according to the teller's instructions.

However, with these money transaction devices, when the money stored in the cassette cap runs out due to a withdrawal operation or when there is only a small amount left, it needs to be replenished, and when the coins are stored in a cassette cap due to a deposit operation, the coins cannot be stored. If the tank was full or close to it, I was assured that it would be collected. and,
While the money was being replenished and collected, the money transaction equipment could not be used, so the teller took the collected cash to the teller. In addition, the teller and the teller have to go and collect the necessary amount of cash for replenishment, which necessitates the exchange of cash between the teller and the teller.

It was very time-consuming and troublesome to have to check the denomination and number of coins during cash management. Also, if there are many customers visiting the store, it can cause customers to wait for a long time.
This also led to a decline in service. Furthermore, when a large number of these money transaction devices were introduced, a large amount of cash was always stored in these devices, which resulted in a disadvantage that financial institutions were inefficient in using funds.

Purpose of issuing j; An object of the present invention is to provide a money management method and device for automatically replenishing and collecting money from a money transaction device as described in -.

(of the invention) Ij1 Summary This invention detects the current balance of money in a money transaction device that performs money deposit processing and/or withdrawal processing, and detects the current balance of money in a money transaction device that performs money deposit processing and/or withdrawal processing, and detects the current balance of money when there is an excess or shortage of money with respect to a predetermined upper or lower limit. , a coin f that connects a running money management machine to automatically collect or replenish coins and appropriately manage the amount of coins in the money transaction device.
f! It concerns management methods. Further, the present invention relates to a money management device, which includes a plurality of money transaction devices that perform deposit processing and/or withdrawal processing using stored coins, and a money management machine that can store and run money, and is equipped with Communicate between the device 4 and the money management machine'j
In addition to providing an IJ1 communication means, each money transaction device is provided with a money amount detection means for detecting the old stored coins ff5, and when the amount of stored coins is not predetermined by the detection means and is outside the setting range. A call-1 stage for transmitting a call signal via a communication means to the money management machine; A coin storage section for storing coins, a traveling connecting means that connects to the coin transaction device that receives the call signal and transmits the call credit, and the connected currency transaction device, and removes the coins. / taking out/taking means for taking in the money, and appropriately manages the [〒W!Jφ] of each money transaction device.

Embodiment of the Invention: FIG. 1 shows an example of a money transaction system at a bank counter to which the present invention is applied. 2
At 00, you can automatically collect 9 coins. Also, next to each automatic deposit/withdrawal machine 190, a teller's machine 300 is arranged for the teller to interact with customers and perform necessary operations for transaction operations. It is now integrated with Kinki +00 to conduct banking transactions.

And, 1 part of the customer side of automatic deposit/withdrawal 4'1too has an input ct for customers to insert banknotes for deposit.
Lo! A payment return 1=Ii02 for paying and returning banknotes to customers is provided as the primary side, and a banknote input 1 operated by the teller is provided on the teller side 2. : Item 03 and payment return [, t104 or the secondary side is sunk. In addition, each automatic deposit/withdrawal machine 1
At the center of the -L side of 00, a wireless antenna +05 is installed to send out a call signal requesting replenishment or collection of banknotes, which is connected to the 1-1 coin WS saving plate 200, and the automatic deposit/withdrawal machine +00. On the side of Terror side 2, ILF sentry management v1
A connection sensor (light emitting unit) 106 used for alignment when connected to the cargo M management machine 200, and a data output unit 1.7 for outputting data etc. to the connected cargo M management machine 200 are provided. A deposit/withdrawal machine 100 and a money management machine 200 are mechanically connected on both sides of the section. Connection portions 108A and 108B are provided for establishing a joint venture. The connection sensor 106 is made of a light-emitting element such as a light-emitting diode, and data input/output to the money management machine 200 in the data input section 107 can be performed using an optical value or an electric signal, or even an acoustic coupler, but in this example, a mechanical This is done using electrical signals from a standard connector. Further, a shutter 109 that can be opened and closed is provided between the connecting parts 108A and 108B, and when the automatic deposit/withdrawal machine loo and the money management machine 200 are connected, the shutter 1o8 is opened and banknotes are transferred between them. It is possible to import/extract data.

lj, tellers machine 300 where customers and tler interact
An operation unit 302 consisting of a keyboard or the like is provided on the desk 301 for inputting transaction data. Further, a CR7 display device 303 provided in the center of the desk 301 is configured to display banknote dispensing data, data input from the operation unit 302, and other transaction details. 1. Passbook insertion for inserting a passbook into a passbook printing machine, such as an outlet 304 adjacent to the device 303 for outputting journals and slips of the slip printing machine; +305 and -0 Furthermore, the currency ff5'lt' machine 200 is an automatic deposit and withdrawal machine l.
The call message that is automatically sent from the antenna 2
By receiving the signal at 0+, it automatically runs along the guide strip 3 laid on the floor-1 and the sub-guide strips 3A, 3B, etc. that branch from this and extend to each automatic deposit/withdrawal machine 1°O. However, the stop marks 4A, 4B, . . . are sunken in the approach position facing the requested automatic teller machine +00, that is, at the end of the sub-guidance belt 3^, 3B, . . .
Travel to the position and stop 1-. Then, the connection parts 108A and +08B of the automatic teller machine +00 and the corresponding connection parts 202A and 20 of the money management machine 200.
2B are mechanically connected, Nyatta 109 and 203
Open and replenish banknotes between the two (supply banknotes to the money management machine 200) 9 Collection (transfer banknotes to the money management machine 200)
Do the following. For this reason, a connection sensor (light receiving section) 205 and a data input section 204 are also provided on the front of the money management machine 200, and the connection sensor 205 is made of a light receiving element such as a phototransistor and receives light from the connection sensor 10B. It is designed to accurately control the position of the banknotes so that they are in a position suitable for transferring banknotes. Also, currency! I! Obstacle detection sensors 206 and 207 using optical or JJ1 blind waves for detecting obstacles are provided on the front and rear surfaces of the II management machine 200 in the running direction, respectively. A bar 208 is provided around the periphery to absorb shock caused by a collision. Obstacle detection sensors 209 and 210 using optical or ultrasonic waves are provided on the front and rear surfaces of the bumper 208, respectively, to detect obstacles on the floor. is provided with an alarm lamp 2+1, and is provided with a bill takeout T4212 for an operator or the like to take out bills, and a bill supply +-+ 213 for supplying bills. Exit 2121, + built-in reject I・
This box is for manually taking out banknotes from the box 214, and is normally closed with a shutter or door, so that taking out banknotes in the reject box 214 is prohibited. In addition, the banknote supply port 213 is designed to input banknotes all at once into a built-in banknote supply box 215 with L, or to load and take in a cassette containing banknotes. It is closed with a lid.

Next, the schematic configuration of the automatic teller machine 100 will be explained with reference to FIG. 2. Bills inserted into the input +:+IO1 on the primary side are taken into the interior one by one by a take-in mechanism (not shown). The banknotes sent to the identification unit +10 through the conveyance path a-+b and inserted into the secondary side input port 103 are taken into the interior one by one by a not-shown take-in mechanism, and then transferred to the conveyance path 6-+a.
-1-b, and is sent to the identification unit 110 as a deposited banknote. The recognition unit 110 also receives the banknotes conveyed through the conveyance path k manually, but the recognition unit +10 determines whether the deposited banknotes are true or false.
High-grade identification is performed to identify denomination 1 front and back, market loss, thickness, width, etc., and for other banknotes, low-grade identification is performed to identify denomination, thickness, diagonal 11, etc. Then, the banknotes identified by the recognition unit 110 are sent to the front-back reversal unit 111, and the banknotes determined to have the −L side facing back are reversed by the recognition unit 110, so that the second side of all banknotes becomes, for example, the front side. It is sent out to the conveyance path C. The banknotes sent to the conveyance path C are further transferred to the conveyance path f in the case of deposited banknotes and supplementary banknotes.
+g - + h, the banknotes are conveyed to a banknote storage section for each denomination, and this banknote storage section includes a temporary storage section 121-124 for temporarily pooling banknotes for each denomination, and a temporary storage section 121-124 for temporarily pooling banknotes for each denomination, and a banknote storage section for temporarily pooling banknotes for each denomination. It is composed of banknote storage capacity centers 131 to 134 for each denomination for taking in and storing banknotes. That is, below the conveyance path, there is a 10,000 yen banknote holding section 121 for temporarily holding banknotes according to the denomination identified by the identification section 110. Temporary holding section 122 for 5,000 yen banknotes A temporary holding section 123 for 1,000 yen banknotes and a temporary holding section 124 for temporarily holding banknotes to be collected (cobblestone yen banknotes) are provided sequentially from the downstream side, These temporary holding units 121~
Bill storage cassettes 131 to 134 are arranged below 124 to take in and store the respective bills at once. In addition, in this embodiment, the cobblestone yen banknotes are collected and exchanged for coins one by one, and for this reason, the identification unit 1
The banknotes determined to be cobblestone yen in step 10 are placed in the temporary holding section 124 in the pool L-111, and then transferred all at once to the banknotes 13.
I try to store it in 4. In addition, abnormal banknotes that are determined by the identification unit 110 to be skewed, abnormally J-shaped, damaged, or the like are directly stored in the reject cassette 134 through the conveyance path i without passing through the temporary storage unit 124. This is because such abnormal banknotes are likely to cause transportation troubles, and if they are temporarily held, the probability of trouble becomes 1'', 6〈.In addition, 1 bill storage capacity sen) +31-133
At the bottom of the , there are provided banknote takeout mechanisms 131A to 133A for taking out the stored banknotes one by one and according to denomination as necessary.
It is now sent to Note that the reject cassette 134 can be pulled out from the main body, and the banknotes stored in the cassette 134 can be removed by pulling out the cassette.
- will be taken out and collected.

On the other hand, the banknote sent from conveyance path g to j is discharged C1140
is released to the outside (money management machine 200) and taken in r+1
The replenishment banknotes that entered from 41 are on the conveyance path! →The banknotes to be sent to the identification unit 110 via 1+b and to be paid to the customer are sent from the banknote storage cassettes 131 to 133 to the conveyance path! After being taken out to the conveyance path 4b and input to the identification unit 110, the conveyance path c-+
The banknotes that are sent to the payment return port 102 on the primary side via d+e and to be received by the teller are sent to the payment return port 104 on the secondary side via the conveyance path c-+f. In addition, the payment return ports 102 and 104 on the primary side and the secondary side are -base pool section 102
The payment is returned after being held at A and 104A.

Similarly, the schematic structure of the money management machine 200 will be explained with reference to FIG. After the identification, normal banknotes pass through the conveyance path m to the banknote storage cellar (according to denomination) located below (231-2).
34 and determined as abnormal banknotes by the above identification are stored in the reject box 214 via the transport path 1ll-+fi. In addition, it is necessary to supply banknotes to the banknote supply box 215 in advance before the bank opens, etc., and the banknotes in the supply box 215 are taken out one by one by a takeout mechanism (not shown), passed through the conveyance path q, and sent to the identification unit. 221. Then, according to the denomination identification by the identification unit 221, the 10,000 yen bill is placed in the power cents 231 and 232, and the 10,000 yen bill is placed in the cassette 23
3 stores egg yen banknotes, and the cassette 234 stores 1,000 yen banknotes. When replenishing the banknotes stored in the cassettes I 231 to 234, one sheet is taken out by denomination as necessary via the banknote removal mechanisms 231A to 234A provided at the bottom of the banknotes. The removed banknotes are sent to the identification section 222 through the conveyance path r. This identification unit 222 also performs at least low-level identification of denomination, thickness, and skew, and normal banknotes are found in the transport path P and the 11th banknote.
223 and then released to the outside (automatic deposit/withdrawal machine 100).
Banknotes of different denominations, such as abnormally thick or skewed banknotes, or banknotes of other denominations mixed in when taking out a 10,000 yen bill, should be removed from the conveyance path! 3 + m -'n and then stored in the reject box 214.

Here, the money management machine 200 has an automatic traveling unit 1 at the bottom.
The automatic traveling unit 240 has four running wheels 242 driven by a traveling drive unit 241. Running wheel 242 (6+ii
In addition to driving backwards, the vehicle can also change direction by turning left or right. Further, on the bottom of the automatic traveling unit 240, the guidance ζi? 3 (3A, 3B) and receives the reflected light, and detects the positional deviation with respect to the guide band 3.A traveling sensor 243 is composed of a light emitting element group and a light receiving element group.
The detection signal of the running sensor 243 is manually inputted to the guiding section 262, and the guiding signal of this guiding section 262 is manually inputted to the steering control section 244, which changes the running direction of the running wheels 242 via the running drive section 241. By controlling the
run along. In addition, the optical guidance method is
This is disclosed in Japanese Patent Publication No. 12805/1983. Further, the automatic traveling unit I/240 has a power supply control section 245, which supplies power to the traveling drive section 241 and the like for automatic traveling. In addition, this power supply system (1
The section 245 is equipped with a chargeable and dischargeable battery, and a dedicated terminal 245A is provided for automatically charging it at a predetermined standby position.
have. In other words, in the standby position, the dedicated end r'-245
A is automatically inserted into the power supply terminal, and in standby mode it always charges the Banderi.

On the other hand, the control system of the banknote automatic deposit/withdrawal machine +00 and the money management machine 200 is as shown in FIGS. 4 and 5, and the automatic banknote deposit/withdrawal machine 41! , 100 are designed to perform overall control by a microcomputer (hereinafter referred to as MPU) 150,
The teller's machine 300 and a communication section 160 for transmitting a call signal to the money management machine 200 via the antenna 105 are connected to the teller's machine 300 . Then, devices 152 to 159, which will be explained next, are connected to 1 old 50 via pass line +51.
．． Identification unit 1109 front/back reversal unit 111 . Data output section 10
7. The connecting parts 108A, 108B and the memo 70 are connected to each other. The take-in/return unit 152 is a part that takes in banknotes from the input slot 101 on the primary side one by one through the take-in mechanism, and discharges the banknotes one by one to the payment return slot 102 through the pool unit 102^. The take-in/return unit 153 takes in the banknotes inserted into the secondary side input port 103 one by one through the take-in mechanism, and also transfers the banknotes one by one into the payment return port 104 through the pool unit 104A. This is the part that is discharged one by one.

Note that the payment and return openings 102 and +04 are normally closed with shutters, and are opened when dispensing is completed or when depositing money. In addition, the loading/unloading section 154 is from the conveyance path=temporary holding section! In addition to taking in banknotes one by one into the storage units 121-124, the banknotes held in the temporary storage units 121-124 (t-banknote storage capacity in bulk) are taken out into the storage units 131-134, and the loading/unloading unit 155 is temporary holding section 12
Banknotes 1 to 124 are stored in a banknote storage case, 131 to 131.
134, and the banknotes stored in the cassettes 131-133 are transferred to the banknote ejection mechanisms 131A to 131A during payment or collection.
Convey path one by one via 133A! This is the part to be taken out. Further, the conveyance check unit 156 detects the occurrence of jamming of banknotes in the conveyance path a-f by checking the flow of banknotes with an optical sensor. CR7
It is displayed on the display device 303. The storage state detection unit 157 detects the storage status from the contents of the memory 170.)1
It detects the storage status of banknotes 31 to 134, ``full'' and ``nearly full.''

It is designed to determine conditions such as ``no banknotes'' and ``only a few left.

Regarding port 134, it is only necessary to prevent it from becoming full, so
Full” and [? It is designed to detect and output "I11! Almost 1 drink". Furthermore, the in-machine taking-in unit 158 takes in banknotes into the machine from the inlet 141 for replenishment, and sends them to the recognition unit 110 via the conveyance path /+ +b→. In this case, these are 10,000 yen, 5,000 yen, and 1,000 yen banknotes, and do not include cobblestone yen banknotes)
Furthermore, the front and back reversal section 111 + conveyance path C-+ f -+ g
Defective banknotes that are sent to temporary holding units 121 to 123 through
Release 1 through conveyance path C-+ f+ g + j
40 and returns it to the money management machine 200 side. On the other hand,
The external discharge part 159 is a storage case.

When at least one of the banknotes 131 to 133 is "full" or "nearly full," the banknotes are taken out one by one from the corresponding storage cassette for collection via the banknote removal mechanisms 131A to 133A, and transferred to the conveyance path! → to the identification unit 110 via +b
The coins are then sent to the money management machine 200 from the discharge port 140 via the conveyance path C+f+g+j.

In this case, abnormal banknotes for which skew or abnormal thickness has been detected by the identification unit 110 are directly stored in the reject cassette 134 through the conveyance path C+f+g+i.

By the way, the memory 170 is composed of a RAM and a ROM, and the RAM has a counting memory for each denomination, which will be described later.
The ROM stores programs and the like that control the entire automatic teller machine 100. That is, RO in memory +70
M is the state value of the storage cassettes 131-134 for the other storage state detection sensor 157 of the program, and "full" is "1" for the banknote storage capacity cellars l-131 to 133.
The preset values are ``000'', ``nearly full'' is ``800'', ``standard number'' is ``500'', ``only a few left'' is ``200'', and ``no banknotes'' is ``0''. is stored, and when any of the storage cassettes 131 to 133 is "nearly full" (800 or more) or has "only a few remaining" (200 or more), the automatic deposit/withdrawal machine 100 sends a call signal to collect or replenish banknotes, and when any one of storage capacity cells (131-133) becomes "full," it suspends the deposit transaction and collects banknotes with the money management a200. However, when any of the storage cassettes 131 to 133 becomes "out of banknotes", the withdrawal transaction is temporarily stopped and money management @ 20
0 to replenish banknotes. On the other hand, regarding the reject cassette 134, "full" means "500 sheets", "
``Almost full'' is set to ``450 sheets'' and stored in the ROM, and when the storage state detection unit 157 determines that ``almost full'' is detected, the MPU 150 displays the information on the CR7 display device 303 of the teller's machine 300. This message will be displayed and the stored banknotes will be taken out.

The money management machine 200 has two microcomputers (microprocessors; hereinafter simply referred to as MPU) 250 and 260 that are connected to each other.
The ftO mainly controls the automatic travel unit 240, and both the antenna 201 and the communication unit 2
A call signal from the automatic teller machine 100 is received via the ATM 70 . In this case, the communication unit 270 receives the call signal and gives a running start command to the MPU 280, and
It identifies which automatic teller machine has sent the call signal and provides MPU 280 information. And lMPU250
is connected to the collection unit 252 through a pass line 251. Replenishment part 2
53. A memory 280 and the like are connected to the MPU 280, and a guiding section 262, a memory 280, etc. are connected to the MPU 280 via a pass line 281. At this point, the collection unit 252 receives the collected banknotes taken in one by one from the intake port 220,
This is the part that collects banknotes from the conveyance path m through the identification part 221 into banknote storage cassettes ) 231 to 234 by denomination, and the replenishment part 25
3 is a banknote removal mechanism 231^~2 from the storage cassettes 231~234 when the automatic teller machine 100 replenishes banknotes.
34A, the banknotes are taken out one by one to the conveyance path r, and after being identified by the identification section 222, normal banknotes are refilled into the automatic teller machine 100 through the discharge port 223 through the conveyance path p. . Further, the storage state detection unit 254 detects the banknote storage state of the cassettes 231 to 234 and the reject box 214 from the contents of the memory 280.
"Full", "Almost full", "No banknotes".

It determines the storage status, such as when only a few notes remain, and displays that status on the alarm unit 255.
3 to eject banknotes. The conveyance check section 256 detects the occurrence of jamming of banknotes in the conveyance path m-S by checking the flow of banknotes with an optical sensor. If an abnormality occurs, the alarm section 255 issues an alarm. Further, the guidance section 262 manually receives the detection signal from the running sensor 243 and cooperates with the steering control section 244.
move the automatic traveling unit 240 to the guidance zone 3 (3A) on the floor.
, 3B...). The alarm unit 263 issues an alarm to the automatic driving unit 240, when the obstacle detection sensors 206, 207 and 2011, 210 detect an obstacle and stop, or when the automatic driving unit 240 malfunctions. The alarm lamp 211 is turned on or blinks while the Yatsuteri is being charged.

Here, the memory 280 is a banknote processing program L.
R including ROM storing , and counting memory for each denomination.
The memory 280 is composed of a ROM that stores the driving program of the automatic driving unit 240, and
It is composed of a RAM that stores information necessary for controlling the direction when driving, detecting obstacles, controlling the power supply, etc. The storage state detection sensor 2 is stored in the ROM of the memory 2ElO.
As the state value of stored banknotes for 54, "full" for banknote storage cassettes 231 to 234 is "500 sheets".
, "Almost full" is set to "450 coins,""Only a few left" is set to "50 coins,""Nobanknotes" is set to 0, and regarding the reject box 214, "full" is set to "'.
"500 sheets" and "almost full" are stored as "450 sheets."

By the way, each automatic deposit/withdrawal *100 memory + 70 RAM 1f, ffi 6 has a buffer memory area 170B as shown in Figure (A) and a main memory area 170M as shown in Figure (B), respectively. The buffer memory area 170B is a deposit buffer memory B1-84 for each denomination. Withdrawal buffer memory by denomination 85~B? ,
It has recurring deposit (replenishment) buffer memories 88 to 810 and withdrawal (collection) buffer memories Bll to B+3 for each denomination. In addition, the main memory area 170M (i similar deposit main memory by denomination M1 to M4. withdrawal main memory by denomination to M7. recurring deposit main memory by denomination N8).
~N10 and withdrawal money main memory Mll~old 3,
Furthermore, there is an Aritaka main memory M that stores the current balance by denomination.
I have 14-M17. At the time of deposit, each denomination is counted in the deposit buffer memory B1-84, and when the transaction is completed, the deposit buffer memory B1-84 for all denominations is counted.
The contents of B4 ul-u4 are added to the deposit main memory Ml-M4 and Aritaka main memory old 4 to old 7 and stored, and when withdrawing money, it is added to the withdrawal buffer memory 85 to B7 by denomination for each coin released. At the same time, the withdrawal counting pulse CP1~
At CP3, subtraction is performed from the main memories 14 to M1B, and when the transaction is completed, the contents u5 to u7 of all the withdrawal buffer memories 85 to B7 are added to the withdrawal main memories M5 to M7 and stored. When one banknote is replenished, the amount is counted by denomination in the deposit buffer memories 88 to 810, and is further added to and stored in the deposit main memories M14 to 11118. At the end of the replenishment process, the contents u8 to ulO of the recurring deposit buffer γ memories 88 to BIO for all denominations are added to the recurring deposit main memories M8 to M10 and stored.

Furthermore, when collecting banknotes, each bill is added to the payout buffer memory 811-B13 for each denomination each time a bill is released, and the amount is added to the payout buffer memory 811-B13 by the payout total counting pulses CP4 to CP6.
4 ~ Perform subtraction from NIB, and at the end of collection processing, withdraw money buffer memory for all denominations Bll ~ 81
3 contents ull Nu13 is the withdrawal main memory Old 1
−M13 and stored.

On the other hand, FIG. 7 shows a part of the RAM in the memory 280 of the money management fi 200, and shows a portion of the RAM in the memory 280 of the money management fi 200.
It has memory memories BLI to BL4 that count and store the number of banknotes stored in the reject box 214, and a memory BL5 that counts and stores the number of banknotes stored in the reject box 214. And Aritaka Memory BL
l-BL4 adds the collection counting pulses RC1-RG4 output when collecting banknotes, subtracts the replenishment counting pulses CMI-CM4 output when replenishing banknotes, and the balance memory BL5 is stored in the eject pox 214. It is designed to count the reject signals RJ that are output when the Moreover, when the money management machine 200 replenishes banknotes, it has a replenishment memory GBI-GB3 that stores a replenishment denomination signal from the automatic teller machine 100. In addition, 1. The replenishment count pulse and the replenishment denomination signal are sent via the data output section 107 of the automatic teller machine 100 and the data input section 204 of the money management machine 200.

The operation of such a configuration will be explained with reference to the flowcharts shown in FIG. 8 and subsequent figures.

FIG. 8 shows an example of the overall operation of money transaction processing. In the standby state (step Sl), the money management machine 2
00 is placed on standby at a predetermined position within the bank, and in this standby state, the battery in the power supply control section 245 is charged via the dedicated terminal 245A. Also,
A predetermined number of bills (for example, 500
banknotes) are supplied prior to the start of operations. Then, each automatic deposit/withdrawal machine 100 always determines whether or not it is in the deposit process (step S2), and whether it is in the withdrawal process (step S2).
3) It becomes necessary to collect or replenish the banknotes stored in the automatic teller machine 100, and a judgment is made as to whether or not the banknotes are emitting a call signal (step S4) and whether there is an accident (step S5). When the deposit mode key on the operation unit 302 of the teller's machine 300 is operated, a deposit process (step 5100), which will be described later, is executed, and when the withdrawal mode key on the operation unit 302 is operated in the same way, A withdrawal process (step 5200), which will be described later, is executed and the system enters a standby state. In addition, when banknotes are collected or replenished in any banknote storage cassette of the automatic teller machine 100,
A call signal is transmitted via the antenna +05 of the automatic deposit/withdrawal Ja 100, requesting the money management machine 200 to properly manage the banknotes, and then the banknote management process (step 5300) to be described later is executed, after which the machine enters a standby state. becomes. Furthermore, if a paper jam or malfunction occurs in the deposit/withdrawal machine 100 itself, the machine itself will stop as an accident, and the details of the accident will be displayed on the teller's machine 300 (7) CRT display device 303, and the Is error will be cleared. The process returns to the standby state again (step 5H(3)).

First, to explain the operation of the deposit processing (step 5100) of the automatic bill depositing and dispensing machine 100 with reference to the flowchart in FIG. Judgment step 5IO
I) When a banknote is inserted into the input slot 101 on the primary side, the input/return unit 152 on the primary side is turned on (step 5102), and the banknote is input into the input slot 103 on the secondary side. If so, turn on the secondary side import/return unit 153 (
Step 5103). Then, the banknotes inserted into the input 1-1101 are taken in one by one by the take-in/return unit 152,
The banknotes are sent to the identification unit 110 via the conveyance path a+l) and inserted into the input slot 103, and are taken in one by one by the take-in/return unit 153, and sent to the identification unit 110 via the conveyance path e+a-+b. The deposited banknotes are then subjected to high quality identification (step 5I04). The identification unit 110 identifies counterfeit notes and unidentifiable notes.

If a banknote with an abnormal thickness is identified, it is sent as an abnormal banknote to the pool section +02A via the conveyance path c-+d+6 and then returned to the payment return slot 102, or it is temporarily held in the pool section 104A via the conveyance path C+f. Afterwards, return it to the payment return port 104 on the teller side (step 5i05゜5I08),
When the identification unit 110 determines that the banknote is a normal banknote, the front and back sides of the banknote are aligned in the front and back reversing unit Ill, and then the banknote is transferred to the conveyance path C.
→f4g→h, and "+l" is added to the deposit buffer memory BE-84 corresponding to the identified denomination (steps 5105 and 5107). In addition, the identification unit 110
In step 5108, it is determined whether the inserted banknote is a 500 yen banknote or not. The banknotes are temporarily held in the corresponding temporary holding units 121-123 from the conveyance path (step 5109), and such a deposit receiving operation is repeated for all the banknotes placed in the input 1-1101 or 103. When the import is completed (step 5LLL), the corresponding import/return unit 152 or 153 is turned off (step 5112). After that, the teller confirms the number of deposited bills, amount, etc. with the customer, and then operates the deposit key on the operation unit 302 of the teller's machine 300 to retrieve the banknotes temporarily held in the temporary holding unit 121-124. / The cassettes are collectively stored in the respective corresponding cassettes 1-134 via the take-out section 154 (step 51).
13,5114). And 2 deposit pamphlet memory B1-
Deposit main memory Ml that also stores deposit data ul-u4 by denomination, which is added J1 to 84, by 1.
- At the same time as transferring to M4, Aritaka main memory M14 to M8
17 (Step 5115), and then the contents of the deposit buffer memory B1-84 are cleared (Step 5117). In addition, in step 5113, the banknotes held in the time holding units 121 to 124 are transferred to the cassette 1-1.
31-134, the temporary storage section 121
124 by hand and taken out all at once and returned to the outside, or automatically transported one by one using a separately provided transport stage f and returned (step 311B).

With the above steps, the deposit processing is completed.

Next, the withdrawal process of the automatic teller machine 100 will be explained with reference to the flowchart of the JL's IO diagram.
By instructing the withdrawal mode key at 02 and inputting the withdrawal amount using the numeric keypad, the required denomination is automatically determined, and the banknotes (131 to 133) are loaded into the corresponding cassette.
Convey path one by one through the takeout section 155 and bill takeout mechanisms 131A to 133A! (step 5201)
). Then, the removed banknotes are sent to the conveyance path! → is sent to the identification unit 110 via +b for low-grade identification (step 5202), and if it is an abnormal banknote, it is sent to the transportation path C+ f +
The normal banknotes are directly stored in the reject cassette 134 through the banknotes g −+ i (steps 5203 and 204), and the normal banknotes are aligned with the front and back sides of the banknotes in the front-back reversing unit 111, and then sent to the conveyance path C, and are then sent to the dispensing buffer memory 85~ “+1” is added and counted to the corresponding memory of B7 (step 92
05) At this time, the withdrawal counting pulse CPI-CP3 is output, and the corresponding ``Aritaka main memory flood 4~M1B'' is output.
-1J is subtracted. And MPU150
In step 520B, it is determined whether the withdrawal request is from the primary side or the secondary side.If the request is from the primary side, the withdrawal request is transferred to the pool section 102A via the conveyance path C-+d→e. Step 5207), in the case of a request from the secondary side, the transport path c
-+f to be transported to pool 1104A in step 52.
08) Repeat the operation described in 4-4 until the manually entered withdrawal amount is reached (step 5208). When the input withdrawal amount is reached and the withdrawal operation ends (step 5209), the teller looks at the display on the CR7 display device 303 and confirms that the withdrawal amount is OK.
Step 5210), OK
In this case, by operating the payment key on the operation unit 302, the banknotes temporarily reserved in the pool unit 102A or 104A are conveyed to the payment return opening 102 or 103 (step,
Step S2] 1) Transfer the addition count data u5 to u7 by denomination added to the withdrawal buffer 7 memory days 5 to B7 to the withdrawal main memory M5 to M7 (Step 521)
2) After storing the banknotes held in the temporary reject holding unit 124 in the reject cassette 134 (step 5213), the contents of the buffer memories 85 to B7 are cleared (step 5214).

In addition, each time a banknote is taken out from the banknote storage cassettes 131 to 133, the withdrawal command pulses CP1 to CP3 are input to the banknote main memories 814 to M+6 as subtraction signals, so that the banknote main memories M14 to MIE ! (7)
The number data always matches the number of sheets stored in the storage cassettes 131-133. Also, step 5 above
If the payment amount is not OK in step 210, the teller operates the collection key on the operation unit 302 to return to the pool unit 102A.
or 104A of reserved banknotes are collected (step 5215
), the buffer memories 85 to B7 are cleared (step 321B), it is determined whether re-discharge is necessary or not (step 5217), and in the case of re-discharge (withdrawal processing), return to step 5201 in -h. The above operation will be performed again.

Next, an example of the operation of the banknote management process (step 9300) will be explained with reference to the flowcharts in FIGS. 11 and 12 (A) and (B).
12A and 12B show an example of the operation on the money management machine 200 side.

First, the operation of the automatic banknote deposit/withdrawal machine 100 shown in FIG. 11 will be explained.
The number of stored banknotes from 31 to 134 is determined by the storage state detection sensor 1.
57 is constantly detected, and when any of the cassettes 131-133 reaches ``800 bills'' or more, which is ``almost full'', it is necessary to collect the stored banknotes from the cassette, or when there are ``only a few left''. ``When the number of banknotes falls below 200, it is necessary to replenish the cassette with banknotes.
In the event that such a management request occurs, the automatic deposit/withdrawal machine 10
0 is the antenna 1 via the MPU 150 and the communication unit 180.
05 sends a call signal to call the money management machine 200 (step 5301). The operation of the money management machine 200, which automatically runs upon receiving a call signal, will be described later. Connection parts 108A and 108B of deposit/withdrawal machine 100 and money management machine 2
The connection parts 202A and 202B of 00 are mechanically connected and fixed (step 5302), and the data output part +0
Automatic deposit/withdrawal a100 via 7 and data human resources department 204
Iif transmits a signal from to the money management machine 200 side.
Becomes Noh. Here, the MPU 150 determines from the signal sent whether the automatic teller machine that sent the call signal is issuing a collection request or a replenishment request.
If both are requested, collection processing is performed first, and replenishment processing is performed next (step 5).
303). If collection processing is necessary, first output a collection start command from the data output unit 107 to the money management machine 200 side (step 5304), turn on the external discharge unit 159 (step 5305), and start the loading/unloading process. The banknotes are taken out one by one from the corresponding cassettes 131-133 via the section 155 and the banknote take-out mechanisms 131A to 133A, and transferred to the conveyance path! → is sent to the identification unit 110 via -b (step 530
6). The identification unit 110 does not identify the sent collected banknotes (step 5307), and the abnormal banknotes are stored in the reject cassette 134 via the conveyance path C4f+g+i without being reversed (step 33).
0B, 5317), for normal banknotes, the front and back reversal unit 11
After aligning the front and back sides of the banknotes in step 1, conveyance path C+ f −* g
→1, the banknotes are discharged from the discharge port 140 to the intake port 220 of the management machine 200 connected thereto (step 53).
08,5309), at this time, the withdrawal buffer memory 8
11-813, in response to the removal of banknotes, addition and counting of "+l" is performed, and the main memory 14 to Ml
The same withdrawal counting pulses CP4 to CP6 are also manually applied to the fi to perform subtraction counting, and the L-list collection operation is repeated until the number of banknotes stored in the cassette reaches the standard number of 500. When the number of sheets is reached, the extraction ends (step 5310). Note that the number of banknotes stored in the cassettes 131 to 133 is determined by the number of banknotes stored in the corresponding main memory M.
It is determined based on the memory data of 14 to 81B. In this way, when the withdrawal for the - denomination is completed, it is first determined whether a similar collection operation is necessary for other denominations (step 5311), and if collection for other denominations is necessary, then Returning to step 530B, the same collection operation as described above is performed. If collection of other denominations is not necessary, turn off the external discharge section 159 in step 5.
312) The contents ULL to U13 of the withdrawal money buffer memories 811 to B13 are transferred to the withdrawal money main memory Ni1 to M13.
(step 5313), outputs a collection start command to the money management machine 200 side to notify that the banknote collection operation has ended (step 5314), and then outputs a collection start command to the money management machine 200 side to notify that the banknote collection operation has ended (step 5314).
Step 150 determines whether any of the cassettes +31-133 needs to be replenished with banknotes.Step 531
5) If there is no need for replenishment, turn off the connection between the deposit/withdrawal machine 100 and the money management @2[0 (step 331B).
, ends the management process.

Furthermore, if it is determined in step 5303 that the collection process is not necessary and that replenishment processing is necessary, and if it is determined in step 5315 that replenishment is necessary, the banknote replenishment operation is started. The in-flight intake section 15B is turned on (step 5320). And data output section 107
and outputs a replenishment start command together with the required denomination and number of bills to the money management machine 2θθ via the data input unit 204 (step 5321), requesting the money management machine 200 to replenish banknotes of the required denomination.

The banknotes ejected from the money management machine 200 side are taken into the inlet 141.
Transferred to the deposit/withdrawal machine and transported! → is sent to the identification section 110 via -b, where the banknote is identified (step 5).
322), the abnormal banknote is returned to the money management 41200 from the discharge port 140 via the conveyance path C→f→g"5 (step 5332). In addition, the normal banknote is returned to the front-back reversing unit 111.
After the front and back sides of the banknotes are aligned, conveyance path C-+ f-+
Temporary holding section 121 for each denomination after g + h
~123, and "+1" is added to the corresponding recurring payment buffer memory 88~BIG (steps 5324 and 5325). In this case, the number of cassettes 131-133 stored is from Aritaka main memory M14 to
M! 6, and the above replenishment operation is repeated until the number of stored sheets reaches 500 sheets, which is set as the standard number (step 932B), and when the number of stored sheets reaches 500 sheets and the end of import is reached. In step 5, it is determined whether it is necessary to replenish banknotes of other denominations.
327) If replenishment is necessary for other denominations, the replenishment operation described in I- is further repeated.

If replenishment for other denominations is not necessary, turn off the in-machine loading unit 158 (Step 5328), - Load/take out unit 1 the banknotes held in the time storage units 121 to 124.
Bill storage cassettes 131 to 134 collectively via 54
(Step 5329). Then, the data u added and counted in the recurring payment buffer memories 88 to 810
Step 9330) Transfer 8~ulO to recurring payment main memory M8~old 0 and Aritaka main memory 14~81B)
, Outputs a replenishment end command from the automatic banknote deposit/withdrawal machine +00 to the money management machine 200 to notify that the replenishment operation has ended (step 5331) , After that, the automatic deposit/withdrawal machine Ja100 and the money management machine 200 are connected. is turned off, and the management process ends.

Next, the operation of the money management machine 200 in the above-mentioned banknote management process will be explained with reference to FIGS. , when a call signal from any of the automatic teller machines 100 is received via the antenna 201 and the communication unit 270 (step 5340), the machine first replenishes its own storage cassettes 231 to 234 via the storage state detection sensor 254. It is determined whether there are enough banknotes or whether there is room to collect them (step 5341), and if the appropriate number of banknotes is not reached, an alarm is issued from the alarm unit 255 (step 5341).
step 5342). Furthermore, if a call signal is not received, it is determined whether or not there is an accident (step 534).
3) In case of an accident, the alarm section 255 similarly issues an alarm (step 5334). And +i% with proper banknotes
If this is not the case, the MPU 2BO drives the drive wheels 242 via the travel drive unit 241 of the automatic travel unit 240 in accordance with the travel start command from the communication unit 270, and also determines which deposit/withdrawal machine has sent the call signal. By determining this, the money management machine 200 starts running toward the automatic deposit/withdrawal machine that has issued the call signal (step 53).
45). In this case, the money management machine 200 uses the obstacle detection sensors 288, 207 and 209, 210 to detect whether there is an obstacle in the running direction of the management machine and its floor.Step 3346), the obstacle is detected. If so, the vehicle stops traveling (step 5347), and the warning lamp 211 is blinked or turned on via the warning section 263 (step 3348). Thereafter, wait for MtM to be released, that is, wait for the obstacle to be removed (step 5349), and proceed to step 53 as in the case where there is no obstacle.
Proceed to 50 Steering Controls. In this steering control, the running sensor 243 detects the positional deviation of the guide bands 3, 3A, 3B, etc. on the floor, and the driving wheel 2 is adjusted via the steering control unit 244 so that the positional deviation becomes zero. By controlling the direction, the machine will travel to the automatic teller machine 100 that issued the call signal, and the stop mark (4A, 4B) placed in front of it will run.
It stops at the position (steps 5351, 5352). At this position, the connection part 108A of the automatic bill automatic teller machine 100,
108B and the connection parts 202A and 202 of the money management machine 200
Step 5353)
, data can be communicated with the automatic teller machine 100 via the data output unit 107 and the data input unit 204, and the MPU 250 receives a collection start command, a replenishment start command, or both from the banknote automatic teller machine 100. Determine whether or not to be performed manually (steps 5354 and 535)
5).

When a collection start command is input from the automatic teller machine 100, the MPU 250 turns on the collecter M252 (step 935B), and takes in the banknotes sent from the outlet 140 of the automatic teller machine 100 at the inlet 220. Identification part 2
21, low-level identification is performed (step 5357).

If the result of the identification is an abnormal banknote, the transport path ma
Steps 535B and 5359) to transport the banknotes to the reject box 214 through the banknotes M1 and t to the banknotes in the case of normal banknotes
According to the denomination identified in the first part 221, the banknote storage cassettes 231 to 23 are stored from the conveyance path m force 1 to step 1. P5
360), the above collection operation is repeated until the automatic deposit/withdrawal machine 100 issues a command for the collection path (step S3[
i4). In this case, depending on the number of banknotes collected, the collection unit a, <
, response RCI-RC: 4 is generated, and high memory BLI
- BL4 near 111 is counted, and the rejected banknote beam jet No. 4a RJ is input into the credit memory BL5, thereby being counted. Also, storage and collection of 10,000 yen notes
In this example, the IN opening of the cassettes 231 and 232 has priority 111ft KL.

When the automatic deposit/withdrawal machine 100 outputs a collection path r command and inputs it manually to the money management @ 100, the MPU 250
Step 5362) turns off the collection unit 252 and determines whether a replenishment start command has been input (step 5362).
Step 9383), here, if the replenishment start command is manually input in the step 5355 or step 5363, the MPU 250 turns on the replenishment unit 253 (step 838o), and the memory CBI NCB5 false 7 is tossed. According to the denomination and quantity, the banknote ejection mechanism 2
Bill storage capacity cellar h231-2 via 31A-234^
34 is taken out one by one and sent to the conveyance path r, and the conveyance path r sends the taken out banknotes to the identification section 222 to identify the banknotes (step 5381). Here, if an abnormal banknote with skew or abnormal thickness is detected, the transport path S +
Step 9382. to be transported to the reject box 214 via rn-+n. ! 11138B), in the case of normal banknotes, deposits and withdrawals 4111 are made through the intake port 141 of the automatic deposit and withdrawal right 100 connected from the discharge port 223 via the conveyance path p.
00 (step 3383). This operation of replenishing banknotes is repeated until the replenishment end -r command is issued from the deposit/withdrawal machine 100 (step 9384), and when the replenishment end r command is output from the automatic person withdrawal right 1oo, the MPU 2
50 turns off the replenishment unit 253 (step 3385),
Proceed to step 5364 and turn off the connection between the coin Wiv burial board 200 and the banknote automatic deposit/withdrawal right 100 (step 338
4).

When the connection with the automatic deposit/withdrawal machine 100 for which banknote management has been performed is canceled, the money management machine 200 either returns to a predetermined standby position or advances to the position of another automatic deposit/withdrawal right that has issued the call signal. Similar money management is performed in , but in this example, an example of the operation of returning to a predetermined standby position will be explained. When the connection with the automatic deposit/withdrawal right 100 is canceled, the money management machine 20
Step 53 determines whether or not there is an obstacle and, if there is an obstacle, flashes or lights up the warning lamp 211.
65, 53e6), if there is no obstacle, run 1-1 in the same manner as described above (step 5370), and if there is an obstacle on the running path, stop running and turn on the warning lamp 21+.
blinks or lights up (steps 5371, 5375.S
37 [i) Then, if there is no obstacle, perform the same steering control as described in Part 1 (step 5).
372), travels to a predetermined standby position and stops (steps 5373 and 5374).

In the above-described embodiment, the money management machine 200 supplies driving power for the banknote processing unit with the battery in the built-in power supply control unit 245, but the automatic deposit/withdrawal right 10
After connection with 0, power may be supplied from the connector from the deposit/withdrawal machine 100 and used as a power source for banknote processing. In addition, the data output unit 107 of the automatic deposit and withdrawal right 100
and the data input section 204 of the money management machine 200 are provided in each of the shutters 10θ and 203, and the shutter 109
and 203 may be opened to exchange data. Furthermore, although the money management machine 200 itself has the banknote supply section 215 for supplying banknotes in the embodiment described in J-2, a banknote supply and collection device is provided as a separate unit near the teller, and the banknote management machine 200 itself has a banknote supply unit 215 for supplying banknotes. The banknote storage cassette of the automatic teller machine 200 may be moved depending on the cassette storage state of the machine 200 to supply and collect banknotes from the machine, and the banknote storage cassette of the automatic teller machine 200 is also used for depositing and withdrawing money. However, separate storage cassettes may be provided and managed for deposits and withdrawals, or processing may be performed using completely separate devices such as automatic deposit machines and automatic withdrawal machines. be.

In addition, although the guidance method of the money management machine 200 has been explained using an example using an optical sensor, a method using electromagnetic induction (for example, Japanese Patent Publication No. 50-231110) is also possible, and three-point positions can be detected by wireless or light. To induce by a method of (
For example, JP-A-54-1146θ0) is also possible,
When a call signal is transmitted from a plurality of automatic deposit/withdrawal rights, the money Fl'+ management machine may be moved to the automatic deposit/withdrawal rights according to a predetermined priority order. Furthermore, by providing a timer function to the automatic deposit/withdrawal rights and the money management machine, it is possible to automatically replenish banknotes before the store opens or to automatically collect banknotes after the store closes. It becomes ijf noh. Furthermore,
Although the above-mentioned embodiment describes the management of banknotes, it can also be applied to coins, and collection operations are given priority in money management.
The replenishment operation may be given priority.

Effects of the invention: As described above, according to the present invention, since the r11-qualified money management machine automatically collects and replenishes money to the money transaction device, there is no need for the teller or teller to take any action. The teller can now concentrate on dealing with customers,
Transactions can be carried out through efficient windows 1.

Furthermore, it is no longer necessary to exchange large amounts of cash between the teller's counter and the teller's office, and there is no need to carry heavy cash cassettes, which reduces the labor for the teller. Furthermore, there is an advantage that the amount of cash remaining in the money transaction device can be properly managed.

[Brief explanation of the drawing]

FIG. 1 is an external view showing an example of the layout of a bank teller according to the present invention, FIG. 2 is a diagram showing a schematic functional configuration of an automatic bill depositing and dispensing machine according to the present invention, and FIG. 3 is a money management machine used in the present invention. FIG. 4 is a block diagram showing the control system of the automatic bill depositing and dispensing machine, FIG. 5 is a block diagram showing the control system of the money management machine, and FIGS. 6 (A) and (
B) is a diagram showing an example of the configuration of the buffer memory and main memory of the memory in the automatic bill depositing and dispensing machine, FIG. 7 is a diagram showing an example of the configuration of the memory in the money management machine, and FIG. 8 is the overall operation of the present invention. FIG. 9 is a flowchart showing an example of the operation of deposit processing, and FIG. 10 is a flowchart of an example of operation of withdrawal processing. Fig. 11 is a flowchart 1- on the money automatic teller machine side showing an example of money management operation, and Fig. 12 (A) and (B) is a flowchart 1- on the money management machine side showing an example of banknote management operation.
It is. l...Customer side, 2...Teller side, 3...Main induction band. 3A, 3B...Sub-induction zone, 4A, 4B...
Stop 1-mark, 100...Banknote automatic deposit/withdrawal machine, 10
1,103...Input 1. J, 102, 104...Payment return port, 105...Radio antenna, 107...Data output section, 108^, 108B...Connection section, llO
...Identification part, 111...Front and back reversal part, 121-1
24... Temporary storage section, 131-134... Bill storage cassette, 150... Microcomputer (MP
U), 152, 153... Intake/Return Department, 154.
155... Intake/take-out section, 156... Transport check section, 157... Storage state detection sensor, 158... In-machine intake section, 159... Out-machine discharge section, 160... Communication Part, 170... Memory, 200... Money management machine, 2
01...Antenna, 202A, 202B...Connection part, 205...Data human power department, 206, 207...
Obstacle detection sensor, 208... Bumper, 209,2
DESCRIPTION OF SYMBOLS 10... Obstacle detection sensor, 211... Alarm lamp, 212... Banknote output port, 213... Banknote supply port,
214...S-2 Ectobox, 215...Banknote supply box, 221.222...Identification section, 231
~234...Banknote storage cassette/), 240...Automatic travel unit, 241...Travel drive unit, 242...
- Running wheel, 243... Running sensor, 244... Steering control section, 245... Power supply control section, 2
50.288...Microcomputer (MPU)
, 252... Collection department, 253... Replenishment department, 254
...Storage state detection sensor, 256...Transportation check section, 262...Guidance section, 270...Communication section, 280
．． 290...Memory, 300...Terror's Machine,
301...Desk, 302...Operation unit, 303...
・Yasugata Yu 3-5', representative for applicant of CRTR7 display system. Figure 6 (,4) 1'lθB #! 76 Figure (B) Procedural amendment (method) Kazuo Wakasugi, Commissioner of the Patent Office1, Indication of the case, Patent Application No. 119828 of 19822, Name of invention Money 'f, f'j! Method and its terms 3, relationship with the person making the amendment Patent applicant 35 Shimoteno (143), Himeji City, Hyogo Prefecture Glory Industries Co., Ltd. 4, agent 5 arrest + 1 E-order issued in 1982 October 1st (Shipping 1) 25th month of 1980) (1) Amend the power of attorney as shown in the attached sheet. (2) The drawings attached to this application are amended as shown in the attached sheet.

Claims (1)

[Scope of Claims] 1. Detecting the current amount of money h) in a money transaction device that performs money deposit processing and/or withdrawal processing, and when an excess or deficiency occurs with respect to a predetermined lower limit quantity. , connect a movable money management machine and collect money 1゛l or 1]
A method for managing money, characterized in that the amount of money in the money transaction device is appropriately managed by dynamically replenishing money. 2. Equipped with a plurality of money transaction devices that perform deposit processing and/or withdrawal processing using stored coins, and a money management machine that stores coins and can run, each of the money transaction devices and the money management machine has both. In addition to providing a communication means for communicating between nη, each money transaction device has a money amount detection means for detecting the amount of each stored currency, and the money amount detection means detects the amount of stored currency ff! A call means for transmitting a call 4:i"f via the communication means when the basket falls outside a predetermined setting range; Retrieval! ¥ stage, a coin storage section for storing coins in the money management machine, and a travel unit that runs and connects to the money transaction device that received the call message 5 and sent the call message. An ejector for ejecting/receiving money between the connecting stage and the connected money transaction device;
1. A money management device, characterized in that the money management device is provided with a take-in stage to appropriately manage the amount of money in each of the money transaction devices.