JPS6237435B2 - - Google Patents

Description

[Detailed Description of the Invention] [Industrial Application Field] This invention relates to a money handling machine, for example, a money handling machine such as a money changer, and aggregated data processed by using a display provided in the operation section of the money handling machine. This invention relates to a money handling machine that displays the following.

[Background Art] Banks and the like have conventionally provided money handling machines such as money exchange machines, automatic teller machines, and automatic deposit machines for exchanging high-value banknotes. For example, a money changer
When a customer inserts a high-value bill into the bill slot, the lamps for each denomination that can be exchanged for that bill will light up.
By pressing the switch corresponding to the desired currency, the customer can exchange it into the desired currency. Inside such a money changer, a device is provided that can display the number of coins dispensed by type. Then, at the end of the day's business, the clerk opens the back door of the money exchange machine, checks the number of coins deposited by customers and the number of coins paid out, and tallies them.

[Problems to be Solved by the Invention] However, it is cumbersome for the staff member to open the door of the money exchange machine each time the business ends, check and total the deposited amount and the paid amount.

Therefore, the present invention utilizes an amount display device that can display the payout amount by denomination in the deposit/withdrawal processing mode to display the cumulative deposit data for each denomination type deposited by the customer or the payout amount for each denomination type paid out by the customer. The purpose of the present invention is to provide a money handling machine that can display cumulative data.

[Means for Solving the Problems] The present invention provides an amount display means that can display the payout amount by denomination in the deposit/withdrawal processing mode, and a cumulative amount of the deposited deposit amount by denomination. a first storage means for storing the payout amount cumulatively for each denomination; and a second storage means for cumulatively storing the payout amount by denomination; a mode changeover switch for selecting the operation mode of the money handling machine between the deposit/withdrawal processing mode or the aggregation mode; At this time, each time the signal input switch is operated, the deposited cumulative data by denomination stored in the first storage means or the paid-out cumulative data by denomination stored in the second storage means are selected. The money handling machine is provided with a display control means for displaying on the amount display means.

[Function] When the totalization mode is selected by the mode changeover switch, the display control means selectively displays the deposited total data by denomination type or the disbursed total data by denomination type each time the signal input switch is operated. , to be displayed on the amount display means.

[Embodiment] Hereinafter, as an embodiment of the present invention, a money changer will be taken as an example and explained in detail with reference to the drawings.

FIG. 1 is an external view of an operation panel of a money changer according to an embodiment of the present invention. In the figure, the operation panel 1 includes a bill insertion slot 11 into which a customer inserts a high-value bill that he or she wishes to exchange, and a bill return slot 12 where the inserted bill is returned when a defective bill is inserted or when exchange is not possible. , a selection switch 13 that selects the quantity of each type of exchanged banknotes when exchanging high-value banknotes, and a display 14 that displays the amount of each exchanged denomination, and correction when the selection switch 13 is pressed by mistake. A correction switch 16 is included.

More specifically, the currency exchange switch 13 is a thousand yen bill number selection switch 131 that selects the number of thousand yen bills (for example, 1, 5, 10, or 20) when exchanging high-value bills into 1,000 yen bills. , a 500 yen bill number selection switch 132 that similarly selects the number of 500 yen bills, and a 500 yen bill number selection switch 132 that selects the number of 500 yen bills, for example, the number of 100 yen coins in one package (for example, 1, 2
A 100-yen coin number selection switch 133 selects 50-yen coins, 10-yen coins, 10-yen coins, and 10-yen coins. It consists of a selection switch 135. In addition, these selection switches 13 are engraved with amounts corresponding to the number of coins or denominations, and when these switches are pressed, built-in lamps light up and the amount of money for each denomination exchanged is displayed to the customer. is configured to notify.

The metal display 14 is a deposit amount display 141 that displays the amount inserted into the bill insertion slot 11 by the customer.
For example, when a 10,000 yen bill is inserted into the bill insertion slot 11 and the five switches of the 1,000 yen bill selection switch 131 are pressed to specify the exchange amount, the remaining amount of 5,000 yen will be displayed. A display 142, a 1,000 yen bill display 143 that displays the amount of money exchanged when the currency is exchanged into a 1,000 yen bill, and a 500 yen bill display 14 that displays the amount of money exchanged when the currency is exchanged into a 500 yen bill.
4, a 100 yen coin display 145 that displays the amount when exchanged to 100 yen coins, a 50 yen coin display 146 that displays the amount when exchanged to 50 yen coins, and an exchange to 10 yen coins. It consists of a ten yen coin display 147 that displays the amount when it is done.

Furthermore, the operation panel 1 includes a remaining banknote dispensing switch 15 and a key switch 17 for mode switching.
is provided.

The remaining banknote dispensing switch 15 has different functions in the exchange mode and the totalization mode, and in the exchange mode, a predetermined amount of the deposited amount is exchanged into the necessary coins, and the remaining amount is exchanged for any banknotes. Manipulated in good cases. In addition, in the totalization mode, it functions as a switch for switching whether the amount display 14 displays cumulative data of deposited amounts or cumulative data of paid-out amounts.

Further, the key switch 17 for mode switching is used to switch the mode of the money changer according to this embodiment to the money exchange mode or the totaling mode.

FIG. 2 is a block diagram of one embodiment of the present invention. In the configuration, a central processing unit (hereinafter referred to as CPU) 21 serving as an arithmetic control means performs arithmetic operations and transfer control based on a program stored in a read-only memory (ROM) 22, which will be described later. In connection with this CPU 21, a random access memory (RAM) 3 and a ROM 22 are provided. These CPU21, RAM3 and ROM2
2 are connected via a data bus 27, an address bus 28, and a read/write control line (R/W) 29, respectively. The decoder 23 decodes the instruction word given from the CPU 21, and supplies the decoded output to one input terminal of each of AND gates 24 and 25. A DC power supply (+V) is applied to the other input terminal of the AND gate 24 via a contact of the mode changeover switch 17. Also,
The other input terminal of the AND gate 25 has a DC power supply +
V is applied via the contact of the remaining banknote switch 15. The outputs of the AND gates 24 and 25 are given to the CPU 21 via the data bus 27.

The display control unit 4 connects the CPU 21 to the data bus 27.
A display buffer memory 41 and a decoder (not shown) that decodes the output of the display buffer memory 41 are used to control display data given through the display buffer memory 41 on the amount display 14 shown in FIG. and a drive circuit (not shown) for driving the amount display 14. The display buffer memory 41 includes an area (described in detail in FIG. 4 below) for storing display data to be displayed on the amount display 14. Further, the decoder 26 decodes the command word given from the CPU 21 via the address bus 28 and gives it to the display control section 4, and displays the display data given from the CPU 21 to the display buffer memory 4.
The address is specified so that the data is stored in each area of 1. The selection switch 13 is
Although not shown, it is applied to one input terminal of the AND gate in the same way as the remaining banknote payout switch 15 and the mode changeover switch 17. The output of the decoder 23 is given to the other end of the AND gate, and the output of the decoder 23 is applied to one of the switches 131 to 13 of the selection switch 13.
5 is pressed, its output is given to the CPU 21 via the data bus 27.

FIG. 3 is a diagram schematically showing the storage area of the RAM shown in FIG. It includes an area for storing cumulative data shown in b. The storage area shown in FIG. 3a is an area 311 for storing deposit amounts by denomination.
to 313, an area 314 for storing the total deposit amount, and an area 315 for storing the remaining amount,
Areas 316 to 3 for storing payout amounts by denomination
It consists of 20.

In addition, the cumulative data storage area shown in FIG. 3b is
A count storage area 321 in which the number of deposits and exchanges made by the customer is added; areas 322 to 324 as a first storage means to store the cumulative amount of deposits by denomination; and areas 322 to 324 as a second storage means. Areas 325 to 329 for storing cumulative amounts of payouts by denomination
It consists of.

FIG. 4 shows the display buffer memory 41 shown in FIG.
FIG. 2 is a diagram schematically showing a storage area of . In the figure, the storage area of the display buffer memory 41 includes storage areas 411 to 417 corresponding to the amount display 14.

FIG. 5 is a flow diagram for explaining the operation of one embodiment of the present invention. Next, the specific operation of one embodiment of the present invention will be described based on the flow shown in FIG. 5 and with reference to FIGS. 1 to 4 as necessary.

When the money exchange machine is powered on, its control center, the CPU 21, determines the operating mode after a very short standby state (steps S1 and S2). Normally, the clerk turns the mode switching key switch 17 to select the exchange mode. Therefore, since the mode is not the totalization mode, the CPU 21 performs normal currency exchange processing control every time a bill is inserted into the bill insertion slot 11 (steps S3 and S4).

Regarding normal currency exchange processing control (step S4), if the banknote inserted into the banknote insertion slot 11 is defective, the CPU 21 returns it from the banknote return slot 21. If the banknote is not defective, the display lamp of the selection switch 13 for the amount corresponding to the deposited amount is lit, and the deposited amount data is stored in the RAM.
Deposit data storage area 311 to 3 by denomination 3
13, and also stored in any of the cumulative deposit data storage areas 322 to 324 by denomination. Furthermore, area 3 of RAM3
The deposit data stored in any one of 11 to 313 is transferred to the display control unit 4, and the decoder 26 specifies and stores the deposit data in the area 411 of the display buffer memory 41, and the deposit data is displayed on the deposit amount display 141 of the amount display 14. Display that amount.

When the customer looks at the illuminated display lamp of the selection switch 13 and presses one of the selection switches 131 to 135 corresponding to the desired amount of money to be exchanged, the CPU 21 stores the payout amount data in the areas 316 to 320 of the RAM 3. It is stored in any of the cumulative payout data storage areas 325 to 329. and,
The payout amount data stored in areas 316 to 320 is transferred to and stored in corresponding areas 413 to 417 of display buffer memory 41. Thereby, the payout amount for each denomination is displayed on either the thousand yen bill display 143 or the ten yen coin display 147 of the amount display 14. and,
CPU21 calculates the remaining amount and stores it in area 3 of RAM3.
15 and the area 412 of the display buffer memory 41, and the remaining amount display 142 displays the remaining amount. Further, when the customer presses the selection switch 13 for the amount corresponding to the remaining amount, the next money exchange display is performed. Finally, when the customer presses the remaining banknote dispensing switch 15, the CPU 21 instructs a currency ejector (not shown) to eject exchanged currency, and also clears all areas 311 to 320 of the RAM 3. The exchange coins discharged from the coin discharger are discharged from a coin dispensing port (not shown).

Next, a case where the exchange machine is in the total mode will be explained. The totalization mode is selected by the operator switching the mode switching key switch 17. When the key switch 17 is switched to the totalization mode selection position, the CPU 21 determines this (step S2), and then determines whether the remaining banknote payout switch 15 is turned on (step S2).
S5).

When the remaining banknote payout switch 15 is turned on,
The cumulative deposit amount data for each denomination stored in the areas 322 to 324 of the RAM 3 is totaled (step S6). Furthermore, this total amount data is given to the display control section 4 via the data bus 27. The decoder 26 decodes the command from the CPU 21 and stores the total amount data in the area 411 of the display buffer memory 41. moreover,
The CPU 21 transfers the number of transactions in which the customer has exchanged money so far, which is stored in the area 321 of the RAM 3, to the area 412 of the display buffer memory 41 and stores it therein. Similarly, the cumulative data of the deposit of 10,000 yen stored in area 322 is stored in area 413, the cumulative data of 5,000 yen stored in area 323 is stored in area 414, and the cumulative data of 5,000 yen stored in area 324 is stored in area 324. The accumulated data of 1,000 yen is stored in the area 415 (steps S7 to S11).

After completing the above-mentioned transfer, the CPU 21 gives a display command to the display control section 4 via the decoder 26 (step S12). As a result, the deposit amount display 141 displays cumulative data on deposits, the remaining amount display 142 displays data on the number of exchanges, and the 1,000 yen bill display 143 displays cumulative data on 10,000 yen. The 500 yen bill display 144 displays cumulative data of 5,000 yen, and the 100 yen coin display 145 displays cumulative data of 1,000 yen.

The staff member looks at the data displayed on these displays 141 to 145 and records the amount, number of items, etc. (Steps S13 and S14: These steps represent the staff's actions, not the actions of the CPU 21). .

When the recording is finished, the clerk presses the remaining banknote payout switch 15. In response, the CPU 21 determines that the remaining banknote payout switch 15 is turned on (step S15), and issues a display clear command (step S15).
S17).

In addition, in consideration of the case where it is not necessary to aggregate the cumulative payout data after the clerk finishes recording the deposited cumulative data, the CPU 21, in step S16, if it is not determined in step S15 that the remaining banknote payout switch 15 is turned on, Mode switching key switch 17
It is determined whether or not the mode has been switched to exchange mode.
If the mode switching key switch 17 is switched to the exchange mode, the control state of the CPU 21 returns to step S1.

When the CPU 21 determines that the remaining banknote payout switch 15 is on (step S15), the amount display 1
The display clear command No. 4 is issued (step S17), and control proceeds to display the cumulative payout data.

In this control, the CPU 21 uses the area 32 of the RAM 3.
The accumulated payout amount data for each denomination stored in 5 to 329 is totaled, and the total data is stored in the display buffer memory 411. moreover,
Buffer memory 41 displays accumulated data of payout amount of 1,000 yen stored in area 325 of RAM 3
Store it in the area 413, and do the same below.
Displays cumulative data of payout amounts by denomination stored in areas 326 to 329 of RAM 3, respectively Areas 414 to 41 of buffer memory 41
7 and store it (step S18~
S24).

After transferring the cumulative data of the payout amounts for each denomination, the CPU 21 gives a display command to the display control section 4 (step S25). As a result, the deposited amount display 141 displays the cumulative data of the payout amount, the 1,000 yen bill display 143 displays the cumulative data of the payout amount of 1,000 yen, and similarly, the displays 144 to 147 for each denomination The cumulative data of the payout amount corresponding to each amount is displayed.

The clerk looks at the payout data displayed on the amount display 14 and records it (steps S26 and S27: these two steps represent the clerk's actions, not the actions of the CPU 21).The clerk finishes recording. Then, the mode switching key switch 17 is switched to put the money exchange machine into the normal money exchange mode. In response, the CPU 21 instructs the display control unit 4 to clear the display (steps S28, S29), clears the payout data displayed on the amount display 14, and returns to the initial control state, step S1.

In this embodiment, after switching to the totalization mode using the mode selection key switch 17, the accumulated data of the deposit is displayed on the amount display 14 by turning on the remaining banknote payout switch 15 for the first time, and the remaining banknotes are displayed on the amount display 14. It is assumed that the cumulative data of the payout amount is displayed on the amount display 14 when the payout switch 15 is turned on next time, and there is no particular mention of the third time when the remaining banknote payout switch 15 is turned on.

However, the gist of the present invention is that in the totalization mode, whether the data displayed on the display by operating a specific signal input switch such as the remaining banknote payout switch 15 is cumulative data of deposits or cumulative data of payouts. Therefore, in the case of the above embodiment, when the CPU 21 detects that the remaining banknote payout switch 15 is turned on for the third time, it issues a command to display the accumulated data of the deposit again, and similarly When it is detected that the remaining banknote payout switch 15 is turned on for the fourth time, the cumulative data of payouts may be commanded to be displayed again, and the display may be alternately changed thereafter.

If such control is attempted, a ``step for determining whether the remaining banknote dispensing switch 15 is turned on'' is inserted between steps S27 and S28 in the flowchart of FIG. If it turns on, go to step S28.If it turns on, go to step S28.
The processing of the CPU 21 may be moved to the stage before step S5. And in that case, step S5
What is necessary is to insert a "step for display clear command" between and S6.

In the above example, deposit data and withdrawal data are totaled when aggregating, but this means that each time a customer exchanges money, the total deposit amount and total withdrawal amount are added to create cumulative data. You may also do so.

Furthermore, in the above embodiment, the display digits of the deposit amount display and the payout amount display are in units of 100 yen, but when displaying aggregated data, they are displayed in units of 100 yen, 10,000 yen, or more. You may. As a result, even if the total amount becomes large,
The display on the display will not overflow.

Furthermore, in the above embodiment, as aggregated data,
For example, although the total deposited amount and the total paid-out amount of 1,000 yen bills are displayed, the number of bills and the number of bills bundled with effects may also be displayed.

In addition, in the above-mentioned embodiment, the case where this invention was applied to a money exchange machine was explained, but it can also be applied to an automatic teller machine,
It can be applied to any device, such as a money dispensing machine (teller machine) or a vending machine, that has an amount display that can display the payout amount by denomination during the deposit/withdrawal processing mode. .

[Effects of the Invention] As described above, according to the present invention, since the amount display device is used to display the cumulative data of deposits and the cumulative data of payouts by denomination at the time of aggregation, It is possible to know at a glance how much money the money handling machine has handled up to that point, especially how much money it has handled by denomination. Therefore, the staff member does not need to check and calculate the total deposited amount and total disbursed amount each time when tabulating, etc., and can quickly grasp the deposited amount and disbursed amount by denomination using the display. Therefore, the complexity associated with data aggregation can be eliminated.

In addition, since the cumulative deposit data and cumulative payout data can be displayed selectively and collectively by denomination, it is possible to display how much money has changed for each denomination in the cumulative deposit data and cumulative payout data. This also has the effect of allowing you to know at a glance whether or not you have exchanged money, and that you can obtain appropriate information when replenishing the amount of money exchanged the next day.

Furthermore, the coins stored in the coin handling machine,
In other words, when comparing the deposited deposited coins and the remaining coins stored in advance for preparation for dispensing, excluding the coins that have actually been disbursed, with the aggregated deposited total data and disbursed cumulative data, Cumulative data and cumulative disbursement data are each displayed by denomination, so it is easy to compare the actual currency stored in the coin handling machine with the aggregated data. There are also effects such as being able to accurately know whether there is an excess or deficiency in the amount of money of the given denomination.

[Brief explanation of the drawing]

FIG. 1 is an external view of an operation panel of a money changer according to an embodiment of the present invention. FIG. 2 is a block diagram of one embodiment of the present invention. Figure 3 shows the second
FIG. 2 is an illustrative diagram showing data stored in the RAM area shown in the figure. FIG. 4 is an illustrative diagram showing data stored in the display buffer memory shown in FIG. 2. FIG. 5 is a flow diagram for explaining the operation of one embodiment of the present invention. In the figure, 1 is an operation panel, 14 is an amount display, 15 is a remaining banknote dispensing switch, 17 is a key switch as a mode changeover switch, 21 is a central processing unit (CPU), 22 is a read-only memory (ROM), 23, 26 is a decoder, 24 and 25 are AND gates, 3 is a random access memory (RAM), 4 is a display control unit, and 41 is a display buffer memory.

Claims (1)

[Claims] 1. Amount display means capable of displaying the payout amount by denomination during the deposit/withdrawal processing mode; and a first means for cumulatively storing deposited deposit amounts by denomination. A coin having a storage means, a second storage means for cumulatively storing the payout amount by denomination, and a signal input switch for inputting an instruction signal necessary in the deposit/withdrawal processing mode. The handling machine includes a mode changeover switch for selecting the operation mode of the money handling machine between the deposit/withdrawal processing mode or the aggregation mode, and when the aggregation mode is selected by the mode changeover switch, the signal input switch is activated. Each time the operation is performed, the amount display means selectively displays cumulative deposit data by denomination stored in the first storage means or cumulative payout data by denomination stored in the second storage means. A money handling machine, characterized in that it is provided with a display control means for controlling the display.