JPS61120293A - Reflux type teller's equipment - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

DETAILED DESCRIPTION OF THE INVENTION [Field of Industrial Application] The present invention relates to a recycle type depositing and dispensing device used under the control of financial institutions and the like.

[Conventional technology]

In recent years, money deposit/withdrawal machines have been installed under the control of banks and other financial institutions in their business premises, department stores, public buildings, etc., and these deposit/withdrawal machines do not allow money to be withdrawn by only the customer operating the machine. The structure is such that deposits, etc. are made automatically.

In the above-mentioned deposit/withdrawal device, deposit/withdrawal transactions are made possible by equipping a payment machine for paying money to a customer and a deposit machine for depositing money from the customer as separate units.

However, recently, in order to improve capital efficiency, recycling type deposit and withdrawal devices have been put into practical use that allow at least a portion of deposited coins to be used as withdrawn coins.

This recirculation type deposit/withdrawal device has a 1,000-note storage safe that stores coins of each denomination, a metal safe that stores 10,000-note coins, and an unfit note storage safe that stores deposited coins that are severely damaged and does not provide them for withdrawal. Various types of safes, such as ``direct safes'', are installed to collect coins that have been sent out from the safe as withdrawn money but have problems.

A certain amount of money is stored in advance in the 1,000-note and 10,000-note storage safe for withdrawal.

Money is deposited and stored in each safe in the situation described above, and money is withdrawn from the 1,000-note and 10,000-note storage safes. The balance of money must be managed accurately.

[Problem that the invention seeks to solve]

However, in the above-mentioned recycling type deposit and withdrawal device, not only the coins set in advance in each safe for withdrawal are used for withdrawal, but also the deposited coins are reused for withdrawal. Therefore, the pre-cented money and the deposited money become the sum, and the amount of cash in the device is obtained by subtracting the withdrawn money from this sum. Therefore, a simple method of simply managing the number of deposited coins and the number of withdrawn coins in a depositing and dispensing device equipped with a depositing machine and a dispensing machine as separate units is not sufficient. There was a problem in that confusion occurred when checking funds because it was not possible to manage banknotes and preset single banknotes separately.

Therefore, the present invention aims to ensure and facilitate the examination of funds by precisely managing the movement of money in each safe of a recycle type deposit/withdrawal device.

[Means for solving problems]

In order to solve the above-mentioned problems, the present invention provides a method for controlling the number of deposited coins, withdrawal coins, coins converted into withdrawal coins among deposited coins, and coins used for withdrawal from these coins in a recirculation type depositing and dispensing device. is stored for each transaction by denomination, and the total number of coins is stored by adding and subtracting for each transaction, and the entire or part of the stored contents is displayed or printed on the display means or printing means by the control means. .

[Effect]

According to the above configuration, the control means causes the display means or the printing means to display or print the number of coins of each denomination for each transaction and the total number of coins of each denomination for each transaction, and the data for each denomination and the number of coins of each denomination accumulated for each transaction are displayed or printed. You can compare the amount of cash available.

〔Example〕

An embodiment of the present invention will be described below with reference to the drawings. Figure 1 is a control block diagram of an apparatus according to an embodiment of the present invention, Figure 2 is a journal sheet showing the contents of money management,
FIG. 3 is an internal configuration diagram of the recirculation type depositing and dispensing device, and FIG. 4 is a display configuration diagram of its staff operation panel.

In Fig. 3, 1 is the main unit of the recycle type deposit/withdrawal device, 2
is a card reader/printer disposed inside and above the main unit 1, and since the present invention can be applied to both a customer's bankbook and a transaction card in the same way, the case of the transaction card will be explained. Reference numeral 3 denotes a recycling-type bill depositing and dispensing machine, and since the present invention can be applied to both bills and coins in the same way, the explanation will be based on the case of bills. Reference numeral 4 designates an attendant operation panel located on the back of the main unit 1; 5, although not shown, is an operating unit located above the front of the main unit 1;
The customer inputs requests into the main unit 1, and the main unit 1 instructs the customer to operate the apparatus.

The recycling type deposit/withdrawal device according to this embodiment is roughly divided into the above-mentioned configurations, and these components will be explained in sequence below.

First, the configuration of the bill depositing and dispensing machine 3 will be explained.

Reference numeral 6 denotes a customer service drum that can freely rotate in forward and reverse directions, T indicates a bill deposit/withdrawal port for collectively loading and discharging bills formed on the customer service drum 6, and A is a light emitting/dispensing port facing through the bill deposit/discharge lower.
8 is a banknote detection means consisting of a light-receiving element; 8 is a shell 9 that opens and closes the banknote deposit/withdrawal port 1 and the outside; 8 is a separation conveyance unit that receives a batch of banknotes from the customer service drum 6 and separates and conveys the banknotes one by one; B is a separation conveyance unit 9; A banknote detection means similar to the above provided in 10v'i, a conveyance path for conveying the banknotes separated one by one by the separation conveyance section 9 to the next process, C, D
A banknote detection means 11 similar to the above disposed in the conveyance path 10 determines the authenticity of the banknotes fed through the conveyance path 10,
A banknote identification section 12 performs denomination discrimination, fitness discrimination, etc., a conveyance path 1 for conveying the banknotes discriminated by the banknote identification section 11;
3i4 is a conveyance path branched from the conveyance path 12, 15(I'j
: Conveyance path switching means provided at the branch point of the conveyance path 12, E, F
, G is a bill detection means 16 disposed in each conveying path 12° 13.14, which is a genuine bill-next storage pool that temporarily stores bills that are determined to be genuine bills by the bill recognition unit 11, and 1T is a bill recognition pool. A counterfeit bill-next storage pool for temporarily storing banknotes determined to be counterfeit in section 11; 1γ is an accumulation vehicle, 20 is an accumulation vehicle 18,1
9, a conveyance path switching means 21 is a conveyance path 22 for conveying the bundled banknotes from the genuine note-next storage pool 16 and the counterfeit note-next storage pool 17 to the banknote deposit/withdrawal port γ. 23 is a 1,000-note storage safe for storing 1,000-note banknotes; 24 is an unfit note storage safe for storing banknotes that have been deposited but cannot be used for withdrawal; 25 is a safe for storing 1,000-note banknotes; 26 is a transport path 2γ that is continuous with the transport path 13 and passes through the vicinity of each safe to reach the banknote identification unit 11. It is a stacking vehicle located at the upper opening of the storage safe 22, and stores and stacks banknotes in the safe.Although not shown in the figure, the 1,000-note storage safe 22 also has a vehicle for separating and conveying the bills to be withdrawn one by one. A separation conveyance section is provided to engage with the accumulation vehicle 2γ. 28 is a conveyance path for conveying banknotes from the conveyance path 26 to the collection vehicle 27; 29 is a conveyance path for conveying banknotes to the conveyance path 26;
30 is a conveyance path for conveying banknotes from a separation conveyance section (not shown) to the conveyance path 26; ``■'' is a banknote detection means disposed on the conveyance path 28; The bill detection means 31 is a ten thousand bill storage safe 23
The stacking vehicle 3 is located at the upper opening and stores and stacks banknotes in the safe.Although not shown, the stacking vehicle 3 includes a separation conveyance section that separates and conveys the bills to be dispensed one by one from the ten thousand bill storage safe 23.
1. 32? 'i is a conveyance path that conveys banknotes from the conveyance path 26 to the stacking vehicle 31, J is the conveyance path 32
A banknote detection means 33 arranged on the conveyance path 2
6 to the conveyance path 32; 34 is a conveyance path for conveying the banknotes separated by the separation conveyance unit to the conveyance path 26; K is a banknote detection means 35 disposed on the conveyance path 34; a safe for storing unfit bills; 24 is located at the upper opening and stores and accumulates banknotes in the safe; 36j is a conveyance path for conveying banknotes from the σ conveyance path 26 to the accumulation vehicle 35; 37 is a conveyance path for conveying banknotes from the conveyance path 26 to the conveyance path 36; The conveyance path switching means 38 is a conveyance path that conveys banknotes from the conveyance path 13 to the reject banknote storage safe 25, and since the first general conveyance path 38 is configured to branch from the conveyance path 26, the conveyance path switching means 39 are provided.

The above is the configuration of the cash dispenser 3. Next, the configuration of the card reader/printer 2 will be explained.

Reference numeral 40 denotes a transaction card that holds mobile information with a customer using a magnetic stripe, 41 a card insertion slot into which the transaction card 40 is inserted, 42 a transport path for transporting the inserted transaction card 40, and 43 a rough feed path. Magnetic stripe reading means 44 for reading magnetic stripe information on a transaction card 4o provided adjacent to 42 is a journal paper for recording transaction details, 44a is a drum for storing a copy of a transaction statement to be described later, and 45 is a journal paper 44 A journal printing means 46a prints the transaction details on the paper, a transaction details sheet 46a is cut from the journal paper 44 on which all transaction details are printed, and 46b is used to print the transaction details by the journal printing means 45 when a failure occurs in the bill depositing and dispensing machine 3. 47 is a journal paper cut from a journal paper 44 on which the tolerable contents or the total transaction amount is printed when examining funds; 47 is a box for receiving the journal paper; 48 is the Meijiu book 46;
This is a discharge port for discharging the banknotes a to the genuine bill-next storage pool 16 of the bill depositing and dispensing machine 3.

The above is the configuration of the card reader printer 2, and next, the staff operation panel 4 will be explained.

In FIG. 4, numeral 4 indicates the staff operation panel shown in FIG. 3. Reference numeral 49 indicates a power switch for turning off power to the device, and reference numeral 50 indicates a 7-segment LEDK that indicates the details of the fault when a fault occurs in the bill depositing and dispensing machine 3 shown in FIG.
51 is a message display consisting of a liquid crystal display that displays text so that the attendant can take action in response to the above-mentioned obstacles; 52 remains in the banknote deposit/withdrawal machine 3; 54 is a reset key that restores the bill depositing and dispensing machine 3 when pressed after the cause of the failure has been removed; 55 is a plurality of function keys 56; A portion of the operation keys consisting of a numeric keypad and a numeric keypad are used to specify the direction, job content, etc.

The recycling type deposit/withdrawal device of this embodiment has the above-mentioned configuration, and the control means thereof will be explained next.

In FIG. 1, 57 is a main control section that controls each control section to be described later, and is composed of a bill depositing and dispensing machine control section, a common control section, and the like.

Reference numeral 58 denotes an attendant operation panel control unit that is connected to the main control unit 57 and controls the attendant operation panel 4 shown in FIG.
and detects the press. Further, it is connected via a driver 60 to a display means 59 of the main unit 1 that displays the stored contents of a banknote count storage section, which will be described later.

Reference numeral 61 denotes a card reader printer control unit connected to the main control unit 5T to control the card reader printer 2 shown in FIG. 3, and connected to the journal printing means 45 shown in FIG. The journal printing means 45 is driven by the data transmitted from the control section 5T to print on the journal paper 44. Also, the transaction card 4o is connected to the magnetic stripe reading means 43 shown in FIG.
The magnetic stripe information is read and transmitted to the main control section 57.

63 is a conveyance path control section connected to the main control section 57, which controls each of the conveyance paths 10, 12, 13, 14, . . . shown in FIG.
21. 26, 28, 30, 32, 34, 36° 38.
It is connected to each of the 42 drive means 64 via a driver 65, and its drive is controlled. Further, conveyance path switching means 15, 20, 29, shown in FIG.

33, 37, and 39 via drivers 66 to control their operations.

6T is a banknote count storage unit 6B that is connected to the main control unit 57, and is a conveyed banknote detection unit that is connected to the banknote count storage unit 6T and directly connected to the main control unit 57, and is connected to the main control unit 57. It is connected to the plurality of banknote detection means C, D to M shown in FIG. C, D, M
Detects that it has passed. Each paper front detection means C, D~
The detection signal of M is stored in the banknote count storage section 67 as a banknote count D''C1nD...nM.The banknote count storage section 67 also receives a reset key from the main control section 57 every time one transaction is completed. 72 clears the number of stored sheets.

The banknote identification unit 11 shown in FIG. 3 is connected to the main control unit 57, and the authenticity determination, denomination determination, and fitness determination of the banknote are input to the main control unit 5T. In the banknote identification unit 11, for example, as shown in FIG. 1, a plurality of light receiving elements 75 detect the amount of light transmitted through the banknotes to be identified T4 out of the light emitted by the plurality of light emitting elements T3, and also detect the amount of light transmitted through the banknotes to be recognized T4. The authenticity of the banknote 74 to be identified is determined by detecting the amount of light reflected from the banknote 74 by a plurality of light receiving elements T6, and by amplifying and detecting minute signals based on the amount of light received by the light receiving elements 75 and 76, respectively, by amplifiers 77 and 78. It is possible to distinguish between denominations, denominations, and whether they are good or bad.

The configuration and control of the recycling type deposit/withdrawal device of this embodiment are as described above, and its operation will be explained next.

First, in the case of a deposit transaction, the customer
Select the deposit transaction by operating , and use the transaction card 4 that you brought with you.
0 into the card insertion slot 41.

The transaction card 40 is conveyed to a magnetic stripe reading means 43 by a conveyance path 42, and the magnetic stripe information held on the transaction card 40 is read. Based on this information, online communication is conducted with a center device (not shown), and when the validity of the transaction is confirmed, the shutter 8 of the bill depositing and dispensing machine 3 shown in FIG. wait.

The customer inserts the banknotes he/she brought to deposit into the banknote deposit/dispensing lower at once and waits for the banknotes to be processed by the banknote deposit/dispensing machine 3.

The bill depositing and dispensing machine 3 detects that a bill has been inserted into the bill depositing and dispensing machine 07 using the bill detecting means A, and
rotates to convey the banknotes in bulk to the separation conveyance section 9,
The separation and conveyance section 9 separates the banknotes one by one and sends them out to a conveyance path 10, and the conveyance path 10 sequentially conveys the separated banknotes one by one to a banknote identification section 11.

In the banknote identification unit 11, authenticity is determined for each banknote that passes one by one.Then, the banknote is transported from the transport path 12 through the transport path 14 by switching the transport path switching means 15, and the banknote identification unit 11 performs the manazuru discrimination. The conveyance path switching means 20 controlled according to the result of the above is used to sort the bills into the stacking car 18 or the stacking car 19, and the bills that are determined to be genuine bills are sequentially accumulated in the genuine bill-next storage pool 16, where they are discriminated as counterfeit bills. The counterfeit banknotes are sequentially accumulated in the counterfeit banknote-next storage pool 17.

After the above-mentioned processing of the input banknotes is completed, the banknotes collected in the counterfeit banknote-next storage pool 17 are conveyed all at once to the banknote deposit/withdrawal lower by the conveyance path 21, and are returned to the customer.

When the common control unit is notified from the bill depositing and dispensing machine control unit of the main control unit 51 shown in FIG. Through the operation unit 5 shown in , the customer is made to decide whether to reinsert the returned banknotes, cancel the transaction, or conclude the transaction based on the result of counting the banknotes determined to be genuine banknotes. Display guidance.

When the customer selects to cancel the transaction using the operation unit 5, the banknotes stored in the genuine note-next storage pool 16 are conveyed all at once to the banknote deposit/withdrawal lower via the conveyance path 21 and returned to the customer, and the transaction card is 40 is also returned from the card insertion slot 41.

When the customer re-inserts the returned banknotes, they are separated and conveyed and identified in a different manner from the above process, and genuine banknotes are added to the banknotes already accumulated in the genuine banknote-next storage pool 16, while counterfeit banknotes are The counterfeit bills are accumulated in the next storage pool 17, and the counterfeit bills are returned to the customer from the bill deposit/withdrawal lower as described above.

Thereafter, when the customer selects to complete the transaction using the operation unit 5, the common control unit of the main control unit 5γ shown in FIG. Journal printing means 4 of printer 2
5, the transaction details are printed on the journal paper 44 and the transaction statement 46a is released to the customer, and the transaction card 40
At the same time, the bill depositing and dispensing machine control section of the main control section 57 is instructed to carry out a bill storage process.

According to the instructions for storing the banknotes, the deposited banknotes stored in the genuine banknote-next storage pool 16 shown in FIG. The sheets are conveyed in bulk to the conveyance path 10 where they are separated one by one.
The banknotes are sequentially sent to the banknote identification section 11 by the following.

The banknote identification section 11 determines whether each banknote is good or bad each time it passes through the banknote. Thereafter, the banknotes are transferred to the conveyance path 12, the conveyance path switching means 15, the conveyance path 13, and then the conveyance path switching means 3.
9 to the conveyance path 26, and from the conveyance path 26, the 1,000-note storage safe 22, the 10,000-note storage safe 23, shown in FIG.
They are stored in the unfit note storage safe 24, respectively.

The conveyance direction of the 1,000-note banknotes determined to be genuine bills is switched from the conveyance path 26 to the conveyance path 2B by the conveyance path switching means 29,
The stacking car 27 stores the tickets in the 1,000-ticket storage safe 22.

The ten thousand bill banknotes determined to be genuine bills are transferred from the conveyance path 26 to the conveyance path 32 by the conveyance path switching means 33, and are stored in the ten thousand bill storage safe 23 by the accumulating vehicle 31.

The 1,000-bill and 1,000-bill banknotes determined to be unfit bills are transferred from the conveyance path 26 to the conveyance path 36 by the conveyance path switching means 37 and stored in the unfit note storage safe 24 by the collecting vehicle 35.

This completes the operation of the deposit transaction, but in the process of storing the deposited banknote, the denomination of the transaction banknote is determined based on the determination by the banknote identification unit 11 and the banknote detection result of the conveyed banknote detection unit 68 shown in FIG. The number of deposited bills and the number of bills stored in the thousand-note storage safe 22 and the ten-thousand-note storage safe 23 for withdrawal are stored in the banknote count storage section 6γ shown in FIG.

In the banknote count storage unit 67, the banknote count for one transaction is cleared by the reset signal 72 from the main control unit 57, and the banknote count for each transaction is stored and the banknote counts are added for each transaction. The cumulative number of deposited banknotes by denomination and the cumulative number of banknotes by denomination stored in the thousand-note storage safe 22 and ten-thousand-note storage safe 23 for withdrawal are stored.

Next, withdrawal transactions will be explained.

The customer selects the withdrawal transaction on the operation unit 5 shown in FIG. The transaction card 40 is conveyed to a magnetic stripe reading means 43 by a conveyance path 42, the magnetic stripe information on the transaction card 40 is read by the magnetic stripe reading means 43, and online communication is performed with a center device (not shown). ,
Verify the validity of your transactions. When the validity of the transaction is confirmed, the operation unit 5 causes the customer to present the details of the withdrawal transaction. According to the customer's presentation, banknotes are sent out from the thousand-note storage safe 22 and the ten-thousand-note storage safe 23, respectively.

The 1,000-note storage safe 22 is transferred to the 1,000-note storage safe 22 by a separation and conveyance section (not shown) that is provided in engagement with the accumulation car 27 of the 1000-note storage safe 22.
The sheets are separated and sent out one by one, and then conveyed to the conveyance path 26 by the conveyance path 30. In the ten thousand bill storage safe 23 as well, the same separation and conveyance section (not shown) as described above separates and sends out the bills one by one, and the sheets are conveyed to the conveyance path 26 through the conveyance path 34.

The 1,000-note and 10,000-note banknotes conveyed one by one to the conveyance path 26 are conveyed to the banknote identification section 11, where each banknote is determined whether it is a normal banknote or not, and sent to the conveyance path 12. The conveyance path switching means 15 acting on the conveyance path 12 is connected to the banknote identification section 1.
The banknotes determined to be abnormal are transferred to the conveyance path 13 and the conveyance path 38 by the operation of the conveyance path switching means 39.
The banknotes are stored in the rejected banknote storage safe 25 along the route leading to the banknotes.

The banknotes determined to be normal are conveyed from the conveyance path 12 to the conveyance path 14 by the conveyance path switching means 15, further conveyed to the accumulation vehicle 18 by the conveyance path switching means 20, and are accumulated in the genuine banknote next storage pool 16. When the two denominations of banknotes corresponding to the number presented by the customer have been accumulated in the genuine note-next storage double 16, the transaction details are recorded on the journal paper 44 by the journal printing means 45, and the transaction details are recorded as the transaction statement 46a. The banknotes are deposited on top of the banknotes in the next storage pool 16.

After the withdrawal banknotes are arranged as described above, the banknotes and transaction statement 46a are conveyed all at once to the banknote deposit/withdrawal lower by the conveyance path 21, and after returning the transaction card 40, the rack 8 is opened. After opening and handing over the banknotes and transaction statement 46a to the customer, the shell 8 is closed and the withdrawal transaction operation is completed.

In the process of the withdrawal transaction, the transported banknote detection unit 6 shown in FIG.
8, the number of banknotes for each denomination of the withdrawal is stored in the banknote count storage unit 67, and the banknote count storage unit 67 stores the number of banknotes for each denomination of the transaction in the previous withdrawal transaction. The total number of banknotes for each denomination is stored by adding them to the number of banknotes for each denomination. Furthermore, the banknote count storage unit 67 stores banknotes by denomination of the above-described withdrawal transaction from the cumulative number of banknotes by denomination stored in the 1000-note storage safe 22 and 10000-note storage safe 23 as withdrawal banknotes by the above-described deposit transaction. Subtract and store each. This stored content may be a negative value if the number of banknotes at the time of withdrawal is greater than the cumulative number of banknotes of each denomination stored for withdrawal at the time of deposit.

In addition, the banknotes stored in the reject banknote storage safe 25 at the time of the above-mentioned withdrawal transaction are also stored in the banknote counter number of times collected in the transaction; mosquitoes; and the cumulative number of times added for each transaction. It can be stored in the section 67.

As described above, the number of deposited banknotes, the number of withdrawal banknotes,
The number of deposited banknotes used as disbursed banknotes, etc. can be stored for each transaction for each denomination, and can also be accumulated and stored for each deposit and withdrawal transaction.

Next, the above-mentioned memory contents of the banknote count number storage section 67 are printed out on the journal paper 44 in the card reader printer 2 shown in FIG. 3 using the clerk operation panel 4 shown in FIGS. 3 and 4. The following describes the operations to be performed.

First, when the transaction for one day is completed or when there is an abnormality in the transaction, the clerk operates the function key 56 of the clerk operation panel 4 shown in FIG. 4 to input the transaction total.

This input is made using the function key 56 as shown in FIG.
is input to the main control section 57 via the attendant operation panel control section 58, and the main control section 57 stores the banknote count number storage section 67.
reads out the number of deposited banknotes, the number of withdrawal banknotes, the number of deposited banknotes to be used as withdrawal banknotes, and the number of banknotes withdrawn among them stored in the memory, and outputs them to the card reader/printer control unit 61; The card reader printer control section 61 operates the journal printing means 45 via the driver 62 according to the output, and prints the journal paper 44.
As described above, the number of banknotes stored in each banknote is printed in the banknote count storage unit 67. It is stored in a box 47.

Next, a detailed example of the number of various banknotes managed for each transaction and two denominations on the journal paper 46b printed as described above will be explained based on FIG. 2.

In FIG. 2 (+), 46b is the journal paper described above, and (A) to (E) indicate the printing date and the number of various banknotes. The same figure (If) is shown in the above figure (1) (A)
It is a figure which shows the printing content of - (e).

(b) is the date when all transactions were completed or due to abnormal suspension.

(b) is the total number of banknotes to be used as withdrawal banknotes (turnaround) out of 10,000 deposited banknotes.

(C) is the total number of 1,000-note deposited banknotes to be used as withdrawal banknotes (turn-a-round).

) is the total number (balance) of the 10,000 deposited banknotes used as withdrawal banknotes.

(E) is the total number (balance) of the 1,000-note deposited banknotes used as withdrawal banknotes.

(f) is the number of 10,000-note banknotes withdrawn in the last withdrawal transaction.

Similarly, (g) is the number of thousand-note bills withdrawn in the last withdrawal transaction.

(g) is the total number of ten thousand banknotes withdrawn in withdrawal transactions [
It is direct.

(One power is also the total number of 1,000-note banknotes withdrawn in a withdrawal transaction.

(to)) is the first shift (borrow) obtained by subtracting the number of ten-thousand banknotes used as withdrawn banknotes from the number of ten-thousand banknotes deposited.

Similarly, (e) is the value obtained by subtracting the number of 1,000-note banknotes used as withdrawals from the number of 1,000-note banknotes deposited (
Porou) comes out.

(3) is the total number of times that an abnormality in the bill to be dispensed was detected during the dispensing count and the bill was taken into the reject bill storage safe 25 without being withdrawn.

ri) is the number of 10,000 yen banknotes deposited in the last deposit transaction.

(b) is the number of 5,000-note banknotes deposited in the last deposit transaction. In addition, although the transaction of 5,000-note banknotes and the storage safe are not explained in the above implementation column, other 10,000-note banknotes,
This can be done in the same manner as the transaction status of thousand-note banknotes and the configuration of the storage safe.

Similarly, (L/) is the number of thousand-note banknotes deposited in the last deposit transaction.

(Y) This is the total number of banknotes determined to be unusable for withdrawal out of the number of ten thousand banknotes deposited in H deposit transactions.

Similarly, (n) is the total number of banknotes determined to be unusable for withdrawal out of the number of 5,000-note banknotes deposited in the deposit transaction.

Similarly, (g) is the total number of banknotes determined to be unusable for withdrawal out of the number of banknotes deposited in the deposit transaction.

The reason is the total number of banknotes returned to the customer in the deposit transaction.

As described above, the journal paper 46b records the number of deposited and withdrawn bills by transaction and denomination in the bill depositing and dispensing machine 3 in detail.
can be printed on.

Note that by operating the function key 56 in the same manner as described above, the stored contents of the banknote count storage section 67 can be displayed on the display means 59 from the main control section 57 via the attendant operation panel control section 58 and the driver 60.

Further, although the stored contents of the banknote count number storage section 67 can be taken out in their entirety, it is also possible to take out a portion of the stored contents as needed.

Furthermore, by providing the display means 59, the journal printing means 45 for creating the journal paper 46b, etc. in a remote device separate from the main device 1, the banknote count storage section 6T can be stored even in a place away from the main device 1. It becomes possible to retrieve the memory contents.

〔Effect of the invention〕

As explained in detail above, the present invention allows the number of deposited coins, the number of withdrawn coins, the number of deposited coins that can be used as withdrawal coins, and the number of withdrawn coins from among the deposited coins in the recirculation type depositing and dispensing device. As well as storing each transaction by denomination, adding and subtracting for each transaction and storing the total number of coins, if necessary, all or a part of the stored contents can be taken out and displayed on journal paper or display means, It is possible to check the amount of cash in the device, and the management content is much more detailed than the conventional management of only deposited coins and withdrawn coins, so it is highly accurate and easy to handle fund scrutiny. Able to manage money.

In addition, even if an abnormality such as a cash trouble occurs, this device allows you to check the transaction journal and cash balance with the device's calculation memory in the same way as described above, so you can accurately and quickly identify the cause. It becomes possible to search for information.

[Brief explanation of drawings]

Fig. 1 is a control block diagram of a device according to an embodiment of the present invention, Fig. 2 is a journal sheet showing the content sequence of money management according to the embodiment, and Fig. 3 is a recirculation type deposit and withdrawal method used in the embodiment. FIG. 4 is a diagram showing the internal configuration of the device, and is a diagram showing the display configuration of the staff operation panel. 2... Card league printer 3... Bill deposit/withdrawal machine 4... Attendant operation panel T... Bill deposit/withdrawal 011/
...Banknote identification section 45...Journal printing means 46
a...Transaction statement 46b...Journal paper patent applicant Oki Electric Industry Co., Ltd. agent patent attorney Kanakura Tsumugi Tsumugi 30 2 ・Card reader printer 3 ・Banknote deposit/withdrawal machine 4 ・・Staff operation panel γ ...Banknote deposit/withdrawal 0 11...Banknote identification section 45...Journal printing means 46a-Transaction example dB-1 46b...Journal paper

Claims (1)

[Claims] 1. The coins inserted into the deposit/withdrawal slot are separated and conveyed one by one and sent to the identification section, the authenticity of the coins is determined, the coins determined to be genuine are deposited by denomination, and at least a portion of them is withdrawn. In a recycle deposit/withdrawal device that can take out gold coins, the number of deposited coins, the number of withdrawn coins, the number of deposited coins that can be used as withdrawal coins, and the number of withdrawn coins out of the number of deposited coins are counted as gold coins. The method is characterized in that the type is stored for each transaction, and the total number of sheets is stored by adding and subtracting for each transaction, and the control means causes the display means or printing means to display or print the whole or part of the stored contents. Recycling type deposit and withdrawal device.