DE2127815B2 - DEVICE FOR ISSUING BANKNOTES - Google Patents

Description

The invention relates to a device for issuing ι banknotes in several different values of the in the preamble of claim 1 specified genus. Such a device can in particular at Banks are used because there sums of money must be issued to customers against checks that are issued for the corresponding sums. However, it can also be used anywhere Banknotes have to be issued in several different denominations, such as payroll offices, Betting offices or the like.

ίο In practice, a customer who gives a check to the Debt collection presented, the cashier generally does not indicate in which banknote values or a mixture of Banknote values he wants to receive the money so that the cashier has the required number of banknotes and Counting coins of different values, using, as far as possible, pre-counted packets of banknotes be used. In addition, in many banking systems, such as the in UK or Germany usual banking systems, on the back of the check a list of the Numbers or the total value of the various issued banknotes and also carries the Value each cashed check on a separate reporting sheet.

However, the operations described above are very time-consuming and contain many sources of error the cash dispensing as well as the recording of the single Ur.d totals. Also, the banknotes often not just dispensed by hand in pre-counted bundles that are in the compartments of the cash register, but must also be checked in the presence of the customer. Errors can occur everywhere counting errors occur in particular.

From US-PS 31 23 082 a device of the type indicated is known in which certain Keys have to be pressed so that a corresponding dollar amount determined by this is spent The compilation of the individual dollar bills, which result in this amount, is thereby determined by the structure and the circuit. For example, $ 199 will be converted into six 20-dollar bills, six dollar bills, three dollar bills, and four 1 dollar bills issued. It is not possible to do this Composition of banknotes, for example at the request of the customer, to change as they are due to the structure the known facility is set.

The invention is therefore based on the object of creating a device of the type specified, with which a certain monetary value can be issued in arbitrary, freely selectable banknote values.

This object is achieved according to the invention by the im

characterizing part of claim 1 specified features solved.

The advantages achieved with the invention are based in particular on the following mode of operation: each Enter key of the device according to the invention is provided with a multi-contact switch; when pressing down the selected key will split the total of the desired monetary value, with The inputs of four control systems, namely one for each banknote value, can be preselected via associated circuits. In their selected Operating states correspond to the control systems of the number of banknotes in the respective Banknote value are to be issued.

The number of banknotes for each banknote value is therefore not determined by the operator, but by one provided in the facility

21 27 81 δ

Circuit; if a certain combination of keys is pressed, this always leads to the Output of a very specific mixture of banknote values and quantities or number of these banknote values,

When each banknote to be issued passes through the device, a counting pulse is generated, which is given to his respective tax system; if the number of those submitted to the tax system Pulses corresponds to the previously entered values, the assigned feed mechanism for the Banknotes stopped. Is the corresponding banknote value issued for all possible banknote values the keys of the input desk are released, and that contained in the control systems The program is deleted

In the device according to the invention so the user can both the total value of the desired Amount of money also select the amount to be spent in each individual banknote value; it is So, for example, it is possible to specify how many 10-Makscheine to form a certain total should be output. There is an up / down register counter for each bill denomination intended; one by feeding a banknote with a certain value-operated sensing arrangement decrements and holds the value stored in the associated up / down register counter the associated feeding device when the register counter has reached the count 0.

By selecting both the total amount and the value for each individual banknote, the Output exactly as it is desired by the customer who, for example, a specific Mixing of banknote denominations required. The device according to the invention is therefore more versatile than that well-known device and can also be used where certain customer requirements must be met.

The invention is described below with reference to the drawing, for example; in this shows

F i g. 1 is a side view of an embodiment of a device according to the invention, which is attached to a Bank counter is installed for the purpose of mixed sums of money according to the value of a check to spend

F i g. 2 is a perspective view of a device according to FIG. 1,

F i g. 3 shows a schematic vertical cross section of part of a second device;

F i g. 3a is a fragmentary view of FIG. 3, in which part of the facility in another Operating position is shown,

F i g. 4 shows a schematic vertical cross section of the FIG. 2 shown device and

Fig. 5 is a block diagram showing the electronic Modules of the facility shows.

In the embodiment described, the device is suitable for mixed sums of money including DM 10 and DM 50 banknotes and decimal coins to the value of 5 Pfennig, 10 Pfennig, * n 50 Pfennig, 1 DM and 5 DM, respectively the value of a check X to be issued. The device can easily be adapted to dispense other types of currency.

According to Fig. 1, a bank cash desk comprises a horizontal cash desk 1 or a horizontal cash register 1 and a customer payout grid 2. A device is shown with three different devices A, B and Q which have an input / control / printing arrangement, are a two-class note dispenser and a five-class coin dispenser, respectively. Devices A and C are placed on the till 1 on either side of the grille opening, and device B is placed in a free-standing, wheeled cabinet under the till. The three devices are electrically interconnected with multi-core cables 3 which end at suitable plugs and sockets.

Device A, the keyboard / control / pusher arrangement, will now be described. According to FIG. 2, the apparatus is shown in a two-part housing with an upper and a lower part or an upper and lower mold 4 and 5. The internal mechanism is mounted in the lower mold 5, and the upper mold, which is provided with various openings and windows, is removable,

The manual input includes a digital keyboard 6, three function keys 7 for the note class and the coin selection, a "Clear" key 8 for the purpose of clearing or deleting the control module or control module (this operation or this function is described below defined), an "dispense" key 9 for actuating the cash dispensing mechanism and a "decimal point" key 10.

The form 4 comprises a glazed window, behind which six digit display tubes 11 for displaying Sums of money are appropriate. A decimal point indicator 12 divides the six number tubes into two groups of four and two digits indicating DM and penny, respectively.

A vertically directed slot 13 is in the upper surface of the mold 4 for receiving a check? * X « provided. In operation, a check is placed in the entry opening of the slot as shown and drawn into the apparatus by a transport mechanism which is described below in connection with FIG. 4 is described, printed and stored.

A pair of powered rollers 14 and 15 are parallel to and under the slot 13 arranged and form the end rollers of two belt systems 16 and 17, which together one Form wandering clamping gap for conveying the check from the position shown. The opposite The end of the belt 17 is carried by a roller 18 and the opposite end of the belt 16 is carried by a roller 19 and runs over two guide rollers 20 and 21. Another belt 22 is carried on the roller 19 and a tension roller 23. A drive device with an electric driven, differential büw. Stepping motor, not shown, drives the roller systems with an identical peripheral speed by means of a gear connection, not shown. the Belt systems actually each include a pair of spaced-apart belts attached to each other Side of the printer unit.

The printer unit comprises a plurality of axially aligned decimal printing type wheels (from which one is shown at 24), which is any number between "0" and "9" depending on their Can print angular position. In the illustrated embodiment, three are arranged with Absland Groups of decade wheels provided in the following way:

i) three wheels to print out the monetary value of

for example issued 50 DM bills, ii) three wheels for printing the monetary value of

for example 10 DM bills and iii) two wheels for printing the monetary value of coins issued.

Each character wheel has a positioning solenoid 25, which the wheel by means of a not shown Locking system can rotate. A rotary switch, also not shown, with ten switch positions and a contact arm which can contact any of the switch positions are fixed to each Type wheel attached. In operation, the solenoid causes the character wheel to rotate until the Contact arm touches or activates a preselected switch position in order to set the character wheel, a to print the desired digit. The function of the rotary switch is explained in the following description the operation of the device explained

A pressure member or counter pressure member with a hammer rod 26, which is through a solenoid 27 via a Toggle lever 28 is operated is provided under the type wheels to allow a print on the check over a To provide ink ribbon 29 transversely with respect to the conveyor belt system. The ends of the Tape are fixedly attached to a pair of "feed" and "take-up" reels, one of which is at 30 is shown. A solenoid operated lockout device is provided around the "pickup" spool rotate with each printing, and an inverter is provided to reverse the functions of the spools replace when the ends of the tape approach the compression stage.

A paper registration roller with a central axis parallel to the axis of the printing wheels comprises a paper web 31 which can also be printed upon by movement of the hammer rod 26 and which is drawn by a pair of locking rollers 32 to a storage space 33 in the apparatus. The end of the paper web runs out of the housing through a slot 34 which is provided in the lower mold 3

Angled guide plates 35 terminating at opening 36 are provided in close proximity to belts 16 and 22 to ensure that the check is advanced by the belts Checks emerging from opening 36 fall into a storage compartment 37 which is accessible by means of a cover plate 38 which is locked by a key system 39

The printing unit works in the following way. The print wheels are positioned by means of their respective solenoids (the means of doing this are described in the "operational sequence" description of the means below). The belt systems are driven in the direction of the arrows by means of the above mentioned drive screw motor, whereby the check X is moved from the position shown to: a position under the print wheels. The system is stopped for a moment and by energizing the solenoid 27 the Hammer bar 26 is struck (via registration roller track 31) against the underside (ie, back surface) of the check so that the type wheels print a single line of digits on the back surface of the check the storage compartment 37. If the check is outside the printing unit

is located, the solenoid 27 is re-energized which serves to print an identical line of digits across the Registration roller conveyor 31 to print. After this printing is carried out, the path is increased by one Line stage advanced by their locking mechanism.

A control module, the function of which is explained below, stores the data from the keyboard unit generated information; he is in the case behind the

ίο Numeric display tubes 11 are also arranged in the upper mold 5 accommodates a series of indicator lights 40 and a key operated switch 41 which serves as a safety device for the operation of the device.

ij Device B, the two-class note issuing device, will now be described. It comprises a wheeled housing having a front vertical plate 50 with a rectangular sub-plate 51 which is a front surface of a horizontally sliding one

to the drawer assembly 52 shown in FIG. 3 is shown, forms. The assembly 52 is mounted on a pair of linear low friction guide members, which are shown schematically at 53.

The note issuing facility is simplified

2j shape and the note removal and double note bending mechanisms are essentially the same as those described in British Patent 8,988,715. Although only single reference numerals are mentioned in the following brief description, two identical groups of components are provided side by side (one for each note class) and mounted between a single pair of spaced main frames 54. Notes N are stacked with one edge on a stacking support surface 55 and biased to a reciprocating suction arm 56 by means of a pressure buffer 57. The means, not shown, for biasing the pressure buffers 57 comprises a horizontally disposed compression spring, one end of which is on a depending end of the buffer and the other end of which is on part of the frame of the device is appropriate. The suction arm has an angled suction opening which contacts the lower central surface of the foremost note in the stack and conveys it into the nip of a pair of powered primary conveyor rollers 58 and 59. The lower feed roller 59 has a portion cut away to facilitate entry of the front side edge of the note zi. When the circumferential surfaces of the conveyor rollers cooperate, the note from the Saugöff

voltage pulled away and passed between a light source L and an associated photoelectric detector 6 ( and then in three pairs of conveyor rollers 61, 62, 63 and finally to a pair of axially aligned, pronged stacking wheels 6- The suction arm is guided by means of a cam follower : and an associated cam moved back and forth, the latter being driven by a gear of a main gear train, which also drives the conveyor belt system that the streamline or

It is arranged so that suction is applied to the suction arm during alternating cycles of movement, thereby creating gaps between adjacent notes along the conveyor line. The stacking wheels are driven with a ^{circumferential speed 6} S lower than the conveyor rollers in order to brake the notes in an output stage 6. The photoelectric detector 60 serves to detect the presence of conveyed note

and distinguish between a note or notes whose impermeability exceeds a predetermined value, thus indicating the presence of notes stuck together or overlapping. In the event of a passage of notes of multiple thicknesses, the decrease in the output from the detector actuates an electrical circuit which energizes a solenoid 66 to thereby activate a note deflector 67. The effect of this is that the tip of the deflector 67 is lowered into the line of conveyance of the notes so that multiple notes are deflected around the upper periphery of the upper conveyance roller 62 by means of an auxiliary roller 68 and then into a separation tank 69. For each note delivered to the output stage 65 , an electrical output pulse is generated and fed back to the control module, these pulses being subtracted from the remaining total value to be paid out.

The deflector described above works satisfactorily when it is desired to deflect completely adjacent notes or notes which overlap to a high degree. However, under certain circumstances it is possible that a small degree of overlap occurs; in such a case, while the photoelectric detector 60 is able to detect the multiple thickness in a satisfactory manner, the total length of a pair of such overlapping notes may be such that the leading edge of them will arrive below the tip of the deflector 67 before the detector has finished its cycle of operation. As a result, the device has a length discriminator which is electronically integrated with the optical detector and is arranged to prevent the operation of the deflector 67 when the total length of the notes exceeds a predetermined dimension to ensure that the deflector does not hit a of moving notes can be moved down. In this case, a warning lamp in the row of lamps 40 illuminates to warn the operator that the output should be checked. How this warning system works is explained below.

The dispensing stage includes a plurality of upstanding arms 70 which pass between and on either side of the tine stacking wheels 64. Thus, when the wheels rotate clockwise, the leading edges of the notes contact the horizontal surface 65 of the dispensing stage and are withdrawn from between the tines. The output stage is attached to the inner surface of a folding plate 71, which is hinged horizontally at its lower end to an opening which is provided in the rectangular lower surface or lower plate 51. A spring loaded latch catch member 72 attached to the piston of a solenoid 73 engages a pawl 74 of the plate 71 to thereby hold it in a closed position. After completion of the dispensing of a stack of notes, the solenoid 73 is energized and the flip plate 71 opens into the position shown in FIG. 3a and thus allows the notes to be removed. An electrical locking device, not shown, is provided in order to prevent the operation of the note conveying device when the folding plate is not in the closed position.

In the above description , the drive device and the suction pump device have been omitted for the sake of clarity. The two conveyors operate in sequence and for this purpose a solenoid operated suction valve is provided for each suction conveyor arm.

The storage stacks N are intended to hold 1000 noters each, and in order to replenish the stacks it is necessary to pull the drawer assembly 52 to a fully open position and then pull the print buffer away so that notes are placed on the stack support surface

ίο 55 can be used.

Alternatively, the stacks can be housed in detachable cassettes previously provided with a Bank notes have been loaded. This simplifies the process of replenishing the stacks

τ 5 since the operation only requires the removal of an empty cassette and the subsequent insertion of a full cassette. The cassette comprises a skeleton cage which can carry and align the stack of notes on edge. Front and rear openings are provided for removing notes and entering the print buffer; 57 to enable.

The description of the device C. of the five-class coin dispenser now follows.
The exact construction of this device is not critical to the operation of the device and a number of known devices can alternatively be integrated with the output of the device A control module.

A particularly suitable coin dispenser can deliver any desired total amount of coins can spend up to DM 10, - pennies includes ten vertically arranged coin tubes, which are in de: are divided in the following way:

For example, a tube contains 5 pfennig coins For example, two tubes contain 10-pfennig coins.

For example, two tubes contain 50-pfennig coins.

For example, four tubes contain DM 1 coins and one tube contains DM 5 coins.

Each tube includes at its lower end a pusher member capable of ejecting a coin and a selector mechanism is provided which operates the required combination of pusher members to eject the desired amount of coins upon receipt of an output signal. The latter signal and the preselection arrangement are triggered by the logic device of the control module, the function of which begins when the "output" button 9 of device A is pressed down manually.

The amounts and values of the coins to be paid out

are preselected by the logic device of the control module s < that the number of coins dispensed in any dispensing process is the minimum possible. In the logical sequence, the coin with the greatest value is subtracted from the amount, and then the process is repeated until the remainder decreases to zero. For example, by preselecting an amount of DM 7.65, the following six coin tubes were claimed:

5, - DM + 1, - DM + 1, - DM + 50 Pfennig + 10 pfennigs + 5 pfennigs.

In order to monitor the possible simultaneous funding of, for example, 50 DM notes and 10 DM notes, the detection systems of the funding lines for both values of notes are continuous

monitored and thus, if a note is fed simultaneously from each channel, the resulting signals are integrated by the detectors and interpreted as a double note; the deflection device thus removes both notes from the conveyor lines without causing a counting pulse. Alternatively, if the two notes are out of step and the leading edge of each note is such that it would strike the deflector, the notes are not deflected, but the warning device (d) is turned on in the manner explained above.

The sequence of operations in connection with the block diagram of FIG. 5 described.

In the present example it is assumed that a customer has presented a check for 1506.30 DM and has carried out his wishes in the following way:

1350 DM in 50 DM notes, 150 DM in 10 DM notes and 6.30 DM in coins;

20th

it is further assumed that the supply stacks are fully loaded with paper money and coins.

The cashier arranges the check X (see Fig. 2) in

the entry slot 13 of the device A. He then programs the control module by manipulation

the numeric keypad in the following way: i) by pressing the numeric key »1« (the one Hundreds digit) an electrical circuit is closed and a single pulse in a first four-bit binary code decimal function, which is then converted into a one-key memory to be led.

ii) Pressing the number key "3" (which represents the tens digit) closes another electrical circuit that converts a single pulse into a second four-bit binary code decimal function that is fed into the keypad memory and the same Time the first four-bit function is shifted to a ten-key memory. iii) By pressing the number key "5" (which represents a unit digit) another electrical circuit is closed, which in the same way forms a third binary function and leads to the units key memory, and at the same time the first and second functions become the Hundreds or ten-key memory moved. The contents of the three key-in memories are decoded by ones, tens and hundreds dedoders , the outputs of which are used to excite the corresponding switch positions of each of the corresponding ten-position rotary switches of the printer wheels, which have already been explained above. Thus, in the present example, after pressing the number key "5", the switch positions of the one -decade that are assigned to the 50-DM, 10-DM and coin print wheels are excited. In a similar way, after pressing the number key "3", the switch positions of the tens of decades assigned to the 50 DM, 10 DM and coin pressure wheels are excited, and also after pressing number key "1", the switch positions of the hundred decades are excited associated with the DM 50 and DM 10 print wheels. Up to now the device has not been programmed with respect to the desired currency value (namely 50, - DM or 10, - DM) and the fact that all functions have been energized every decades

is coincidental, except for the reason for the simplicity and economy of the components,
iv) By pressing the desired function key (namely 50, - DM) the setting of the solenoids assigned to the three decades of the 50 DM pressure wheels is now effected in order to rotate them until their corresponding gap contact arms are in the aforementioned energized switching positions arrive. As a result, the 50 DM print wheels are set to their effective print positions 135 χ 10 and when this is reached, an electrical circuit clears or clears the three subsections of the keypad memory,
v) In a similar way, the two decades of the 150 DM value are keyed into the tens and units keypad memories, and by pressing the 10 DM function key, the corresponding switch contact arms ve 1 are activated and the tens and Position one-10-DM printing wheels in the effective printing position 15 χ 10.

Simultaneously with the keying-in process described above, the binary pulses are fed to two corresponding up-down register counters in order to record the total sums of the required DM 50 and DM 10 monetary values. The contents of these counters are summed and decoded by adding means to drive the indicator tubes 11 on the left side of the decimal point display 12 and to provide a visual check for the cashier that the keying has been carried out correctly. If an instruction for the device is impossible or cannot be executed, the corresponding type wheels are not set and the display is not given. For example, an attempt to key in a monetary value of 290 DM into 50 DM notes will be unsuccessful and the operator's attention is drawn to the fact that a mistake has been made. Such an error can be corrected by depressing the 10-DM function key or by depressing the "delete" key 8, which is used to delete the contents of the keyboard memory. The programming for the amounts of the desired monetary value in coins is carried out in a manner similar to that described above, and in this case the two decades of the coin print wheels are positioned and the value is fed into a third up-down register counter, to drive the two indicator tubes on the right-hand side of the decimal point display 12. The total displayed in this way should now be equal to the amount of money on the check and if the; has been carried out correctly, the cashier can then press the "Issue" key 9, which is used to initiate the following process, provided that none of the above-mentioned locking functions have become effective. vi) Activating the "Issue" function button (causes the control logic to select the required highest denomination grade, ”which in this example serves to energize the solenoid vacuum tube attached to the arm of the 50 DM section of the two classes Notenaus-transfer device is assigned. Then, a "power supply to the drive motor dei Sheet output means is applied to the richti

gen or corresponding notes. Each note that is conveyed along the conveyor line bypasses the photoelectric detector 60 and appropriate counting pulses are generated by the discriminator and fed back to decrement and decrement the 50 DM class up-down register counter, which in turn The display tubes 11 are reduced or their values are reduced via the adding device. The notes are collected at the end of the conveyor line through j >> the storage wheel 64 provided with teeth and deposited in the output stage or in the output rack 65. Notes conveyed in multiple layers and passing the photoelectric detector are detected and derived from ι s of the conveyor line, provided that their combined total length does not exceed a predetermined dimension. As previously explained, this limitation is necessary to ensure that the deflector is moved into its operative position prior to the arrival of the leading edge of the multiple notes. Upon completion of the issuance of the DM 50 class notes, the associated up-down register counter reaches zero and the logic device turns off power to the solenoid vacuum tube and then energizes the same valve associated with the DM 10 class notes . Then notes are fed from the DM 10 section of the note dispenser to the assigned output stage and discriminated or distinguished in a manner similar to that explained above. In this case, the counting pulses generated in this way set the 10-DM class up-down register counter and the display tubes down or reduce their values. Feeding continues until the counter and the displayed numbers reach zero. Simultaneously with the programming of the two-class note dispenser, the third up-down register counter preselects the desired number of coin tubes according to the coin amount indicated in the digits on the right side of the decimal point of the indicator tubes 11. By depressing the "Output" button 9 that a coin is ejected from each selected tube in a single operation is effected, and after this has been executed, the corresponding digits of the display tubes 11 are subtracted, until they reach zero.

Simultaneously with the depression of the "Issue" key 9 (assuming that it has not been locked for any of the reasons explained above), a pulse train is generated which is used to operate the stepper motor of the check transport mechanism, the check to the effective printing position under the eight printing type wheels 24 to move. Thereafter, the solenoid 27 is activated so that the hammer bar 26 prints the check, and finally the check transport drive motor is again energized to move the check into the storage compartment 37 by means of the belt systems 16 and 22. When the check is moved away from the printing position, the solenoid 27 is moved again so that the type wheels print on the path of the registration roller 31. When the bill dispensing is complete, a pulse is generated to energize the solenoid 73 which serves to unlock and open the door 71 of the dispensing stage to allow the operator to remove the bills. When all three up-down register counters reach zero, the check transport mechanism has completed its cycle of operation and no multi-note warning signal has occurred in the note dispenser, a transaction pulse is generated which clears the register counters to zero the printers and the ink transfer belt 29 and the registration roller conveyor is gradually advanced after each operating cycle with their respective locking systems, which have already been explained above.
If, on the other hand, a multiple note warning signal has been generated during the promotion of one of the note classes, the operator must press the "delete" key 8 and thereby generate the necessary transaction pulse which causes the effect explained above.
The output stage is designed so that it accepts a maximum of one hundred notes in each section; As a result, a device is provided which stops the conveyor mechanism if this number is exceeded during a dispensing process. When the number of one hundred notes in either class is reached, an electrical circuit is closed which temporarily locks the conveying mechanism and energizes the solenoid 73, which opens the flap plate 71 and thus allows the notes to be removed. The sequence of the output or the counting cycle is not aborted by this process; when the flip plate is closed again, the operation of the conveying mechanism is resumed to terminate the dispensing in the normal manner.

In addition to the electronic counting units described above, other counters of the electromechanical type are provided which simultaneously record the amounts of money dispensed by each of the currency classes, so as to provide a running total display of daily transactions.

For this purpose 3 sheets of drawings

Claims (6)

Patent claims: 1. Device for issuing banknotes in several different values with a memory for a corresponding number of banknote stacks, each stack containing banknotes with a single denomination, with a device for optional removal of individual banknotes from each stack, with a conveyor for the Transport of the removed banknotes to an output station, and with an arrangement for Determining the passage of each banknote through the conveyor, characterized by an arrangement (6,7) for selecting the in monetary value to be issued for each banknote value, through information memory with forward / Downward register counters for storing the thus selected monetary values of each banknote value, and by an arrangement for reducing it of the value contained in each information store depending on the value of the Output station conveyed bank notes by pulses from the detection arrangement (60), wherein are removed from each stack of banknotes until the contents of the corresponding information memory has decreased to zero 2. Device according to claim 2, characterized by an electronic arrangement for summing the through all forward s-Z backward register counter represented values, and by a device (11) for the visible display of the the total value obtained, the value indicated in the display device (11) along with the countdown, the information store is decreased. 3. Device according to one of claims 1 or 2, characterized in that the arrangement for Selection of the monetary value to be dispensed in each banknote value a manually operable element with one indicating an independent value (6) and one indicating the banknote value (7) Has switch. 4. Device according to one of claims 1 to 3, characterized by a device (24,26) for Print out an entry of the to be issued and to be in each banknote value according to the selection the monetary value transported to the dispensing station on a recording medium. 5. Device according to one of claims 1 to 4, characterized by a key memory for Temporary and successive storage of the amount to be dispensed in different banknote denominations Monetary value, the contents of the key-in memory for each banknote value to the information memory and then deleted. 6. Device according to claim 5, characterized by a printing device (24, 25) for each Banknote value sent via the key-in memory for printing out the banknote value to be output in this banknote value Value is operated.