JP3495838B2 - Money receiving and dispensing machine - Google Patents

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a money handling machine which is used by being connected to a cash register, a POS register or the like and is composed of a banknote depositing / dispensing machine and a coin depositing / dispensing machine. In particular, the present invention relates to a money handling machine capable of automatically depositing banknotes and coins received from a customer and automatically depositing and dispensing fishing banknotes and fishing coins, as well as depositing and withdrawing both coins and banknotes.

[0002]

2. Description of the Related Art Conventionally, a banknote depositing / dispensing machine and coins which are connected to a POS register or the like and are capable of automatically depositing banknotes and coins received from a customer and automatically dispensing fishing banknotes and fishing coins. An example of a depositing / dispensing machine is disclosed in JP-A-6-274743.

There are two types of operating methods as the procedure of the settlement process using such a bill depositing / dispensing machine and a coin depositing / dispensing machine. One is to deposit the banknotes and coins received from the customer into each currency processing machine after knowing the total price of the purchased products, calculate the change amount from the received amount and the total price of the purchased products, and release the change. In the first deposit operation, the other is after the total amount of purchased products is known, the cashier enters the amount of bills and coins received from the customer, and the change amount is calculated from the input amount and the total amount of purchased products. Is a post-payment operation in which the banknotes and coins received from the customer are discharged to the respective currency handling machines after the change is calculated.

Comparing the two, the cashier does not need to key in the received amount in the first deposit operation, and there is an advantage that an input error, a counting error, and a fraudulent act do not occur, but it is received from the customer. Since the bills and coins are once taken into each currency processing machine, if the amount handed by the customer is different from the counting result of the machine, or if you pay with a different denomination, it is once taken into each bill processing machine. The money has to be returned, and there is a disadvantage that it takes time to confirm whether the amount is correct and to return the money.

On the other hand, in the post-deposit operation, the cashier has to key in the received amount, and there is a possibility that an input error, a counting error or fraud may occur, but it is received from the customer. Before the banknotes and coins are taken into the money handling machine, the change will be handed over and the transaction with the customer will be terminated, so even if an input error or counting error occurs, it will be noticed on the spot and promptly without trouble with the customer. Has the advantage of being able to deal with

[0006] In a place with a large amount of processing such as a supermarket or a convenience store, reduction of the processing time required for each customer is an issue, and a money handling machine capable of post-deposit operation is demanded. Therefore, the procedure of the settlement process in the case of post-payment operation will be described. First, the POS register sequentially inputs and registers registered products,
The total price of the purchased products is displayed on the display unit. Next, when the cashier tells the customer the cash and receives the cash from the customer, after confirming whether the cash is normal or not, he / she holds the key in the POS register while keeping the cash visible to the customer. . Then, the POS register calculates the change from the total amount of the purchased products and the received amount key-input, and when there is the change, the banknote depositing / dispensing machine and the coin depositing / dispensing machine are instructed to dispense the change. The change is withdrawn. Then, when the cashier hands the change to the customer, the settlement process with the customer is completed, and the customer leaves.

On the other hand, the cashier classifies the cash received from the customer and held in the visible area of the customer into bills and coins, and inserts them into each depositing / dispensing machine. Then, each processing machine of a bill cash-receipt-and-disbursement machine and a coin cash-receipt-and-disbursement machine came to perform cash-receipt processing.

[0008]

However, in the above-described processing method, when the cashier gives a change to the customer and completes the settlement process, he or she performs an illegal act such as getting into cash without inserting cash. The amount of sales and cash do not match. Similarly, even if it is unintentionally lost or the like, the sales amount and the cash do not match.

In such a case, if the log data in each process is output and a follow-up investigation is performed, it is possible to find out the fraudulent activity. However, since the log data amount in each process is huge, a trace investigation is performed. There was a problem that was very annoying.

According to the present invention, when the conditions that may involve fraud are met, an abnormal log is output for all of them, so that the above collation work for the presence or absence of fraud is not troublesome. In this way, it is an object of the present invention to provide a money handling machine which has an effect of suppressing fraud and consequently can easily perform post-deposit operation.

[0011]

A coin depositing / dispensing machine according to the present invention is a coin depositing / dispensing machine having a coin depositing / dispensing machine and a bill depositing / dispensing machine for automatically depositing / dispensing a coin and a bill. Log data output unit that outputs log data related to the log data, an abnormal log determination unit that determines an abnormality of the log data based on preset conditions, and a normal log storage that stores the log data output from the log data output unit And an abnormal log storage unit that stores the log data when the abnormal log determination unit determines that the log data is abnormal.

In this money depositing / dispensing machine, one of the following cases is a condition for the abnormality log determining unit to determine that the log data is abnormal. (1) In the normal process, when the input data does not match the total amount of deposits of banknotes and coins (2) When there is a reject (3) In the case of manual withdrawal

Further, the log data stored in the normal log storage unit is characterized in that it includes information on time, person in charge number, operation mode, processing category, amount of money, and reject.

[0014]

BEST MODE FOR CARRYING OUT THE INVENTION Embodiments of the present invention will be described in detail below. FIG. 1 is an example of an external view of a coin depositing / dispensing machine according to an embodiment of the present invention. In this figure, the money depositing / dispensing machine comprises a POS register 11, a bill depositing / dispensing machine 12, a coin depositing / dispensing machine 13, and the like. The bill depositing / dispensing machine 12, the coin depositing / dispensing machine 13, and the like may be integrated in the same unit or may be separated in individual units. Also,
Reference numeral 14 is a soccer table.

The POS register 11 is provided with an input unit such as a bar code reader and an input key, a processing unit for calculating the total amount of money based on the input amount of goods, a display unit, a printing unit and the like. The banknote pay-in / pay-out device 12 is a banknote pay-in port 121 for charging the banknote amount received from a customer, and a banknote pay-out port 1 for ejecting change banknotes paid to the customer and banknotes used for currency exchange and the like.
22 and a door 15 for taking out a collection cassette for collecting banknotes, a key hole 16 and the like. The coin depositing / dispensing machine 13 includes a coin depositing opening 131 for inserting coins received from a customer, a coin dispensing opening 132 for discharging change coins, etc. to be paid to the customer.

Next, the operation will be described with reference to the internal block diagram of the money depositing and dispensing machine as shown in FIG. Banknote deposit and withdrawal machine 1
2 is a bill processing unit 123 and P in the POS register 11.
It is connected via the OS control unit 111. Coin depositing and dispensing machine 1
3 is connected to the bill processing unit 123 of the bill depositing / dispensing machine 12, and is connected to the POS register 11 via the bill depositing / dispensing machine 12. Further, the coin depositing / dispensing machine 13 can function similarly even if it is configured to be directly connected to the POS register 11 by the coin processing unit 133 and the POS control unit 111.

In the banknote deposit / withdrawal machine 12, the banknote deposit port 1
The denomination of the bill inserted from 21 is identified by the identifying unit 124. Collection cassette 125, first depending on denomination
It is stored in the recirculation stacker 126 and the second recirculation stacker 127. The collection cassette 125 can only be stored and cannot be fed out. The first and second circulation stackers 126 and 127 can both be stored and delivered. For example, in order to store three types of banknotes, 1,000-yen bills, 5,000-yen bills, and 10,000-yen bills, the 1,000-yen bills are stored in the first circulation stacker 126, and the 5,000-yen bills are stored in the second circulation stacker 127. The 10,000 yen bill having a low circulation frequency can be configured to be stored in the collection cassette 125. Further, the reject box 128 stores bills that are not identified by the identification unit 124 such as when the bills are damaged or when two bills are fed. On the other hand, the first and second circulation stackers 126 and 127
The banknotes dispensed from the banknote are thrown out from the banknote dispensing port 122 or stored in the collection cassette 125.

In the coin depositing / dispensing machine 13, the coin depositing port 131
After paying out coins thrown in one by one from one by one, the identification unit 134 and the selection unit 135 perform shape selection by dropping the coins into a hole, for example, in the order of small diameters, and the yen is one yen, five yen, ten yen, fifty yen, one hundred yen. Each of the denominations of Yen and 500 Yen is stored in the denomination storing unit 136. The deposit amount is transmitted to the POS register 11 by the coin processing unit 123. On the other hand, when throwing out, for example,
When the POS 11 issues a withdrawal command for change or the like,
The bill depositing / dispensing machine 12 dispenses change bills. Further, the coin depositing / dispensing machine 13 also dispenses a coin of a necessary denomination from the denomination-specific storage unit 136 to the coin dispensing port 132 by this command. Similarly, coins other than change are also ejected under the control of the coin processing unit 133. A specific configuration of the coin depositing / dispensing machine 13 itself can be configured, for example, like a circulation type coin depositing / dispensing machine described in Japanese Utility Model Laid-Open No. 4-86977.

Next, the detailed operation of the normal operation of the coin depositing / dispensing machine will be described with reference to the flowchart shown in FIG.
After the price of the product is input by a bar code or key input, and the sales amount is calculated and set (S30
2), the clerk who handles the POS register 11 inputs the price paid by the customer (S303). At this time,
Usually, in order to prevent troubles, the payment amount is made visible in front of the customer without being immediately put into the money dispensing machine. The control unit of the POS register 11 compares the payment amount with the sales amount and determines whether or not the change (X) is necessary (S304). If the payment is insufficient (X <
0), the process returns to step S303 to re-enter the payment amount. If no change is required (X = 0), a deposit operation is performed (S310), and the deposit / withdrawal operation ends. On the other hand, if the change is required (X> 0), it is first determined whether or not the change banknote is required (S305). If the change is not required, the change is only coins, and the process proceeds to "coin throwing" (S308). ). On the other hand, if change bills are required, the bill depositing / dispensing machine 12 is used to "displace bills" (S306), and it is further determined whether change coins are required (S307). , "Coin throwing out" (S308). "Billing"
Alternatively, the “coin dispensing” is performed by the banknote depositing / dispensing machine 12 or the coin depositing / dispensing machine 13, respectively. If the process normally ends (S309), the deposit operation is performed (S310), and the normal deposit / withdrawal operation ends. On the other hand, if an abnormality occurs for some reason, trouble processing is performed (S312).

FIG. 4 shows an embodiment of a control system configuration diagram of the money depositing and dispensing machine according to the present invention.

The POS register 11 is provided with a key for inputting the price of a product, a scanner and the like. In addition, input for maintenance and operation can be performed. A storage unit (not shown) in the POS register 11 stores product prices, employee data,
The amount of coins and banknotes, total amount of money, etc. are stored.

The banknote pay-in / pay-out device 12 has the following structure.

The processing unit 401 includes a log data output unit 402.
Also, it includes an abnormality log determination unit 403 and the like, and creates and outputs log data. The log data is data representing a record when a POS input of a deposit received from a customer and an operation of depositing / dispensing bills or coins by the bill depositing / dispensing machine 12 or the coin depositing / dispensing machine 13 are performed. is there. In particular,
As will be described later (see, for example, FIG. 6 and its description), it includes time, POS staff number, amount data, and information indicating the processing state.

The operation unit 407 inputs, in addition to a log data output control command and an abnormal log data discrimination start command, a banknote collection or dispensing command, a maintenance command, and the like as appropriate. It is composed of various input devices such as a keyboard, a mouse, and touch input.

The display unit 408 displays various information such as abnormality log data, normal log data, banknote inventory value, stored banknote data, and operation instruction data.

The storage unit 409 includes a normal log storage unit 410,
The error log storage unit 411 and the set output condition storage unit 412 are included. The normal log storage unit 410 is connected to the log data output unit 402 of the processing unit 401 and stores all the operated log data. The abnormality log storage unit 411 is the processing unit 4
The log data is stored only when an abnormality occurs by being connected to the abnormality log determining unit 403 of No. 01. Further, the set output condition accumulating unit 412 is connected to the abnormality log determining unit 403 of the processing unit 401, and sets and registers the condition as to when to store in the abnormality log data storage unit 409.

The external storage unit 413 is a device for storing various data in the storage unit 409 or the processing unit 401 in various external storage media such as a floppy disk drive and an MO disk drive. Thereby, for example, the normal log data, the abnormal log data, etc. can be analyzed by another system.

In the structure shown in FIG. 2, the deposit control unit 404 identifies the denomination of the bill inserted from the bill deposit opening 121 by the identifying unit 124, and collects the first and second recirculation stackers 126 and 127 and collects them. The deposit operation is performed by controlling the storage by the cassette 125, the reject box 128, or the like. Further, the withdrawal control unit 405 controls the withdrawal of the banknotes to be withdrawn by the first and second circulation stackers 126 and 127, etc., and performs the withdrawal operation to the banknote withdrawal port 122. The collection control unit 406 controls the P
After the OS register is used, control for collecting surplus money other than the remaining amount from the banknote depositing / dispensing machine is performed, and the banknote collecting operation is performed. Specifically, for example, a banknote of a predetermined amount is used as the first and second bills.
Door 1 for taking out from the recirculation stackers 126 and 127, storing it in the recovery cassette 125, and taking out the recovery cassette
By opening 5, the banknotes in the collection cassette 125 can be collected. In addition, the first and second circulation stackers 12
By the payout operation of 6 and 127, the banknote dispensing port 122
You can also throw out from.

The coin depositing / dispensing machine 13 is connected to the processing unit 401 to send and receive various signals.

The POS register 11 includes a processing unit 40.
1 and the coin depositing / dispensing machine 13 may be directly connected via separate lines, respectively, or may be connected in parallel via a common bus. Also, the processing unit 401 and the operation unit 4
07, display unit 408, storage unit 409, or external storage unit 4
Although 13 and the like are provided in the bill processing unit 123 in this embodiment, some or all of them are appropriately PO as necessary.
It may be provided in the S register or separately from the money depositing / dispensing machine.

Next, the operation of the money handling machine according to the present invention will be described with reference to the flowchart of FIG.
First, the POS register 11 performs various normal processes such as POS input process, deposit process, and withdrawal process (S51).
Specifically, the processing operation shown in the flowchart of FIG. 3 is performed. The log data output unit 402 stores various log data such as the time, the person-in-charge number, and the amount data in the normal log accumulation unit 410 during various normal processes (S52).

Next, the abnormal log judging section 403 compares the log data with the setting condition stored in the setting output condition accumulating section 412 (S53). If the set conditions are met, it is determined that the log data is abnormal log data, the log data is stored in the abnormal log storage unit 411 (S54), and it is determined whether the processing is completed (S55). On the other hand, if it does not match the set condition, it is immediately determined whether or not the processing is completed (S55). In the case of continuing the process, various normal processes (S5
Returning to 1), when the processing is completed, the program ends there.

Next, FIG. 6 shows a specific example of the stored contents of the normal log data stored in the normal log storage unit 410.
Here, as an example, the contents of the accumulated log data include the data number N, the time T, the POS person in charge number ID, the mode M, the processing category K, the amount data \, and the reject information R.
It is various information including j. Here, for mode M, for example, 1: normal processing, 2: manual withdrawal, 3:
Intermediate collection 4: All collection. For processing category K,
For example, 1: POS input, 2: banknote withdrawal, 3: coin withdrawal, 4: banknote withdrawal, 5: coin withdrawal. Price data ¥
For, for example, when the processing category is 1, the deposit amount is shown, and when the processing categories are 2 to 5, the actual amount of money deposited or withdrawn into the coin depositing / dispensing machine is shown. Regarding the reject information Rj, in general, when depositing banknotes, there may be cases where two or more banknotes are overlapped or defective banknotes are rejected. Therefore, the reject information Rj is
For example, 0 indicates that there is no reject bill, and 1: indicates that there is a reject bill.

For example, in the block a in FIG. 6, at the data number 00001, the POS person in charge number ID is input by the person in charge at 123 at 9:30, and in the normal process (mode M = 1 ), Enter POS (process category K
= 1), the deposit amount is 10,000 yen.
At that time, there was no reject bill (reject information Rj = 0). For data number 00002, at the same time, at 9:30 pm, the person in charge of the same process performed normal processing (mode M =
1) indicates that a bill of 1,000 yen has been dispensed (processing category K = 2). This is the deposit amount 10,
It can be judged as change for 000 yen. Data number 00003
Then, at the same time, at 9:30, it is indicated that the person in charge took out coins of the amount of 250 yen (processing category K = 3) in the normal processing (mode M = 1). This can also be judged to be change for the deposit amount of 10,000 yen. Next, with the data number 00004, at the time of 9:32, the person in charge was in the normal processing (mode M = 1) and the amount of money was 10,000.
This indicates that a yen bill has been deposited (processing category K = 4). It can be judged that the deposit amount of 10,000 yen is actually deposited in the bill depositing / dispensing machine 12. At that time, there was no reject banknote (reject information Rj
= 0).

In this way, in block a in FIG. 6, one set of normal log data relating to a series of deposit / withdrawal operations is stored.

Similarly in block b in FIG.
Received 2,060 yen from the customer (data number 00005),
Deposit 2,000 yen worth of banknotes (data number 00006), 60
By depositing a yen coin (data number 00006), one set of normal log data relating to a series of deposit / withdrawal operations is stored. At this time, the change has not been withdrawn.

Next, the set output condition for judging the abnormal log data stored in the set output condition storage unit 412 will be described. For this purpose, for example, the following conditions are set in the set output condition storage unit 412. Accordingly, the abnormality log determination unit 403 determines that the abnormality log data satisfies any one of the conditions. (1) In the normal process, when the POS input data (that is, the deposit amount) and the total deposit amount of banknotes and coins do not match (however, until K = 1 is input until the next K = 1 is input) At this time, when the next K = 1, the abnormal log data is output.) Conditional expression: Mode M = 1 (normal processing) AND (amount data of processing category K = 1 ¥ (POS Input)) ≠ ((K =
4 (¥ (banknote deposit)) + (K = 5 ¥ (coin deposit))) (2) When there is a reject Conditional formula: Reject information Rj = 1 (3) In case of manual withdrawal Therefore, the person in charge may withdraw money manually. Conditional Expression: Mode M = 2 FIG. 7 shows a specific example of the accumulated contents of the abnormality log data stored in the abnormality log accumulation unit 411. Here, as an example, the stored contents are various information including a data number N, a time T, a POS person in charge number ID, a mode M, a processing category K, amount data \, and reject information Rj. This has the same contents as the normal log data shown in FIG. The accumulated contents of the abnormal log data can be appropriately selected from the normal log data and other data as needed.

Now, returning to FIG. 6, the operation of accumulating abnormality log data will be described.

For example, in the block c in FIG. 6, with the data number 00008, the POS person in charge number ID is input by the person in charge at 123 at time 9:40, and in normal processing (mode M = 1 ), And the deposit amount of 3,500 yen is input by POS (processing category K = 1). The data number 00009 indicates that the same person at the same time, at 9:40, withdrew a coin worth 25 yen in the normal process (mode M = 1) (process category K = 3). This can be judged to be the change for the deposit amount of 3,500 yen. The data number 00010 indicates that the person in charge at the time of 9:42 at the time of 9:42 deposited coins of 500 yen in the normal process (mode M = 1) (process category K = 5). Next, in the case of data number 00011, at the time of 9:50, the person in charge in the normal processing (mode M = 1) made the deposit amount 5,0.
This is the case where POS is input (processing category K = 1) for 00 yen.

As described above, in the case of the block c, the POS input data (that is, the deposit amount) is used from the time when K = 1 is input at the data number 00008 to the data number 00011 when the next K = 1 is input. A certain 3,500 yen does not match the total of 500 yen of the deposit amount of banknotes and coins. Therefore,
Since the setting output condition (1) is satisfied, the abnormal log determination unit 403 outputs abnormal log data to the abnormal log accumulation unit 411 when the next K = 1, that is, the data number 00011.
For example, the abnormal log storage unit 411 includes the normal log storage unit 4
The accumulated contents of 10 can be copied as they are for a series of log data in which an abnormality has occurred. That is,
The block c in FIG. 6 described above is stored as it is as a block c ′ in FIG.

Next, in the block d in FIG. 6, the data number 00011 is input at the time 9:50 by the person in charge of the POS person in charge ID 123, and in the normal processing (mode M = 1), P for the deposit amount of 5,000 yen
The OS is input (process category K = 1). In the next data number 00012, at the time 9:51, since the person in charge is performing POS input in normal processing (mode M = 1), the above setting output condition (1) is satisfied. Therefore, the abnormal log determination unit 403 outputs the abnormal log data of the data number 00011 to the abnormal log accumulation unit 411 when the data number is 00012, and the abnormal log data is stored as a block d ′ in FIG. 7.

Next, in the block e in FIG. 6, the data number 00012 is input by the person in charge of the POS person in charge ID 123 at time 9:51, and in the normal processing (mode M = 1), P for the deposit amount of 1,150 yen
The OS is input (process category K = 1). In the next data number 00013, a coin of 150 yen is deposited, and in the data number 00014, a bill of 6,000 yen is deposited. Therefore, since the above-mentioned set output condition (1) is satisfied, the abnormality log determination unit 403 outputs the data of the block e as the abnormality log data to the abnormality log storage unit 411 when the data number is 00015, and Stored in block e '.

Now, as an example, referring to the accumulated contents of the abnormal log data in the blocks d'and e'in FIG. 7, it is examined whether or not the illegal use is performed. First, the deposit of the data number 00011 and the deposit of the data number 00012 add up to 6,150 yen. On the other hand, when the deposit coin with the data number 00013 and the deposit banknote with the data number 00014 are added, it becomes 6,150 yen. Therefore, block d '
Considering the operations of and block e 'together, since the deposit amount and the withdrawal amount are the same, the POS person in charge collectively made the deposit and withdrawal operations for some reason, and there was no fraud. It is presumed to be a thing.

Next, a block f in FIG. 6 has a data number 00015, and this time, it is input at 10:01 by another person having the POS person number ID of 125, and the normal processing is performed. (Mode M = 1), deposit amount 3,000
0 yen is entered by POS (processing category K = 1).
On the other hand, in the data number 00017, the banknote of 2,000 yen is deposited, but since the reject information Rj is 1, it is considered that a plurality of banknotes are stacked and deposited. In this case, since the setting output condition (2) described above is satisfied, the abnormality log determination unit 403 outputs the abnormality log data to the abnormality log storage unit 411, and the abnormal log data is stored as a block f ′ in FIG. 7. .

Further, in the block g in FIG. 6, the data number is 0,018, and at the time of 10:30, the POS person in charge number I.
A person in charge of D = 125 manually dispenses money (mode M = 2) and outputs banknotes worth 10,000 yen (processing category K = 2). In this case, since the setting output condition (3) described above is satisfied, the abnormality log determination unit 403
The abnormality log data is output to the abnormality log storage unit 411 and stored in the block g ′ in FIG. 7.

In this way, the normal log data of FIG. 6 and the abnormal log data of FIG. 7 are stored in the normal log storage unit 410 and the abnormal log storage unit 411, respectively. Then, based on the contents of the abnormality log storage unit 411, it is possible to determine whether fraud or the like has occurred.

In addition to the above, the abnormal log data may include the current amount of money and the total amount of money of coins and coins.

The normal log data of FIG. 6 and the abnormal log data of FIG. 7 can be stored in another storage medium by the external storage unit 413 and carried. Further, it is also possible to display predetermined contents on the display unit 408 or print out by a printing unit (not shown) as necessary. Further, it is possible to perform various analyzes and processings by transmitting to the host device through a transmission line to which the POS register is connected.

Although the processing unit 401, the storage unit 409 and the like are provided in the bill depositing / dispensing machine 12 in the above embodiment, they may be provided in the POS register 11 or another device.

[0050]

As described above, according to the invention of the present application, when a condition that may involve fraud is met, an abnormal log is output for all of the conditions, so that it is troublesome to collate the presence or absence of fraud. As a result, fraud can be suppressed, and as a result, post-deposit operation can be easily performed. Also, the abnormality log data is printed out, displayed on a visual display device, recorded on a magnetic recording medium,
By transmission through the transmission line to which the register is connected, etc.,
Various analyzes and processing can be performed.

[Brief description of drawings]

FIG. 1 is an external view of a money depositing and dispensing machine.

FIG. 2 is an internal configuration diagram of a money depositing and dispensing machine.

FIG. 3 is a flowchart of normal operation in the money depositing and dispensing machine.

FIG. 4 is a configuration diagram of a control system of the money depositing / dispensing machine according to the present invention.

FIG. 5 is a flowchart of a money handling machine according to the present invention.

FIG. 6 is an explanatory diagram of a specific example of accumulated contents of ordinary log data stored in an ordinary log accumulation unit 413.

FIG. 7 is an explanatory diagram of a specific example of accumulated contents of abnormality log data stored in an abnormality log accumulation unit 414.

[Explanation of symbols]

11 POS register 12 Banknote deposit and withdrawal machine 13 coin deposit and withdrawal machine 401 processing unit 402 Log data output section 403 Abnormal log determination unit 409 storage unit 410 Normal log storage unit 411 Error log storage unit 412 Setting output condition storage section

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Claims (6)

(57) [Claims] 1. A coin depositing / dispensing machine having a coin depositing / dispensing machine and a bill depositing / dispensing machine for automatically performing depositing / dispensing processing of coins and bills, respectively, and a log data output unit for outputting log data relating to depositing / dispensing; An abnormal log determination unit that determines whether the log data is abnormal according to the set conditions, a normal log storage unit that stores the log data output from the log data output unit, and the log data is output by the abnormal log determination unit. When it is determined that there is an abnormality, an abnormality log storage unit that stores the log data is provided, and in any of the following cases as a condition when the abnormality log determination unit determines that the log data is abnormal: A money deposit and withdrawal machine characterized by the fact that there is. (1) In the normal process, when the input data does not match the total amount of deposits of banknotes and coins (2) When there is a reject (3) In the case of manual withdrawal 2. The log data stored in the normal log storage unit includes time, personnel number, operation mode, process classification,
The money depositing / dispensing machine according to claim 1, characterized in that the money depositing / dispensing machine includes each information regarding the amount of money and the reject. 3. The money depositing / dispensing machine according to claim 2, wherein the information on the operation mode is information indicating any one of operation modes including a normal processing mode and a manual dispensing mode. . 4. The information regarding the processing category is information indicating any one of the categories including deposit deposit, withdrawal or deposit of banknotes or coins. Money deposit and withdrawal machine. 5. The money depositing and dispensing machine according to claim 1, further comprising an external storage unit or an output unit that outputs the log data stored in the abnormality log storage unit. 6. The money depositing / dispensing machine according to claim 1, further comprising a display unit for displaying the log data stored in the abnormality log storage unit.