JPH039072Y2 - - Google Patents

Description

[Detailed description of the invention] This invention is a bank transaction processing device including an automatic teller machine, an automatic teller machine, an automatic teller machine, etc., and other transaction processing devices, which are equipped with a remote monitoring and control device. Regarding equipment.

A remote monitoring system for transaction processing equipment consists of an attached terminal and a remote monitoring and control device (hereinafter referred to as RMC) installed at a separate location from the terminal and connected to the terminal via a transmission line. Various information about the machine is transmitted to the RMC and displayed on its display device. In addition, required commands are sent from the RMC to the terminal device as necessary.

One of the information transmitted from the transaction terminal to the RMC is information regarding the outgoing banknotes and deposited banknotes in the terminal. Dispensing banknotes are banknotes to be paid to a customer in a payment transaction, and are stored in advance by denomination in a dispensing banknote storage box in the terminal. Deposited banknotes are banknotes deposited by a customer in a deposit transaction, and are stored by denomination or all at once regardless of denomination in a deposited banknote storage box provided in the terminal. These payout banknote storage boxes are provided with a depletion detector that detects when the banknotes in the storage box are low and a detector that detects that the banknotes are approaching low (forecast). Similarly, the deposited banknote storage box is also provided with an overflow detector for detecting when the storage box is full of banknotes and, if necessary, an overflow detector. Then, the forecast that the storage box is out or full is reported to the RMC as a first alarm, and the fact that the storage box is out or full is reported and displayed as a second alarm, and the RMC issues a second alarm. The company had discontinued handling of the terminal.

Discontinuation of transaction terminals must be avoided as much as possible. Conventionally, when the first alarm is issued or before the first alarm is issued, the withdrawal storage box is replenished with banknotes or the banknotes are collected from the deposit storage box as soon as possible. Therefore, the staff had to go to each terminal for this purpose, which placed a heavy burden on the staff. Furthermore, if the withdrawal storage box is replenished with banknotes too early, extra reserves will be required, and if there are a large number of transaction terminals, a large amount of operating funds will be required.

This invention allows the remote monitoring and control device to constantly grasp the amount of cash held by the terminal, and therefore replenishes cash to the terminal and collects cash from the terminal in a timely manner. The purpose is to provide transaction processing equipment.

Hereinafter, embodiments of this invention will be described in detail based on the drawings.

FIG. 1 shows how the transaction terminal and RMC are connected. Banks, etc. have transaction terminals such as automated teller machines (hereinafter referred to as CDs), automatic teller machines (hereinafter referred to as ATMs), automatic teller machines (hereinafter referred to as ADs), and automatic cash exchange machines that allow customers to make deposits and withdrawals. 2 is installed. The RMC 1 is installed at a location away from these terminals 2, and centrally displays the operating status and abnormal status of multiple terminals 2, as well as centrally controls power on/off and handling status. This is what we do. multiple
An ATM or the like (hereinafter the terminal will be referred to as ATM) 2 is connected to the RMC 1 via a transmission line. As a transmission method between these, a four-wire start-stop synchronization method or a modem interface method is used.

FIG. 2 shows the internal configuration of RMC1.
The RMC 1 includes a central processing unit (hereinafter referred to as CPU) 11 that monitors and controls the ATM, which will be described in detail later.
A memory 12 that stores execution programs and various data for the CPU 11, a transmission control circuit 13 for connecting the ATM 2, a power supply 14, a display device 15 that displays the operating status and abnormal status of the ATM 2, and the ATM 2.
It consists of an operating section 16 that gives commands to the controller.

FIG. 3 shows the internal configuration of a terminal using an ATM as an example. The ATM has a CPU 2 that processes deposits and withdrawals and controls data transmission to and from the RMC.
1. Memory 22 for storing programs and necessary data for the CPU 21, transmission control circuit 23, 2
5, a dispensing device 24, a power supply 26, a passbook device 31 that reads passbook stripes and prints transaction data on a passbook, a customer service panel 32, a slip device 33 including a card reader and a slip printing device, a bill ejection machine 34; It consists of a deposit machine 35 including a bill checker, and a monitor panel 36 for staff operation. Each of the input/output devices 31 to 36 is provided with a slave CPU (SCPU) that controls them, and the CPU 21 is designated as a master CPU (MCPU).
A master-slave system is configured. The transmission control circuit 23 and distribution device 24 are
It performs transmission control of this master-slave system. The transmission control circuit 25 controls data transmission with the RMC1. In this example,
It is assumed that the ATM 2 has two withdrawal banknote storage boxes, one for 10,000 yen and one for 1,000 yen, and one deposited banknote storage box that stores all denominations at once.

FIG. 4 shows the display device 15 of the RMC 1 and the panel 40 of the operation section 16. This panel 4
0 includes a group of indicator lights 41, 42, 43 for monitoring the status of the ATM 2, a group of switches 44 for inputting various commands to the ATM 2, and a power switch 4.
5. Buzzer 46 to notify staff of required processing, ATM 2
A display 48 for displaying the number of bills in the various bill storage boxes, and a switch group 47 for specifying items of information to be displayed on the display 48 are provided. As the display 48, for example, a plasma character display is used. A plurality of such panels 40 are provided corresponding to the plurality of ATMs 2.

FIG. 5 shows the monitor panel 36 of the ATM 2. The monitor panel 36 includes indicator light groups 51 and 52 similar to the indicator light groups 41 and 43 that display the operating status of the ATM 2, an indicator light group 53 that displays abnormal conditions, and a display light group 53 for inputting various commands of the ATM 2. A group of switches 54, a date setter 57, and a display for displaying the value of the processing progress step CTR are provided. The date setter 57 includes a display 58 with two digits each for the year, month, and day, and three setting switches 59 for setting the year, month, and day, respectively. When the switch 59 is turned upward, the second digit of the year, month, and day is incremented by one, and when it is turned downward, the first digit is incremented by one. The date setter 57 is also used to set the number of banknotes in each banknote storage box within the ATM 2. switch group 5
The switch 55 of 4 is a function change switch for the setting device 57. When the switch 55 is pushed down, the setting device 57 functions as a date setting device, and when the switch 55 is pushed up, it functions as a date setting device. If so, the setting device 57 functions as a banknote number setting device. Also,
The switch 56 has a function of storing the number of banknotes set by the setting device 57 in the memory 22.

Figure 6 shows the memory 22 and RMC of ATM2.
1 shows part of the contents of the memory 12 of No. 1. The memory 22 contains data received from areas MA0, MA1, and RMC1 for transmitting transaction information to RMC1.
Area MA2 that stores ATM command information, and
ATM internal information storage area MA3, MA4,
MA5 is provided.

The transaction information includes status information of Elijah MA0 and information on the number of banknotes of Elijah MA1. The status information includes the items shown in FIG. 6, and the main items are displayed on the indicator lights 41, 42, and 43 of the panel 40 in the RMC 1. Among these items, "inside/outside hours" is information that indicates whether it is within or outside of the time period when a staff member can be called, and "inside/after hours" is information that indicates whether the transaction data is before or after aggregation of transaction data. . ATM/CD/AD mode indicates whether the ATM is operated in deposit payment mode, payment only mode, or deposit only mode. The processing progress step CTR represents the progress state of one transaction in stages. In other words, for example, a payment transaction involves inserting a card, checking the card, entering a PIN number, verifying the PIN number, inputting the amount to be paid, sending transaction data to the control center, receiving a message from the center, and posting a slip or passbook. It consists of a series of steps such as printing, issuing payment notes, and returning cards and passbooks, but CTR
The stage of these steps can be recognized depending on the content of . Forecast, cut and afure,
This indicates that the amount of issued banknotes or slips, etc. in the withdrawal banknote storage box in the ATM is running low (out of stock) and its forecast, and that the deposited banknote storage box is full (out of stock), etc. .

Banknote number information is information about the number of banknotes in various banknote storage boxes in the ATM, and specifically, the number of banknotes that can be stored in the banknote storage box indicates how many banknotes can be stored in the banknote storage box. There are remaining numbers of 10,000 yen bills and 1,000 yen bills that represent the number of bills and how many bills are stored in each of the 10,000 yen and 1,000 yen withdrawal banknote storage boxes. This information on the number of banknotes is displayed on the display 4 in the RMC1.
8 is displayed.

The ATM command information is a command input by the switch group 44 of the panel 40 of the RMC 1, and
It almost corresponds to the status information.

The internal information includes date information for Elijah MA3, customer information for Elijah MA4, and transmission request information for Elijah MA5. For date information, use date setter 5
This is information set by 7. Customer information is the actual content of the transaction, including the type of transaction selected by the customer, the transaction amount of the transaction, the number of 10,000 yen bills and 1,000 yen bills to be released in the payment transaction, and the information inserted in the deposit transaction. The information includes the number of banknotes that have been stored and should be stored, the type of media held within the ATM that should be released, and card or passbook information such as bank number, branch number, account, and account number. Media that should be released at the end of a transaction include slips, released (withdrawal) banknotes, cards, passbooks, and cash and disbursement tables.
Among these, the one that is held inside the ATM is called the holding medium. The transmission request information includes status and banknote number information transmission request (Putto text transmission request)
and an ATM command information reception request (get statement transmission request).

The memory 12 of the RMC 1 has an area MS0 that stores status information received from the ATM 2 and an area MS1 that stores banknote number information. Information in these areas is sent to the indicator light groups 41 to 43 and the indicator 48 Used as display data. The memory 12 also includes an area MS2 for storing commands input by the switch group 44 of the panel 40 of the RMC 1 as data to be sent to the ATM 2.
The contents of these areas MS0 to MS2 correspond to the contents of areas MA0 to MA2 of the memory 22, respectively. The memory 12 has such an area.
MS0 to MS2 are respectively provided for a plurality of ATMs.

The format of the messages exchanged between RMC1 and ATM2 is standardized, and the start flag,
address (ATM address), control field,
Consists of information, check fields and termination flags. The messages sent from ATM2 include a get statement (hereinafter referred to as a G statement) and a put statement (hereinafter referred to as a P statement).
There is. The G sentence makes an inquiry.
As a response to this G sentence, RMC1 is:
Send Elijah MS2 information to ATM2. The P sentence is
This is to send the status information (Area MA0) of the ATM 2 or the information on the number of banknotes (Area MA1) to the RMC 1.

FIG. 7 shows the procedure of information transmission/reception processing between the ATM 2 and the RMC 1. This communication control is performed completely separately and independently from the transaction processing of the ATM 2, which will be described later. First, it is determined whether a transmission request is set in the transmission request presence/absence information area MA5 of the memory 22 (step 61), and if any transmission request is set, then whether it is a P sentence transmission request or a G sentence transmission request is determined. It is determined whether the request is a request (step
62). If it is a request to send a P sentence, it is further determined whether it is a request to send information on the number of banknotes (step 66). In the case of a request to send quantity information,
The number information of MA1 is sent to RMC1 (step 67), and the process returns to step 61. If it is not a request to send number information, it is a request to send status information, so
The status information of MA0 is sent to RMC1 (step 68), and the process returns to step 61.

If the transmission request for area MA5 is a G sentence transmission request, the G sentence is sent to RMC1 (step
63), in response, RMC1 sent Elijah
The contents of MS2 will be sent, so when this is received (step 64), depending on the contents of the received message,
The ATM command information area MA2 is updated (step 65), and the process returns to step 61.

FIG. 8 shows the procedure of communication processing between the RMC 1 and the ATM 2. First, it waits to see if any message has been sent from the ATM 2, and when a message is received (step 71), it is determined whether it is a P sentence or a G sentence (step 72). In the case of G sentence,
The switch operation information stored in the area MS 2 is transmitted to the ATM 2 as a response to the G statement (corresponding to steps 73 and 64), and the process returns to step 71. In the case of a P sentence, it is checked whether it is sheet count information (step 74), and if it is sheet count information,
The area MS1 is updated with the received information (step 75), after which the process returns to step 71. If it is not number information, it is status information, so the contents of area MS0 are updated according to the received message (step 76), and the indicator lights of indicator lamp groups 41 to 43 are turned on based on the information stored in area MS0. or it is turned off (step 77). Further, if the status information includes data such as waiting for an attendant, forecast, or cut/off/flare, the buzzer 46 will sound an alarm. After this, the process returns to step 71. This communication process with ATMs is performed by multiple ATMs.
controlled to be even.

FIG. 9 shows a processing procedure for a switch operation by a staff member in the RMC 1. The switch operations performed by the staff include operations to display the status of various banknote storage boxes of the ATM 2 on the display 48 (this is called display operation), and changes to the operational status of the ATM 2, such as opening, on/off, etc. line·
Operations performed using the switch group 44 to command mode changes, switching between within/out of time, switching within/after closing, changing ATM/CD/AD modes, and discontinuing handling (this is referred to as command operation) There is.

In the display operation, the information on the number of banknotes is displayed on the display 48.
A switch group 47 is used to display the image. The switch group 47 consists of number input switches from 0 to 9 and correction and completion switches.
The number of sheets information is specified by a combination of these input orders. For example, the number of banknotes information for the No. 1 ATM is specified by a switch input of 0107 complete.
Among these, 01 represents the machine number of the ATM, and 07 represents the number of coins information. An example of this display is shown in FIG. In this figure, the CTR on the right side of the display screen indicates the contents of the above-mentioned processing progress step CTR, and is always displayed. Also, 0107 Genkin in the first row is No. 1 with the switch operation of 0107 completion.
This indicates that information on the number of banknotes at the ATM is displayed. Man 0123 on the second line indicates that the remaining number of 1,000 yen bills to be withdrawn is 123, Sen 0456 indicates that the remaining number of 1,000 yen bills to be withdrawn is 456, and Iri 1230 indicates the number of deposited bills that can be stored. Each represents that there are 1230 sheets. If only the completion switch is operated, the display on the display 48 is cleared. If you want to transmit customer information, error codes, etc. from the ATM to the RMC, switch 4 in the same way.
This information can also be displayed on the display 48 by the operation in step 7.

In FIG. 9, it is determined whether one of the switches 44, 47 has been turned on (step 81), and if either one has been turned on, it is sequentially checked to see what kind of switch operation input has been made. (steps 82-84). When the above-mentioned input is made to specify the display of banknote number information (step 82), the contents of area MS1 of the memory 12 are read out and displayed on the display 48 as shown in FIG. 11 (step 82). 85). When only the completion switch is operated (step 83), the contents displayed on the display 48 are erased. The staff member is on display 48
Visually check the display contents to determine whether it is necessary to replenish or collect banknotes. If replenishment or collection is necessary, the staff member will go to the ATM installation location and perform replenishment, collection operations, and the number setting operation described below. If the staff member cannot immediately go to the ATM installation location, the operation mode may be temporarily changed using the switch group 44 on the panel 40. For example, if the number of deposited banknotes that can be stored is small and it is necessary to collect banknotes, only withdrawal transactions can be performed in CD mode, and when the number of 10,000-yen or 1,000-yen bills that can be withdrawn is running low and banknotes need to be replenished. allows only input transactions to be performed in AD mode.

When the switch group 44 is operated, data corresponding to the operated switch is stored in the area MS2 (step 87). The command stored in the area MS2 at step 84 is transmitted to the ATM 2 at step 73 as described above. ATM2 is
Since changes in the switch operation command are constantly monitored in steps 63 to 65, the latest command is always stored in area MA2 of the memory 22 of the ATM 2.

FIG. 10 shows the procedure of transaction processing, date setting, and quantity setting processing in the ATM 2. First, the status of the ATM is checked, and by querying the input/output devices 31 to 35, it is checked whether it is possible to continue transaction processing, and if there is a change in the operation mode, the mode is switched to that mode. 101). The condition inspection includes checking whether there are any abnormalities in the input/output devices 31 to 35, whether there are any tears in the slip, withdrawal banknotes, journal, and receipt/output table, whether the deposited banknote storage box is full, and whether the card,
There are items such as whether the collection box for banknotes and slips is full. Further, mode specifications include on, offline test mode, inside/outside time, etc. If these specifications are different from the current one, the mode is switched to the specified one.

When it is confirmed in step 101 that it is possible to continue the process, it is checked whether the function change switch 55 is turned upward and the function of the date setter 57 is set to the number of sheets (step 102). This switch 55 is normally tilted downward and specifies the date setting function. If the switch 55 does not specify the number of sheets setting, the function of the date setter 57 is to set the date, so it is next checked whether the setting switch 59 has been operated (step
114). This switch 59 has three positions: upper, lower, and neutral. If switch 59 is in the neutral position, then a check is made to see if there is a transaction request by the customer (step 116). When the customer selects and specifies a desired transaction, processing proceeds to the transaction corresponding to that transaction (step 117). Transaction processing involves reading cards and passbooks, keying in the transaction amount by the customer, verifying and counting bills, printing on passbooks and slips, and discharging cards, passbooks, bills, slips, etc. transaction information resulting from processing;
In other words, the transaction type, transaction amount, number of bills of each denomination released, number of deposited bills stored, card and passbook reading data, media used in the transaction that must be returned or released to the customer and are held in the ATM. Information about the medium being detected is stored in area MA4 of the memory 22 every time it is detected. It is also updated according to the progress steps of transaction processing.
The CTR value is stored in area MA0. Furthermore, if any failure occurs in the input/output devices 31-35 during transaction processing, the contents of the error are set in the memory 22 (area not shown). As is well known, this transaction processing involves communication with the control center, and the center's customer-specific information file is updated.

When the transaction is completed, it is checked whether or not the withdrawn banknotes have been released in the transaction process (step 118). If the transaction is a payment and bills are discharged, the number of 10,000 yen bills and 1,000 yen bills discharged (this is stored in Elijah MA4)
is subtracted from the remaining number of 1,000 yen bills and 1,000 yen bills for Elijah MA1, respectively, and these remaining numbers are updated (step 119). Then, a request to send sheet number information is set to the area MA 5 (step 120). As a result, the updated number-of-sheets information in area MA1 is transmitted to RMC1 through the communication processing shown in FIGS. 7 and 8 described above. Similarly, if the transaction is a deposit, it is checked whether there are banknotes inserted by the customer and stored in the deposited banknote storage box (step 121), and if there are banknotes, the number of banknotes (in Area MA4) is checked. ) is subtracted from the number of deposited banknotes that can be stored in area MA1, and this possible number of banknotes is updated (step 122). And Elijah
A request to send quantity information is set in MA5 (step 123), and finally customer information storage area MA4 is cleared (step 124). Needless to say, the number information of area MA1 is transmitted to RMC1 through the process of step 123.

In step 102, the function change switch 55
The number of sheets setting function is specified by
This is the case when the banknotes in each banknote storage box of the ATM 2 are collected or replenished, or the initial setting is performed at the start of a day's transactions or when switching between inside and outside business hours. As mentioned above, RMC
At the first bank, the staff member can know the number of banknotes that can be stored in the banknote storage box of ATM2 and the number of banknotes remaining. Also,
If the banknotes in the banknote storage box of ATM2 become deflated or flattened, this will be reported to RMC1.
The indicator light 43 lights up and the buzzer 46 sounds (step 77 in Figure 8), so the staff member knows this.
When the staff determines that the number of banknotes that can be stored in the banknote storage box in the ATM 2 or the number of banknotes remaining is low and it is necessary to collect or replenish banknotes, or when the panel 40 indicates that the banknotes are flailing or running out, the staff generally goes to ATM 2 and collects or replenishes the banknotes in the storage box. Then, in order to set the new number of storable sheets as a result of collection or the new number of remaining sheets as a result of replenishment, the function change switch 55 is turned upward.

When the function of setting the number of sheets is changed by the switch 55, the display content of the display 58 is changed from date data to set number of sheets data, so the display content of the display 58 is temporarily cleared to 0 display ( Step 103).

The data on the number of banknotes to be set includes the number of deposited banknotes that can be stored, the number of remaining 10000 yen bills to be withdrawn, and the number of 1000 yen bills remaining to be withdrawn. These distinctions (items) are represented by the year location on the date setter 57, and the number of sheets to be set is represented by the four digits of the month and day locations. year 2
If the digit is 01, it is the number of 1,000 yen bills remaining for withdrawal, 02 is the number of 1,000 yen bills remaining, and 03 is the number of bills that can be stored.

First, the clerk moves the year setting switch 59 up or down to set items while incrementing the year display contents one by one, so the state of this switch 59 is checked (step 104). Then, when any one of 01 to 03 is set by the year switch 59, the data on the number of sheets before collection or replenishment for the set item is read from area MA1 of the memory 22, and displayed on the display 58. Displayed in the month and day portions (step 105).

Next, the clerk uses the month and day switches 59 to set the new number of storable bills as a result of banknote collection or the remaining number of 10,000 yen bills or 1,000 yen bills that have been renewed as a result of replenishment, and after completing the setting, Turn on the memory store switch 56. When all the banknotes in the deposited banknote storage box are collected, the maximum number of banknotes that can be stored in the deposited banknote storage box is set as the storable number. When the dispensed banknote storage box is replenished with banknotes, the sum of the remaining number of banknotes remaining in the storage box and the replenished number is set as the remaining number of banknotes.

Each time the month or day switch 59 is turned upward or downward, the display on the month or day display 58 is updated (steps 107, 108), and when the memory store switch 56 is turned on (step
106), the sheet count data set by the switch 59 and displayed on the display 58 is stored in the memory 22.
is stored in the corresponding item location in area MA1 (step 110). Then, a request to send sheet quantity information is set in the area MA 5 (step 111), and the state of the function change switch 55 is checked again (step 112). If the function of sheet quantity setting is still specified, the process goes to step 104. return.

If there are two or more items for which the number of sheets should be set,
When the setting of the number of sheets for one item is completed, the clerk again sets the other items using the year switch 59, and sets the number of sheets using the same procedure, so that the processing of steps 104 to 111 is repeated. It can be done. When the setting of the number of sheets for all items is completed, the staff returns the function change switch 55 to the date setting, so the result in step 112 is NO, the process proceeds to step 113, and the display 58 shows the area MA3 of the memory 22.
data will be displayed (step 113), and step
Return to 101. Needless to say, the new sheet count data stored in Elijah MA1 is transmitted to RMC1.

If the clerk wants to know the current number of bills at the ATM without collecting or replenishing the bills in the bill storage box, the clerk specifies the number of bills with the function change switch 55, and then selects the year switch of the switches 59. Set the items you want to know about. Then, the steps start from step 102, go through steps 103 and 104, and then
At 105, the number data stored in area MA1 of memory 22 is displayed on display 58. After this, if the staff member returns the switch 55 to the date setting without operating the month and day switches of the switches 59 and the switch 56, the step
After passing through steps 106 and 107, the answer is YES in step 109, and the process proceeds to step 113, so the process returns to the date setting function.

If the setting switch 59 is operated while the function change switch 55 is specifying the date setting (step 114), the contents displayed on the display 58 and the contents stored in area MA3 of the memory 22 are changed according to the operation of the switch 59. is updated. This allows the date to be set.

Note that the display 58 of the date setter 57 is an ATM
It can also be used to display error codes for failures that occur in item 2.

Needless to say, this invention can be applied not only to banknotes but also to monitoring the number of coins.

As explained in detail above, in this invention, in a transaction processing device including a transaction terminal and a remote monitoring and control device connected to the transaction terminal through a transmission line, the transaction terminal has a plurality of setting switches and a plurality of setting switches for each setting switch. and a corresponding display, and displays data regarding the amount of cash in the cash storage box, such as the initial value of the amount of cash that can be stored in the deposit cash storage box and the remaining amount of cash in the withdrawal cash storage box. A date setter for setting and displaying the date, which is also used as a cash quantity setting device for setting and displaying the date, and a function change switch for setting the cash quantity setting mode in which the date setter is used as a cash quantity setting device. and,
When the cash quantity setting mode is set by the function change switch, the cash set in the date setter is provided with a memory for storing quantity-related data, and the data is stored in the cash amount set in the date setter when the cash quantity setting mode is set by the function change switch. Depending on the amount of cash deposited and withdrawn,
Data about the amount of cash in memory is updated,
Data regarding the quantity of cash in the memory is appropriately transmitted to the remote monitoring and control device. Since the remote monitoring and control device is equipped with a display device that displays data regarding the amount of cash transmitted from the terminal, the clerk can monitor the cash at the transaction terminal even when he is far away from the terminal. Quantity data can be seen at a glance. Therefore, it is possible to replenish or collect cash from the terminal in a timely manner, without having to discontinue the transaction terminal.
Efficient operation is always possible.

Further, according to this invention, the transaction terminal includes a cash quantity setting device for setting and displaying data regarding the amount of cash in the cash storage box, and stores data regarding the amount of cash set in the cash quantity setting device. When collecting cash from the transaction terminal, or setting or replenishing cash on the transaction terminal, the clerk can set the amount of cash on the spot and confirm it on the display. Therefore, the clerk can set the cash amount without error. Furthermore, since the data regarding the amount of cash in the memory is updated at the transaction terminal for each transaction, the transaction terminal can always accurately grasp the amount of cash, and the data regarding the amount of cash is sent to the remote monitoring and control device. transmission can be performed at any time. According to this invention, since the cash quantity setting device is also used as a date setting device normally provided in transaction terminals, a setting switch for setting the cash quantity and a display for confirming the same are provided. There is no need to provide a separate space for placement, and space can be used effectively.

[Brief explanation of the drawing]

Figure 1 is a block diagram showing the remote monitoring system, Figure 2 is a block diagram showing the configuration of the remote monitoring and control device, Figure 3 is a block diagram showing the configuration of the transaction terminal, and Figure 4 is the remote monitoring and control device. 5 is a diagram showing the monitor panel of the transaction terminal, FIG. 6 is a diagram showing the contents of the memory of the transaction terminal and remote monitoring and control device, and FIG. 7 is a diagram showing the transaction terminal. FIG. 8 is a flow chart showing communication processing in the remote monitoring and control device; FIG. 9 is a flow chart showing processing related to display and operation in the remote monitoring and control device; FIG. 10 is a flow chart showing communication processing in the remote monitoring and control device. 11 is a flow chart showing transaction processing and banknote number setting processing in the transaction terminal, and FIG. 11 is a diagram showing an example of display on the display device of the remote monitoring and control device. 1...Remote monitoring control device, 2...Transaction terminal, 1
1, 21... CPU, 12, 22... Memory, 13,
25...Transmission control circuit, 15...Display device, 16...Operation unit, 36...Monitor panel, 40...Display device, 5
5...Function change switch, 57...Date setter.

Claims (1)

[Scope of Claim for Utility Model Registration] (1) The transaction terminal includes a mounting terminal and a remote monitoring and control device connected to the mounting terminal by a transmission line, and includes a plurality of setting switches and a display corresponding to each setting switch. a date setter for setting and displaying the date, which is also used as a cash quantity setter for setting and displaying data regarding the quantity of cash in the cash storage box; a function change switch for setting a cash quantity setting mode to be used as a date setter; and a memory for storing data regarding the quantity of cash set in the date setter when the cash quantity setting mode is set by the function change switch. , means for updating data on the quantity of cash in the memory according to the quantity of cash deposited and withdrawn for each transaction, and means for transmitting data on the quantity of cash in the memory to a remote monitoring control device, The supervisory control device is a transaction type processing device that is equipped with a display device that displays data regarding the quantity of cash transmitted from the attached terminal. (2) The date setter includes a plurality of setting switches and indicators for setting and displaying the year, month, and day, and when the cash quantity setting mode is set, the date setter includes a plurality of setting switches and indicators for setting and displaying the year, month, and day. The transaction processing device according to claim (1) of the utility model registration claim, wherein one of them is used for setting and displaying setting items, and the other is used for setting and displaying the amount of cash.